Technical Specifications

Item	Specification
Model	JKT38
Main Conductor Range	95–240 mm²
Branch Conductor Range	95–240 mm²
Voltage Rating	≤ 1 KV
Rated Current	476 A
Bolt Quantity	2
Material	Copper blade, flame-retardant housing
Process	Injection molding
Operating Temperature	–40 °C ~ +120 °C
Service Life	≥ 25 Years

Dual-Bolt Structural Advantages

Dual-bolt design enhances mechanical stability, ensuring secure contact between main and branch lines under high-current conditions.
Improves overall clamp vibration and impact resistance, suitable for transmission towers and high-altitude installation environments.
Bolt pre-tension evenly distributes force, extending contact life between the conductor and copper blade, while the main line insulation piercing connector's optimized structure ensures long-term performance stability.
Compact and balanced mechanical design allows safer installation and reduces the risk of loosening due to vibration.

Copper blade layout maximizes current flow efficiency and minimizes local hot spots.
Multi-face contact design ensures stable conductivity, maintaining low contact resistance even under full load.
Current paths are CFD-optimized, ensuring balanced current distribution between main and branch lines, complemented by the main line insulation piercing connector's innovative current flow design to enhance overall system reliability.
Continuous current flow optimization reduces temperature rise under long-term operation, prolonging conductor and connector component life.

product-650-650

Standardized component structure allows rapid on-site assembly, saving installation time.
Dual-bolt quick positioning simplifies operations, enabling reliable connections without complex tools.
Supports bulk installation, ideal for large-scale industrial and urban power grid projects.
Modular design ensures flexible field assembly and rapid adjustment according to project requirements, significantly improving installation efficiency.

Housing material and sealing structures validated under salt spray, UV, freezing, and high-humidity cycles.
Maintains stable electrical performance from –40 °C to +120 °C, suitable for coastal, desert, and high-cold regions.
Flame-retardant housing effectively prevents arc propagation, ensuring safe power supply under harsh weather.
Long-term verification in high temperature, humidity, and saline environments guarantees continuous power at critical nodes without frequent maintenance.

High-strength flame-retardant polymer housing combined with copper blades resists external impacts and compression.
Dual-bolt fixation significantly improves vibration resistance, ideal for high-altitude transmission line installation.
Impact testing confirms structural integrity with no cracks, ensuring long-term stability.
Scientific structural design reduces localized stress concentration, preventing micro-cracks during prolonged use.

Unique interface design provides visual guidance during connection, facilitating operation and on-site inspection.
Clear markings allow rapid confirmation of main and branch line orientation, reducing installation errors.
Compatible with both manual and electric tools, improving field installation efficiency.
Intuitive installation interface enables quick verification of conductor connection status, enhancing project management convenience.

Copper blades treated for oxidation resistance, ensuring stable long-term conductivity.
Lightweight flame-retardant polymer housing combines anti-aging and impact resistance.
Injection molding process provides excellent sealing, extending service life to ≥25 years.
Optimized material combination balances electrical and mechanical performance, ensuring reliable operation at critical nodes.

Simulates full-load current conditions, validating contact resistance and current uniformity.
Thermal attenuation under various conditions remains below 2%, ensuring long-term stability.
High-frequency current and environmental cycle testing provide engineering decision support, while the main line insulation piercing connector's load-optimized design guarantees sustained stable current flow.
Testing confirms that even under prolonged high-load conditions, temperature rise remains within safe limits, delivering high reliability at critical nodes.

Thickened insulation layer isolates external voltage fluctuations, preventing short circuits and leakage risks.
Waterproof protection effectively blocks moisture and dust from the contact area.
Maintains excellent insulation performance in high-salt and high-humidity environments.
Optimized insulation structure ensures stable and reliable main and branch line connections under extreme conditions, meeting industrial-grade safety standards.

Removable modular design facilitates regular inspection and maintenance.
Standardized bolts and components reduce maintenance difficulty, improving operational efficiency.
Supports unmanned and remote monitoring, lowering on-site labor costs.
Optimized maintenance workflow shortens field operation time and reduces system downtime risk.

Perfectly fits large cross-section overhead main and branch lines as well as industrial distribution projects.
Compatible with various standard conductors, meeting diverse engineering requirements.
Maintains stability and efficiency in application without additional modification.
Verified compatibility with other high-current connection systems ensures consistent standards across multiple projects.

Digital tools record installation parameters and monitor progress in real time.
Automatically generates installation reports and analytical data, enhancing project management efficiency.
Field teams can view parameters and adjust plans via mobile devices.
System supports visualized construction progress, facilitating coordination among multiple teams.

Materials are recyclable, complying with RoHS and REACH standards.
Flame-retardant polymer is halogen-free and produces no harmful gases during combustion.
Factory waste is recycled, reducing carbon emissions and promoting green manufacturing.
Material selection balances environmental protection with high performance, ensuring long-term sustainable use.

Submit project parameters online for exclusive design solutions.
Technical team provides real-time analysis and optimization recommendations, ensuring optimal integration of large cross-section main and branch lines.
Offers installation guidance and operational advice, reducing field errors.
Multiple communication channels: email, phone, instant messaging, for fast feedback.
Project plans confirmed within 24 hours, supporting on-schedule project execution.
Full-cycle client support covers design, installation, and maintenance, offering comprehensive technical assistance.