Cable Glands that Seal, Strain-relieve and Pass Audits

IP66/68/69K, EMC and HYGIENIC options in plastic, brass and stainless steel

Cable glands allow cables to be inserted into a housing, make it possible to securely seal both the cables and the housing and achieve cable strain relief. They protect the interior of the housing from harmful environmental influences such as dust and moisture. Our product range contains single-entries, multi-entries for multiple cables, as well as accessories and tools for assembling the glands.

Where cable glands are used

General sealing and strain relief for enclosures

Space-saving entries for multiple cables

360° shielding or smooth, easy-to-clean stainless

Cable glands protect the housing against external influences. Soiling such as dust or moisture or even water must not penetrate through the hole in the housing. The degree to which protection is guaranteed depends on the specified IP protection class (“Ingress Protection”). In accordance with DIN EN 60529; VDE 0470-1:2014-09, the protection class is made up of the first and second code numbers in the technical table T22.
Many SKINTOP® glands also meet ATEX/IECEx standards for use in hazardous environments, ensuring maximum safety and compliance.

A cable gland must maintain a dust-tight seal and offer long-term protection against continuous immersion in water. IP68 testing verifies that the gland prevents moisture and contaminants from entering the enclosure under defined depth and duration conditions.

During IP testing, the gland must keep the enclosure completely sealed with zero water ingress. This ensures reliable operation even in harsh environments, wet areas, or outdoor installations.

A cable gland must provide secure strain relief so that pulling or twisting forces on the cable do not transfer to internal terminals. Proper strain relief protects connections, extends cable life, and ensures compliance with EN 62444.

Plastic: lightweight, low-noise, corrosion-resistant; ideal for fast cycles, cleanrooms and most intralogistics lines.

Steel/hybrid: higher strength and heat/chip resistance; best for heavy loads, long travels, or harsh environments.

Cable glands in moving systems require periodic inspection to ensure:

  • The cable remains firmly strain-relieved.
  • No cracks or wear appear on the seal.
  • No loosening occurs from continuous vibration or flexing.

In high-movement setups, pairing the gland with strain-relief grips, spirals, or energy chains helps extend cable life and reduce mechanical stress.

To help you select the right cable gland and get an accurate quotation, our engineers usually look at:

  • Cable type and outer diameter
  • Thread type and size (M, PG, NPT)
  • Material preference (plastic, brass, stainless steel)
  • Required IP rating or sealing level
  • Need for EMC or hygienic variants
  • Application environment (indoor/outdoor, vibration, chemicals, washdown)

Share whatever details you have and our engineers will guide you through the rest.