GE Mark VIe IS200TRTDH1DCB Terminal Boards

GE Mark VIe IS200TRTDH1DCB Terminal Boards

Item Number:IS200TRTDH1DCB
Brand: GE
Price: $2500
Lead Time: In stock
Condition: New
Payment: T/T
Shipping Port: Fujian,China
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Description
Technical Parameters
Product Introduction
IS200TRTDH1DCB is a resistance temperature detector (RTD) input terminal board for General Electric (GE) Mark VI series turbine control systems. It features two DC-type connectors and two 37-pin female cable connectors (JA1 and JB1) for connecting to a PRTD board to read the inputs. Additionally, the board includes two terminal blocks, each with 24 screw connections, for eight three-wire RTD inputs.

 

Technical Specifications

 

Manufacture

GE(GENERAL ELECTRIC)

Model

IS200TRTDH1D
Part Number IS200TRTDH1DCB

Description

Mark VI terminal boards

Origin

USA

Dimension

35*20*10cm

Weight

0.35kg

 

Product Details
Why choose IS200TRTDH1D
 

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IS200TRTDH1DCB terminal boards

GE Mark VI terminal boards

 

The IS200TRTDH1D is a printed circuit board assembly in the Mark VI system, a management system for heavy-duty steam or gas turbines in GE's Speedtronic family. The Mark VI system provides turbine control, I/O configuration, monitoring, signal management, and signal trending through a graphical interface (Cimplicity) and Control System Toolbox software.

 

RTD (Resistance Temperature Detector) is a sensor that measures temperature by utilizing the characteristic that the resistance of a metal changes with temperature. Its output is the resistance variation that occurs with temperature. The design of IS200TRTDH1D is specifically aimed at reliably collecting the resistance signals from multiple RTD probes, processing the inputs from different channels, and then transmitting them to the DCS controller.

 

IS200TRTDH1DCB Features:
Signal Processing: Each input is designed with noise suppression circuitry to prevent high-frequency noise and surges, ensuring signal accuracy. Input signals are converted to digital temperature values and sent to the controller.
Software: Software system limit checking allows for monitoring and processing of temperature data.

Application fields

 

The IS200TRTDH1D, a resistance temperature detector (RTD) input terminal board, has a wide range of applications, including the following:
Power Industry: It can be used to monitor the temperature of various equipment in power plants, such as generators and transformers, ensuring that equipment operates within normal temperature ranges and safeguarding power production.
Oil and Gas Industry: During the extraction, transportation, and processing of oil and gas, it is used to monitor the temperature of equipment such as pipelines, storage tanks, and reactors to prevent safety incidents or production efficiency impacts caused by abnormal temperatures.
Metallurgy Industry: It is suitable for temperature control and monitoring of furnaces and forging equipment in metallurgical production, helping to control production processes and improve product quality.
Industrial Process Control: In various industrial production processes, such as in the chemical, pharmaceutical, and food and beverage industries, it is used to monitor and control the temperature of equipment such as reactors, ovens, and dryers to ensure product quality.

IS200TRTDH1DCB
Overall hardware connection framework
The connection relationship of the IS200TRTDH1DCB signal acquisition link in the GE Mark VI/VIe system is as follows:
On-site RTD sensor (3-wire)

RTD Terminal Plate (IS200TRTDH1D) ---- DC-37_pin ---- I/O Pack (IS220PRTDH1A)
↓                                                                                                       ↓
With the internal ADC/logic conversion of the PRTD I/O Pack       Mark VI/VIe Controller Network (IONet/Ethernet)
                                 
Two 37-pin female connectors (commonly labeled as JA1 and JB1) are reserved on the terminal board, which are used to transmit the RTD input signal to the corresponding plug of the IS200TRTDH1D I/O Pack.
Each group of pins of DC-37 is mapped to one or more RTD channels.
The 37-pin connector is used to transmit multiple signals and provide reference ground/shield, and after being connected to the PRTD Pack, it enters the sampling/ADC system inside the module.
 
 
 

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