GE IS230SNAIH2A

Technical parameters

Input voltage: 24V DC (range 18-30V DC); output current: maximum 2A.

Digital channels: 16 inputs/16 outputs; analog channels: 8 inputs/4 outputs.

Communication protocols: support mainstream industrial protocols such as ProfiBus, EtherCAT, DeviceNet, Modbus, etc.

Working temperature: -20℃ to 70℃; storage temperature: -40℃ to 85℃.

Protection level: IP20; humidity tolerance: 5%~95% (no condensation).

Response time: <1ms; analog input accuracy: 0.1%, output accuracy: 0.2%.

Power consumption: about 12-15W; size: 200mm×150mm×80mm (length×width×height).

Software support: Configure dedicated software, programming language compatible with ladder diagrams, function block diagrams and structured text

Functional features

1. High-speed processing and precise control capabilities

GE IS230SNAIH2A uses advanced algorithms to achieve millisecond-level response, combined with 0.1% high-precision analog acquisition to ensure real-time stability of industrial processes, especially suitable for high-dynamic scenarios such as turbine control

2. Multi-function signal interface configuration

The module provides 16 digital I/Os and 8 analog inputs, supports voltage, current, thermocouples and other types of signal access, giving GE IS230SNAIH2A powerful data acquisition and device driving capabilities

3. Enhanced system reliability and maintainability

Supports redundant power supply and communication interface design, combined with self-diagnosis function to monitor operating status in real time. The modular structure is easy to replace, significantly reducing downtime, so that GE IS230SNAIH2A maintains high availability in harsh industrial environments

4. Flexible software and communication integration

Simplify parameter debugging through dedicated configuration software, compatible with multiple programming languages and protocols such as EtherCAT and Profinet, ensure seamless integration with GE Mark VI/Vie systems, and support cross-platform data interaction

Application scenarios

Power industry: Real-time monitoring and speed control of power plant turbines to ensure safe operation of generators/transformers.

Petrochemical: Closed-loop pressure control of refinery compressors and pipeline flow monitoring.

Metallurgy and mining: Blast furnace temperature acquisition, rolling mill equipment drive and fault diagnosis.

Water treatment facilities: Pump station start-stop logic control, real-time adjustment of water quality parameters (pH/turbidity).

Rail transit: Traction system status monitoring and redundant backup management.