Why Choose the Partex DTGM32TKL Nylon Cable Gland?
The Partex DTGM32TKL is a light grey M32 nylon cable gland designed for securing cables with outside diameters from 6–12 mm at electrical enclosure entry points. Supplied in a convenient pack of 10, this cable gland is suitable for electrical installations, industrial control panels, junction boxes and equipment wiring applications.
Manufactured from nylon, the DTGM32TKL provides a lightweight, non-metallic cable entry solution with resistance to rust and corrosion. Its M32 metric mounting thread allows installation into compatible enclosure openings, while its cable clamping arrangement helps retain appropriately sized cables and reduce movement at the entry point.
The combination of an M32 thread and a relatively small 6–12 mm cable clamping range makes this model particularly useful where an M32 enclosure entry must accommodate a smaller-diameter cable. Its light grey finish provides a neat appearance for electrical cabinets and machinery enclosures, while the pack-of-10 format supports efficient purchasing for panel building and maintenance work.
Key Advantages
- M32 metric nylon cable gland for compatible electrical enclosure entries.
- 6–12 mm cable clamping range for smaller-diameter round cables.
- Suitable for applications requiring an M32 mounting thread with a reduced cable diameter range.
- Light grey colour complements common electrical enclosure finishes.
- Non-metallic nylon construction provides resistance to rust and corrosion.
- Lightweight design supports convenient handling and installation.
- Cable clamping arrangement helps retain cables at enclosure entry points.
- Suitable for electrical control panels, junction boxes and industrial equipment.
- Useful for electrical installation, equipment manufacturing and maintenance.
- Pack of 10 provides a practical quantity for multiple cable entries.
Key Features
- Partex DTGM32TKL nylon cable gland.
- M32 metric mounting thread.
- 6–12 mm cable outside diameter compatibility.
- Light grey finish.
- Durable nylon body construction.
- Non-metallic and corrosion-resistant material.
- Designed for cable entry into compatible electrical enclosures.
- Cable clamping arrangement for retaining suitable round cables.
- Suitable for M32 enclosure openings where smaller cables are installed.
- Applicable to control cabinets, junction boxes and machinery enclosures.
- Suitable for professional electrical installation and maintenance.
- Supplied as a pack of 10 cable glands.
Practical M32 Cable Entry for Smaller-Diameter Cables
The Partex DTGM32TKL is designed for installations where a cable with an outside diameter of 6–12 mm must pass through an M32 threaded enclosure entry. Selecting a gland with the correct cable clamping range is important for retaining the cable and achieving the intended performance of the cable entry arrangement. The DTGM32TKL offers a convenient solution for this combination of mounting thread and cable size.
Its nylon construction is suitable for many general electrical installation and cable management applications. The light grey finish provides a consistent appearance across control cabinets and electrical equipment. Where an installation requires a particular ingress protection rating, temperature resistance or environmental certification, those characteristics should be confirmed against the manufacturer's product documentation and the complete installed assembly.
Typical Applications
- Electrical control panel cable entries.
- Industrial automation cabinets.
- Electrical junction boxes and terminal enclosures.
- Machinery and equipment cable management.
- Low-voltage electrical distribution enclosures.
- Control and instrumentation cable installations.
- OEM electrical equipment manufacturing.
- Commercial and industrial electrical installations.
- Motor control and automation equipment enclosures.
- Electrical panel building and switchboard assembly.
- Maintenance and replacement of compatible M32 cable glands.
- M32 enclosure entries requiring accommodation of 6–12 mm diameter cables.
