metal arc - Welding Machine Terminal Lug MPL1 Series (600 Amps)

Price 150 INR/ Piece

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MOQ : 108 Pieces

metal arc - Welding Machine Terminal Lug MPL1 Series (600 Amps) Specification

Application
Cable Connection/ Welding Machine Connection

Usage
Industrial Welding Cable Connection Machine Connection

Material
Copper

Size
Upto 95 mm2 Cable

Product Type
Welding Cable Connector

Color
Black

metal arc - Welding Machine Terminal Lug MPL1 Series (600 Amps) Trade Information

Minimum Order Quantity
108 Pieces

FOB Port
New Delhi

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Western Union

Supply Ability
100000 Pieces Per Month

Delivery Time
1 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
4 Pieces/ Box 6 Pieces/ Box 108 Pieces/ Master Box

Main Domestic Market
All India

Certifications
CE Certified EN60974-12 (2021)

About metal arc - Welding Machine Terminal Lug MPL1 Series (600 Amps)

Our reputation in the market is largely attributable to our precision-designed TerminalPlugs and Sockets 600 AmpsLug from our extensive range of products. Using quality approved material with the assistance of cutting-edge methodology, these plugs & sockets are perfectly manufactured under the direction of our skilful workforce at our well-equipped manufacturing unit. In order to ensure their quality, these plugs & sockets are stringently examined against diverse parameters of quality by our quality auditors.

Model Number:

Item Code: MPL1L6 (600 Amps)

Features:

Easy to install
Crack-resistance
Durability finish standard

Specification:

25 - 95 mm²
200 - 600 Amps

Engineered for High-Performance Connections

The MPL1 Series Terminal Lugs are specifically crafted to deliver maximum conductivity and enduring strength. Their copper construction and compatibility with up to 95 mm2 cables make them the perfect fit for high-current industrial applications. Designed for a secure connection, these lugs help maintain consistent electrical flow during demanding welding operations.

Reliable Choice for Industrial Welders

Ideal for industrial environments, the MPL1 Series provides stable and robust connections between welding machines and cables. Whether used for routine operations or in harsh conditions, these lugs ensure dependable power transfer, reducing downtime and boosting productivity.

FAQ's of metal arc - Welding Machine Terminal Lug MPL1 Series (600 Amps):

Q: How do I install the MPL1 Series Terminal Lug on a welding cable?

A: To install the MPL1 Series Terminal Lug, strip the insulation from your cable (up to 95 mm2), insert the exposed copper into the terminal lug, and then securely crimp or bolt the lug onto the cable. Ensure a tight connection for optimal conductivity and minimal resistance.

Q: What are the primary applications for these terminal lugs?

A: The MPL1 Series Terminal Lugs are primarily used for cable connections in industrial welding machines. They ensure safe and efficient transmission of high currents between welding machines and power cables.

Q: When should these lugs be used in a welding setup?

A: Use these lugs when connecting welding cables to machines or when creating robust cable-to-cable joins in high-current industrial environments. They are ideal for professional welding setups that demand durability and high conductivity.

Q: Where are these lugs manufactured and supplied from?

A: The MPL1 Series Terminal Lugs are manufactured and supplied in India, ensuring reliable local availability and support for industrial users within the region.

Q: What is the process for choosing the correct lug size for your cable?

A: Select a terminal lug size that matches the cross-sectional area of your cable, which can be up to 95 mm2 for this series. Using the correct size ensures a secure mechanical and electrical connection.

Q: What advantages do copper lugs provide for welding applications?

A: Copper lugs offer superior conductivity, corrosion resistance, and mechanical strength, making them ideal for high-amperage welding tasks. This leads to improved performance, longer component life, and safer connections in industrial settings.