What's special about this line of copper conductor power cables?
Outer jacket is constructed from a durable PVC-based, low-adhesion blend to protect the inner conductors from oil, UV light, or other harmful environmental factors
Insulated copper conductors are stranded around a high-tensile core for increased strength, and helping to maintain a proper bend radius when used within moving machinery or with a cable and hose carrier system
Multi conductor power cable, with your choice of either a shielded or non-shielded jacket to meet design specifications for use in a wide variety of high mechanical load applications (mechanical tools, forklifts, indoor cranes, ext…)
The Chainflex® line of shielded and non-shielded power cables from IGUS® is designed to be the ideal wiring solution for demanding applications on all types of automated machinery. These power cables can handle tight-radius bends while maintaining optimal performance, thanks to the incredibly strong high-tensile center core. With a durable PVC based outer jacket and individually insulated copper conductors, this power cable can withstand the friction of moving components and the unfavorable conditions that are generally associated with industrial environments.
What's special about this line of copper conductor power cables?
- Outer jacket is constructed from a durable PVC-based, low-adhesion blend to protect the inner conductors from oil, UV light, or other harmful environmental factors
- Insulated copper conductors are stranded around a high-tensile core for increased strength, and helping to maintain a proper bend radius when used within moving machinery or with a cable and hose carrier system
- Multi conductor power cable, with your choice of either a shielded or non-shielded jacket to meet design specifications for use in a wide variety of high mechanical load applications (mechanical tools, forklifts, indoor cranes, ext…)
The Chainflex® line of shielded and non-shielded power cables from IGUS® is designed to be the ideal wiring solution for demanding applications on all types of automated machinery. These power cables can handle tight-radius bends while maintaining optimal performance, thanks to the incredibly strong high-tensile center core. With a durable PVC based outer jacket and individually insulated copper conductors, this power cable can withstand the friction of moving components and the unfavorable conditions that are generally associated with industrial environments.
