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MIG Welding Wire Feeder Card

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MIG Welding Wire Feeder Card Specification

Feature
Compact design reliable performance supports MIG wire feeding

Operating Temperature
-10C to 50C

Surface Finish
Smooth anti-corrosive coating

Shape
Rectangular

IP Rating
IP20

Overheating Protection
YES

Insulation Material
Epoxy coating

Connector Type
Standard terminal connectors

Mounting Type
Built-in PCB mount

Power Factor
High

Product Type
Welding Equipment Component

Application
Wire feeder systems for MIG welding

Protection Level
Basic

Frequency (MHz)
50-60 MHz

Rated Voltage
DC regulated voltage

Energy Consumption
Low power consumption

Output Type
DC output

Color
Green

Dimension (L*W*H)
Standard PCB dimensions

Weight
Lightweight

Warranty
1 year

Input Voltage
240V AC

Phase
Single-phase

Size
Compact design

Material
FR4

Connection Type
PCB-mounted connectors

About MIG Welding Wire Feeder Card

We are engaged in offering our clients a high quality range of MIG Welding Wire Feeder Card that is for controlling the machine regarding velocity of feeder engine and control gas valve and contactor on and off. It has principle capacity of the wire feed unit is to take care of the anode wire, at a consistent rate, to the welding curve. MIG Welding Wire Feeder Card is produced in conformity with set industry standards by using superior quality raw material that is procured from reliable vendors of the industry.

Compact Reliability for MIG Wire Feeding

Engineered for dependable wire feeding in MIG welding, this feeder card delivers stable DC output and high performance in a compact footprint. Its basic protection and efficient energy usage ensure smooth operation during rigorous welding tasks, making it ideal for professional environments.

Robust Construction and Efficient Operation

Manufactured with FR4 material and a smooth anti-corrosive epoxy surface, the card guarantees durability and long service life. Low power consumption and a high power factor make it both eco-friendly and economical, ideal for frequent use in welding workshops and manufacturing facilities.

FAQs of MIG Welding Wire Feeder Card:

Q: How is the MIG Welding Wire Feeder Card installed in wire feeder systems?

A: The feeder card is designed for built-in PCB mounting and uses standard PCB-mounted connectors and terminal connectors for seamless integration within MIG wire feeder systems. Its rectangular shape and standard PCB dimensions allow for easy fitting in compatible enclosures.

Q: What applications are suitable for this wire feeder card?

A: This card is primarily used in MIG welding wire feeder systems and is suitable for industrial, manufacturing, and commercial settings where reliable and regulated wire feeding is required.

Q: When should I replace or upgrade my wire feeder card?

A: Replacement or upgrade is recommended if the existing card fails to provide reliable, regulated wire feeding, shows signs of physical damage, or exceeds its operational temperature range. The products one-year warranty also offers coverage for manufacturing defects within the initial usage period.

Q: Where is the MIG Welding Wire Feeder Card typically used?

A: Designed and supplied in India, this feeder card is utilized in MIG welding machines across workshops, fabrication units, and manufacturing plants due to its compatibility and robust performance.

Q: What benefits does the compact design of the wire feeder card offer?

A: The compact design allows for easy integration into wire feeder systems, saves space, and contributes to lightweight assemblies, making handling and installation hassle-free while maintaining efficiency.

Q: How does the feeder card support low energy consumption while ensuring reliable performance?

A: It combines a high power factor with efficient energy regulation, consuming less power while delivering consistent DC output required for stable MIG wire feeding.

Q: What process is in place to protect the feeder card from overheating?

A: The card includes inbuilt overheating protection which automatically safeguards against excessive temperature rise, enabling safe, continuous operation within the specified temperature range of -10C to 50C.

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