TCSX48-532-LO

Product Description:

The TCSX48-532-LO Traveling Cable is a robust and versatile 48-conductor composite cable designed for demanding elevator applications. Built with a galvanized steel core, textile braid, and flame-retardant PVC jacket, it provides superior durability, mechanical support, and reliable performance. This cable is ideal for installations requiring efficient power and signal transmission while complying with industry standards.

Cable Components:

  • Component A:
    • 5/32″ galvanized steel core
    • Black PVC insulation with a textile braid
  • Component B:
    • 6 x 14 AWG bare copper conductors, PVC insulated
  • Component C:
    • 25 x 18 AWG bare copper conductors, PVC insulated
  • Component D:
    • 8 shielded pairs of 20 AWG conductors, PVC insulated and jacketed
    • Braid shield with 85% coverage
  • Component E:
    • 1 RG6/U coaxial cable
    • Foam polyethylene insulation with heat-sealed aluminum/Mylar tape shield and PVC jacket

Key Features:

  • Voltage Rating: 300V
  • Temperature Rating: 60°C
  • Maximum Hang Length: 700 feet
  • Flame Retardant: UL ETT & CSA ETT FT1 compliant
  • Compliance:
    • NEC and CSA standards
    • RoHS compliant
  • Cable Diameter: 1.387 inches (35.2 mm)

Construction:

  • Components B, C, D, and E cabled around the steel core (Component A)
  • Jute fillers for added stability
  • Nylon binder with open spiral wrap
  • 100% coverage textile braid for durability
  • Black PVC jacket for environmental resistance

Applications:

The TCSX48-532-LO is designed for professional elevator installations, offering reliable power and signal transmission, mechanical strength, and compliance with safety standards. It is ideal for high-rise elevators and demanding vertical applications.

Benefits:

  • Galvanized steel core for enhanced strength and durability
  • Shielded pairs and coaxial cable for reliable signal integrity
  • Flame-retardant construction for added safety
  • Designed for long hang lengths up to 700 feet
  • Built to withstand continuous movement and mechanical stress