Tinned pipe end KCS 12-70/1 KCS_12-70/1
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Tinned pipe end KCS 12-70/1 KCS_12-70/1
Robust wire connection – pipe end KCS 12-70/1
The pipe end KCS 12-70/1 is a reliable element used to connect copper wires with a cross-section of 70 mm². Made of high-quality copper and coated with galvanic tin, it provides excellent electrical conductivity and corrosion resistance. Its construction, with a connection angle of 180 degrees, facilitates installation in tight spaces.
Construction and application
This crimp ring terminal with a metric M12 thread is designed to create durable and safe connections in electrical installations. Tinning of the surface increases resistance to oxidation, which translates to a longer connection life. The lack of insulation makes it ideal for applications requiring direct contact with metal. The collarless design makes it easier to work in confined spaces.
- Cross-section 70 mm²: allows connection of wires with a large diameter, often found in energy distribution boards or when connecting motors.
- Tinned copper: provides not only excellent conductivity but also protects against corrosion, which is crucial in humid environments.
- Ring shape: facilitates installation and ensures a secure connection with a screw or busbar.
- M12 thread: allows for strong and stable attachment to appropriate installation elements.
- No inspection hole: eliminates the risk of accidental short circuit or damage to the wire insulation during installation.
This end terminal will find application both in industrial installations and in residential construction – wherever solid and durable electrical connections are required. Installation is simple and intuitive for both experienced installers and people performing electrical work occasionally.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
Declaration of Conformity
Attachments
- KCS
- kcs_rys
- Instrukcja złaczki i końcówki wszystkie wg załacznika
- instrukcja koncowki kcs
- KCS erko karty produktowe PL 2023


