Unsoldered pipe end KCS 10-35-N/1 KCS_10-35-N/1

KCS Pipe Terminals – Tin-free solution for copper conductors

The KCS pipe terminal is an element used to provide a solid and durable termination for stranded copper conductors. Made of un-tinned copper, it ensures excellent electrical and mechanical connection. Model KCS 10-35-N/1 is designed for conductors with a cross-section of 35 mm², terminated with an M10 screw. The "N" designation indicates the absence of a tin coating – an option dedicated to specific applications and installer preferences.

Construction and application

KCS terminals are characterized by a construction that ensures optimal fit to the conductor, minimizing the risk of strand damage during crimping. A wide range of available sizes allows for adaptation to various applications, from electrical installations in residential buildings to advanced industrial systems. The connection angle of 180° (horizontal) facilitates cable routing in tight spaces and ensures an aesthetic appearance of the installation. The absence of a tin coating may be preferred in applications where high electrical conductivity or specific material properties are required.

Key features and benefits

• Un-tinned copper: Provides high electrical conductivity and corrosion resistance, especially in neutral environments.
• 35 mm² cross-section for M10 screw: Perfect fit for standard installation components, guaranteeing a stable connection.
• Wide selection of crimping tools: Compatible with popular crimping tools (R 50, PR 50, PR 150, PR 120, PR 240, HR100-U, H120S-U, GU 120, HR 300, GU 300, GO 300, EP 300), making it easier for installers to work.
• Inspection hole (KCS-K option): Allows visual control of the correct crimping – additional quality assurance.
• Made to order (option "N"): Availability of a tin-free version allows customization to individual project needs.
• Lightweight construction: The weight of a single terminal is only 23.84 g – makes it easier to work at height or in hard-to-reach places.
• Surface protection: The absence of a coating ensures direct contact between the copper and the wire - increasing electrical conductivity.