The Honeywell 900G01-0202 is a Contact Closure Digital Input Module designed for the PMC system. It features 16 single-ended inputs and provides a self-powered 15VDC supply for external switches. Four common terminals simplify field wiring while delivering reliable state detection.
The Honeywell 900G32-0301 Digital Input module delivers 32 DC sinking inputs across two isolated groups. Each channel includes a green LED indicator. The module supports logic inversion and operates from -40 to 70°C. Ideal for high-density DC monitoring.
The Honeywell 900G03-0202 Digital Input module accepts 16 AC inputs from 80 to 264 VAC. It features two isolated groups of eight channels, per-channel LED indicators, and flexible logic inversion. Perfect for high-voltage AC monitoring.
The Honeywell 900B08-0202 is an 8-channel analog output module with a 0 to 21 mA range. You can scale each output independently. It supports failsafe values, slew rate limiting, and output verification feedback for reliable process control.
The Honeywell 900A01-0202 is an 8-channel universal analog input module. It accepts thermocouples, RTDs, resistance, voltage, millivolt, and current signals. Point-to-point isolation and parallel processing eliminate scan time delays.
The Honeywell 900B01-0301 provides four isolated analog outputs from 0 to 21.8 mA. You can scale each output individually. It supports failsafe values and output verification feedback for reliable control.
The Honeywell 900A16-0103 is a 16-channel high level analog input module. It supports voltage or current on a per-point basis. Point-to-point isolation and fast A/D conversion make it ideal for critical control systems.
The 900U02-0100 is a Honeywell safety‑certified universal I/O module supporting mixed analog inputs and outputs. It offers up to 16 non‑redundant universal input channels or 14 redundant channels, plus up to 8 analog outputs with HART support. It includes per‑channel short‑circuit protection, 1.5 kVDC isolation, and a 10 ms update rate for safety‑critical applications.
