Overview
Accu-Cable TOUR LINK CAT10 is a 10 ft. (3M) 24-gauge, high-performance CAT5e networking cable designed for lighting and video applications. Built to industry standards, it delivers reliable, high-speed connectivity for both professional productions and everyday networking needs.
Accu-Cable TOUR LINK SERIES Cat5e Shielded Network Cable is a premium 24-gauge, 4-pair twisted pair cable built for high-performance networking in demanding environments. Engineered with durability and superior shielding, it ensures reliable data transmission with enhanced protection against interference.
Supporting speeds up to 1 Gbps over 100 meters, this Cat5e cable delivers 10x the performance of standard Cat5 while minimizing crosstalk and signal loss. It’s an ideal solution for lighting control (Art-Net, sACN) and video networking (runs up to 100 feet).
Designed for live events, touring, installations, and industrial applications, the TOUR LINK Cat5e offers the perfect balance of performance, efficiency, and dependability — making it the trusted choice of event professionals worldwide.
ADJ TOUR LINK CAT10 10FT CAT5E CABLE
- Product Specification:
- Conductor Specification: 4×2×0.22 mm² / 24 AWG
- Conductor Structure: OFC 7/0.20BC (Oxygen-Free Copper)
- Insulation Material: FPE (Foamed Polyethylene)
- Insulation Color & Outer Diameter:
BU / BU-WH (Blue / Blue-White)OG / OG-WH (Orange / Orange-White)GN / GN-WH (Green / Green-White)BN / BN-WH (Brown / Brown-White)Insulation Outer Diameter**: 1.00 mm- Shield Structure: 16/10/0.10TC (Tinned Copper) with 92% coverage
- Outer Jacket Material: TPU (Thermoplastic Polyurethane)
- Outer Jacket Color: Black (BK)
- Outer Diameter: 6.6 ± 0.4 mm
- Cable Printing: TOUR LINK 4X2X0.22mm (24 AWG) STP CAT.SE Network Cable - High Performance Shielded Cable - RoHS Compliant
Electrical and Mechanical Characteristics- Withstand Voltage: 0.5 kV
- Conductor Resistance (max. at 20°C): 93.8 Ω/km
- Capacitance between Conductors: 60 pF/m
- Impedance: 100 Ω
- Temperature Range: -20°C to +60°C
Specifications are subject to change without notice.