Gwc-B-500*2 Acl Wall Panel Mesh Welding Production Machine

• Customization: Available
• After-sales Service: 24 Hours Remote Service Available
• Transport Package: Standard Export Packing
• Model NO.: GWC-B
• Specification: GWC-B-500*2
• Trademark: XINZHOU
• Origin: Ningbo China
• Production Capacity: 15 Sets Per Month

Product Description

Power supply	380V 50Hz
Number of power phase	Three phase four cable
Load duration rate	20%
Air source pressure	0.6-0.8MPa
Cooling liquid flow	40-60L/min
Cooling liquid temperature	≤30ºC
Maximum welding capacity	Φ6mm+Φ8mm
Interval of longitudinal bars	50mm (50 increasing)
Interval of furring strips	≥25mm stepless adjustable
Diameter of steel bar	Φ6-Φ8 (longitudinal bar: 4-8mm, furring strips: 4-6mm round steel or twisted steel)
Feeding mode	Longitudinal bar: preform; furring strips: vertical stripe
Unloading mode	Unloaded by unloading machine
Maximum welding velocity	95 rows/min (interval: 50)
Rated power	4 x150KVA

 

• With high production efficiency, two meshes can be welded simultaneously;
• The complete welder is controlled by human-machine interface and PLC programming controller, with high degree of automation;
• This welder can be used to weld many materials with wide adaptability, such as hot-rolled ribbed bar, cold-rolled ribbed bar, hot-rolled plain bar, cold-rolled plain bar and so on;
• One or time-based welding is adopted with great flexibility according to user's electric capacity;
• The machine set is designed with a discerptible structure in order for specification adjustment and maintenance;
• Welding systems, such as transformer, upper and lower electrodes of controllable silicon and so on, are cooled forcibly by water and equipped with a flow protection device so that the machine set works reliably and continuously;
• Stepless adjustable pneumatic welding system pressure can fast respond any change of steel bar specifications;
• Welding pressure is uniform and accordant to ensure the quality of all welding spots;
• The unique lifting mechanism can break away from the electrode during dragging meshes to ensure the service lifetime of electrode and reduce the operation expense;
• Furring strips blanking device adopts a stepping motor for automatic feeding to relieve the labor intensity and improve the efficiency;
• Imported digital servo motor system can ensure the accuracy of mesh size;
• Longitudinal mesh size can be changed by screen input to adapt to any change of multi-specification engineering meshes.
• A magnetic swinging mechanism is equipped at the blanking place of furring strips in order for fast blanking speed and high production efficiency;
• An in-situ device is equipped at the electrode to ensure the reliable and accurate blanking of furring strips;
• The unique design is favorable to conveniently, flexibly and fast replace steel bars and steel meshes.