Specification Sheet

Controller
2500

Foxboro 2500 Controller

MODEL
HIGH PERFORMANCE CONTROL
IN A VERSATILE, MODULAR SYSTEM
High performance, high accuracy, high functionality in an I/O system that provides
Summary cost effective access to a wide range of advanced functions including PID control
with auto tuning and gain scheduling.
The Foxboro PAC System enables Designed to communicate with Modbus RTU, Profibus®, DeviceNet®, or Modbus
secure and reliable process TCP/IP masters, it can be used for signal conditioning, alarm monitoring, remote
control and information recording data acquisition, or devolved control for systems such as the Eurotherm® Visual
with complete redundancy Supervisor, PC-based SCADA packages, and PLCs.
options for maximum availability. Devolved Control
Eight PID blocks, provide an extensive range of control strategies. Each block
Part of the InFusion Enterprise
offers one-shot auto tuning to optimize control performance without the need
Control System, the PAC System is for specialist knowledge. Every PID block may be a Single PID, Cascade, Ratio or
ideally suited both for stand-alone Override controller, each providing the choice of analog, time proportioned, or
applications and for integration valve position output.
into a wider ArchestrA-based
Mounting Flexibility
control solution. Six base sizes are available to take from 2 to 16 I/O modules each. Up to 16 bases
may be daisy chained to provide acquisition and multi-loop control solutions with
up to 128 I/O per base.
Business Value DIN rail mounting allows the 2500 to be located where the control action is
required, minimizing the cost of the cable used, as only the communications need
Nonstop control and data be taken to the User Interface. The 2500 may also be mounted on part of the
acquisition is essential in today’s machine, saving the cost of centralized control cubicles.
competitive manufacturing
Easy Configuration
environment. Ensuring your A friendly Windows configurator package, ‘iTools,’ is used to set up the 2500. iTools
process runs continuously without parameterizes and commissions the I/O points, the Toolkit, and PID function blocks and
data loss, regardless of the state interconnects the different variables, alarms, function blocks, and I/O. ‘Toolkit blocks’
provide local combinational logic and mathematical calculation.
of the surrounding environment,
can mean the difference between
a successful production run and
expensive scrap.
SPECIFICATIONS

GENERAL Module
Sample rate: 110mSec / Nominal 9Hz I/O Module Sample Rate
Supply voltage range: 1 8.0 to 28.8V dc, 30V dc damage may occur IOC Type Analog Input and Output Digital Input and Output
VA requirements: < 80W max. for fully loaded rack 2500E 110mSec / Nominal 9Hz 110mSec / Nominal 9Hz
Non Replaceable Fuse: 4A time lag 2500E SYSIO 55mSec / Nominal 18Hz 55mSec / Nominal 18Hz
Rating:
IOC power Diagnostic LEDs
consumption: Modbus 1.5W max Diagnostic LEDs indicate module diagnostic status.
Profibus 2W max All modules: A green LED at the top indicates the module is powered
Devicenet 2W max 2500C controller module: 3 Yellow LEDs show configuration or standby status, and
Ethernet (Modbus-TCP) 2W max communications activity.
I/O Module power A red LED indicates failure of the internal self diagnostic
consumption: See module specification below routines.
2500M Analog module: Have red LEDs for each channel to indicate channel
EMC failure
Emissions: EN50081-2: 1994 2500M Digital module: Have Yellow LEDs for each channel to indicate the
Immunity: EN50082-2: 1992 channel state
Vibration: EN60068-2, test FC
Live Plug-in
Safety The live plug-in feature means that I/O modules can be replaced under power
Safety: EN61010-1: 1993/A2: 1995 Installation cat II, Pollution without any disturbance to the field wiring or other inputs and outputs, reducing
degree 2 Safety earth and are made to clearly marked downtime and minimizing disturbance to other signal conditioning strategies.
earth screen connections: terminals at the bottom of the
base Termination Assemblies
The I/O modules are mounted on the base using terminal assemblies. Terminal
Environmental assemblies provide the interface between the input and output signals and the I/O
Operating Temperature: 0 to 55°C modules. Terminal assemblies and I/O modules are keyed to inhibit insertion of the
Storage Temperature: –20 to 70°C incorrect module; this prevents damage to both equipment and plant.
Relative Humidity: 5 to 95 % non-condensing
Test Disconnect / Fuse Units
Terminal assemblies have an optional fuse or a link (isolator or disconnect). This
2500B – BASE UNIT provides a series of connections between the customer terminals and the I/O
The base consists of an aluminium extrusion, the internal I/O bus interconnection module, permitting pluggable fuse or link units to be placed in series with the signal.
PCB and mounting supports. The base is designed to be DIN rail mounted, within an Fuse and link units are not interchangeable. Terminal assemblies that do not have
enclosure. However, if preferred it can be directly fixed to a bulkhead or mounting disconnect, have a dummy cover in the same position, providing space for a label to
plate. Both base and modules can be fixed horizontally or vertically. indicate the circuit or cable tag name.

