GE IS230PCAAH1B Core Analog I/O Module

Power input Main power supply: 220V AC (nominal), frequency 60Hz.

Communication interface: Supports industrial Ethernet or proprietary protocols (such as IONet) for integration with DCS systems;

Programmable input: 32 dry contacts (isolated input), compatible with 24V DC signals;

Relay output: Supports multiple relay outputs.

Equipment capacity: Expandable multi-module collaborative work.

Operating temperature: -10°C to +55°C.

Humidity range: ≤95% RH.

Installation method: DIN rail or rack installation;

Protection characteristics: Electrostatic sensitive design, ESD protection measures required;

Signal conditioning: Support DeltaV system signal conditioning card, adapt to PLC-5 DI interface.

Modular design: supports flexible expansion and adapts to a variety of terminal board combinations;

High reliability: IS230PCAAH1B has passed rigorous testing and is suitable for harsh industrial environments.

Redundant configuration: IS230PCAAH1B supports redundant communication and power supply design.

Wide voltage input: compatible with 220V AC power supply, adapting to different power environments.

Multiple protection functions: It has overload, short circuit and other protection functions to prevent equipment from malfunctioning or being damaged under abnormal conditions, ensuring safe operation of the system.

ESD protection: electrostatic sensitive circuit design requires professional storage and operation.

System compatibility: IS230PCAAH1B is deeply compatible with GE DeltaV DCS and Symphony series control systems.

Gas turbine control: IS230PCAAH1B is widely used in the control system of gas turbines to ensure their safe and stable operation.

Power system: Automation monitoring and signal processing of power plants and substations.

Petrochemical: Process control and safety monitoring of refineries and chemical plants.

Industrial automation: Real-time data acquisition and equipment control of manufacturing production lines.

Energy management: IS230PCAAH1B is used to monitor and control the operating status of key equipment in energy fields such as electricity, oil and natural gas to improve system efficiency and safety.