Cpu Rta

Advant OCS
with Master software
Advant Station 520/B180L and 530/B180L Hardware with PCI Slot
Users Guide
3BSE 020 640R101
Use of DANGER, WARNING, CAUTION, and NOTE This publication includes, DANGER, WARNING, CAUTION, and NOTE information where appropriate to point out safety related or other important information. DANGER WARNING CAUTION NOTE Hazards which could result in severe personal injury or death Hazards which could result in personal injury Hazards which could result in equipment or property damage Alerts user to pertinent facts and conditions.
Although DANGER and WARNING hazards are related to personal injury, and CAUTION hazards are associated with equipment or property damage, it should be understood that operation of damaged equipment could, under certain operational conditions, result in degraded process performance leading to personal injury or death. Therefore, comply fully with all DANGER, WARNING, and CAUTION notices.
TRADEMARKS Advant, AdvaCommand, AdvaInform, and AdvaBuild are registered trademarks of ABB Asea Brown Boveri Ltd, Switzerland. HP and Hewlett-Packard are registered trademarks of Hewlett-Packard Company.
NOTICE The information in this document is subject to change without notice and should not be construed as a commitment by ABB Automation Products AB. ABB Automation Products AB assumes no responsibility for any errors that may appear in this document. In no event shall ABB Automation Products AB be liable for direct, indirect, special, incidental or consequential damages of any nature or kind arising from the use of this document, nor shall ABB Automation Products AB be liable for incidental or consequential damages arising from use of any software or hardware described in this document. This document and parts thereof must not be reproduced or copied without ABB Automation Products ABs written permission, and the contents thereof must not be imparted to a third party nor be used for any unauthorized purpose. The software described in this document is furnished under a license and may be used, copied, or disclosed only in accordance with the terms of such license.
CE MARKING This product meets the requirements specified in EMC Directive 89/336/EEC and in Low Voltage Directive 72/23/EEC.
Copyright ABB Automation Products AB 1999.
3BSE001264/E
Template: 3BSE001286/E
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Table of Contents
TABLE OF CONTENTS
Chapter 1 - Introduction
1.1 1.2 1.3 1.4 1.5 1.6 1.7 General Information................................................................................................. 1-1 Equipment Requirements......................................................................................... 1-2 Manual Organization ............................................................................................... 1-2 Conventions ............................................................................................................. 1-2 Related Documents .................................................................................................. 1-2 Release History ........................................................................................................ 1-2 Product Overview .................................................................................................... 1-3 1.7.1 1.7.2 Advant Stations and Automation Systems.............................................. 1-3 Physical Overview .................................................................................. 1-3 1.7.2.1 1.7.2.2 1.7.2.3 1.7.2.4 1.7.2.5 1.7.2.6 1.7.2.7 1.7.2.8 1.7.2.9 1.7.2.10 1.7.2.11 1.7.2.12 1.7.2.13 1.7.2.14 1.7.2.15 1.7.2.16 1.7.2.17 1.7.2.18 1.7.2.19 1.7.2.20 1.8 System Unit...................................................................... 1-6 Monitors ......................................................................... 1-12 X-terminals..................................................................... 1-14 Keyboards ...................................................................... 1-14 Pointing devices ............................................................. 1-16 Digitizer Tablet............................................................... 1-17 Printers ........................................................................... 1-18 External Alarm Interface................................................ 1-25 Real-Time Accelerator (RTA) Board and Communication ....................................................... 1-25 Internal CD-ROM drive ................................................. 1-27 Extra internal hard disk .................................................. 1-29 Removable cassette storage drive (DAT)....................... 1-29 Uninterruptible Power Supply (UPS) ............................ 1-30 External Bypass Switch for UPS ................................... 1-32 Power distribution .......................................................... 1-33 Control Network Connections ....................................... 1-33 Plant network TCP/IP attachment.................................. 1-34 Cables............................................................................. 1-35 Cabinetry ........................................................................ 1-38 Console furniture............................................................ 1-39
Functional Overview.............................................................................................. 1-40
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CONTENTS (continued)
Chapter 2 - Installation
2.1 2.2 General Information ................................................................................................. 2-1 Installation Planning................................................................................................. 2-2 2.2.1 Site Selection and Preparation ................................................................ 2-2 2.2.1.1 2.2.1.2 2.2.1.3 2.2.1.4 2.2.1.5 2.2.2 2.2.3 System Unit Placement .................................................... 2-2 Monitor Placement ........................................................... 2-3 Operator Desk Placement ................................................. 2-3 Lighting Considerations ................................................... 2-4 Severe Magnetic Fields .................................................... 2-5
Installation Overview .............................................................................. 2-7 Power and Cabling Considerations ......................................................... 2-9 2.2.3.1 2.2.3.2 2.2.3.3 2.2.3.4 2.2.3.5 2.2.3.6 Power Input Voltage ......................................................... 2-9 Shielding and Grounding................................................ 2-10 Cabinet Protective Earth Connections............................ 2-10 Monitor Power Connection ............................................ 2-10 Protection Against Spikes, Surges, and Sags ................. 2-12 Earthing of Network Communication Cables ................ 2-13 Coaxial Cable for Monitor ............................................. 2-13 Communication Cables Installation ............................... 2-14 Other Signal Cable Installation ...................................... 2-16 Termination of Cables .................................................... 2-17
2.2.4
Signal Cable Considerations ................................................................. 2-13 2.2.4.1 2.2.4.2 2.2.4.3 2.2.4.4
2.2.5 2.2.6 2.3 2.3.1 2.3.2 2.3.3
Power Requirements ............................................................................. 2-17 Building and Support Structures ........................................................... 2-19 Installation Procedures - Overview ....................................................... 2-20 Unpacking ............................................................................................. 2-20 Operator Desk Assembly Instructions .................................................. 2-21 2.3.3.1 2.3.3.2 2.3.3.3 RE550 Operator Table Assembly Instructions ............... 2-21 RE551 Operator Table Assembly Instructions ............... 2-21 RE552 Operator Table Assembly Instructions ............... 2-22 Mounting of System Unit into RE540 Cabinet .............. 2-24 Mounting of System into RM557 Cabinet ..................... 2-25
Installation Procedures ........................................................................................... 2-20
2.3.4
Place and Position the Equipment......................................................... 2-23 2.3.4.1 2.3.4.2
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2.3.5 System Unit........................................................................................... 2-26 2.3.5.1 2.3.5.2 2.3.5.3 2.3.5.4 2.3.5.5 2.3.6 2.3.6.1 2.3.6.2 2.3.6.3 2.3.7 2.3.8 System Unit Connectors................................................. 2-26 Mass Storage Tray Positions .......................................... 2-27 Add-on Memory for System Unit .................................. 2-29 USB Keyboard Connection............................................ 2-33 Setting of Monitor Frame Rate in System Unit ............. 2-34 IM541 17 Monitor Connectors..................................... 2-37 IM538 19 Monitor Connectors..................................... 2-38 IM539 21 Monitor Connectors..................................... 2-39
Monitor Connectors .............................................................................. 2-37
Keyboard Connectors and Switches ..................................................... 2-40 Cable Connections ................................................................................ 2-43 2.3.8.1 2.3.8.2 2.3.8.3 2.3.8.4 2.3.8.5 2.3.8.6 2.3.8.7 2.3.8.8 2.3.8.9 2.3.8.10 2.3.8.11 Power Connections ........................................................ 2-43 SCSI Device Connections .............................................. 2-51 PS/2 Keyboard and Mouse Connection ......................... 2-54 Connector for Color Monitor ......................................... 2-54 Remote Monitor and Keyboard Connections................. 2-55 External Mass Memory Connections ............................. 2-58 Printer Connections........................................................ 2-61 External Alarm and UPS Connections........................... 2-64 MasterBus 300 Control Network Connections .............. 2-69 BNC ThinLan 10Base2 Connections, Printer and X-Terminal .................................................. 2-71 System Unit AUI ThickLan 10Base5 Connection ......... 2-74
2.3.9 2.3.10
Shut Down Procedures.......................................................................... 2-77 Power Up Procedures............................................................................ 2-77 2.3.10.1 2.3.10.2 Steps before Energizing the Power Outlet ..................... 2-77 Order in which the Power Switches are Turned On....... 2-77
2.4
Product Verification ............................................................................................... 2-77 2.4.1 LED Indicators...................................................................................... 2-77
Chapter 3 - Configuration and Application Building Chapter 4 - Operation
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Chapter 5 - Maintenance
5.1 5.2 Electrostatic Discharge (ESD) Precautions.............................................................. 5-1 Corrective Maintenance Definition.......................................................................... 5-1 5.2.1 Troubleshooting ...................................................................................... 5-2 5.2.1.1 5.2.1.2 5.2.1.3 5.2.1.4 5.2.1.5 5.2.1.6 5.2.1.7 5.2.1.8 5.2.1.9 5.2.1.10 5.2.1.11 5.2.1.12 5.3 5.3.1 5.3.2 5.3.3 5.3.4 Troubleshooting Strategies ............................................... 5-2 Problems powering up the system.................................... 5-3 Setting the Monitor Type at Power On............................. 5-4 Problems with Loading and Booting the Operating System ....................................................... 5-5 Dealing with a Boot Failure ............................................. 5-5 System Unit Hardware Indicators .................................... 5-8 LED Error Codes.............................................................. 5-9 Mains Power Line Problems .......................................... 5-11 Monitor Problems........................................................... 5-12 Network Communication Problems ............................... 5-12 Serial RS-232 Matrix Printer Problems.......................... 5-13 SCSI Bus Problems ........................................................ 5-14
SV530/531 UPS Maintenance/Troubleshooting .................................................... 5-15 Maintenance .......................................................................................... 5-15 Resetting the UPS ................................................................................. 5-18 Silencing the Alarm............................................................................... 5-18 Mounting/Exchange of External Bypass Unit on the UPS ................... 5-18
Appendix A - References
A.1 A.2 Advant Station 520/B180L and 530/B180L System Units ..................................... A-1 Monitors .................................................................................................................. A-5 A.2.1 A.2.2 IM541 17 Color Monitor ...................................................................... A-5 IM538 19 Color Monitor ...................................................................... A-7 A.2.2.1 A.2.2.2 A.2.3 A.3 A.3.1 A.3.2 A.3.3 A.3.4 A.3.5 A.4 19 Dsub Video Connector.............................................. A-9 20 Monitor Damper Wire .............................................. A-9
IM539 21 Color Monitor .................................................................... A-10 MT516 DAT Tape Drive ...................................................................... A-14 MT517 DAT Tape Drive ...................................................................... A-15 MP541V2 External Mass Storage System with 9Gbyte Disk.............. A-16 MP550V1 External Mass Storage System with 9Gbyte Disk.............. A-19 Redundant Disk Array MP534 and MP534K01 .................................. A-20
External Mass Memory ......................................................................................... A-14
X-Terminals........................................................................................................... A-22
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A.5 A.6 Keyboards and Pointing Devices...........................................................................A-23 Printers ...................................................................................................................A -25 A.6.1 A.6.2 A.6.3 A.6.4 A.6.5 A.6.6 EP537/538 Narrow Alpha-Numeric Printers........................................A-25 EP539/540 Wide Alpha-Numeric Printers............................................A-26 EP515 Hard Copy Printer .....................................................................A-27 EPX510 Hard Copy Printer ..................................................................A-28 EP526/527 Laser Printer.......................................................................A-30 EP528/529 Laser Printer.......................................................................A-31 A.6.6.1 A.7 A.8 TCP/IP Interface CIX514 for the Laser Jet Printer EP526/527/528/529.......................A-33
External Alarm.......................................................................................................A-34 A.7.1 A.8.1 A.8.2 A.8.3 DSPC 452 (MP51) External Alarm Unit ..............................................A-34 SV530 Uninterruptible Power Supply (UPS) 120 Volt ........................A-37 SV531 Uninterruptible Power Supply (UPS) 230 Volt ........................A-38 SX520 Power Distribution Unit............................................................A-40 RE540 Cabinet......................................................................................A-41 RM557 Cabinet.....................................................................................A-42 Control Desk Furniture .........................................................................A-43 PU515 RTA Board with MasterBus 300/300E Interface Board ...........A-45 PU519 RTA Board with MasterBus 300/300E and USB Interface Board.............................................................................A-46 Network Connection Cables .................................................................A-48 MB300 Cables ......................................................................................A-48 RS-232 Cables ......................................................................................A-50 External Alarm Cables (For DSPC 452 Connections)..........................A-52 Uninterruptible Power Supply Cables ..................................................A-52 Keyboard (USB) Cable.........................................................................A-53 Uninterruptible Power Supplies.............................................................................A-37
A.9
Cabinetry and Console Furniture...........................................................................A-41 A.9.1 A.9.2 A.9.3 A.10.1 A.10.2
A.10 Real-Time Accelerator, RTA, Boards ....................................................................A-45
A.11 Cables.....................................................................................................................A-48 A.11.1 A.11.2 A.11.3 A.11.4 A.11.5 A.11.6
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 1.1 General Information
Chapter 1 Introduction
1.1 General Information
The Advant Station 520/B180L and 530/B180L, Figure 1-1, are Reduced Instruction Set Computing (RISC)-based workstations offering high performance, built-in networking, high resolution graphics, and the power and flexibility of the UNIX operating system. ABB adds hardware and software components to the basic platform to meet industrial requirements of process plant operations. A Real-Time Accelerator extends the capabilities of the UNIX workstation. With a powerful processor and on-board memory, the Real-Time Accelerator handles time-critical tasks such as real-time database management and MB300 communications. By performing front-end processing, the accelerator lets the workstation processor dedicate its resources to those applications that the user interacts with directly. The Advant Station 500 Series workstation uses a state-of-the art man/machine interface which includes high-resolution monitors, X-Window driven displays, the consistent look and feel of OSF Motif, and an advanced graphics building package. Advant Station 520/B180L and Advant Station 530/B180L Workstations can support X-terminals, as well as keyboard, trackball, mouse, and touch screen combinations. An operator keyboard supports the requirements of all users, eliminating the cost and confusion of multiple, dedicated keyboards. The Advant Station 500 Series workstation performs a wide variety of functions when combined with basic software and Advant technology applications. Available software packages are AdvaCommand operator interface software, AdvaBuild engineering software, AdvaInform information management software. This manual provides a general physical and functional description of the Advant Station hardware and provides detailed information for installation, service, and maintenance. It is also intended to support Master with Advant technology training courses offered by ABB.
D-SUB 1st/2ndBNC/
HEWLETT PACKARD
HP6400
2000
Figure 1-1. Advant Station 520/B180L and 530/B180L Configured as an ABB Master Operator Station with a DAT Tape Station
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1-1
Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Chapter 1 Introduction
1.2 Equipment Requirements

Equipment requirements for the Advant Station vary, depending on your required functionality (operator station (OS), engineering station (ES), information management station (IMS)). Refer to the applicable station-level instruction book as described in Section 1.5, Related Documents for details.
1.3 Manual Organization

This book is organized into chapters and sections. A short description of each chapter contents is done below: Chapter 1, Introduction - Introduces the hardware items that are used to build an Advant Station 530 system. Chapter 2, Installation - Describes the tables, cabinets, power, workstation, and peripherals installation. Chapter 3, Configuration and Application Building - Not applicable to this manual. Chapter 4, Operation - Not applicable to this manual. Chapter 5, Maintenance - Describes the maintenance of the system and how to troubleshoot is case of a hardware problem. Appendix A, References - Gives detailed information about system units and peripherals.
1.4 Conventions
The following conventions are used throughout this book: The full reading of the phrase Advant Station 520/B180L and 530/B180L is Advant Station 520/B180L and Advant Station 530/B180L. The short form used for Advant Station 520/B180L is AS520/B180L. The short form used for Advant Station 530/B180L is AS530/B180L.
1.5 Related Documents

For information regarding the software for operator station, engineering station, or information management station configurations, refer to the appropriate product manual. For specific information regarding the workstation itself, which is an HP 9000 Model B180L, refer to the HP 9000 Model B180L Owners Guide manual. This manual is shipped together with the system.
1.6 Release History

This manual corresponds to the first release of the Advant Station 520/B180L. This manual corresponds to the third release of the Advant Station 530/B180L.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 1.7 Product Overview
1.7 Product Overview 1.7.1 Advant Stations and Automation Systems

The Advant Station 520/B180L and 530/B180L Hardware Reference Manual describes the basic hardware for the following Advant Station 520/B180L and 530/B180L configuration: Advant Station 520/B180L and 530/B180L Operator Stations (OS) Advant Station 520/B180L and 530/B180L Engineering Stations (ES) Advant Station 520/B180L and 530/B180L Information Management Stations (IMS).
1.7.2 Physical Overview

Advant Station 520/B180L and 530/B180L consists of a System Unit along with peripheral equipment such as color monitors, keyboards, pointing and printing devices connected to the System Unit, Table 1-1. This equipment forms the hardware base for different ABB automation systems.
Table 1-1. Advant Station 520/B180L and 530/B180L Equipment Items Equipment Items System Unit Advant Station 520/B180L System Unit Advant Station 530/B180L System Unit Real-Time Accelerator Board with MB300 communication module, two MB300 connections Real-Time Accelerator Board with MB300 communication module, two MB300 and one USB connection HP 9000 model B180L Color Workstation PU515 Remarks
PU519
64 Mbyte (2x32Mbyte) RAM add on for the MBX510 System Unit 128 Mbyte (2x64Mbyte) RAM add on for the System Unit 256 Mbyte (2x128Mbyte) RAM add on for the System Unit 9 Gbyte Extra Internal Hard Disk, wide single-ended UltraSCSI-3, 1.6 high 12x CD-ROM drive, 5 1/4 wide, internal Graphics card for second display channel MBX511 MBX513 MDX512 MD529V1 ICX510K01
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Table 1-1. Advant Station 520/B180L and 530/B180L Equipment Items (Continued) Equipment Items Monitors Monitors for northern and southern hemispheres, 17 and 19 Monitor 21 X-Terminal X-Terminals without Monitor Keyboards, Mouse, Trackball USB Operator Keyboards PS/2 Keyboard Localization Kits Trackballs Printers Printers EP534-1, EP537-1, EP538-1, EP539-1, EP540-1, EP515 EPX510, EP526, EP527, EP528, EP529 TCP/IP interface with RJ-45 and BNC ports External Data Storage DAT Tape Drive, 8 Gbyte (typical with data MT516 compression), 4 Gbyte native. DAT Tape Drive, 24 Gbyte (typical with data compression), 12Gbyte native. DDS cassettes, 5pcs package DVD/CD-ROM drive, standalone External Standalone 9Gbyte UltraSCSI-3 disk MT517 MT501K02 (90m), MT502K02 (120m), MT503K02 (125m) MD538 MP550V1 CIX514 (for EP526/527/528/529) CIX528 (for EP515) IH512, IH522 IH556ENK02, IH556DEK02, IH556SVK02 IH580, IH581 ID518K01, ID518K02, ID518K03 IM541, IM538 IM539 Remarks
External Mass Storage tower cabinet, with MP541V2 8 disk slots. Including one 9Gbyte fast-wide SCSI-2 disk Extra 9Gbyte disk for MP541V2 External Mass Storage cabinet MPX510
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 1.7.2 Physical Overview
Table 1-1. Advant Station 520/B180L and 530/B180L Equipment Items (Continued) Equipment Items Remarks
External Redundant Disk Array enclosures MP534, MP534K01 Redundant disk drive sets (pair of disks) System Power Uninterruptible Power Supply, UPS, 120 V SV530 (120 V), SV531 (230 V) and 230 V. Power: 700 W, 1000 VA for 10 minutes, or 900 W, 1250 VA for 7 minutes Power ByPass Unit for the SV530/531 UPSs Miscellaneous Control Network Attachment, MB300 Plant Network Attachment, TCP/IP. MB300K01 MB300K01 SX521 (120 V), SX522 (230 V) MP535K01 (2x4Gbyte), MP536K01 (2x9Gbyte)
External Alarm Interface with digital inputs DSPC 452 and outputs Console and Cabinets Cabinetry Console Furniture RE540, RE501, RM557 RE550, RE551, RE552, RE553, RE554
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1.7.2.1 System Unit

One basic system unit is available for Advant Station 520/B180L and 530/B180L. The System Unit, see Figure 1-2, is based on the HP Model B180L Workstation.
HP
Power Switch Power LED
System LEDs Volume Mute Control Button Headset Jack
Mic Jack
Figure 1-2. Advant Station 520/B180L and 530/B180L System Unit, Front View
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(Removable Storage Devices) Headset Power Power Switch LED System LEDs Volume Mute Volume Busy LED Headset Mic Eject Button Diskett Drive (optional) CD-ROM Disk Tray (CD-ROM optional)
Figure 1-3. The Front Left Hand Corner of the System Unit Advant Station 520/B180L and 530/B180L
The System Unit internal configurations: An integrated 180 MHz PA-RISC processor and memory board including six memory slots for three primary memory pairs (768Mbyte maximum) and two slots for 1Mbyte cache memory (see Table 1-2). NOTE The Advant Station 530/B180L System Unit has a 1Mbyte Second Level Cache, SLC, memory as standard while the SLC is optional on the Advant Station 520/B180L.
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Second Level Cache Board Connectors Front of System Unit
Memory Module Connector 2A 2B 1A 1B 0A 0B
White ejector tabs on memory connectors Mass Storage Tray position above CPU board Notched end of memory module is towards the white ejector tab
Figure 1-4. Memory Connector Locations on the CPU Board, B180L . Table 1-2. Memory Expansion Kits. Memory Expansion Unit MB555 Memory Size 1 Mbyte (2x512 kbyte Second Level Cache, SLC, DIMM Cards). Standard on AS530/B180L, optional on AS520/B180L. 128 Mbyte (2x64 Mbyte DIMM Cards) 256 Mbyte (2x128 Mbyte DIMM Cards)
MBX511 MBX513
A combined display channel and I/O board The System Unit has three slots for secondary storage devices. It has one slot for a slimline floppy drive (no other device can be installed here), one slot for a 1 high device and one slot for a 1.6 high device. The following devices are available:
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Mass Storage Tray (side view) with internal mass storage device positions Slimline floppy drive (PC comp., not SCSI) Position 3 1/2 high device Front Position 2 1.6 high device
Wide Single-Ended UltraSCSI disk
Position 1 1 high device
Rear
CD-ROM drive (single-ended) or DDS tape drive (single-ended) or Disk (wide single-ended UltraSCSI)
Figure 1-5. Mass Storage Tray of the AS520/B180L and AS530/B180L System Unit, Side View
Table 1-3. Internal secondary Storage Devices Memory Expansion Unit MDX512 MD529V1 Memory Size Wide single-ended UltraSCSI disk, 9Gbyte, 1 height Single-ended SCSI CD-ROM drive, 12x data transfer rate, 1.6 height
NOTE The slot for a 1.6 high device can be used for a 1 high disk as well. But it can only be used for one hard disk or one CD-ROM drive.
The following standard interfaces are included: One Enhanced Video Connector (EVC) for one display channel. A conversion cable is included that converts from EVC to 15-pin high-density VGA-style connector. Two RS-232 (serial) interfaces for connection of printers and external alarm (9-pin PC compatible) One Centronics (parallel) interface for connection of one hard copy or document printer (PC compatible) One single-ended SCSI-2 bus output connector for connection of external SCSI-2 devices
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One IEEE 802.3 Ethernet ThickLAN Interface (AUI connector) and one LAN-TP connector (Unshielded Twisted Pair, UTP). Only one of those outputs can be used at a time. With automatic selection. Two GSC/PCI card I/O slots. The Real Time Accelerator (RTA) board is installed in PCI I/O slot number 2. The optional graphics card for a second display channel is installed in I/O slot 1. If the PU519 Real-Time Accelerator, RTA, board is installed, one Universal Serial Bus, USB, type A connector is available.
Peripheral equipment is connected to the rear bulkhead of the System Unit with a variety of connectors and associated cables, Figure 1-6.
Single-Ended SCSI-2 (50-pin HD)
Security Loop
Wide SingleEnded UltraSCSI-3 (68-pin HD)
PS/2 Mouse
PCI / GSC I/O Slot (For optional graphics card) Monitor 2
PCI / GSC I/O Slot (For Real Time Accelerator Board PU519)
1 2
Pull-out Information Card
LAN-AUI Serial 2 (15-pin female (9-pin male Dsub) Dsub) NOTE! The optional graphics card has an EVC video connector. PS/2 Keyboard
Monitor HP Parallel (EVC (25-pin female connector) Dsub) Audio Monitor 1 TOC Audio Line Out Line In
LAN-TP (RJ-45)
Serial 1 (9-pin male Dsub)
Power Channel 2
USB type A connector Channel 1
Real-Time Accelerator Board Connectors
Figure 1-6. Advant Station 520/B180L and 530/B180L System Unit, Rear View with System Unit Connectors
NOTE The System Unit automatically selects between 120 V or 230 V power voltage.
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You can install the System Unit in the optional RE540 or RM557cabinets. The Out-of-the-Box option does not include any cabinetry. This option is intended for clients that want to provide their own cabinets. The System Unit can be table top mounted or vertically mounted with the included floor stand. USB Keyboard Connection The System Unit itself does not have any Universal Serial Bus, USB, connector for connection of the USB keyboards and mouse. To get a USB connector on the System Unit, the PU519 RTA board, with two MB300 and one USB connector, must be installed.
RTA board PU519 installed in PCI I/O slot no. 2
1 2
Channel 2 Channel 1 Real-Time Accelerator Board Connectors
USB type A connector
Figure 1-7. Advant Station 520/B180L System Unit, Rear View, With PU519 RTA Board Installed The USB connector provides an interface for an IH512/522 Operator keyboard. The Operator keyboard acts as a USB HUB including three downstream connectors where a USB mouse can be connected. USB Bus Extension Due to critical timing on the USB bus, the USB cable can not be longer than 5 m (16.5 ft.). If longer USB bus extension is necessary, commercial USB HUBs can be used to extend the bus. Between every two HUBs the maximum cable length is 5 m. The maximum number of HUBs connected in this way is four. WARNING Extending the USB bus more than 5 m in the way described above is not a good industrial solution. Instead consider locating the workstation closer to the workplace.
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NOTE The USB keyboard interface is only used on the Advant Station 520/B180L system.
1.7.2.2 Monitors
Three multi-synchronizing color monitors are available for the Advant Station 520/B180L and 530/B180L: The 17 monitor IM541 has a permanently attached video cable terminated with a 15-pin high density male Dsub connector, VGA style, for connection to the System Unit. A short conversion cable that converts from 15-pin Dsub to the System Unit Enhanced Video Connector (EVC) port is included with the System Unit.
Figure 1-8. 17 IM541 Color Monitor The 19 monitor IM538 has a 15-pin high density female Dsub video connector. A cable with a 15-pin high density Dsub video connector for the monitor and an Enhanced Video Connector (EVC) for the System Unit is included with the monitor.
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Figure 1-9. 19 IM538 Color Monitor The 21 monitor IM539 monitor has five BNC connectors (R, G, B, V/H and V) and a permanently attached video cable with a 15-pin high density Dsub connector, VGA style, for connection to the System Unit.
NOKIA
BNC D-SUB MENY
Figure 1-10. 21 IM539 Color Monitor The monitor can synchronize on both separate synchronization signals and the synchronization signal superimposed on the G (Green) video signal. The differences between monitors for the northern and the southern hemispheres are in tube mask design and adjustment of the deflection. NOTE All monitors automatically selects between 120 V and 230 V power voltage.
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1.7.2.3 X-terminals
One X-terminal, with three different QWERTY keyboards, is available for the Advant Station 520/B180L and 530/B180L, Table 1-4. The X-terminals are connected to the Standard Communication network or the Plant Network. The X-terminal packages consists of a base unit and a keyboard. An HP standard, language dependent, QWERTY-style keyboard for connection to the PS/2 keyboard port is included. The monitor is optional. The X-terminal packages are based on the HP ENVIZEX II Netstation that includes a 66.7 MHz (133MHz internal) NEC R4300, 8Mbyte RAM, and 2Mbyte video memory. A color monitor can be connected to the video output of the base unit. The monitor must have a screen resolution of 1280x1024 pixels and operate at 72 Hz frame rate. For network connection the base unit is equipped with one AUI LAN and one twisted pair interface. Table 1-4. X-Terminals with Different Standard QWERTY Keyboards Type Designation ID518K01 ID518K02 ID518K03 Description X-terminal with HP Standard North American PS/2 Keyboard (without monitor) X-terminal with HP Standard German PS/2 Keyboard (without monitor) X-terminal with HP Standard Swedish PS/2 Keyboard (without monitor)
Operator Area 92-11-04 14:59 OBJECTNAME Object description VALUE=1,5 14:08:02:12 Status List Configuration
List no 1 Object type
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Pid Available properties

1 2 3 47 48 49 50 51 52 10 11 13 14 15 16 17 18 19 20 ERA = DISTURB = AL_UNACK = AL_F1_UNACK / AL_F2_UNACK / AL_F1_BLK (BLK_H1L1) = AL_F2_BLK (BLK_H2L2) = AL-F1_P_BLK (ABL_H1L1) = AL_F2_P_BLK (ABL_H2L2) = ACT = TESTED = MV <=> MV>H2 = MV>H1 = MV<L1 = MV<L2 = MVH2 <=> MVH1 <=> MVL1 <=> 30 SP (SETPH) 31 SPH (SETPL) 32 SPL 33 SP=HL 34 SP=LL (POUT) 35 OUT (OUTPH) 36 OUTH (OUTPL) 37 OUTL 38 OUT=HL 39 OUT=LL 40 AUTO 8 MAN 42 MANFD 43 LOCAL 44 BAL 45 E1 46 E2 <=> <=> <=> = = <=> <=> <=> = = = = = = = = = 151 E3 152 CLAMP 153 DEV 154 DEV>H1 155 DEV<L1 156 DEVH1 157 DEVL1 158 ACT_DTR 150 STATUS_PID
Scope
DI AI DO AO Seq Pidcon Ratiostn Manstn Grpalarm Genbm Gencon Geniusd Geniusd2 Geniusd3
Print Control
Node Proc sect 1 Class 1 Class 2 Class 3 Proc sect 2 Class 1 Class 2 Class 3 Proc sect 3 Class 1 Class 2 Class 3
Printer Queue
Left16d
6 1 0 0 0 2 0 0 0 0 0 0 0
Form feed Seach condition

