Non-insulated terminals

Specialized non-insulated tools designed for safe operation and maintenance in the railway industry.


Non-insulated terminals are intended for applications where connection insulation is provided externally or is not required.

Application:

Used in power connections, grounding systems, and in installations requiring compact and durable solutions.

Construction:

Made of tin-plated copper with high conductivity, they ensure optimal current flow and high mechanical strength of the connection.

  • Material: tin-plated copper.
  • Suitable for copper conductors according to NFF or EN standards.
  • For bent ends, specify α or α’ (α max. 90° – α’ max. 45°).

Właściwości :

High electrical conductivity
Resistance to vibrations and mechanical stress
compatibility with a wide range of crimping tools

 

Uninsulated terminals are intended for applications where connection insulation is external or is not required.

Application:

Used in power connections, grounding systems and in installations requiring compact and durable solutions.

Construction: 

Made of high-conductivity tin-plated copper, they ensure optimal current flow and high mechanical strength of the connection.

  • Material: tin-plated copper
  • Suitable for copper conductors according to NFF or EN standards
  • For bent ends, α or α’ must be specified (α max. 90° – α’ max. 45°).

Properties: 

  • high electrical conductivity
  • resistance to vibrations and mechanical loads
  • compatibility with a wide range of pressing tools.

Non-insulated terminals are designed for applications where connection insulation is provided externally or is not required. They are used in power connections, grounding systems, and installations requiring compact and durable solutions.

Non-insulated terminals

Structure and Properties:

  • High-conductivity terminals are made of tin-plated copper.
  • Suitable for copper conductors in accordance with NFF or EN standards.
  • In the case of bent ends, α or α’ must be specified (α max. 90° – α’ max. 45°).
  • High electrical conductivity; resistance to vibration and mechanical loads.
  • Compatibility with a wide range of crimping tools.

Przykłady końcówek nieizolowanych:

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MTR Railways.pdf

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