This is an analog 420 mA signal isolator with one input and two galvanically isolated outputs. It converts a 420 mA current loop into two independent 05 V voltage outputs while maintaining galvanic isolation between the input and each output. Model 1832. Key benefits Protects control equipment from ground loops and voltage differences by providing galvanic isolation between input and outputs. Enables signal distribution to two separate devices without sharing a common ground. Improves signal integrity in noisy industrial environments by isolating the measurement source. Simple wiring with a compact, singlemodule solution for signal isolation and distribution. Key attributes Functionality: 1 input channel (420 mA) with 2 isolated output channels (05 V each). Compatibility: suits standard 420 mA sensors/sources and 05 V input devices such as PLCs, data loggers, and microcontroller ADCs. Isolation: galvanic isolation between input and both outputs to minimize ground loop and interference issues. Channels: one input, two galvanically isolated outputs. Output range: each of the two outputs is in the 05 V range. Model: 1832. Form factor: designed as a compact signal converter suitable for panel mounting in typical industrial environments. Use cases Industrial process control: take a single 420 mA sensor signal and drive two isolated 05 V inputs on a PLC or DAQ, reducing wiring conflicts and protecting equipment. Data acquisition and monitoring: feed two isolated measurement devices or data loggers from a single sensor while preventing ground loops and crosschannel interference. System expansion and safety: expand signal distribution in control cabinets with galvanic isolation to safeguard controllers and measurement instruments. Specifications at a glance Input: 420 mA current loop Outputs: 2 x 05 V voltage outputs, isolated from input and from each other Isolation: galvanic isolation Channels: 1 input, 2 outputs Model: 1832 Notes This description reflects the product's stated features: analog 420 mA input, dual isolated 05 V outputs, and galvanic isolation. For installation, follow standard wiring practices for current loop to voltage conversion and ensure proper isolation barriers are maintained.