Digital Output
Property Condition
Time & AMPL Controlled List
Object name Property 1 Property 2 Property 3 Property 4
510 ??????? MV>150 MAN=1
Active Start time Stop time Single time
YY-MM-DD HH:MM
93-01-01 00:00 93-01-07 00:00
Network Node Instance
11 6 1
DD HH:MM
Cyclic time
00 01:00
F1 F6 Clear
F2 F7
F3 F8
F4 F9
F5 F10
Exit
Figure 1-11. X-terminal Base Unit with Optional Color Monitor
1.7.2.4 Keyboards
The Advant Station 520/B180L and 530/B180L is available with one keyboard for the USB bus and one for the PS/2 interactive devices bus: Operator keyboard. The Operator Keyboard is required to support the AdvaCommand and other software packages in an operator station. This keyboard may also be used to support AdvaBuild functions in an engineering station. The operator keyboard is available in both mechanical and membrane technologies. The keyboard acts like a USB HUB. It has one upstream connector, normally connected to the workstation, and three downstream connectors. The degree of protection, in accordance with IEC 529, is IP51 for the standard Operator Keyboard and IP62 for the membrane version. The membrane keyboard can be flush mounted under a panel with the optional RX501 Flush mounting kit. The kit includes
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profiles, clamps and sealing. The keyboard is connected to the USB bus. This keyboard is used on the AS520/B180L system.
To workstation
TKX517V050 USB Cable, 5m (16 ft.)
SD524 100-240VAC/12VDC Converter 1.8m (6 ft.) Attached DC Cable IEC AC Power Connector
USB Upstream
USB Downstream
Figure 1-12. IH512 USB Operator Keyboard A USB mouse can be connected to one of the downstream connectors. The standard QWERTY keyboard localization kit. This keyboard localization kit includes PS/2 QWERTY keyboard and mouse, HP-UX 10.20 documentation, and power cords. The keyboard can be used for engineering station activities, and can also support some operator functions. This keyboard is not mandatory since all functions can be supported by an Operator keyboard. The keyboard connects to the PS/2 keyboard connector. This keyboard is mainly used on the AS530/B180L system but can also be used on the AS520/B180L system.
Three languages are supported: North-American english German Swedish.
You can install the Advant Station 520/B180L and 530/B180L workstation keyboards as follows: Fixed table top mounting (Operator and QWERTY keyboard) Splash proof table top mounting (membrane Operator keyboard) Flush mounting (membrane Operator keyboard with RX501 Flush mounting kit)
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Table 1-5. Master Keyboards, Keyswitch Technology and Language Selection Keyboard Styles Language Operator Mechanical N-A English German Swedish IH512EN IH512DE IH512SV Membrane IH522EN IH522DE IH522SV QWERTY Mechanical IH556ENK02 IH556DEK02 IH556SVK02
The USB keyboards are connected through the daisy-chained USB bus to the System Unit. Each Operator keyboard has one upstream and three downstream USB connectors and one connector dedicated for the trackball. Note that the trackball is not a USB device and therefore not connected to the USB bus.
Figure 1-13. IH512 Mechanical Operator Keyboard
Figure 1-14. IH556ENK02 HP Standard PS/2 QWERTY Keyboard Localization Kit The mouse, if used, is connected to the PS/2 mouse connector.
1.7.2.5 Pointing devices

Three pointing devices are available with your Advant Station 520/B180L and 530/B180L workstation: IH580 4-button trackball IH581 Enhanced operator trackball HP 3-button mouse
The trackballs are connected to a dedicated connector on the Operator keyboard.The HP 3button mouse, if used, is connected to the PS/2 connector. The degree of protection, in accordance with IEC 529, is IP40 for the trackball.
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WARNING You cannot connect the IH580/581 trackballs directly to the USB bus.
Figure 1-15. IH580 4-Button Trackball
1.7.2.6 Digitizer Tablet

A digitizer tablet is an input device that lets you translate two-dimensional information into computer readable data. A direct, one-to-one correlation between the screen cursor and the pointers table position lets you draw or trace with precision. The digitizer tablet lets you: draw and illustrate trace drawings and pictures write steer the screen pointer pick locations on a menu or tablet overlay.
An optional tablet menu can be used, with the help of such a digitizer tablet and pointing device. The standard AutoCAD tablet menu is part of the Diagram Builder Option. Another digitizer tablet overlay, which is part of the Electrical CAD option, is designed to help you create symbols and standard drawings (typicals). Complete functionality is, however, available by using the mouse and screen menus.
Table 1-6. Recommended Digitizer Tablet Description Producer Type Size mm (inch) Pointing Device Interface Summagraphics Corp. USA SummaSketch III series, Model MM III 457 x 305 (18 x 12) Stylus and 4 button cursor Serial communication port RS-232C
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1.7.2.7 Printers
The Advant Station 520/B180L and 530/B180L systems (product dependable) will support three different print technologies, matrix, laser, and inkjet. Note that laser and inkjet printers print one whole page at a time while matrix printers can print and show one line at a time. Matrix printers can also be used to print multiple copies and are more robust to harsh environment. The following printers are supported: EP537 Matrix printer, narrow A4 black and white alpha-numeric printer, 120 V EP538 Matrix printer, narrow A4 black and white alpha-numeric printer, 230 V EP539 Matrix printer, wide A3 multi-color alpha-numeric printer, 120 V EP540 Matrix printer, wide A3 multi-color alpha-numeric printer, 230 V EP515 Color InkJet Printer, low end, paper size A3 with PCL5 and Postscript protocols EPX510 Color InkJet Printer, high end, paper size A3 with PCL5 and Postscript protocols EP526 Laser Printer, high end (24 ppm), 115 V EP527 Laser Printer, high end (24 ppm), 230 V. EP528 Laser Printer, low end (16 ppm), 115 V EP529 Laser Printer, low end (16 ppm), 230 V.
Alarm & Event and Report Printer Tally T2030/9 (EP537/538), Epson and IBM Proprinter compatible, black and white 9-needle printerhead matrix printer is used for alarm and event logging, reports, and listings. The printer can print on fanfold or cut sheet paper size A4 portrait and ANSI-A. It is configured with a serial RS-232 and parallel interfaces and is normally connected to one of the RS-232 ports on the System Unit. Table 1-7. Narrow Alpha-numeric Matrix Printers for Alarm, Event and Report Type Designation EP537 Description Narrow (A4) black and white alpha-numeric printer, with Epson and IBM Proprinter protocols, serial RS-232C and parallel interfaces. RS-232 cable TK520V030 included. For 120 V AC power. Narrow (A4) black and white alpha-numeric printer, with Epson and IBM Proprinter protocols, serial RS-232C and parallel interfaces. RS-232 cable TK520V030 included. For 230 V AC power.
EP538
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Figure 1-16. EP537/538 Narrow (A4) Black and White Alpha-Numeric Matrix Printer Wide report and graphics printer A Tally T2130/24, Epson and IBM Proprinter compatible, black and white 24-needle printerhead matrix printer is used for wide printouts like alarm and event logging, reports, program listings and process control diagrams (not hard copy printouts of the screen). The printer can print on fanfold and cut sheet paper size A4 portrait as well as A4 landscape and A3. It is configured with both serial RS-232C and parallel interfaces and is normally connected to one of the RS-232C ports on the System Unit. Table 1-8. Wide Alpha-numeric Matrix Printers for Alarm, Event and Report Type Designation EP539 Description Wide (A3) black and white alpha-numeric printer, with Epson and IBM Proprinter protocols, serial RS-232C and parallel interfaces. RS-232 cable TK520V030 included. For 120 V AC power. Wide (A3) black and white alpha-numeric printer, with Epson and IBM Proprinter protocols, serial RS-232C and parallel interfaces. RS-232 cable TK520V030 included. For 230 V AC power.
EP540
Figure 1-17. EP539/540 Wide (A3) Alpha-Numeric Printers
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Wide report and graphics printer with chinese symbol set A Tally T2045 (special version), Epson and IBM Proprinter compatible, black and white 24needle printerhead matrix printer is used for wide printouts like alarm and event logging, reports, program listings and process control diagrams (not hard copy printouts of the screen) where mainland China symbol set is needed. The printer can print on fanfold and cut sheet paper size A4 portrait as well as A4 landscape and A3. It is configured with both serial RS-232C and parallel interfaces and is normally connected to one of the RS-232C ports on the System Unit. Table 1-9. Wide Alpha-numeric Matrix Printers, with Chinese Symbol Set, for Alarm, Event and Report Type Designation EP534-1 Description Wide (A3) black and white alpha-numeric printer, with Epson and IBM Proprinter protocols. Including mainland China symbol set. With serial RS-232C and parallel interfaces. RS-232 cable TK520V030 included. For 120/230 V AC power switch selectable.
Figure 1-18. EP534-1 Wide (A3) Alpha-Numeric Printer with Chinese Symbol Set
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Color Hardcopy Printer A Lexmark OptraColor 45 is available as an option for color screen copies where short printout time is not needed. A screen printout takes about 8 minutes. The Lexmark OptraColor 45 printer is an inkjet printer with a dot resolution of 600x600 dpi. It offers PCL5 and Postscript Level 2 protocols. This printer prints on A4 and A3 cut sheet media. A total of 16Mbyte RAM is installed. The printer is equipped with a parallel port as standard. With the optional CIX528 TCP/IP interface card installed in the printer, 10Base-T (Twisted Pair) and 10Base-2 (BNC) connections are available. A Centronics cable (1.9 m long) is provided so you can connect the printer to the System Unit parallel port. You can use plain paper for printouts on the printer, but for higher quality special paper should be used. You can also print on transparency film. Always use Lexmark original ink cartridges to your printer. The printer has two different cartridges, one for color (cyan, magenta and yellow) and one for black. The Lexmark product numbers for the ink cartridges are: black - 12A1970, three-color - 12A1980. Table 1-10. Low End Printer for Color Hardcopy (Screen) Printouts Type Designation EP515 Description Color InkJet Printer, A3, with Postscript Level 2 and PCL5C/E protocols and 16 Mbyte RAM. Parallel port as standard, 10Base-T, and 10Base-2 as an option. For 100 240 V AC (autoselecting).
Figure 1-19. EP515 - Lexmark OptraColor 45 Color Hardcopy Printer
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Color Hardcopy Printer An HP DeskJet 2500CM printer with the PCL5 option is available for color screen copies where short printout time is needed. A screen printout takes about 2 minutes. The HP DeskJet 2500CM printer is an inkjet printer with a dot resolution of 600x600 dpi for black and white and 300x300dpi for color. It offers PCL5 (with the included option) and Postscript Level 2 protocols. This printer prints on A4 and A3 cut sheet media. A total of 20Mbyte RAM is installed. The printer is equipped with one parallel port, and 10Base-T (Twisted Pair) and 10Base-2 (BNC) ports for network connections. A Centronics cable (1.9 m long) is provided so you can connect the printer to the System Unit parallel port. You can use plain paper for printouts on the printer, but for higher quality special paper should be used. You can also print on transparency film. Always use HP original ink cartridges to your printer. The printer has four different cartridges, one for each color, black, cyan, magenta and yellow. The HP product numbers for the ink cartridges are: black - C4844A, cyan - C4841A, magenta - C4843A, yellow - C4842A. Table 1-11. High End Printer for Color Hardcopy (Screen) Printouts Type Designation EPX510 Description Color InkJet Printer, A3, with Postscript Level 2 and PCL5C protocols and 20 Mbyte RAM. Parallel, 10Base-T, 10Base-2 interfaces. For 100 - 240 V AC (autoselecting).
Figure 1-20. EPX510 - HP DeskJet 2500CM Color Hardcopy Printer
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Document printers An HP LaserJet 8000 printer is used for various black and white document printouts with a dot resolution of 600x600 dpi and a print speed of 24 pages per minute. It offers PCL5, PCL6, and Postscript Level 2 protocols. This printer prints on A3 and A4 cut sheet media. The duplex printing accessory EP502 for printing on both sides of the paper is available as an option. A total of 16Mbyte RAM is installed. The optional MBX512 8Mbyte RAM is available for installation in one of the two free memory slots. The printer comes with the Centronics parallel interface. A Centronics cable (1.9 m long) is provided so you can connect the printer to the System Unit parallel port. You can use the expansion slot for the TCP/IP interface board CIX514. This interface board is configured with 10Base-T (Twisted Pair), 10Base-2 (BNC) and LocalTalk ports. Depending on the power source, there are two different printers: Table 1-12. Document Page Printer Type Designation EP526 Description Laser Printer, A3 and A4, with Postscript Level 2, PCL5 and PCL6 protocols and 20 Mbyte RAM. 24 pages per minute. Parallel interface. For 110-115 V AC Laser Printer, A3 and A4, with Postscript Level 2, PCL5 and PCL6 protocols and 20 Mbyte RAM. 24 pages per minute. Parallel interface. For 220 - 240 V AC
EP527
HP
HEWLETT PACKARD Lase rJet
5Ci
Figure 1-21. EP526/527 - HP LaserJet 8000 Laser Printer
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Document printers An HP LaserJet 4050 printer is used for various black and white document printouts with a dot resolution of 600x600 dpi and a print speed of 16 pages per minute. It offers PCL6 and Postscript Level 2 protocols. This printer prints on A4 cut sheet media. The duplex printing accessory EP503 for printing on both sides of the paper is available as an option. A total of 4Mbyte RAM is installed. The optional MBX512 8Mbyte RAM is available for installation in one of the three free memory slots. The printer comes with the Centronics parallel interface. A Centronics cable (1.9 m long) is provided so you can connect the printer to the System Unit parallel port. You can use the expansion slot for the TCP/IP interface board CIX514. This interface board is configured with 10Base-T (Twisted Pair), 10Base-2 (BNC) and LocalTalk ports. Depending on the power source, there are two different printers: Table 1-13. Document Page Printer Type Designation EP528 Description Laser Printer, A4 (ANSI-A), with Postscript Level 2, PCL5 and PCL6 protocols and 4 Mbyte RAM. 16 pages per minute. Parallel interface. For 110-115 V AC Laser Printer, A4 (ANSI-A), with Postscript Level 2, PCL5 and PCL6 protocols and 4 Mbyte RAM. 16 pages per minute. Parallel interface. For 220 - 240 V AC
EP529
Figure 1-22. EP528/529 - HP LaserJet 4050 Laser Printer
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1.7.2.8 External Alarm Interface

One external alarm interface can be connected to the System Unit - a DSPC 452 MasterPiece 51 Basic Unit. The MasterPiece 51 is supplied with 20 digital inputs (DI), 24 V, and 12 digital outputs (DO), relays, 250VAC, 0.1-3 A. It is connected to one of the RS-232C ports at the rear of the System Unit. Power inputs for 120, 220, and 240 V are available.
240
220 N
120 I
A B Q 21
A B 22
A B 23
A B 24
A B Q 25
A B 26
A B 27
A B 28
A B Q 29
A B 30
A B 31
A B 32
DN C CN Serial bus
RN
ABB MasterPiece 51
1 2 Bus No. Address RU LS HS 3 4 5 6 7 8 9 10 11 12 13 14 15 16
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
STOP
Programmable Controller
DSCP 452
RUN BATT PW TP
RUN
G U-
l 1 U l
2 U l U
3 l U
4 l
l 5 U l
6 U l U
7 l U
8 l
l 9 U l
10 U l U
11 l U
12 l
l 13 U l
14 U l U
15 l U
16 l
l 17 U l
18 U l U
19 l U
20 l
Figure 1-23. External Alarm Unit DSPC 452 (MP51)
1.7.2.9 Real-Time Accelerator (RTA) Board and Communication

The Advant Station 520/B180L can be equipped with the PU519K01 Real-Time Accelerator, RTA, board while the Advant Station 530/B180L can be equipped with the PU515 RTA board. The PU519K01 RTA board has two MasterBus 300 and one Universal Serial Bus, USB, connector. The PU515 board has two MB300 connectors only. An RTA board is a slave processor board with 16Mbyte memory. Process control, supervision, and aid software are down-loaded to the board. The RTA board consists of a mother board with a MasterBus 300/300E communication module mounted on it. The on-board software is downloaded to the RTA at start up of the Advant Station 520/B180L and 530/B180L. The RTA boards has a 32-bit PCI bus edge connector and are installed inside the System Unit on the 32-bit PCI bus. The MB300 communication connectors and the USB keyboard connector is available on the rear of the System Unit Table 1-14. Real-Time Accelerator Boards Type Designation PU519K01 Description RTA Board kit (for 32-bit, 33MHz, 5V PCI bus) with 16Mbyte RAM and the CS503V1 MasterBus 300 (MB300) Communication Module. The board has two 15-pin high density female Dsub connectors for MB300 connection and one USB type A connector. Two conversion cables that convert from 15-pin high density to 15-pin normal density are included. RTA Board (for 32-bit, 33MHz, 5V PCI bus) with 16Mbyte RAM and the CS503V1 MasterBus 300 (MB300) Communication Module. The board has two 15-pin female Dsub connectors for MB300 connection.
PU515
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The PU519K01 RTA board kit includes two TKX516V003, 0.3m (1 ft.), conversion cables. They convert the 15-pin high density female Dsub connectors on the RTA panel to 15-pin normal size connectors fitting the transceiver attachment cables. The reason the 15-pin high density connectors are used is that there is not enough space for two normal size connector plus a USB type A connector. The USB connector is used for connection of the IH512/522 USB Operator keyboards and USB mouse.
TKX516V003 Conversion Cable 15-pin normal size Dsub 15-pin high density Dsub USB Type A Connector
Real-Time Accelerator Board
MB300 Interface Board
RAM Card
CPU
PCI bus
Mounting Guide
Figure 1-24. Real-Time Accelerator Board PU519K01 The PU515 RTA board does not have any USB connector. This board is used with the AS530/B180L system where IH512/522 Operator keyboards are not used. This system uses PS/2 keyboard and mouse instead.
15-pin normal size female Dsub connectors
RAM Card
CPU
PCI bus
Mounting Guide
Figure 1-25. Real-Time Accelerator Board PU515
NOTE You must use the TK626V050 (5m) or the TK626V115 (15m) cables for connection of the two MB300 communication ports to the transceivers. The ports are AUI ports but they do not have sliding latches as standard AUI ports. Instead the cables are fixed with screws to the RTA board.
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1.7.2.10 Internal CD-ROM drive

The Advant Station 520/B180L and 530/B180L can be equipped with the MD529V1, internal single-ended SCSI-2 CD-ROM Drive. The MD529V1 is a 12x (1800 kbyte/second data transfer rate), 1.6 high and 5.25 wide drive intended for reading of 120 mm (4.7 inch) Compact Disc media. It is installed on the 1.6 height slot on the Storage Tray of the System Unit. The drive occupies one address on the SCSI-2 bus. This CD-ROM is designed to be used in either the horizontal or vertical position, depending on whether your system unit is horizontal or vertical (in the floor stand). The disc tray has three spring-loaded disc holders, that hold the disc in place when the CD-ROM drive is in the vertical position (see Figure 1-28). When the drive is in the horizontal position, the disc holders are not used and are held out of the way by three disc holder retainers (for more information, please refer to Hewlett Packard Model B180L Owners Guide).
Figure 1-26. MD529V1 - Internal CD-ROM Drive
dIsc
COMPACT
Headset Jack
Volume Control (Thumbnail)
Busy Indicator
Eject Button
Emergency Eject Hole
Figure 1-27. MD529V1 - Internal CD-ROM Drive - Front View
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Table 1-15. MD529V1 - Internal CD-ROM Drive Control/Feature Headset Jack Volume Control Busy Indicator Eject Button Description You can plug mini-headphones with a 3.5 mm diameter miniature stereo plug into this jack. Use the volume control to adjust the audio output volume to the headset jack. The Busy Indicator lights during a data access operation and blinks during a data transfer.(1) Press the Eject Button to open the Disc Tray and insert or remove a disc. When the drive is in use, you must press the Eject Button for more than one second to open the Disc Tray. By removing the Phillips type screw and inserting the end of a paper clip, you can open the Disc Tray when the workstation does not have any power.
Emergency Eject
(1) The indicator blinks initially and then stays lit when there is one of the following faults: - a defect disc - a disc insertion error (for example, an upside-down disc) - no disc present.
Disc Holder
Disc Holder
Disc Tray Disc Holder
Figure 1-28. MD529V1 - Internal CD-ROM Drive- Disk Tray
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1.7.2.11 Extra internal hard disk

If required, your Advant Station 520/B180L and 530/B180L can be equipped with up to two wide single-ended Ultra SCSI-3 internal hard disks. One 3.5 internal hard disks is available, the MDX512 with 9 Gbyte memory (1 high). The disk is installed in one of the two available disk slots. Every disk occupies one address on the UltraSCSI-3 bus.
Ultra SCSI-3 Connector
Power Connector
Figure 1-29. MDX512 Internal 9 Gbyte Hard Disks NOTE If the internal CD-ROM drive MD529V1 is installed it occupies the 1.6 high disk slot. Then only one 1 high internal hard disk can be installed!
1.7.2.12 Removable cassette storage drive (DAT)

Your Advant Station 520i can be equipped with a removable DDS cassette storage media drive: MT516 - an 8 Gbyte (typically) DAT drive with data compression (4Gbyte native). Can use DDS (or DDS-1), and DDS2 tape cassettes. MT517 - a 24 Gbyte (typically) DAT drive with data compression (12Gbyte native). Can use DDS (or DDS-1), DDS2, and DDS-3 tape cassettes.
Both drives have there own housing and power supply and are intended for stand-alone use. The drives have 50-pin high density single-ended SCSI-2 input and output connectors. They are connected to the single-ended SCSI device OUT connector on the System Unit. The tape drives have a 100-240 V AC autoselecting power supply so it fits both 120 V and 230 V power lines. A DAT drive includes: a 0.9 m SCSI-2 interface bus cable for connection of the tape drive to the System Unit 50pin high density connector the TX502 50-pin high density active external terminator for termination of the SCSI-2 bus on the output connector of the tape drive.
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Figure 1-30. MT516/MT517 Stand Alone 8/24 Gbyte DDS Cassette Drive
Available media are MT501K02, a package of 5 pcs of 90 m DDS (or DDS-1) tapes, MT502K02, a package of 5 pcs of 120 m DDS-2 tapes, and MT503K02, a package of 5 pcs of 125 m DDS-3 tapes. The MT501K02 and MT502K02 tapes can be used by both MT516 and MT517 DAT drives, while the MT503K02 tapes can only be used by the MT517 DAT drive. Table 1-16. DDS Tape Cassettes Kits Cassettes Kit MT501K02 Description Box of five DDS (or DDS-1) cassettes. Tape width 4mm, length 90 meter (295 ft.). Box of five DDS-2 (or cassettes. Tape width 4mm, length 120 meter (394 ft.). Box of five DDS-3 cassettes. Tape width 4mm, length 125 meter (410 ft.).
MT502K02
MT503K02
1.7.2.13 Uninterruptible Power Supply (UPS)

Two Uninterruptible power supply units are available for the Advant Station 520/B180L and 530/B180L: SV530 Uninterruptible Power Supply (UPS) 120 V AC, 700 W/1000 VA for 10 minutes (or 900W/1250VA for 7 minutes) SV531 Uninterruptible Power Supply (UPS) 230 V AC, 700 W/1000 VA for 10 minutes (or 900W/1250VA for 7 minutes)
The UPS can supply 1250VA but the battery backup time is then only 7 minutes. With 1000VA load the battery backup time will be 10 minutes.
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The SV530 with 120V input/output has one IEC-320 power inlet connector (pin) and three US NEMA 5-15R output connectors. The SV531 with 230V input/output has one power inlet connector (pin) and three output connectors in accordance with IEC 320. You can check the power supply status either through a RS-232C communication or monitoring of status outputs on a 25-pos Dsub connector. If you require the power supply status, the 25-pos Dsub status communication output from the UPS can be connected to the System Unit for RS-232 communication or the external alarm unit DSPC 452 (MP 51) for monitoring of output status. The status output can be set in either serial RS-232 or parallel mode. The UPS is a true on-line-UPS with a built-in battery bank. It conditions the raw mains and supplies continuous, clean one-phase power to the critical systems. While feeding the load the UPS also keeps the internal battery charged all the time. If utility power fails, the UPS will continue to supply clean power without any interruption at the UPS outputs. If the power failure outlasts the backup time, the UPS will shut down in order to prevent a total discharge of the battery. When the line voltage is restored the UPS will start up again automatically and recharge the battery and supply the load. The UPS also has an internal bypass switch. At temporary overload, at computer or monitor startup situations, the UPS automatically switches to internal bypass mode, this way passing the filtered utility power through the UPS to the load.
OUTPUT
OVERLOAD SITE FAULT OVERTEMP BATTERY SELF TEST
US NEMA Front View Rear View
IEC
Figure 1-31. SV530 and SV531 Uninterruptible Power Supply (UPS) NOTE Turn off power to critical loads via the ON/OFF switch of the UPS unit.
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1.7.2.14 External Bypass Switch for UPS

Your UPS for the Advant Station 520/B180L and 530/B180L can be equipped with an optional external bypass unit: SX521 External bypass switch to be mounted at the rear of SV530 UPS (120V) SX522 External bypass switch to be mounted at the rear of SV531 UPS (230V)
The bypass switch has a maintenance bypass feature that supplies power to your equipment even when the UPS electronics are removed for maintenance or upgrades. The bypass switch should be installed at the back of the UPS. The utility power connector and all load connectors are connected to the bypass switch. The bypass unit is then pressed onto the rear of the UPS passing input power through one connector and receiving UPS power through another. .
PROTECTED
BYPASS
PROTECTED
BYPASS
UPS
UPS
LASER
BREAKER
BREAKER
INPUT
INPUT
LASER
SX521
SX522
Figure 1-32. SS521 and SX522 External Bypass Switches for SV530/531 UPS The bypass unit may be used as a power distribution unit. Please observe, that the LASER output current do not pass the UPS unit.
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1.7.2.15 Power distribution

Your Advant Station 520/B180L and 530/B180L comes equipped with an SX520K01 Power Distribution Unit kit with IEC-320 compatible connectors and power cables. This kit includes a socket strip with seven connectors and six power cord sets. The SX520 socket strip has one pin connector for power input and six socket connectors for power output. An angled power input connector is included. Power distribution to different devices in the Advant Station 520/B180L and 530/B180L is made with SX520 power distribution unit. The input connector for the SX520 is also included in the kit but neither the cable to the wall outlet nor the wall connector. The user must supply the input power cable and the wall connector. The power distribution unit is designed to reduce the impact of country-specific power cords by standardizing on the IEC-320.
SX 520 Figure 1-33. SX520 Power Distribution Unit
1.7.2.16 Control Network Connections

For ABB Master Automation Systems, the control network is based on the MasterBus 300/300E (MB300) bus. It provides a communication path between the Advant Station and the MasterPiece or Advant Controller. Two connector ports on the rear of the System Unit are provided for control network attachments. The control network attachment is located on the Real-Time Accelerator (RTA) board which is installed in one PCI slot inside the System Unit. For attachment to a MasterBus 300/300E control network, the PU519 or PU515 Real-Time Accelerator board is used.
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The PU519 and PU515 RTA boards are attached with a Thick-LAN, 10Base5, transceiver cable to the MB300K01 Ethernet transceiver. MasterBus 300/300E Control Network
MB300K01
MasterBus 300/300E Control Network

MB300K01
RTA
Figure 1-34. Attachment to the MasterBus 300/300E Control Network
1.7.2.17 Plant network TCP/IP attachment

