TA26B-1/2/3 Series Microcomputer Relay Protection& Control Relay

Product name

TA26B-1/2/3 Series Microcomputer Relay Protection& Control Relay

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Product Features

TA26B-1 series microcomputer protection measurement and control device is mainly applicable to the protection and control of the incoming and outgoing line cabinets in the small-scale switchgear such as ring network cabinets, box transformers and air-filled cabinets with voltage levels of 10KV and below. The device adopts 128×64 liquid crystal display interface, and has simple and practical conventional protection functions, compact structure and high cost performance. The series of devices can be connected to the station-level computer system via the RS485 network via the communication management machine to form an object-oriented power automation system via the RS485 network via the communication management machine to form an object-oriented power automation system.

TA26B-2 series microcomputer protection measurement and control device is mainly used for substation of power system 35kV and below, substation of large factories and mines, and commercial and residential distribution and power distribution station as protection and control of primary equipment such as line, distribution Transformer and motor. The device adopts 160×160 liquid crystal display interface, which has rich functions of protection, measurement, control and human-machine interface. The series of devices can be connected to the station-level computer system via the RS485 network via the communication management machine to form an object-oriented power automation system.

TA26B-3 series microcomputer protection measurement and control device is suitable for conventional substation with power system 110kv and below, and also for intelligent substation with voltage level of 110kv and below. It is also suitable for mining, cement, chemical, metallurgy, port, water supply and environmental protection. And other high-end power customers in the field of industrial automation. The device adopts 128×64 liquid crystal display interface, which has very rich protection, measurement, control and human-machine interface functions. The series of devices can be connected to the station-level computer system via a dual Ethernet or dual RS485 network via a communication management machine to form an object- oriented power automation system.