Belden Inc. 1425A0601000 15 Pair 24 Awg Shielded Cable

Product Description

The BELDEN INC. 1425A0601000 is a 15-pair, 24 AWG multi-pair instrumentation and control cable constructed with a foil shield and PVC outer jacket. The conductors are insulated with flame-retardant foam polyethylene (FRFPE), which provides low capacitance characteristics well suited for signal integrity in data and control runs. A foil shield (FS) wraps the pair bundle to suppress electromagnetic interference. This cable is cut and sold by the foot or reel depending on order quantity, and is typically installed by licensed electricians or instrumentation technicians in commercial, industrial, and building automation environments.

This cable is used in low-voltage control, instrumentation, and communication wiring applications where noise rejection and conductor consistency are required. Typical installations include building automation systems, process control panels, security systems, and HVAC controls wiring. The 15-pair configuration supports multi-zone or multi-channel signal runs from a single cable pathway, reducing conduit fill and simplifying termination at control panels or field devices.

Key Features

• 15 twisted pairs at 24 AWG for organized multi-channel signal routing
• Flame-retardant foam polyethylene (FRFPE) insulation for low capacitance and fire resistance
• Overall foil shield provides EMI and RFI interference rejection
• PVC outer jacket rated for general indoor installation environments
• Suitable for low-voltage instrumentation, control, and communication circuits

Compatibility

Designed as a general-purpose multi-pair shielded control cable for use in low-voltage instrumentation, building automation, and HVAC control wiring applications where foil-shielded, multi-pair cable construction is specified.

Installation Notes

Installation should be performed by a licensed electrician or qualified instrumentation technician in accordance with NEC Article 725 or other applicable local codes for low-voltage control and signal wiring. De-energize all connected control circuits before terminating conductors. Maintain the foil shield drain wire continuity and ground the shield at one end only to prevent ground loops on instrumentation runs. Avoid routing signal cable parallel and in close proximity to high-voltage power conductors to preserve shield effectiveness.