One Thick-LAN 10Base5 (AUI) and one Unshielded Twisted Pair (UTP) connector port is provided for plant network (TCP/IP) connection at the rear of the System Unit. Note that the AUI connector has a sliding latch for the cable connector. Both network connectors can not be used at the same time. Automatic selection of connection is provided.
PU519/ 515
Advant Station 520/B180L and AS530/B180L System Unit
Twisted Pair Connector
AUI Connector
Figure 1-35. Plant Network Port The Twisted Pair port shall only be used in office-like environments without EMI sources and the length should be limited to one room only! It shall not be used in a plant network. NOTE The Real Time Accelerator (RTA) board can also be attached to the plant network, if desired.
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1.7.2.18 Cables
A number of cables are available for connecting peripheral equipment to the System Unit. Table 1-17. Table with Cables for Attachment of Peripherals Cable Type Designation Network Cables DSTK 128 or TK576V050 DSTK 129 or TK576V115 TK626V050 Cable assembly 5 m. With AUI connector for attachment of System Unit AUI connector to transceiver MB300K01. Note! Equipped with sliding latch for the AUI connector. Cable assembly 15 m. With AUI connector for attachment of System Unit AUI connector to transceiver MB300K01. Note! Equipped with sliding latch for the AUI connector. Cable assembly, 5 m, AUI connector for attachment of the Real Time Accelerator (RTA) PU519/515 to transceiver MB300K01. Note! Equipped with screw fixing at the RTA end. TK626V115 Cable assembly, 15 m, AUI connector for attachment of the Real Time Accelerator (RTA) PU519/515 to transceiver MB300K01. Note! Equipped with screw fixing at the RTA end. TKX516V003 Cable assembly. Conversion cable, 0.3m (1 ft.). With 15-pin high density male Dsub connector in one end, 15-pin normal size female Dsub in the other. Used between MB300 port on PU519 RTA board and transceiver cable. Description
RS-232 Cables TK520V030 DSTK 156V0.5 TK524V115 Cable assembly, RS-232, 3 m, for attachment of printers EP530/531/532/533/534/535/536/537 to the System Unit. Cable assembly 0.5 m. For attachment of printers EP530/531/532/533/534/535/536/537 to modem DSTC X008. Cable assembly. 15 m, 25 wire straight-through RS-232 extension cable. Used for serial printers. DB25 male/female connectors.
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Table 1-17. Table with Cables for Attachment of Peripherals (Continued) Cable Type Designation External Alarm Cables TK523V115 TK622K01 TK622V005 TK623V005 Cable assembly, RS-232, 15 m. For attachment of External Alarm device MP51 to System Unit RS-232 port. Cable kit for external alarm MP51 attachment via two DSTC X008 modems to the System Unit RS-232 port. Cable assembly, 0.5 m. Cable between System Unit and modem DSTC X008. Included in cable kit TK622K01. Cable assembly, 0.5 m. Cable between modem DSTC X008 external alarm device MP51. Included in cable kit TK622K01. Description
Uninterruptible Power Supply Cables TK564V115 Cable assembly, 15 m. For attachment of the 25-pin Dsub connector on the SV530/531 UPS to screw terminals on the external alarm unit DSPC 452 (MP 51). UPS in relay mode. Cable assembly 15 m. For attachment of the 25-pin Dsub connector on the SV530/531 UPS directly to the System Unit RS-232 port. UPS in serial mode. Keyboard Cable TKX517V050 USB bus cable, 5 m. For attachment of USB keyboards to the System Unit (USB connector on the RTA board PU519) or the next unit on the USB bus. USB type A connector for upstream connection, type B connector for downstream connection.
TK621V115
Parallel Cables TK541V021 TK541V115 Cable assembly, Centronics parallel 2.1 m. For attachment of parallel printers to the parallel port of System Unit. Cable assembly, Centronics parallel 15 m. For attachment of parallel printers to the parallel port of System Unit.
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Table 1-17. Table with Cables for Attachment of Peripherals (Continued) Cable Type Designation SCSI Cables for single-ended SCSI 50-pin High Density to 50-pin Low Density (50pHD-50pLD) TK543V009 Cable assembly, SCSI 0.9 m (3ft). For connection of SCSI devices to the System Unit. High density connector at the System Unit end and low density connector at the SCSI device end. Cable assembly, SCSI 1.5 m (5ft). For connection of SCSI devices to the System Unit. High density connector at the System Unit end and low density connector at the SCSI device end. Description
TK543V015
50-pin High Density to 50-pin High Density (50pHD-50pHD) TK583V010 Cable assembly, SCSI interface cable 1.0 m (3ft). Used for connection between two external SCSI devices. High density connectors at both ends.
50-pin Low Density to 50-pin Low Density (50pLD-50pLD) TK548V020 Cable assembly, SCSI interface cable 2.0 m (8.5ft). Used for connection between two external SCSI devices. Low density connectors at both ends. Cable assembly, SCSI interface cable 1.0 m (3ft). Used for connection between two external SCSI devices. Low density connectors at both ends. Cable assembly, SCSI interface cable 0.5 m (1.5ft). Used for connection between two external SCSI devices. Low density connectors at both ends. Cable assembly, SCSI-2 interface cable 304 mm (1ft). For connection between two ranks of the RDA unit. Low density connectors at both ends.
TK548V010
TK548V005
TK554V003
50-pin Low Density to 68-pin High Density (50pLD-68pHD) TK550V010 Cable assembly, SCSI interface cable 1.0 m (3ft). Used for connection between external DAT drive and MP538 External disk cabinet.
50-pin High Density to 68-pin High Density (50pHD-68pHD) TK588V020 Cable assembly, SCSI interface cable 2.0 m (6.5ft). Used for connection between the System Unit and the MP538 External disk cabinet.
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Table 1-17. Table with Cables for Attachment of Peripherals (Continued) Cable Type Designation Video Cables TK529K15 Coax cable kit. For Video. 15 meter.With three separate 15m coax cables, 75Ohm. Including BNC jack-jack connectors, two TK572 video cables and TX508 gender changer. Coax cable kit. For Video. 30 meter.With three separate 30m coax cables, 75Ohm. Including BNC jack-jack connectors, two TK572 video cables and TX508 gender changer. Description
TK529K30
Power Cables TK574V025 Cord set, 2.5 m, with molded male - female IEC 320 power connectors (Used together with Power Distribution Unit SX520). TK408V030 TK409V030 Cord set, 3 m, with IEC 320 female connector in one end and US male connector in the other. Cord set, 3 m, with IEC 320 female connector in one end and open conductors in the other.
1.7.2.19 Cabinetry
Two different cabinets are available for the Advant Station 520/B180L and 530/B180L System Unit: RE540 Cabinet. The RE540 can accommodate one System Unit. It can be placed under the control desk and has the environmental protective class IP21. With a maximum ambient temperature of 25 degrees centigrade, the cabinet can accommodate the System Unit. RM557 Cabinet. The RM557 cabinet has a sliding shelf for mounting of the System Unit. It has the environmental protective class IP21. With a maximum ambient temperature of 25 degrees centigrade, the cabinet can accommodate the following items simultaneously: one System Unit one Uninterruptible power supply SV530 or SV531 one external alarm unit DSPC 452 one DAT drive MT516 or MT 517.
NOTE The Advant Station 520/B180L and 530/B180L system is delivered without cabinets. Cabinets are optional.
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1.7.2.20 Console furniture

Three operator tables, one extension desk and one monitor mounting bracket are available for the Advant Station 520/B180L and 530/B180L: RE550 Operator table with manual height adjustment. You adjust the RE550 table by lifting the surface by hand and fixing it with pins. RE551 Operator table with mechanical parallel height control. The RE551 table contains a lift in each pillar stand. One of the stands contains an electric motor that drives the lift directly. Through a rack with helical teeth, the lift in the other stand is driven from the same motor to get parallel movement. RE552 Operator table with electronic parallel height control. The RE552 table contains a lift and an electric motor in each stand. The motors are controlled electronically for parallel movement. RE553 Extension table 45 degree pie. The RE553 extension table is mounted to the operator table by square metal tubes. Both the operator table and the extension table contain tubes. The tubes on the operator table fit on the extension table tubes. The extension table can be mounted on both sides of the operator table. RE554 Monitor mounting bracket. The RE554 monitor mounting brackets are mounted at the rear of the table, under the surface board. The monitors are placed on top of the brackets. A bracket can be moved back and forth by pushing and pulling a handle on in. Up to three monitor mounting brackets can be mounted at the rear of the table. If only one monitor is used for the system, the required bracket can be mounted in the middle. If the system uses two or three monitors, the brackets can be mounted symmetrically around the center of the table.
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1.8 Functional Overview

The Advant Station 520/B180L and 530/B180L forms a hardware base for your automation system. The system product consists of a selected hardware configuration and a software system loaded into the hardware. The selected hardware and the software products together form specific automation system offerings.
Processor Part Uninterruptible Power Supply
CPU
Cache Control 16 Mb 16 Mb Addr Bufr SIMMs (32 Mb pairs)
~
AC
AC
Graph Accel
Graphic PDH
1) Hard Copy
Printer
Centronics I/F PCL5 Protocol Clock A
I/O Part
PS/2 Audio
PCI Adapt
Cent RS232 RS232 SCSI LAN B PCI Bus Local Printer Serial RS 232C I/F Epson Protocol
MB300#1 Real-Time MB300#2 Accelerator USB

TCP/IP Protocol Ethernet Cable
Local Printer
Serial RS 232C I/F Epson Protocol
Wide Single-Ended UltraSCSI-3 bus Internal Floppy Disk (options) Single-ended SCSI-2 bus Internal Mass Storage RS 343A RGB
2)
Internal CD-ROM Drive
System Unit RS 343A RGB
SCSI-2 Protocol SCSI Bus (Single Ended) Color Monitor (Optional graphics card)
DAT CD
Color Monitor Drive External Mass Storage System
Standard HP Keyboard
Standard Mouse
PS/2 Keyboard and Mouse
1) or Document Postscript Printer 2) The System Unit can house up to two internal hard disks and one floppy disk drive or one CD-ROM drive at the same time
Note: All options are not available for all Advant Station products.
Figure 1-36. Simplified Overall System Block Diagram (including available options)
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Redundant Control Network MasterBus 300 Protocol
Add/Data MUX
Control
I/O Memory Control
Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 1.8 Functional Overview
The base hardware supports the interaction between the operators action on the keyboard and the pictorial presentation of information on the system. The base hardware also controls the communication over the optionally redundant control network cables to other equipment attached to this network cable. For storage of system programs and data, the base hardware relies on an internal mass memory device attached to a wide single-ended UltraSCSI-3 device bus and controlled by the SCSI-3 device protocol. For removable media devices a single-ended SCSI-2 bus is used. For extending this capability of internal mass memory the SCSI bus can be extended to an external mass storage system. For loading the base hardware with system software and data, a tape or CD-ROM drive can be attached to the external single-ended SCSI device bus. For paper copies of the information displayed by the Advant Station 520/B180L and 530/B180L, the base hardware copies the picture and prints it on a color hard copy printer via the parallel Centronics interface using the PCL5 protocol. For printout of various documents, a document printer is connected to the parallel Centronics interface using the PCL5 or Postscript protocols. For presentation of ordinary text print output for such use as local printing of reports or alarms, a serial RS-232C compatible printer can be used. The protocol for this is the Epson protocol. For the reception of alarms from various sources the base hardware can be attached to an External Alarm Unit, the MasterPiece 51, via the RS-232C interface using the MasterPiece 51 protocol. The base hardware can also be attached to a general purpose Ethernet cable communicating over the TCP/IP protocol. This network connection can e.g. be used for network printers. For providing power during temporary failure of the main power source an Uninterruptible Power Supply unit can be attached to the System Unit and peripheral equipment. The various devices, buses and protocols are controlled by the System Unit. The PS/2 and USB buses, protocol and devices are also controlled by the System Unit. The SCSI buses, the Ethernet with TCP/IP, the Hard Copy parallel printer with the PCL5 protocol, the document parallel printer with the PCL5 and Postscript protocols, the serial RS-232C local printer with the Epson protocol and the serial RS-232C MasterPiece 51 interface are all controlled by the System Unit. The first monitor of the Advant Station 520/B180L and 530/B180L is controlled by a built-in graphics channel using the RS-343A signal levels. The built-in graphics picture format is 1280 pixel dots per horizontal line and 1024 picture lines vertically covering the entire screen. The standard rate by which all lines are drawn is 72 times per second (frame rate). An optional graphics card can be installed for a second monitor. Additional processing power and communication is provided with the Real-Time Accelerator (RTA) board installed in the PCI slot. This board can communicate with the System Unit central processor and an external network. The System Unit central processor controls the mass memory system, the I/O system, the graphics system and the interface to the Real-Time Accelerator board.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.1 General Information
Chapter 2 Installation
2.1 General Information

This chapter provides information for: installation planning site selection and preparation power or cabling considerations shielding and grounding power requirements floor loading, foot print, and heat generation for building and support structures.
installation procedures unpacking operator desk assembly placement of equipment switch settings cabling checkout and adjustment.
Shutdown and start-up procedures and product verification.
Electrostatic Discharge (ESD) Precautions Electrostatic discharge (ESD) can result from the buildup of static electricity on or around the components you handle. You can even carry a charge on your body, and the discharge of this energy through a component or your computer can cause damage to the system. CAUTION Observe the following precautions at all times during removal and replacement tasks to prevent damage to the System Unit and peripheral equipment from ESD: Stand on a static-free mat Wear a grounded static strap on your wrist to ensure that any accumulated electrostatic charge will be discharged from your body to ground Connect all equipment including static mat and strap, routing nodes, and peripheral Keep all uninsulated printed circuit boards/cards in their protective antistatic bags Handle all printed circuit boards/cards by their edges, once you have removed them from their protective antistatic bags.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Chapter 2 Installation
Plant Network Installation For longer distances, industrial environment or connection to plant network thick wire Ethernet is required. Do not use thin wire Ethernet in those environments.
2.2 Installation Planning 2.2.1 Site Selection and Preparation

This section includes information for space considerations, lighting considerations, and magnetic fields considerations.
2.2.1.1 System Unit Placement

The Advant Station 520/B180L and 530/B180L System Unit is built for office environment. The System Unit may be installed flat on the desktop or mounted vertically using the included floor stand. NOTE Allow space at the rear and at the front for proper airflow, see Figure 2-1 Space needed at the rear is 150 mm (6 inch)
HP
Space needed at the front is 100 mm (4 inch) Figure 2-1. System Unit Placement
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.2.1 Site Selection and Preparation
2.2.1.2 Monitor Placement

For proper ventilation, the distance between a monitor and wall or equal must be at least 75 mm (3 inch) behind the monitor and 30 mm (12 inch) above, Figure 2-2.
300 mm 12 inch 75 mm 3 inch
Figure 2-2. Monitor Placement Avoid to place the monitor close to power generators, power transformers, power distribution bus bars, arc furnace, and other electrical power equipment. Monitors delivered with Advant Station 520/B180L and 530/B180L Systems can be located next to each other without causing geometric distortion of the pictures.
2.2.1.3 Operator Desk Placement

The space reserved for the operator desk should include ample space behind the desk for convenient access, see Figure 2-3. Since there are coax cables extending from the rear side of the monitors, power cables, communication cables between peripheral equipment and the System Unit, allow for walking space behind the desk when the monitor arm is fully extended backwards. Also select such orientation of the Operator Desk that the daylight does not cause reflections on the monitor screens. Avoid placing the operators field of view directly in front of a daylight window.
No daylight window here
Wall Ample space behind the desk for cables and convenient access
Figure 2-3. Arrangement of the working place
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2.2.1.4 Lighting Considerations

Do not place the color monitor in front of a window where daylight enters. This may cause operator eyestrain. Avoid reflections in the monitor glass surface from the ceiling light. The location of the ceiling light fixture depends on the distance from the operator table desk surface to the lower edge of the light fixture measured vertically. To avoid reflections, the higher the ceiling light fixture is, the farther it must be located from the operator workplace. By lowering the ceiling light fixture you can place the fixture closer to the operator working place. Figure 2-4 and Figure 2-5 show an operator work place viewed from above and two cases of different light fixture heights above the desk. In the first case the height is 1.3 m (approx. 4 ft.) between the desk top and the light fixture. For this case the light fixture should be located outside the calculated rectangle. The shadowed area shows where the ceiling light fixture can be located for minimizing screen reflections. s=0.77 x 1.3 m s=0.77 x 1.3 m
Hm = Distance between the Operator Desk and the ceiling light fixture Figure 2-4. Light fixture placement limits at 1.3 m (approx. 4 ft.) Hm height s = 0.77 x Hm a = 0.57 x Hm b = 0.66 x Hm
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.2.1 Site Selection and Preparation
In the second case the height is 1.8 m. For this case locate the light fixture outside the calculated rectangle, which is larger than the previous. s=0.77 x 1.8 m s=0.77 x 1.8 m a=0.57 x 1.8 m Hm = Distance between the Operator Desk and the ceiling light fixture Figure 2-5. Light fixture placement limits at 1.8 m (approx. 6 ft.) Hm height s = 0.77 x Hm a = 0.57 x Hm b = 0.66 x Hm
2.2.1.5 Severe Magnetic Fields

Severe magnetic fields can cause geometric distortion of the picture and changes in color on the monitor. When selecting the site for the Advant Station 520/B180L and 530/B180L, avoid excessive magnetic fields emanating from power generators, power transformers, power distribution bus bars, arc furnace, and other electrical power equipment. The frequency of the magnetic fields is often the same as the frequency of the power to the plant. Magnetic Deflection An alternating magnetic field source acts as an external magnetic deflection source. The electron beam that writes the video data on the face of the CRT is controlled by the magnetic deflection coils on the CRT neck. Large external magnetic fields can override the control action of the internal magnetic deflection coils. This may cause geometric distortion of the picture. The strength of the external magnetic field may also cause color changes in the picture.
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Solutions The recommended method for overcoming the effect of external magnetic fields is to choose a CRT that has a vertical display frequency, frame rate, that is the same as the frequency of the alternating magnetic field. The Advant Station 520/B180L and 530/B180L video output delivers a vertical display frequency of 72 Hz for the monitor to synchronize on. Monitors with this frame rate can be used in most control applications. For applications where strong magnetic fields are present, the vertical display frequency, frame rate, delivered from the video output should be set to 50Hz if the frequency of the alternating magnetic field is 50Hz. If the frequency of the alternating magnetic field is 60Hz then the vertical display frequency delivered from the video output should be set to 60Hz. If you change the vertical display frequency of the video output from the System Unit then you have to use a monitor that can synchronize on the new frequency. If changing of vertical frequency does not solve the problem then you could get in touch with ABB Corporate Research. ABB Corporate Research offers the following consulting services for dealing with sources of severe magnetic fields: Measure and record magnetic fields Run simulated calculations on magnetic problems, magnetic field diagram plots Recommend suitable protection measure or other solutions On-site measurements and enclosure evaluation Telephone consulting.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.2.2 Installation Overview
2.2.2 Installation Overview

Please consider the following installation rules when installing an Advant Station 500 system. Climatic Environment
Operating temperature range: Use of air conditioning Dust protection: Install in cabinets with dust filter Corrosive gas protection: Install in cabinets with instrument air or chemical filters Humidity: Dehydrated instrument air Advant Station 500 Workplace
Mechanical Environment
Vibrations: Stable floors, free from vibrations Shock: Place away from mill stand Latitude Keep air preassure within limit
Advant Station 500 Workplace
Monitor
Monitor
Optional Local UPS Peripherals Workstation
Power Connection
Connection to lighting network only (overvoltage class II) Advant Station 500 Workplace
Network Connection
Use thick Ethernet cable only Install one ground clamp on cable Transceiver isolation voltage >2kV Advant Station 500 Workplace Ground clamp at one end of cable
Monitor
Monitor
Optional Local UPS Protective Earth (PE) Peripherals Neutral (N) Live (L) Workstation
Transceiver isolation voltage >2kV
Thick Ethernet cable
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Climatic Environment It is important that the temperature within cabinets and in the surrounding environment of the Advant Station 500 workplace is within specification. The lives of wet, electrolytic capacitors and most semiconductors are greatly reduced if the maximum permitted temperature is exceeded. The workstation, monitor and peripherals do not have any dust filters for cleaning of the cooling air passing through the devices. To minimize troubles caused by different type of dust, the workstation should be installed in a cabinet with filters on its air inlets and the air entering the control room should be filtered. The workstation, monitor and peripherals must be protected against corrosive gases. The air humidity must be held within specifications. If the maximum permitted humidity is exceeded the equipment may be damaged.
Mechanical Environment A shock could cause data written to a disk to be wrong resulting in a corrupted disk. To minimize shock problems, install the equipment away from shock generating devices like a mill stand. Vibrations may cause data on disks to be corrupted. To minimize vibration problems, place the workstation on vibration absorbing material like a rubber mat. A low or high air pressure may cause the disks read/write heads to crash on the disks causing system malfunction. Therefore install the equipment within altitude limits.
Power Connection Power connection is made to the lighting network only. This network shall be of overvoltage class II or better. The local UPS is only used to handle power outage, not for protection against spikes. The local UPS is also connected to the lighting network.
Network Connection Only use thick Ethernet communication cables in an industrial environment. This cable withstands higher EMI levels and has an isolation voltage >2kV. The cable shall have a ground clamp in one end to reduce potential to be build up. This will minimize the risk to get a discharge of the cable through the workstation. This could damage the workstation and make it non-functional. The transceiver used must have an isolation voltage >2kV to withstand breakdown in cases where high EMI levels are present.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.2.3 Power and Cabling Considerations
2.2.3 Power and Cabling Considerations

The System Unit and its peripherals shall be supplied by power from the same mains and phase. The distribution of power to the Advant Station equipment is via standard IEC 320 power cables. In this way most of the power cables are independent of national power outlets. Only one power plug will be dependent of the national power plug format. It is the plug that must be installed on the cable connecting the power distribution unit SX520 to the wall power outlet, Figure 2-6.
To System Unit To monitor To other devices
Wall power outlet
SX 520 National dependent plug
National independent IEC 320 plugs
Figure 2-6. Power Distribution with IEC 320 power cables Each equipment item is powered by an IEC-320 power cord from one or several power distribution units, SX520. Regarding the supply of power refer to the ABB Automation Products publication Installation Rules, part number 7650 203-203.
2.2.3.1 Power Input Voltage

Different equipment items have different input voltage ranges. Some items are made for 120 V power input, others for 230 V, and some have autoselecting voltage input. Autoselecting voltage input means that the equipment can be connected to either 120 V or 230 V power lines without manual selection of power range. The selection of power range is made automatically inside the equipment. CAUTION Before connecting any equipment item to the power line, be sure that the right voltage range is selected on that item.
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2.2.3.2 Shielding and Grounding

For information regarding proper shielding and grounding, refer to ABB Industrial Systems publication Installation Rules, current order number 7650 203-203 or later. This publication presents Installation Rules to facilitate the work of system configuration for interference-free operation. Avoid connecting the monitor or other equipment to different power phases. Assure that the monitor always is powered from the same power outlet as the System Unit.
2.2.3.3 Cabinet Protective Earth Connections

Each cabinet is directly connected to the Protective Earth (PE) wire.
AS500 Cabinet Earth Bar
AS500 UPS
PE
Protective Earth (PE)
Figure 2-7. Cabinet Protective Earth Connections
2.2.3.4 Monitor Power Connection

If the workstation and the monitor are galvanically connected (through the copper wire video signal connection) they must be connected to the same Protective Earth (PE) point through the power cables.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.2.3 Power and Cabling Considerations
COAX CABLE CONNECTION
Video signal connection
BNC/ D-SUB 1st/2nd Power cables
Live (L) Neutral (N) Protective Earth, PE
Same Protective Earth (PE) point for both System Unit and monitor
Figure 2-8. Monitor Power Connection - Copper Wire used for Video Signal Different Protective Earth (PE) points may have different voltage potential. If the System Unit and the monitor are connected to power lines with different PE points, current may flow between those points causing unpredictable faults in the system. If an optical fibre link is used as a video signal connection then the power cables can be connected to different PE points.
OPTICAL FIBRE CONNECTION
Optical fibre link
BNC/ D-SUB 1st/2nd Power cables
The System Unit and monitor can be connected to different PE points.
Figure 2-9. Monitor Power Connection - Optical Fibre Link used for Video Signal
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2.2.3.5 Protection Against Spikes, Surges, and Sags

There can be spikes (short high voltage changes), surges (voltage increase), sags (voltage drop), and even power outages on the industrial power line. Those could cause system restart or even damage the workstation power supply and this way cause system failure. Solutions The power to the workplace should be filtered with a 1:1 transformer or magnetic stabilizer that also include other spike limiting components. To handle power outages put a local UPS between the transformer and the workstation. Note that the UPS itself shall not be used as a filter for spikes in an industrial environment! The UPS is only used to deliver power to the workstation in case the input power is out. But the UPS itself requires clean input power as well. An on-line UPS generates clean stable AC output power from an internal battery through an internal DC/AC inverter. This internal battery is charged from the AC input connection through an internal AC/DC inverter.
Advant Station 500 workplace
Monitor Mains Power Line 1:1 Transformer Local transformer or Stabilizer (including other spike filtering components) AC Workstation AC Local UPS Peripherals
Figure 2-10. Protection of the Workstation from Power Line Disturbances
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.2.4 Signal Cable Considerations
2.2.3.6 Earthing of Network Communication Cables

The MasterBus 300 network cable is not connected to earth through the transceivers. Instead the shield is floating from earth. This can cause potential to be built up that could cause the transceivers to fail. To avoid this the MB300 cable should be earthed at one end of the cable.
Area 1 Ground Clamp
Area 2 MB300 Communication Cable
Protective Earth Connection Point
Figure 2-11. Connection of Thick Ethernet Cable to Protective Earth (PE)
2.2.4 Signal Cable Considerations

CAUTION For longer distances, industrial environment or connection to plant network thick wire Ethernet is required. Do not use thin wire Ethernet in those environments.
2.2.4.1 Coaxial Cable for Monitor

The video connector for the standard and optional video output is an Enhanced Video Connector (EVC). A short conversion cable for conversion to 15-pin high density VGA-style D-sub female connector is included with the System Unit. The 17 monitor IM541 has a permanently attached video cable terminated with a 15-pin high density male Dsub connector, VGA style, for connection to the System Unit. The 19 monitor IM538 has a 15-pin high density female Dsub video connector. A cable with a 15-pin high density Dsub video connector for the monitor and an Enhanced Video Connector (EVC) for the System Unit is included with the monitor. The 21 monitor IM539 monitor has five BNC connectors (R, G, B, V/H and V) and a 15-pin high density Dsub, VGA style, video connector for connection to the System Unit. A video cable with 15-pin high density male Dsub connectors in both ends is included with the monitor. If the cable included with the monitor is too short, it can be extended. Use 75 Ohm coaxial (COAX) cable type RG-59 for connection of the color monitors up to 30 m (approx. 100 ft.).
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Video coax cables can be supplied as individual items tied together with cable ties at the installation site, or as a moulded cable assembly. A moulded video cable has more attenuation than separate coax cables so use separate coax cables if possible. For convenience, it is recommended that the cables be marked with color ribbons at both ends. Extension cables (3 pcs) must be ordered separately. These cables can be up to 30 m; however, it is recommended that the cables be as short as possible. CAUTION If you use cable lengths in excess of the above recommendations, it cannot be guaranteed that the signal amplitude will be sufficient to maintain optimum picture quality. For installations that require remote location of the color monitor (beyond the 30 m limit), a fiber optic system is recommended rather than a video amplifier. The advantages of a fiber optic system are: elimination of grounding problems i.e. ground isolation no risk for causing damage to personnel greater capacity for longer cable distances generally lower installation cost running one fiber optic cable as compared to running 3 separate coax cables).
Fiber optic cable can be purchased from third-party suppliers.
2.2.4.2 Communication Cables Installation

The network communication cables may, on there way through the plant, pass power generators, power transformers, power distribution bus bars, arc furnace, electric motors, and other electrical power equipment. Powerful electro-magnetic fields are emanating from such devices. Those fields are picked up by the network cables. It follows the shield of the cable into the workstation. If the network cable has simple shielding, then the data wire also will pick up those fields and cause data disturbances and increase in retransmission, this way lowering the capacity of the whole system. If you use a 10Base2 (ThinLan) thin wire Ethernet cable for a combined control room and plant network, electro-magnetic interference (EMI) problems may occur. The thin coax cable is more prone to pick up EMI than the thick coax cable. Solution Install the network cables according to below: Find out where the power distribution cables are located and place the network cables at least 300mm (1 ft) away from those. Keep the network cables at least 100mm (4 in) away from any other signal cable. The 10Base2 (ThinLan) shall only be used in office-like environments without EMI sources and the length should be limited to one room only. Do not use thin coax Ethernet cables in an industrial environment! Those are more prone to pick up electro-magnetic interference (EMI).
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NOTE This type of cable (10Base2 (ThinLan)) should never be used in a plant network! The plant network shall always be of type 10Base5 (ThickLan) and installed in accordance with the installation and grounding rules described in the Users Guide. The transceivers connected to a plant network must be specified for an isolation voltage of >2kV.
For conversion from an office network (10Base2) to a plant network (10Base5) a repeater can be used.
Office
Plant
Advant Station 500
10Base2 network
10Base5 network
Local repeater Figure 2-12. Conversion from a 10Base2 to a 10Base5 network cable.
The grounding of the network cables must be carefully done to avoid spikes to get into the workstation and cause malfunction and shutdown. In an industrial environment always use Thick Ethernet cable for both plant and control network communication. The Thick Ethernet cable has several shield layers and longer distance between the shields and the data wire in the middle. This gives the cable the following advantages compared with the Thin Ethernet cable: With several shield layers the cable can withstand higher EMI levels and also less is emitted from the cable. Retransmission of data on the cable is minimized resulting in a faster network. The isolation voltage for the Thick Ethernet cable is >2kV while it is only 300-350V for the Thin Ethernet cable. The higher isolation voltage will minimize workstation shutdown.
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Thick Ethernet cable design Plastic cover First tinned copper braid shield First aluminium-polyester foil shield
Second tinned copper braid shield Second aluminium-polyester foil shield Dialectric Solid copper conductor
Thin Ethernet cable (RG58) design Plastic cover Tinned copper braid shield Dialectric Stranded tinned copper conductor Figure 2-13. Thick Ethernet Cable Compared with Thin Ethernet Cable
2.2.4.3 Other Signal Cable Installation

Cables like printer cables, keyboard cables, video cables, extension cables for video and keyboard and so on may pick up electro-magnetic interferences (EMI) depending on their routing in the plant. Find out where the power distribution cables are located and place all communication cables at least 300mm (1 ft) away from those. Keep the communication cables at least 100mm (4 in) away from any other I/O signal cable.
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>300 mm (>1 ft) >100 mm (>4 in.) Power cable > 250V Power cable < 250V
>100 mm (>4 in.)
Commun. I/O signal cable cable
Figure 2-14. Route the Communication Cables with the Distances showed to Minimize Communication Problems
2.2.4.4 Termination of Cables

