GE IS410TBCIS2C Contact I/O Terminal Board

Number of input channels: 24 channels

Input wetting voltage:

Nominal value: 24 V dc

Range: 20 V dc (minimum) ~ 32 V dc (maximum)

Current: 110 mA (floating power supply, supports ground fault detection)

Wiring specifications:

Field wiring terminals: barrier type terminal block

Wire specifications: 22 AWG (minimum) ~ 12 AWG (maximum)

Power-up self test

Contact input voltage loss detection

No response contact input detection in background test mode

Terminal board check error detection

Sequence of events (SOE): Supported, sampling rate 1 ms

Environmental compatibility:

Operating temperature: -40°C ~ 70°C (-40°F ~ 158°F)

Storage temperature: -40°C ~ 85°C (-40°F ~ 185°F)

Humidity: 5% ~ 95% (non-condensing)

Mounting method: DIN rail mounting

Power supply and electrical characteristics

I/O Module DC Control Power: 24/28 V dc, 6.8 W max per YDIA module

Power Connector: Micro Mate-N-Lok socket (AMP 1445022-3)

Construction Materials: Aluminum housing

Status Indication: Visual status LEDs, circuit health variables can be fed back to control logic

Flexible configuration: GE IS410TBCIS2C supports simplex, duplex, and TMR redundant modes, performs 2oo3 voting under TMR, and adapts to SIL 2/3 requirements.

High security: GE IS410TBCIS2C complies with IEC 61508 standards, including power-on self-test, fault monitoring, and 1ms SOE recording, and is certified for hazardous locations.

Signal compatibility: 24 discrete inputs, supports 20-32V dc voltage, equipped with barrier terminal blocks, surge and high-frequency noise resistance.

Environmental adaptability: -40°C~70°C wide temperature operation, DIN rail installation, and corrosion-resistant aluminum housing (G3 grade).

Easy integration: GE IS410TBCIS2C communicates via IONet bus, and the status LED provides real-time feedback, which is suitable for power plant emergency shutdown, burner management and other scenarios.

Safety Instrument System (SIS): such as burner management system (BMS), fire and gas detection (F&G), key process control, etc.

Industrial Automation: Discrete signal monitoring and safety control of machine tools and production lines.

Power and Energy: Sensor signal access for power plant turbine protection and emergency shutdown systems.