Belden Inc. 2131A0035000 Shielded Cable 16 Awg 12 Pair

Product Description

The BELDEN INC. 2131A0035000 is a multi-pair shielded cable constructed with 16 AWG conductors, XLPE (cross-linked polyethylene) insulation, and a TPE (thermoplastic elastomer) outer jacket. It is configured as a 12 foil-shielded pair cable, with individual pair shielding providing strong noise rejection in signal and control wiring applications. Licensed electricians and instrumentation technicians typically specify this cable for industrial and commercial control runs where interference rejection and durability under thermal or mechanical stress are priorities.

This cable is suited for use in commercial and industrial environments where control, instrumentation, or low-voltage signal circuits require reliable shielding across multiple pairs. The XLPE insulation provides resistance to heat and moisture, while the TPE jacket adds flexibility and durability in installations subject to movement or environmental exposure. It is commonly pulled through conduit or routed in cable trays in mechanical rooms, equipment panels, and building automation systems.

Key Features

• 12 individually foil-shielded pairs for strong per-pair noise isolation
• 16 AWG conductors suitable for low-voltage control and signal circuits
• XLPE insulation rated for elevated temperature and moisture resistance
• TPE outer jacket provides flexibility and mechanical durability
• Foil shielding on each pair reduces crosstalk in multi-pair runs

Compatibility

Designed as an OEM-style replacement and standard-specification multi-pair shielded cable for commercial and industrial control, instrumentation, and low-voltage signal wiring applications.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC requirements for control and signal wiring. De-energize all circuits before terminating conductors. Maintain minimum bend radius during pulls to avoid damage to the foil shields or TPE jacket. Verify that drain wires are properly grounded at one end to prevent ground loops in shielded signal circuits.