Type 3560C Hardware
Type 3560C Hardware
Type 3560C Hardware
PULSE, the Multi-analyzer System Type 3560, is a versatile, task-oriented analysis system. It provides the platform for a range of PC-based measurement solutions from Brel & Kjr. A PULSE system consists of a PC with LAN interface, PULSE software, Microsoft Windows NT or Windows 2000 operating system, Microsoft Office, and data acquisition front-end hardware. Type 3560 C is a portable system powered by internal batteries or an external DC supply (AC using adaptor). The system can AC contain one input/output module. Type 3560 D is a portable multichannel system powered by an external DC supply (AC using adaptor). The system can contain up to 5 input/output modules. Type 3560 E is a multichannel system powered by AC. The system is suitable for rack mounting and can contain up to 8 input/output modules. Up to 10 front-ends can be combined into one measurement system with up to 128 input channels. This System Data describes the hardware available for Type 3560 C , D and E. The software available is described separately.
3560 C, D, E
Contents
Features and Uses ...................................................................................................................... 3 Introduction ............................................................................................................................... 3 PULSE Software and Applications ............................................................................................. 4 Hardware Overview ................................................................................................................... 5 verview Reliable Design .......................................................................................................................... 5 Portable Data Acquisition System Type 3560 C ..................................................................... 6 60 Data Acquisition System Type 3560 D .................................................................................... 7 Data Acquisition System Type 3560 E (Tentative) ................................................................. 8 10 Mbit LAN Interface Module Type 7533 ............................................................................. 9 33 100 Mbit LAN Interface Module Type 7536 (Tentative) ...................................................... 10 6 6/1-ch. Input/Output Module Type 3032 A, 3032 B ............................................................. 11 Input .................................................................................................................................... 11 Output ................................................................................................................................. 12 Generator, 4/2-ch. Input/Output Module Type 3109 .......................................................... 13 9 Input .................................................................................................................................... 13 Output ................................................................................................................................. 14 Generator, 2/1-ch. Input/Output Module Type 3110 (Tentative) ....................................... 15 ve) Input .................................................................................................................................... 15 Output ................................................................................................................................. 16 Sound Intensity Probe Kit Type 3599 ................................................................................... 17 PULSE and Intelligent Data Acquisition System Type 3561 ................................................... 17 LSE 7 SPECIFICATIONS Compliance with Standards .................................................................................................... 18 Specifications PULSE, the Multi-analyzer System Type 3560 C/D ........................................ 19 -analyzer Specifications Type 3560 C Front-end .................................................................................. 19 Ordering Information Type 3560 C Front-end .................................................................. 19 Specifications Type 3560 D Front-end .................................................................................. 20 Ordering Information Type 3560 D Front-end .................................................................. 20 Specifications Type 3560 E Front-end (Tentative) ............................................................... 21 Ordering Information Type 3560 E Front-end (Tentative) ............................................... 21 Specifications 10 Mbit LAN Interface Module Type 7533 ................................................... 21 Ordering Information 7533 ............................................................................................... 22 Specifications 100 Mbit LAN Interface Module Type 7536 (Tentative) .............................. 22 AN Ordering Information 7536 (Tentative) ............................................................................ 23 Specifications 6/1-ch. Input/Output Module Type 3032 A, 3032 B ..................................... 23 h. Ordering Information 3032 ............................................................................................... 24 mation Specifications Generator, 4/2-ch. Input/Output Module Type 3109 .................................. 25 Ordering Information 3109 ............................................................................................... 26 Specifications Generator, 2/1-ch. Input/Output Module Type 3110 (Tentative) ............... 26 /1-ch. Ordering Information Portable PULSE Systems 3560 C, 3560 D .................................... 28 formation Overview of Portable PULSE Type 3560 C ............................................................................... 29 verview 9 Overview of Multichannel Portable PULSE Type 3560 D, 7-module configuration ............. 30 Overview of Multichannel PULSE Type 3560 E, 10-module configuration ........................... 31
General Noise and Vibration Measurement Product Noise Measurement Sound Quality Analysis Sound Power Noise Source Identification fication Acoustic Material Testing Structural Dynamics Machine Analysis hine
FEATURES
PULSE runs under the Microsoft Windows NT or Windows 2000 operating systems crosoft ms Analysis Engine upgrade software - use your standard PC for real-time signal analysis C Automatic detection of front-end hardware and transducers - supports IEEE P1451.4capable transducers with TEDS (Transducer Electronic Data Sheet) DS Signal conditioning for noise and vibration transducers including CCLD and Falcon bration phones Range Microphones LAN interface (wireless LAN possible) allows the front-end to be placed close to the test object and reduces transducer cable length ject Rugged design for industrial use Internal battery (3560 C only)/external DC operated acquisition unit for field use 560 isition Hot swap of batteries during measurement (3560 C only) 60
Introduction ction
PULSE, the Multi-analyzer System Type 3560, is a versatile, task-oriented analysis system ulti-analyzer k-oriented for noise and vibration analysis. It provides the platform for a range of PC-based C-based measurement solutions from Brel & Kjr. r. A Type 3560 C/D/E system consists of a PC with LAN interface, PULSE software, Windows E NT or Windows 2000, Microsoft Office and IDAe-based data acquisition front-end ystem hardware1. A system can contain up to 128 input channels located in up to 10 front-
1.
IDAe - Enhanced Intelligent Data Acquisition-based front-end. Portable PULSE is the first PULSE analyzer that uses IDAe modules. The term intelligent refers to the growing range of unique features including support of transducers with standardised built-in transducer data (TEDS). These features give fast and reliable setup and documentation of the entire measurement chain - from the transducer to the analysis result. The key features of IDAe are: - Input and output channels are fully conditioned for microphones, sound intensity probes, CCLD transducers and other transducers acting as voltage sources Selectable high-pass filters and full overload detection, including out-of-band overload and indication of incorrect conditioning for the connected transducer 3
ends. Part of the PULSE software is an Analysis Engine that allows the system analysis m power to be scaled up without the need for extra hardware. The input/output conditioning modules perform pre-processing and digitise the trans/output ducer signals. The components available for use in Type 3560 C/D/E PULSE systems are given in the Specifications. Further information on the input/output modules is given in Table 1. ble
Table 1 The types of module used in the Type 3560 C, 3560 D and 3560 E front-ends Frequency Range Type Product Name Lower Generator, 4/2-ch. Input/ Output Module 6/1-ch. Input/ Output Module Blank Module Generator, tor, 2/1-ch. Input/ Output Module 10 Mbit LAN Interface Module dule 100 Mbit LAN Interface Module Upper Inputs/Outputs Simultaneous Channels 4 Input 2 Generator Output 6 Input2 1 Output 2 Input 1 Generator Output 1 Input Direct/CCLD1 Mic. Preamp. 1 Tacho Direct CCLD1 1 Tacho Input Type Direct/CCLD1 Mic. Preamp. 1 Tacho Direct/CCLD1 Mic. Preamp. amp. 2 Tacho Up to 1 of these 3modules 3560 C No. in Front-end 3560 D 3560 E
3109
0 Hz
25.6 kHz
0 Hz
25.6 kHz
Up to 5 of these 4 modules
Up to 8 of these 4 modules
0 Hz
102.4 kHz
7533 75363
0 Hz
25.6 kHz
No input/output channels
1. Constant Current Line Drive for DeltaTron and ICP Accelerometers or Microphone Preamplifier 2. 4 Input/1 Output or 6 Input/0 Output @ 25.6 kHz; 6 Input/1 Output @ 12.8 kHz. Note: Only sine wave output available 3. Type 3110 requires Type 7536
The base software for a PULSE system is Noise and Vibration Analysis Type 7700, m 00, although separate FFT and CPB licenses are available as FFT Analysis Type 7770 and vailable CPB Analysis Type 7771. On this base, you can install further PULSE software such as ware Data Recorder Type 7701 and a number of other application packages. For descriptions nd of the PULSE software please refer to the separate System Data, BU 0229. ULSE
Analysis Engine
Noise and Vibration Analysis Type 7700 includes an Analysis Engine. This is the part pe of the PULSE software that enables scalable real-time signal analysis using the PCs CPU. f ysis By adding more Analysis Engine Upgrade Licenses you can unlock more analysis power without changing any hardware and without the need for dedicated DSPs (see System Ps Data BU 0229 for details). ).
PC
PC
B 7/6-'89
10Mbit
B 7/6-'89
100Mbit
Follow/Ext. power
B 7/6-'89
25kHz
On/Off
Output 1
Clock In
Output 2
Input
Aux. I/O Sync. In
Tx
LAN
Clock Out
Input
Rx
Sync. Out
3
Battery status
Battery
Battery
Battery status
status
status
Follow/Ext. power
Follow/Ext. power
10Mbit AO0451 (0.2m) LAN Interface AO0158 (3m) Module WL0235 (xm) 7533
Brel & Kjr
B 7/6-'89 K
Ext. Power
Ext. Power
On/Off
10-32V
On/Off
10-32V
25kHz
25kHz
25kHz
Measuring Output
Measuring Output
Measuring Overload
Input 1 Tacho 2
Input 1-6
3560D
Brel & Kjr
B 7/6-'89 K
Mixed 3560C/D
Error On/Off
Battery Battery status
Input
Input 3
2
Monitor
Input
Input
Input 5
Input
Input
Input
6 6/1-ch. Input/Output Module Type 3032A
6
1 2
Ext. Supply
status
Ext. Supply
Follow/Ext. power
10-32V
Live Fuse 10 A
Ground Fuse 10 A
Ext. Power
On/Off
Ext. Supply
10-32V
Live Fuse 10 A
Ground Fuse 10 A
10-32V
Reliable Design gn
Environmental
To survive the harsh electrical environment found in, e.g., cars, Portable PULSE has vive E specifications that exceed the European EMC immunity requirements. ISO 7637-1 Road quirements. ments Vehicles - Electrical disturbance by conduction and coupling requirements are met. Mechanical robustness is equally high and meets MIL - STD - 810C and IEC 68 - 2 - 6 standards. Since all portable PULSE systems are built for outdoor use, they meet strict requirements hey 0 for temperature and humidity. The operating temperature range extends from - 10 to ill +50C (+14 to 122F). Type 3560 C will withstand rain if kept with the front panel facing upwards and the protection cover in place.
