Categories
Categories
- Home
- IEC C14 To C15 Power Cable
- 2M IEC C14 to C15 High Temperature Power Cable with Dual IEC Locks
2M IEC C14 to C15 High Temperature Power Cable with Dual IEC Locks
Product Description
Introduction
The 2M IEC C14 to IEC C15 High Temperature Power Cable with dual IEC Locks is designed for secure and reliable power delivery in high-temperature equipment environments. Featuring locking IEC connectors on both ends, this cable helps prevent accidental disconnection caused by vibration or movement, making it ideal for servers, networking equipment, data centres, industrial devices, and high-performance appliances.
Constructed with heavy-duty 3 x 1.0mm² conductors, the cable provides stable power transmission and enhanced durability for demanding applications. The IEC C15 connector is specifically engineered to withstand higher operating temperatures compared to standard C13 connectors, making it suitable for use with heat-generating equipment such as high-power switches, servers, and PoE devices.
The robust high temperature rubber jacket and secure IEC Lock mechanism ensure dependable performance, improved safety, and long service life in professional environments.
Specifications
|
Item |
Description |
|
Product Type |
IEC Lock High Temperature Power Cable |
|
Cable Length |
2 Metres |
|
Connector A |
IEC Lock IEC C14 Male Plug with RCM Mark |
|
Connector B |
IEC Lock IEC C15 Female Connector with RCM Mark |
|
Connector Type |
Locking IEC Connectors on Both Ends |
|
Conductor Size |
3 x 1.0mm² |
|
Conductor Material |
Bare Copper |
|
Cable Type |
3 Core Power Cable |
|
Jacket Material |
H05RN-F High Temperature Cord with SAA Safety Approval: SAA-190515-EA |
|
Colour |
Black |
|
Temperature Rating |
High Temperature Rated IEC C15 Connector |
|
Voltage Rating |
250V AC |
|
Current Rating |
10A |
|
Compliance |
RoHS Compliant |
|
Application |
Servers, Data Centres, Networking Equipment, Industrial Power Connections |
|
Features |
Secure IEC Lock System, High Temperature Resistance, Heavy Duty Construction, Reliable Power Transmission |
Loading... Please wait... 





