Fanuc Corporation | GE Fanuc Thermocouple Input Module - IS220PTCCH1A
The IS220PTCCH1A Thermocouple Input Module, manufactured by General Electric, is designed specifically for integration within Mark VI/Mark VIe systems, advanced Speedtronic systems developed for the management and control of gas, hydro, and steam industrial turbine systems. This module features an internally housed BPPx processor board and an acquisition board dedicated to thermocouple input functions.
The IS220PTCCH1A is a thermocouple input module manufactured by General Electric specifically designed for integration within the Mark VI/Mark VIe systems, advanced Speedtronic platforms developed for the management and control of gas, hydro, and steam industrial turbine systems. This module incorporates an internally housed BPPx processor board alongside an acquisition board dedicated to thermocouple input functionalities.
Capable of deployment in simplex, duplex, and triple modular redundant (TMR) configurations, the IS220PTCCH1A supports a variety of thermocouple types including E, J, K, S, and T, as well as mV inputs spanning from -8 to +45 mV. Thermocouples of types E, J, K, S, and T may be either grounded or ungrounded and can be situated up to 984 feet away from the turbine I/O panel, with a maximum permissible cable resistance of 450 Ω.
GE FANUC, now part of Emerson Automation Solutions, was a leading provider of industrial automation and control systems. Known for innovative solutions, GE FANUC played a key role in advancing manufacturing, offering a range of products including PLCs, CNCs, and HMI solutions.
Specifications
Part Number |
IS220PTCCH1A |
Manufacturer |
General Electric |
Series |
Mark VIe |
Function |
Thermocouple Input Module |
Number of Channels |
12 |
Thermocouple Types |
E, J, K, S |
Span |
-8 mV to +45 mV |
A/D Converter |
16-bit |
Common Mode Voltage |
+5 Volts |
Normal Mode Rejection |
250mV |
Microprocessor |
AMD-K6 300 MHz |
Operating Temperature |
-30°C to 65°C |
Size |
8.26 cm wide x 4.19 cm |
What Our Experts Think
-
Accurate Temperature Measurement: Provides precise thermocouple signal conversion for reliable temperature monitoring.
-
Optimized for Control Systems: Designed for seamless integration with GE FANUC control systems for efficient temperature management.
-
Durable and Reliable: Built to perform in demanding industrial environments, ensuring long-term operational stability.
-
Enhanced Signal Processing: Reduces noise and interference for high-accuracy temperature readings.
-
Easy Installation: Plug-and-play functionality ensures quick and smooth system integration.
-
GE FANUC Quality: Backed by GE’s engineering standards for high reliability, minimal downtime, and optimal performance.
Q&A
Q: What is the IS220PTCCH1A Thermocouple Input Module?
A: It’s a GE Fanuc thermocouple input module designed to convert thermocouple signals into readable data for industrial control systems, enabling accurate temperature measurement and monitoring.
Q: What systems is it compatible with?
A: This module is compatible with GE Fanuc Speedtronic and other industrial control systems, particularly for use in power generation, turbine, and manufacturing applications.
Q: What does the thermocouple input module do?
A: It processes temperature data from thermocouples, converting analog signals into digital data that can be used for precise control and monitoring of temperature-sensitive processes.
Q: Why choose the IS220PTCCH1A?
A: It offers high accuracy and reliability in temperature signal processing, ensuring the efficient and safe operation of temperature-sensitive systems in critical industrial environments.
Q: Is this an OEM product?
A: Yes, it’s a genuine GE Fanuc part, ensuring full compatibility, durability, and superior performance in demanding industrial applications.
Maintenance Tips
-
Visual Inspection: Regularly check the module for visible damage such as burnt components, loose connectors, or broken traces, especially around the input terminals where thermocouples are connected.
-
Clean the Module: Use dry compressed air or an anti-static brush to clear dust, dirt, or other debris. Avoid liquid cleaners that could cause short circuits or damage sensitive parts.
-
Inspect Solder Joints: Check solder joints for cracks or corrosion, which can cause unreliable connections and signal issues. Focus on areas where the thermocouple wires are connected.
-
Verify Thermocouple Inputs: Test the thermocouple inputs to ensure they are within the expected voltage range. Signal degradation or incorrect readings can affect temperature measurement accuracy.
-
Run Diagnostics: Utilize diagnostic software or tools to monitor the module’s performance. Check for error codes, signal deviations, or abnormal readings that may indicate a fault.
-
Monitor Temperature: Ensure that the module operates within its specified temperature range. Overheating can cause damage to components, especially those involved in signal conditioning.
-
Check Wiring Connections: Inspect the thermocouple connections for corrosion, wear, or improper seating. Secure and corrosion-free connections are vital for accurate temperature measurements.
-
Verify Power Supply: Ensure the module is receiving stable power and that the voltage levels are within the specified range. Power supply issues can impact the module’s performance and lead to incorrect readings.
-
ESD Protection: Use electrostatic discharge (ESD) protection (e.g., wrist straps, anti-static mats) when handling the module to prevent damaging sensitive components.
-
Ensure Proper Grounding: Confirm that the module is properly grounded. Poor grounding can affect the accuracy of the readings and lead to erratic behavior or failures.
