Product Details
| The GE IS220PRTDH1B is a high-performance RTD (Resistance Temperature Detector) input module that forms an integral part of GE's Mark VIe distributed control system series. The module's core function is to precisely acquire and process temperature signals from RTD sensors, converting these analog signals into digital data for use by the controller. This capability is absolutely crucial for temperature monitoring in critical industrial processes such as those found in gas turbines, steam turbines, generator sets, and other power generation and heavy industrial applications. | |||
GE IS220PRTDH1B Feature | Dedicated RTD Input Capability: Specifically designed to interface with and process signals from Resistance Temperature Detector (RTD) sensors, ensuring optimal compatibility and performance for temperature monitoring. | ||
Multi-Channel Inputs: Supports up to 8 RTD input channels directly, and up to 16 RTD inputs when used with compatible terminal boards (like the TRTD board). This allows for comprehensive temperature sensing across various points in a machine or process. | |||
High Measurement Accuracy: Provides very high precision in temperature readings, which is crucial for critical applications such as turbine control where even small temperature deviations can impact performance or safety. | |||
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FAQs of GE IS220PRTDH1B
How many RTD inputs does the IS220PRTDH1B support? The module supports 8 RTD input channels directly. When used with a compatible terminal board (like the TRTD), it can handle up to 16 RTD inputs, allowing for comprehensive temperature monitoring. |
How does the IS220PRTDH1B communicate with the Mark VIe controller? It communicates via Ethernet. The module features dual RJ45 Ethernet ports, which are typically used for EGD (Ethernet Global Data) or other Mark VIe network protocols for high-speed and reliable data transfer. |
What kind of environment is it designed for? It is built for robust industrial environments, designed to withstand wide operating temperature ranges and potential vibrations common in power plants and heavy industries, ensuring long-term reliability. |
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Applications of GE IS220PRTDH1B
1
Exhaust Gas Temperature: Critical for efficiency optimization and detecting combustion issues.
2
Bearing Temperatures: Monitoring for overheating, which can indicate mechanical problems.
3
Turbine Metal Temperatures: For thermal stress management and preventing component damage.
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