Termination is required for the SCSI bus and all network cables, the TCP/IP, and the MB300. Normally video cables require special termination devices. Check the rear of the monitor for the termination switch. Some monitors have this switch, other monitors have a built in buffer amplifier, whose input is terminated, this way no extra external termination is required.
2.2.5 Power Requirements

Table 2-1 provides heat generation data for building and support structures related to Advant Station equipment. Table 2-1. Equipment Power Dissipation Equipped Power with dissipation internal in watt fan maximum
Equipment
Type designation
Workstations System Unit for Advant Station 520/B180L and 530/B180L Monitors 17 Color monitor, 60/72 Hertz frame rate 19 Color monitor, 60/72 Hertz frame rate 21 Color monitor, 50-90 Hertz frame rate IM541 IM538 IM539 No No No 120 150 160 Yes 210
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Table 2-1. Equipment Power Dissipation (Continued) Equipped Power with dissipation internal in watt fan maximum
Equipment
Type designation
X-terminals X-terminal System Unit Printers Alpha-Numeric Matrix Printer, narrow Alpha-Numeric Matrix Printer, wide Color InkJet Printer Color InkJet Printer Laser Printer, Postscript Laser Printer, Postscript DAT Tape Drive Uninterruptible Power Supply Uninterruptible Power Supply (UPS) Uninterruptible Power Supply (UPS) SV530 SV531 Yes Yes 123 (typical) 123 (typical) EP537/538 EP539/540 EP515 EPX510 EP526/527 EP528/529 MT516 MT517 No No Yes Yes Yes Yes Yes 50VA (printing) 50VA (printing) 50 (printing) 65 (printing) 300 (printing) 330 (printing) 12 typical HP Envizex II Netstation Yes 30
(1) Power dissipation with one rank (2 drives) installed. Each additional rank adds 18 W.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.2.6 Building and Support Structures
2.2.6 Building and Support Structures

Table 2-2 and Table 2-3 provide floor loading, and foot print for building and support structures related to Advant Station equipment. Table 2-2. Equipment floor loading Equipment Type designation Weight 170 Kg, 375 lbs 170 Kg, 375 lbs 170 Kg, 375 lbs 30 Kg, 66 lbs
Operator desk, manual adjustment RE550 Operator desk, mechanical control RE551 Operator desk, electrical control Cabinet, small Cabinet, large System Unit Uninterruptible Power Supply RE552 RE540 RM557 HP B180L SV530/SV531
18.5 Kg, 41 lbs 15 Kg, 33 lbs
Table 2-3. Equipment foot print Type designation RE550 RE551 RE552 RE540 RM557 HP B180L Foot print mm width x depth 1700 x 1200 1700 x 1200 1700 x 1200 600 x 490 700 x 637 444 x 452
Equipment Operator desk, manual adjustment Operator desk, mechanical control Operator desk, electrical control Cabinet, small Cabinet, large System Unit Uninterruptible Power Supply
SV530/SV531 142 x 400
Cable entrance requirements, cable routing, cable trench, cable racks, cable raceways etc. are discussed in ABB Industrial Systems publication Installation Rules.
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2.3 Installation Procedures

This section describes how to unpack, assemble, mount, connect, and check out Advant Station equipment. Instructions for making adjustments, disassembly, and packing are also provided.
2.3.1 Installation Procedures - Overview

The following overview shows the recommended sequence for installation procedures. Each of these procedures is described in greater detail in subsequent sections. Installation procedure: 1. 2. 3. 4. 5. 6. 7. 8. 9. Unpack the equipment in a staging area. Assemble the operators desk. Place the equipment in their respective locations. Set any switches and jumpers as required. Install and connect the power distribution system. Install signal and control cables with terminators. Check power, signal and control cables. For each equipment turn off the individual power ON-OFF switch. Connect the Uninterruptible Power Supply to designated mains power.
10. Connect the Power Distribution Unit SX520 to designated mains power. 11. Turn on the power to the terminal. 12. Turn on power switches in correct order.
2.3.2 Unpacking
Reserve a staging area of 4 by 4 m. If the Operator Desk, or the RM557 cabinet is selected, reserve additional space. As you unpack, check out the equipment against the packing list. The part number, the type number, and the serial number are indicated on the label of each box. Record this information in a site configuration list. Unpack the operator desk with associated desk items and check that all items are included per the shipping list. Proceed with the mounting and assembly as instructed in the instructions provided with the shipment.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.3.3 Operator Desk Assembly Instructions
2.3.3 Operator Desk Assembly Instructions

Three operator desks are available: RE550 Operator table with manual adjustment of the desk height RE551 Operator table with electro mechanical control of desk height RE552 Operator table with electrical control of desk height.
Each operator table package includes assembly instructions. Separate instructions are provided for the assembly of the monitor shelf or arm. Locate the operator desk in accordance with Section 2.2.1.3, Operator Desk Placement. The monitor arms are installed and checked out. If the optional cabinet RE540 is selected, locate as advised. Mount the monitor on the monitor arm. Place the keyboard on the operator desk. Install the System Unit in the RE540 cabinet. Select a suitable location for the SX520 power distribution units.
2.3.3.1 RE550 Operator Table Assembly Instructions

To assemble the RE550 Operator table: 1. Place the two rectangular desk columns with flat members parallel to each other on the selected floor location and orientation. The flat members are used to level the unevenness of the floor surface. Make sure that the short part of the flat members are oriented towards the operator chair. Fasten the table top frame from underneath the top plate of the pillar (square column). Four (4 pcs) of M8 x 30 mm bolts are used for each pillar. Screw the desk top to the desk top frame.
2. 3.

To assemble the RE551 Operator table: 1. Place the two rectangular desk columns with flat members parallel to each other on the selected floor location and orientation. The flat members are used to level the unevenness of the floor surface. Make sure that the short part of the flat members are oriented towards the operator chair. Place the lifting pillars with shafts inwards. Screw the square tube in the hole of the shaft on side. Use a M3 x 20 mm bolt with a nut. Fix the other side with a pin. Fasten the table top frame from underneath the top plate of the pillar (square column). Four (4 pcs) of M8 x 30 mm bolts are used for each pillar. Screw the desk top to the desk top frame. Connect motor cable to the transformer. CAUTION Before connecting the power supply cable to the transformer - check the voltage.
2. 3. 4. 5. 6.
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The transformer is adjustable between 115/230 V AC, and can be used both in Europe and USA. Material: Apparatus contact includes a fuse holder, 2 pcs cord sets - European plug/American plug, 2 fuses-3.15 A, and 2 fuses-6.3 A. To connect the transformer: a. b. c. Pull out the fuse holder of the apparatus contact. Pull out the grey fuse holder. Choose desired voltage so that 115 or 230 is shown in the window at the front. American market - voltage 115 V AC, fuse 6.3 A. European market - voltage 230 V AC, fuse 3.15 A. d. 7. 8. Choose suitable cord set.
The control device for up and down movement, is fitted underneath the table top. Fix the protective cover around the square tube under the top plate, 4 pcs M8 x 30 mm.

To assemble the RE552 Operator table: 1. Place the two rectangular desk columns with flat members parallel to each other on the selected floor location and orientation. The flat members are used to level the unevenness of the floor surface. Make sure that the short part of the flat members are oriented towards the operator chair. Fasten the table top frame from underneath the top plate of the pillar (square column). Four (4 pcs) of M8 x 30 mm bolts are used for each pillar. Screw the desk top to the desk top frame. Connect motor cable to the transformer. CAUTION Before connecting the power supply cable to the transformer - check the voltage. The transformer is adjustable between 115/230 V AC and can be used both in Europe and USA. Material: Apparatus contact includes a fuse holder, 2 pcs cord sets - European plug/American plug, 2 fuses-3.15 A, and 2 fuses-6.3 A. To connect the transformer: a. b. c. Pull out the fuse holder of the apparatus contact. Pull out the grey fuse holder. Choose desired voltage so that 115 or 230 is shown in the window at the front. American market - voltage 115 V AC, fuse 6.3 A.
2. 3. 4.
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European market - voltage 230 V AC, 3.15 A. d. 5. Choose suitable cord set.
The control device for up and down movement is fitted underneath the table top.
Each operator table package includes step-by-step instructions and illustrations for support. A separate instruction with illustration is included for the assembly of the monitor shelf or arm. The operator desk is located in accordance with Chapter 2.2.1.3, Installation. The monitor arms are installed and checked out. If the optional cabinet RE540 is selected, locate as advised. Mount the monitor on the monitor arm. Place the keyboard on the operator desk. Install the System Unit in the RE540 cabinet. Select a suitable location for the SX520 power distribution panels.
2.3.4 Place and Position the Equipment

Once the operator desk with the monitor arm is assembled, checked and positioned, place the related equipment in the following order, and as instructed below: 1. 2. 3. 4. 5. 6. 7. 8. 9. Place the optional Uninterruptible Power Supply (UPS) below the operator desk. Place the UPS POWER Distribution Unit SX520. Place the MAINS POWER Distribution Unit SX520. Place the monitor(s) on the extendable monitor arms (brackets). Place the System Unit below the operator desk (in RE540 cabinet). Place the DAT Tape Drive on the operator desk temporarily. Place the Operator keyboard on the operator desk. Place the operators trackball to the right of the keyboard on the operator desk. Place the External Mass Memory System below the operator desk.
10. Place the printers on printer stands or desks. 11. Place the DAT Tape Drive in its permanent location.
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2.3.4.1 Mounting of System Unit into RE540 Cabinet

The System Unit can be mounted vertically into the RE540 cabinet using the included floor stand to obtain dust protection.
Figure 2-15. Mounting of the System Unit into the RE540 Cabinet
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.3.4 Place and Position the Equipment
2.3.4.2 Mounting of System into RM557 Cabinet

The Advant Station 520/B180L and 530/B180L system can be mounted into the RM557 cabinet for dust protection.
Signal Cable Duct
Power Cable Duct
External Alarm (DSPC 452)
DAT Tape Drive (MT516/517) System Unit (AS520/B180L and 530/B180L)
Power Distribution Unit (SX520)
UPS (SV530 /SV531) External Mass Storage MP541V2
Figure 2-16. Advant Station 520/B180L and 530/B180L System Mounted into the RM557 Cabinet
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2.3.5 System Unit

2.3.5.1 System Unit Connectors
Connectors for networks, peripherals, monitors, etc. are provided on the rear of the System Unit, see Figure 2-17 for Advant Station 520/B180L and Figure 2-18 for Advant Station 530/B180L. The difference is that AS520/B180L uses the PU519 RTA board while the AS530/B180L uses the PU515 board.
Security Loop
PS/2 Mouse
PCI / GSC I/O Slot 1 PCI / GSC I/O Slot 2 (For optional (For Real Time graphics card) Accelerator Board PU519) Monitor 2
1 2
Pullout Information Card
LAN-AUI Serial 2 (15-pin female (9-pin male Dsub) Dsub) NOTE! The optional graphics card has an EVC video connector. PS/2 Keyboard
LAN-TP (RJ-45)
Power Channel 2
USB type A connector Channel 1
Figure 2-17. The Rear of the System Unit Advant Station 520/B180L
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Security Loop
PS/2 Mouse
GSC/PCI I/O Slot 1 (For optional graphics card) Monitor 2
GSC/PCI/EISA I/O Slot 2 (For Real Time Accelerator Board PU515)
1 2
Pullout Information Card
LAN-AUI Serial 2 (15-pin female (9-pin male Dsub) Dsub) NOTE! The optional graphic card has an EVC video connector. PS/2 Keyboard
LAN-TP (RJ-45)
Power
Channel 2
Channel 1
Figure 2-18. The Rear of the System Unit Advant Station 530/B180L
2.3.5.2 Mass Storage Tray Positions

The internal mass storage devices are installed on the Mass Storage Tray.
HP
Mass Storage Tray
Figure 2-19. Location of the Mass Storage Tray on the Advant Station 520/B180L and 530/B180L System Unit
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The Mass Storage Tray has three positions for internal mass storage devices that can be configured as shown below:
Slimline floppy drive (PC comp., not SCSI) ! Position 3 1/2 high dev. Front Position 2 1.6 high dev.
Wide Single-Ended UltraSCSI disk
Position 1 1 high dev.
Rear
Storage Tray (side view) with internal mass storage device positions
CD-ROM drive (single-ended) or DDS tape drive (single-ended) or Disk (wide single-ended UltraSCSI)
Figure 2-20. The Mass Storage Tray of the AS520/B180L and 530/B180L System Unit, Side View
Table 2-4. Storage Configurations, see Figure 2-20 above Disk Tray Position 3 Supported Devices Floppy Drive(1) Conditions The floppy drive is NOT a SCSI device. The floppy disk drive is connected to the PC bus. The CD-ROM drive and the DDS tape drive are single-ended SCSI devices. Device height: 1 or 1.6 Device height: 1
CD-ROM(1) DDS-Tape
(1)
Wide single-ended Ultra SCSI Disk 1 Wide single-ended Ultra SCSI Disk
(1) The device is optional.
For further information regarding recommended SCSI bus addresses, Section 2.3.8.2, SCSI Device Connections refers.
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2.3.5.3 Add-on Memory for System Unit

The Advant Station 520/B180L and 530/B180L has six memory slots for up to three memory pairs. Table 2-5. Memory Expansion Kits Memory Expansion Unit MBX511 MBX513 Memory Size 128 Mbyte (2x64 Mbyte SIMM Cards) 256 Mbyte (2x128 Mbyte SIMM Cards) NOTE Every add-on memory expansion kit consist of two memory cards and thus occupying two memory slots. CAUTION Installation of add-on memory may only be made by authorized personnel. NOTE If none authorized personal make work in the System Unit, for example add memory modules, all warranties will be non valid.
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Second Level Cache Board Connectors Front of System Unit
Memory Module Connector 2A 2B 1A 1B 0A 0B
White tabs on memory connectors Notched end of memory module is towards the white ejector tab
Figure 2-21. Memory Connector Locations on the CPU Board, B180L
Table 2-6. Example of Memory Module Configurations(1) Pair No. 0 Configuration No. A With 64Mbyte memory With 32 MB optional With 64 MB optional and so on to... With two 64 MB optional Max with three 64 MB optional 64 64 64 64 64 64 64 64 32 64 32 64 320 384 32 32 32 B 32 32 32 A B A B None None None None 16 32 16 32 None None None None Pair No. 1 Pair No. 2 Total MB 64 96 128
(1) Always install the largest capacity memory modules in the lowest numbered memory slots.
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Lift the memory module up and out of the connector and place it on a static-free surface
First: Push the ejctor tabs out
Memory Board Connector First: Push the ejctor tabs out
Note that the memory board only shall be handled at its edge to prevent ESD damages! Figure 2-22. Removing SIMM Card
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First: Snap the memory board into place Last: Push the ejector tabs in to lock the memory module
Press firmly on the memory boards top edge to ensure that it is fully seated
Memory Board Connector
Note that the memory board is notched on one end to fit the keyed connector
Notch on memory board
Last: Push the ejector tabs in to lock the memory module
Figure 2-23. Installing SIMM Card Memory Module Location This Advant Station 520/B180L and 530/B180L has six (6) memory slots, labeled Pair 0 A-B through Pair 2 A-B. The memory configuration by delivery is 128 Mbyte installed in one pair of two 64 Mbyte memory modules. NOTE Memory modules must always be installed in pairs of equal capacity and memory slots must always be filled in order from Pair 0 A-B through Pair 2 A-B. NOTE Always install the largest capacity memory modules in the lowest numbered memory slots. For more information, please refer to HP Model B180L Owners Guide.
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2.3.5.4 USB Keyboard Connection

The System Unit itself does not have any Universal Serial Bus, USB, connector for connection of the USB keyboards and mouse. To get a USB connector on the System Unit, the PU519 RTA board, with two MB300 and one USB connector, must be installed.
RTA board PU519 installed in PCI I/O slot no. 2
1 2
Channel 2
Channel 1
USB type A connector
Figure 2-24. Advant Station 520/B180L System Unit, Rear View, With PU519 RTA Board Installed The USB connector provides an interface for an IH512/522 Operator keyboard. The Operator keyboard acts as a USB HUB including three downstream connectors where a USB mouse can be connected. USB Bus Extension Due to critical timing on the USB bus, the USB cable can not be longer than 5 m (16.5 ft). If longer USB bus extension is necessary, commercial USB HUBs can be used to extend the bus. Between every two HUBs the maximum cable length is 5 m. The maximum number of HUBs connected in this way is four. WARNING Extending the USB bus more than 5 m in the way described above is not a good industrial solution. Instead consider locating the workstation closer to the workplace. NOTE The USB keyboard interface is only used on the Advant Station 520/B180L system.
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2.3.5.5 Setting of Monitor Frame Rate in System Unit

The B180L workstation is preconfigured to use a monitor with a specific resolution (1280x1024) and frame rate frequency (72 Hz). If you want to change the frame rate frequency you must reconfigure the workstation. You can change the frame rate of the monitor from the Boot Console Interface, as described in this section. Selection of 50Hz and 60Hz display frequency is not immediately available from the list of monitor types accessible from the Configuration Menu at startup of your workstation. If you look at the list of monitor types you will find 15 choices. Selection number 15 is called ------ user defined --------. This is the selection that will be used. But first you have to define this selection to be 50Hz or 60Hz with a resolution of 1280x1024 pixels. A Readme file that describes the procedure is available in catalog /opt/graphics/common/doc. This is the procedure: Let the workstation start up with the default settings so you can create an HP Terminal window. 1. Go to the /opt/graphics/common/bin directory. Here you will find two files: flash1280_50hz and flash1280_60hz. Also you will find two other files named table.card and table.builtin. The selection no 15 in the Monitor Type menu is set by executing the file with the desired frame rate. a. b. 3. To set selection no 15 to 50Hz frame rate you type: ./flash1280_50hz /dev/crt To set selection no 15 to 60Hz frame rate you type: ./flash1280_60hz /dev/crt
2.
Now you can change the frame rate by making a reboot of the workstation and choose selection no 15 from the Configuration Menu as described below.
Setting the Monitor Type from the Boot Console Interface Use this method to change the workstations graphics parameters before you change the frame rate frequency. 1. 2. Power on the workstation. The system self-test runs automatically. Within a few seconds a message displays: Press and hold any key to stop the boot sequence as soon as this message appears: Processor is starting Autoboot process. To discontinue, press any key within 10 seconds. Processor is booting from first available device. To discontinue, press any key within 10 seconds. 3. Release the key as soon as the following message displays: Boot terminated The Main Menu of the boot console appears: ----- Main Menu ---------------------------Command Description ------------------------
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BOot (PRI/ALT/<path>) Boot from specified path PAth (PRI/ALT/CON/KEY) (<path>)Display or modify a path SEArch (DIsplay/IPL) (<path>)Search for boot devices COnfiguration (<command>) menu/commands INformation (<command>) menu/commands SERvice (<command>) DIsplay HElp (<menu>/<command>) RESET --------Main Menu: Enter command > 4. Select the configuration choice from the menu: Main Menu: Enter command > configuration 5. This places you in the Configuration Menu. From here type: Configuration Menu: Enter command > monitor The screen displays a list of the current graphics adapters and there monitor types configured for your workstation. MONITOR INFORMATION Path Slot Head HPA Resolution Freq Type Class -------------------------------------------------------GRAPHICS(0) 0 1 f8000000 1280x1024 72Hz 12
Access Configuration Access Information Access Service menu/commands Redisplay the current menu Display help for menu or command Restart the system
In this example, only the built-in graphic adapter graphics(0) is configured. The monitor type for graphics(0) is set to type 12, which is a 1280 by 1024 monitor that uses a frequency of 72Hz. The path for the optional graphics card would be called GRAPHICS(1). To display a list of supported monitors, enter the following command: Configuration Menu: Enter command > monitor list A list of valid monitor types similar to the following is displayed: MONITOR INFORMATION
Path
GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0)
Slot
0
Head
1
Type
1
Size 1280x1024 1280x1024 1280x1024 1280x1024
Freq 75 Hz 75 Hz 75 Hz 75 Hz VESA
Class
0 0 0
1 1 1
2 3 4
VESA, double buf VESA, greyscale VESA, double buf
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Path
GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0) GRAPHICS (0)
Slot 0 0 0 0 0 0 0 0 0 0 0
Head 1 1 1 1 1 1 1 1 1 1 1
Type 5 6 7 8 9 10 11 12 13 14 15
Size 1024x768 800x600 640x480 1600x1200 1600x1200 1600x1200 1600x1200 1280x1024 1280x1024 640x480
Freq 75 Hz 75 Hz 75 Hz 75 Hz 75 Hz 75 Hz 75 Hz 72Hz 72Hz 60Hz VESA VESA VESA VESA
Class
VESA, greyscale VESA VESA, greyscale
Double buffered
------- user defined ---------
Configuration Menu: Enter command >
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6.
To change the monitor configuration for the built-in graphic adapter to the user definable type 15, type the following: Configuration Menu: Enter command > monitor graphics(0) 15 A message appears: This will take affect on the next reboot. Path Slot Head HPA Resolution Freq Type Class -------------------------------------------------------GRAPHICS(0) 0 1 f8000000 1280x1024 50Hz 15
The boot console displays a message that tells you that your new monitor selection will take affect the next time you reboot your system. The boot console also displays the new monitor information.
2.3.6 Monitor Connectors

2.3.6.1 IM541 17 Monitor Connectors
The IM541 17 monitor has a permanently attached video cable terminated with a 15-pin high density Dsub connector, VGA style, for connection to the System Unit. A short conversion cable that converts from 15-pin Dsub to the System Unit Enhanced Video Connector (EVC) port is included with the System Unit. The connectors on the IM541 17 monitor are placed according to Figure 2-25. The R, G, B, and synchronization signals are available on the connector. The monitor can synchronize on both separate synchronization signals and if the synchronization signal is superimposed on the G (Green) signal.
MAINS Video Input Signal Cable
15-pin High Density Male D-SUB Connector
Figure 2-25. Placement of IM541 17 Monitor Connectors
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The connectors on the IM538 19 monitor (18 viewable) are placed according to Figure 2-26. The monitor is equipped with a 15-pin miniature VGA-style female D-sub connector. A video cable with a 15-pin miniature VGA-style male D-sub connector in one end and an EVC connector in the other is provided.
Mains 15-pin High Density Female D-SUB Connector
Figure 2-26. Location of IM538 19 Monitor Connectors
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.3.6 Monitor Connectors

The IM539 monitor has five BNC connectors (R, G, B, V/H and V) and a permanently attached video cable with a 15-pin high density Dsub connector, VGA style, for connection to the System Unit. The connectors on the IM539 21 monitor are placed according to Figure 2-27. The monitor can synchronize on both separate synchronization signals and if the synchronization signal is superimposed on the G (Green) signal.
Mains
H/V V
15-pin high density female Dsub
Five (5) BNC Connectors (R, G, and B are used. G contains the sync. signal from the System Unit.)
Figure 2-27. Placement of IM539 21 Monitor Connectors
1 6 11
5 10 15
Figure 2-28. Signal Cable Connector for Monitor IM539, see Table 2-7 The IM539 monitor comes with a video cable. The length of the video cable is 1600 mm. The pin configuration is shown in Table 2-7 below. An image of the connector, a male 15-pin miniature D-SUB 3 row connector, is shown in Figure 2-28. All 15 pins of the Signal Cable Connector are loaded as shown in Table 2-28.
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Table 2-7. Signal Cable Connector for Monitor IM539, see Figure 2-28 Gender Changer pin loading 1 2 3 No pin No pin 6 7 8 No pin No pin No pin No pin No pin No pin No pin
Connector Pins 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Direction(1)
Signal
Description
RV GV BV ID2
Red Green Blue Monitor Identification (LG) Ground (DDC)
RG GG BG
Ground (R) Ground (G) Ground (B) +5 V
LG ID0 SDA HS VS SCL
Ground (logic) Monitor Identification (LG) DDC SDA (I2C signal) Horizontal sync./Composite sync. Vertical sync. DDC SCL (I2C signal)
(1) From system unit From Color Monitor
2.3.7 Keyboard Connectors and Switches

Keyboard Switches There are two different keyboard switches, S1 and S2, available at the bottom of the IH512/522 Master Operator keyboards. S2 is the type switch. It specifies keyboard type (Master Operator keyboard is one type) S1 is the member switch. It specifies the member of the specified type. The default setting is 1. See your systems Owners Guide if there can be more than one of your specific keyboard type. The IH512/522 Operator Keyboards, Figure 2-29, has a manually initiated Momentary Lock (with a removable key) at the rear. Each turn of the key in any direction causes a momentary action.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.3.7 Keyboard Connectors and Switches
The switches and cable connectors are available at the bottom of the keyboard after the bottom cover is removed.
USB type B Upstream Connector (To Computer) The USB mouse, if used, is connected to connector X11.
USB Type A Downstream Connectors +12V DC Power Input
Lock - Momentary Lock Bottom Cover (located at the rear) Location
Trackball Connector
X1
X10 X11 X12 X13 X4
S1 S2
S1 Keyboard Member Switch Installation dependent setting of the 0-F member switch S1 Member switch factory setting is = 1
8 7 6 5 4 3 2 1 Simple keyboard hardware self test: Switch S2 switch No 8 first ON and then OFF. If you then hear ONE ON beep the keyboard is OK. If you hear TWO beeps, the keyboard is NOT OK. S2 Keyboard Type Switch Setting (1-8 ON for Master Operator keyboard) OFF
Figure 2-29. Switches of Master Operator Keyboard, Bottom Cover Removed
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Keyboard Straps The IH512/522 keyboards have three straps to be set according to below:
No Strap Strap Bottom Cover Location
X1
X10 X11 X12 X13 X4
S1 S2
Figure 2-30. Straps of Master Operator Keyboard, Bottom Cover Removed
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.3.8 Cable Connections
2.3.8 Cable Connections

2.3.8.1 Power Connections
The power distribution system should be installed after the equipment has been assembled and mounted or placed in their respective locations. The power cables are installed and connected prior to the installation of the signal and control cables, because of the need to connect the protective earth. The static electrical potential can be high on some of the equipment. Power connections are basically the same for 110 V AC and 230 V AC. A general view of the power connections is shown in Figure 2-31. A more detailed view is provided in Figure 2-36. The required power cord set for 110 V AC or 230 V AC applications is described in Table 2-4. The following are recommendations and guidelines for power connections: Provide 4 power wall outlets with individual power switches next to the outlet. Reserve 3 of the outlets for power to the Advant Station 520/B180L and 530/B180L equipment. Reserve the remaining outlet for other equipment. The SX520 is specified for a maximum of 10 A. Size the fuse of each wall outlet to 10 A at 110 V AC or 230 V AC as required. Connect line power from the power outlet to the primary SX520 power distribution unit. From the primary SX520 power distribution unit, reserve or route 4 power outlets for equipment such as: Printers, 3 pcs DAT tape unit, 1 pcs.
Route one IEC 320 power cord to the secondary power distribution unit SX520. Route one IEC 320 power cord to the optional Uninterruptible Power Supply SV520. From the secondary SX520 power distribution unit, reserve or route power cords to such equipment as: Color monitor, 2 pcs External Alarm Unit, 1 pcs.
From the Uninterruptible Power Supply (UPS) route a power cord to a secondary SX520 power distribution unit for critical loads. From the secondary SX520 power distribution unit providing uninterrupted power, reserve or route 3 power cords to such equipment as: System Unit A Color monitor A Mass Memory System.
Power the EP526/528 (110 V AC) or EP527/529 (230 V AC) Laser Printers from the reserved third wall outlet.
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Power outlets
UPS SX520 Document printer Operator table motor
SX520
Critical loads Non-critical loads
Figure 2-31. Power Connections, General View External Bypass Switch for the UPS Your UPS for the Advant Station 520/B180L and 530/B180L can be equipped with an optional External Bypass Unit (also named PowerPass unit): SX521 External bypass switch to be mounted at the rear of SV530 UPS (120V) SX522 External bypass switch to be mounted at the rear of SV531 UPS (230V)
The bypass switch has a maintenance bypass feature that supplies power to your equipment even when the UPS electronics are removed for maintenance or upgrades. The bypass switch should be installed at the back of the UPS. The utility power connector and all load connectors are connected to the bypass switch. The bypass unit is then pressed onto the rear of the UPS passing input power through one connector and receiving UPS power through another.
UPS Circuit Breaker Access UPS Circuit Breaker Access
Bypass Switch
Bypass Switch
PROTECTED
BYPASS
PROTECTED
BYPASS
UPS
Power Output Receptacles Circuit Breaker
UPS
LASER
Laser Printer Receptacle Circuit Breaker