FEATURES
Houses one interface module and one input/output module Robust casing for industrial and hard everyday use Rain cover for front panel allows passage of cables Battery operated or DC powered (10 32 V) Cooling fans can be turned off for silent operation (auto-restart if too hot) ans
Introduction
Type 3560 C is a portable data acquisition system with a battery/DC powered Type 2827 560 7 power supply unit. It can hold one 10 Mbit LAN Interface Module Type 7533 with 1 input 533 channel, and one input/output module. The interface module handles communication with the PC while the input/output module handles measurement inputs. Input/Output modules available are: ble Type 3032 A, 3032 B: 6/1-ch. Input/Output Module ut/Output Type 3109: 4/2-ch. Input/Output Module ch. UA 1365: 65: Blank Module
DC Output
To provide power for accessories such as a LAN switch or wireless LAN for interconAN necting more front-ends, the back panel is provided with a 5 and 12 V DC output (LEMO
1.
FGG.00.302 connector) with fuse. Cables for these accessories must be ordered sepaith rately.
FEATURES
Houses Power Supply Type 2826, one ne interface module and up to 5 input/output modules Robust casing for industrial and hard everyday use yday Powered by external DC or AC/DC convertor vertor Cooling fans can be turned off for silent operation (auto-restart if too hot)
Introduction duction
Type 3560 D is a data acquisition system comprising a frame that contains 7 modules. ype One of these must be the DC Power Supply Unit Type 2826, and one must be a 10 Mbit LAN Interface Module Type 7533 or a 100 Mbit LAN Interface Module Type 7536. The le N 6. remaining 5 modules can be chosen from: Type 3032 A, 3032 B: pe Type 3109: Type 3110: UA 1365: 6/1-ch. Input/Output Module odule 4/2-ch. Input/Output Module Output 2/1-ch. Input/Output Module1 nput/Output Blank Module ank
Power Supply
Power Supply Unit Type 2826 can be powered from a 10 - 32 V DC power supply. An 826 ovided. external 100 - 240 V AC mains supply unit, ZG 0430, is provided. The unit can be switched on and off from the front panel or, when using more than one front-end in one system, the on/off function can be controlled by another front-end ystem, using the Multiframe Control signal. A third possibility is to follow an external DC power supply, so that it switches on when the supply is connected. ches
1.
Type 3110 requires 100 Mbit LAN Interface Module Type 7536 7
DC Output
To provide power for accessories such as a LAN switch or wireless LAN, the back panel is provided with a 5 and 12 V DC output (LEMO FGG.00.302 connector) with fuse. Cables O ables for these accessories must be ordered separately.
FEATURES
Comprises Power Supply Type 2826, one 826, interface module and up to 8 input/output modules Powered by external DC or AC/DC y convertor Optional Rack Mounting Enclosure KQ 0155 and Fan Unit UH 1031
Introduction
Type 3560 E is a rack-mounted data acquisition system comprising 10 modules. One of k-mounted these must be the DC Power Supply Unit Type 2826, and one must be a 10 Mbit LAN y Interface Module Type 7533 or a 100 Mbit LAN Interface Module Type 7536. The remainpe face ning 8 modules can be chosen from: Type 3032 A, 3032 B: Type 3109: Type 3110: UA 1365: 6/1-ch. Input/Output Module dule 4/2-ch. Input/Output Module 2/1-ch. Input/Output Module1 Output Blank Module k
The system is provided with a 19 Rack Mounting Kit, as shown above. A 19 Rack 9 Enclosure KQ 0155 and Fan Unit UH 1031 are available to allow use of Type 3560 E as a d stand-alone unit.
Power Supply
Power Supply Unit Type 2826 can be powered from a 10 - 32 V DC power supply. An d y. external 100 - 240 V AC mains supply unit, WB 1436, is available. The unit can be switched on and off from the front panel or, when using more than one d front-end in one system, the on/off function can be controlled by another front-end using the Multiframe Control signal. A third possibility is to follow an external DC power y supply, so that it switches on when the supply is connected.
Cooling
The front-end must be equipped with an external fan unit to keep the temperature within safety limits.
1.
Type 3110 requires 100 Mbit LAN Interface Module Type 7536
FEATURES
Sets up and transmits data from input modules Provides sampling clock for the input modules Provides synchronisation interface for a system with multiple front-ends with Type 7533 or Type 7536 LAN Interface Modules Connection of remote control for sound intensity measurements via RS - 232 interface 32 One Direct/CCLD input channel with tacho supply o
Introduction
LAN Interface Module Type 7533 controls and routes all communication between the PC and the input/output modules. put/output
Serial Interface
An RS - 232 interface on the front panel allows communication with the optional Remote he Control Unit ZH 0632 for sound intensity measurements. The interface is also used for setting up the LAN address and testing the front-end hardware. p
Input
An input channel with a direct (BNT) input connector for CCLD (including DeltaTron) BNT) g transducers. The input also conditions a tacho probe and transducers, providing a DC source.
Aux I/O1 O
Type 7533 contains 16 DC input channels and 2 open drain outputs allowing simple on/ ype off control of actuators, etc. The DC channels are all present on a single connector.
1.
100 Mbit LAN Interface Module Type 7536 (Tentative) bit face
USES
Interfacing an IDAe-based Data Acquisition Frontuisition end (Type 3560 D/E only) to a PULSE System via /E LAN (Local Area Network) N
FEATURES
Sets up and transmits data from input modules mits Provides sampling clock for the input modules Provides synchronisation interface for a system with multiple front-ends with LAN Interface Modules Type 7533 or Type 7536 Connection of remote control for sound intensity measurements via RS - 232 interface
Introduction
LAN Interface Module Type 7536 controls and routes all communication between the le ween PC and the input/output modules.
Serial Interface
An RS - 232 interface on the front panel allows communication with the optional Remote Control Unit ZH 0632 for sound intensity measurements. The interface is also used for setting up the LAN address and testing the front-end hardware.
Aux I/O1
Type 7536 contains 16 DC input channels and 2 open drain outputs allowing simple on/ ype off control of actuators, etc. The DC channels are all present on a single connector.
1.
10
FEATURES
Two versions are available: 3032 A: Each input channel has independent CCLD/direct and preamplifier input connectors (BNC and LEMO), allowNC ing any combination of transducers bination 3032 B: One 37-pole D-sub connector for all 6 input channels. Each channel can be set independently Both modules feature: Floating/non-floating inputs/outputs One generator output (BNC) for simple sine tone testing Supports IEEE P1451.4 capable transducers with h TEDS (setup uses data stored in the transducer) Overload indicator indicates incorrect conditioning on connected transducers verload Overload detection including out-of-band frequencies DC, 0.7 Hz, 7 Hz, 22.4 Hz and special intensity high-pass filters, independently set for each channel 7 Hz Automatic DC offset compensation on input channels Independent input ranges for each channel Powerful built-in digital signal processors for signal conditioning Intensity phase-matching on channels 5 and 6 Type 3032 A features: ype Microphone polarization voltage 0, 200 V (all channels simultaneously) Functions and features available in the module are determined by software implemented and downloaded ble from PULSE LabShop. SE
Input ut
Each channel on Type 3032 A offers a BNC/BNT1 input connector for direct or CCLD rs (including DeltaTron and ICP) transducers and a 7-pin LEMO connector for micropin phone preamplifiers. The channels are independent, which allows you to mix and match your input types. Charge operation can be obtained using Charge to DeltaTron Converter Type 2647. Type 3032 B comes with a 37-pole D-sub connector containing all input channels. With -pole appropriate cables this version allows easy and fast connection of multi-transducer d system such as microphone array systems.
1.
Ch.1 and ch.2 are equipped with a BNT connector, to provide a DC supply for a Tacho Probe. 11
Note that Type 3032 B does not support microphones that require external polarization 2 voltage. For each channel, a LED indicates the status of the channel: activated (green) or ) overload (red). A measuring LED indicates that a setup is downloaded from the PCtes software into the front-end, and that a measurement is performed.
Floating/Non-floating Inputs
All input and output grounds can be set by the PULSE software to be independently ly floating or non-floating in order to avoid ground loop interference.
Output
The output channel on Type 3032 can be used as a simple, high-quality sine tone generator with a frequency range from 0.1 to 25.6 kHz. The maximum output voltage is 1 s /A 5 Vrms delivered in one output range through a 24-bit D/A converter. The signal is ms provided by a BNC connector, and may be referred to ground or floating.
12
Generator, 4/2-ch. Input/Output Module Type 3109 or, put/Output dule 109
USES
4 input channels for multichannel acoustic and put vibration measurements 2 generator output channels for system excitation for acoustic and vibration measurements
FEATURES, INPUT
4 input channels with independent CCLD and preamplifier input connectors, allowing DC, AC, g CCLD or preamplifier inputs with combinations of binations different transducers Supports IEEE P1451.4 capable transducers with TEDS (setup uses data stored in the transducer) Overload indicator indicates incorrect conditioning on connected transducers Overload detection including out-of-band frequencies DC, 0.7 Hz, 7 Hz, 22.4 Hz and special intensity high-pass filters, independently set for each channel 7 Automatic DC offset compensation Independent input ranges for each channel Intensity phase-matching on channels 3 and 4 y
FEATURES, OUTPUT
Output up to 25.6 kHz 5.6 Waveforms and generator functionality determined by PULSE software lity
Input
Type 3109 is an all-in-one input/output module. Four independent input channels are each equipped with two input connectors (BNC/BNT and LEMO). This allows you to T mix and match your input types. Two output channels can be used as signal generators x at frequencies up to 25.6 kHz. Type 3109 offers outstanding input and output capabilities on the same module, whether 109 youre exciting a system or making multichannel measurements with a variety of transducers simultaneously. g Each channel offers a BNC/BNT1 input connector for direct or CCLD (including DeltaEMO Tron and ICP) transducers and a 7-pin LEMO connector for microphone preamplifiers. The channels are independent, which allows you to mix and match your input types. Charge operation can be obtained using Charge to DeltaTron Converter Type 2647. Tron A common LED indicates the status of the channel: activated (green) or overload D (red), if just one of the inputs has an overload. Type 3109 detects overloads for fre1.
Ch.1 is are equipped with a BNT connector, to provide a DC supply for a Tacho Probe. 13
quencies outside the measurement frequency range, thus ensuring that the overloads he do not interfere with the measurement. A measuring LED indicates that a setup is downloaded from the PC software into the front-end, and that a measurement is perC formed. Besides front-end setup, all functionality and features supported by the module are determined by software implemented and downloaded from PULSE LabShop.
