compressed air consumption(0.4MPa air pressure, stroke:30mm) (L/once)
9.24
cooling water consumption (L/MIN)
18
primary cable specification (MM2)
3*50+2*16
maximum short circuit current (A)
67000
Feature
1. The water heater inlet-outlet tube resistance welder adopts a 440KVA medium DC resistance welding machine.
2. The welder is equipped with a double-headed fuselage, which can perform the welding and clamping process simultaneously.
Background information
The water heater inlet-outlet tube resistance welder solves issues with traditional arc-welding by reducing smoke pollution, consumable waste, deformation, and leakage. The welder uses medium DC resistance welding technology to improve the welding efficiency and overall quality.
compressed air consumption(0.4MPaair pressure,stroke:30mm) (L/once)
18
cooling water consumption (L/MIN)
8
primary cable specification (MM2)
3*16+2*10
maximum short circuit current of transformer (A)
65
Feature
1. 8000J medium pressure capacity discharge welding machine.
2. The welder can realize double-head welding for high efficiency welding operations.
Background information
The water heater hanger welder is superior to traditional arc-welders as it reduces smoke pollution, waste, and deformation of the workpiece. The welder features capacitor discharge welding technology for improved working efficiency and quality.
compressed air consumption(0.4MPaair pressure, stroke:30mm) (L/once)
28
cooling water consumption (L/MIN)
10
primary cable specification (MM2)
3*50+2*16
maximum short circuit current of transformer (A)
175
Feature
1. The water heater round flange welder is equipped with a 35KJ capacitor discharge welding machine.
2. The round flange is punched with 16 bumping points, which are welded all at once.
Background information
The water heater round flange welder bypasses some of the shortcomings of traditional arc welders by eliminating pollution, waste, and deformation of the workpiece. The capacitor discharge technology allows for high efficiency welding with excellent quality.