Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Partex DTGM16WHI white nylon cable gland with M16 metric thread and 5-10 mm cable clamping range, designed for secure cable entry and strain relief in compatible electrical enclosures, junction boxes and control panels, supplied in a pack of 10.
£2.53
The Partex DTGM16WHI is a practical and versatile white nylon cable gland designed to provide secure cable entry and strain relief for electrical cables with an outside diameter of 5–10 mm. Featuring an M16 metric thread, this cable gland is suitable for use in compatible electrical enclosures, junction boxes, control panels and equipment housings where cables need to pass safely through an enclosure wall.
Manufactured from nylon, the Partex DTGM16WHI offers a lightweight, non-metallic cable entry solution for professional electrical installations. Its cable gland design helps secure the cable at the enclosure entry point, reducing unwanted movement and mechanical strain on internal electrical connections when correctly selected and installed. The white finish provides a clean appearance that can complement white or light-coloured electrical equipment, enclosures and installation accessories.
With an M16 threaded connection and a 5–10 mm cable diameter range, the DTGM16WHI is suitable for a variety of compatible power, control and instrumentation cables. Supplied in a convenient pack of 10 cable glands, it provides a practical solution for electricians, electrical contractors, control panel manufacturers and industrial maintenance engineers carrying out new installations, equipment assembly and cable entry maintenance.
Cable glands are important components in electrical installations because they help secure cables where they pass through enclosure walls or equipment housings. The Partex DTGM16WHI is designed for applications requiring an M16 threaded cable entry and a cable clamping range of 5–10 mm. When correctly selected and fitted, the gland helps reduce cable movement at the enclosure entry point and limits mechanical strain being transferred to internal terminals and electrical connections.
The gland's nylon construction provides a lightweight alternative to metallic cable entry fittings, making it useful in many electrical control and equipment applications. Its white finish is particularly suitable where the appearance of the finished installation matters, such as white electrical enclosures, distribution accessories and visible cable entry points. The M16 thread allows installation into a compatible threaded opening or suitable clearance hole with the appropriate retaining hardware, depending on the enclosure design and gland assembly.
For correct installation, the cable's actual outside diameter should be measured and checked against the stated 5–10 mm clamping range. The gland should be fitted according to the manufacturer's instructions, with appropriate mounting hardware and tightening procedures. Any required sealing performance depends on the complete gland assembly, the enclosure interface, cable dimensions and installation method. Specific ingress protection ratings, operating temperature limits and environmental approvals should be confirmed from the manufacturer's technical documentation before selecting the gland for outdoor, wet or demanding industrial environments.
Tick the specs you need, then view products that match.
| Colour | White | |
|---|---|---|
| Device Type | Cable gland | |
| Material | Nylon (PA 6.6) | |
| Thread Size | M16 | |
| Cable Diameter (mm) | 5–10 mm | |
| Manufacturer | Partex | |
| Model | DTGM16WHI | |
| Product type | Nylon cable gland | |
| Material | Nylon | |
| Colour | White | |
| Thread type | Metric | |
| Thread size | M16 | |
| Minimum cable outside diameter | 5 mm | |
| Maximum cable outside diameter | 10 mm | |
| Cable clamping range | 5–10 mm | |
| Installation type | Threaded enclosure cable entry | |
| Primary function | Cable entry and strain relief | |
| Suitable cable type | Compatible cables with an outside diameter of 5–10 mm | |
| Application | Electrical enclosures, control panels and equipment cable entry | |
| Pack quantity | 10 | |
| HS Code | 39269097 |
The Partex DTGM16WHI is a white nylon cable gland designed to secure compatible electrical cables as they pass into enclosures, junction boxes and equipment housings. It provides a practical cable entry solution and helps support strain relief when correctly installed.
The DTGM16WHI is designed for cables with an outside diameter of 5–10 mm. This measurement refers to the overall external diameter of the cable, including its outer sheath, rather than the cross-sectional area of the internal conductors.
The Partex DTGM16WHI features an M16 metric thread. It is intended for installation into compatible M16 enclosure entry points or suitable openings using the appropriate fixing arrangement.
The suitability of the DTGM16WHI for outdoor or wet environments depends on its verified ingress protection rating, the complete gland assembly and the installation conditions. The relevant Partex technical documentation should be checked to confirm the required sealing and environmental performance before use.
The Partex DTGM16WHI is supplied in a pack of 10 white nylon cable glands, making it a practical option for electrical panel building, enclosure assembly and installation maintenance projects.
Partex cable management products provide practical solutions for electricians, electrical contractors, control panel builders and industrial maintenance engineers. The DTGM16WHI combines lightweight nylon construction, an M16 metric thread and a 5–10 mm cable clamping range to support secure, tidy cable entry in compatible electrical enclosures and equipment installations.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.