GE IS200TSVCH2ADC MRP061873
The GE IS200TSVCH2ADC MRP061873 is a specialized optical isolation transformer designed to cater to the needs of Opto 22 customers in the energy management market. Below is a comprehensive overview of its technical specifications, functional characteristics, and application scenarios.
Detailed content
Technical Specifications
Temperature Measurement Accuracy:
Resolution: 0.017°C
Accuracy: ±0.8°C
Sensitivity: 1.0 mA/°C
Input Channels:
Eight analog temperature input channels for standard Integrated Circuit Temperature Devices (ICTD)
Up to 128 analog input channels available for various applications
Isolation:
Optical isolation from connected devices and other modules residing on shared I/O racks, preventing electrical interference and fault propagation
Connectivity:
Field device wiring is done through 8-pin connections on two pluggable terminal blocks at the top of the module, facilitating easy installation and maintenance
Functional Characteristics
Multi-Channel Design:
Provides eight dedicated analog temperature input channels and scalability up to 128 channels, making it suitable for both small and large-scale applications
High Precision:
Ensures accuracy and reliability in temperature measurements with precise specifications
Optical Isolation:
Enhances system stability and reliability by isolating the transformer from potential electrical interference
Flexibility and Reliability:
Built upon the 1900 series platform, inheriting the strengths of previous generations while introducing new and enhanced operational features
Remote Communication:
Supports Modbus protocol for remote communication and device interrogation via RS485, with an optional Ethernet connection for integration into larger industrial automation systems
NAMUR-Compliant Relay Function:
Provides relay functionality that allows remote transmission of two concentration alarm levels, maintenance requests, ongoing services, and instrument fault messages
Application Scenarios
The IS200TSVCH2ADC MRP061873 is an ideal choice for a wide range of industrial applications, including but not limited to:
Thermal Forming: Precise temperature control for plastic or metal forming processes
Water Treatment: Monitoring and controlling water temperature in treatment facilities
Refrigeration: Temperature regulation in cold storage and refrigeration systems
Curing: Temperature control during the curing process of materials like concrete or resins
Refining: Temperature monitoring in oil and gas refining processes
PID Loop Control: Closed-loop control systems requiring accurate temperature feedback
Additionally, it can be effectively deployed in OEM applications such as high-pressure sterilizers, HVAC systems, molding machines, and test benches, where cost and space savings are crucial.