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Capacitor Discharge Welder

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MOQ : 1 Unit

Capacitor Discharge Welder Specification

Voltage
220 V / 415 V

Frequency
50/60 Hz

Pulse Frequency
Single Pulse

Output Current
1500 A

Rod Diameter
Up to 12 mm

Usage
Industrial

Arc Current
1500 A

Condition
New

Dimension (L*W*H)
1150 mm x 650 mm x 1250 mm

Welding Area
Spot/Projection Welding

Power
10 kW

Function
Precision Spot Welding

Insulation Grade
F

Type
Capacitor Discharge Welder

Input Current
40 A

Cooling Method
Forced Air Cooling

Weight
350 kg

Efficiency
85%

Material
Mild Steel Body

Control System
Microprocessor Control

Protection Class
IP21

Electrodes
Copper (replaceable)

Electrode Stroke
75 mm

Storage Capacitor Capacity
66000 F

Display Type
Digital Display

Welding Time Range
1-99 ms

Welding Thickness Range
0.1 - 3 mm

Capacitor Discharge Welder Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
2-5 Days

Main Export Market(s)
Asia

About Capacitor Discharge Welder

Procure our acclaimed Capacitor Discharge Welder, engineered for sensational industrial precision and heroic durability. Renowned for its robust microprocessor control system and 66000 F storage capacitor, it orchestrates savings through efficiency and reliability. Achieve welding times from 1-99 ms and handle material thicknesses from 0.1 to 3 mm, with an output current of 1500 A and a powerful 10 kW rating. The welder features a digital display, copper replaceable electrodes, and forced air cooling, encased in a durable mild steel body. Ideal for spot and projection welding, it exemplifies renowned engineering and uncompromising quality.

Versatile Usage and Exceptional Applications

This Capacitor Discharge Welder is tailored for various industrial applications, including spot and projection welding on steel, alloys, and conductive materials. Its adaptability allows precise welding on surfaces ranging from thin sheets to rods up to 12 mm in diameter. Widely acclaimed in manufacturing, automotive, and fabrication industries, it ensures reliable connections on diverse surfaces, adding value to high-volume and custom applications. The welder's renowned versatility makes it the hero in both demanding production and maintenance operations.

FOB Port, Sample Policy, and Payment Terms

We ensure your expenditures remain controlled with the lowest price guarantee and efficient transport services from China's major FOB ports. Samples are available under a flexible policy designed for your assurance and satisfaction prior to procurement. Our payment terms are tailored for convenience, ensuring a smooth transaction process. Trust our acclaimed service as your supplier, exporter, manufacturer, or service provider, and achieve additional savings on overall project costs through streamlined procurement and delivery solutions.

FAQ's of Capacitor Discharge Welder:

Q: How does the microprocessor control enhance the welding process?

A: The advanced microprocessor control ensures precise adjustment of welding parameters, improving accuracy, repeatability, and consistency across every weld. This results in optimal quality and minimal defects.

Q: What types of applications can this Capacitor Discharge Welder be used for?

A: This welder is ideal for industrial applications such as precision spot and projection welding on mild steel, alloys, and other conductive materials used in electronics, automotive, electrical, and fabrication industries.

Q: Where can this welder deliver exceptional results?

A: It is especially effective in manufacturing facilities, repair shops, and industrial plants where high-speed, high-quality spot welding is vital for production efficiency and product durability.

Q: What are the benefits of using replaceable copper electrodes?

A: Replaceable copper electrodes extend machine life, reduce maintenance downtime, and maintain optimal electrical conductivity for consistent welding performance.

Q: How does the forced air cooling improve welder efficiency?

A: Forced air cooling maintains stable internal temperatures even during prolonged operation, thereby boosting the machine's efficiency and lifespan by preventing overheating.

Q: When should the welder's electrodes be replaced?

A: Electrodes should be replaced when wear, deformation, or oxidation is visible or when there is a noticeable decline in welding quality, ensuring consistently strong welds.

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