Features:
Designed as multi-head structure, this
Multi-Head Wire Mesh Welder is capable of completing multi-spot welding in a single operation, perfectly matching batch processing demands in the wire processing field.
Control system: Microcomputer control configuration supports storing 15 sets of independent adjustable welding schedules. It enables separate parameter tuning for single or multiple welding electrodes, which fully satisfies diverse welding standards for workpieces of different specifications and profiles, making it an ideal core device in the
Wire Mesh Industry.
Operators are allowed to independently set cylinder action sequences, working frequencies and welding procedures to flexibly meet customized welding demands of various finished products.
Equipped with large-size display screen for straightforward and clear data viewing.
Parameters can be quickly input and modified via touch buttons, bringing convenient and efficient operation experience.
The whole machine is fabricated with thickened steel plates, featuring excellent structural rigidity and strong anti-deformation performance.
Water-cooled transformer is assembled with 15000 gauss permeability silicon steel sheets, adopting full-copper alloy core instead of aluminum core. Built-in circulating cooling water effectively lowers impedance and boosts power utilization efficiency. With 20% duty cycle design, it stably supports long-duration continuous welding and high-power output. This structure features longer service life, lower operating noise and more compact layout, laying solid performance foundation for the practical application of
Multi Head Welding Machine For Wire Mesh.
High-response solenoid valves greatly accelerate welding rhythm, effectively elevate overall production efficiency and cut down comprehensive production costs.
The cylinder is made of high-precision anti-friction duralumin material, which is rust-proof with low friction coefficient and low running noise. It realizes rapid feeding movement and effectively reduces welding spatter generation.
Supported by sophisticated processing equipment and exquisite manufacturing craftsmanship, the welding equipment owns superior assembly precision.
It effectively lowers the occurrence rate of loose welding joints and reduces welding slag residue.
The equipment boasts simple operation logic and stable overall running performance, supporting 24-hour uninterrupted continuous operation with a service life up to 15 years.
Welding electrodes are made of CuCrZr alloy with outstanding wear resistance, and matched with circulating water cooling design to further extend their service lifespan.
Compressed air system: Built-in air processor purifies input compressed air, matched with silencer components to reduce running noise; equipped with air storage tank to stabilize air supply pressure and ensure stable mechanical action.
Circulating cooling water system covers transformer cooling, upper electrode cooling, lower electrode cooling and all copper fixture cooling modules. Water flow is precisely allocated through independent flow meters, and each flow meter supports separate adjustment to guarantee stable equipment operation and avoid component damage.
This equipment is widely applied in the production and processing of wire mesh products, storage racks, safety guardrails and other related metal meshwork products.
Model
Item | DNW3-2x100-C | DNW3-2x150-C | DNW3-2x200-C |
| Rated capacity | KVA | 2x100 | 2x150 | 2x200 |
| Rated primary vtg. | V | 380 | 380 | 380 |
| Rated frequency | HZ | 50 | 50 | 50 |
| Max short circuit current | KA | 30 | 36 | 42 |
| Duty cycle | % | 20 | 20 | 20 |
| Max forging pressure | N | 5315 | 5315 | 5315 |
| Upper electrode stroke | mm | 60 | 60 | 60 |
| Lower electrode stroke | mm | 40 | 40 | 40 |
| Cooling water flux | L/min | 6 | 6 | 6 |
| Width of upper electrode | mm | 90 | 90 | 90 |
Max welding width (C) " C" is stand for " Max welding width"
| mm | 800-4000 | 800-4000 | 800-4000 |
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