Independent Channels
The input channels on the module can be set up independently. This means that you dule can set up the high-pass filters and input gain separately and attach different types of transducers to different channels. (Note: The microphone polarization voltage is the same on all microphone channels). For sound intensity measurements, channels 3 and 4 are phase-matched down to 17 millidegrees at 50 Hz.
Output
The two output channels on Type 3109 can be used as signal generators with a frequency wo gnal range from 0 to 25.6 kHz and can supply all the signals necessary for performing system analysis. The generators are controlled from PULSE software. Type 3109 is designed around a powerful digital signal processor and a 24-bit D/A A converter, and has exceptional flexibility, stability and accuracy. Output levels are adjustable in hardware, with maximum output ranging from 5 mV to 5 V RMS. Lower levels ware, S. are possible by scaling the signal to the D/A converter. The signal is provided by a BNC A NC connector and can be referred to ground or floating. It is possible to add a DC offset, but any unwanted DC offset is automatically removed. wanted
Waveforms
Waveform functionality is determined by the downloaded PULSE application software. ftware.
Emergency Stop y
The connector at the top of the module allows connection to an emergency stop control, allowing you to stop the generators immediately.
14
Generator, 2/1-ch. Input/Output Module Type 3110 (Tentative) 1-ch. Output e ntative)
USES
2 input channels for multichannel acoustic and vibration measurements 1 generator output channel for system excitation for acoustic and vibration measurements
FEATURES, INPUT
Input up to 102.4 kHz 02.4 24-bit ADC up to 25.6 kHz bandwidth; 16-bit up to 102.4 kHz bandwidth ndwidth; 2 input channels with independent CCLD and preamplifier input connectors, els allowing DC, AC, CCLD or preamplifier inputs with combinations of different transducers Supports IEEE P1451.4 capable transducers with TEDS (setup uses data stored in the transducer) Overload indicator indicates incorrect conditioning on connected transducers Overload detection including out-of-band frequencies DC, 0.7 Hz, 7 Hz, 22.4 Hz, independently set for each channel 7 Automatic DC offset compensation utomatic High dynamic input ranges, independent ranges for each channel
FEATURES, OUTPUT
Output up to 102.4 kHz Waveforms and generator functionality determined by PULSE software nd
Input
Type 3110 is an all-in-one input/output module1. Each of its two input channels is ch equipped with a BNT input connector for direct or CCLD (including DeltaTron and LD pin ICP ) transducers and a 7-pin LEMO connector for microphone preamplifiers. The channels are independent, as are the two connectors on each channel. This allows you wo to mix and match your input types and to switch, for example, between preamplifier and DeltaTron inputs. Charge operation can be obtained using Charge to DeltaTron Converter Type 2647. The BNT connectors also provide a DC supply for use with a de tacho probe. The output channel can be used as a signal generator at frequencies up to 102.4 kHz. gnal Type 3110 offers outstanding input and output capabilities on the same module, whether me youre exciting a system or making multichannel measurements with a variety of transducers simultaneously. An LED indicates the status of each channel: activated (green) or overload (red). ) Type 3110 detects overloads for frequencies outside the measurement frequency range, ncies thus ensuring that the overloads do not interfere with the measurement. A measuring
1.
Type 3110 requires 100 Mbit LAN Interface Module Type 7536 15
LED indicates that a setup is downloaded from the PC software into the front-end, and C that a measurement is performed. Besides front-end setup, all functionality and features supported by the module are determined by software implemented and downloaded from PULSE LabShop.
Independent Channels
The input channels on the module can be set up independently. This means that you dule can set up the high-pass filters and input gain separately and attach different types of transducers to different channels. The microphone polarization voltage can be set separately for each channel.
Output
The output channel on Type 3110 can be used as signal generator with a frequency range from 0 to 102.4 kHz and can supply all the signals necessary for performing system m ignals analysis. The generators are controlled from PULSE software. LSE Type 3110 is designed around a powerful digital signal processor and a 24-bit D/A ned A convertor, and has exceptional flexibility, stability and accuracy. The full dynamic output range is obtained from 7 mV to 7 V peak. Lower levels are possible by scaling the signal ge y to the D/A converter. The signal is provided by a BNC connector and can be referred to ground or floating. It is possible to add a DC offset, but any unwanted DC offset is automatically removed.
Waveforms
Waveform functionality is determined by the downloaded PULSE application software. he
16
Type 3599 is a two-microphone probe kit for measype uring sound intensity. The probe set includes the g 1/ Sound Intensity Microphone Pair Type 4197 2 enabling 1/3-octave centre frequency measurements between 20 Hz and 6.3 kHz. Used with 1/2 3 Microphone Pair Type 4197, the probe complies air with IEC 1043 Class 1. These 1/2 microphones feaC ture patented phase-corrector units making precid sion low-frequency phase matching a practical possibility, leading to increased measurement bility, range and accuracy. For controlling measurement progress, Remote Control Unit ZH 0632 is included in Sound Intensity Probe Kit Type 3599. This unit has 4 push buttons and 4 LED indicators whose function is determined d by the application program (i.e., start/stop, autory ange, save, etc.), and also serves as an ergonomic handle for the probe unit. be For further information, see the Product Data for Type 3599, BP 1880. pe
PULSE and Intelligent Data Acquisition System Type 3561 nd ystem 561
PULSE LabShop will also run with Intelligent Data Acquisition Systems Type 3561 comprising the following modules: dules:
LAN & SCSI Interface Module Type 7532 Synchronization Module Type 7530 ule 6-channel A&V Recording Module Type 3030
There are, however, the following differences compared to the hardware specifications: wever,
IEEE P 1451.4/TEDS is not supported 451.4/TEDS The bandwidth goes to 12.8 kHz, not 25.6 kHz width There is no offset compensation feature The maximum number of channels measurement bandwidth is 75 kHz If a Type 3109 is included in the system, it will be ignored he
17
Safety
EMC Immunity
Temperature
Humidity Mechanical
Enclosure
EFFECT OF RADIATED/CONDUCTED RF, MAGNETIC FIELD AND GNETIC VIBRATION Radiated RF: 80 - 1000 MHz, 80% AM 1 kHz, 10 V/m Conducted RF: 0.15 - 80 MHz, 80% AM 1 kHz, 10 V Magnetic Field: 30 A/m, 50 Hz Input/Output Direct/CCLD Preamplifier Generator Radiated RF <10 mV <10 mV <60 mV
18
Specifications PULSE, the Multi-analyzer System Type 3560 C/D/E tions E, yzer pe D/E
Multi-analyzer Systems Type 3560 C, 3560 D with LAN interface are modular, expandible, multi-analysis systems that include the following components: g Pentium II, III or IV PC PULSE software Microsoft Windows NT 4.0 or Windows 2000 operating system 97, Microsoft Office 97 2000 or XP Front-end comprising: Power Supply/Frame Type 2827 or Power Supply Type 2826/Frame KK 0050 LAN Interface Module Type 7533 or Type 7536 AN Generator, 4/2-ch. Input/Output Module Type 3109 6/1-ch. Input/Output Module Type 3032 A or B Generator, 2/1-ch. Input/Output Module Type 3110 or Blank Module UA 1365
PC Requirements ts
MINIMUM Pentium II, III or IV, 300 MHz (750 MHz or better recommended) 128 MB RAM or better 4 GB hard disk or larger ard CD-ROM Drive Ethernet 10/100 Mbit card 1024 768 display, 16000 colours or better Min. 200 MB free disk space
DC OUTPUT + 5 V 0.3 V; max. 1 A (fused) x. +12 V 0.8 V; max. 1 A (fused) Connector: LEMO FGG.00.302 DIMENSIONS (without protective cover) Height: 105 mm (4.1 inches) Width: 376 mm (14.8 inches) dth: Depth: 300 mm (11.8 inches) Weight: 5 kg (11 lb.) with LAN Interface Module and Input/ b.) Output Module. When fitted with batteries, 6 kg (13 lb.)
