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Electrical equipment standard busbar installation tools and materials

1. Subject content and scope of application

This Code and Regulations stipulate the technological requirements for the selection, processing, connection and installation of busbars.

The manufacturing and inspection regulations for the high and low voltage switchgear busbars in the factory.

2. Equipment, tools and materials

2.1 Equipment

  A. Drilling machine B. Busbar bending machine C. Three-station busbar processing machine

  D. Hydraulic punching machine E. Cutting machine F. Copper row pickling tank G. Tin plating tank

2.2 Tools

  A. Adjustable wrench B. Screwdriver C. Hacksaw

  D. Steel file E. Wooden hammer F. Iron hammer

  G. Drilling fixture H. Paint tool I. Clean wire back

2.3 Materials used

  A. Copper busbar TMY---GB5585.2---85 B. Aluminum busbar LMY---GB5585.3---85

  C. Nitric acid HNO3 D. Sodium hydroxide NaOH

  E. Zinc hydrochloride solution F. Tin ingot

  G. Neutral Vaseline H. Alkyd enamel: black

3. Selection of busbar specifications

3.1 Choose according to the requirements of drawings or manufacturing specifications

3.2 The surface of the busbar material should be smooth and smooth, without cracks and debris, and comply with GB5585.2---85

   And GB5585.3---85 requirements.

3.3 Selection of busbar specifications for low-voltage switchgears. Distribution boxes of various models and specifications are selected according to the regulations in the corresponding tables below.

 

XGL 3C certificate stipulates

Current rating 630A 500A 400A 315A 200A 100A

Busbar specification TMY 40×10 50×6 50×5 40×4 30×3 352

Busbar clamp specifications 40×10 50×6 50×5 40×4 30×3 /

Distance between bus clamps 500mm 500mm 500mm 500mm 500mm /

 

 

3.Electrical equipment standard busbar installation tools and materials

4. Subject content and scope of application

This Code and Regulations stipulate the technological requirements for the selection, processing, connection and installation of busbars.

The manufacturing and inspection regulations for the high and low voltage switchgear busbars in the factory.

5. Equipment, tools and materials

5.1 Equipment

  A. Drilling machine B. Busbar bending machine C. Three-station busbar processing machine

  D. Hydraulic punching machine E. Cutting machine F. Copper row pickling tank G. Tin plating tank

5.2 Tools

  A. Adjustable wrench B. Screwdriver C. Hacksaw

  D. Steel file E. Wooden hammer F. Iron hammer

  G. Drilling fixture H. Paint tool I. Clean wire back

5.3 Materials used

  A. Copper busbar TMY---GB5585.2---85 B. Aluminum busbar LMY---GB5585.3---85

  C. Nitric acid HNO3 D. Sodium hydroxide NaOH

  E. Zinc hydrochloride solution F. Tin ingot

  G. Neutral Vaseline H. Alkyd enamel: black

3. Selection of busbar specifications

3.1 Choose according to the requirements of drawings or manufacturing specifications

3.2 The surface of the busbar material should be smooth and smooth, without cracks and debris, and comply with GB5585.2---85

   And GB5585.3---85 requirements.

3.3 Selection of busbar specifications for low-voltage switchgears. Distribution boxes of various models and specifications are selected according to the regulations in the corresponding tables below.

 

XGL 3C certificate stipulates

Current rating 630A 500A 400A 315A 200A 100A

Busbar specification TMY 40×10 50×6 50×5 40×4 30×3 352

Busbar clamp specifications 40×10 50×6 50×5 40×4 30×3 /

Distance between bus clamps 500mm 500mm 500mm 500mm 500mm /

GCK    3CThe certificate stipulates

 

 

busbar punching shearing line.0000pt solid windowtext;"> Current level	2500A	2000A	1600A	1250A	1000A
Busbar specificationsTMY	2×(100×10)	2×(80×10)	2×(80×8)	80×10	60×10
Busbar specifications	100×10	80×10	80×8	80×10	60×10
Between busbar clamps Maximum distance	Level800mm vertical600mm	Level800mm vertical600mm	Level800mm vertical600mm	Level800mm vertical500mm	Level800mm vertical500mm