6051.2188 -- VAC13KS, UNITED KINGDOM, V-LOCK CORD RETAINING, 4.0 M, CONNECTOR IEC C13, H05VV-F3G1.0, BLACK
SCHURTER IncVAC13KS, United Kingdom, V-Lock cord retaining, 4.0 m, Connector IEC C13, H05VV-F3G1.0, black6051.2188
Description
Description
Power Cord
Protection class I, Pin temperature 70 °C
with V-Lock interlocking system
with fuse 13 A
SCHURTER Inc
Done
Request a Quote
Email Supplier
Description
Description
Power Cord
Protection class I, Pin temperature 70 °C
with V-Lock interlocking system
with fuse 13 A
Request a Quote
Email Supplier
Datasheet
Datasheet Summary Powered by GS/AI
The VAC13KS is a 4.0-meter power cord designed for use in the United Kingdom, featuring a V-Lock cord retaining system that prevents accidental disconnection. It is equipped with an IEC C13 connector and is constructed from H05VV-F3G1.0 cable, suitable for applications requiring a maximum current of 10 A at 250 VAC. The cord operates within a temperature range of -25 ¬8C to 70 ¬8C and has a pin temperature rating of 70 ¬8C. It includes a 13 A fuse for added safety and complies with BS 1363 standards. The product is suitable for appliances with protection class I and has a dielectric strength of over 2 kVDC. The housing material is black PVC, and the front side has an IP20 protection rating according to IEC 60529.
Datasheet Summary Powered by GS/AI
The VAC13KS is a 4.0-meter power cord designed for use in the United Kingdom, featuring a V-Lock cord retaining system that prevents accidental disconnection. It is equipped with an IEC C13 connector and is constructed from H05VV-F3G1.0 cable, suitable for applications requiring a maximum current of 10 A at 250 VAC. The cord operates within a temperature range of -25 ¬8C to 70 ¬8C and has a pin temperature rating of 70 ¬8C. It includes a 13 A fuse for added safety and complies with BS 1363 standards. The product is suitable for appliances with protection class I and has a dielectric strength of over 2 kVDC. The housing material is black PVC, and the front side has an IP20 protection rating according to IEC 60529.