Optional Accessories
ZG 0405 (2 ) QB 0048 UA 1556 UA 1572 AQ 0642 AQ 0643 See also Fig. 2 Battery Charger Battery, NiMH DR35 R35 Notebook Mounting Kit 19 Rack Mounting Kit Power Cable between UL 0196 and Type 3560 C/D L Power Cable between UL 0190 and Type 3560 C/D
19 9
DC OUTPUT + 5 V 0.3 V; max. 1 A (fused) +12 V 0.8 V; max. 1 A (fused) Connector: LEMO FGG.00.302 DIMENSIONS Height: 105 mm (4.1 inches) Width: 376 mm (14.8 inches) Depth: 300 mm (11.8 inches) Weight: 10 kg (22 lb.) with LAN Interface Module and 5 Input/ odule Output Modules
Optional Accessories
AQ 0642 AQ 0643 AQ 0656 See also Fig. 3 Power Cable between UL 0196 and Type 3560 C/D Power Cable between UL 0190 and Type 3560 C/D Power supply cable with car service plug for Type 3560 D
20
Specifications Multichannel PULSE Type 3560 E (Tentative) cifications ltichannel LSE 560 ative)
POWER SUPPLY Type 2826 AVAILABLE MODULES 4/2-ch. Input/Output Module Type 3109 2/1-ch. Input/Output Module Type 3110 (requires Type 7536) 6/1-ch. Input/Output Module Type 3032 A or 3032 B LAN Interface Module Type 7533 or 7536 Blank Module UA 1365 k POWER REQUIREMENTS Fulfils the requirements of ISO 7637-1 and 7637-2 Voltage: 10 - 32 V DC Power Consumption: sumption: When fitted with: 1 7533/7536 LAN Interface Module 35 W nominal with 1 input module 140 W nominal with 8 input modules Ext. Power Connector: Neutrik Powercon 3-pole Max. No. of Tacho Probes: 2 DIMENSIONS Height: 134 mm (5.3 inches) (3 standard rack-mounting units) Width: 482.6 mm (19 inches) Depth: 300 mm (11.8 inches) Weight: 8.7 kg (19 lb.) with LAN Interface Module and 8 Input/ put/ Output Modules; 17.5 kg (38.5 lb.) with KQ 0155 and UH 1031
Optional Accessories
KQ 0155 UH 1031 See also Fig. 4 19 Rack Enclosure 19 Fan Unit (Height: 1 standard rack-mounting unit)
Specifications 10 Mbit LAN Interface Module Type 7533 fications nterface dule 533
Input
FREQUENCY RANGE: REQUENCY 0 Hz to 12.8 kHz @ 32.768 kHz sampling rate 0 Hz to 25.6 kHz @ 65.536 kHz sampling rate INPUT CONNECTOR 1 BNT (ch.0) for Direct/CCLD or tacho LD TRANSDUCER SUPPLY VOLTAGES Supply for Tacho Probe: 6 V typical, max. 60 mA Constant Current Supply for CCLD: +4 mA with a 28 V source tant INPUT COUPLING 22.4 Hz high-pass filter: -0.1 dB @ fl = 22.4 Hz, slope -18 dB/oct., -3 dB @ 12 Hz 7 Hz digital high-pass filter: -0.1 dB @ fl = 7 Hz, slope - 6 dB/oct., -3 dB @ 0.7 Hz (0.7 Hz analog filter also active) 0.7 Hz high-pass filter: -0.1 dB @ fl = 0.7 Hz, slope - 6 dB/oct., -3 dB @ 0.07 Hz DC Direct (fl = 0 Hz) INPUT VOLTAGE RANGE 8 ranges from 7.071 mV to 22.36 Vpeak in 10 dB steps V INPUT IMPEDANCE Direct: 1 MW || < 200 pF, typ. CCLD: > 100 kW || < 200 pF, typ. INPUT PROTECTION Differential Mode: 50 Vpeak, 35 Vrms or DC Common Mode: 15 Vpeak MAX. INDUCED COMMON MODE VOLTAGE . DC - 80 MHz: 1 Vpeak COMMON-MODE REJECTION DC: 50 dB 0 - 1 kHz: 40 dB CROSSTALK (source/termination: 50 W) termination: Between ch. 0 and any channel in other modules 0 - 2 kHz: -100 dB 2 - 12.8 kHz: -85 dB 12.8 kHz to 25.6 kHz: -80 dB ATTENUATOR LINEARITY 0.1 dB @ 1 kHz ANTIALIASING FILTER (@ 32.768 and 65.536 kHz sampling rate) Provide at least 80 dB attenuation of those frequencies that can cause aliasing Passband: DC -25.6 kHz @ -0.1 dB, slope -18 dB/oct. ssband: C OVERLOAD DETECTION Applied before filters TOTAL HARMONIC DISTORTION Better than -80 dB 0.01% NOISE (10 Hz - 25.6 kHz) terminated with 50 W Range 7.071 mV 22.36 mV 70.71 mV 223.6 mV 707.1 mV 2.236 V 7.071 V 22.36 V Equivalent Input Noise 3 mVrms 3 mVrms 5 mVrms 10 mVrms 31 mVrms 100 mVrms 316 mVrms 1 mVrms 21
FREQUENCY RESPONSE (fl to fu re 1 kHz) UENCY 7 mV to 7 V range: 0.1 dB 22.36 V range: 0.3 dB AMPLITUDE LINEARITY (@ 1 kHz) 0 to 40 dB below full scale: 0.1 dB w 40 to 60 dB below full scale: 0.4 dB 60 to 80 dB below full scale: 1.0 dB ABSOLUTE AMPLITUDE PRECISION 0.1 dB, 2.236 V input range (@ 1 kHz) GAIN AND PHASE MATCH To any channel in Input Conditioning Module in Type 3109 or Type 3032: Same as channel-to-channel match in Type 3109/3032, 9/3032, except for 22.36 V range
LAN Interface N
Connector: 10base2: BNC connector complying with IEEE-802.3 10base2 10baseT: RJ45 connector complying with IEEE-802.3 10baseT Protocol: TCP/IP and TCP/UDP
Multiframe Control
This must only be connected to other BNC Multiframe Control Sockets in Type 7533 or 7536
Dimensions
Excluding connectors Height: 134.0 mm (5.28 inches) Width: 42.5 mm (1.67 inches) Depth: 234 mm (9.21 inches) Weight: 0.71 kg (1.56 lb.)
Optional Accessories
AO 1450 UL 0167 UL 0190 or LAN Interface Cable with RJ45 (1.5 m) ) Intel InBusiness 8 Port 10/100 Switch for Ethernet 4-port Switch
WIRELESS LAN LESS UL 0196 Access Point with 1 Wireless LAN PCMCIA Card UL 0197 Car Antenna, max. speed 140 km/hr (87.5 mph) UL 0198 Range Extender Antenna for indoor use UL 0199 PCMCIA Card for Notebook PC AQ 0642 Power Cable between UL 0196 and Type 3560 C/D ype See also Fig. 2 to Fig. 4
Specifications 100 Mbit LAN Interface Module Type 7536 (Tentative) ns AN pe ntative)
LAN Interface
Connector: RJ 45 (10baseT/100baseTX) connector complying with IEEE-802.3 100baseX Protocol: TCP/IP
RS-232 Interface
RS-232 Output: Fulfils EIA-562 (electrical) and EIA-574 (mechanical) Output Supply: 5 V, max. 50 mA
Multiframe Control
This must only be connected to other BNC Multiframe Control Sockets in Type 7533 or 7536 533
Dimensions
Excluding connectors Height: 134.0 mm (5.28 inches) Width: 42.5 mm (1.67 inches) Depth: 234 mm (9.21 inches) Weight: 0.51 kg (1.12 lb.)
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WIRELESS LAN UL 0196 Access Point with 1 Wireless LAN PCMCIA Card UL 0197 Car Antenna, max. speed 140 km/hr (87.5 mph) UL 0198 Range Extender Antenna for indoor use UL 0199 PCMCIA Card for Notebook PC AQ 0642 Power Cable between UL 0196 and Type 2827 ype See also Fig. 2 to Fig. 4
Specifications 6/1-ch. Input/Output Module Type 3032 A, 3032 B ons ut/Output dule 032
Input
FREQUENCY RANGE 0 Hz to 25.6 kHz @ 65.536 kHz sampling rate for 6 input channels/ no output channels 0 Hz to 25.6 kHz @ 65.536 kHz sampling rate for 4 input channels/ 1 output channel 0 Hz to 12.8 kHz @ 32.768 kHz sampling rate for 6 input channels/ 1 output channel INPUT CONNECTOR 3032 A: 2 BNT (ch.1, ch.2); 4 BNC (ch.3 - 6); 6 7-pole LEMO (BNC and LEMO connectors sited in parallel) 3032 B: 37-pole D-sub connector TRANSDUCER SUPPLY VOLTAGES 3032 A: Supply for Tacho Probe (ch.1, ch.2): 6 V, max. 60 mA ho 0 Microphone Polarization Voltage: 0 or 200 V for all six channels together Microphone Supply Voltage: 15 V, max. 10 mA/channel Constant Current Supply for CCLD: +4 mA with a 28 V source 3032 B: Microphone Supply Voltage: 15 V, max. 10 mA/channel Constant Current Supply for CCLD: +4 mA with a 28 V source INPUT COUPLING T 22.4 Hz high-pass filter: -0.1 dB @ fl = 22.4 Hz, slope -18 dB/oct., -3 dB @ 12 Hz 7 Hz digital high-pass filter: -0.1 dB @ fl = 7 Hz, slope - 6 dB/oct., -3 dB @ 0.7 Hz (0.7 Hz analog filter also active) 0.7 Hz high-pass filter: -0.1 dB @ fl = 0.7 Hz, slope -6 dB/oct., -3 dB @ 0.07 Hz DC Direct (fl = 0 Hz) INPUT VOLTAGE 7 ranges from 7.071 mVpeak to 7.071 Vpeak in 10 dB steps INPUT IMPEDANCE DANCE Direct, Microphone: 1MW || <200pF 200pF CCLD: >100kW || <200pF INPUT PROTECTION Differential Mode: 50 Vpeak, 35 Vrms or DC Common Mode: 5 Vpeak MAXIMUM INDUCED COMMON MODE VOLTAGE 1 Vpeak DC - 4 MHz 10Vrms 4MHz - 80 MHz COMMON-MODE REJECTION DC: 50 dB 0 to 1 kHz: 40 dB CROSSTALK (source/termination: 50 W) Between any two channels of a module or between any two ule channels in different modules: 0 to 2 kHz: -100 dB 2 kHz to 12.8 kHz: -85 dB 12.8 kHz to 25.6 kHz: -80 dB ATTENUATOR LINEARITY UATOR 0.1 dB @1 kHz TOTAL HARMONIC DISTORTION At least -80 dB below max. input (0.01%) NOISE (10 Hz to 25.6 kHz terminated with 50 W) d Input Range Equivalent Input Noise 7.071 mV V 3 mVrms 22.36 mV 3 mVrms 70.71 mV 5 mVrms 223.6 mV 10 mVrms 707.1 mV 31 mVrms 2.236 V 100 mVrms 7.071 V 316 mVrms FREQUENCY RESPONSE fL to fU: 0.1 dB re 1 kHz AMPLITUDE LINEARITY (@ 1 kHz) 0 to 40 dB below full scale: 0.1 dB cale: 40 to 60 dB below full scale: 0.4 dB 60 to 80 dB below full scale: 1.0 dB ABSOLUTE AMPLITUDE PRECISION 0.1 dB, 2.236 V input range (@ 1 kHz) CHANNEL-TO-CHANNEL MATCH (any input range) HANNEL-TO-CHANNEL Maximum Gain Difference: 0.2 dB from lower frequency limit, fL to upper frequency limit, fU Maximum Phase Difference (within one frame): 1.2 - 0.1 (f/fL) from fL to 10 fL 0.2 from 10 fL to 640 Hz 0.1 + 0.1 (f/640) from 640 Hz to 6.4 kHz CHANNEL-TO-CHANNEL MATCH (same input range) Maximum Gain Difference: 0.2 dB from lower frequency limit, fL, to upper frequency limit, fU Maximum Phase Difference (within one frame): 1.2 - 0.1 (f/fL) from fL to 10 fL 0.2 from 10 fL to 1280 Hz 80 0.1 + 0.1 (f/1280) from 1280 Hz to 25.6 kHz Sound Intensity Phase Match (only for ch. 5 and 6 using Intensity ound Filter): Complies with IEC 1043 Class 1 and ANSI S1.12-1995 Class 1, using Brel & Kjr Sound Intensity Probes g
23
ANTIALIASING FILTER (@ 32.768 and 65.536 kHz sampling rate) z Provides at least 80 dB attenuation of those input frequencies which can cause aliasing Passband: DC to 25.6 kHz @ -0.1 dB, slope -18 dB/oct OVERLOAD DETECTION Detectors applied before filters. Overload/active indication per channel on front panel
Special Functions
Microphone Charge Injection Calibration: Max. Test Signal: 5 Vrms Frequency Range: 0.1 Hz to 25.6 kHz quency Transducer and Cable Fault Detection: Microphone supply current monitoring CCLD idle voltage monitoring Analog Self-test: Functional Check Analog and Digital Offset Adjustment: Offset: -60 dB re max. input. B Smart Transducer Support: mLAN communication according to IEEE P1451.4 The functionality, including waveforms, of Type 3032 is dependent on the DSP software downloaded (part of application software)
Output
Frequency Range: 0.1 Hz to 25.6 kHz Output Connector: BNC, floating or grounded AC) Max. Output Voltage: 5 Vrms in one range (24-bit DAC) Output Impedance: 50 W Frequency Response re 1 kHz: Hz: 0.1 Hz to 12.8 kHz: +0.1, -0.2 dB 0.1 Hz to 25.6 kHz: +0.1, -0.4 dB Distortion: -80 dB at max. output Waveforms: Fixed sine
Dimensions
Excluding connectors Height: 134.0 mm (5.28 in) Width: 42.5 mm (1.67 in) Depth: 234 mm (9.21 in) Weight: 0.71 kg (1.56 lb.)
