220V Multifunctional HF Robot Spot Welder Aluminium Iron Wire Mesh Copper Tube

Name: 220V Multifunctional HF Robot Spot Welder Aluminium Iron Wire Mesh Copper Tube
Brand: Chengdu Xinwei Welding Technology Co., Ltd.
Price: 29.00 USD
Availability: InStock

Quality 220V Multifunctional HF Robot Spot Welder Aluminium Iron Wire Mesh Copper Tube factory

Basic Properties

Place of Origin:Sichuan, China

Brand Name:Xinweihan

Certification:CCC CE ISO

Trading Properties

Minimum Order Quantity:1 set

Price:$23,000-35,000 / set

Delivery Time:25-45 working days

Payment Terms:L/C,D/A,D/P,T/T,Western Union

Supply Ability:100 sets per month

Specifications

Product Name:	220V Multifunctional HF Robot Spot Welder Aluminium Iron Wire Mesh Copper Tube	Max. Welding Thickness:	6+6mm
Rated Capacity:	40-200KVA	Voltage:	380v
Condition:	New	Rated Duty Cycle:	50%
Weight (kg):	200 KG	After Warranty Service:	Video Technical Support, Online Support And Spare Parts
Marketing Type:	New Product 2020	Applicable Industries:	Building Material Shops, Machinery Repair Shops, Manufacturing Plant, Construction Works , Energy & Mining, Sheet Metal Welding
Highlight	220V robot spot welder , Multifunctional robot spot welder , 200KVA auto spot welding machine

Product Description

Product name: 220V Multifunctional HF Robot Spot Welder Aluminium Iron Wire Mesh Copper Tube

Product Description

This 220V Multifunctional HF Robot Spot Welder is a precision welding solution based on High Frequency (HF) inverter technology, optimized for the automated, high-efficiency joining of metals such as aluminum, iron wire mesh, and copper tubes. It integrates an industrial robot, a high-precision positioning system, and an HF welding power source, making it flexibly adaptable to automated welding lines for complex products like fire doors. Its core consists of a robust frame, a workpiece moving platform, a welder travel mechanism, upper and lower electrodes, an HF welding transformer, an intelligent controller (PLC), and complete pneumatic/hydraulic circuits, enabling fully automated control from positioning and clamping to welding. Leveraging the fast response of HF technology and the precise path repetition of the robot, it ensures highly consistent quality for every weld spot. It is the ideal automated cell for the high-volume, high-precision welding of profiled workpieces like wire mesh, copper tubes, and aluminum extrusions

Technical Parameters

Item/Model	DN-40	DN-63	D(T)N-80	D(T)N-100	D(T)N-125	D(T)N-160	D(T)N-200
Rated power At 50%(KVA)	40	63	80	100	125	160	200
Rated primary power(V)	380	380	380	380	380	380	380
Secondary Voltage(V)	5.2	6.7	7.9	8.3	8.6	9.1	10.6
Rated frequency(HZ)	50/60	50/60	50/60	50/60	50/60	50/60	50/60
Max.Short Circuit Current(KA)	14	15	16	18	20	28	34
Max. weld power(KVA)	62	86	170	280	300	330	410
Throat(MM)	400	400	400	450	450	450	450
Max.Froce at electrodes(N)	6000	6000	10000	10000	10000	12000	12000
Working stroke(MM)	20	20	30	40	40	50	50
Cooling Water Consumpion 2.5bar(L/min)	6	6	8	8	8	10	10
Electrodes tip(MM)	Φ13*45	Φ13*45	Φ16*45	Φ16*45	Φ16*45	Φ20*45	Φ20*45
Arms(MM)	Φ50*150	Φ50*150	Φ80*220	Φ80*220	Φ80*220	Φ80*220	Φ80*220
Projection Clamping Plate(MM)	125*125	125*125	200*200	200*200	200*200	200*200	200*200
Max.Welding Capaciry A3 steel(MM)	2.5+2.5	3+3	4+4	4.5+4.5	5+5	5+5	6+6

Main Features

HF Inverter Welding Power Source: Employs a special resistance welding transformer with a core made of high-permeability silicon steel laminations and forced internal water cooling. Delivers higher output power and a greater duty cycle, significantly improving welding efficiency.
High-Rigidity Structure with Auxiliary Stroke Pressurization: Features a stable machine structure where the electrodes apply pressure via a mode with an auxiliary stroke. This design ensures smooth and sufficient contact during the pressurization phase, forming the physical foundation for high-speed, high-quality welding.
Programmable Robotic Integrated Control: Managed by a microcomputer-based controller and PLC in coordination, it can store up to 16 sets of welding parameter programs. This allows easy adaptation to a variety of materials and workpieces, including low-carbon steel, stainless steel, coated steel, and non-ferrous metal wires, sheets, and tubes.
Extensive Multi-Industry Application: Thanks to its flexible automation, it is widely used in automotive manufacturing, appliance production, hardware fitting, and other industries. It excels particularly in the automated welding of fire doors, transportation equipment, household items, and complex components like nuts and studs