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Description
The Temperature Control Module (TCM), is a high performance control module providing
eight channels of thermocouple input and eight channels of control output in a single
RX3i module. Each channel can operate in closed or open loop mode relieving the PLC
of providing the temperature control functions. The module also supports Autotuning.
GE IC693TCM302 Temperature Control Modules
Programmable ControllersThe Temperature Control Module (TCM), is a high performance control module providing
eight channels of thermocouple input and eight channels of control output in a single
RX3i module. Each channel can operate in closed or open loop mode relieving the PLC
of providing the temperature control functions. The module also supports Autotuning.
Temperature Control Modules
IC693TCM302 IC693TCM303
Product Name PACSystems RX3i Temperature Control Module,
(8) T/C, (1) RTD and (8) 24 VDC Output
PACSystems RX3i Temperature Control Module,
Extended Range, (8) T/C, (1) RTD and (8) 24 VDC Output
Lifecycle Status Mature Mature
Module Type Temperature Control Temperature Control
Backplane Support No Backplane Restrictions No Backplane Restrictions
Number of Slots Module
Occupies on Backplane 1 1
Number of Channels 8 T/C In/ 8 DC Out 8 T/C In/ 8 DC Out
Range
J=0-600°C
K=0-1050°C
L=0-600°C
J=0-450°C
K=0-600°C
L=0-450°C
Output Voltage Range 18 to 30 volts DC 18 to 30 volts DC
Load Current per Point 100 mA maximum sourcing 100 mA maximum sourcing
Diagnostics
Open thermocouple and reverse connection
detection capability Detection and indication of
out-of-tolerance temperature readings
Open thermocouple and reverse connection
detection capability Detection and indication of
out-of-tolerance temperature readings
Connector Type Two 20 pin connectors (screw type) Two 20 pin connectors (screw type)
Internal Power Used 150 mA @ 5 VDC 150 mA @ 5 VDC
PACSystems RX3i Programmable Controllers
The Thermocouple Input Modules allow thermocouple temperature sensors to be directly
connected to the PLC with external signal processing (transducers, transmitters, etc.).
The module performs all analog and digital processing of the thermocouple signal. The
enhanced thermocouple input modules add isolation or high-resolution. On these modules,
each channel can be configured for a specific type of sensor wire. An autodetect external
AD592 cold junction compensation feature is also available.
Thermocouple I/O Modules
IC695ALG600 Thermocouple IC695ALG306 IC695ALG312 IC695ALG412
Product Name
Universal Analog and configurable
for Current, Voltage, RTD,
Thermocouple and Resistive. High
Density (8 Channel) Requires Cold
Junction Compensation; are available
for Thermocouple configurations
(IC695ACC600 contains 2 CJCs)
Isolated Thermocouple Input
module provides six isolated
differential thermocouple input
channels. Each channel can be
individually configured for inputs
from: Thermocouple types: J, K, T, E,
R, S, B, N, or C and Voltage: ±150mV
or ±50mV.
Isolated Thermocouple Input
module provides twelve isolated
differential thermocouple input
channels. Each channel can be
individually configured for inputs
from: Thermocouple types: J, K, T, E,
R, S, B, N, or C and Voltage: ±150mV
or ±50mV.
Isolated Thermocouple Input
module provides twelve isolated
differential thermocouple input
channels. Each channel can be
individually configured for inputs
from: Thermocouple types: J, K, T, E,
R, S, B, N, or C and Voltage: ±50mV.
The ALG412 offers a 10dB
improvement in noise rejection
compared to the ALG312
thermocouple input module.
Lifecycle Status Active Active Active ACtive
Module Type Thermocouple Input Thermocouple Input Thermocouple Input Thermocouple Input
Backplane Support Universal Backplane Only.
Uses PCI Bus.
Universal Backplane Only.
Uses PCI Bus.
Universal Backplane Only.
Uses PCI Bus.
Universal Backplane Only.
Uses PCI Bus.
