Brand: GE Description: Analog I/O DIN Rail Module Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty：5 Payment Term: T/T Shipping Port: Shenzhen GE IS230TNAIH2C is an Analog I/O DIN Rail Module that collects analog signals and converts them into digital signals for real-time monitoring and control in harsh industrial environments.
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Manufacture |
GE |
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Model Number |
IS230TNAIH2C |
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Series |
Mark VIe |
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Country Of Origin |
USA |
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HS CODE |
8504902000 |
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Dimension |
33*14*5cm |
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Packing Dimension |
35*16*7cm |
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Weight |
1.5kg |
Technical parameters
Input type: supports analog inputs such as 4-20mA current signal and ±10VDC voltage signal.
Number of channels: 4 independent input channels.
Resolution: 16-bit high precision, ensuring data acquisition error ≤±0.1%.
Sampling rate: 100 times/second, to achieve real-time signal processing.
Power supply requirement: 24V DC power supply, power consumption ≤5W, can be directly powered from the PLC backplane.
Environmental adaptability: working temperature -20°C to +70°C; humidity 5%-95%; protection level IP20.
Communication protocol: compatible with industrial protocols such as Modbus RTU and EtherCAT
Functional features
1. High-precision signal acquisition: GE IS230TNAIH2C adopts 16-bit resolution and ±0.1% accuracy, which can stably process weak current/voltage signals and is suitable for precision industrial measurement scenarios.
2. Wide range of industrial applicability: The module supports -20°C to +70°C operating temperature and 95% humidity environment, ensuring reliable operation in extreme scenarios such as power plants and offshore platforms.
3. Redundant fault tolerance: GE IS230TNAIH2C supports simplex, duplex or triple module redundant architecture (reference IS230TNCIH4C design), significantly improving system reliability
4. Integrated communication and diagnosis: Built-in Modbus and EtherCAT interfaces enable seamless data interaction with the host computer; real-time diagnostic function can warn of potential faults and reduce downtime risks
Application scenarios
Power plant: Used for vibration and temperature analog monitoring of turbine units to ensure efficient power generation and fault warning.
Oil and gas: Current/voltage signal acquisition of key equipment on offshore drilling platforms to ensure safe operation of compressor units.
Manufacturing: Real-time feedback of motor control parameters on automobile production lines to improve assembly line accuracy.
Environmental protection facilities: Flow meter and pressure sensor signal conversion in sewage treatment plants, supporting automatic regulation
