MRP680489 IS200VTCCH1CBB

¥3,625.00

‌Parameters and Specifications‌:

‌Model‌: MRP680489 IS200VTCCH1CBB
‌Manufacturer‌: GE (General Electric)
‌Input Voltage Range‌: 12-48VDC
‌Output Voltage‌: 5VDC
‌Output Current‌: Maximum 10A
‌Efficiency‌: Greater than 90%

‌Dimensions and Weight‌:

‌Dimensions‌: 170mm x 105mm x 32mm
‌Weight‌: Approximately 120g

Category:

Description

‌Parameters and Specifications‌:

‌Model‌: MRP680489 IS200VTCCH1CBB
‌Manufacturer‌: GE (General Electric)
‌Input Voltage Range‌: 12-48VDC
‌Output Voltage‌: 5VDC
‌Output Current‌: Maximum 10A
‌Efficiency‌: Greater than 90%

‌Dimensions and Weight‌:

‌Dimensions‌: 170mm x 105mm x 32mm
‌Weight‌: Approximately 120g

‌Series‌:

‌Series‌: MRP Series

‌Features‌:

‌Signal Processing‌: Designed for signal processing and data transmission, capable of communicating with other devices such as sensors, actuators, or controllers.
‌Communication Interface‌: May support multiple communication interfaces including Ethernet and serial communication for data exchange with other devices and systems.
‌Data Conversion‌: Capable of converting different types of signals, such as analog to digital signals or conversion between different communication protocols.
‌Fault Detection‌: Equipped with fault detection and diagnostic capabilities to provide alarms or feedback for maintenance.
‌High Reliability‌: Suitable for industrial automation and control applications, ensuring continuous system operation.
‌Protection Level‌: May have a specific level of protection to adapt to different environmental conditions, including harsh industrial environments.
‌Configuration and Programming‌: Operators can configure and program the printed circuit board to meet specific application requirements.
‌Hot Swapping Support‌: Some modules may support hot swapping, allowing for the addition or modification of electronic devices at runtime.

‌Functions‌:

‌Thermocouple Input Board‌: Specifically designed as a thermocouple input board for GE’s Mark VI system, capable of accepting E, J, K, S, and T type thermocouples.
‌Signal Processing‌: Converts analog thermocouple signals to digital signals for further processing and analysis by the Mark VI control system.
‌Data Communication‌: Exchanges data with other Mark VI system components or external devices through communication interfaces.
‌System Integration‌: Integrates seamlessly with the Mark VI control system, enhancing the overall performance and reliability of the system.