Premium materials selected for quality and durability.
High-precision molds and efficient manufacturing processes.
R&D focused on cost efficiency and secure wiring solutions.
Key selection criteria:
Application environment – Identify the operating conditions. For example, automotive electronics demand vibration-resistant, high-waterproof connectors.
Electrical performance – Meet requirements for current-carrying capacity and operating temperature range.
Mechanical structure – Evaluate torque resistance for screw terminals, insertion and withdrawal forces for spring-cage terminals, as well as mechanical endurance and ease of use.
Environmental adaptability – Ensure resistance to moisture, heat, and aging.
Start by confirming the wiring method, then evaluate the electrical parameters, and finally consider the mechanical and environmental requirements for your application.
Screw-type: tighten to specified torque.
Push-in: use crimped ferrules for stranded wires.
DIN rail mounting: secure retaining clips before installation.
Possible causes:
Loose connections – Caused by improper wiring installation or vibration in operating equipment. Regular inspection is recommended.
High contact resistance – Caused by loose wires or oxidized conductive parts. Check and tighten connections, and clean or replace oxidized components.
Limited space – Insufficient clearance can make wiring difficult.
Non-standard DIN rail – Ensure the rail meets dimensional specifications.
Incorrect mounting procedure – Always secure the retaining clips before snapping the terminal onto the rail.
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