ABB UFC760BE41 (3BHE004573R0041) High‑Voltage Drive Control Interface Board

Product Description

UFC760BE41 (3BHE004573R0041) is a dedicated control interface board for ABB medium‑voltage drive systems (ACS6000 series). It undertakes signal conditioning,

analogue data acquisition and control‑command transmission between the main controller and power‑converter modules. Equipped with high‑precision isolation circuits and multi‑channel

signal interfaces, it ensures stable data exchange in high‑voltage, high‑electromagnetic‑interference environments. Widely deployed in metallurgy, mining, cement, water‑treatment and

power‑plant medium‑voltage motor drive cabinets.

Technical SpecificationsFull Model: UFC760BE41, Article Code 3BHE004573R0041 Brand: ABB, Origin: Switzerland Applicable System: ABB ACS6000 medium‑voltage drive system Board Type: Control interface / signal conditioning PCB Analogue Input: Multiple isolated 4‑20mA / 0‑10V channels Analogue Output: Configurable analogue output channels Digital I/O: Optically‑isolated discrete input / output channels System Bus: Proprietary ABB drive backplane communication bus Isolation Voltage: Up to 4 kV galvanic isolation Working Supply Voltage: Internal board‑level 24 VDC / ±15 VDC Installation Form: Built‑in card slot installation inside drive cabinet Operating‑Temperature: ‑20℃ ~ +60℃ Storage‑Temperature: ‑40℃ ~ +85℃ Ambient Humidity: 5%–95% non‑condensing industrial‑grade Certifications: CE, UL, RoHS‑compliant, industrial EMC certificationKey FeaturesHigh‑precision signal conditioning ensures accurate analogue data acquisition in high‑voltage environments Strong galvanic isolation protects control circuits from power‑side voltage surges Stable backplane communication with ACS6000 main controller and power modules Multi‑channel integrated design reduces required card‑slot count inside drive cabinets Excellent electromagnetic‑shielding layout adapts to harsh interference‑heavy converter environments Standard card‑type structure for quick plug‑and‑play replacement and maintenance Built‑in hardware self‑diagnosis for convenient on‑site troubleshooting Strict factory burn‑in test guarantees long‑term stable operation for continuous industrial processes