It provides all-round protection against overload, short circuit, ground fault and motor stall. It supports customizable overload curves and single current transformer differential protection. The transition level for protection can be adjusted from 25% to 300% of the full-load current, and the time delay can be set from 0 to 1000ms, which can quickly trigger tripping actions when faults occur to avoid irreversible damage to motors.
It can real-time monitor key electrical parameters such as motor current, voltage and frequency. The 40-character liquid crystal display clearly presents operating data and status information. When faults occur, the indicator LEDs immediately signal the fault type, allowing on-site personnel to quickly identify problems without complicated testing.
The EnerVista 469 software enables remote parameter configuration and data retrieval via the RS232 port. It supports multiple communication protocols such as Modbus RTU and Profibus, realizing seamless connection with upper-level control systems and facilitating centralized management of multiple motor devices.
The conformal coating on the internal components and the graded protection level design enhance the product’s durability. It can operate stably in chemical plants, mines and other harsh environments where corrosion and dust are serious, and effectively extend the service life of the relay and the motor it protects.
It has self-assessment and motor health evaluation capabilities. It can detect rotor problems and other potential faults in advance and send configurable alarms. It can store fault and operation records to provide data support for subsequent fault analysis and maintenance.
It is applied to motor equipment such as oil well pumps, pipeline compressors and drilling rigs. Its corrosion-resistant and moisture-proof characteristics can adapt to offshore drilling platforms and onshore refinery environments, preventing production accidents and economic losses caused by motor failures during oil and gas extraction and transportation.
It protects motors of crushers, conveyors and blast furnace fans in mining sites and metallurgical plants. The harsh conditions in mines and metallurgical workshops with high dust and large temperature fluctuations are matched by the relay’s robust structure and conformal coating, ensuring continuous operation of key equipment.
It is installed in motors of auxiliary equipment such as circulating water pumps and induced draft fans in thermal power plants and substations. It is also suitable for wind power generation systems, protecting the motor operation of wind turbines and ensuring the stable output of electric energy.
It is used for motors of mixers, reactors and conveying pumps in chemical and pharmaceutical production lines. The conformal coating can resist the erosion of chemical gases and liquids, avoiding equipment shutdown caused by relay failure and ensuring the safety and continuity of chemical production processes.
It is widely used in motors of water pumps, aerators and sludge treatment equipment in water treatment plants. In pulp and paper mills, it protects motors of pulp beaters and paper machines. It ensures the normal operation of these devices and maintains the stability of water treatment efficiency and paper production lines.
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