Bases are available in several standard sizes to suit the number of modules required
in a particular system. The dimensions and weights of the different size bases are COMMUNICATIONS
detailed in the table below. iTools is used to set up the type, range linearization and scaling of analog inputs, the
PID control type and parameters, and all other functions and features within the 2500.
Mechanical
Module Capacity 0 2 4 8 10 12 16 Soft Wiring
Width (mm): 47 87 137 239 289 340 442 Available on all 2500’s; soft wiring enables interconnection between inputs, Alarms,
Weight Kg (No modules): 0.1 0.25 0.35 0.65 0.7 0.9 1.2 Maths and Logic ‘Toolkit Blocks’, PID, and Outputs.
Weight Kg (all modules): 0.25 0.5 1.0 1.9 2.25 2.7 3.6
Saving and Documenting your Configuration
Mounting: DIN rail or Bulkhead, can be mounted horizontally or Once the configuration has been completed the application can be saved as a ‘clone’
vertically file for repeat application. Clone files can be loaded, copied, saved and edited both
DIN rail: Use symmetrical DIN rail to EN50022-35 X 7.5 or 35 X 15 on and off-line.
Casing: Without additional protection IP20
Ventilation Space: 25mm free space above and below
2500E – Control module for a base unit Toolkit Block
The Input Output Controller (IOC) is the Central Processing Unit of ‘Toolkit blocks’ provide the mathematical or logical expressions required in
the 2500 DIN rail controller. Each 2500 base has an IOC module creating an application. The functions are wired together using ‘drag and drop’
mounted in the extreme left-hand position. The control module techniques simplifying complex applications. The Toolkit block variables are
communicates with the I/O modules via the internal I/O bus. parameterized using pull down lists or by direct data entry.
Module interconnection is via the Base Unit PCB. This PCB also
provides the internal power required by the I/O modules. User variables: 16 real values per base
Analog function blocks: 32 function blocks per base; Add, Subtract, Multiply,
Control Blocks Divide, Absolute difference, Maximum, Minimum, Hot
Control Loops: Up to 8 control blocks swap, Sample and hold, Power, Square root, Log, Ln,
Control modes: On/Off, single PID, Cascaded PID, Ratio Exponential, Select Logic
Control or Override Control Digital function blocks: 32 function blocks per base: AND, OR, XOR, Latch,
Control outputs: Analog, Time Proportioned or Motorized Equal, Not equal, Greater than, Less than, greater than
Valve control with or without feedback or equal to, less than or equal to
potentiometer Timing functions: 8 Timers 8 Totalizers 8 Counters
Cooling algorithms: Linear, Water, Fan, Oil
Tuning: One-shot Auto tune or Manual. 2500 Signal Conditioning
Number of PID sets: Three The 2500 signal conditioning “solution provider” for multiple signal inputs
Auto/Manual control: Bumpless transfer or forced manual O/P available offers the answer to complex signal conditioning challenges. The different base
sizes and I/O structure enables users to match I/O modules to suit the precise
needs of individual applications. Used as a signal-conditioning unit the 2500
CONTROL can be configured to solve complex signal conditioning problems. It enables
easy link access to analog and digital inputs and outputs while still offering high
PID and User Alarms speed industrial standard serial communication, to suit your data acquisition
All Analog inputs and outputs share requirements.
a common, comprehensive alarm • Custom linearization • First Order Filter • Signal conditioning
capability in addition to the I/O alarms. • Combinational Logic • Ramp function • Mathematical functions
• High/Low signal select