BREAKER
BREAKER
INPUT
Input Connector
INPUT LASER
SX521 Mounting Screw
SX522 Mounting Screw
Figure 2-32. SX521 and SX522 External Bypass Switches for SV530/531 UPS
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The bypass unit may be used as a power distribution unit. Please observe, that the LASER output current do not pass the UPS unit. (The following instructions describe the External Bypass Switch - PowerPass Unit - installation only. Follow the instruction in your Powerware Prestige Operators Manual for installing the UPS and optional battery cabinets.) Installation of the External Bypass Switch Unit: 1. Make sure the UPS and optional battery cabinets are installed according to the UPS Operators Manual. Do not start up the UPS before installing the External Bypass Unit (PowerPass). a. b. 2. 3. If you UPS is not installed and in operation, proceed to Step 7. If the UPS is already installed and operating, prepare you equipment for shutdown and continue to Step 2.
Turn off the equipment that is connected to the UPS. Press and hold the UPS Output OFF (O) button on the UPS front panel until the long beep ceases (approximately three seconds). The Indicator remains lit indicating Normal Mode, load offline.
4.
Unplug the UPS. The UPS enters Battery Mode for several seconds. Then, Bypass Indicators turn on while other indicators flash sequentially, several time. This should take about 15 seconds. The Indicator turns off and the UPS shuts down.
5. 6.
Disconnect the input power cord from the UPS. Disconnect the power cord(s) between the protected equipment and the UPS.
UPS Power outlets Bypass Unit SX520 Document printer Operator table motor SX520
Critical loads Non-critical loads
Figure 2-33. Power Connections, UPS with Bypass Unit 7. 8. Make sure the Bypass Switch on the External Bypass Unit (Bypass/UPS switch) is in the UPS position! Plug the External Bypass Unit into the input connector on the rear panel of the UPS. Make sure the External Bypass Unit is securely connected!
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9.
Tighten the External Bypass Unit mounting screw using a #2-Phillips screwdriver. Do NOT overtighten! NOTE You may encounter some resistance as the screw form the threads. Full seating of the External Bypass Unit takes approximately six to eight full rotations of the screw. Make sure the External Bypass Unit is securely connected to the UPS.
10. Reconnect the power cord(s) of the protected equipment to the power output receptacles located on the front panel of the External Bypass Unit. NOTE The receptacle marked LASER is provided for laser printers. The power from this outlet does NOT come from the UPS output, but from the utility power. Therefore, in the event of a power outage, this outlet loses power. 11. Start the UPS according to the following Section , UPS with External Bypass Unit Startup on page 46.
UPS with External Bypass Unit Startup 1. 2. 3. 4. Turn on the equipment, that is connected to the UPS. Make sure the Bypass Switch on the External Bypass Unit is on the UPS position! Plug the input power cord into the input connector on the External Bypass Units front panel. Plug the other end of the input powercord into a grounded, three-wire, AC receptacle that has been wired in accordance with NEC or IEC specifications. The UPS performs a diagnostic test and enters Normal Mode with the equipment (load) offline. The Indicator remains lit. The startup should take about 15 seconds. 5. Press and hold the UPS Output ON (I) button until you hear the UPS beep (approximately one second). The Indicator remains lit and the Self Test Indicator turns on. The front panel displays the percentage of full load being applied to the UPS. The UPS is now in Normal Mode with the load online. Refer to the UPS Operation chapter in the Powerware Prestige Operators Manual for more information.
The External Bypass Unit allows for the removal of the UPS while providing power to your protected equipment. This Maintenance Bypass feature is useful when replacing the UPS for maintenance or upgrades.
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Utility Power Bypass Switch in UPS Mode Operation Laser Printer In Out UPS Load UPS External Bypass Unit
Figure 2-34. UPS and External Bypass Unit Block Diagram (UPS Mode Operation)
Using Maintenance Bypass Use the following procedure to transfer the critical load to Maintenance Bypass (AC Line operation) and remove the UPS. 1. Disconnect the DB-25 serial communications cable from the serial port on the UPS rear panel. NOTE If you are using OnliNet Power Management Software, failure to disconnect the serial communications cable could result in the immediate shutdown of your equipment. 2. 3. 4. 5. 6. 7. Toggle the Bypass switch on the PowerPass to the BYPASS position (see Figure 2-32). The PowerPass is now powering you equipment from utility power. Press and hold the Output OFF (O) button until the long beep ceases (approximately three seconds). The Indicator remains lit. Turn the circuit breaker on all battery cabinets to the OFF (O) position. Disconnect the battery connector on the UPS rear panel. Using #2-Phillips screwdriver, loosen the PowerPass mounting screw until it is free (the screw remains captive). Remove the PowerPass from the UPS. Be careful not to loosen the power cords plugged into the PowerPass.
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Utility Power Bypass Switch in AC Line Operation Laser Printer In Out UPS Load UPS External Bypass Unit
Figure 2-35. UPS and External Bypass Unit Block Diagram (AC Line Operation)
Use the following procedure to reinstall the UPS and transfer the critical load from Maintenance Bypass (AC Line operation) to the UPS: 1. 2. 3. 4. 5. Reconnect the battery cabinet(s) to the battery connector on the UPS rear panel. Turn the circuit breaker on all battery cabinets to the ON (I) position. Reconnect the DB-25 serial communications cable on the UPS rear panel. Make sure the correct UPS output voltage is selected. Plug the PowerPass into the UPS. The UPS performs diagnostic tests and enters Normal Mode with the equipment (load) offline. The Indicator remains lit. 6. 7. Tighten the PowerPass mounting screw using a #2-Phillips screwdriver. Do not overtighten. Press and hold the Output ON (I) button until you hear the UPS beep (approximately one second). The Indicator remains lit and the Self Test Indicator turns on, indicating the UPS is online. 8. Toggle the Bypass switch on the PowerPass to the UPS position. The front panel displays the percentage of full load being applied to the UPS. The UPS is now in Normal Mode with the load online. 9. If you are using OnliNet Power Management Software, make sure you restart the software and verify communications with the UPS.
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Table 2-4. Power cord set according to IEC 320 Type TK574 Description of Cable Power Cord Set, 2.5 m (8.2 ft), with molded power connectors, male - female, according to EN 60320 (IEC 320). Power Cord Set, 3 m (9.8 ft), with IEC 320 female connector in one end and US male connector in the other. Power Cord Set, 3 m (9.8 ft), with IEC 320 female connector in one end and open conductors in the other. Article No 3BSC950031R0025
TK408V030
3BUC950012R1
TK409V030
3BUC950013R1
Power Cord Set, 3.5 m (11.5 ft), with IEC 320 5385 430-2 female connector in one end and european male connector in the other.
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IM541 / 538 / 539
R G B Sync
IH580 or IH581 Bottom view of Master Operator Keyboard
Rear view of HP Keyboard
MT516 MT517 Advant Station 520/B180L and 530/B180L System Unit DSPC 452
EP537/538/539/540 EP534
SX520
Front
EP515, EPX510
LAN AUI Romcard Parallel HP-HIL RS232
X-Terminal
HEW HPPACKLETT Lase ARD rJet 5Ci
SV530/531 SX520 Non-critical EP526/527 loads EP528/529 SX520 Crirical loads
Figure 2-36. ABB Master Power Connections, Detailed View
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2.3.8.2 SCSI Device Connections

Internal SCSI buses The System Unit has two different internal and external SCSI buses as standard: single-ended SCSI-2 wide single-ended Ultra SCSI-3
The internal single-ended SCSI-2 bus is used for CD-ROM or DAT drives. Internal disks are only available for the wide single-ended Ultra SCSI-3 bus. External SCSI buses The System Unit has two different SCSI outputs: one 50-pin high density single-ended SCSI-2 one 68-pin high density wide single-ended Ultra SCSI-3
Single-ended SCSI Connector Wide Single-Ended UltraSCSI Connector

Advant Station 520/B180L and 530/B180L System Unit
Figure 2-37. Single-Ended and Ultra SCSI Connectors Single- Ended SCSI-2 External single-ended SCSI-2 devices may be connected to the single-ended SCSI-2 connector on the rear of the System Unit, see Figure 2-37. This connector is a 50-pin high density (50pHD) connector. If external SCSI peripherals are connected, the last device must be terminated. If no external device is connected, this port should be terminated with a 50-pin high density Termination Connector TX502, see Figure 2-38.
50-pin High Density Termination Connector (option)
Figure 2-38. Termination of Single-Ended SCSI-2 Connector
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Recommended Single-Ended SCSI-2 Device Addresses The following Table 2-5 shows recommended SCSI addresses. Their is no specific reason why these can not be altered to suit your specific needs.
Table 2-5. Recommended SCSI Device Addresses SCSI Address 15-8 7 (fixed for both single-ended and wide single-ended UltraSCSI bus) 6 5 4 3 2 1 0 Device Can be used by ultra SCSI devices only. System Unit SCSI Contoller (for both single-ended and UltraSCSI bus). Internal Disc #1 Internal Disc #2 DAT Tape Drive or Serial Expansion Unit CD Rom Drive or DAT Tape Drive Other Equipment Other Equipment Other Equipment
Single-Ended Standard SCSI-2 Bus Configuration Constrains You are limited in the number of same type SCSI-2 devices per system. Before adding another SCSI-2 device, you should determine if the workstation can support the additional device. See Table 2-6. NOTE Do not connect single-ended SCSI-2 devices to fast, differential SCSI-2 bus or fast differential SCSI-2 devices to a single-ended SCSI-2 bus. Connecting a SCSI-2 device to the wrong SCSI-2 bus can cause system failure.
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Table 2-6. Single-Ended Standard SCSI-2 Bus Configuration Constrains Maximum Number of Each Type of Device Allowed 7 1 2 7
Single-Ended Standard SCSI-2 Devices Hard Disk Drives (external) CD-ROM Drives (internal and external) 4-mm DDS Tapes Drives (internal and external) Maximum Number of SCSI-2 Devices
WARNING The total length of the single-ended SCSI-2 bus must not exceed 6 m (19.6 ft.). Always use the shortest possible cable(s) for your configuration. CAUTION Do not connect or disconnect any SCSI cables if power is switched on any of the devices or System Unit. Connecting or disconnecting the SCSI cables with power on may damage the SCSI devices or the System Unit! Wide Single-Ended UltraSCSI-3 The wide single-ended UltraSCSI-3 port is of 68-pin high density type. It can be used to connect external wide single-ended UltraSCSI devices. If no external device is connected to this output it must be terminated with the 68-pin high density TX506 terminator.
68-pin High Density Termination Connector (option)
Advant Station 520/B180L and 530/B180 System Unit
Figure 2-39. Termination of Wide Single-End UltraSCSI-3 Out Connector Table 2-7. Wide Single-Ended UltraSCSI-3 Bus Configuration Constraints Maximum Number of Each Type of Device Allowed 15 7
Wide Single-Ended UltraSCSI-3 Devices SCSI-3 Drive SCSI-3 Disk Arrays (addressed as single drive)
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2.3.8.3 PS/2 Keyboard and Mouse Connection

PS/2 keyboard and mouse devices are connected to the PS/2 keyboard and mouse ports at the rear of the System Unit.
PS/2 mouse connector
PS/2 keyboard connector
Figure 2-40. PS/2 Keyboard and Mouse Ports on the System Unit
2.3.8.4 Connector for Color Monitor

Standard Monitor Connection The System Unit provides as standard an Enhanced Video Connector (EVC) that need a conversion cable for conversion to standard 15-pin high density Dsub (VGA style) connector. The conversion cable is included with the System Unit as standard, Figure 2-41.
Monitor Connector
TKX510V003 video conversion cable (EVC to 15-pin HD Dsub)
Figure 2-41. Standard Monitor Connection on the Rear of the System Unit Optional Monitor Connection The optional PCI bus graphics card ICX510 is installed in the GCI/PCI I/O slot 1. The card is provided with an Enhanced Video Connector (EVC). A conversion cable for conversion to standard 15-pin high density Dsub (VGA style) connector is included in the ICX510K01 kit.
Optional Monitor Connector
TKX510V003 video conversion cable (EVC to 15-pin HD Dsub)
Figure 2-42. Optional Monitor Connection on the Rear of the System Unit
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2.3.8.5 Remote Monitor and Keyboard Connections

If the color monitor must be located more than 1.5 cable meters away from the System Unit, you can use either 15 m or 30 m extension cables, which are available on an optional basis. Table 2-10 lists 15 m and 30 m coax cables which can be used if the monitor cables need to be extended. Monitor extension only The System Unit has a 15-pin VGA-style connector as a video output (through the TKX510V003 conversion cable). For different monitors different solutions have to be used. The 17 monitor IM541 has a permanently attached video cable with a 15-pin high density male Dsub (VGA-style) connector. The 19 monitor IM538 has a 15-pin miniature VGA-style female D-sub connector. A video cable with a 15-pin miniature VGA-style male D-sub connector in one end and an EVC connector in the other is provided. The 21 monitor IM539 has five BNC connectors (R, G, B, V/H and V) and a 15-pin high density female Dsub, VGA style, connector.
IM541 extension solution The permanently attached video cable coming out of the monitor has a 15-pin male connector that fits directly into the 15-pin female connector on the conversion cable at the System Unit. For 15 m and 30 m extensions you must still use video coax cables in between. All needed items are included in the cable kits TK529K15 (15 m) and TK529K30 (30 m). Only the Red, Green, and Blue signals are extended. IM541
3xRG-59 BNC Extension cable
Molded video cables TK572
Monitor
Attached Video Cable
Gender changer TX508 6xBNC jack-jack coax connector (plus plastic covers) Figure 2-43. RGB Extension of the Video Cable for the 17 Monitors
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Table 2-8. Video Extension Cables Type TK529K15 Description of Cable Article No
Coax. Cable Kit, for video, 15 m, with three 3BSE 007 708R1 15 m coax cables, 75 Ohm, six BNC jackjack connectors with plastic covers, two TK572 video cables, and one TX508 gender changer. Coax. Cable Kit, for video, 30 m, with three 3BSE 007 709R1 15 m coax cables, 75 Ohm, six BNC jackjack connectors with plastic covers, two TK572 video cables, and one TX508 gender changer.
TK529K30
IM538 extension solution In this case you have a 15-pin female connector on the monitor. The TK572 video cable included in the extension kits fits into this connector. For 15 m and 30 m extensions you must still use video coax cables. All needed items are included in the cable kits TC550K03 (15 m) and TC551K03 (30 m). IM538
3xRG-59 BNC Extension cable
Molded video cables TK572
Monitor
6xBNC jack-jack coax connector Figure 2-44. RGB Extension of the Video Cable for the 19 Monitors
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Table 2-9. Monitor Extension Coax Cables Type TK529K15 Description of Cable Article No
TK529K30
IM539 extension solution The video coax cables are connected directly to the BNC inputs of the monitor. Refer to Table 2-10 and Figure 2-45. Use cable kits TK529K15 for 15m extension and TK529K30 for 30m extension. IM539
System Unit Monitor
Molded video cable TK572
3xRG-59 BNC Extension cable 6xBNC jack-jack coax connector
Figure 2-45. RGB Extension of the Video Cable for the System module
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Table 2-10. Monitor Extension Coax Cables Type TK529K15 Description of Cable Article No
TK529K30
2.3.8.6 External Mass Memory Connections

External mass storage connections are made to the single-ended SCSI-2 (Small Computer Systems Interface) and the wide single-ended UltraSCSI-3 connectors at the rear of the System Unit, Figure 2-46.
Wide Single-Ended SCSI-3 Connector Single-Ended SCSI-2 Connector
Figure 2-46. SCSI Connectors for External Mass Storage Note that connection/disconnection of a SCSI device must be done with the power to the System Unit and the external devices shut off. Read the SHUT DOWN instructions in the appropriate product Users Guide before you shut off the power to the System Unit. Multiple mass memory devices can be connected in daisy-chain fashion, Figure 2-47. The SCSI-2 bus must be terminated by installing a SCSI-2 bus terminator on the SCSI OUT connector of the last device. The terminator is normally provided with the mass storage unit. The cable and terminator requirements are listed in Table 2-11 and Table 2-12.
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(This SCSI cable, TK588V020, is optional)
50 pin High Density Terminator TX502 (included with DAT or CD-ROM drive) MT516/517 MD538 MP541V2 (Cable included with Mass Memory)
Figure 2-47. External Mass Memory Connections Refer to Redundant Disk Array Hardware Users Guide for details on interconnection and maintenance. The SCSI cables have 50-pin or 68-pin High Density (HD) connectors.
. Table 2-11. SCSI Connection Cables Type 50pLD - 50pLD TK548V020 Cable Assembly. SCSI-2 interface cable 3BSC950046R1 2.0 m. For connection between two external SCSI-2 devices. Low density connectors in both ends. Cable Assembly. SCSI-2 interface cable 3BSC950046R2 1.0 m. For connection between two external SCSI-2 devices. Low density connectors in both ends. Cable Assembly. SCSI-2 interface cable 3BSC950046R3 0.5 m. For connection between two external SCSI-2 devices. Low density connectors in both ends. Cable Assembly. SCSI-2 interface cable, 3BUC950003R1 304 mm. Used between ranks in Redundant Disk Array MP521/522. Low density connector in each end. Description of Cable Article No
TK548V010
TK548V005
TK554V003
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Table 2-11. SCSI Connection Cables (Continued) Type 50pHD - 50pLD TK543V015 Cable Assembly SCSI-2 interface cable 1.5 m. For connection of external SCSI-2 units to the System Unit. High Density connector in one end for System Unit, low density connector in the other end for device. Cable Assembly SCSI-2 interface cable 0.9 m. For connection of external SCSI-2 units to the System Unit. High Density connector in one end for System Unit, low density connector in the other end for device. 3BSC950038R1 Description of Cable Article No
TK543V009
3BSC950038R2
50pHD - 50pHD TK583V010 Cable Assembly. SCSI-2 interface cable, 1 m. 50-pin high density connector in each end. 3BSC950064R1
50pLD - 68pHD TK550V010 Cable Assembly SCSI-2 interface cable 1 m. 3BSC950113R1 For connection of external SCSI-2 units to the External Mass Storage MP538. High Density connector in one end for MP538, low density connector in the other end for device.
50pHD - 68pHD TK588V020 Cable Assembly SCSI-2 interface cable 2 m. 3BSC950108R1 For connection of external SCSI-2 units to the External Mass Storage MP538.
68pHD - 68pHD TKX512V015 Cable Assembly, SCSI-3 interface cable, 1.5 3BSC 950 143 R2 m. For connection of external SCSI-3 units to the System Unit. Cable Assembly, SCSI-3 interface cable, 1m. 3BSC 950 143 R3 For connection of external SCSI-3 units to the System Unit.
TKX512V010
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Table 2-12. SCSI-2 and SCSI-3 Terminators Type TX503 TX502 TX506 TX512 Description of Item Active External 50-pin Low Density singleended SCSI-2 bus Terminator. Active External 50-pin High Density singleended SCSI-2 bus Terminator. Active External 68-pin High Density fastwide single-ended SCSI-2 bus Terminator. Active External 68-pin High Density wide single-ended UltraSCSI-3 bus Terminator. Article No 3BSC840018R1 3BSC860040R1 3BSC840060R1 3BSC840099R1
2.3.8.7 Printer Connections

Printers are connected to the Advant Station 520/B180L and 530/B180L via either Serial RS232 connections, Parallel Centronics connections, or Network connections, Table 2-13. Table 2-13. Printers and Type of Printer Connections Printer EP537 Narrow (A4) alphanumeric/graphic printer 120 V EP538 Narrow (A4) alphanumeric/graphic printer 230 V EP539 Wide (A3) alpha-numeric/ graphic printer 120 V Type of interface Serial RS-232C, parallel Serial RS-232C, parallel Serial RS-232C, parallel
EP540 Wide (A3) alpha-numeric/ graphic Serial RS-232C, parallel printer 230 V EP515 Color InkJet printer - Parallel as standard - 10Base-T (twisted pair), and 10Base-2 (BNC) with the optional CIX528 interface installed in printer EPX510 Color InkJet printer - Parallel, 10Base-T (twisted pair), 10Base-2 (BNC) and LocalTalk as standard - Parallel as standard - ThinLAN (BNC) with optional CIX514 interface installed in printer EP528/529 Laser Printer 120/230 V - Parallel as standard - ThinLAN (BNC) with optional CIX514 interface installed in printer
EP526/527 Laser Printer 120/230 V
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These connections are made on the rear of the System Unit, Figure 2-48.
Parallel Printer Connector AUI Network Connector
Advant Station 520/B180L and 530/B180 System Unit 1 2 Serial RS-232C Printer Connectors
Figure 2-48. Different Printer Connectors on the rear of the System Unit The cable requirements are listed in Table 2-14. Table 2-14. Printer Connection Cables and ThinLAN Printer interface Type DSTK 156V0.5 Description Ribbon Cable, length=0.5 m, with 25-pin Dsub male connectors for connection of printers EP537/538/539/540 to modem DSTC X008 Cable Assembly 15 m. RS-232 Extension Cable. With 25-pin male and female connectors. Straight-through cable pin 1 to 25. For printers EP537/538/539/540 Article No 2639 0638-A
TK524V115
3BSC950024R1
TK520V030
Cable Assembly 3 m, DE9 socket - DB25 pin. 3BSC950019R1 RS-232 for connection of printers EP537/538/539/540 to System Unit Cable Assembly Centronics parallel 2.1 m, 3BSC950036R1 with 25-pin male D-sub connector in one end and 36-pin Centronics male connector in the other. Cable Assembly Centronics parallel 15 m, 3BSC950036R15 with 25-pin male D-sub connector in one end and 36-pin Centronics male connector in the other. TCP/IP interface, 10Base-T (twisted pair), 10Base-2 (BNC), and LocalTalk (DIN-(8) for printers EP526/527/528/529. 3BSC210036R1
TK541V021
TK541V115
CIX514
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Table 2-14. Printer Connection Cables and ThinLAN Printer interface (Continued) Type CIX528 DSTC X008 Description TCP/IP interface, 10Base-T (twisted pair), 10Base-2 (BNC), for EP515 printer. Short distance modem for cable length between 15 and 300 m. For serial RS-232 printers. Article No 3BSC630148R1 5751 030-1
The following alternative connections are showed in Figure 2-49: Alternative A1: Shows serial RS-232 connection of printers. The cable TK520V030 is included with the mentioned printers. Alternative A2: Shows remote connection of same printers using modems. Alternative B1: Shows parallel Centronics connection. Cable TK541V021 is included with printers.
DSTC X008 modem Alternative A2 DSTK156V0.5
DSTC X008 modem TK520V030 (included)
EP537/538/539/540
HEWLET HP KAR kJe PAC Des T D t 1600CM
EP515, EPX510 EP526/527 EP528/529
Alternative B1 TK541V021 (included) or TK541V115
Alternative A1 TK520V030 (included) or TK520V030 and TK524V115 (extension cable)
Figure 2-49. Serial and Parallel Printer Connections
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2.3.8.8 External Alarm and UPS Connections

External Alarm Connections External alarms are connected to the external alarm unit DSPC 452, MP51. The MP51 communicates with the System Unit through serial RS-232 communication. The TK523V115 RS-232 cable is connected between the 9-pin Dsub connector at the front of the MP51 unit and one of the 9-pin RS-232 connectors at the rear of the System Unit, Figure 2-52. For longer distances a modem connection is used. UPS Connections The 25-pin interface port of the SV530/531 UPS can be configured to work in either relay interface mode or serial interface mode.
25-pin female Dsub status connector
SV530/531 UPS, Rear View
Figure 2-50. the 25-pin Dsub Connector at the Rear of the UPS When powered up, the UPS is automatically set in relay interface mode. In this mode the interface port presents status signals by means of switching transistors. In this mode, use the TK564V115 cable to connect the status outputs of the UPS to the digital inputs of the MP51 unit. Cable requirements are listed in Table 2-15 If serial RS-232 communication is desired between the UPS and the System Unit, connect the TK621V115 cable between the units. The UPS must before that be changed to serial interface mode by means of the control panel of the UPS. Table 2-15. External Alarm Connection Cables. Type TK622K01 Description of Cable Cable Kit for External Alarm DSPC 452 connection via modem DSTC X008. Including cable DSPC 452 to modem and modem to System Unit. Article No 3BSE016139R1
TK523V115
Cable Assembly RS-232, D-SUB 15 m, DE9 3BSC950021R1 pin - DE9 socket. For connection of External Alarm Device MasterPiece 51 to System Unit RS-232 port.
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Table 2-15. External Alarm Connection Cables. (Continued) Type TK564V115 Description of Cable Cable Assembly 15 m, for connection of the UPS to the digital inputs of DSPC 452 (MP51). Cable Assembly RS-232, 15 m, for connection of the UPS directly to the System Unit RS-232 port, DE9 pin - DE9 socket. Short distance modem for cable length between 15 and 300 m. Article No 3BSC950114R1
TK621V115
3BSC950134R1
DSTC X008
5751 030-1
Changing mode of the UPS status output (relay or serial) Setting of the UPS into relay (also called AS/400) or serial status mode is done at power up of the UPS. Changing of status mode: 1. If the UPS is powered on, prepare your equipment for shutdown. a. Press and hold the Output Off button until the long beep ceases (approximately three seconds). b. Unplug the UPS. Wait until all indicators turn off and then continue to the next step. 2. Plug in the UPS while pressing the Output Off button until the alarm beeps. Release button. All indicators begin flashing. 3. Press and hold the Output Off button a second time until the alarm beeps again. a. A single indicator, corresponding with the current setting, remains flashing. 4. Press the Output Off button to scroll through the mode options, top to bottom. Each time you press the button, the UPS beeps and the next indicator flashes. NOTE The setup automatically aborts after 30 seconds and the UPS switches back to normal operation with the original status mode setting. 5. Press and hold the Output On button until the alarm beeps to select and save a status mode selection. Failure to release the button immediately after the beep will cause the UPS to abort the setup.
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6. Press the Output On button again to return the UPS to normal operation.
Output On button Output Off button Overload Site Fault Overtemp Battery Self Test Flashing if serial mode Flashing if relay mode
LEDs
LED indicator
Figure 2-51. Front panel buttons and indicators Connector for status information The connector for the status information is a 25-pin Dsub (female) available at the rear of the UPS. The table below shows pin functionality in the serial mode. Table 2-16. Pin Functionality in Serial Mode Function Data to UPS Data from UPS Signal Ground The table below shows pin functionality in relay (AS/400) mode. Table 2-17. Pin Functionality in Relay (AS/400) Mode Function UPS Available Battery On Internal Bypass Low Battery Signal Ground NOTE Pin numbers separated by a forward slash (/) are connected together internally. Pin numbers separated by a dash (-) must be tied together. Semiconductor switch contacts are rated at maximum current of 50mA and a maximum of 40V dc across the contacts. Signal Name UPS Available Utility Failure UPS Offline Low Battery Pin No 11/13 14/16 17/19 23/24 12-15-18-25 True Condition Closed Closed Closed Closed Signal Name RS232 TxD RS232 RxD Pin No 2 3 7
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The following alternative connections are showed in Figure 2-52. Alternative A1: Shows serial RS-232 connection of external alarm unit DSPC 452 to the System Unit. In this case you use the TK523V115 cable. Alternative A2: Shows remote connection of the external alarm unit DSPC 452 using modems. Alternative B1: Shows UPS interface port connected to digital inputs of the external alarm unit DSPC 452. For this you use the TK564V115 cable. Alternative B2: Shows UPS interface port connected directly to one RS-232 port on the System Unit. Here you use the TK621V115 cable.
Alternative A2
DSTC X008 modem Included in cable kit TK622K01 External Alarm DSPC 452 (MP51)
DSTC X008 modem Included in cable kit TK622K01
Alternative A1
TK523V115
DSPC
x21
452

x2
Alternative B2 Connection for the IMS Station TK621V115 Cable TK 564V115
TK564V115 Alternative B1 SV530/531
Figure 2-52. External Alarm and UPS Connections
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x3
x22
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Neutral conductor at the line voltage 220 V AC Neutral conductor at the line voltage 240 V AC
Neutral conductor at the line voltage 120 V AC Phase conductor
Protective ground
1
Figure 2-53. Connection of Power Supply to External Alarm Unit DSPC 452 (MP 51)
Mains inlet
Digital outputs (21 - 32)
Short Distance Bus connection
Lid lock Identification tag Unit denomination
240 220 120 N L
AB AB AB ABAB AB AB ABAB AB AB ABS S D DN C CN R RN Q21 22 23 24 Q25 26 27 28 Q29 30 31 32 Serial bus ABB Master
............................ .... ............................ DSPC 452
1 .......... 2 .......... 3 .......... 5 .......... 6 .......... 7 .......... 9 .......... 10 .......... 13 .......... 14
17 .......... 18 21 .......... 22 25 .......... 26 29 .......... 30
Status indicators
Stop/Run Switch Stop Run 9-pin Female Connector
Transducer supply fuse

15
X21
16
1 2 3 4 5 17 18 19 20
10
11
12 13
14
X22
Chassis Ground and Signal Ground Channel indicators
Digital inputs (1 - 20)
Channel identifications
Figure 2-54. External Alarm Unit DSPC 452 (MP 51)
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DSPC 452
24VT 2 (U-) X22 1 (U) 2 (I)

Advant Station 520/B180L System Unit with PU519 RTA Board Channel 1 Channel 2 Real-Time Accelerator Board PU519 Connectors Advant Station 530/B180L System Unit with PU515 RTA Board Channel 1 Channel 2 Real-Time Accelerator Board PU515 Connectors
0VT
Figure 2-55. One Input in the External Alarm Unit DSPC 452 (and the Neutral and Ground)
2.3.8.9 MasterBus 300 Control Network Connections

