L H Dottie Co DTP14 Air Handling Cable Tie

Product Description

The L H Dottie Co DTP14 is an air handling cable tie designed for use in HVAC and air handling unit installations. Cable ties in this category secure wiring harnesses, sensor leads, and low-voltage control wiring inside air handler cabinets and ductwork assemblies. The DTP14 is sold as a single unit and is suited for technicians who need a reliable, code-appropriate tie for bundling and routing conductors in air handling environments. Its designation as an air handling type indicates it is intended for use inside HVAC equipment where material ratings for airflow and temperature exposure are relevant.

This cable tie is appropriate for residential and light commercial HVAC applications, specifically inside air handling units, fan coil units, and similar equipment enclosures. HVAC technicians typically use air handling rated cable ties when securing control wiring, thermostat leads, or blower motor harnesses during installation or service. The single-unit packaging makes it convenient for field carry or adding to an existing parts kit.

Key Features

• Air handling rated for use inside HVAC equipment enclosures
• Single unit (EA) packaging for flexible jobsite use
• Suitable for bundling and routing low-voltage and control wiring in air handlers
• Designed for professional HVAC installation and service applications

Compatibility

Designed as an air handling rated cable tie for use in residential and light commercial air handling units and HVAC equipment enclosures requiring appropriately rated wire management hardware.

Installation Notes

Air handling cable ties are installed by licensed HVAC technicians during equipment installation or service. Always de-energize the air handling unit and verify power is off before routing or securing wiring inside the cabinet. Follow NEC guidelines for conductor bundling and spacing when organizing wiring harnesses. Do not overtighten cable ties on insulated conductors, as deformation of the insulation can cause long-term reliability issues.