A lever-type power transforming device connector heating electric treatment device and use method thereof

Abstract

A lever-type power transforming device connector heating electric treatment device, comprises two electrode clamping devices connected by electric wires, The electrode clamping device comprises: a mounting bracket, two movable plates arranged in parallel, two guide rods arranged in parallel, A linkage mechanism and a drive mechanism, each of the guide rods is mounted on a mounting bracket, one endof each of the movable plates is slidably connected to one of the guide rods, the other end of each of the movable plates is connected to the linkage mechanism, the linkage mechanism is connected with a driving mechanism, The two movable plates are respectively provided with clamping devices on opposite sides, and the driving mechanism is installed on the mounting frame and can drive the clampingdevices on the two movable plates to move toward or against each other through the linkage mechanism. Each movable plate is provided with a contact electrode, and the clamping device is electricallyconnected with the contact electrode. The invention has the advantages of reasonable and clever structure, complete function and convenient use.

Description

technical field [0001] The invention relates to a heating and heating treatment device for joints of lever type substation equipment. Background technique [0002] With the rapid increase of power load, especially in summer and winter under heavy load and heavy load, the heating of equipment is extremely severe. In the power system, accidents of equipment damage or unplanned power outage often occur due to untimely treatment of equipment heating. At present, the conventional method of dealing with equipment heating has many disadvantages: Unplanned power outage is necessary: ​​especially when the equipment under the bus is heated, the entire bus must be taken out of operation during processing, which has a great impact on the normal operation of the entire power system and delays the processing time; Increased unsafe factors: In order to reduce the adverse effects of power outages, power outages are generally staggered during the peak period of power consumption, and after z...

AI Technical Summary

Problems solved by technology

At present, the conventional method of dealing with equipment heating has many disadvantages: Unplanned power outage is necessary: ​​especially when the equipment under the bus is heated, the entire bus must be taken out of operation during processing, which has a great impact on the normal operation of the entire power system and delays the processing time; Increased unsafe factors: In order to reduce the adverse effects of power outages, power outages are generally staggered during the peak period of power consumption, and after zero point is selected, so that power outages, power transmission and equipment failure processing are mostly performed at night, and construction risks are caused by the environmental limitations of night work Increased, the number of unsafe factors increased significantly; incomplete treatment: due to the complexity of the causes of equipment heating failures, the cause of the failure cannot be accurately judged when the equipment is running, and pre-judgments are often made based on experience, which may sometimes cause heat generation after the equipment is out of service There are no suitable spare parts and spare parts at that time, so it can only be handled temporarily, and the power will be cut off again after the required spare parts are purchased;

[0003] At present, there is a Chinese patent CN202423578U that discloses a charging processing device, which can perform charging operation and improve work efficiency. However, it is still not convenient to quickly tighten the terminals, and the efficiency still needs to be improved.

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