The MasterBus 300 control network connections are made to the Real-Time Accelerator Board connectors on the rear of the System Unit, Figure 2-56.
AS520/B180L
AS530/B180L
Figure 2-56. Real-Time Accelerator Board Connector at the Rear of the System Unit
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X21 1 (G)
I1
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The physical media of the MasterBus 300 (MB300) is a thick Ethernet cable. It is connected to the Real-Time Accelerator connector through the MB300K01 transceiver and a 15-wire cable. A toolkit is available for the transceiver installation, Figure 2-59. Cable requirements are listed in Table 2-18 and Table 2-19. The PU519 RTA board used on the AS520/B180L system has two 15-pin high density Dsub connectors for the MB300 bus. The TKX516V003 conversion cable must be connected to the PU519 RTA board. Then the transceiver cable is connected at the other end of the TKX516V003 cable. NOTE The Real Time Accelerator (RTA) board connectors are standard AUI connectors except for the fixing of the cable. The AUI cable is fixed to the RTA board with screws. This is why special AUI cables are needed for the RTA board.
Table 2-18. MasterBus 300 to RTA Connection Cables Type TK626V050 Description of Cable Article No
Cable assembly AUI Connector Cable 5 m, 3BSE019210R5 15-pos Socket - 15-pos Pin for attachment of System Unit to Transceiver. Note! Equipped with screw fixing at the RTA end.
TK626V115
Cable assembly AUI Connector Cable 15 m, 3BSE019210R15 15-pos Socket - 15-pos Pin for attachment of System Unit to Transceiver. Note! Equipped with screw fixing at the RTA end.
TKX516V003
Cable assembly. Conversion cable. With 15- 3BSC950158R1 pin high density Dsub connector in one end, 15-pin normal size Dsub connector in the other.
Table 2-19. MasterBus 300 Transceiver and Tool Kit Type MB300K01 MB300K02 Description Transceiver set for one MasterBus 300 or GCOM communication interface Article No 5730 030-VN
Tool kit for transceiver installation. Including 5751 029-2 a drill(3/32)/nut driver tool, Phillips #1 screw driver, and a 1/8 hex wrench.
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TKX516V003 (0.3m) Channel 1 Channel 2 PU519 RTA Board Used Advant Station 520/B180L System Unit TK626V050 (5 m) TK626V115 (15 m)
AS520/B180L
MB300K01 MB300K01
MasterBus 300
MasterBus 300
Figure 2-57. MasterBus 300 Connections to AS520/B180L
AS530/B180L
Channel 1 Channel 2
PU515 RTA Board Used Advant Station 530/B180L System Unit TK626V050 (5 m) TK626V115 (15 m)
MB300K01 MB300K01
MasterBus 300
MasterBus 300
Figure 2-58. MasterBus 300 Connections to AS530/B180L
NOTE The connectors at the RTA end are fixed to the RTA board with screws.
2.3.8.10 BNC ThinLan 10Base2 Connections, Printer and X-Terminal

CAUTION For longer distances, industrial environment or connection to plant network thick wire Ethernet is required. Do not use thin wire Ethernet in those environments! The System Unit has a ThickLAN (AUI) network connector. If ThinLAN (BNC) connection is required, then an external ThickLAN to ThinLAN converter has to be used. The MB300K01
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transceiver can be supplied with a ThinLAN (BNC) T-cross, thus converting ThickLAN to ThinLAN. This T-cross can then be connected to the ThinLAN network, Figure 2-59. To avoid network problems, both ends of the BNC T-cross must be connected, either with coax cables or 50 Ohm terminator .
ThinLAN Network Cable
MB300K01
Transceiver
BNC Terminator 50 Ohm BNC T-Cross adaptor for MB300 Transceiver DSTK 128 or TK576V050 (5 m) DSTK 129 or TK576V115 (15 m)
Figure 2-59. ThinLAN 10Base2 Connection of Advant Station 520/B180L and 530/B180L
Table 2-20. Equipment for ThinLAN Connection of Advant Station 520/B180L and 530/B180L Type MB300K01 MB300K02 Description of Cable Transceiver set for one MasterBus 300 or GCOM communication interface Article No 5730 030-VN
Tool kit for transceiver installation. including a 5751 029-2 drill(3/32)/nut driver tool, Phillips #1 screw driver, and a 1/8 hex wrench. Transceiver adapter with BNC T-cross (50 Ohm) mounted on the MB300K01 transceiver BNC Terminator 50 Ohm 5217 423-24
TX501
RG58K02 DSTK 128 (old)
5217 423-23
AUI connector cable, 5 m, 15-pos socket 15- 2639 0582-BL pos pin for connection of System Unit to transceiver. Note! Equipped with sliding latch for the AUI connector. AUI connector cable, 15 m, 15-pos socket 2639 0582-BM 15-pos pin for connection of System Unit to transceiver. Note! Equipped with sliding latch for the AUI connector.
DSTK 129 (old)
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Table 2-20. Equipment for ThinLAN Connection of Advant Station 520/B180L and 530/B180L Type TK576V050 Description of Cable Article No
AUI connector cable, 5 m, 15-pos socket 15- 3BSC950055R1 pos pin for connection of System Unit to transceiver. Note! Equipped with sliding latch for the AUI connector. AUI connector cable, 15 m, 15-pos socket 3BSC950056R1 15-pos pin for connection of System Unit to transceiver. Note! Equipped with sliding latch for the AUI connector.
TK576V115
Interface Board CIX514 (optional) with a BNC connector on the back of the Left Hand side of the Printer Thin LAN (TCP/IP) MB300K01
CI552 HPPAC LETT HEW
KARD
Advant Station 520/B180L and 530/B180System Unit
RG58 coax cable

LAN AUI Romcard Parallel HP-HIL RS232
EP526527/528/529
X-Terminal Thin LAN
Figure 2-60. ThinLan 10Base2 connections, Printer and X-Terminal
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BNC Connector
Centronics Parallel Connector (NOT USED)
MIO Connector
CIX514 Interface Board Figure 2-61. Back of the Left Hand Side of the Printers EP526/527/528/529 NOTE The connector at the System Unit AUI port is fixed to the AUI port with a sliding latch.
2.3.8.11 System Unit AUI ThickLan 10Base5 Connection

The ThickLAN connector is a 15-pin D connector located on the rear of the System Unit, Figure 2-62.
ThickLAN AUI Connector
Figure 2-62. Thick LAN Connector location on System Unit
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ThickLAN cable requirements are listed in Table 2-21 and Table 2-22. Cable connections are shown in Figure 2-63. Table 2-21. ThickLAN Connection Cables Type DSTK 128 (old) Description of Cable Article No
Cable assembly AUI Connector Cable 5 m, 2639 0582-BL 15-pos Socket - 15-pos Pin for connection of System Unit to Transceiver. Note! Equipped with sliding latch for the AUI connector. Cable assembly AUI Connector Cable 15 m, 2639 0582-BM 15-pos Socket - 15-pos Pin for connection of System Unit to Transceiver. Note! Equipped with sliding latch for the AUI connector. AUI connector cable, 5 m, 15-pos socket 15- 3BSC950055R1 pos pin for connection of System Unit to transceiver. Note! Equipped with sliding latch for the AUI connector. AUI connector cable, 15 m, 15-pos socket 3BSC950056R1 15-pos pin for connection of System Unit to transceiver. Note! Equipped with sliding latch for the AUI connector.
DSTK 129 (old)
TK576V050
TK576V115
Table 2-22. ThickLAN Transceiver with Tool Kit Type MB300K01 MB300K02 Description Transceiver set for one MasterBus 300 or GCOM communication interface Article No 5730 030-VN
Tool kit for transceiver installation. including a 5751 029-2 drill(3/32)/nut driver tool, Phillips #1 screw driver, and a 1/8 hex wrench.
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TK576V050(5 m) TK576V115(15 m) 10base5 to 10base2 Repeater
Advant Station 520/B180L and 530/B180 System Unit MB300K01 Thick LAN (TCP/IP)
LAN
AUI
Romcard Parallel HP-HIL
RS232
X-Terminal MB300K01 MB300K01 Thin LAN EP515, EPX510

HPPAC LET HEW T KAR D
Thick LAN
MasterGate
Front
EP526/527/528/529
Figure 2-63. System Unit AUI ThickLAN 10Base5 connection The connector at the System Unit AUI port is fixed to the AUI port with a sliding latch.
CAUTION For longer distances, industrial environment or connection to plant network thick wire Ethernet is required. Do not use thin wire Ethernet in those environments.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.3.9 Shut Down Procedures
2.3.9 Shut Down Procedures

Do not turn off the power to the System Unit without first doing the shutdown procedures according to the information given in the appropriate products Users Guide. Data on the disks can be corrupted.
2.3.10 Power Up Procedures

2.3.10.1 Steps before Energizing the Power Outlet
Do the following steps before turning on power at any equipment: 1. 2. 3. Turn off all individual equipment power ON-OFF switches. Connect the primary Power Distribution Unit SX520 to designated power outlet. Turn on the power on the power outlet.
2.3.10.2 Order in which the Power Switches are Turned On

Turn on the power switches in the following order: 1. 2. 3. 4. 5. Monitor Uninterruptible Power Supply (UPS). External Mass Memory System Printers System Unit (last).
2.4 Product Verification 2.4.1 LED Indicators

There are five LED indicators, which you can view on the front panel of the System Unit. Four of these are diagnostic, or indicate the normal activity of your system. The green one on the far left indicates power on. It lights when the System Unit power is on. The front panel LEDs are shown in Figure 2-64. The four diagnostic LEDs are amber colored and are labeled 1 through 4 on the front. They will always be blinking to reflect activity during normal operation. If an error occurs during power-up diagnostics tests, the diagnostics use the four amber LEDs to display a code for the failing component. Table 2-23 lists how the LEDs report during normal HP-UX system activity.
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HP
43 2 1
Power Switch
System LEDs Volume Power LED (Amber) Mute Control (Green) Button
Headset Jack
Mic Jack
Figure 2-64. Location of Advant Station 520/B180L and 530/B180L Front Panel LEDs and Switches
WARNING Do not assume that all power to the computer is off when the power on/standby switch has been turned off. To completely remove power from your computer, unplug the power cable from the power outlet and disconnect that cable from the power supply.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 2.4.1 LED Indicators
Table 2-23. Front Panel LED Symbols and Their Meanings LED No 1 2 3 4 LED Color Green Amber Amber Amber Amber LED Activity On/Off Flashing Flashing Flashing Slow Flash Meaning Power on/Standby Transmitting to LAN Receiving from LAN Disk Activity System Heartbeat
After the system has started, the amber LED numbered 4, System Heartbeat, starts to flash slowly. NOTE When you start up the computer, it takes about 2 to 5 minutes for the operating system to assume control. During this time, the LEDs are not controlled by the operating system and states have no meaning. Do not interpret the LED states as described in Table 2-23 until the computer has finished booting. If your system has been operating correctly, and the heartbeat LED remains off for a long period of time, it may mean that your system is hung (incapable of further processing). Refer to Solving Problems in the Hewlett Packard Owners Guide for troubleshooting instructions.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Chapter 3 Configuration and Application Building
Chapter 3 Configuration and Application Building
Not applicable.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Chapter 3 Configuration and Application Building
3-2
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Chapter 4 Operation
Chapter 4 Operation
Not applicable.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Chapter 4 Operation
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 5.1 Electrostatic Discharge (ESD) Precautions
Chapter 5 Maintenance
5.1 Electrostatic Discharge (ESD) Precautions

Electrostatic discharge (ESD) can result from the buildup of static electricity on or around the components you handle. You can even carry a charge on your body, and the discharge of this energy through a component or your computer can cause damage to the system. CAUTION Observe the following precautions at all times during these removal and replacements tasks to prevent damage to the System Unit components from ESD: 1. 2. 3. Wear a grounded static strap on your wrist to ensure that any accumulated electrostatic charge will be discharged from your body to ground. Keep all uninsulated printed circuit boards/cards in their protective antistatic bags. Handle all printed circuit boards/cards by their edges, once you have removed them from their protective antistatic bags.
5.2 Corrective Maintenance Definition

This section provides instructions for locating and dealing with problems that may occur during operation of the Advant Station 520/B180L and 530/B180L. The Advant Station 520/B180L and 530/B180L provides the following resources to facilitate detecting faults in your equipment: front panel LEDs power on self test boot administration commands system acceptance test.
The Redundant Disk Array Unit provides start-up and operational information on the front panel of the unit. Please refer to the Redundant Disk Array Hardware Users Guide for more details. In addition to the information in this section, you may consult the HP 9000 Model B132L/B160L/B180L Owner's Guide, for information regarding maintenance of the Advant Station 520/B180L and 530/B180L. This manual was shipped with your system.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Chapter 5 Maintenance
5.2.1 Troubleshooting
5.2.1.1 Troubleshooting Strategies
This is an outline of what you should do in the event of trouble: 1. If you turn on the power, and your computer is completely unresponsive (the greencolored LED on the front panel is not ON and nothing appears on the monitor after 20 seconds), see Section 5.2.1.2, Problems powering up the system. If the computer responds, but the operating system does not begin loading, see Section 5.2.1.4, Problems with Loading and Booting the Operating System. If the computer responds, but the system hangs (if it is no longer responsive to input from the keyboard, trackball or mouse, and the cursor stops flashing or disappears) or the system works intermittently, see the HP 9000 Model B132L/B160L/B180L Owners Guide. If your computer has a hard crash (stops working altogether and displays a High Priority Machine Check, HPMC, error on the LEDs), call your designated ABB Process Automation service representatives. An HPMC error is an unrecoverable hardware error, and it may require the use of special diagnostic tools and replacements of hardware components which you cannot access. If your computer cannot be turned off, call your designated ABB Process Automation service representatives. This requires replacement of a hardware component which you cannot access.
2. 3.
4.
5.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 5.2.1 Troubleshooting
5.2.1.2 Problems powering up the system

The table in this section lists common problems you may encounter with your workstation. The table also describes how to solve the problems. Also see chapter 5 Solving Problems in the HP 9000 Model B132L/B160L/B180L Owners Guide (HP Part No A4190-90014).
Table 5-1. Problems Powering Up the System Problem The power LED does not light. Solution Make sure all AC power cables are connected securely to the system. Make sure the power cord is plugged into a working AC outlet. Make sure the power switch is set to the 1 (ON) position. The power LED lights, but the screen is blank or flicker. Use the brightness and contrast controls of the monitor to adjust it. If the screen is still blank, turn off the system and monitor power switches. When the system is completely powered off, check the video cable connections. Make sure the video cables are connected to the right video output on the System Unit. The workstations graphics parameters may not fit the connected monitor. To adjust those parameters at power on, see Section 5.2.1.3, Setting the Monitor Type at Power On Trying the solutions above did not work. Note the pattern of the four amber LEDs on the front panel of the System Unit. They may show an error code. Compare this code with the codes presented in Section 5.2.1.7, LED Error Codes.
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5.2.1.3 Setting the Monitor Type at Power On

If your monitor screen is blank or flickers, the workstations graphics parameters may be set for another monitor. To make the workstation perform an automatic adjustment of the graphics parameters, do the following: If your keyboard connects to the PS/2 connector on your system, wait two seconds after the Num Lock light flashes near the end of the boot sequence, then press <Tab> to initiate the automatic monitor selection process. NOTE It takes approximately one to two minutes after powering on the workstation before the Num Lock light flashes. If you have a keyboard that connects the HP-HIL connector on your system, press <Tab> every three seconds during the boot sequence to initiate the automatic monitor selection process. The system cycles through all of the available monitor types one at a time. When you can see a message similar to the following clearly and logically, select that monitor type by pressing <Enter>. Monitor Information Path Slot Head Type Size Freq. Class
---------- ------ ------ ------ -------- ------- ------GRAPHICS(0) 0 1 n nnnnxnnnn nnHz
Press <Return> to select this monitor type (type n of n types). The system queries you to confirm your selection. Press <Y> to save this monitor type. If you press any key other than <Y>, the following message displayed: Monitor type not saved. At this point, the new monitor type is active, but not saved. Because you didnt save the monitor type, the next time you reboot the system the original monitor type will be used. Next, the following message is displayed: To select a new Graphics Monitor Type press the <TAB> key now, otherwise EXIT by entering any other key (or will time out in 15 seconds)... To restart the monitor selection process, press <TAB>.
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5.2.1.4 Problems with Loading and Booting the Operating System

The table below lists possible problems if loading and booting of the operating system does not work. Also see Problems with Loading and Booting the Operating System in HP 9000 Model B132L/B160L/B180L Owners Guide (HP Part No A4190-90014). Table 5-2. Problems with Loading and Booting of the Operating System Problem The power LED is lit, and text appears on the screen, but more than two minutes have passed with no sign of system activity. The system stops or hangs while booting. Solution Make sure that all SCSI devices are set to the proper SCSI-ID. Check that all SCSI devices are correctly cabled. Check that the SCSI bus is correctly terminated. Follow the instructions in Section 5.2.1.5, Dealing with a Boot Failure.
Trying the solutions above did not work. Note the pattern of the four amber LEDs on the front panel of the System Unit. They may show an error code. Compare this code with the codes presented in Section 5.2.1.7, LED Error Codes.
5.2.1.5 Dealing with a Boot Failure

If your usual boot device (typically a disk) is not responding as it should, you must attempt to boot from the disk (or another boot device) by selecting it manually. To boot a device manually, follow these steps: Accessing the boot console interface 1. Turn off the power to your workstation for a few seconds. NOTE Your workstation automatically shuts down the operating system before it terminates the power. 2. Turn the power back on. The system self-test runs automatically. Within a few seconds a message displays. 3. Press and hold <ESC> as soon as this message appears: Processor is starting Autoboot process. To discontinue, press any key within 10 seconds. Processor is booting from first available device. To discontinue, press any key within 10 seconds.
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4.
Release the key as soon as the following message displays: Boot terminated The Main Menu of the boot console appears: ----- Main Menu ---------------------------Command Description -----------------------BOot (PRI/ALT/<path>) Boot from specified path PAth (PRI/ALT/CON/KEY) (<path>)Display or modify a path SEArch (DIsplay/IPL) (<path>)Search for boot devices COnfiguration (<command>) menu/commands INformation (<command>) menu/commands SERvice (<command>) DIsplay HElp (<menu>/<command>) RESET --------Main Menu: Enter command > Access Configuration Access Information Access Service menu/commands Redisplay the current menu Display help for menu or command Restart the system
Searching for bootable media 5. At the Main Menu prompt, type the following: Main Menu: Enter command > search ipl This causes your workstation to search exhaustively for bootable media. The search command looks for bootable media on your workstation. A short time later, this message appears: Searching for potential boot devices. To terminate search, press and hold the ESCAPE key: Device Selection Device Path Device Type
Your workstation is now searching for devices that may hold file systems from which it can boot HP-UX. As they are found, they appear in a list, similar to the following example: PO P1 P2 sescsi.6.0 sescsi.5.0 sescsi.2.0 QUANTUM LPS525S QUANTUM LPS525S TOSHIBA CD-ROM DRIVE:XM
This process may take several minutes. You can terminate the search at any time by pressing <ESC>. If two devices are set to the same SCSI ID, the search terminates when it finds the duplicate SCSI ID. If this happens you must change the SCSI ID of one of the devices.
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If no disk devices are listed, then your workstation is failing to communicate with its disks. Re-check the SCSI connections and try again. If there are still no devices listed, there is a serious problem. Contact your designated service representative for assistance. When the search ends, the Main Menu is entered again Main Menu: Enter command > Booting your workstation 6. To boot from a specific device type the following at the prompt: Main Menu: Enter command >boot device where device is the hardware path to the device, specified in Mnemonic Style Notation. For example, if you wish to boot an operating system that is stored on a DDS format tape in a drive that is located at sescsi.1.0, type the following at the prompt: Main Menu: Enter command >boot sescsi.1.0 The operating system on the specified device will be used to start your workstation. If your system still fails to boot 7. If your workstation still fails to boot, there is either something wrong with the file system or with the hardware. If you suspect a file system failure, see the manual, Using HP-UX for help on dealing with file system failures. If you think that something is wrong with the hardware, contact your designated service representative.
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5.2.1.6 System Unit Hardware Indicators

There are five LED indicators, which you can view on the front panel of the System Unit. Four of these are diagnostic, or indicate the normal activity of your system. The green one on the far left indicates power on. It lights when the System Unit power is on. The front panel LEDs are shown in Figure 5-1. The four diagnostic LEDs are amber colored and are labeled 4 through 1 on the front. The four amber LEDs (labeled 4, 3, 2, and 1) will always be blinking to reflect activity during normal operation. They light in certain pattern during system failures. Table 5-3 lists how the LEDs report during normal HP-UX system activity.
Power LED System LEDs

4 3 2 1
4 Front Panel LEDs (amber)
CD-ROM Drive (optional) Busy LED
Figure 5-1. Location of Advant Station 520/B180L and 530/B180L Front Panel LEDs and Switches WARNING Do not assume that all power to the computer is off when the power on/standby switch has been turned off. To completely remove power from your computer, unplug the power cable from the power outlet and disconnect that cable from the power supply.
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Table 5-3. Front Panel LED Symbols and Their Meanings LED No Power On 1 2 3 4 LED Color Green Amber Amber Amber Amber LED Activity On/Off Flashing Flashing Flashing Slow Flash Meaning Power on/Standby Transmitting to LAN Receiving from LAN Disk Activity System Heartbeat
After the system has started, the amber LED number 4, System Heartbeat, starts to flash slowly. NOTE When you start up the computer, it takes about 2 to 5 minutes for the operating system to assume control. During this time, the LEDs are not controlled by the operating system and states have no meaning. Do not interpret the LED states as described in Table 5-3 until the computer has finished booting. If your system has been operating correctly, and the heartbeat LED remains off for a long period of time, it may mean that your system is hung (incapable of further processing). Refer to Solving Problems in the Hewlett Packard Owners Guide for troubleshooting instructions.
5.2.1.7 LED Error Codes

The Advant Station 520/B180L and 530/B180L have four amber LEDs located on the front. During start up the computer executes a self test for its processor, memory, input/output, and graphic interface. Usually, the patterns during this self test flash by quickly. However, if your computer cannot complete its booting process, and one of the patterns in Table 5-5 is displayed on the LEDs, corrective action may be necessary. The patterns in Table 5-5 indicate that something is seriously wrong with one of the components. If your Advant Station 520/B180L or 530/B180L does not boot or freezes up while it is booting, and displays one of the patterns in Table 5-5 on the LEDs, you must replace one or more of the systems components. NOTE The LED patterns displayed during the self test are not related in any way to the pattern described in Section 5.2.1.6, System Unit Hardware Indicators. Those patterns apply only when the system has successfully booted HP-UX on the Advant Station 520/B180L and 530/B180L. LED error codes are presented below. A white LED means OFF, a dark means ON or flashing.
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Table 5-4. Used Symbols and Their Meaning in Table 5-5 Indicator Legend LED Off LED On or Flashing
Table 5-5. Hardware-Error LED Indications on the Front Panel Amber LEDs Self-test LED Error Display Possible Assembly Replacement Priority Reserved. No memory found FAULT.
Likely cause: SIMMs or processor board.

Reserved. Memory Error Fault.
Likely Cause: Memory SIMMs. System console will indicate which SIMM fault occurred on.
Processor board FAULT (includes PDH which could be on I/O board). I/O System FAULT (except backplane fault listed below). Backplane FAULT. INITIALIZATION and TESTING Note: These two LED codes will alternate to indicate forward progress). Unknown FAULT. HPMC FAULT. No console/IPL error FAULT.
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Table 5-5. Hardware-Error LED Indications on the Front Panel Amber LEDs (Continued) Self-test LED Error Display Possible Assembly Replacement Priority Reserved. Reserved. Reserved. Power on value. Indicates processor board fault when this value remains for more than a second following power up.
5.2.1.8 Mains Power Line Problems

Problem There may be problems where several workstations are damaged. Replaced parts may get damaged again. Probable Cause There may be a problem with the mains power connection. The cause could be bad Protective Earth connections causing current to flow around in the PE system in strange ways resulting in workstation break down. It is essential for the functionality of the workstation that the mains power is correctly wired, Live (L), Neutral (N) and Protective Earth (PE), and that all screws are tightened. It is very important that the System Unit and connected peripheral devices such as the monitor (local or remote) are connected to the same PE point in the plant. Action Check that the PE wire into the local Power Distribution Panel is connected to Protective Earth in the other end and all the way to the transformer. Check that the Advant Station 500 workplace including workstations and peripherals are connected to the same PE point and that the PE point really is connected to the incoming Protective Earth wire. If a local UPS is connected between the Advant Station 500 system and the mains power check that the PE system really passes through the UPS without interruption. Check that all cabinets in the control system are connected to PE grid. If the network communication cable (MasterBus 300) runs to an area far away, then install a ground clamp at one end of the communication cable to avoid potential build up in the shield of the cable. The cable is not connected to any earth point through the transceivers so the cable shield will otherwise be floating.
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5.2.1.9 Monitor Problems

If the picture on the monitor shows rolling waves or stripes, check the following: Are the System Unit and the monitor powered from the same mains and phase? Are the System Unit and the monitor connected to the same protective Earth (PE) point?
Monitor
Alternative A Alternative B Mains

D-SUB 1st/2ndBNC/
SX 520
Advant Station 520/B180L and AS530/B180L System Unit
Figure 5-2. Power Connections of Monitor and System Unit Check if it is affected by other monitors nearby by moving the monitor a few meters away or turn off the monitors around it. Check if power generators, power transformers, power distribution bus bars, or other electrical equipment are nearby.
5.2.1.10 Network Communication Problems

If you use a 10Base2 (ThinLan) thin wire Ethernet cable for a combined control room and plant network, EMI problems can occur. The 10Base2 (ThinLan) shall only be used in office-like environments without EMI sources and the length should be limited to one room only. NOTE This type of cable (10Base2 (ThinLan)) should never be used in a plant network! The plant network shall always be of type 10Base5 (ThickLan) and installed in accordance with the installation and grounding rules described in the MasterNet Users Guide. The transceivers connected to a plant network must be specified for an isolation voltage of >2kV.
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For conversion from an office network (10Base2) to a plant network (10Base5) a repeater can be used.
Office
Plant
Advant Station 500
10Base2 network
10Base5 network
Local repeater Figure 5-3. Conversion from a 10Base2 to a 10Base5 network cable.
5.2.1.11 Serial RS-232 Matrix Printer Problems

If a matrix printer does not print correctly or does not print at all, there can be one of five problems: The cable is not correct, wrong cable or wrong wiring inside the cable. The parameter setup inside the printer is not correct. The parameters set for the printer in the System Unit do not correspond with the parameters set in the printer itself. The serial interface in the printer is damaged or the printer has some other internal error. The System Unit serial interface is damaged or the System Unit has some other internal hardware/software error.
The most critical printer internal parameter setups are the communication parameters. If the communication parameters in the printer does not correspond with the communication parameters in the System Unit, than the printer probably does not print at all. Another important printer internal parameter is the selected emulation mode. If both those parameters above are set correctly the printer will at least print if the cable is correct.
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Problem description and what to do Problem: The printer does not print at all a. b. c. Check that the communication parameters set in the printer and in the System Unit are the same. Check that pin 2 and 3 in the cable are connected in the right way (see cable drawing). Check that the hardware handshaking signal READY/BUSY is connected to the right pins at the printer end and at the System Unit end.
Problem: Printout starts ok and then goes wrong If the printer starts ok with printing correctly on a couple of lines and then do strange things like feeding paper or printing rubbish, the READY/BUSY wire in the cable is connected to the wrong pin at the printer end (see cable drawing).
Problem: The printer prints rubbish from the start a. b. c. Check that the communication parameters in the printer and the System Unit are set to the same values. Check that the same protocol or emulation mode has been selected in both the printer and in the System Unit. Check that the right font, character set and country code has been selected in the printer.
5.2.1.12 SCSI Bus Problems

Connecting and disconnecting SCSI cables with power on The different SCSI buses used on the Advant Station 500 systems are not designed to be connected or disconnected with power on! They are not hot pluggable! System Unit External SCSI Device
SCSI cable
Do not connect or disconnect the SCSI cable when power is switched on! If the SCSI cable is connected or disconnected with power on, voltage spikes will appear on the address, data and control lines of the SCSI bus and the following problems can arise: This can create false writings onto the disks and making the disks unusable again. The spikes can damage the SCSI bus drivers/receivers in the System Unit making it unusable. The spikes can damage the SCSI bus drivers/receivers in the external SCSI device, such as a DAT or CD-ROM drive and make it no longer working.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 5.3 SV530/531 UPS Maintenance/Troubleshooting
CAUTION Do not connect or disconnect any SCSI cables if power is switched on any of the devices or the System Unit. Connecting or disconnecting the SCSI cables with power on may damage the SCSI devices or the System Unit! SCSI bus termination The last device on the daisy-chained SCSI bus must be terminated with a SCSI bus terminator otherwise the energy on the address, data and control lines will be reflected at the unterminated connector. This can put those lines in undefined states causing read and write problems on all the SCSI devices on the bus. If no external SCSI devices are connected to the System Unit then the SCSI connector on the System Unit must be terminated with a SCSI bus terminator.
5.3 SV530/531 UPS Maintenance/Troubleshooting 5.3.1 Maintenance

