Technical Specifications

Item	Parameter
Model	JKT31
Main Conductor	120–240 mm²
Branch Conductor	25–120 mm²
Voltage Rating	≤ 1 KV
Nominal Current	299 A
Number of Bolts	1
Material	Copper blades, flame-retardant housing
Process	Injection molding
Operating Temperature	–40 °C ~ +120 °C
Service Life	≥ 25 years

Conduction Philosophy

"Conduction" is not just about connection; it is a precise process of energy transfer.
This clamp uses a partitioned conductor pressing structure, forming a stable current flow in both main and branch lines, reducing arcs and contact resistance. Through insulation piercing clamp technology, precise piercing and stable conduction are achieved, ensuring long-term high-current performance.
Copper blade angles are precisely controlled, forming a stable contact surface after piercing, avoiding loosening or oxidation over time.
Internal pathways are optimized for short conduction paths and low impedance, enhancing overall line stability and efficiency.

Internal conductive paths are streamlined for smooth, evenly distributed current flow.
Uniform copper slot thickness balances the electric field, preventing localized heating.
The housing features a dual-rib support frame, enhancing insulation protection while keeping the structure lightweight.
Optimized conductor arrangement and insulation layout ensure reliable operation under high load conditions.

Adaptive pressure distribution adjusts piercing depth according to conductor diameter.
Sealed contact interfaces effectively block moisture and oxide ingress.
Even under continuous current, contact resistance remains minimal, ensuring efficient conduction and system safety.

Single-bolt fastening allows more efficient installation.
Conductors can be connected without stripping, suitable for manual or powered tools. The insulation piercing clamp design balances installation convenience with long-term reliability.
Anti-slip nuts control torque to prevent over-tightening and structural stress.
Clear markings and guide slots further enhance installation accuracy and efficiency.

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Verified through salt spray, UV, freeze, and humidity tests, reliably deployed in coastal, desert, and cold regions.
Flame-retardant housing prevents arc propagation, ensuring continuous supply in harsh climates.
Multi-environment validation ensures the insulation piercing clamp performs efficiently under diverse climatic and geographic conditions.

Housing is made of high-molecular flame-retardant material with integrated reinforcement ribs, offering excellent UV and impact resistance.
Copper blades are anti-oxidation coated to resist atmospheric corrosion.
Injection molding seals the assembly, preventing water ingress and loosening.
Reinforced design balances lightweight structure with mechanical robustness, suitable for complex layouts.

Thickened insulation effectively isolates external voltage fluctuations.
Piercing area forms a self-healing waterproof layer, preventing moisture and dust ingress.
Maintains excellent insulation resistance even in high-salinity, high-humidity environments, enhancing overall system reliability.

Passed 1000-hour high-low temperature cycling and high-pressure salt spray durability tests.
Contact resistance variation under ±120 °C is below 1.2%.
Impact tests confirm housing integrity with no cracks, maintaining mechanical strength.
Extreme testing ensures stable and safe operation across complex grids and climates.

New-generation embedded copper positioning technology enables more precise piercing depth.
Micro-tooth structures optimize contact area, ensuring uniform conduction.
Represents a further advancement in low-voltage cable connection technology, balancing operational safety and installation efficiency.

Production lines feature real-time inspection systems for injection pressure and embedding accuracy.
Each batch undergoes resistance, torque, and insulation testing to ensure consistent quality.
Global standardized production guarantees stable supply.
Strict process control ensures each insulation piercing clamp meets consistent performance standards.

Key materials are recyclable, compliant with RoHS and REACH standards.
Flame-retardant polymers are halogen-free and non-toxic when burned.
Production waste is recycled, reducing carbon footprint and supporting sustainable development.

Demonstrated outstanding performance in multiple municipal and renewable projects, enhancing construction quality and efficiency.
Installation efficiency is approximately 30% higher than traditional clamps, reducing construction risk.
Long-term operation shows no thermal degradation, loosening, or corrosion, ensuring system stability.

Supports online project parameter submission for customized solutions.
Technical team provides real-time guidance on line selection and installation. Applicable to insulation piercing clamp projects, ensuring rapid and efficient deployment.
Feedback completed within 24 hours, enabling fast project advancement.
Email: boogie@jkte888.com
Tel: +86-189-2579-5886
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