Signal Converter
The AW-3ISC converter accepts DC signals or other inputs such as RTD sensors and potentiometers, and provides three proportional isolated DC outputs.
The AW-ACC converter accepts AC current signals and provides proportional isolated DC outputs.
The AW-ADD converter adds input A to input B and provides proportional isolated DC outputs corresponding to the sum (A+B).
The AW-AVC converter accepts AC voltage signals and provides proportional isolated DC outputs.
The AW-DFC converter accepts DC signals and converts them into proportional isolated pulse outputs.
The AW-FDC converter accepts various periodic pulse signals, such as square waves, sine waves, and magnetic sensor signals, and provides proportional isolated DC outputs.
The AW-FFC converter accepts AC frequency signals and provides proportional isolated DC outputs.
The AW-HSC converter compares two input signals (A and B), selects the higher value, and provides proportional isolated DC outputs.
The AW-IPC converter supplies power to a 2-wire current loop, accepts the corresponding DC signal, and provides isolated DC outputs.
The AW-ISO is a DC signal isolation converter that provides proportional isolated DC outputs.
The AW-LCC converter accepts signals from bridge-type strain gauges used in load cell applications and provides proportional isolated DC outputs.
The AW-LFC converter accepts various periodic pulse signals, such as square waves, sine waves, and magnetic sensor signals, and provides proportional isolated DC outputs.
The AW-PHC converter detects increasing input signals and holds the maximum value until a higher input signal or reset command is received, providing proportional isolated DC outputs.
The AW-PSC converter supplies power to a 2-wire current loop system.
The AW-PTM converter accepts potentiometer inputs ranging from 100Ω to 100kΩ and provides proportional isolated DC outputs.
The AW-RTD converter accepts signals from RTD temperature sensors and provides isolated DC outputs.
The AW-RVS converter accepts DC signals and provides proportional isolated reverse DC outputs.
The AW-SHC converter accepts DC signals, holds the input value upon receiving a hold command, and provides proportional isolated DC outputs.
The AW-SUB converter subtracts input B from input A and provides proportional isolated DC outputs corresponding to the difference (A−B).