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Servomotor Push-Pull Gun Mechanism

A high precision, large torque, quick responsed, high responsibility servomotor is applied to this water cooled push-pull gun. During welding operation, it can provide fast response and precise wire feeding to ensure efficient and high quality welding performance. It can associate with welding robot power source for a variety of welding processes.

Push-pull gun wire feeding machanism has a compact design, adopt modular design to achieve prompt disassembly and installation. And it can be applied to a variety of water cooling gun necks, to meet the needs of different welding application.


PRODUCT ADVANTAGES

  1. Compact structure, light-weight, push-pull main body can be disassembled, high accessibility
  2. High precision, fast responding servomotor
  3. Disassembled Euro connector is more convenient for installation
  4. It's compatible with market common wire feeder connector

Servomotor Push-Pull Gun Technical Data:

SPECIFICATIONS
Wire feed part:
High performance servomotor options:
Input AC 220V high performance servomotor
Input DC 48V low volt high performance servomotor
The servomotor is high precision, high stability, wire feed is stable and reliable,
Compact structure/lightweight, wire feeder is 1.5kgs, comlete gun is 3kgs
(It includes iHitmini anti-collision device、"W" series gun neck、the cable is not included)
Wide range of wire feed speed:1 – 25 m/min
Suitable for welding wire size:0.8 – 1.6 mm
Precision:
High precision TCP:+/- 0.3 mm
Anti-collision sensor returning precision:+/- 0.3 mm
Anti-collision part:
It can associate with iHitmini hollow or external anti-collision device
Rated welding data:
Cooling method:Water cooled
Rated current:600A
Duty cycle:100%
Flow:Shield gas flow:max 40L/min (2 bar)
Cooling water flow:Min. 1.8 l/min(3.5 bar pressure difference)
Neck part:
It's appliable for a variety of water cooled gun necks
Different sizes and angles of the neck can be selected according to the requirements

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Replacement Parts

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Servomotor Push-Pull Gun Mechanism

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