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Cable Terminals

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Cable Terminals Specification

Input
Copper/Aluminum Wire

Interface
Crimping/Lug mounting

Thermal Conductivity
Excellent, 401 W/mK (Copper)

Output
Connected Electrical Circuit

Operating Temperature
-40C to +105C

Components
Copper/Aluminum terminal, tin-plated surface

Features
Corrosion resistant, robust construction, easy installation

IP Rating
IP20 (when installed properly)

Usage
Electrical wiring and connections

Product Type
Cable Terminal

Application
Electrical installations, panel wiring, machinery

Rated Voltage
Up to 1000V

Supply Voltage
Up to 1000V

Size
Standard sizes available (M2-M10)

Dimension (L*W*H)
Varies by model, typically 20 mm 8 mm 6 mm

Function
Provides secure electrical connection for wires and cables.

Color
Silver

Weight
Varies per terminal type

Thickness
0.5 mm to 2 mm (depending on terminal type)

Capacity
Suitable for 1.5 mm to 35 mm cable sizes

Current Rating
10A - 200A

Frequency
50Hz - 60Hz

Surface Finish
Electro-tinned for enhanced corrosion resistance

Mounting Type
Ring, pin, fork, spade

Maximum Wire Entry
Varies, up to 35 mm

Packaging
100 pieces per box

Connection Method
Crimp or solder type

Hardness
HV 50

Compliance Standards
IS/IEC 61238-1

Mechanical Strength
High tensile strength

Environmental Standards
Meets RoHS and Reach requirements

Insulation
Available with PVC sleeve options

Flame Retardant
Yes

Customization
Custom sizes and types available on request

Resistance to Vibration
High

Material
High conductivity copper or aluminum

Service Life
10 years

Lead Type
Standard and insulated lead types

Cable Terminals Trade Information

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

About Cable Terminals

Cable Terminals that we are offering are widely acclaimed among our customers owing to their superior design and performance. These terminals are made out of first-rate raw material with the help of cutting-edge techniques and machinery, therefore, these terminals have got unmatched quality and resilience. Cable Terminals are typically used to provide support for the distribution of electrical power cables. These are capable of enduring impacts, heat, and abrasion, therefore, the offered terminals are sure to last for an extended period of time.

Superior Conductivity and Safety

Manufactured using high conductivity copper or aluminum, these cable terminals ensure minimal energy loss. The electro-tinned surface finish enhances resistance against corrosion, promoting long-lasting performance even in harsh environments. Each terminal is flame retardant and complies with international safety standards, making them ideal for demanding electrical applications where safety cannot be compromised.

Versatile Application and Easy Installation

With available mounting types including ring, pin, fork, and spade, these terminals accommodate various connection methods, such as crimping or soldering. The terminals fit a broad wire entry range, supporting cables from 1.5 mm up to 35 mm. PVC sleeves provide extra insulation, while robust construction facilitates straightforward installation in electrical panels, machinery, and field wiring projects.

Reliable Performance and Compliance

Engineered for high mechanical strength and vibration resistance, these cable terminals ensure stable electrical connections in both static and dynamic settings. Rated for up to 1000V and operating safely within -40C to +105C, each terminal meets RoHS and REACH compliance, ensuring environmental responsibility while maintaining superior technical performance.

FAQs of Cable Terminals:

Q: How do I select the correct cable terminal for my wiring application?

A: Choosing the right terminal depends on your wire size (supported up to 35 mm), connection method (crimp or solder), and needed mounting type (ring, pin, fork, spade). Consider the current rating (10A-200A), mechanical strength, and if insulation sleeves are required for safety and compliance.

Q: What is the process for installing these cable terminals?

A: Installation typically involves stripping the insulation from the cable, inserting the exposed wire into the terminal, and then using a crimping tool or soldering method to secure the connection. Ensure that the terminal fits tightly and is properly mounted for optimal conductivity and safety.

Q: When should I use insulated vs. non-insulated cable terminals?

A: Insulated terminals, equipped with PVC sleeves, are recommended when extra protection against electrical shock or short circuits is required, especially in environments where cables may contact conductive surfaces. Non-insulated terminals suffice in enclosed, controlled environments where such risks are minimized.

Q: Where can these cable terminals be applied most effectively?

A: These terminals are ideal for electrical panel wiring, industrial machinery, general electrical installations, and anywhere secure and robust connections are needed. Their versatility allows use in both residential and commercial electrical systems across a variety of industries.

Q: What are the primary benefits of electro-tinned cable terminals?

A: The electro-tinned finish on these terminals significantly improves corrosion resistance, extends service life (over 10 years), and provides reliable electrical conductivity. This makes them suitable for installations exposed to moisture, chemicals, or temperature fluctuations.

Q: Can I request custom sizes or configurations for specific project needs?

A: Yes, custom sizes and types can be manufactured to meet unique project or installation requirements. Contact your supplier with your specifications for tailored solutions.

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