Flexible Copper Wire For Latching Relay
Products Description
Flexible Copper Wire for Latching Relay is a key conductor used in self-locking relay drive systems for coil circuit connections, coil pin outputs, magnetic circuit holding, and internal wiring.
Its features include:
Ultra-high flexibility: Allows free bending between coil windings, solder joints, and the housing without stress damage.
High conductivity: Ensures instantaneous excitation and stable power transmission.
Heat-resistant and structurally stable: Suitable for high temperature rises and long-term switching environments within relays.
Strong soldering compatibility: Ends can be soldered using various methods, such as tin-dip soldering, solder pad soldering, and spot soldering, adapting to different relay manufacturing systems worldwide.
It is not just a copper wire, but a key material technology related to the reliability and long service life of relay operation.
Detailed Specifications
Visuals
The Copper braided wire surface is a uniform rose-red colour, bright and mirror-like, without any oxidation spots or mechanical damage. The coating is smooth, full, and free of pinholes and particles.
Tactiles
It feels extremely soft and smooth to the touch. Gently bending it with your fingers reveals its excellent resilience and lack of stiffness.
Performance
In bending tests, Flexible Copper Wire for Latching Relay easily passes millions of bends with a radius of 0.5mm. In welding tests, the coating melts quickly and cleanly, resulting in bright and full solder joints.
Technical Features: Solving the Core Pain Points of Self-Locking Relays
Dynamic Stress Dispersion Technology
The grain network automatically adjusts stress distribution during bending, preventing microcrack initiation and reducing the risk of fracture by 90%. This solves the downtime problem caused by relay failure in industrial equipment.
Optimised Contact Stability
The surface nanolayer maintains the continuity of the conductive path during relay contact switching, avoiding contact resistance fluctuations and ensuring the accuracy of switching action.
Environmental Adaptability
The nanolayer remains stable in humid and oily environments, adapting to the complex operating conditions of industrial sites and extending relay life.
Ease of Installation
The flexible nature of the Braided Flexible Wire allows it to easily fit into the compact internal space of the relay, reducing installation stress and improving assembly efficiency.
Main Functions: Focusing on the core usage requirements of self-locking relays
High-Efficiency Conductivity
Low resistance and low-loss current transmission ensure the energy supply for coil energisation and contact switching, preventing relay operation delays or failures due to low conductivity.
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Flexible Connection
Adapts to confined spaces and complex wiring paths within the relay, reducing installation difficulty and preventing mechanical damage to relay contacts during hard-wired installation.
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Environmental Protection
Insulation layer and wire end protection design isolate the relay from external environmental influences such as moisture, dust, and chemicals, extending the combined lifespan of the relay and Flexible Copper Connector for Latching Relay.
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Stable Signal Transmission
Low electromagnetic radiation and anti-interference design ensure that the control signal of the self-locking relay is unaffected by the conduction process, guaranteeing overall control accuracy.
04
Safety Protection
High breakdown voltage and flame-retardant insulation layer design eliminate safety hazards such as short circuits and leakage, meeting safety standards for industrial equipment and consumer electronics of Copper Braid for Latching Relay.
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