GE IC200CHS015F VersaMax, Spring-style Interposing I/O Terminals

Functional positioning: Spring-type plug-in I/O terminal module

Terminal configuration: 36 spring clamp terminals

Rated voltage: Maximum 264V AC

Current capacity: Single terminal maximum 2A (250V AC)

Signal isolation: Electrical isolation design is adopted between terminals to reduce signal interference and adapt to mixed signal environment.

Housing material: Flame-retardant engineering plastic, compliant with UL 94 V-0 standard

Operating temperature: -20°C to + 70°C wide temperature range

Protection level: IP20 (only against solid foreign objects intrusion)

Modular adaptation: Spring-type terminal module, GE IC200CHS015F can be seamlessly connected to the VersaMax series I/O carrier, 36 terminals support AWG 14-22 wires, and flexibly expand I/O channels.

Signal isolation processing: Electrical isolation between terminals, compatible with analog/digital signals, single terminal 2A load drive (250V AC), simplifying the control loop.

Wide temperature and durability: -20°C~+70°C operating temperature, flame-retardant engineering plastic housing (UL 94 V-0), vibration and corrosion resistance, IC200CHS015F can adapt to harsh industrial environments.

Convenient installation and maintenance: GE IC200CHS015F supports DIN rail/panel installation, compact design saves space; plug and play, hot swap (power off operation), status light assists fault diagnosis.

Compliance and customization: GE IC200CHS015F has passed CE certification and supports customized coatings such as explosion-proof and corrosion-resistant, adapting to the needs of special industries such as food and chemical.

Industrial automation: I/O signal transfer for production lines and conveyor lines.

Process control: acquisition of parameters such as temperature and pressure and actuator control.

Power energy: signal isolation and monitoring of substations and wind power equipment.

Special industries: clean environment of food and pharmaceuticals, explosion-proof areas of petrochemicals.