Core Features Loop-Powered Signal Boosting for 4–20mA Process Loops: Functions as a compact industrial signal conditioner designed to boost and stabilize 4–20mA current signals in long-distance process loops (up to 1km). It operates on loop power (draws minimal current from the 4–20mA loop, ≤3.5mA), eliminating the need for an external power supply—ideal for retrofitting existing process systems without adding wiring or power sources. High Accuracy & Signal Integrity: Maintains ±0.1% full-scale (FS) accuracy and ultra-low temperature drift (<50ppm/°C) to preserve the precision of process signals (e.g., from pressure, flow, or temperature sensors). It minimizes signal degradation caused by long cable resistance or electrical noise, ensuring reliable data transmission to PLCs, DCS, or controllers. Galvanic Isolation for Noise Immunity: Integrates 2-port galvanic isolation (input-output, 1kVrms isolation voltage) to eliminate ground loops and block conducted noise from nearby heavy machinery or industrial grids. This critical feature protects sensitive process control systems from voltage spikes, ensuring stable operation in high-electromagnetic-interference (EMI) environments. Industrial Durability & Wide Compatibility: Built for harsh industrial conditions, with an IP20 protection rating (IEC 60529) to shield internal components from dust and accidental contact. It operates reliably in temperatures from -25°C to +70°C, compatible with most industrial environments (e.g., manufacturing floors, refineries). It supports all standard 4–20mA process sensors and controllers, requiring no configuration—simplifying integration. Ultra-Slim Design & Easy Installation: Features a compact, DIN-rail mountable form factor (35mm standard DIN rail) with a width of only 12.5mm—optimized for space-constrained control cabinets. Tool-free screw terminal blocks enable quick, secure wiring (accepts 0.2–1.5mm² cables), and a green LED status indicator confirms loop power and normal operation—reducing installation time and troubleshooting effort. Typical Applic