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Cable Glands

Cable glands are manufactured from polyamide 6 with glass fiber reinforcement, halogen-free and UV resistant. Available in metric (M12-M63) and PG threads (9PG-21PG), IP68 protection rating. Suitable for cable entry sealing in various industrial electrical equipment.

Available Types

Metric Cable Gland
Metric Cable Gland
PG Cable Gland
PG Cable Gland

Detailed Selection Guide

Cable glands are devices used to seal and secure cables passing through equipment enclosures, while providing dust and water protection. This series is made from polyamide 6 with glass fiber reinforcement, halogen-free and UV resistant. Compliant with DIN VDE 0619, IP68 protection rating (5 bar). Available in metric and PG thread types, multiple color options.

Metric Cable Gland
Metric Cable Gland

Metric thread cable glands, sizes M12 to M63, supplied complete with locknut and body seal. Suitable for IEC standard industrial equipment.

Thread Size
M12 / M16 / M20 / M25 / M32 / M40 / M50 / M63
Cable OD Range
4mm ~ 42mm
Material
Polyamide 6 + Glass Fiber Reinforced
Protection Rating
IP68 (5 bar)
Standard
DIN VDE 0619
Model & Dimension Table
Metric Cable Gland dimensions
PG Cable Gland
PG Cable Gland

PG thread cable glands, sizes 9PG to 21PG. Suitable for DIN standard European equipment. Locknuts sold separately.

Thread Size
9PG / 11PG / 13.5PG / 16PG / 21PG
Cable OD Range
4mm ~ 18mm
Material
Polyamide 6 + Glass Fiber Reinforced
Protection Rating
IP68 (5 bar)
Standard
DIN VDE 0619
Model & Dimension Table
PG Cable Gland dimensions

Selection Steps

1
Identify Cable OD

Measure cable outer diameter range to select matching gland clamping range.

2
Determine Thread Type

Choose metric (M series) or PG thread based on equipment hole size. Confirm thread compatibility.

3
Select Color

Standard black, available in gray, white and red. Choose based on equipment appearance and environment.

4
Protection Requirements

Confirm environmental protection rating requirements. IP68 for outdoor and humid environments.

5
Installation Notes

Ensure proper seal contact with cable and enclosure. Follow torque requirements for sealing performance.