The UPS can be expected to have a long, trouble-free life with a minimum of preventive maintenance. Environmental issues are the most critical in determining the reliability of UPS and batteries. The temperature and the humidity of the room must be within specifications. The area around the unit must be kept relatively clean and dust-free. The noise on the power input must be held within limits. The UPS is designed for durable, automatic operation and also alerts you whenever potential operating problems may occur. Use the following troubleshooting chart to determine the UPS alarm condition.
Table 5-6. Used Symbols and Their Meaning in Table 5-7 Indicator Unlit Amber Green Flashing Legend
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Table 5-7. UPS Alarm Condition Condition UPS does not turn on. Possible Cause UPS is not plugged in. Dead wall socket. UPS circuit breaker is tripped. Action Plug UPS into working outlet. Test wall socket, repair as required. Reduce load, then reset breaker. If you are using a PowerPass, reset the breaker using a pencil through the circuit breaker (CB1) access hole. Reset breaker. Press the Output/On button for one second, then release. None. UPS is protecting your system. Check the load. Disconnect faulty load equipment. Wait several minutes before resetting the UPS circuit breaker. If you are using a PowerPass, reset the breaker using a pencil trough the circuit breaker (CB1) access hole. Restart the load. Test wall socket, repair as required. Reduce load, then reset breaker. Reset breaker. Allow battery to charge for 24 hours, then retest. Reduce load, then retest. Verify cable integrity. Select a new baud rate. Select a new communication mode. Your UPS continues to operate, but may switch to Bypass Mode if the load increases. Reduce load, then reset the UPS.
PowerPass circuit breaker is tripped. Load does not turn on. UPS beeps occasionally. UPS circuit breaker trips. UPS has not been activated. Normal operation. Load fault.
Utility line is out of specification. Indicator remains lit, even though line voltage is UPS circuit breaker is tripped. present. PowerPass circuit breaker is tripped. UPS does not provide the expected backup time. Low battery capacity. Protected equipment power requirements exceed UPS capacity. Communications do not function properly. Incorrect communications cabling. Incorrect baud rate. Incorrect communication mode.
OVERLOAD SITE FAULT OVERTEMP BATTERY SELF TEST
Power requirements exceed UPS capacity (100-105% load). The alarm beeps every 5 seconds and the Overload Indicator flashes every second as long as the overload exists.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section 5.3.1 Maintenance
Table 5-7. UPS Alarm Condition (Continued) Condition

OVERLOAD
Possible Cause
Action
Load is greater than 106%. The alarm Reduce load, then reset the UPS. You can beeps every 5 seconds, the Overload also obtain a larger capacity UPS. Indicator flashes, and the UPS switches to Bypass Mode. Building wiring is out of specifications. Have site wiring tested. Repair as required. The UPS checks the utility power source during start up for reversed neutral and line conductors. The alarm beeps every 5 seconds and the Site Fault Indicator flashes. The utility line voltage and frequency are out of specification. The alarm beeps every 5 seconds and the Indicator flashes. The inverter remains on-line, deriving power from the utility until it is no longer acceptable. Check the unit configuration. Refer to the product specifications. UPS internal temperature is too high. The alarm beeps every 5 seconds and the UPS switches to Bypass Mode for approximately 10 minutes, allowing the UPS to cool down. Week battery while in Normal Mode. The alarm beeps every 5 seconds. Shutdown the UPS. Clear vents. Remove any heat source. Wait approximately 5 minutes and retry. Contact you service representative if condition persists. Allow the battery to charge for 24 hours, then retest. Have batteries replaced if condition persists. Make sure the battery circuit breaker is in the ON(I) position. Make sure battery cords are connected. This usually indicates that the batteries need replacing or the UPS requires services. Contact your service representative. The UPS may switch to Bypass Mode, depending on the circumstances. Reset the UPS. Contact your service representative if condition persists.
SITE FAULT
OVERTEMP
BATTERY
Battery breaker is open (O). Battery cabinet is not properly connected to the UPS. Weak battery while in Bypass Mode.
BATTERY
Self Test failure. UPS internal problem.
SELF TEST
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5.3.2 Resetting the UPS

To reset the UPS while an alarm condition is present, press the Output/On button until the UPS alarm beeps.
5.3.3 Silencing the Alarm

To silence the alarm for an existing fault, press and hold the Output/On button for one second. The alarm becomes quiet. If UPS status changes, the alarm beeps, overriding previous alarm silencing. Press the Output/On button again to silence the alarm.
5.3.4 Mounting/Exchange of External Bypass Unit on the UPS

Section 2.3.8.1, Power Connections refers.
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.1 Advant Station 520/B180L and 530/B180L System Units
Appendix A References
A.1 Advant Station 520/B180L and 530/B180L System Units

Table A-1. Data on Advant Station 520/B180L and 530/B80L System Units Designation Workstation type Performance Cache memory Description Hewlett Packard 9000 model B180L 9.22 SPECint95 9.43 SPECfp95 64 Kbyte instruction cache (on-chip) 64 Kbyte data cache (on-chip) AS520/B180L: 1Mbyte Second Level Cache is optional AS530/B180L: 1Mbyte Second Level Cache (SLC) is included as standard Main memory 6 memory slots (for 3 pairs) Up to 768 Mbyte DIMM ECC RAM (6x128Mbyte) (ECC RAM corrects 1-bit errors and detects multibit errors)
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A-1
Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Appendix A References
Table A-1. Data on Advant Station 520/B180L and 530/B80L System Units Designation Standard I/O Description 2 GSC/PCI expansion slots 1 SCSI-2 single-ended 8-bit interface 5 Mbyte/sec synchronous data rate, 7 devices max 1 wide single-ended UltraSCSI-3 16-bit interface 40 Mbyte/sec synchronous data rate, 15 devices max 2 serial RS-232C interfaces, data rate up to 460.8 KBaud, 9-pin male DTE connector, PC standard 1 parallel Centronics interface, data rate up to 300+ Kbytes/sec with DMA, 200 Kbytes/sec sustained 25-pin female D-sub connector, PC standard 1 PS/2 keyboard interface 1 PS/2 mouse interface 1 USB interface, if the PU519 Real Time Accelerator Board is installed 1 LAN AUI interface with protocol acc. to IEEE 802.3 data rate 10 Mbit/sec. 1 LAN Twisted Pair (TP) interface with protocol acc. to IEEE 802.3 data rate 10/100 Mbit/sec. 1 video interface, Enhanced Video Connector (EVC), resolution 1280 x 1024 pixels, frame rate 50, 60 or 72 Hz (72 Hz default) Power Voltage Power Frequency Power consumption Power current Net weight Dimensions h x w x d, mm (inch) 117 (4.6) x 444 (17.5) x 452 (17.8) 90 - 132 V AC, 198 - 264 V AC 47 - 63 Hz 300 W (max) 5 A (max) at 120 V, 3 A (max) at 240 V 18.5 kg (41 lbs)
A-2
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.1 Advant Station 520/B180L and 530/B180L System Units
44.4 (17.5) 11.7 (4.6) PCI/GSC I/O Slot 1 (For optional graphics card) Monitor 2 PCI/GSC I/O Slot 2 (For PU519 Real Time Accelerator Board) 1 2 Serial 1 (9-pin male Dsub) Power Channel 2 USB Type A Connector Channel 1 Real-Time Accelerator Board Connectors
17.8) 45.2 (
HP
Figure A-1. Advant Station 520/B180L and 530/B180L System Unit - Dimensions in mm (inch) .
Security Loop
PS/2 Mouse
LAN-TP (RJ-45)
Figure A-2. The Rear of the System Unit Advant Station 520/B180L
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A-3
Security Loop
PS/2 Mouse
PCI/GSC I/O Slot 1 (For optional graphics card) Monitor 2
PCI/GSC I/O Slot 2 (For PU515 Real Time Accelerator Board)
1 2
LAN-TP (RJ-45)
Power
Channel 2
Channel 1
Figure A-3. The Rear of the System Unit Advant Station 530/B180L
Video output signal levels on Red (R), Green (G), and Blue (B) are according to RS-343A shown below. The Green signal is shown with the synchronization signal (sync on green).
Green (Volt) 1.000 White level
Red/Blue (Volt) 0.714
White level
0.340 0.054 0.000 Black level Blank level Time 0.000 0.286
Black level Blank level Sync level Time
Figure A-4. Video Output Level for Red (Left Image), Blue (Left Image), and Green (Right Image)
A-4
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.2 Monitors
A.2 Monitors A.2.1 IM541 17 Color Monitor

Table A-2. Data on IM541 17 Color Monitor Designation Monitor type Display format Tube size Inputs Input Impedance Dot frequency Horizontal frequency Vertical frequency Signal levels Power Voltage Power Frequency Power Current Max Maximum Inrush Current Power consumption Net weight Dimensions h x w x d, mm (inch) 433 (17) x 410 (16.1) x 385 (15.2) Description Hewlett Packard Color Monitor D2838A (for northern hemisphere) 1280 x 1024 pixels 17 Permanently attached video cable terminated with a 15-pin high density male Dsub connector, VGA style 75 Ohm 135 MHz 78.125 kHz 75 Hz @ 1280x1024 resolution Per RS-343A (into 75 Ohm) Green 1 V, Read and Blue 0.714 V 100 - 120 V AC 10% / 200 - 240 V AC 10% (automatic selection) 47 - 63 Hz 2 A (RMS) max at 110 V AC 1 A (RMS) max at 230 V AC 220 V AC, 50 A peak 110 V AC, 30 A peak 100 W (maximum) 17.3 kg (38.1 lbs)
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A-5
410 (16.1)
433 (17)
2 (15. 385
1st/2n d
BNC/ D-SUB
Figure A-5. IM541 17 Color Monitor - Dimensions in mm (inch)
MAINS Video Input Signal Cable
15-pin High Density Male D-SUB Connector
Figure A-6. Location of IM541 17 Monitor Connectors
A-6
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.2.2 IM538 19 Color Monitor
A.2.2 IM538 19 Color Monitor

Table A-3. Data on IM538 19 Color Monitor Designation Monitor type Display format Tube size Inputs Input Impedance Dot frequency Horizontal frequency Vertical frequency Signal levels Power Voltage Power Frequency Power Current Max Maximum Inrush Current Power consumption Net weight Dimensions h x w x d, mm (inch) 454 (17.9) x 448 (17.6) x 460 (18.1) Description Hewlett Packard Color Monitor A4575A (for northern and southern hemispheres) 1280 x 1024 pixels 19 15-pin miniature VGA-style female D-sub connector. Video cable, Dsub to EVC, incl. with new monitor. 75 Ohm for video inputs, 2 kOhm for separate sync inputs 135 MHz 79,976 kHz 60/72/75 Hz Per RS-343A (into 75 Ohm) Green 1 V, Red and Blue 0.714 V 100-120 V AC / 200-240 V AC (automatic selection) 47 - 63 Hz 3 A (RMS) max over the range 100-120 V AC 1.8 A (RMS) max over the range 220-240 V AC 50 A (RMS) peak max over the range 100-120 V AC 80 A(RMS) peak max over the range 220-240 V AC 150 W (typical) 24 kg (52.8 lbs)
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A-7
448 (17.6)
454 (17.9)
( 460
) 18.1
- + - + - + - +
Mains 15-pin High Density Female D-SUB Connector
A-8
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A.2.2.1 19 Dsub Video Connector
5 1 42 3 3 24 15 10 97 88 7 9 610 6 15 14 13 12 11 11 12 13 14 15
Figure A-9. Video Input Signal Connection (Female) for 19 Monitor Table A-4. Table over Video Input Signal Connector Pin No. 1 2 3 4 5 6 7 8 Signal Red Green (Composite Sync on Green) Blue DDC Ground(1) Red Ground Green Ground Blue Ground Pin No. 9 10 11 12 13 14 15 Signal DDC +5 V(1) Ground Bi-Directional Data (SDA)(1) H. Sync V. Sync Data Clock (SCL)(1)
(1) Display Data Channel (DDC) Standard by VESA
A.2.2.2 20 Monitor Damper Wire

Using a white background, very thin horizontal stripes on the screen are visible as shown below. These stripes are damper wires. These wires are attached to the aperture grille inside the Trinacrian tube and are there to damp vibrations of the aperture grille in order to prevent them from influencing to the picture quality.
Approx. 8 cm
Damper Wire
Approx. 8 cm
Figure A-10. 19 Monitor Damper Wire
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A-9
A.2.3 IM539 21 Color Monitor

Table A-5. Data on IM539 21 Color Monitor Designation Monitor type Display format Tube size Inputs Description Salcomp Oy Color Monitor 445XiPlus 1280 x 1024 pixels 21 1. BNC Read, Green, Blue, Hor. Sync, Vert. Sync. Sync also on Green 2. 15-pin miniature VGA-style female D-sub connector. Input Impedance Dot frequency Horizontal frequency Vertical frequency Signal levels Power Voltage Power Frequency Maximum Inrush Current Power consumption (max) 75 Ohm 30 - 200 MHz 30 - 79 kHz 50 - 90 Hz Per RS-343A (into 75 Ohm) 90 V AC - 260 V AC (automatic selection) 47 - 63 Hz 220 V AC 110 V AC 30 - 35 A peak 20 - 25 A peak
< 160 W normal operation/110 V max 172 VA 230 V max 177 VA < 15 W stand-by < 8 W power down state
Net weight Dimensions h x w x d, mm (inch)
32 kg (71.4 lbs) 490 x 515 x 544 (19.3 x 20.3 x 21.4)
A-10
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515 (20.3)
.4 )
54
21 4(
NOKIA
D-SUB BNC MENY
Mains
H/V V
15-pin high density female Dsub
Five (5) BNC Connectors (R, G, and B are used. G contains the sync. signal from the System Unit.)
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490 (19.3)
A-11
15
75
75
Figure A-13. Tilt and Swivel for Monitor IM539 The IM539 monitor has two different ways of video connection: a 15-pin high density female Dsub and five BNC connectors for Red, Green, Blue, V-sync and H-sync.
BNC Connectors (USED)
V H/V B G R
Miniature Jack (NOT USED)
BNC Connectors (NOT USED)
BNC Cable 15-pin high density Dsub female connector (G contains the sync. signal)
Figure A-14. The used BNC Connectors on the back of IM539
A-12
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Table A-6. Signal Definition in Video Connector for Monitor IM539, see Figure A-15 Connector Pins 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
(1) From system unit From Color Monitor
Direction(1)
Signal RV GV BV ID2 Red Green Blue
Description
Monitor Identification (LG) Ground (DDC)
RG GG BG
Ground (R) Ground (G) Ground (B) +5 V
LG ID0 SDA HS VS SCL
Ground (logic) Monitor Identification (LG) DDC SDA (I2C signal) Horizontal sync./Composite sync. Vertical sync. DDC SCL (I2C signal)
5 10 15
1 6 11
Figure A-15. The 15-pin High density Female Dsub Connector on Monitor IM539, see Table A-6
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A.3 External Mass Memory A.3.1 MT516 DAT Tape Drive

Table A-7. Data on MT516 DAT Tape Drive Designation Drive type Capacity non-compressed compressed Interface Transfer rate Description Hewlett Packard product No: C6362A 4 Gbyte (on a 120 m DDS-2 tape) 8 Gbyte (typically on a 120 m DDS-2 tape) SCSI-2 single-ended 8-bit, 50-pin high density 510 kbyte/sec (max), sustained non-compressed 3 Mbyte/sec (max), asynchronous burst 7.5 Mbyte/sec (max), synchronous burst Search speed Power Voltage Power Frequency Power consumption Power current Net weight Dimensions h x w x d, mm (inch) 64 x 172 x 225 (2.52 x 6.7 x 8.88) Average of 40 seconds on a 120 m tape 90 - 132 V / 180 - 250 V (automatic selection) 50 - 60 Hz 12 W (typical) 0.5 A (typical) at 120 V 2.13 kg (4.7 lbs)
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.3.2 MT517 DAT Tape Drive
A.3.2 MT517 DAT Tape Drive

Table A-8. Data on MT517 DAT Tape Drive Designation Drive type Description Hewlett Packard product No: C6364A compressed 24 Gbyte (typically on a 125 m DDS-3 tape) Interface Transfer rate SCSI-2 single-ended 8-bit, 50-pin high density 1Mbyte/sec (max), sustained 3 Mbyte/sec (max), asynchronous burst 10 Mbyte/sec (max), synchronous burst Search speed Power Voltage Power Frequency Power consumption Power current Net weight Dimensions h x w x d, mm (inch) 64 x 172 x 225 (2.52 x 6.7 x 8.88) 40 seconds for any file on a 125 m tape 90 - 132 V / 180 - 250 V (automatic selection) 47 - 63 Hz 6 W (typical) 0.5 A (max) at 90V 2.13 kg (4.7 lbs)
Capacity - non compressed 12 Gbyte (on a 125 m DDS-3 tape)
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A.3.3 MP541V2 External Mass Storage System with 9Gbyte Disk

This fast-wide SCSI-2 mass storage system is intended for use with old Advant Station 530 System Units where the fast-wide SCSI-2 interface is available.
Table A-9. Data on MP541V2 External Fast-Wide SCSI-2 Mass Storage System Designation Storage type Configuration Interface Transfer rate Seek time Power Voltage Power Frequency Power consumption Cabinet with one disk Power current Net weight Dimensions h x w x d, mm (inch) 410 x 310 x 320 (16.15 x 12.2 x 12.6) Description Hewlett Packard product No: A3311A Mini-tower cabinet with one 9Gbyte fast-wide SCSI-2 disk SCSI-2 fast-wide 16-bit, 68-pin high density 5 Mbyte/sec, asynchronous burst 20 Mbyte/sec (max), synchronous burst 8.5ms (average random) 20ms (maximum) 90 - 132 V / 180 - 250 V (automatic selection) 47.5 - 63 Hz 89 W (maximum) at 120V; 68W (typical) at 230V; 66W (typical) at 120V; 2.5A (maximum) at 230V; 1.4A (maximum) 14 kg (29 lbs)
A-16
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.3.3 MP541V2 External Mass Storage System with 9Gbyte Disk
Front View
Figure A-16. MP541V2 External Mass Storage System
Fan 1 Disk A4 Disk A3 Disk A2 Disk A1 Power Supply #1
Fan 2 Disk B4 Disk B3 Disk B2 Disk B1 Power Supply #2 Empty
Cabinet with front door removed
Figure A-17. MP541V2 External Mass Storage System with Front Door Removed
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A-17
Rank B
Rank A
SCSI ID switches
SCSI Connectors
Rear of cabinet
AC Power Connectors
Figure A-18. MP541V2 External Mass Storage System Rear View
NOTE The AS520/B180L and AS530/B180L System Units do not have any fast-wide SCSI-2 interface as standard!
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.3.4 MP550V1 External Mass Storage System with 9Gbyte Disk
A.3.4 MP550V1 External Mass Storage System with 9Gbyte Disk

Table A-10. Data on MP550V1 External Wide Single-Ended UltraSCSI Mass Storage System Designation Storage type Configuration Interface Transfer rate Seek time Power Voltage Power Frequency Power consumption Power current Net weight Dimensions h x w x d, mm (inch) 62 x 215 x 273 (2.4 x 8.5 x 10.7) Description Hewlett Packard product No: C6394B Standalone single-disk enclosure with one 9Gbyte wide single-ended UltraSCSI-3 disk Wide single-ended UltraSCSI-3 16-bit, 68-pin high density, input and output 10 Mbyte/sec, asynchronous burst 40 Mbyte/sec (max), synchronous burst 9.7ms (average access) 120VAC/230VAC (+-15%) (automatic selection) 47 - 63 Hz 21.4 W (typical) at 120V; 1.58A (maximum) at 230V; 1.07A (maximum) 2.9 kg (6.4 lbs)
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A-19
A.3.5 Redundant Disk Array MP534 and MP534K01

The MP534 and MP534K01 Redundant Disk Array units are identical except for cabinet mountings or as noted in table. The RDA units are intended for control room environments only. Table A-11. RDA MP534 and MP534K01 Specifications Characteristic OPERATING CHARACTERISTICS Drive set usable storage capacity Total usable capacity Drive capacity RAID level Drive form factor 4.0/9.0 GByte (each drive set) Max 36.0 GByte 8 (4 sets) 1 3.5 inch Data
PERFORMANCE (Disk Drive, Seagate ST11200N) SCSI Protocol, interface Transfer rate Average seek time Average latency Spindle speed MTBF MTTR SCSI-2, single-ended 2.4 - 4.9 MByte/sec <10.5 ms 5.6 ms 5,400 rpm 300,000 hour 5 minute
POWER REGUIREMENTS Voltage (switch select) Frequency (Hz) Current draw Power output 115/230 V AC 47 - 63 Hz 3.0 A (max) 200(1) W
A-20
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.3.5 Redundant Disk Array MP534 and MP534K01
Table A-11. RDA MP534 and MP534K01 Specifications (Continued) Characteristic ENVIRONMENTAL SPECIFICATIONS(2) Operating temperature range Non-operating temperature range Operating relative humidity Cooling (#Fans-Avg.) 5 - 45 C -40 - 70 C 10 - 90 % non-condensing 3-50 cfm/fan Data
PHYSICAL CHARACTERISTICS Height Width Depth Weight Mounting MP534K01 Mounting MP534 222 mm (8.75 inch) 482 mm (19.00 inch) 559 mm (22.00 inch) 29 kg (64 lbs) 482 mm(19") EIA Standard Table top
APPROVALS Regulatory approvals UL, FCC, TUV, CSA
(1) With one (1) rank installed. Each additional rank (2 drives) adds 18 W. (2) Intended for control room environments.
Front
SELECT POWER #1 ALARM FAN POWER #2 RANK 4 RANK 1 RANK 2 RANK 3
Rear
Output
Input
---1 +1 2 +2 ++
Faceplate opened
SCSI input and output connectors of type 68pHD
Figure A-19. MP534/534K01 External Redundant Disk Array
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A-21
A.4 X-Terminals
The X-terminals consist of a base unit, a standard PS/2 QWERTY keyboard, mouse, and an optional monitor. For data on the monitors, see monitor IM541, IM538, IM539. Table A-12. Data on ID518K01, ID518K02, ID518K03 X-terminal Base Units Designation Workstation type Performance Main memory Video memory Standard I/O Description Hewlett Packard ENVIZEX II netstation 330.000 Xstones, 5.6 Xmarks 8 Mbyte 2 Mbyte 1 serial RS-232C interface, data rate up to 460.8 kBaud, 9-pin male DTE connector, PC standard 1 LAN AUI interface, 15-pin D-sub connector, Ethernet IEEE 802.3, data rate 10 Mbit/sec. 1 LAN BNC interface, BNC connector, Ethernet IEEE 802.3, data rate 10 Mbit/sec 1 10BaseT interface connector 1 video interface, Enhanced Video Connector (EVC) connector, resolution 1280 x 1024 pixels, frame rate 72 Hz. Conversion cable for 15-pin high density Dsub incl. 1 PS/2 keyboard interface 1 PS/2 mouse interface Power Voltage Power Frequency Power consumption Power current Net weight Dimensions h x w x d, mm (inch) 70 x 330 x 337 (2.8 x 13.0 x 13.3) 100 - 120 V / 220 - 240 V (automatic selection) 50 - 60 Hz 30 W (max), 25 W (typical) 2.0 A at 100 - 120 V 1.0 A at 220 - 240 V 7.5 kg (16.5 lbs)
A-22
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.5 Keyboards and Pointing Devices
A.5 Keyboards and Pointing Devices
512 52
272
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32 280
Figure A-20. Keyboard IH511, IH521- Dimensions in mm
51
65 143
Figure A-21. Trackball IH580 - Dimensions i mm
A-23
70 51 19 272
65 143
Figure A-22. Trackball IH581 - Dimensions i mm
A-24
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.6 Printers
A.6 Printers A.6.1 EP537/538 Narrow Alpha-Numeric Printers

Table A-13. Data on EP537/538 Narrow Black and White Printer Designation Printer type Technology Ribbon Printing width Printing speed Duty cycle Interface Emulations Acoustic level (ISO 7779) Power Voltage Power Frequency Power consumption Net weight Dimensions h x w x d, mm (inch) 206 x 485 x 245 (8.1 x 18 x 9.6) Tally T2030/9 9-needle impact matrix Black 89 - 203 mm (3.5 - 8 inch) 360 char/sec 600 pages per day, ppd Serial RS-232C, and parallel IBM Proprinter, Epson FX <55 dB(A) 110/120 V for EP537 230/240 V for EP538 50/60 Hz 60 VA (printing) 10 VA (standby) 9 kg (19.8 lbs) Description
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A-25
A.6.2 EP539/540 Wide Alpha-Numeric Printers

Table A-14. Data on EP539/540 Wide Black and White Printer Designation Printer type Technology Ribbon Printing width Printing speed Duty cycle Interface Emulations Acoustic level (ISO 7779) Power Voltage Power Frequency Power consumption Net weight Dimensions h x w x d, mm (inch) 206 x 625 x 245 (8.1 x 24.6 x 9.6) Tally T2130/24 24-needle impact matrix Black 75-406 mm (3-16 inch) 330 char/sec 600 pages per day, ppd Serial RS-232C, and parallel IBM Proprinter, Epson FX 55 dB(A) 110/120 V for EP539 230/240 V for EP540 50/60 Hz 60 VA (printing) 10 VA (standby) 11 kg (24.2 lbs) Description
A-26
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.6.3 EP515 Hard Copy Printer
A.6.3 EP515 Hard Copy Printer

Table A-15. Data on EP515 Hard Copy Printer Designation Printer type Technology Print cartridges Resolution Media size Printing speed Duty cycle Interface Description Lexmark OptraColor 45 Thermal inkjet printing 1 black, 1 color (cyan, magenta, yellow) 600 x 600 dots per inch, dpi A3, A4 and Legal letter Black and white text: up to 8 pages per minute, ppm Color: up to 4 pages per minute, ppm 5,000 pages per month Standard: Two-way parallel (IEEE 1284) With optional CIX528 interface installed: Ethernet with 10Base-T (twisted pair) and 10Base-2 (BNC for thin coax). Emulations Acoustic level (ISO 7779) Power Voltage Power Frequency Power consumption Net weight Dimensions h x w x d, mm (inch) 247 (9.7) x 563 (22.1) x 277 (10.9) 9 kg (19.8 lbs) HP PCL5C, Adobe Postscript Level 2 Printing <47 dB(A) 100-240 V AC (automatic selection) 50/60 Hz
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A-27
563 (22.1)
247 (9.7)
27 7(
10
.9)
Figure A-23. Dimension of Printer EP515 in mm (inch)
A.6.4 EPX510 Hard Copy Printer

Table A-16. Data on EPX510 Hard Copy Printer Designation Printer type Technology Print cartridges Resolution Media size Printing speed Duty cycle Interface Description Hewlett Packard DeskJet 2500CM Thermal inkjet printing 1 Black, 1 cyan, 1 magenta, 1 yellow 600 x 600 dots per inch, dpi, for black and white 300 x 300 dots per inch, dpi, for color A3, A4 and Legal letter Black and white text: up to 11 pages per minute, ppm Color: up to 3 pages per minute, ppm 12,000 pages per month Two-way parallel (IEEE 1284), Ethernet with 10/100Base-TX (twisted pair) and 10Base-2 (BNC for thin coax). The HP TCP/IP interface card JetDirect J4100A is included. HP PCL5C/E, Adobe Postscript Level 3 Printing <49 dB(A)
Emulations Acoustic level (ISO 7779)
A-28
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.6.4 EPX510 Hard Copy Printer
Table A-16. Data on EPX510 Hard Copy Printer (Continued) Designation Power Voltage Power Frequency Power consumption Description 100-240 V AC (automatic selection) 50/60 Hz 65 W (max at 100% throughput) 8 W (in the standby state) 2 W (max in Power-Save mode) Net weight Dimensions h x w x d, mm (inch) 247 (9.7) x 563 (22.1) x 277 (10.9) 27 kg (59.5 lbs)
563 (22.1)
247 (9.7)
27 7(
10
.9)
Figure A-24. Dimension of Printer EPX510 in mm (inch)
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A-29
A.6.5 EP526/527 Laser Printer

Table A-17. Data on EP526/527 Laser Printer Designation Printer type Technology Print cartridges Resolution Media size Printing speed Duplex printing Included RAM Duty cycle Interface Laser Printer 1 Black toner 600 x 600 dots per inch, dpi A3, A4 and Legal letter 24 pages per minute Yes, with optional EP502 Duplex printing accessory 16 Mbyte Up to 130,000 pages per month Standard: Two-way parallel Centronics (IEEE 1284) With optional CIX514 TCP/IP interface installed: Ethernet with 10Base-T (twisted pair), 10Base-2 (BNC for thin coax), LocalTalk (mini-DIN). Emulations Acoustic level (ISO 9296) Power Voltage Power Frequency Power consumption HP PCL5, PCL6, Adobe Postscript Level 2 Printing <55 dB(A) Standby <36 dB(A) EP526: 120 V EP527: 230 V 58-62 Hz at 120 V, 48-52 Hz at 230 V 300 W (typical at 100% throughput) 100 W (in standby state) 45 W (in Power-Save mode) Net weight Dimensions h x w x d, mm (inch) 540 (21.3) x 540 (21.3) x 520 (20.5) 45 kg (99 lbs) Description Hewlett Packard LaserJet 8000
A-30
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.6.6 EP528/529 Laser Printer
0 54
mm
540 m m
Figure A-25. Dimension of Laser Printer EP526/527 in mm (inch)
A.6.6 EP528/529 Laser Printer

