Language
Equipped with a microcomputer control system and an LCD display for parameter visualization, this DTN2-150KW LCD display parameter pneumatic spot welder offers precision, clarity, and ease of use. It produces minimal sparks during welding and ensures robust welding results. Ideal for welding tasks involving hot and cold plates, stainless steel plates and wires, nuts, and various other workpieces, the machine incorporates an all-copper transformer and wide-voltage technology. This technology allows for automatic voltage adjustment within a 20% range, adapting seamlessly to different operational needs.
Operating the welding machine is straightforward under normal conditions. The microcomputer controller facilitates comprehensive adjustment of parameters such as pressure time, welding current, welding duration, maintenance interval, and rest period. These adjustments can all be made directly on the controller, making the entire process highly customizable and efficient.
Specifications
Model |
Unit |
DTN2-200KW |
|
Primary voltage |
V |
380 |
|
Rated capacity |
KVA |
200 |
|
Rated input current |
A |
526 |
|
Maximum short circuit current |
KA |
32 |
|
Rated load duration |
% |
20 |
|
Secondary voltage regulation stage |
V |
Stepless voltage regulation |
|
Secondary no-load voltage |
mm |
0.5-10 |
|
Extension length of electrode arm |
mm |
450 |
|
Distance between electrode arms |
mm |
300 |
|
Maximum pressure between electrodes |
N |
8000 |
|
Cylinder stroke |
mm |
80 |
|
Electrode size |
Electrode arm |
mm |
Ф70 |
Electrode holder |
mm |
Ф30 |
|
Electrode head |
mm |
Ф25 |
|
Welding thickness |
Low carbon steel |
mm |
6+6 |
Stainless steel |
mm |
3+3 |
|
Aluminium |
mm |
1+1 |
|
Compressed air pressure |
mpr |
0.6 |
|
Compressed air consumption |
M3/h |
22 |
|
Cooling water flow |
L/min |
5 |
|
Input wire cross-sectional area |
mm2 |
50 |
KEEP IN TOUCH
1. Reinforced Butt Welding Machine Embraces Intelligent Control for Superior Precision1.1 From Manual Guesswork to Digital AccuracyTraditional welding machines have long depended on operator experienc...
READ MORE1. Manual-Driven Welding Equipment: A Legacy System Facing Precision Challenges1.1 Operator Dependence Undermines Welding ConsistencyTraditional Welding Machine Equipment relies heavily on the skill l...
READ MORE1.Traditional Pumps Struggle with Energy Inefficiency and Escalating Operating Costs 1.1 Friction Loss: A Long-Standing Culprit Behind High Energy Consumption Conventional pumps rely on mechanical sea...
READ MORE1: Hidden Corrosion Risks Threaten Reliability of One-stop Resistance Welding Machines 1.1: Automation Brings Efficiency—But Also Conceals Structural Weaknesses As One-stop Resistance Welding Machines...
READ MORE1: Robot Modules Redefine Precision in Manufacturing with High-Accuracy Control 1.1: Overcoming Human Limitation in High-Precision Tasks Traditional manual operations struggle to meet the precision re...
READ MORE1: Revolutionizing Welding Efficiency: The Critical Role of Speed Control in Modern Manufacturing 1.1: Welding Speed Directly Impacts Fusion, Strength, and Production Output In high-volume industrial ...
READ MORE