General
Cable cross-section	0,75 mm²
Total length	14,0 mm
Temperature resistance	105 °C
Insulation	halogen-free
Colour	White
Surface coating	Galvanic tinned

The wire end ferrule 170W from Klauke is an insulated end ferrule for fine- and extra-fine stranded conductors, particularly for cable cross-sections according to DIN EN 60228 class 5 and 6. It ensures a secure and durable connection of conductors in electrical installations, with the insulation providing mechanical and electrical shielding. The end ferrule is designed for use in installations requiring high reliability and long-term durability, for example in building electrotechnics or industrial plants. The total length is 14.0 mm, with the insulation enabling a splice-free cable entry, which accelerates installation and reduces error sources.

Applications
The wire end ferrule 170W is specifically designed for fine- and extra-fine stranded conductors, as commonly found in modern electrical installations. It is suitable for cable cross-sections from 0.75 mm², with the exact fit ensured by dimensions according to DIN 46228 part 4. Its use in installations requiring high demands on electrical insulation and mechanical stability is appropriate. The end ferrule is suitable for indoor use as well as in environments with moderate environmental influences, with temperature resistance up to 105 °C ensuring safe operation even at elevated operating temperatures.

Functions and Equipment in Detail
The end ferrule features an Easy-Entry insulation, enabling quick and secure cable insertion without splicing. This reduces installation time and minimizes the risk of conductor damage. The insulation is halogen-free, meaning lower toxicity and smoke development in case of fire. The insulation colour is white, providing good visibility and identification in the installation area. The end ferrule is galvanically tinned, ensuring high corrosion resistance and a secure electrical connection.

Technology Explained Simply
The wire end ferrule 170W consists of a metallic core, galvanically tinned to ensure high electrical conductivity and mechanical strength. The insulation surrounds the metallic core, protecting it from electrical short circuits and mechanical damage. The total length of 14.0 mm is dimensioned to enable a secure connection without excessive stress on the insulation. Temperature resistance up to 105 °C ensures functionality even at elevated ambient temperatures, such as those occurring in electrical enclosures. The dimensions comply with DIN 46228 part 4, ensuring standardization and compatibility with other components.

Compatibility and Accessories
The wire end ferrule 170W is designed for conductor cross-sections from 0.75 mm² and is compatible with fine- and extra-fine stranded conductors according to DIN EN 60228 class 5 and 6. The dimensions according to DIN 46228 part 4 ensure a uniform fit, widely used in electrical installations. The end ferrule is CSA-listed, enabling its use in regions with corresponding approval requirements.

Installation and Mounting
Mounting is performed by simply inserting the conductor into the end ferrule, with the Easy-Entry insulation enabling a splice-free connection. The end ferrule is then crimped using an appropriate crimping tool to ensure a secure mechanical and electrical connection. The use of a crimping tool is required to achieve the specified connection quality. The insulation ensures that the end ferrule is electrically insulated after installation and does not cause short circuits.

Operational Advantages
The wire end ferrule 170W provides a reliable and durable connection that remains stable even at elevated operating temperatures up to 105 °C. The halogen-free insulation reduces fire hazard and toxicity in case of fire. The galvanic tinning ensures high corrosion resistance and secure electrical conductivity. The Easy-Entry insulation accelerates installation and reduces error sources. Standardization according to DIN 46228 part 4 ensures compatibility with other components and simplifies planning and execution of installations.