Fluorescent lamp test frame with flat cable grooves

Abstract

The invention discloses a fluorescent lamp test frame with flat cable grooves. The fluorescent lamp test frame comprises a bracket. The bracket comprises an upper rectangular frame, a lower rectangular frame and four fixed vertical columns, wherein the upper rectangular frame, the lower rectangular frame and the four fixed columns are connected; the upper rectangular frame is detachably provided with a first radiating fan, the upper end of the upper rectangular frame is provided with a second radiating fan, the upper end face of the upper rectangular frame is provided with a fan adjusting groove, the fan adjusting groove is internally provided with a positioning sliding block, the lower end of the radiating fan is integrally provided with two positioning convex blocks, the middle part of each positioning convex block is provided with a connecting hole, the connecting hole is internally provided with a bolt in a run-through manner, and the radiating fan is fixedly connected with the positioning slide block through the bolts; each fixed vertical column is vertically provided with a first flat cable groove, each sliding vertical column is vertically provided with a second flat cable groove, both the first flat cable grooves and the second flat cable grooves are internally provided with connecting wires, and the sections, which extend out of the flat cable grooves, of the connecting wires are placed on the upper end face of aligned angle steel. According to the technical scheme, the fluorescent lamp test frame has the advantages of reasonable wire installation, convenient operation and ability of improving the work efficiency.

Description

technical field [0001] The invention relates to the technical field of electrical equipment, in particular to a fluorescent lamp test frame with a wiring groove. Background technique [0002] LED fluorescent lamps are the mainstream energy-saving lighting products at present, and they have various specifications and are used in a wide range of occasions. When fluorescent lamps leave the factory, necessary aging and testing experiments are required to ensure the performance of the product. However, different specifications often require different aging racks to complete, which undoubtedly brings inconvenience to the manufacturer. In order to increase the number of LED fluorescent lamps installed in the existing fluorescent lamp test stand, as many lamp holders as possible are installed on the test stand. Once the number of lamp holders is large, the number of wires will increase. If there are too many wires, the connection of the wires will be confused. Hanging the lead wire...

AI Technical Summary

Problems solved by technology

When fluorescent lamps leave the factory, necessary aging and testing experiments are required to ensure the performance of the product, but different specifications often require different aging racks to complete, which undoubtedly brings inconvenience to the manufacturer

In order to increase the number of LED fluorescent lamps installed in the existing fluorescent lamp test stand, as many lamp holders as possible are installed on the test stand. Once the number of lamp holders is large, the number of wires will increase. If there are too many wires, the connection of the wires will be confused. Hanging the wires outside the lamp holder is easy to touch when installing and disassembling the fluorescent tube, which is inconvenient to operate, and there is no cooling device on the test stand. Working in the hot summer will easily cause the workers to feel irritable and the work efficiency will be low

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