Table A-18. Data on EP528/529 Laser Printer Designation Printer type Technology Print cartridges Resolution Media size Printing speed Duplex printing Included RAM Optional RAM Duty cycle Interface Laser Printer 1 Black toner 600 x 600 dots per inch, dpi A4, Letter, Legal 16 pages per minute Yes, with optional EP503 Duplex printing accessory 4 Mbyte Yes, MBX512 8Mbyte RAM (three free memory slots) Up to 65,000 pages per month Standard: Two-way parallel Centronics (IEEE 1284) With optional CIX514 TCP/IP interface installed: Ethernet with 10Base-T (twisted pair), 10Base-2 (BNC for thin coax), LocalTalk (mini-DIN). Emulations Acoustic level (ISO 9296) HP PCL6, Adobe Postscript Level 2 Printing <55 dB(A) Standby <36 dB(A) Description Hewlett Packard LaserJet 4050
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520 mm
HP HEW LETT PACK ARD
A-31
Table A-18. Data on EP528/529 Laser Printer Designation Power Voltage Power Frequency Power consumption EP528: 120 V EP529: 230 V 58-62 Hz at 120 V, 48-52 Hz at 230 V 330 W (typical at 100% throughput) 18 W (in standby state) 16 W (in Power-Save mode) Net weight Dimensions h x w x d, mm (inch) 343 (13.5) x 390 (15.4) x 493 (19.4) 17.8 kg (39.2 lbs) Description
343 (13.5)
493 (
19.4 )
(1 390
5.4)
Figure A-26. Dimension of Laser Printer EP528/529 in mm (inch)
A-32
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.6.6 EP528/529 Laser Printer
A.6.6.1 TCP/IP Interface CIX514 for the Laser Jet Printer EP526/527/528/529
Table A-19. Laser Printer Interface CIX514 for the EP526/527/528/529 Laser Printer Designation Interface Type Interface Connectors on the Interface Front Description Hewlett Packard J3111A Ethernet/802.3: BNC (thin coax) RJ-45 (10Base-T, twisted pair). Local Talk (DIN-8)
EIO Connector Local Talk Connector (NOT USED)
10Base-T (Twisted Pair) Connector
BNC Connector
Figure A-27. CIX514 TCP/IP Interface 10BaseT and 10Base2 (BNC) and LocalTalk ports
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A-33
A.7 External Alarm A.7.1 DSPC 452 (MP51) External Alarm Unit
Table A-20. Data on External Alarm Unit DSPC 452 (MP51) Designation Transducer supply Voltage Load Fuse 20 - 35 V 150 mA (max total load) 0.5 A fast, 5 x 20 mm glass tube (ordering no.: 5672 2011-11) or 6.3 x 32 mm glass tube Description
Digital inputs Type Number of inputs Rated input voltage Variation range Input voltage range logical 0 Input voltage range logical 1 Threshold logical 0 to 1 Input filter time constant Rated insulation voltage Digital outputs Number of outputs Type of outputs Load Breaking capacity Spark quenching Recommended min load 12 (with LED indicator on each output) Relay 3 A (max continues) AC 3 A at 250 V and cos() > 0.4 DC 1.2 A at 48 V and L/R < 40 ms RC-link across relay contact 100 Ohm / 22 nF 100 mA at 24 V or 2.5VA Galvanically insulated with common return lead 20, with LED indicator on each input 24 V (nom.) () 20 - 35 V -30 to -5 V 15 to 30 V 10 V (typical) 7.3 ms (typical) 60 V
A-34
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.7.1 DSPC 452 (MP51) External Alarm Unit
Table A-20. Data on External Alarm Unit DSPC 452 (MP51) (Continued) Designation Max voltage across open contact Insulation test voltage Rated insulation voltage between relay contact and other electronics Power Power Voltage Power Frequency Power Current Max Power consumption (max) Allowable voltage loss Fuse Physical Net weight Dimensions h x w x d, mm (inch) 90 x 237 x 218 (3.5 x 9.3 x 8.6) 2.8 kg (6.2 lbs) < 50 VA <10 ms at min line voltage, without interruption of operation 0.5 A fast, 5 x 20 mm glass tube (ordering no.: 5672 2011-11) or 6.3 x 32 mm glass tube 120 V AC +10% to -17% 220/240 V AC +10% to -15% 47 - 63 Hz 250 V 2.5 kV, 50 Hz for 1 minute 500 V Description
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A-35
192 mm
90 mm
145 mm 237 mm
5.8 mm 46 mm 6 mm 206 mm 218 mm Figure A-28. External Alarm Unit DSPC 452 (MP 51) - Dimensions in mm
A-36
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.8 Uninterruptible Power Supplies
A.8 Uninterruptible Power Supplies
143 (5.6)
3( 14 .7) 15
Figure A-29. Dimensions of UPS SV530 and SV531 in mm (inches)
A.8.1 SV530 Uninterruptible Power Supply (UPS) 120 Volt

Table A-21. Data on SV530 UPS Designation Input voltage Input frequency Input current Recommended input fuse Backup time Recharge time to 95% Output power Output voltage Output frequency 120 V AC 15% 45 - 65 Hz 8A 10 A 10 minutes at full load < 8 hours to 80% capacity 1000 VA / 700 W for 10 minutes 1250 VA / 900 W for 7 minutes 120 V AC 3% 60 Hz 3.0 Hz if synchronized to mains 60 Hz 0.1 Hz free running 0.5 Hz/s slew rate Dynamic response Overload capacity Voltage distortion 3%, 100% load change 110% for 4 seconds on inverter <5% THD non linear load Value(s)
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252 (9.9)
A-37
Table A-21. Data on SV530 UPS (Continued) Designation System efficiency Operating temperature Storage temperature 10 to +40o C +15 to +25o C recommended 0 to +35o C with batteries (15 to +25o C recommended) -20 to +60o C without batteries Ventilation Relative humidity Audiable noise Protection class Users interface Fan cooling 5-95% RH, non-condensing <45 dB(A), one meter from front IP21 (in accordance with IEC 529) Monitoring panel with LEDs: (UPS ON, Bypass, Battery on, Battery low, Line failure, Line on Overload, Overtemperature, Battery failure, Alarm) audible alarm, Remote interface ON/OFF contacts: Line failure, Battery low UPS shutdown RS232 interface as standard Weight Dimensions h x w x d, mm (inch) 252 x 142 x 400 (9.9 x 5.6 x 15.7) 15 kg (33 lbs) Value(s)
A.8.2 SV531 Uninterruptible Power Supply (UPS) 230 Volt

Table A-22. Data on SV531 UPS Designation Input voltage Input frequency Input current Recommended input fuse Backup time Value(s) 220/230/240 V AC 15% 45 - 65 Hz 8A 10 A 10 minutes at full load
A-38
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.8.2 SV531 Uninterruptible Power Supply (UPS) 230 Volt
Table A-22. Data on SV531 UPS (Continued) Designation Recharge time to 95% Output power Output voltage Output frequency Value(s) < 8 hours to 80% capacity 1000 VA / 700 W for 10 minutes 1250 VA / 900 W for 7 minutes 230 V AC 3% 50/60 Hz 3.0 Hz if synchronized to mains 50/60 Hz 0.1 Hz free running 0.5 Hz/s slew rate Dynamic response Overload capacity Voltage distortion System efficiency Operating temperature Storage temperature 10 to +40 o C +15 to +25o C recommended 0 to +35o C with batteries (15 to +25o C recommended) -20 to +60o C without batteries Ventilation Relative humidity Audiable noise Protection class Users interface Fan cooling 5-95% RH, non-condensing <45 dB(A), one meter from front IP21 (in accordance with IEC 529) Monitoring panel with LEDs: (UPS ON, Bypass, Battery on, Battery low, Line failure, Line on Overload, Overtemperature, Battery failure, Alarm) audible alarm, Remote interface ON/OFF contacts: Line failure, Battery low UPS shutdown RS232 interface as standard Weight Dimensions h x w x d, mm (inch) 252 x 142 x 400 (9.9 x 5.6 x 15.7) 15 kg (33 lbs) 3%, 100% load change 110% for 4 seconds on inverter <5% THD non linear load
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A-39
A.8.3 SX520 Power Distribution Unit

Table A-23. SX520 Power Distribution Unit Designation Inlet Outlet UPS Connections Input Voltage Input Current Total Outlet Load Accessories Weight Dimensions h x w x d, mm (inch) 42 x 246.5 x 52 (1.7 x 9.7 x 2.0) Description One male input connector (IEC 320) Six female output connectors (IEC 320) In accordance with IEC-320 250 V AC (max) 10 A (max) 10 A (max) One inlet female power connector included 0.37 kg (0.82 lbs)
Top View
216.5 Inlet 10 Outlet 15 7
Left hand side view
42
Manufacturer:
32
Rating:
232.5 246.5
D=6.5 Manufacturer Label
Figure A-30. SX520 Power Distribution Unit - Dimensions in mm
A-40
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52
Type:
Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.9 Cabinetry and Console Furniture
A.9 Cabinetry and Console Furniture A.9.1 RE540 Cabinet

RE540 kneehole table cabinet is used for installation of Advant Station 500 Series in control rooms. It is ventilated, complies with IEC 529 protection class IP 21, and has the dimensions shown in Figure A-31. In Figure A-34 you can see an example of two RE540 cabinets placed below a console furniture. 490 (19.3)
603 (23.7)
550 (21.7)
600 (23.6) Figure A-31. RE540 Cabinet dimensions (measurements in mm and inch)
390 (15.4)
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A-41
A.9.2 RM557 Cabinet

The RM557 cabinet is designed for protection class IP21. The cabinet can house the following combination of items at an ambient temperature of 25 oC or less: One Advant Station 520/B180L or 530/B180L System Unit One external mass storage system MP541V2 cabinet One uninterruptible power supply SV530 or SV531 One external alarm device DSPC 452 (MP51) One DAT tape drive MT516/517.
All frame components are made of alu-zinc-coated steel and the welded parts are electro-galvanized. The RM557 cabinet is fitted with two extensible shelves, one for the System Unit, the other for UPS/mass storage. Rails for mounting of external alarm MP51 are provided. Table A-24. Tolerated Power Loss in a RM557 Cabinet Cabinet type Ventilated Ventilated Ventilated; subsystems with fans Ventilated; subsystems with fans Sealed Sealed Heat exchanger (tropical) Heat exchanger (tropical) Temperature rise 15 C 30 C 15 C 30 C 15 C 30 C 15 C 30 C Tolerated power loss 450 W 900 W 750 W 1500 W 180 W 360 W 500 W 1000 W
A-42
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.9.3 Control Desk Furniture
The dimensions of RM557 cabinets are shown in Figure A-32. 637 (25)
2225 (87.6)
700 (27.6) Front view with door closed Front view with door removed Cabinet Side view
Figure A-32. RM557 Cabinet Dimensions (measurements in mm and inch)
A.9.3 Control Desk Furniture

The available packaging options are: RE550 Operator table with manual adjustment (see Figure A-33 and Figure A-34) RE551 Operator table with mechanical parallel control RE552 Operator table with electronic parallel control RE553 Extension table, pie 45 degrees RE554 Monitor mounting bracket, extensible monitor shelf.
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A-43
Figure A-33. Operator Table with Extension Table on Left Side
RE554 Monitor Mounting Brackets RE540 Cabinets
RE540 Cabinet
RE554 Monitor Mounting Bracket
Figure A-34. Operator Table with Cabinets and Monitor Mounting Brackets
A-44
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.10 Real-Time Accelerator, RTA, Boards
A.10 Real-Time Accelerator, RTA, Boards

The PU515 and PU519 RTA boards used on the AS520/B180L and AS530/B180L has edge connectors for connection to the PCI bus. The boards have Plug & Play functionality. This means that the boards do not have any straps or switches that need to be set before installation. At start up of the workstation the system will communicate with the RTA board to set the dual port memory area, register addresses, and the interrupt request level automatically.
A.10.1 PU515 RTA Board with MasterBus 300/300E Interface Board

The PU515 Real-Time Accelerator (RTA) Board has an edge connector for the PCI bus. The board is installed in an empty PCI slot in your System Unit (normally in I/O slot 2). This RTA board is used on the AS530/B180L System Unit. The Real Time Accelerator (RTA) board is a slave processor board with its own memory and two communication ports. Software for process control, supervision and aid is downloaded to the board. The RTA assembly consists of a motherboard and the CS503V1 MasterBus 300/300E communication module mounted on it. The motherboard includes a MC68040 processor, 16Mbytes of parity-checked DRAM, control registers, clocks, and connectors. Up to 4 Mbyte of the DRAM is used as a dual port memory shared between on-board software and HP-UX applications. The on-board software is down-loaded to the RTA at start up of the Advant Station 520/B180L and 530/B180L. The MB300 communication busses are connected to 15-pin D-sub female connectors on the RTA board. Table A-25. Real-Time Accelerator Board PU515 Type Designation PU515 Description RTA board with 16Mbyte 144-pin Small Outline, SO, DIMM memory, and the CS503V1 MasterBus 300 (MB300) communication module
MB300 port 2 MB300 port 1
RAM Card
CPU
PCI bus
Mounting Guide
Figure A-35. Real-Time Accelerator Board PU515 for MasterBus 300/300E
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A-45
A.10.2 PU519 RTA Board with MasterBus 300/300E and USB Interface Board
The PU519 Real-Time Accelerator (RTA) Board has an edge connector for the PCI bus. The board is installed in an empty PCI slot in your System Unit (normally in I/O slot 2). This RTA board is used on the AS520/B180L System Unit. The Real Time Accelerator (RTA) board is a slave processor board with its own memory, two MB300 communication ports, and one Universal Serial Bus, USB, port for connection of the IH512/522 Operator keyboards. Software for process control, supervision and aid is downloaded to the board. The RTA assembly consists of a motherboard and the CS503V1 MasterBus 300/300E communication module mounted on it. The motherboard includes a MC68040 processor, 16Mbytes of parity-checked DRAM, control registers, clocks, and connectors. Up to 4 Mbyte of the DRAM is used as a dual port memory shared between on-board software and HP-UX applications. The on-board software is down-loaded to the RTA at start up of the Advant Station 520/B180L system. The MB300 communication buses are connected to 15-pin D-sub female connectors on the RTA board. Table A-26. Real-Time Accelerator Board PU519 Type Designation PU519 Description RTA board with 16Mbyte 144-pin Small Outline, SO, DIMM memory, and the CS503V1 MasterBus 300 (MB300) communication module. With two MB300 ports and one USB type A port.
MB300 port 2 MB300 port 1 USB port
RAM Card
CPU
PCI bus
Mounting Guide
Figure A-36. Real-Time Accelerator Board PU519 for MasterBus 300/300E and USB
A-46
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.10.2 PU519 RTA Board with MasterBus 300/300E and USB Interface Board
15
Figure A-37. 15-pin D-sub Connector - Female
Table A-27. Master Bus (MB300) Connector Pin-Outs on the RTA board (Figure A-37 refers) Pin No. 1 2 3 4 5 Signal GND CI-A DO-A DI-S (GND) DI-A Pin No. 6 7 8 9 10 Signal GND CO-A (NC) CO-S (NC) CI-B DO-B Pin No. 11 12 13 14 15 Signal DO-S (GND) DI-B +12 V DC POWER GND CO-B (NC)
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A-47
A.11 Cables
The following are cable drawings with connector type, pin numbering and cable length. The cables have a shield around the wires. The shield is connected to protective ground through the metallic encapsulation hood of the connectors. Some cables have pair of wires that are twisted together.
A.11.1 Network Connection Cables A.11.2 MB300 Cables
DB15 socket Pin 5 12 2 9 3 10 6 13 1
Twisted pair
DB15 pin Pin 5 12 2 9 3 10 6 13 1 Shield
Hood Hood TK526V050, TK626V050, TK576V050, DSTK 128 (length 5 m) TK526V115, TK626V115, TK576V115, DSTK 129 (length 15 m) Figure A-38. Cables TK626V050, TK626V115, TK576V050, TK576V115, DSTK 128, and DSTK 129. The TK526V050, TK526V115, TK626V050, and TK626V115 cables are used for connection of the MB300 transceiver to the RTA board. The TK576V050, TK576V115, DSTK 128 and DSTK 129 cables are used for connection of the transceiver to the AUI port, the TCP/IP connection. The difference is the fixing mechanism at the DB-15 pin connector. The cables for connection to the RTA board have screw fixing while the other cables have sliding latches.
A-48
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.11.2 MB300 Cables
15-pin high density Dsub pin Pin Twisted pair 5 4 11 12 2 1 3 13 6
15-pin Dsub socket Pin 5 12 2 9 3 10 6 13 1
8 15 9 7 10 14 Shield Hood Figure A-39. Cable TKX516V003.
4 7 8 11 14 15
Hood
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A-49
A.11.3 RS-232 Cables
DE9 socket Pin 2 RD 3 TD 8 CTS 5 SGND 6 DSR 4 Hood Length 3.0 m Figure A-40. Cable TK520V030 DTR Shield
DB25 pin Pin TD RD RDY SGND 2 3 Printer 11 Side 7
System Unit Side
Hood
DE9 socket Pin System Unit 2 Side 3 5 Hood Length 0.5 m RD TD SGND Shield
DB25 pin Pin 3 2 7 Hood Modem Side
Figure A-41. Cable TK622V005 (Used On DSTC X008 Modem)
A-50
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.11.3 RS-232 Cables
DB25 pin Pin Modem Side 3 2 7 Hood Length 0.5 m RD TD SGND Shield
DE9 pin Pin 4 3 5 Hood DSPC 452 Side
Figure A-42. Cable TK623V005 (Used on DSTC X008)
DB25 socket Pin 1 2
DB25 pin Pin 1 2
24 25 Shield Hood Length 15 m Figure A-43. Cable TK524V115
24 25 Hood
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A-51
A.11.4 External Alarm Cables (For DSPC 452 Connections)
DE9 socket Pin 2 System Unit 3 Side 5 Hood Length 15 m Figure A-44. Cable TK523V115 RD TD SGND Shield
DE9 pin Pin 3 4 DSPC 452 Side 5 Hood
A.11.5 Uninterruptible Power Supply Cables

Length 15 m TX504 8 7 6 5 4 3 2 1 2 X2 Hood DB25 Pin 1 Screw Terminals Figure A-45. Cable TK564V115 3 2 1 4 DSPC 452 Side X3
UPS Side
23 X1 14
Closing Low Battery Closing Utility Failure Common
12,15,18,25
A-52
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Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Section A.11.6 Keyboard (USB) Cable
DB25 pin Pin UPS Side 2 X2 3 7 Hood Length 15 m Figure A-46. Cable TK621V115
DE9 socket Pin TxD RxD SGND Shield Hood 3 2 5 System Unit Side
X1
A.11.6 Keyboard (USB) Cable

USB devices are interconnected to each other and the System Unit by shielded, 4 conductor cables with USB type A connector in one end for upstream connection, towards the System Unit, and type B connector in the other for downstream connection.
Attached to upstream device, e.g. System Unit
Attached to downstream device, e.g. keyboard Connection Surface 2 3
Connection Surface
Pin 1 Type A plug, metal housing Pin VBUS 1 2 DD+ 3 GND 4
Pin 1 4
Type B plug, metal housing Pin 1 2 3 4
Shield Length 5 m
Shield
Pins 1 and 4 makes contact first at insertion which makes the cable hot swappable (insertion - removing with power on possible) Figure A-47. Cable TKX517V050, USB cable
3BSE 020 640R101
A-53
A-54
3BSE 020 640R101
Advant Station 520/B180L and 530/B180L Hardware with PCI Slot Users Guide Index
INDEX
A
Assembly Operator Desk RE550 2-21 RE551 2-21 RE552 2-22 Trackball IH580 A-23 IH581 A-24 Uninterruptible Power Supply SV530 UPS (120 V) A-38 SV531 UPS (230 V) A-39 X-Terminal Base Unit A-22
D
Dimensions Advant Station 520/B180L and 530/B180L System Unit A-2 to A-3 Cabinet RE540 A-41 RM557 A-43 DAT Tape Driver MT516 A-14 MT517 A-15 External Alarm Unit DSPC 542 (MP51) A-35 External Mass Storage MP541V2 A-16 MP550V1 A-19 Keyboard IH511 A-23 IH521 A-23 Monitor IM538 (19") A-7 IM539 (21") A-10 IM541 (17") A-5 Operator Table with Extension Table A-44 Power Distribution Unit SX520 A-40 Printer EP515 A-27 EP526 A-30 EP527 A-30 EP528 A-32 EP529 A-32 EP537 (B/W) A-25 EP538 (B/W) A-25 EP539 (Color) A-26 EP540 (Color) A-26 EPX510 A-29 Redundant Disk Array MP534 A-21 MP534K01 A-21
E
Electrostatic Discharge (ESD) Precautions 2-1, 5-1 ESD Electrostatic Discharge 2-1, 5-1
F
Fault Detecting Facility Boot Administration Commands 5-1 Front Panel LEDs 5-1 Power On Self Test 5-1 System Acceptance Test 5-1
G
Guidelines Power Connection 2-43
H
Hardware Indicators "Hung" System 2-79, 5-9 LED Patterns During Start-Up Self Test 5-9 LEDs 2-77, 5-8 System Heartbeat 2-79, 5-9 HP Model B180L 1-6
I
ID518K01 1-4 ID518K02 1-4 ID518K03 1-4
L
Lighting Site Selection Lighting Considerations 2-2, 2-4
3BSE 020 640R101
M
Magnetic Fields Site Selection Magnetic Fields Considerations 2-2, 2-5
O
Operating System UNIX 1-1
P
Positioning of Monitor for proper airflow 2-3 Operator Desk for convenient access 2-3 Power Connection Guidelines 2-43 Power Connector Molded Male - Female IEC 320 Power Connector 1-38 Protocol Epson 1-41 DCN 1-25 MasterBus 300/300E 1-33 PCL5 1-41 Postscript 1-41 RS-232C 1-19 to 1-20, 1-41 RS-343A 1-41 TCP/IP 1-34, 1-41 USB 1-41
R
RTA Real-Time Accelerator 1-41
S
Space Site Selection Space Consideration 2-2 Opeator Desk 2-3 System Unit 2-2 Status Indication Power Supply 1-31
T
Termination BNC Terminator 50 Ohm 2-72 MasterBus 300 2-17 SCSI 2-17 TCP/IP 2-17 Troubleshooting Strategies 5-2
Type Designation Add On RAM MBX510 1-3 Cabinet RE501 1-5 RE540 1-5, 1-11, 1-38, 2-19, 2-24, A-41 RM557 1-5, 1-11, 1-38, 2-19, 2-25, A-42 Cable DSTK 128 1-35, 2-72, 2-75, A-48 to A-49 DSTK 129 1-35, 2-72, 2-75, A-48 to A-49 DSTK 156V0.5 1-35, 2-62 TK408V030 1-38 TK409V030 1-38 TK520V030 1-35, 2-62 TK522K01 2-64 TK523V115 1-36, 2-64 TK524V115 1-35, 2-62 TK529K15 1-38 TK529K30 1-38 TK541V021 1-36, 2-62 TK541V115 1-36, 2-62 TK543V009 2-60 TK543V015 1-37, 2-60 TK548V005 1-37, 2-59 TK548V010 1-37, 2-59 TK548V020 1-37, 2-59 TK550V010 2-60 TK554V003 1-37, 2-59 TK564V115 1-36, 2-65 TK574V025 1-38 TK576V050 1-35, 2-73, 2-75, A-48 to A-49 TK576V115 1-35, 2-73, 2-75, A-48 to A-49 TK583V010 1-37, 2-60 TK621V115 1-36, 2-65 TK622K01 1-36 TK622V005 1-36 TK623V005 1-36 TK626V050 1-35, 2-70, A-48 TK626V115 1-35, 2-70, A-48 to A-49 TKX512V010 2-60 TKX512V015 2-60 TKX516V003 A-49 TKX517V003 1-36 Cable Kit TK529K15 2-56 to 2-58 TK529K30 2-56 to 2-58 TK622K01 1-36
ii
3BSE 020 640R101
CD-ROM Drive MD529V1 1-3, 1-27 MD538 1-4 Color Monitor IM538 2-17 IM539 2-17 IM541 2-17 Control Desk RE550 A-43 RE551 A-43 RE552 A-43 RE553 A-43 RE554 A-43 DAT Tape Drive MT516 1-4, 1-29, 2-18 MT517 1-4, 1-29, 2-18 DAT Tapes MT501K02 1-30 MT502K02 1-30 MT503K02 1-30 DDS Cassettes MT501K02 1-4 MT502K02 1-4 MT503K02 1-4 External Alarm DSPC 452 1-5 External Disk MP534 1-5 MP534K01 1-5 MP535K01 1-5 MP536K01 1-5 MP541V2 1-4 MP550V1 1-4 MPX510 1-4 Extra Internal Hard Disk MDX512 (9 Gbyte) 1-3, 1-29 Furniture RE550 1-5, 1-39 RE551 1-5, 1-39 RE552 1-5, 1-39 RE553 1-5, 1-39 RE554 1-5, 1-39 Graphics card ICX510K01 1-3 Keyboard IH512 1-4 IH512DE 1-16 IH512EN 1-16 IH512SV 1-16
IH522 1-4 IH522DE 1-16 IH522EN 1-16 IH522SV 1-16 IH556DEK02 1-16 IH556ENK02 1-16 IH556SVK02 1-16 IH557DE 1-4 IH557EN 1-4 IH557SV 1-4 MB300 Communication Module CS503 A-45 to A-46 Modem DSTC X008 1-35 to 1-36, 2-63, 2-65 Monitor IM538 1-4, 2-38 IM539 1-4, 2-39 IM541 1-4, 2-37 Network Attachment MB300K01 1-5 Operator Desk RE550 2-19, 2-21 RE551 2-19, 2-21 RE552 2-19, 2-21 to 2-22 Power ByPass Unit for UPS SX521 (120 V) 1-5 SX522 (230 V) 1-5 Power Distribution Unit SX520 1-38, 2-9 SX520K01 1-33 Printer EP515 1-4, 1-18, 1-21, 2-18, 2-61 EP526 1-4, 1-18, 1-23, 2-18, 2-61 EP527 1-4, 1-18, 1-23, 2-18, 2-61 EP528 1-4, 1-18, 1-24, 2-18, 2-61 EP529 1-4, 1-18, 1-24, 2-18, 2-61 EP534-1 1-4, 1-20 EP537 1-18, 2-18, 2-61 EP537-1 1-4 EP538 1-18, 2-18, 2-61 EP538-1 1-4 EP539 1-18 to 1-19, 2-18, 2-61 EP539-1 1-4 EP540 1-18 to 1-19, 2-18, 2-61 EP540-1 1-4 EPX510 1-4, 1-18, 1-22, 2-18, 2-61 Printer Interface CIX514 1-4 CIX528 1-4
3BSE 020 640R101
iii
Real-Time Accelerator Board PU515 1-3, 1-25, A-45 to A-46 PU519 1-3, 1-33, A-46 PU519K01 1-25 Redundant Disk Array MP534 A-20 MP534K01 A-20 Second Level Cache MBX511 1-3 MBX513 1-3 System Unit HP 9000 B180L 1-3 HP B180L 1-6, 2-19 TCP/IP Interface CIX514 2-62 CIX528 2-63 Terminator RG58K02 2-72 SCSI Bus Terminator TX502 2-61 TX503 2-61 TX506 2-61 TX512 2-61 Tool Kit MB300K02 2-70, 2-72, 2-75 Trackball IH580 1-4, 1-16 IH581 1-4, 1-16 Transceiver MB300K01 1-35, 2-75 Transceiver Adapter TX501 2-72 Transceiver Set MB300K01 2-70, 2-72 Uninterruptible Power Supply SV530 1-5, 1-30, 2-18 to 2-19 SV531 1-5, 1-30, 2-18 to 2-19 X-Terminal ID518K01 1-14 ID518K02 1-14 ID518K03 1-14 X-Terminal System Unit HP700/RX 2-18
U
UNIX 1-1 UPS Uninterruptible Power Supply
iv
3BSE 020 640R101
3BSE 020 640R101

November 1999

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Advant OCS

with Master software

Advant Station 520/B180L and 530/B180L Hardware with PCI Slot

Copyright ABB Automation Products AB 1999.

3BSE 020 640R101

Functional Overview.............................................................................................. 1-40

3BSE 020 640R101

Signal Cable Considerations ................................................................. 2-13 2.2.4.1 2.2.4.2 2.2.4.3 2.2.4.4

2.2.5 2.2.6 2.3 2.3.1 2.3.2 2.3.3

Installation Procedures ........................................................................................... 2-20

Place and Position the Equipment......................................................... 2-23 2.3.4.1 2.3.4.2

3BSE 020 640R101

Monitor Connectors .............................................................................. 2-37

Product Verification ............................................................................................... 2-77 2.4.1 LED Indicators...................................................................................... 2-77

Chapter 3 - Configuration and Application Building Chapter 4 - Operation

3BSE 020 640R101

External Mass Memory ......................................................................................... A-14

3BSE 020 640R101

Cabinetry and Console Furniture...........................................................................A-41 A.9.1 A.9.2 A.9.3 A.10.1 A.10.2

A.10 Real-Time Accelerator, RTA, Boards ....................................................................A-45

A.11 Cables.....................................................................................................................A-48 A.11.1 A.11.2 A.11.3 A.11.4 A.11.5 A.11.6

3BSE 020 640R101

3BSE 020 640R101

3BSE 020 640R101

1.2 Equipment Requirements

1.3 Manual Organization

1.5 Related Documents

1.6 Release History

3BSE 020 640R101

1.7 Product Overview 1.7.1 Advant Stations and Automation Systems

1.7.2 Physical Overview

3BSE 020 640R101

3BSE 020 640R101

3BSE 020 640R101

1.7.2.1 System Unit

Power Switch Power LED

System LEDs Volume Mute Control Button Headset Jack

3BSE 020 640R101

3BSE 020 640R101

Second Level Cache Board Connectors Front of System Unit

Memory Module Connector 2A 2B 1A 1B 0A 0B

3BSE 020 640R101

Wide Single-Ended UltraSCSI disk

Position 1 1 high device

3BSE 020 640R101

Single-Ended SCSI-2 (50-pin HD)

Wide SingleEnded UltraSCSI-3 (68-pin HD)

PCI / GSC I/O Slot (For optional graphics card) Monitor 2

Pull-out Information Card

Serial 1 (9-pin male Dsub)

USB type A connector Channel 1

Real-Time Accelerator Board Connectors

3BSE 020 640R101

Channel 2 Channel 1 Real-Time Accelerator Board Connectors

USB type A connector

3BSE 020 640R101

3BSE 020 640R101

3BSE 020 640R101

Pid Available properties