Optional Accessories
Type 2647 JP 0145 AO 0526 JP 1040 Charge to CCLD Amplifier BNC to 10-32 UNF Plug Adaptor 4p Microtech to 3 BNC Cable 3 BNC to multiplug for triaxial transducers 2 7-pole LEMO to 10-pole LEMO for Intensity Probe (Type 2683)
A wide range of Brel & Kjr accelerometers, microphones, preamplifiers and sound intensity probes is available for use with a Type 3560 system. These include: 60 Type 3599 Sound Intensity Probe Kit (includes Remote Control ZH 0632)
24
Specifications Generator, 4/2-ch. Input/Output Module Type 3109 pecifications 2-ch. Output e
Input
FREQUENCY RANGE: 0 Hz to 12.8 kHz @ 32.768 kHz sampling rate 0 Hz to 25.6 kHz @ 65.536 kHz sampling rate Lower sampling frequencies are obtained by decimation INPUT CONNECTOR 1 BNT (ch.1); 3 BNC (ch.2-4); 4 7-pole LEMO (BNC and LEMO connectors sited in parallel) TRANSDUCER SUPPLY VOLTAGES Supply for Tacho Probe (ch.1): 6 V, max. 60 mA acho Microphone Polarization Voltage: 0 or 200 V Microphone Supply Voltage: 15 V, max. 10 mA/channel /channel Constant Current Supply for CCLD: +4 mA with a 28 V source INPUT COUPLING 22.4 Hz high-pass filter: -0.1 dB @ fL = 22.4 Hz, slope -18 dB/oct., -3 dB @ 12 Hz 7 Hz digital high-pass filter: -0.1 dB @ fL = 7 Hz, slope - 6 dB/oct., -3 dB @ 0.7 Hz (0.7 Hz analog filter also active) 0.7 Hz high-pass filter: -0.1 dB @ fL = 0.7 Hz, slope -6 dB/oct., -3 dB @ 0.07 Hz Intensity filter: -0.1 dB @ 120 Hz, slope -6 dB/oct., -3 dB @ 12 Hz DC Direct (fL = 0 Hz) INPUT VOLTAGE AGE 7 ranges from 7.071 mVpeak to 7.071 Vpeak in 10 dB steps INPUT IMPEDANCE Direct, Microphone: 1MW || <200pF M CCLD: >100kW || <200pF INPUT PROTECTION Differential Mode: 50 Vpeak, 35 Vrms or DC Common Mode: 15 Vpeak MAXIMUM INDUCED COMMON MODE VOLTAGE DC - 80 MHz: 1 Vpeak 0 COMMON-MODE REJECTION DC: 50 dB 0 to 1 kHz: 40 dB CROSSTALK (source/termination: 50 W) Between any two channels of a module or between any two channels in different modules: 0 to 2 kHz: -100 dB 2 kHz to 12.8 kHz: -85 dB 12.8 kHz to 25.6 kHz: -80 dB ATTENUATOR LINEARITY 0.1 dB @ 1 kHz TOTAL HARMONIC DISTORTION At least -80 dB below max. input (0.01%) NOISE (10 Hz - 25.6 kHz) terminated with 50 W Input Range Equivalent Input Noise quivalent 7.071 mV 3 mVrms 22.36 mV 3 mVrms 70.71 mV 5 mVrms 223.6 mV 10 mVrms 707.1 mV 31 mVrms 2.236 V 100 mVrms 7.071 V 316 mVrms FREQUENCY RESPONSE fL to fU: 0.1 dB re 1 kHz AMPLITUDE LINEARITY (@ 1 kHz) @ 0 to 40 dB below full scale: 0.1 dB 40 to 60 dB below full scale: 0.4 dB 4 60 to 80 dB below full scale: 1.0 dB ABSOLUTE AMPLITUDE PRECISION PLITUDE 0.1 dB, 2.236 V input range (@ 1 kHz) CHANNEL-TO-CHANNEL MATCH (any input range) Maximum Gain Difference: 0.2 dB from lower frequency limit, fL to upper frequency limit, fU Maximum Phase Difference (within one frame): hase 1.2 - 0.1 f/fL from fL to 10 fL 0.2 from 10 fL to 640 Hz 0.1 + 0.1 f/640 from 640 Hz to 6.4 kHz CHANNEL-TO-CHANNEL MATCH (same input range) Maximum Gain Difference: 0.2 dB from lower frequency limit, fL, to upper frequency limit, fU Maximum Phase Difference (within one frame): 1.2 - 0.1 f/fL from fL to 10 fL 0.2 from 10 fL to 1280 Hz 80 0.1 + 0.1 f/1280 from 1280 Hz to 25.6 kHz Sound Intensity Phase Match (only for ch. 3 and 4 using Intensity Filter): Complies with IEC 1043 standard Class 1 and ANSI S1.12 1995 Class 1, using Brel & Kjr Sound Intensity Probes g ANTIALIASING FILTER (@ 32.768 and 65.536 kHz sampling rate) pling Provides at least 80 dB attenuation of those input frequencies which can cause aliasing Passband: DC to 25.6 kHz @ -0.1 dB, slope -18 dB/oct OVERLOAD DETECTION Applied before filters. Common indicator on front panel
Output
FREQUENCY RANGE 0 Hz to 25.6 kHz @ 65.536 kHz sampling rate OUTPUT CONNECTOR 2 BNC OUTPUT COUPLING DC Direct (fL= 0 Hz) OUTPUT VOLTAGE RANGE 7.07 mVpeak 7.07 Vpeak OUTPUT IMPEDANCE 50 W MAXIMUM INDUCED COMMON MODE VOLTAGE 1 Vpeak DC 4 MHz 10 Vrms 4MHz 80 MHz COMMON MODE REJECTION 1 Hz to 1 kHz: 50 dB 1 kHz to 25.6 kHz: 40 dB 6 CROSSTALK Between any two channels of module or between any two channels in different modules 0 to 2 kHz: -100 dB 2 kHz to 25.6 kHz: -85 dB HARMONIC AND SPURIOUS DISTORTION PRODUCTS (in band) < 80 dB or 1 mV, whichever is greater
25
OUTPUT NOISE Output Range utput 7.07 mV 70.7 mV 70.7 mV 707 mV 707 mV 7.07 V
Special Functions
Microphone Charge Injection Calibration: Max. Test Signal: 5 Vrms Frequency Range: 0.1 Hz to 25.6 kHz Transducer and Cable Fault Detection: Microphone supply current monitoring CCLD idle voltage monitoring dle Analog Self-test: Functional Check Analog and Digital Offset Adjustment: Offset: -60 dB re max. input. Smart Transducer Support: mLAN communication according to IEEE P1451.4 The functionality of Type 3109 is dependent on the DSP software downloaded (part of application software)
FREQUENCY RESPONSE 1 mHz to 25.6 kHz: 0.1 dB re 1 kHz kHz FREQUENCY ACCURACY AND STABILITY 0.0025% without warm-up (no adjustment necessary) AMPLITUDE LINEARITY (@ 1 kHz) 0 to 60 dB below full scale: 0.1 dB 60 to 100 dB below full scale: 0.2 dB 100 to 120 dB below full scale: 0.5 dB 120 to 140 dB below full scale: 1.0 dB ABSOLUTE AMPLITUDE PRECISION MPLITUDE 0.05 dB at 1 kHz, 1 Vrms, 23C 0.1 dB at 1 kHz, 1 mV to 5 Vrms CHANNEL-TO-CHANNEL MATCH (any output range) Maximum Gain Difference: 0.2 dB from lower frequency limit, fference: 0 Hz to upper frequency limit fu CHANNEL-TO-CHANNEL MATCH (same output range) Maximum Gain Difference: 0.2 dB from lower frequency limit, fL, to upper frequency limit, fU
Dimensions
Excluding connectors Height: 134.0 mm (5.28 in) Width: 42.5 mm (1.67 in) Depth: 234 mm (9.21 in) Weight: 0.71 kg (1.56 lb.)