Humidity Function Block

A special Humidity function block
calculates the relative humidity or
dew point (Process Value) using
the wet and dry bulb measurement
Number of user alarms: 4 per PID block plus 4 additional user alarms technique. Pressure compensation
Alarm types: High absolute, Low absolute, Deviation high, can be measured via a transmitter
Deviation low, Deviation band, Rate of change and soft wired to the block from an
All with separate hysteresis input or can be set as a fixed
Alarm modes: Latching or non-latching, Blocking, Energized or parameter.
de-energized in alarm
Zirconia Function Block
2500 Remote I/O (Modbus, DeviceNet or Profibus) This feature is used to measure
The modularity of the 2500 makes it easier to create I/O blocks with just the carbon potential, furnace dew point
correct mix of Inputs and Outputs, enabling you to distribute the acquisition or oxygen concentration.
equipment geographically saving the cost of expensive multi-core or • Temperature Control
compensation cables. Up to sixteen 2500 base units may be daisy chained to • Carbon Potential Control
provide complex distributed multi-loop control or acquisition applications. Those • Sooting Alarm
are easily linked to an operator interface unit, SCADA package or supervisory • Automatic Probe Cleaning
PLC. They can also share the communications bus with other external devices • Endothermic Gas Correction
such as discrete controllers, indicators, chart recorders, or drives. Supported probes: Bosch Carbon,
AACC, Drayton, Accucarb, SSI, MacDhui, Oxygen, Log Oxygen, Bosch, Dewpoint.
2500 Intelligent Alarm Monitor
Alarm Outputs (contact trips) may be triggered, based on sensed or calculated Communications
values. Calculated values can be derived from a comprehensive library of maths The IOC module optionally supports Modbus RTU, DeviceNet, Profibus or Modbus
and Boolean functions. Alarms can be triggered upon violation of high or low TCP communications.
threshold, deviation from a constant or sensed input, and from calculated values. Modbus RTU: 3-wire RS232, RJ11 (Normally used for configuration)
Rate of change alarms are also available. Modbus RTU: Jumper selectable 2 or 4-wire RS485 (Field comms/
configuration) Connectors 2 x RJ45
Profibus DP: High speed RS485. Up to 12Mb/s Connectors 9 pin D
connector or 2 x RJ45
DeviceNet®: CAN - 500Kb “Open” connector
Modbus TCP/IP: 10baseT, RJ45
2500MF-A: Two Channel Analog Input 2500MF-C: Three Channel Analog Input
This analog input module is used to monitor analog signals from a wide range of plant Provides three isolated current input channels specifically designed to meet the
sensors. The mA and TC inputs each require the appropriate terminal unit. The second requirements of modern two wire transmitters. Each channel has its own isolated 24V supply
channel of the AI2 has a special high impedance range for use with zirconia probe inputs. for transmitter excitation. Each channel’s 24V dc supply is protected against short circuit and
utilizes a sophisticated trip and try system in which the module senses over current and cuts
No of channels: 2 the power. After a period the circuit checks for continued circuit malfunction. The module can
Input types: TC, RTD, Volts, mA, mV, Potentiometer, Pyrometer, Zirconia be optionally fitted with disconnects to allow isolation of an individual input and allow work
probe on the loop to continue safely.
mV range: -150mV to +150mV at input impedance >100MΩ
mA range: -22mA to +22mA with 5Ω burden in the terminal unit No of channels: 3
Volts range: -10.2V to +10.2V at input impedance 303kΩ Input range: -28mA to +28mA
RTD support: Support for 2, 3 and 4 wire resistance thermometer devices Resolution: Better than 1uA (16 bits with 1.6 sec filter time)
Ohms range: 0 to 640Ω 2, 3 or 4-wire lead compensation Linearity: Better than 10uA
Hi Ohms range: 0 to 5kΩ 2, 3 or 4-wire lead compensation Initial accuracy: Factory calibrated to better than ±0.1% of reading
Pot range: 0-100% ‘rotation’ of 100Ω to 7kΩ pot Input filtering: OFF to 999.9 seconds
Resolution: Better than 0.001% of range Burden resistance: 60Ω nominal, 50mA max current
Linearity: Better than 0.003% of range Channel PSU: 22-25V dc, current limited 30mA nominal, self-resetting
Input filtering: OFF to 999.9 seconds System isolation: Reinforced, 264V ac maximum
Input accuracy: Electrical input factory calibrated to better than 0.1% of reading Channel isolation: Functional, 50V ac maximum
System isolation: Reinforced, 264V ac maximum Power consumption: 4W maximum
Channel isolation: Reinforced, 264V ac maximum between thermocouple channels
Functional: 264V ac maximum between RTD, volts and mA Notes:
Series mode rejection: 60dB (50-60Hz) 1. User calibration options can improve performance, limited only by noise and non-linearity.
Common mode rejection: 120dB (50-5kHz) 2. Total burden can be increased to 250Ω or HART by cutting a link track on the terminal unit.
Power consumption: 2W maximum

