Belden Inc. 3093A0102500 18 Awg Ffep Cable

Product Description

The BELDEN INC. 3093A0102500 is an 18 AWG fluorinated ethylene propylene (FFEP) insulated cable constructed with a double-braid shield and a self-flocking (SLF) jacket finish. FFEP insulation provides excellent resistance to heat, chemicals, and flame, making this cable a reliable choice in demanding industrial and commercial environments. The double-braid shield delivers strong protection against electromagnetic interference (EMI), ensuring signal integrity in noise-prone installations. It is typically installed by licensed electricians and instrumentation technicians working in process control, HVAC, or building automation applications.

This cable is suited for use in industrial control systems, instrumentation wiring, and building automation networks where shielded, high-performance cable is required. The FFEP insulation performs well in elevated-temperature environments, and the self-flocking jacket aids in routing and pulling through conduit. It is sold in individual unit quantities as indicated by the supplier unit-of-measure designation.

Key Features

• 18 AWG conductor size suitable for signal and control wiring
• FFEP insulation rated for high-temperature and chemically aggressive environments
• Double-braid shield provides robust EMI and RFI protection
• Self-flocking jacket finish aids in conduit installation and routing
• Designed for use in demanding industrial, HVAC, and instrumentation applications

Compatibility

Designed as a shielded control and instrumentation cable for use in industrial, HVAC, and building automation wiring systems requiring FFEP-insulated, double-braid shielded conductors.

Installation Notes

Installation should be performed by a licensed electrician or qualified instrumentation technician in accordance with applicable NEC requirements. De-energize all circuits before terminating or splicing the cable. Observe minimum bend radius guidelines to avoid damaging the braid shield or insulation. Proper grounding of the shield at one end is standard practice to maximize EMI rejection in signal wiring applications.