Optional Accessories
Type 2647 JP 0145 AO 0526 Charge to CCLD Amplifier BNC to 10-32 UNF Plug Adaptor 4p Microtech to 3 BNC Cable crotech
A wide range of Brel & Kjr accelerometers, microphones, preamplifiers and sound intensity probes are available for use with a Type 3560 system. These include: Type 3599 Sound Intensity Probe Kit (includes Remote Control ZH 0632)
Specifications Generator, 2/1-ch. Input/Output Module Type 3110 ns /1-ch. Output e (Tentative) ntative)
Input
UPPER FREQUENCY NCY 25.6 kHz at 65.536 kHz sampling 102.4 kHz at 262.144 kHz sampling 204.8 kHz* at 524.288 kHz sampling Lower sampling frequencies are obtained by decimation wer A/D CONVERSION 24-bit for upper frequency 25.6 kHz 16-bit for upper frequency > 25.6 kHz INPUT CONNECTORS: Ch.1 /Ch2: 1 BNT + 1 7-pole LEMO BNT connector is internally connected if voltage input or MO DeltaTron input is selected only. LEMO connector is internally connected if preamp.input is selected only INPUT COUPLING: DC Direct (fL = 0 Hz)
*PULSE systems provide support up to 102.4 kHz
0.7 Hz high-pass filter: 0.1 dB @ fL = 0.7 Hz, slope 6 dB/oct., 3 dB @ 0.07 Hz 7 Hz digital high-pass filter: 0.1 dB @ fL = 7 Hz, slope 6 dB/oct., 3 dB @ 0.7 Hz, 0.7 Hz analog filter also active 22.4 Hz high-pass filter: 0.1 dB@ fL = 22.4 Hz, slope 18 dB/oct. 3 dB @ 12 Hz Intensity filter: 0.1 dB, @120 Hz, slope 6 dB/oct., 3 dB @ 12 Hz A filter ( analog filter : 3dB @107.7 Hz 6 dB/oct; the rest of A filter is digitally obtained) Inputs can be single-ended or floating INPUT VOLTAGE 8 ranges from 7.071 mVpeak to 22.34 Vpeak in 10 dB steps m INPUT IMPEDANCE Direct, Microphone: 1 MW || <200 pF ne: CCLD: >100 kW || <200 pF MAXIMUM INPUT VOLTAGE 35 Vpeak MAXIMUM INDUCED COMMON MODE VOLTAGE DC 80 MHz: 5 Vpeak
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COMMON-MODE REJECTION DC: 50 dB 0 to 1 kHz: 40 dB 1 kHz to 204.8 kHz*: 30 dB CROSSTALK (source/termination: 50 W) SSTALK Between any two input channels of a module or between any two input channels in different modules: 0 to 2 kHz: 130 dB (7 mV to 7 V ranges); 90 dB (in 22 V range) ); 2 kHz to 12.8 kHz: 120 dB (7 mV to 7 V ranges) ; 90 dB (in 22 V range) 12.8 kHz to 25.6 kHz: 110 dB (7 mV to 7 V ranges); 90 dB (in 22 V range) 25.6kHz to 102.4 kHz: 100 dB (7 mV to 7 V ranges); 90 dB (in 22 V range) 102.4 kHz to 204.8 kHz*: 90 dB (7 mV to 7 V ranges); 80 dB (in 22 V range) ATTENUATOR LINEARITY OR 0.05 dB @ 1 kHz ANTIALIASING FILTER Provides at least 90 dB attenuation of those input frequencies which can cause aliasing OVERLOAD DETECTION Applied before all filters HARMONIC DISTORTION / SPURIOUS DISTORTION All harmonics at least 90 dB below max. input (~0.0032%) 0 25.6 kHz All harmonics at least 80 dB below max. input (~0.0032%) 25.6 kHz 204.8 kHz* 4.8 All spurious frequencies at least 90 dB below max. input or < 1 mV, whichever is greater NOISE (Measured linear 10 Hz 25.6 kHz , Input terminated by 50 W) Input Analog Bandwidth A/D Converter Resolution Input Range 7.071 mV 22.36 mV 70.71 mV 223.6 mV 707.1 mV 2.236 V 7.071 V 22.36 V 25.6 kHz 24-bit 102.4/204.8 kHz* 16-bit
CHANNEL-TO-CHANNEL MATCH (any input range) HANNEL-TO-CHANNEL Maximum Gain Difference: 0.2 dB from lower frequency limit, fL to upper frequency limit, fU Maximum Phase Difference (within one frame): 1.2 0.1 f / fL from fL to 10 fL ( ~ 1.1 at fL and 0.2 at 10 fL) 0.2 from 10 fL to 6400 Hz 0.4 f /6.4 kHz 0.2 from 6.4 kHz to 204.8 kHz* (~ 1.4 at 25.6 kHz, 6.2 at 102.4 kHz and 12.6 at 204.8 kHz*) CHANNEL-TO-CHANNEL MATCH (same input range) Maximum Gain Difference: 0.2 dB from lower frequency limit, fL, to upper frequency limit, fU Maximum Phase Difference (within one frame): within 1.2 0.1 f / fL from fL to 10 fL ( ~ 1.1 at fL and 0.2 at 10fL ) 0.2 from 10 fL to 6400 Hz 0.2 f /6.4 kHz from 6.4 kHz to 204.8 kHz* (~ 0.8 at 25.6 kHz, 3.2 at 102.4 kHz and 6.4 at 204.8 kHz*) Sound Intensity Phase Match (only for using intensity filter): Complies with IEC 1043 standard Class 1 and ANSI S1.12 1995 h Class 1, using Brel & Kjr Sound Intensity Probes ANALOG SPECIAL FUNCTIONS: Supply for Tacho Probe: 6 V, max. 60 mA (on inner screen of BNT pply connector) on both channels with automatic switching to nonfloating input if used Polarization Voltage: 0 or 200 V, individually switched CCLD on/off: Constant Current Supply for CCLD: + 4 mA with a D: 28 V source Charge Injection Calibration: Max. Vout: 5 Vrms Frequency Range: 0 to 102.4 kHz Analog Self-test: Functional check Analog and Digital Offset Adjustment: 60 dB below Max. Input Input Common Mode Overload Detection for Vcommon mode > 3.16 V Cable Fault Detection (Preamp and CCLD only) Transducer Current Fault Detection (Preamp only): ): + 15 V transducer supply current monitoring; Range: 0 to 10 mA, 5 8-bit resolution Transducers: Supports IEEE P1451.4 capable transducers with standardised TEDS based on mLAN N
Equivalent Input Noise 2 mVrms 2 mVrms 2.5 mVrms 3 mVrms 4 mVrms 10 mVrms 31.6 mVrms 100 mVrms 2 mVrms 2 mVrms 4 mVrms 10 mVrms 31 mVrms 100 mVrms 316 mVrms 1000 mVrms
Output
Output Connector: 1 BNC Output Coupling: DC Direct (fL = 0 Hz), Offset residue: 60 dB below max. output Output can be single-ended or floating D/A Conversion: 24-bit UPPER FREQUENCY 102.4 kHz (fs = 262.144 kHz ) OUTPUT VOLTAGE RANGE LTAGE 7 mVpeak to 7 Vpeak OUTPUT IMPEDANCE 50 W MAXIMUM INDUCED COMMON MODE VOLTAGE 1 Vpeak, DC 4 MHz 10 Vrms, 4MHz 80 MHz COMMON MODE REJECTION 1 Hz to 1 kHz: 50 dB 1 kHz to 25.6 kHz: 40 dB 25.6 kHz to 102.4 kHz: 30 dB CROSSTALK K To any channel ( input or output) 0 to 102.4 kHz: Better than 120 dB or better than 90 dB re max. x. input voltage whichever is greater (worse)
OVERALL FREQUENCY RESPONSE fL to 25.6 kHz: 0.1 dB fL to 102.4 kHz: +0.1 dB/0.2 dB fL to 204.8 kHz*: +0.1 dB/0.5 dB AMPLITUDE LINEARITY (@ 1 kHz) 0 to 40 dB below full scale: 0.1 dB 40 to 60 dB below full scale: 0.4 dB 60 to 80 dB below full scale: 1.0 dB ABSOLUTE AMPLITUDE PRECISION 0.1 dB, 2.236 V input range (@ 1 kHz) @
27
RECONSTRUCTION FILTER ONSTRUCTION Provides at least 80 dB attenuation of mirror frequencies (for fS des = 262.144 kHz) HARMONIC AND SPURIOUS DISTORTION PRODUCTS Fout 0 25.6 kHz: < 80 dB re full range output or 1 mV, whichever is greater Fout 25.6kHz 102.4kHz: < 70 dB re full range output or 1 mV, whichever is greater OUTPUT NOISE Output Range ge Equiv. Output Noise linear (10 Hz 25.6 kHz) 3 mVrms 7 mVp to 70.7 mVp 70.7 mVp to 707 mVp 10 mVrms 707 mVp to 7.07 Vp 20 mVrms Equiv. Output Noise (10 Hz 204.8 kHz*) 15 mVrms 50 mVrms 150 mVrms
AMPLITUDE LINEARITY (@ 1 kHz) @ 0 to 60 dB below full scale: 0.1 dB 60 to 100 dB below full scale: 0.2 dB 100 to 120 dB below full scale: 0.5 dB 120 to 140 dB below full scale: 1.0 dB ABSOLUTE AMPLITUDE PRECISION PLITUDE 0.05 dB at 1 kHz, 1 Vrms, 23C 0.1 dB at 1 kHz, 1 mVrms to 3.5 Vrms ANALOG SPECIAL FUNCTIONS: Analog Self-test: Functional check DC Offset Adjustment: Analogue and digital compensation
Dimensions
Excluding connectors: Height: 134.0 mm (5.28 inches) 8 Width: 42.5 mm (1.67 inches) Depth: 234 mm (9.21 inches) Weight: 0.71 kg (1.56 lb.)
OVERALL FREQUENCY RESPONSE 0.1 dB re 1 kHz, over the interval 1 mHz to 25.6 kHz +0.1dB/0.3dB over the interval 1 mHz to 102.4 kHz FREQUENCY ACCURACY AND STABILITY 0.0025% without warm-up (no adjustment necessary) y)
Time Capture Multiple-Input Multiple-Output Analysis SSR Analysis Envelope Analysis PULSE Interface to SONY SIR-1000 Spatial Transformation of Sound Fields mation Component PULSE Viewer License
1 2 channels 3 4 channels 5 8 channels 9 12 channels 13 16 channels 17 24 channels 25 32 channels 33 48 channels 49 64 channels 65 128 channels 1 2 channels 3 4 channels 5 8 channels 9 12 channels 13 16 channels 17 24 channels 25 32 channels 33 48 channels 49 64 channels 65 128 channels
Type 7709
OPERATING SYSTEM BZ 5372-xx Microsoft Windows 2000 without Manuals BZ 5373-xx Microsoft Windows 2000 with Manuals xx specifies country: GB, DE, FR, ES, IT, SE T, NOTEBOOK PCs* UL 0183-xx HP Omnibook Standard Notebook PC UL 0205-xx HP Omnibook High-end Notebook PC UL 0175-A-xx Dell Latitude High-end Notebook PC UL 0176-A-xx Dell Latitude Standard Notebook PC UL 0165-xx Rocky II+ Ruggedized PC xx specifies country: GB, DE, FR, ES, IT, SE fies TOWER PCs* UL 0211 Dell Dual P4 Workstation 530
Type 7707 Additional Analysis Engine The software license allows measurements on the number of ftware channels covered by your software license for Type 7700, 7770 or 7771 Type 7701 Type Type Type Type Type 7702 G 7702 A 7702 B 7702 E 7702 C Data Recorder Order Order Order Order Order Analysis, Analysis, Analysis, Analysis, Analysis, 2 channels 3 4 channels 5 8 channels 9 12 channels 13 16 channels
PC ACCESSORIES UL 0109 19 HP Monitor UL 0184 Secondary Battery for UL 0183 UL 0185 Zip drive for UL 0183 UL 0204 R/W CD Module for UL 0183 ZG 0421 Car/Airplane Adaptor for UL 0183 UL 0200 Vehicle Adaptor (12 32 V) for Rocky II+ UL 0213 17 Flat Panel Display (secondary display for UL 0211) UL 0208-xx Microsoft Office XP Small Business Edition UL 0209-xx Microsoft Office XP Standard Edition with Manuals UL 0207-xx Microsoft Office XP Professional Edition xx specifies country: GB, DE, FR, ES, IT, SE
* PCs are constantly updated. Contact your local dealer for latest information.