TC Input Specification
Linearization types:
CJC system:
J, K, L, R, B, N, T, S, C, PL2, PT100, Linear, SqRoot, plus custom
Measured by RTD fitted on terminal unit
AI3 – ORDER CODE
Initial CJC accuracy: ±0.5°C typical (±1°C maximum)
Module
2500M/AI3UNIV Three channel – isolated 4-20mA analog input w/isolated
CJC rejection: Better than 30:1 over -10°C to +70°C
24V Tx PSU
Note: User calibration options can improve performance, limited only by noise and
non-linearity. Terminal Unit
2500T/AI3/UNIV/NONE Terminal unit with dummy cover fitted
2500T/AI3/UNIV/DCONNECT Terminal unit with disconnect

AI2 – ORDER CODE

Module
2500M/AI2UNIV Two Channel – isolated universal input

Terminal Unit
2500T/AI2/TC/NONE Terminal unit for TC with CJC
2500T/AI2/DC/NONE Terminal unit for Mv, V, PT100, Hiz inputs
2500T/AI2/DC/SHUNT Terminal unit for 5 ohm shunt fitted for mA
2500MF-D: Four Channel Analog Input 2500MF-E: Two Channel Analog Output
This analog input module is used to monitor analog signals from a wide range of plant This analog output module provides two isolated analog output channels. Each output can
sensors. The mA and TC inputs each require the appropriate Terminal Unit. be independently configured for current or voltage mode. The module can be optionally
fitted with disconnects for isolation of an individual output to allow work on the individual
No of channels: 4 loop to continue safely.
Input types: TC, mV, mA, Pyrometer mV range: -150 - +150mV at input
impedance >100MΩ No of channels: 2
mA range: -22 - +22mA with 5Ω burden in the terminal unit Current output: -0.1 to 20.5mA; 10V dc max. Compliance with total burden less
Resolution: Better than 0.001% of range than 500Ω
Input filtering: OFF to 999.9 seconds Voltage output: 0 to 10.1V dc; 20mA max. compliance with total load greater
Initial input accuracy: Electrical Input Factory Calibrated to better than 0.1% of reading than 500ohms
mA range with 5Ω burden in the terminal units, better than 0.2% -0.5 to 10.5 V dc; 8mA max. compliance with total load greater
of reading than 1500Ω
System Isolation: Reinforced, 264V ac maximum Resolution: Better than 1 part in 10,000 (15 bit typical)
Channel isolation: Functional, 264V ac maximum separating Ch1 and Ch2 from System isolation: Reinforced, 264V ac
Ch3 and Ch4 Channel isolation: Functional, 264V ac
Series mode rejection: 60dB (50-60Hz, 1mA rms) Power consumption: 2.2W maximum
Common mode rejection: 120dB (50-5kHz, 50V rms)
Power consumption: 2W maximum
AO2 – ORDER CODE
TC Input Specification Module
Linearization types: J, K, L, R, B, N, T, S, C, PL2,linear, SqRoot, plus custom 22500M/AO2UNIV Two channel isolated mA, volts
CJC system: Measured by RTD fitted on terminal unit
Initial CJC accuracy: ±0.5°C typical (±1°C maximum)
Terminal Unit
CJC rejection: Better than 30:1 over -10°C to +70°C
2500T/AO2/UNIV/NONE Terminal unit
2500T/AO2/DCONNECT Terminal unit with disconnect
Notes:
1. User calibration options can improve performance, limited only by noise and non-linearity.
2. Wiring care and sensor choice should be used to prevent ground loops when using non-
isolated TCs.

