 |
Application:
Used for transition connection of aluminium cable or aluminium alloy cable with copper end of electrical equipment in medium voltage. From 16 to 630 mm².
Material: Al ≥ 99.5%, Cu ≥ 99.9%
Feature:
• Oil blocking structure
• Friction welded
• Clear markings on barrel to indicate correct crimping location, together with DIN standard crimping die
Standard: DIN 46329
DTL2
QLG
Bimetallic terminal lugs play a crucial role in establishing secure electrical connections between conductors or cables. These high-quality electrical connectors streamline the process of grounding, connecting, or terminating wires, ensuring safety, simplicity, and efficiency.
Situated in China, our manufacturing facility has dedicated expertise to produce top-tier bimetallic terminal lugs, setting new standards for reliability and durability in the market. Our product not only boasts strength and durability but also offers effortless installation, catering to professionals and DIY enthusiasts alike.
Here are the standout features that define our bimetallic terminal lugs:
Premium Materials: Crafted from a blend of copper and aluminum, our bimetallic terminal lugs exhibit robustness, durability, and resilience against corrosion and wear.
Simplified Installation: Engineered for ease, our terminal lugs offer a straightforward installation process, allowing quick and easy connection of cables or conductors, eliminating the need for specialized expertise.
Versatility: Compatible with a broad spectrum of cable and conductor sizes, our terminal lugs suit a variety of applications, ensuring adaptability across different electrical setups.
Safety Standards: Prioritizing safety, our terminal lugs are designed to prevent loose connections, mitigating the risks of electrical shorts or accidents during electrical connections.
Exceptional Durability: Constructed to endure, our terminal lugs, built from high-quality materials, exhibit resilience against extreme temperatures, vibrations, and harsh environmental conditions.
In summary, our bimetallic terminal lugs offer a suite of benefits for professionals and DIY enthusiasts alike. Whether you're an experienced electrician or embarking on a DIY project, our terminal lugs provide reliability, easy installation, and top-notch durability with their high-quality materials. Reach out to us today to discover more about our bimetallic terminal lugs and how they can elevate your electrical connections.
Description
QLG's Bi-Metallic lugs streamline connections for flexible aluminum cables without the need for Copper Tails or Reducing Links. This minimizes installation costs and time. Manufactured using a friction welding process, these lugs ensure optimal transition between aluminum barrel and copper palm.
Advantages
Cost Savings: Streamline installation costs.
Clear Markings: Facilitate identification of conductor and crimp die sizes.
Standard Fitting: Designed to match traditional Bi-Metallic application standards.
Materials
99.6% Pure Aluminium
99.95% Pure Copper
Copper Alloy
Aluminium 1070
Operating Temperature
-40°C to 110°C
-40°F to 230°F
Standards
IEC 61238-1
Inspection & Testing
Visual inspection
Physical measurement
Weight measurement
Conductor fit
Heat cycling test to IEC 61238-1
Mechanical pulling test to IEC 61238-1
Bimetallic terminal lugs play a crucial role in establishing secure electrical connections between conductors or cables. These high-quality electrical connectors streamline the process of grounding, connecting, or terminating wires, ensuring safety, simplicity, and efficiency.
Situated in China, our manufacturing facility has dedicated expertise to produce top-tier bimetallic terminal lugs, setting new standards for reliability and durability in the market. Our product not only boasts strength and durability but also offers effortless installation, catering to professionals and DIY enthusiasts alike.
Here are the standout features that define our bimetallic terminal lugs:
Premium Materials: Crafted from a blend of copper and aluminum, our bimetallic terminal lugs exhibit robustness, durability, and resilience against corrosion and wear.
Simplified Installation: Engineered for ease, our terminal lugs offer a straightforward installation process, allowing quick and easy connection of cables or conductors, eliminating the need for specialized expertise.
Versatility: Compatible with a broad spectrum of cable and conductor sizes, our terminal lugs suit a variety of applications, ensuring adaptability across different electrical setups.
Safety Standards: Prioritizing safety, our terminal lugs are designed to prevent loose connections, mitigating the risks of electrical shorts or accidents during electrical connections.
Exceptional Durability: Constructed to endure, our terminal lugs, built from high-quality materials, exhibit resilience against extreme temperatures, vibrations, and harsh environmental conditions.
In summary, our bimetallic terminal lugs offer a suite of benefits for professionals and DIY enthusiasts alike. Whether you're an experienced electrician or embarking on a DIY project, our terminal lugs provide reliability, easy installation, and top-notch durability with their high-quality materials. Reach out to us today to discover more about our bimetallic terminal lugs and how they can elevate your electrical connections.
Description
QLG's Bi-Metallic lugs streamline connections for flexible aluminum cables without the need for Copper Tails or Reducing Links. This minimizes installation costs and time. Manufactured using a friction welding process, these lugs ensure optimal transition between aluminum barrel and copper palm.
Advantages
Cost Savings: Streamline installation costs.
Clear Markings: Facilitate identification of conductor and crimp die sizes.
Standard Fitting: Designed to match traditional Bi-Metallic application standards.
Materials
99.6% Pure Aluminium
99.95% Pure Copper
Copper Alloy
Aluminium 1070
Operating Temperature
-40°C to 110°C
-40°F to 230°F
Standards
IEC 61238-1
Inspection & Testing
Visual inspection
Physical measurement
Weight measurement
Conductor fit
Heat cycling test to IEC 61238-1
Mechanical pulling test to IEC 61238-1
