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1.Classified by Conductor Cross-Section (Common Specifications) Conductor Cross-Section (mm²) Applicable Cable Diameter (mm) Recommended Applications 0.5–1.5 0.28–1.0 Microelectronic devices, sensors 2.5–6 0.64–1.78 Household appliances, small distribution boxes 10–16 ...Read more -
Application and Introduction of Circular Cold Press Terminals
1. Main Application Scenarios 1.Electrical Equipment Wiring ●Used for wire connections in distribution boxes, switchgear, control cabinets, etc. ●Widely applied in industrial automation equipment, motors, transformers, and other terminal processing scenarios. 2.Building Wiring Projects ●For both ...Read more -
The Application and Advantages of Peek-Through Series Copper Terminals
The Application and Advantages of Peek-Through Series Copper Terminals 1. Key Application Fields 1.Industrial Automation & Control Systems ●Used for wiring PLCs, sensors, relays, etc., allowing quick checks for loose connections or oxidation. 2.Power Distribution Systems ●Installed in distrib...Read more -
Model of fork shaped pre insulated end
1. Common Parameter Categories 1.Current Rating ●Examples: 10A, 20A, 30A, 50A, 100A, etc. (Must match load requirements with a 10%~20% margin). 2.Conductor Cross-Section ●Conductor Size Range: e.g., 0.5–6mm², 1–10mm², 4–25mm² (Verify compatibility with copper/aluminum wires). 3.Terminal Type ●Plu...Read more -
Application and advantages of fork shaped pre insulated terminals
1. Typical Application Scenarios 1.Distribution Cabinets and Junction Boxes ●Simplifies wiring complexity in power distribution systems. 2.Industrial Equipment ●Enables rapid cable connections for motors, CNC machines, etc., reducing downtime. 3.Building Electrical Engineering ●Used for wire bran...Read more -
The models of copper wire terminals in the peephole series
1. Model Naming Convention (Example) PEEK-CU-XXX-XX ●PEEK: Series code (indicating “peek-through” series). ●CU: Material identifier (copper). ●XXX: Core parameter code (e.g., current rating, wire gauge range). ●XX: Additional features (e.g., protection class IP, color, locking mechan...Read more -
Model of OT Copper Open Terminal
1. Key Parameters in Model Naming The models of OT Copper Open Terminal are primarily distinguished by the following parameters: Conductor Cross-Section Area (Core Differentiator) Model Examples: OT-CU-0.5 (0.5mm²), OT-CU-6 (6mm²), OT-CU-10 (10mm²) Note: Larger numbers indicate higher current-ca...Read more -
Rapid Connection & Flexible Adaptation – Copper Open Terminal
1.Introduction to OT Copper Open Terminal The OT copper open terminal (Open Type Copper Terminal) is a copper electrical connection terminal designed for quick and flexible wire connections. Its “open” design allows wires to be inserted or removed without complete crimping, making it ...Read more -
SC-Type Copper Terminal (Inspection Port Terminal)
SC-Type Copper Terminal (also known as Inspection Port Terminal or SC-Type Cable Lug) is a cable connector with an observation window, primarily used for terminal connections between wires and electrical equipment. Below are its key knowledge points and selection/application recommendations: 1. ...Read more -
Short Form Bare Terminal: Compact & Ultra-Fast
1. Definition and Structural Features Short Form Middle Bare Terminal is a compact wiring terminal characterized by: Miniature Design: Short in length, suitable for space-constrained applications (e.g., dense distribution cabinets, electronic device interiors). Exposed Middle Section: The centra...Read more -
Long-Distance Efficiency · Flexible Wiring – Long Form Bare Connector
1. Definition and Structural Features Long Form Middle Bare Connector is a specialized terminal designed for long-distance or multi-segment wire connections, featuring: Extended Structure: Long body design to span large spaces (e.g., cable branching in distribution cabinets or long-distance wiri...Read more -
Long Form Middle Bare Connector
1. Key Parameters in Model Naming The models of long-form middle bare connectors are primarily distinguished by the following parameters: Conductor Cross-Section Area (Core Differentiator) Model Examples: LFMB-0.5 (0.5mm²), LFMB-2.5 (2.5mm²), LFMB-6 (6mm²) Note: Larger numbers indicate higher cu...Read more