AI4 – ORDER CODE

Module
2500M/AI4UNIV Four channel – T/C, mV, mA input

Terminal Unit
2500T/AI4/TC/NONE Terminal unit for 4 channel TC with CJC
2500T/AI4/mV/NONE Terminal unit for 4 channel mV
2500T/AI4/mA/NONE Terminal unit for 4 channel mA
2500MF-L/-M: Eight Channel Logic/Contact Input 2500MF-K: Six Channel AC Voltage Input
This eight channel digital input module accepts eight logic inputs and is available in two The six channel digital input module accepts AC voltage inputs and is available in two
factory option formats for voltage or contact closure input. factory options optimized for 115V ac or 230V ac ranges.

No of channels: 8 No of channels: 6
Input functions: On/Off pulse and de-bounce inputs with input invert Input functions: On/Off or de-bounce
System isolation: Reinforced, 264V ac maximum Frequency: 47Hz-63Hz
Channel isolation: 50V ac functional isolation, 4 pairs of channels Transient immunity: EN50082
Power consumption Logic: 1W maximum System isolation: Reinforced, 264V ac maximum
Contact: 2.5W maximum Channel isolation: Functional, 264V ac maximum
Power consumption: 0.45W maximum
‘Contact’ Variant
Contact closure: ‘115V ac’ Variant
ON state: Input resistance threshold 100Ω (<1KΩ typical) Active On state: >95V ac rms, 132V ac rms maximum
OFF state: Input resistance threshold 10KΩ (>7KΩ typical) Inactive OFF state: <30V ac rms
Wetting current: 4mA typical Main input current: More than 2mA required for ‘ON’
Maximum input current: 8mA V-I curve for 115V AC Operation
‘Logic’ Variant mA 0 50 100 150
Logic inputs:
ON state: Input voltage threshold >10.8V dc, 30V max. V-I curve for 8
OFF state: Input voltage threshold <5.0V dc non-overlapping 115V ac operation V-I curve for 115V AC Operation
6
Input impedance: 5KΩ approx. (>2mA drive required for ‘ON’) mA 0 50 100 150
On
4
8

DI8 – ORDER CODE 2

6
Off Undefined
Module 4 35 95
On

2500M/DI8logic/NONE Eight channel – non isolated Logic V ac rms

2500M/DI8contact/NONE Eight channel – non isolated Connect 2 OFF ON
Off Undefined

Terminal Unit ‘230V ac’ Variant 35 95

2500T/DI8/UNIV/NONE Terminal unit V ac rms
Active ON state: >180V ac rms, 264V ac rms maximum
V-IOFF
curve for 230V AC Operation
ON
2500T/DI8/UNIV/DCONNECT Terminal unit with disconnects Inactive OFF state: <60V ac rms
0 100 200 300
Min input current: More than 2mA required for ‘ON’
mA
Maximum input current: 9mA 8

2500MF-G: Four Channel Digital Input 6

V-I curve for 230V AC Operation
0 100 200 300
This digital input module accepts four logic inputs, and can be wired either for voltage input V-I curve for mA On
4
(either polarity) or for contact closure. 230V ac operation 8

