General
Colour	Black

The DK-TPE 10/12/16-2 cable glands from Ses-Sterling are black-coloured, flexible protective devices made of thermoplastic elastomer (TPE), specifically designed for use in electrical and installation technology. They serve as cable protection and conduit protection when routing cables and wires through drilled holes in walls, ceilings, or other building components. The glands enable safe and durable cable guidance, while simultaneously providing mechanical protection against damage and sealing against dust or moisture. The designation DK-TPE 10/12/16-2 refers to the three available hole sizes: 10 mm, 12 mm, and 16 mm, with each gland having a length of 2 mm. The glands are available in a pack of 100 pieces, with each piece weighing 0.69 g.

Applications
These rubber glands are used in electrical installations, particularly for routing cables through building components such as concrete, drywall, or wood. They are suitable for indoor use and can be employed during the installation of sockets, switches, lighting circuits, or other electrical devices. The glands support proper and standard-compliant cable routing by providing mechanical protection and enabling clean, professional workmanship. Their use is especially beneficial when cables are routed through drilled holes that are not fitted with a permanent, durable protective covering.

Functions and Features in Detail
The glands are made of TPE material, a thermoplastic elastomer known for its elasticity, resistance to mechanical stress, and durability against environmental influences such as moisture or temperature fluctuations. The black colour is standard and corresponds to the typical finish for installation technology. The glands are designed as continuous protective devices, meaning they provide uninterrupted protection along the entire length of the hole. The three available hole sizes (10 mm, 12 mm, 16 mm) allow flexible adaptation to different cable diameters. The length of 2 mm is sufficient for most standard applications, particularly when routing cables through narrow holes.

Technology Explained Simply
The TPE technology combines the advantages of thermoplastics and elastomers. The material is flexible yet robust and resistant to mechanical stress, as encountered during cable installation. The glands are not self-tapping; they must be inserted into the drilled hole, where they elastically adapt to ensure a secure fit. The sealing properties are limited, as this is not a waterproof or dustproof seal, but rather a mechanical protection. The glands are not intended for use in explosive environments or under extreme environmental conditions.

Compatibility and Accessories
The glands are compatible with standard installation techniques and can be processed using common tools such as drills or screwdrivers. They are suitable for use with cables and wires of various diameters, with the correct hole size (10 mm, 12 mm, 16 mm) selected based on the cable diameter. They are used in combination with other installation components such as cables, sockets, or switches.

Installation and Mounting
Installation is performed by inserting the glands into the pre-drilled opening. The elastic structure of the TPE material allows for easy and secure insertion. The glands should be positioned to cover the entire hole, ensuring the cable has a safe, protected path through the opening. It is recommended to inspect the glands before installation for any damage or deformation to ensure optimal performance. Installation typically requires no additional tools or adhesives.

Operational Advantages
The conduit glands offer simple, cost-effective, and reliable protection for cables and wires. The use of TPE material ensures long service life and high load capacity. The glands are easy to handle and allow for quick, clean installation. The standardised hole sizes (10 mm, 12 mm, 16 mm) simplify selection and adaptation to various installation scenarios. The black colour blends visually into most installation environments and is suitable for professional use in electrical and IT technology.