Belden Inc. 1073A0102500 16 Awg 16 Pair 600V Cable

Product Description

The BELDEN INC. 1073A0102500 is a multi-pair instrumentation cable rated for 600 volts, constructed with 16 AWG conductors and 16 individually shielded pairs in a VNTC (Vinyl Nylon Thermoplastic Conductor) configuration with an overall shield (OS). This cable is designed for signal and control wiring in industrial and commercial environments where noise rejection and reliable signal integrity are required. It is typically installed by licensed electricians and instrumentation technicians working in process control, building automation, and industrial control panel applications.

This cable suits applications where multiple analog or digital signal pairs must be routed in a single cable run. The 600-volt rating makes it appropriate for use in power-limited and control circuits in commercial buildings, manufacturing facilities, and process plants. The overall shield provides a common reference for noise suppression across all pairs, while individual pair construction supports multi-channel wiring in a single conduit run.

Key Features

• 16 AWG conductors across 16 pairs for robust signal and control capacity
• 600-volt rated insulation suitable for power-limited control and instrumentation circuits
• VNTC jacket construction for durability in industrial environments
• Overall shield (OS) for system-level electromagnetic interference rejection
• Multi-pair configuration reduces conduit fill compared to individual cable runs

Compatibility

Designed as an instrumentation-grade multi-pair control cable for use in industrial process control, building automation, and commercial electrical systems requiring 600-volt rated wiring.

Installation Notes

Installation should be performed by a licensed electrician or qualified instrumentation technician in accordance with NEC Article 727 or applicable local codes for instrumentation tray cable. De-energize all circuits before terminating conductors or making shield connections. Maintain consistent shield grounding practices at one end of the cable run to avoid ground loops in sensitive signal circuits.