28
SW
7700X Noise and Vibration Analysis 7770X FFT Analysis 7771X CPB Analysis X= A,B,C,D,E,F,G,H,I,J (see Ordering Information) including Analysis Engine Accessories Included: BZ5217 PULSE CD-ROM A PULSE Front end is a system consisting of 2827, one Interface Module and 0-1 Input/Output Modules, assembled and tested as one unit. If no I/O Module, then a Blank Module is required
PULSE
Front-end
Front-end
3560C Front-end Power Supply and Frame: Type 2827 Accessories Included: ZG0429 Mains Supply/ Battery Charger ANxxxx Mains Cable for ZG0429 AO0546 Power Supply Cable for in-car use DD0552 Protection Cover DH0541 Shoulder Strap
Battery Follow/Ext. power Ext. Power Battery status status On/Off 10-32V
!
Analysis Engine: 7707 Analysis Engine Upgrade Options: 7701 Data Recorder 7702 Order Analysis 7703 Vold-Kalman Order Tracking Filter 7705 Time Capture 7709 PULSE Viewer License 7748 Sound Power 7698 Sound Quality 7752 Noise Source Identification 7753 Modal Test Consultant 7754 MEscopeVESTM 7755A PULSE Bridge to MEscope 7755B PULSE Bridge to MATLAB 7756 WorkFlow Manager 7758 Material Testing 7759 Advanced Intensity Analysis 7760 Operational Modal Analysis 7761 Acoustic Test Consultant 7764 Multiple-Input, Multiple-Output Analysis 7772 SSR Analysis 7773 Envelope Analysis 7774 PULSE Interface to SONY SIR 1000 7780 Spatial Transformation of Sound Fields Component Optional Accessories: ZG0405 Battery Charger QB0048 Battery NiMH DR35 (x2) UA1556 Notebook Mounting Kit UA1572 19" Rack Mounting Kit for Type 2827
7533 10Mbit LAN Interface Module Accessories Included: AO1449 LAN Interface Cable Crossover with RJ45 AO1451 RS232 Cable for LAN Interface
B 7/6-'89
10Mbit
Interface
Clock In
Aux. I/O
Sync. In
Tx
LAN
Clock Out
Optional Accessories: AO1450 LAN Interface Cable with RJ45 UL0167 Intel 8 port LAN Switch UL0190 4 port switch AQ0643 Power Cable for UL 0190 3560C/D Wireless LAN: UL 0196 Access Point AP 500 UL 0197 Car Antenna UL 0198 Indoor Antenna AQ0642 Power Cable for UL0196 3560C/D UL 0199 PCMCIA Card for Notebook PC
Rx
Sync. Out
I/O
3109 Generator, 4/2-ch. Input/Output Module or 3032A 6/1-ch. Input/Output Module or 3032B 6/1-ch. Input/Output Module or UA 1365 Blank Module
Brel & Kjr el
B 7/6-'89 K
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
Measuring Output
Measuring Output
Input
Output 1
1 Tacho
Input 1-6
Output 2
Input
Input
Input 3
Input
2
4
Input
Input
Input 5
Input
4
6
Input
PC
Notebook PCs: UL 0165-xx Rocky II + Ruggedized PC UL 0183-xx HP Omnibook Standard Notebook PC UL 0205 HP Omnibook high-end Notebook PC UL 0175-A-xx Dell Latitude High-end Notebook PC UL 0176-A-xx Dell Latitude Standard Notebook PC XX Specifies country: GB,DE,FR,ES,IT,SE Tower PC: UL 0211 Dell Dual P4 Workstation 530 7700XMS1 Software Maintenance and Upgrade Agreement, X= A,B,C,D,E,F,G 3560-C-CAI Accredited Initial Calibration 3560-C-CAF Accredited Calibration Transducers, e.g., the IEEE 1451.4 capable Miniature DeltaTron Accelerometers, Microphones and Preamplifiers Sound Intensity Probe Kit Type 3599 Laser Doppler Vibrometer Type 8329 * See www.bksv.com for updated configuration information
3032B Cables AO0535 37-pole D-sub to 6 Microdot for Accelerometers AO0536 37-pole D-sub with 2 plugs for triaxial accelerometers WL1261 37-pole D-sub with 6x7-pole LEMO plugs for microphone preamplifiers WL1271 37-pole D-sub with 6 BNC plugs
Service
Optional
UL 0184 Secondary Battery for HP Omnibook 6000 ZG 0421 Car/Airplane Adaptor for UL 0183 UL 0200 Vehicle Adaptor (1232V) for Rocky II + UL0208-xx MS Office XP Small Business Edition UL0209-xx MS Office XP Standard Edition with Manuals UL0207-xx MS Office XP Professional Edition XX Specifies Country: GB,DE,FR,ES,IT,SE UL 0213 Dell 17" Flat Panel Display (secondary display for UL 0211)
990159/7
29
Fig. 3 Overview of Mutichannel Portable PULSE Type 3560 D, 7-module configuration ble figuration
IDAe PULSE System Type 3560D 7-module configuration
PULSE Turnkey System A PULSE Turnkey System consists of SW, Front-end and PC which are installed and tested ready for use
SW
7700X Noise and Vibration Analysis 7770X FFT Analysis 7771X CPB Analysis X= A,B,C,D,E,F,G,H,I,J (see Ordering Information) including Analysis Engine Accessories Included: BZ5217 PULSE CD-ROM A PULSE Front end is a system consisting of a frame and power supply, one Interface Module and 0-5 Input/Output Modules, assembled and tested as one unit. Empty slots must contain Blank Modules 3560D Front-end Power Supply: Type 2826 Frame: KK0050
PULSE
Front-end
Front-end
B 7/6-'89
Ext. Supply
10-32V
Live Fuse 10 A
Ground Fuse 10 A
Accessories Included: ZG0430 Mains Supply ANxxxx Mains Cable for ZG0430 AO0647 Power Supply Cable for in-car use DH0541 Shoulder Strap
Analysis Engine: 7707 Analysis Engine Upgrade Options: 7701 Data Recorder 7702 Order Analysis 7703 Vold-Kalman Order Tracking Filter 7705 Time Capture 7709 PULSE Viewer License 7748 Sound Power 7698 Sound Quality 7752 Noise Source Identification 7753 Modal Test Consultant 7754 MEscopeVESTM 7755A PULSE Bridge to MEscope 7755B PULSE Bridge to MATLAB 7756 WorkFlow Manager 7758 Material Testing 7759 Advanced Intensity Analysis 7760 Operational Modal Analysis 7761 Acoustic Test Consultant 7764 Multiple-Input, Multiple-Output Analysis 7772 SSR Analysis 7773 Envelope Analysis 7774 PULSE Interface to SONY SIR 1000 7780 Spatial Transformation of Sound Fields Component
7533 10Mbit LAN Interface Module 7536 100Mbit LAN Interface Module
Brel & Kjr el
Input 0 Error Clock
B 7/6-'89 K
10Mbit
B 7/6-'89
100Mbit
Interface
Clock In
Aux. I/O
Sync. In
Tx
LAN
Clock Out
Rx
Sync. Out
Accessories Included: AO1449 LAN Interface Cable Crossover with RJ45 AO1451 RS232 Cable for LAN Interface
Optional Accessories: AO1450 LAN Interface Cable with RJ45 UL0167 Intel 8 port LAN Switch UL0190 4 port switch AQ0643 Power Cable for UL 0190 3560C/D Wireless LAN: UL 0196 Access Point AP 500 UL 0197 Car Antenna UL 0198 Indoor Antenna AQ0642 Power Cable for UL0196 3560C/D UL 0199 PCMCIA Card for Notebook PC
I/O
3109 Generator, 4/2-ch. Input/Output Module or 3110 2/1-ch. Input/Output Module** or 3032A 6/1-ch. Input/Output Module or 3032B 6/1-ch. Input/Output Module or UA 1365 Blank Module
Brel & Kjr el
B 7/6-'89 K
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
Measuring Output
Measuring Output
Measuring Overload
Input
Output 1
1 Tacho
Input 1-6
Output 2
Input
Input
Input 3
2
Monitor
Input
2
4
Input
Input
Input 5
Input
Input
4
6
Input
6
1 2
PC
Notebook PCs: UL 0165-xx Rocky II + Ruggedized PC UL 0183-xx HP Omnibook Standard Notebook PC UL 0205 HP Omnibook high-end Notebook PC UL 0175-A-xx Dell Latitude High-end Notebook PC UL 0176-A-xx Dell Latitude Standard Notebook PC XX Specifies country: GB,DE,FR,ES,IT,SE Tower PC: UL 0211 Dell Dual P4 Workstation 530 7700XMS1 Software Maintenance and Upgrade Agreement, X= A,B,C,D,E,F,G
3032B Cables AO0535 37-pole D-sub to 6 Microdot for Accelerometers AO0536 37-pole D-sub with 2 plugs for triaxial accelerometers WL1261 37-pole D-sub with 6x7-pole LEMO plugs for microphone preamplifiers WL1271 37-pole D-sub with 6 BNC plugs
Service
Optional
Transducers, e.g., the IEEE 1451.4 capable Miniature DeltaTron Accelerometers, Microphones and Preamplifiers Sound Intensity Probe Kit Type 3599 Laser Doppler Vibrometer Type 8329 * See www.bksv.com for updated configuration information ** Type 3110 requires 100Mbit LAN Interface Module Type 7536
UL 0184 Secondary Battery for HP Omnibook 6000 ZG 0421 Car/Airplane Adaptor for UL 0183 UL 0200 Vehicle Adaptor (1232V) for Rocky II + UL0208-xx MS Office XP Small Business Edition UL0209-xx MS Office XP Standard Edition with Manuals UL0207-xx MS Office XP Professional Edition XX Specifies Country: GB,DE,FR,ES,IT,SE UL 0213 Dell 17" Flat Panel Display (secondary display for UL 0211)
010056/2
30
SW
7700X Noise and Vibration Analysis 7770X FFT Analysis 7771X CPB Analysis X= A,B,C,D,E,F,G,H,I,J (see Ordering Information) including Analysis Engine Accessories Included: BZ5217 PULSE CD-ROM A PULSE Front end is a system consisting of power supply, one Interface Module and 0-8 Input/Output Modules, assembled and tested as one unit. Empty slots must contain Blank Modules 3560E Front-end Power Supply: Type 2826 Accessories Included: WB1436 Mains Supply ANxxxx Mains Cable for WB1436 AO0647 Power Supply Cable WU0516 19" Rack Mounting Kit for 3560E
Analysis Engine: 7707 Analysis Engine Upgrade Options: 7701 Data Recorder 7702 Order Analysis 7703 Vold-Kalman Order Tracking Filter 7705 Time Capture 7709 PULSE Viewer License 7748 Sound Power 7698 Sound Quality 7752 Noise Source Identification 7753 Modal Test Consultant 7754 MEscopeVESTM 7755A PULSE Bridge to MEscope 7755B PULSE Bridge to MATLAB 7756 7758 7759 7760 7761 7764 7772 7773 7774 7780 WorkFlow Manager Material Testing Advanced Intensity Analysis Operational Modal Analysis Acoustic Test Consultant Multiple-Input, Multiple-Output Analysis SSR Analysis Envelope Analysis PULSE Interface to SONY SIR 1000 Spatial Transformation of Sound Fields Component
PULSE
Front-end
Front-end
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
B 7/6-'89
10Mbit
Measuring Output
Measuring Output
Input 1 Tacho 2
Input 1 Tacho 2
Input 1 Tacho 2
Input 1 Tacho 2
Input 1 Tacho 2
Input 1 Tacho 2
Input 1 Tacho
Ext. Supply
Output 1
On Ext.
