Poured Resin Busbar Has Better Waterproof Performance And Rated Current 400A~5000A
Parameters
Electricity parameters | |
Standard |
IEC 62271-1 |
Rated frequency fn |
50Hz |
Rated current A |
400~5000 |
Rated short-time withstand current |
30kA~100kA |
Rated peak withstand current |
63kA~220kA |
Rated working voltage |
690V |
Rated insulation voltage |
1000V |
Rated impulse withstand voltage |
8kA |
Other parameters | |
Protection level |
IP68 |
Housing material |
Epoxy resin mixture |
Protection against electric shock |
Protective grounding and insulating materials |
Insulation level |
B(130℃) |
Grounding Resistance
Rated current (A) |
Resistance(10-6Ω/m) |
400 |
197.4 |
630 |
148.1 |
800 |
118.5 |
1000 |
98.7 |
1250 |
74.0 |
1600 |
56.4 |
2000 |
42.3 |
2500 |
32.0 |
3200 |
24.7 |
4000 |
19.1 |
5000 |
14.8 |
Busway Weight
Rated current(A) |
High(mm) |
Weight |
|
3L+PEN |
3L+N+50%PE |
||
400 |
60 |
19.1 |
22.4 |
630 |
70 |
23.1 |
26.4 |
800 |
80 |
27.3 |
31.2 |
1000 |
90 |
31.4 |
35.9 |
1250 |
110 |
39.7 |
45.3 |
1600 |
140 |
53.1 |
60.7 |
2000 |
190 |
77.3 |
88.1 |
2500 |
230 |
92.7 |
105.7 |
3200 |
310 |
118.9 |
135.6 |
4000 |
380 |
147.7 |
168.7 |
5000 |
460 |
178.5 |
203.9 |
Advantage
- Uses a unique epoxy resin formulation that has been developed for use in waterproof busways. The resin is mixed in a sealed vacuum to ensure consistent quality, uniform distribution of the mixture, and no air voids.
- Under controlled conditions of temperature and pressure, the material in the mold will gradually solidify. After curing, the resulting insulated busway is compact, void-free, with low internal stress and a smooth outer surface.
- IEC 60529-compliant feeder busways are available with protection ratings up to IP68.
- The degree of protection provided by the housing. IP68 design allows the product to work for a period of time in water or laid in a cable duct.
- The copper conductors are processed by a polishing saw process, which ensures high quality bar ends. This process is better than cutting and avoids secondary damage to the insulation material.
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