Technical Specifications

Item	Specification
Model	JKT41
Main Conductor Cross-section	16–95 mm²
Branch Conductor Cross-section	4–50 mm²
Voltage Rating	≤ 1 KV
Rated Current	200 A
Bolt Size	M8*65
Torque	15 N・M
Material	Aluminum alloy blade, flame-retardant housing
Process	Injection molding
Operating Temperature	–40 °C ~ +120 °C

Blade Piercing Efficiency

Precisely milled blade edges provide strong and uniform penetration without damaging conductor cores, keeping multi-core cables intact.
Micro-tooth design increases contact area, reducing energy consumption and optimizing long-term conductivity.
Automatic torque limiting prevents over-tightening, ensuring quick, repeatable installation.
Suitable for both copper and aluminum conductors, increasing application flexibility.
The piercing wire connector precision design ensures reliable blade performance across various conductor types.

Symmetrically arranged internal channels ensure balanced current distribution, reducing local overheating risk.
Optimized conductive paths reduce temperature rise by 12%, improving operational stability and safety margin.
Supports prolonged high-current and peak load conditions, ideal for critical distribution points.
Compatible with multiple conductor sizes, ensuring even load distribution and improved grid reliability.

Proven through extended humidity cycling and condensation testing; performance remains stable without insulation damage.
Sealed structure prevents moisture intrusion, maintaining long-term contact stability.
Suitable for coastal and high-humidity areas, resisting rain, salt fog, and high-temperature conditions.
Housing and internal components resist corrosion and heat aging, ensuring long-term outdoor performance.

Small form factor fits narrow brackets or distribution boxes for crowded environments.
Single-hand operation allows fast tightening, reducing labor intensity.
Ergonomic design facilitates high-altitude work and rapid maintenance.
Compact layout minimizes space occupation, keeping branch wiring tidy and organized.

1.Align the jaws to the approriate pasition

2.Insert the rod fully into the cable clamp

3.Into the cable.If the cable has threads at both ends;use short cables,generally one leng

4.Tighten the jaws with a wrench

5.Tighten the corresponding support clamps

6.Rolate clockwise and forcefully to loosen the pull rod and finish

Clear torque markings on bolts prevent over-tightening and improve installation efficiency.
Break-off bolt design ensures consistent clamping, enhancing batch installation reliability.
Markings allow quick visual confirmation of installation status, reducing manual inspection.
Can be adjusted rapidly with on-site tools, improving project safety.

Aluminum blade surface treated to resist oxidation, maintaining low contact resistance.
Multi-point contact design ensures stable long-term resistance, lowering energy loss.
High-precision assembly ensures tight conductor coupling, minimizing heat and voltage drop.
Maintains stable current flow under high-load conditions, suitable for diverse electrical applications.
Blade-to-conductor pairing demonstrates the technical advantage of piercing wire connector, ensuring efficient long-term operation.

Supports short-term overloads with controlled temperature rise, reducing safety hazards.
High-conductivity channels prevent localized overheating, enhancing overall safety.
Insulation withstands 10% higher voltage than standard, suitable for complex network conditions.
Designed for continuous operation and frequent load switching, improving system reliability.

High-performance polymer housing suppresses flame spread.
Glow-wire tests confirm surface does not melt or deform, ensuring high-temperature safety.
UV- and aging-resistant for long-term outdoor use.
Optimized housing structure enhances mechanical strength and resists installation damage.

Maintains low resistance after 3,000 hours of rated current fatigue testing.
No oxidation or blackening in conductive regions, ensuring stable branch current flow.
Suitable for long-term outdoor cable branches, handling frequent load fluctuations.
Contact points designed for wear resistance and extended reliability.

Internal ribs absorb external impacts, protecting conductors and blades.
Anti-loosening design ensures stable contact under vibration, suitable for wind and traffic conditions.
Enhanced mechanical impact resistance adapts to transport and on-site handling.
Tested to industrial vibration standards for long-term field stability.
The piercing wire connector high-precision structure ensures reliable current flow even in vibration-prone environments.

Precision-molded cavity with ±0.02 mm tolerance ensures dimensional stability.
Blade embedded in the housing enhances sealing, preventing dust and moisture ingress.
Fully automated inspection ensures batch consistency.
Strict tolerance control guarantees easy installation and reliable contact.

Halogen-free flame-retardant housing complies with RoHS standards, reducing environmental impact.
Production scrap is recyclable, lowering manufacturing costs and ecological footprint.
Durable material combination reduces replacement frequency.
Eco-friendly processes meet green construction requirements.

Suitable for buildings, residential, lighting, and distribution branch projects, enabling flexible applications.
Supports multiple conductor sizes, reducing spare parts types and inventory pressure.
Stable operation in high humidity, salt fog, and dust environments, ensuring long-term reliability.
Compatible with various installation methods for fast deployment.

Provides model selection and branch configuration recommendations for efficient decision-making.
Technical team quickly matches conductor size and current rating for optimized design.
Supports bulk custom packaging and on-site delivery plans, reducing logistics complexity.
Project proposals delivered within 48 hours after online confirmation, helping projects stay on schedule.
Email: boogie@jkte888.com
Tel: +86-189-2579-5886