Test wiring wire clamp

Abstract

The present invention provides a test wiring clamp, comprising: a first clamp and a second clamp; wherein, the first clamp and the second clamp have a common handle, and the first clamp and the The second wire clips are respectively located at two ends of the common clip handle. The new type of double-ended test wiring clip provided by the invention, the clips at both ends share a common clamping handle, which replaces the design structure of the traditional single-ended cable clip, enhances the product performance of the cable clip, reduces the number of test wiring, and solves the problem of testing In the wiring process, there are many problems such as the use of multiple wire clips and the cumbersome wiring and disconnection process, which greatly improves the efficiency of on-site operations, improves the quality of work, and ensures the standardization and normalization of the operation process.

Description

technical field [0001] The invention relates to the field of electric power testing, more specifically, to a test wiring clip. Background technique [0002] The test clamp is a commonly used tool in the high-voltage test link of the electric power industry. It is widely used in the test short-circuit connection link, with a large number of uses and a high frequency of application. [0003] At present, two methods are usually used when short-circuiting the main transformer circuit breaker, universal circuit breaker and other tested equipment on site: one is the whole bare copper wire winding short circuit method, and the other is multiple wire series short circuit method. These two methods have the following defects: For the whole bare copper wire winding short-circuit method, this wiring method has disadvantages such as poor contact, cumbersome connection and disassembly, and does not meet the working requirements of the "Electrical Safety Regulations" test wiring; Wire ser...

AI Technical Summary

Problems solved by technology

These two methods have the following defects: For the whole bare copper wire winding short-circuit method, this wiring method has disadvantages such as poor contact, cumbersome connection and disassembly, and does not meet the working requirements of the "Electric Safety Regulations" test wiring; Wire series short connection method, this wiring method has many problems such as messy wires, many test wire clamps, time-consuming connection and disconnection, and low efficiency

[0004] Moreover, the current test clamps are all single-ended clamps, which cannot effectively connect the device under test to the short wire for testing.

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