Product: 1pcs Current/Voltage Convert Signal Isolator What it does Converts a 4–20 mA input signal to a 0–10 V output signal while providing signal isolation. Single-input, dual-output design (1 in / 2 out) lets one sensor feed two separate 0–10 V inputs simultaneously. Key benefits — why you need it Protects downstream equipment by isolating the sensor loop from control and measurement circuits, reducing ground loops and interference. Allows legacy or PLC and data-acquisition systems that accept voltage inputs (0–10 V) to work with standard 4–20 mA transmitters. One device supplies two isolated outputs from a single input, saving panel space and reducing wiring complexity. Main features and attributes Function: Current-to-voltage conversion with signal isolation for clean, reliable analog outputs. Input compatibility: 4–20 mA transmitter input; input range options listed as 0–5 V and 0–75 mV (per original specification). Output: 0–10 V analog signal, two isolated outputs from one input (1 in / 2 out). Form factor: single-piece (1 pcs) compact isolator suitable for integration into existing circuits. Performance: Designed specifically for signal isolation and conversion in relevant circuits. Practical use scenarios Industrial process control: Convert plant 4–20 mA sensor outputs to 0–10 V inputs for PLC analog cards that expect voltage signals. Data acquisition and monitoring: Feed a single transmitter into two separate recorders or monitoring systems without shared-ground interference. Equipment interface and retrofit: Integrate older voltage-only controllers or displays with modern current-output transmitters while maintaining isolation. Application note Use this isolator where signal integrity and separation between measurement and control systems are required. It performs isolation and conversion functions to adapt 4–20 mA transmitter signals into dual 0–10 V outputs for downstream equipment. Intended use Signal isolation and conversion in relevant circuits.