General Electric
GENERAL ELECTRIC TJK436F000 Molded Case Breakers (MCCBs)
- MPN:
- TJK436F000
- UPC:
- 78316401376
- SKU:
- C15-7014
Product Conditions
Surplus
Parts from another distributor or wholesaler that were only removed from the original packaging for inspection and pictures. These parts have never been energized, installed, or modified in any way.
Parts from another distributor or wholesaler that were only removed from the original packaging for inspection and pictures. These parts have never been energized, installed, or modified in any way.
Used
Parts that show any sign of being energized, installed, assembled with other parts, or functional wear or corrosion. These parts are sold as-is and returns may not be accepted.
Parts that show any sign of being energized, installed, assembled with other parts, or functional wear or corrosion. These parts are sold as-is and returns may not be accepted.
Repackaged
Parts from another distributor or wholesaler that are missing the original packaging. These parts have never been energized, installed, or modified in any way and will ship in an ARCA box.
Parts from another distributor or wholesaler that are missing the original packaging. These parts have never been energized, installed, or modified in any way and will ship in an ARCA box.
Description
SKU: C15-7014
Brand: GENERAL ELECTRIC
MPN: TJK436F000
UPC: 78316401376
Shipping Weight: 16.15 lbs.
Shipping Height: 4.00 In.
Shipping Length: 11.00 In.
Shipping Width: 9.00 In.
Product Notes:
Long Description: GENERAL ELECTRIC TJK436F000 Molded Case Breakers (MCCBs)
Specifications
TS PIK: |
120072641 |
Voltage Rating: |
120/240/277/480/600 VAC, 125/250/500 VDC |
Number of Poles: |
3 |
Frame Type: |
J600 |
Maximum DC Voltage Rating: |
500 V |
Type: |
Thermal Magnetic |
Installation/Operator: |
|
Catalog: |
|
CAD Drawings: |
|
Maximum AC Voltage Rating: |
600 V |
Current Rating: |
125/150/175/200/225/250/300/350/400 A |
Interrupting Rating: |
22 kA at 600 VAC, 30 kA at 277/480 VAC, 42 kA at 120/240 VAC, 20 kA at 125/250/500 VDC |