62
No of channels: 4 Off Undefined
Input functions: On/Off, pulse and de-bounce 4 70 180
On

System isolation: Reinforced, 264V ac V ac rms

Channel isolation: Channels share a common connection 2 OFF ON
Power consumption: 0.45W maximum Off
* The
Undefined
threshold may be between
Vmaxoff
70 and Vmion
180 Ioff is
‘Contact’ Variant V ac rms
defined at the threshold
INADVERTENT USE OF THE WRONG RANGE
External supply: 18-30V dc wetting power required OFF ON
115V type on 230V ac No damage will result.
Contact closure: Power dissipation will be higher than desirable * The threshold may be between
Vmaxoff and Vmion Ioff is
ON state: Input resistance threshold 100Ω (<1KΩ typical) for continued use on all 6 channels simultaneously. defined at the threshold
OFF state: Input resistance threshold 10KΩ (>7KΩ typical) THIS IS NOT A RECOMMENDED MODE OF
Wetting current: >8mA OPERATION
Wetting voltage: >9V, 12V typical measured open-circuit

‘Logic’ Variant
Logic inputs: DI6 – ORDER CODE
ON state: Input voltage threshold >10.8V dc, 30V max Module
OFF state: Input voltage threshold <5.0V dc non- overlapping 2500M/DI6HVAC/230V Six channel high voltage 230 volt ac logic
Input impedance: 4KΩ approx. (> 3mA drive required for ‘ON’) 2500M/DI6HVAC/115V Six channel high voltage 115 volt ac logic

Terminal Unit
DI4 – ORDER CODE 2500T/DI6/UNIV Terminal unit
Module
2500M/DI424V/EXTPWR Four channel – input

Terminal Unit
2500T/DI4/UNIV/NONE Terminal unit with dummy cover fitted
2500T/DI4/UNIV/DCONNECT Terminal unit with disconnects
2500MF-G Four Channel Logic Output 2500MF-F: Four Channel Relay Output
This digital output module provides four logic outputs and is available in two factory option This digital output module provides four relay outputs. The relay contacts are all fitted with
formats for standard or high-current output. removable snubber circuits to reduce contact arcing and prolong contact life.

No of channels: 4 No of channels: 4 (3 normally open + 1 changeover)

System isolation: Reinforced, 264V ac max Max current rating: 2A at up to 240V ac; 0.5A at 200V dc, increasing to 2A at 50V dc
Channel isolation: Channels share a common connection (resistive)
Current consumption: 100mA max Min ratings: AgCdO contacts offer best operating life switching more than
Output functions: TPO and VP in module 100mA 12V
Fuse (option): 3.15A, 20mm ceramic, time lag (T), in terminal unit
‘Logic’ Variant System isolation: Reinforced, 264V ac maximum
Voltage supply: 18 <Vs <30V dc Channel isolation: Functional, 264V ac maximum
Output current: >8mA high drive per channel (Current limited) Contact life: >10million operations @ 250V ac, 1A rms
Output Voltage: At least Voltage supply (Vs) -3V switch drop >600,000 operations @ 250V ac, 2A rms
De-rating: The above ratings summarize the performance with resistive
‘24’ Variant loads. With complex loads further derating may be required
External supply: 12 <Vs <30V dc Power consumption: 1.1W maximum
Output current: 100mA maximum high drive per channel
(Current & Temperature limited)
Output Voltage: At least Voltage supply (Vs) -3V switch drop Relay De-rating
AC Voltage
As the AC load becomes more “difficult” a
more significant de-rating factor is required.
The graph opposite shows the derating to be
DO4 – ORDER CODE applied in terms of contact life, assuming the
Module load requirement is predefined.
2500M/DO4LOGIC/EXTPWR Four channel digital logic output 10mA max F1: Worst case
2500M/DO424V/EXTPWR Four channel digital 24d switched output F2: Typical

