90 Degree Cable Lug

Introduction

Dear Merchants,

We are pleased to introduce you to our latest product, the 90 Degree Cable Lug. Our company is one of China's leading manufacturers of cable lugs, and we take great pride in producing the highest quality products. Our 90 Degree Cable Lug is no exception. This innovative solution is perfect for those looking for a new, cutting-edge way to connect cables.

What is a 90 Degree Cable Lug?

A 90 Degree Cable Lug is a type of electrical connector designed to connect cables at a 90-degree angle. These connectors are commonly used in a wide range of electrical applications, including telecommunications, automotive, marine, and more. They are ideal for use in tight spaces where there is limited room to manoeuvre cables and connectors.

Features and Benefits

Our 90 Degree Cable Lug offers several key features and benefits that set it apart from other cable connectors on the market.

1. High-Quality Material

Our cable lug is made from high-quality copper that is guaranteed to provide a reliable, durable connection between cables.

2. Easy Installation

Installation is easy thanks to the compact, lightweight design of our 90 Degree Cable Lug. It is also easy to remove if you ever need to make changes to your cabling.

3. Better Cable Management

The innovative 90-degree design of our cable lug is perfect for tight spaces where traditional cable connectors won't fit. This means you can enjoy better cable management in your installations.

4. High-Performance Connection

Our 90 Degree Cable Lug offers a high-performance connection that ensures a stable, reliable link between cables. This is essential in applications where signal integrity is crucial.

Applications

Our 90 Degree Cable Lug is perfect for a wide range of applications, including:

• Telecommunications
• Automotive
• Marine
• Industrial
• Power Generation
• Renewable Energy

If you are looking for a reliable, durable, and high-quality cable lug that can help you connect cables in tight spaces, then look no further than our 90 Degree Cable Lug.

Specifications

Our 90 Degree Cable Lug comes in a range of specifications to suit your specific needs. Below are some of the key specifications for this product:

• Material: Copper
• Type: 90 Degree Cable Lug
• Colour: Copper
• Maximum Voltage: 500V
• Maximum Current: 200A
• Cable Size: 35-240mm2
• Operating Temperature: -55℃ to +150℃

Conclusion

Our 90 Degree Cable Lug is a game-changer for anyone looking for a reliable and easy-to-install cable connector that can help manage cables in tight spaces. If you are interested in our product and would like to know more, please do not hesitate to contact us. We would be happy to answer any questions you may have and provide you with a quote for your order. Thank you for considering our product.

Sincerely,

[Your Name]

[Your Company]

Description

The Gedele 90° angled tubular cable lugs are manufactured from electrolytic copper tube.

Gedele dirmensions of the tube are designed to obtain the electrical conductivity and mechanical strength to resist vibration.

Gedele lugs are annealed to guarantee optimum ductility which will have to withstand the severe deformation arising when compressed and any bending of the palm during installation.

In applications subject to vibration,Gedele terminals still have to perferm a reliable connection annealing plays avital role in avoiding cracking or breaks between the barrel and palm.

The presence of an inspection hole facilitates full intertion of the conductor ,whilst the barrel length has been desigend to allow accurate positioning of the dies during the crimping operation.

Gedele Lugs are Tin plated to avoid oxidation.

Application

Gedele cable lug make safe electrical connections in electrical installations in the house, garden and garage, on cars, trucks , etc.

Operating Temperature

-55°C to 155°C

Materials

Barrel - High Conductivity Annealed copper (99.9% purity). Electrolytic tin-plated.

Inspection And Testing

Visual inspection

Physical measurement

Weight measurement

Conductor fit

Heat cycling

Mechanical pulling test