High Frequency DC Current Armature Commutator Spot Welding Fusing Machine

• Customization: Available
• Control: PLC
• Cooling Way: Water Cooling
• Model NO.: WD-DH-3
• Style: Floor
• Electrode Stroke: Vertical
• Electric Current: DC Shock Wave
• Transmission: Servo Motor
• Conductive Way: One-Sided
• Welding Spot Number: Single
• Type: Special
• Fusing Rod Material: Tungsten
• Certificate: Ce
• Transport Package: Ply-Wooden Case
• Trademark: WEDE
• Origin: Ningbo, China
• HS Code: 8515809090
• Production Capacity: 100PCS/Year

Product Description

high frequency DC Current Armature Commutator Spot Welding Fusing Machine

Specially designed for 
Armature/rotor commutator welding 

Specially designed to
Realize best welding quality 
by DC welding power supply (control the weld current,constant and feedback), servo motor press, indexing and water cooler

Specification:

Armature OD	Max shaft length	Shaft OD	Wire OD	Commutator OD
15-100mm	350mm	1.8-23mm	0.07-3.5mm	5-60mm
Max power	Frequency	Cooling mode	Air source pressure	Power supply
42KVA	10000Hz	water cooler	0.5-0.7MPa	380V, 50Hz

The shaft clamp of the commutator spot welding machine in close view:



Main cared technical points:

• How can you adjust the fusing parameters on your machine?
• In the machine human interface (HMI) can set the mechnical parameter of the welding  in the  HMI, and in the controller of DC Inverter power supply can set the weld mode, and under that mode the required voltage or current, weld time etc.
• How many different fusing programme capacity is available
• In the HMI can set 5 groups parameter, and in the DC inverter power supply can set 63 groups parameter.
• Are each segment's  current and time adjustable?
• Current(voltage)step rise is available at 20groups, if the commutator is within 20 segments, each segment can set one current, but weld time only set one.
• How electrode distance is controlled?  Is there any ruler to measure and feedback this distance?
• In the position mode, we can enter manual set page after the resetting, jog click "preload down" to the appropriate position, press "save", set the present position as the weld preload postion. While the weld preload is controlled by the servo motor, the distance will be feedback.
• How the pressure applied by the electrode to the hook is adjusted and controlled?
• Preload up-down adjustment means different pressure.
• Is there any load cell to control this pressure? If available with pressure regulation on the hook (load cell)
• The machine is with pressure sensor, which can instant show the present pressure.
• How the fusing current is controlled, is it kept constant? Current feedback?
• DC inverter power supply controller controls the weld current, constant and feedback.
• How the machine is auto positioning by the servo motor and find out the correct hook position by itself. Please send us a video link showing auto positioning at the start of operation.
• At the armaure seat, there is a mechanical positioning, place the armature into the mechanical positioning location, clamp the shaft, servo motor rotates the required offset angle, and then evenly indexing to the right hook.
• What  are the steps of the fusing cycle, how each portion of this cycle is adjusted?
• clamp the armature--offset-preload down--fusing--cooling--preload up--indexing, in cycle to the last hook.
• Is there any warning sign for bad fusing? How do you detect missing hook? Please send us graphic of the fusing cycle.
• The fusing machine will auto detect the positive negative pole makes the circuit or not while the welding making, if in circuit, it will discharge, if not, power alarm and stop working.

Main Components:

DC inverter welding power supply	PLC	Touchng screen	Hydraulic system	Frame
PUNBONN	MITSUBISHI FX-3GA-40MT	MITSUBISHI 7"	AIRTAC	Aluminum alloy
Pressing	Indexing	Alarm
MITSUBISHI servo motor	MITSUBISHI servo motor	3 colors tower lamp

Spare part with machine delivery:

Preload motor belt	Indexing motor belt	Tungsten	Negative electrode	spring	fuse
2pcs	2pcs	1pc	1pc	2pcs	2pcs