Terminal Unit
2500T/DO4/UNIV/NONE Terminal unit with dummy cover fitted
2500T/DO4/UNIV/DCONNECT Terminal unit with disconnects
DC Voltage
DC operation is also limited for difficult
loads, particularly where there is significant
inductance. Here the working current must
be limited as shown, where the load time
constant (L/R, in ms) is the significant factor

RLY4 – ORDER CODE

Module
2500M/RLY4 Four channel isolated relay output

Terminal Unit
2500T/RLY4/NOFUSE Terminal unit
2500T/RL4/FUSE2A Terminal unit with four 3.15a fuses
ORDERING CODES

2500

Basic Product 7-22 Module and Terminations

2500 Eight Loop Controller & Data Acquisition Unit A12-TC 2 ch. isolated universal analog I/P with CJC
A12-DC 2 ch. isolated universal analog I/P for PT100, Hz and volts
1 Basic Size
A12-MA 2 ch. isolated universal analog I/P - 5 ohm shunt fitted for mA
S02 2 module positions
A13 3 ch. isolated 4-20mA analog I/P with 24V dc Tx PSU
S04 4 module positions
A13-DT 3 ch. isolated 4-20mA analog I/P with 24V dc Tx PSU - Disconnects
S08 8 module positions
A14-TC 4 ch. non isolated T/C, with CJC
S10 10 module positions
A14-MV 4 ch. non isolated mV I/P
S12 12 module positions
A14-MA 4 ch. non isolated mA I/P
S16 16 module positions
A02 2 ch. isolated analog O/P mA, volts
2 Earthing System A02-DT 2 ch. isolated analog O/P mA, volts with disconnects
NONE Two earth clamps fitted D1424 4 ch. 24V dc digital I/P
C02 Earthing clamp for a 2 I/O module base D1424-DT 4 ch. 24V dc digital I/P with disconnects
C04 Earthing clamp for a 4 I/O module base D16-230V 6 ch. 230V ac logic I/P
C08 Earthing clamp for a 8 I/O module base D16-115V 6 ch. 115V ac logic I/P
C10 Earthing clamp for a 10 I/O module base D18L 8 ch. non isolated digital I/P (logic I/P only)
C12 Earthing clamp for a 12 I/O module base D18C 8 ch. non isolated digital I/P (contact I/P only)
C16 Earthing clamp for a 16 I/O module base D04L 4 ch. digital O/P logic O/P 10mA max
3 Function D04L-DT 4 ch. digital O/P logic O/P 10mA max with disconnects
ACQIO Remote I/O acquisition D0424 4 ch. digital O/P 24V dc switched O/P
SYSIO Remote I/O acquisition (55ms)* D0424-DT 4 ch. digital O/P 24V dc switched O/P with disconnects
UW Toolkit block + acquisition functions RLY4 4 ch. relay O/P module
4LOOP Four PID blocks + acquisition RLY4-FUSE 4 ch. relay O/P module with disconnects
8LOOP Eight PID blocks + acquisition BLANK Blank terminal unit
8LOOPPUW Eight PID blocks + toolkit & acquisition NONE No terminal unit or blank fitted
* SYSIO only available with field 5 Profibus or PBUS DPV 1
23 Earthing System
4 Communications Protocol NONE CD with manuals and latest version of iTools - No iTools product key
MODBUS No extension memory fitted iTOOLS CD with manuals, iTools & STD iTools product key & 2500 configuration
DEVICENET DeviceNet Comms lead
PROFIBUS Profibus Comms NO CD Shipped without CD
PBUS DPV1 Profibus DPV1 Comms 24 Configuration Tools
ENET MBUS Modbus TCP/Ethernet
25 Configuration Tools
5 Communications Connector Type
RJ45 RJ45 connector for Modbus or Profibus
26 Manual Language
ENG English
9DTYPE 9 pin D connector for Profibus
FRA France
DN Standard DeviceNet screw connector
GER German
EN Ethernet communications

6 Application
NONE No application loaded
YYYXXX* Pre-configured application loaded
* Y = Alphanumeric Character, X = Numeric Character

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Rel. 04/11 PN FX-0168 Eurotherm Part Number HA031112 Issue 1