Off Int.
Output 2
Clock In
Input 3
Input 3
Input 3
Input 3
Input 3
Input 3
Input 3
Input
Aux. I/O Sync. In
1
4 4 4 4
4
10-32V
4
Live Fuse 10 A
Tx LAN Clock Out
Input 5
Input 5
Input 5
Input 5
Input 5
Input 5
Input 5
Input
Ground Fuse 10 A
Rx
Sync. Out
3
6 6/1-ch. Input/Output Module Type 3560E 6 6/1-ch. Input/Output Module Type 3560E 6 6/1-ch. Input/Output Module Type 3560E 6 6/1-ch. Input/Output Module Type 3560E
6 6/1-ch. Input/Output Module Type 3560E
Optional Accessories: KQ0155 19" Rack Enclusore UH1031 19" Fan Unit Optional Accessories: AO1450 LAN Interface Cable with RJ45 UL0167 Intel 8 port LAN Switch UL0190 4 port switch AQ0643 Power Cable for UL 0190 3560C/D Wireless LAN: UL 0196 Access Point AP 500 UL 0197 Car Antenna UL 0198 Indoor Antenna AQ0642 Power Cable for UL0196 3560C/D UL 0199 PCMCIA Card for Notebook PC
7533 10Mbit LAN Interface Module 7536 100Mbit LAN Interface Module
Brel & Kjr el
Input 0 Error Clock
B 7/6-'89 K
10Mbit
B 7/6-'89
100Mbit
Interface
Clock In
Aux. I/O
Sync. In
Tx
LAN
Clock Out
Rx
Sync. Out
Accessories Included: AO1449 LAN Interface Cable Crossover with RJ45 AO1451 RS232 Cable for LAN Interface
I/O
3109 Generator, 4/2-ch. Input/Output Module or 3110 2/1-ch. Input/Output Module** or 3032A 6/1-ch. Input/Output Module or 3032B 6/1-ch. Input/Output Module or UA 1365 Blank Module
Brel & Kjr el
B 7/6-'89 K
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
25kHz
B 7/6-'89
Measuring Output
Measuring Output
Measuring Overload
Input
Output 1
1 Tacho
Input 1-6
Output 2
Input
Input
Input 3
2
Monitor
Input
2
4
Input
Input
Input 5
Input
Input
4
6
Input
6
1 2
PC
Notebook PCs: UL 0165-xx Rocky II + Ruggedized PC UL 0183-xx HP Omnibook Standard Notebook PC UL 0205 HP Omnibook high-end Notebook PC UL 0175-A-xx Dell Latitude High-end Notebook PC UL 0176-A-xx Dell Latitude Standard Notebook PC XX Specifies country: GB,DE,FR,ES,IT,SE Tower PC: UL 0211 Dell Dual P4 Workstation 530 7700XMS1 Software Maintenance and Upgrade Agreement, X= A,B,C,D,E,F,G
3032B Cables AO0535 37-pole D-sub to 6 Microdot for Accelerometers AO0536 37-pole D-sub with 2 plugs for triaxial accelerometers WL1261 37-pole D-sub with 6x7-pole LEMO plugs for microphone preamplifiers WL1271 37-pole D-sub with 6 BNC plugs
Service
Optional
Transducers, e.g., the IEEE 1451.4 capable Miniature DeltaTron Accelerometers, Microphones and Preamplifiers Sound Intensity Probe Kit Type 3599 Laser Doppler Vibrometer Type 8329 * See www.bksv.com for updated configuration information ** Type 3110 requires 100Mbit LAN Interface Module Type 7536
UL 0184 Secondary Battery for HP Omnibook 6000 ZG 0421 Car/Airplane Adaptor for UL 0183 UL 0200 Vehicle Adaptor (1232V) for Rocky II + UL0208-xx MS Office XP Small Business Edition UL0209-xx MS Office XP Standard Edition with Manuals UL0207-xx MS Office XP Professional Edition XX Specifies Country: GB,DE,FR,ES,IT,SE UL 0213 Dell 17" Flat Panel Display (secondary display for UL 0211)
010161
31
PC HARDWARE UL 0167 Intel InBusiness 8 port 10/100 Switch for Ethernet UL 0190 4-port Switch or UL 0190 US 4-port Switch (110 V) AO 1450 O LAN Interface Cable with RJ45 AQ 0643 Power Cable between UL 0190 and Type 3560 C/D pe WIRELESS LAN (Lucent ORiNOCO) UL 0196 Access Point with 1 Wireless LAN PCMCIA Card UL 0197 Car Antenna, max. speed 140 km/hr (87.5 mph) 40 UL 0198 Indoor Antenna UL 0199 PCMCIA Card for Notebook PC AQ 0642 2 Power Cable between UL 0196 and Type 3560 C/D FRONT-ENDS Type 3560 C Type 3560 D Type 3560 E Portable PULSE (2-module configuration) Multichannel Portable PULSE (7-module configuration) Multichanel PULSE (10-module configuration)
6/1-ch. Input/Output Module Blank Module Notebook Mounting Kit 19 Rack Mounting Kit for Type 2827
A wide range of Brel & Kjr accelerometers, microphones, jr preamplifiers and sound intensity probes is available for use with a Type 3560 system. The system supports IEEE P1451.4 capable transducers with standardised TEDS SERVICES 3560-SI1 7700 X - MS1
LAN INTERFACE MODULES Type 7533 LAN Interface Module or Type 7536 LAN Interface Module (Type 3560 D, E only) INPUT/OUTPUT Type 3109 Type 3110 Type 3032 A MODULES 4/2-ch. Input/Output Module 2/1-ch. Input/Output Module* 6/1-ch. Input/Output Module
Installation and Configuration (at Brel & Kjr) Noise and Vibration Analysis Software Maintenance and Upgrade Agreement grade 7770 X - MS1 FFT Analysis Software Maintenance and Upgrade Agreement 7771 X - MS1 CPB Analysis Software Maintenance and Upgrade Agreement X = A J corresponding to the same numbers of channels as Types 7700, 7770 and 7771 above See the Software Maintenance and Upgrade Product Data (BP 1800) for further details of MS1 Agreements See also Fig. 2 to Fig. 4
*Type 3110 requires 100 Mbit LAN Interface Module Type 7536
TRADEMARKS Microsoft, Windows NT and Windows are registered trademarks of Microsoft Corporation in the United States and/or other countries ICP is a registered trademark of PCB Piezotronics MATLAB is a registered trademark of The MathWorks, Inc. SONY is a registered trademark of Sony Corporation Intel, Intel InBusiness and Pentium are registered trademarks of Intel Corporation or its subsidiaries in the United States and/or other countries HP and Omnibook are registered trademarks of Hewlett-Packard Company Dell and Latitude are registered trademarks of Dell Computer Corporation
Brel & Kjr reserves the right to change specifications and accessories without notice
HEADQUARTERS: DK-2850 Nrum Denmark Telephone: +4545800500 Fax: +4545801405 http://www.bksv.com e-mail: info@bksv.com Australia (02)9450-2066 Austria 0043-1-8657400 Brazil (011)5182-8166 Canada (514)695-8225 China (86) 1068029906 Czech Republic 02-67021100 Finland (0)9-755 950 France (01)69907100 Germany 06103/733 5-0 Hong Kong 25487486 Hungary (1)2158305 Ireland (01)803 7600 Italy 02 57 68061 Japan 03-3779-8671 Republic of Korea (02)3473-0605 Netherlands (31)318 559290 Norway 66771155 Poland (22)858 9392 Portugal (1)4711453 Singapore (65) 377- 4512 Slovak Republic 421 2 5443 0701 Spain (91)6590820 Sweden (08)4498600 Switzerland (0)1 880 70 35 Taiwan (02)7139303 United Kingdom (0)1438 739 000 USA 800 332 2040 Local representatives and service organisations worldwide
BU 0228 15
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