QZJ-C/D/E Connecting Cables for Battery Energy Storage Systems
- SKU
- WIRE-QZJ-C-D-E
- Unit
- each
- Min. Order
- 1
Contact for Pricing
Volume pricing quoted per order.
Connecting Cables for Battery Energy Storage Systems
Features
- •Using temperature: -40℃~+125℃; -40℃~+150℃
- •Rated voltage 1000V AC/1500V DC, suitable for 1500V high voltage conditions ( 1000V AC/1500V DC 1500V )
- •Halongen free, follow the environment-friendly product's developing direction
- •Pass the test for vertical flame propagation, high class of flame retardance
- •The belding radius not less than five times the cable 5xOD, easy to install
Description
Connecting Cables for Battery Energy Storage Systems. Using temperature: -40℃~+125℃; -40℃~+150℃. Rated voltage 1000V AC/1500V DC, suitable for 1500V high voltage conditions ( 1000V AC/1500V DC 1500V ). Halongen free, follow the environment-friendly product's developing direction. Pass the test for vertical flame propagation, high class of flame retardance. The belding radius not less than five times the cable 5xOD, easy to install. Application: Used for EV car battery high voltage system, Battery connection of Energy Storage System, flexible cable. The product's description please refer to the specification for approval.
Specifications
| Standard | QC/T 1037-2016 |
|---|---|
| Construction | Conductor: Annealed soft bare copper; Insulation: 125℃/150℃ thermosetting elastomers |
| QZJ-C/D/E 1X10mm² | conductor Construction (no/mm): 323/0.2AS · Stranded Dia. (mm): 4.40 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 1.82 · Nominal Thickness (mm): 1.00 · Insulation Dia. (mm): 6.5 |
| QZJ-C/D/E 1X16mm² | conductor Construction (no/mm): 513/0.2AS · Stranded Dia. (mm): 5.70 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 1.16 · Nominal Thickness (mm): 1.00 · Insulation Dia. (mm): 7.9 |
| QZJ-C/D/E 1X25mm² | conductor Construction (no/mm): 798/0.2AS · Stranded Dia. (mm): 6.70 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.743 · Nominal Thickness (mm): 1.30 · Insulation Dia. (mm): 9.6 |
| QZJ-C/D/E 1X35mm² | conductor Construction (no/mm): 1121/0.2AS · Stranded Dia. (mm): 8.00 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.527 · Nominal Thickness (mm): 1.30 · Insulation Dia. (mm): 10.6 |
| QZJ-C/D/E 1X50mm² | conductor Construction (no/mm): 1596/0.2AS · Stranded Dia. (mm): 9.50 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.368 · Nominal Thickness (mm): 1.50 · Insulation Dia. (mm): 12.50 |
| QZJ-C/D/E 1X70mm² | conductor Construction (no/mm): 2257/0.2AS · Stranded Dia. (mm): 11.50 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.259 · Nominal Thickness (mm): 1.50 · Insulation Dia. (mm): 14.50 |
| QZJ-C/D/E 1X95mm² | conductor Construction (no/mm): 1887/0.2AS · Stranded Dia. (mm): 13.50 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.196 · Nominal Thickness (mm): 1.60 · Insulation Dia. (mm): 16.90 |
| QZJ-C/D/E 1X120mm² | conductor Construction (no/mm): 2368/0.254AS · Stranded Dia. (mm): 15.60 · 20℃ Conductor Max Resistance AT 20℃ (Ω/km): 0.153 · Nominal Thickness (mm): 1.60 · Insulation Dia. (mm): 19.00 |
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