Bottom Cap Welder For Filter Cage

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Bottom Cap Welder For Filter Cage Specification

Frequency
50 Hz

Welding
Spot/Projection Welding

Equipment Type
Industrial Welding Machine

Output Voltage
12V

Power Source
Electric

Phase
Single Phase

Power Consumption
5 Units/hr

Application
Filter Cage Bottom Cap Welding

Automation Grade
Semi Automatic

Type
Bottom Cap Welder

Condition
New

Motor Type
Electric Motor

Material
Mild Steel (MS)

Power
5 kW

Dimensions
1200 mm x 700 mm x 1450 mm

Input Voltage
220V AC

About Bottom Cap Welder For Filter Cage

Bottom Cap Welder For Filter Cage

Since the time of our inception, we have been in the field of manufacturing, supplying and exporting Bottom Cap Welder For Filter Cage. These products are used for welding various types of filter cages. Supreme quality raw materials and components have been procured from the trusted sources of the market for the manufacturing of these products. Owing to its longer service life, low maintenance, high performance, ability to withstand adverse conditions and resistance against corrosion, Bottom Cap Welder For Filter Cage has earned a huge demand in the international market.

Specifications:

Model: DX-80/DX-50
Input voltage: 380V(2-phase) or specified by customer
Power freq.: 50Hz
Power capacity: 80KVA/50KVA
Working load: 35KVA
Air flow: 200L/min/150L/min
Air pressure: 0.6-0.8MPa
Cooling method: Water cooling
Water flow: 3L/min
Insulation grade: F
Weight: 400/300KG
DX-80 is recommended when the power source voltage is relatively low and/or when welding galvanized wires

Features

Specifically designed cyclinder ensures stable air pressure and welding speed
One-piece machine body secures its rigidity
Adopting KD-08B controller and reliable welding loop

Filter Cages - round, star, oval, flat, peanut, spider and other odd shapes, with different connections, all can be customized.

Round cage size: OD100-200mm

Material: Mild steel wire, Stainless steel wire, Galvanized carbon steel wire, Titanium steel wire, etc.

Sizes of steel wire: 2.8-6mm

Precision Welding for Filter Cage Manufacturing

This Bottom Cap Welder guarantees exact and stable welds for attaching bottom caps to filter cages. The machines semi-automatic operation streamlines production workflows, resulting in consistent output and reduced manual effort. Its integration of spot and projection welding options caters to varied welding requirements across filter cage designs.

Advanced Durability and Efficiency

Made from high-quality mild steel, this welder is engineered for longevity and dependable operation in demanding industrial settings. Its electric drive, coupled with energy-efficient power consumption, delivers both productivity and sustainability for modern fabrication facilities.

FAQs of Bottom Cap Welder For Filter Cage:

Q: How does the Bottom Cap Welder for Filter Cage operate?

A: This machine utilizes spot or projection welding methods to securely attach bottom caps to filter cages. Its semi-automatic system ensures consistent pressure and current distribution, resulting in firm and reliable joints each cycle.

Q: What materials and components are compatible with this welding machine?

A: The welder is specifically engineered for use with mild steel filter cages and bottom caps, making it suitable for most industrial filtration manufacturing processes involving these materials.

Q: When should maintenance be performed on the Bottom Cap Welder?

A: Regular maintenance is recommended after every 200 operating hours or monthly, whichever comes first. This involves checking electrical connections, inspecting electrode wear, and cleaning moving parts for optimal performance.

Q: Where is this welding machine typically installed and used?

A: The Bottom Cap Welder is usually deployed in manufacturing plants, workshops, and industrial environments where filter cages are produced, assembled, or repaired.

Q: What is the welding process involved with this equipment?

A: The machine carries out spot or projection welding by clamping the cap and cage together with controlled force and applying an electric current to produce a solid, reliable weld joint quickly.

Q: How can users benefit from using this welder?

A: Users benefit from increased productivity, consistent weld quality, and reduced manual labor. The machines efficiency and automation features decrease cycle times and enhance output accuracy.

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