ABB REU-610 is a professional line protection and control relay developed by ABB for medium-voltage distribution networks, overhead lines, and cable feeder systems. As a key product in the ABB REU series of protection devices, ABB REU-610 integrates comprehensive protection, measurement, and communication functions, which can seamlessly connect with substation automation systems (SAS) and SCADA platforms, undertaking core tasks such as fault detection, rapid tripping, and real-time line status monitoring for medium-voltage power grids.
ABB RET615 is a high-performance numerical transformer protection and control relay, engineered specifically for power transformers in utility grids, industrial substations, and renewable energy power plants. It integrates comprehensive protection, accurate measurement, and intelligent control functions, serving as a core device to safeguard transformers against internal and external faults, and enabling seamless integration with smart grid systems.
ABB RER103-MM is a compact and high-performance earth fault protection relay developed by ABB, specially designed for low-voltage distribution systems, industrial motor circuits, and building power supply networks. As a cost-effective core component in the ABB RER series of protection relays, ABB RER103-MM integrates accurate fault detection, fast tripping control, and simple communication functions, which can seamlessly connect with low-voltage circuit breakers and monitoring systems, undertaking key tasks such as earth fault identification, fault location, and equipment safety protection.
ABB RER103 is a compact and cost-effective earth fault protection relay, specially designed for low-voltage distribution systems, industrial motor control circuits, and commercial building power supply networks. It provides selective and fast earth fault detection and protection, effectively preventing electrical fire hazards and equipment damage caused by ground faults, and is fully compatible with ABB’s circuit breakers and residual current devices (RCDs).
ABB REM620C-F is a high-end integrated protection and control relay developed by ABB for high-voltage transmission lines, power transformer banks, and large industrial generator sets. As a flagship product in the ABB REM series of protection relays, ABB REM620C-F integrates advanced fault detection algorithms, multi-channel electrical parameter measurement, and standardized communication functions, which can seamlessly connect with ABB’s substation automation systems (SAS) and third-party SCADA platforms, undertaking key tasks such as rapid fault isolation, equipment status monitoring, and remote control for high-voltage power assets.
ABB REM620A is an advanced numerical motor protection and control relay, specifically designed for low and medium-voltage induction motors, synchronous motors, and motor-driven equipment in industrial plants, water treatment facilities, and power generation systems. It integrates comprehensive protection, precise measurement, and intelligent control functions, serving as a core device to ensure the safe, reliable, and efficient operation of motor loads, and is fully compatible with ABB’s PLC systems and SCADA monitoring platforms.
ABB REM615E_1G is a high-performance integrated protection and control relay independently developed by ABB, specially designed for medium-voltage distribution networks, industrial transformer protection, and motor control systems. As a core product in the ABB REM series of protection relays, ABB REM615E_1G integrates comprehensive protection, measurement, control, and communication functions, which can seamlessly connect with ABB’s substation automation systems and third-party SCADA systems, undertaking key tasks such as fault detection, tripping control, and real-time data monitoring of power equipment.
ABB REM615 HBMBCAAJABC1BNN11G is a high-integration numerical protection and control relay, specially designed for medium-voltage distribution networks, industrial power systems, and renewable energy grid-connected projects. It integrates functions of overcurrent protection, earth fault protection, voltage monitoring, and data acquisition, serving as a core device to ensure the safe and stable operation of power grids and electrical equipment, and is fully compatible with ABB’s SACE series circuit breakers and SCADA systems.
WOODWARD 8273-1017 is a high-performance digital speed control module independently developed by Woodward, specially designed for the speed regulation and stability control of internal combustion engines, gas turbines, and generator sets in industrial power generation, oil and gas, and marine propulsion fields. As a core component of the WOODWARD 8273 series of control products, WOODWARD 8273-1017 integrates high-precision signal acquisition, fast logic operation, and flexible communication functions, which can seamlessly connect with various engine sensors and actuators, undertaking key tasks such as real-time speed monitoring, fuel injection adjustment, and fault protection.
WOODWARD 8405-026 is a compact and high-reliability fuel control actuator driver module, specially designed for Woodward series mechanical and electronic actuators in industrial engines, gas turbines, and diesel generator sets. It serves as a key connection unit between the speed control system and the fuel actuator, realizing precise and stable fuel supply regulation, and is widely used in power generation, marine propulsion, and oil and gas field equipment.
WOODWARD 8270-1014 is a high-performance digital speed control module, specifically designed for internal combustion engines, gas turbines, and diesel generator sets in industrial power generation, marine propulsion, and oil and gas field applications. As a core component of Woodward’s speed control system, it features high-precision speed measurement, fast response control, and strong environmental adaptability, effectively ensuring the stable operation of prime movers under variable load conditions.
The Bently 3500/60 163179-01 is a high-precision, multi-channel temperature monitoring module engineered for Bently Nevada’s 3500 Series machinery protection system, specializing in real-time temperature measurement and fault detection for turbomachinery, generators, compressors, and industrial rotating equipment. As a core component of Bently Nevada’s asset health monitoring portfolio, the Bently 3500/60 163179-01 supports a wide range of temperature sensors to track critical parameters such as bearing temperature, lube oil temperature, and stator winding temperature. The Bently 3500/60 163179-01 features a rugged rack-mount design, built-in diagnostic capabilities, and redundant communication interfaces, ensuring reliable operation in harsh industrial environments with extreme temperatures, electromagnetic interference (EMI), and mechanical vibration. Engineered for seamless integration with the 3500 Series system framework, the Bently 3500/60 163179-01 simplifies system configuration and maintenance, enabling predictive maintenance strategies that minimize unplanned downtime for mission-critical assets.