Number of Slots Module
Occupies on Backplane 1 1 1 1
Range B, C, E, J, K, N, R, S, T J, K, T, E, R, S, B, N, or C J, K, T, E, R, S, B, N, or C J, K, T, E, R, S, B, N, or C
Diagnostics
Open wire, Short Circuit, Positive/
Negative Rate of Change, High, High High, Low, Low-Low
Open wire, Short Circuit, Positive/
Negative Rate of Change, High,
High-High, Low, Low-Low
Open wire, Short Circuit, Positive/
Negative Rate of Change, High,
High-High, Low, Low-Low
Open wire, Short Circuit, Positive/
Negative Rate of Change, High,
High-High, Low, Low-Low
Number of Channels 8 6 12 12
Channel-to-Channel
Isolation
Two Groups of Four 250 VAC Continuous 1500 VAC 1
minute 2550 VDC 1 second
250 VAC Continuous 1500 VAC 1
minute 2550 VDC 1 second
250 VAC Continuous 1500 VAC 1
minute 2550 VDC 1 second
Common Mode Rejection
120dB minimum @ 50/60 Hz with 8
Hz filter 110dB minimum @ 50/60 Hz
with 12 Hz filter
2.3 Hz filter, 50/60Hz: 100 dB 4 Hz
filter, 50Hz: 100 dB 4.7 Hz filter,
60Hz: 100 dB
2.3 Hz filter, 50/60Hz: 100 dB 4 Hz
filter, 50Hz: 100 dB 4.7 Hz filter,
60Hz: 100 dB
All filters, 50/60 Hz: 110 dB
Chanel to Channel
Crosstalk
70 dB minimum 70 dB minimum 70 dB minimum
Notch Filter Yes From 2.3 Hz to 28 Hz per channel From 2.3 Hz to 28 Hz per channel From 2.3 Hz to 28 Hz per channel
Resolution
32-bit IEEE floating point or 16-bit
integer (in 32-bit field) input
data format
32-bit IEEE floating point or 16-bit
integer (in 32-bit field) input
data format
32-bit IEEE floating point or 16-bit
integer (in 32-bit field) input
data format
32-bit IEEE floating point or 16-bit
integer (in 32-bit field) input
data format
Accuracy
Calibrated Accuracy at 25°C.
Better than 0.1% of range. Accuracy
depends on A/D filter, data format,
input noise, and ambient temperature.
±0.1% of voltage span at 25°C.
±0.25% of span over
temperature range.
±0.1% of voltage span at 25°C
±0.25% of span over
temperature range.
±0.1% of voltage span at 25°C
±0.25% of span over
temperature range.
Update Rate
10ms per Channel; 4 Channels =
40ms (1KHz filter)127ms per Channel *
4 Channels = 508ms (8Hz filter)
Channels that are disabled are not
scanned, shortening scan time.
10ms per Channel; 4 Channels =
40ms (1KHz filter)127ms per Channel
* 4 Channels = 508ms (8Hz filter)
Channels that are disabled are not
scanned, shortening scan time.
10ms per Channel; 4 Channels =
40ms (1KHz filter)127ms per Channel
* 4 Channels = 508ms (8Hz filter)
Channels that are disabled are not
scanned, shortening scan time.
Configurable from 15 msec
to 120 msec.
I/O Required N/A N/A N/A N/A
A/D Conversion Type Sigma Delta Sigma Delta Sigma Delta Sigma Delta
A/D Conversion Time
(Assumes 2 ADC’s running in parallel,
no CJC or lead resistance) 10ms per
Channel 4 Channels = 40ms (1KHz filter)
127ms per Channel 4 Channels =
508ms (8Hz filter) Channels that
are disabled are not scanned,
shortening scan time.
15 msec @ 28 Hz to
120 msec @ 2.3 Hz
15 msec @ 28 Hz to
120 msec @ 2.3 Hz
15 msec @ 28 Hz to
120 msec @ 2.3 Hz
Connector Type IC694TB3x32, IC694TBSx32 or
IC694TBC032. Sold Separately.
IC694TB3x32, IC694TBSx32 or
IC694TBC032. Sold Separately.
IC694TB3x32, IC694TBSx32 or
IC694TBC032. Sold Separately.
IC694TB3x32, IC694TBSx32 or
IC694TBC032. Sold Separately.
Internal Power Used 400 mA @ 5 V; 350 mA @ 3.3 V 225 mA @ 5V; 400 mA @ 3.3V 425mA @ 5V; 400 mA @ 3.3V 425mA @ 5V; 400 mA @ 3.3V
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