IBZDPS-T-600KVA transformer
Product Description
The IBZDPS-T-600KVA utilizes water cooling (with a ZG1/4 nozzle interface) and Class F insulation. It converts a 380V input into a variety of medium and low voltage outputs, making it ideal for high-load welding scenarios. Its core strengths lie in its stable cooling capacity (8L/min cooling flow) and strict electrical safety standards (3800V withstand voltage and low leakage current), making it suitable for prolonged, high-intensity operations.
Features
1.High power density: With a large capacity of 600KVA, it is designed for high-intensity operation scenarios of industrial-grade welding equipment;
2.Multi-voltage output: Provides 11V/13V/10V/12V/9V output options, which can be flexibly adjusted according to specific welding process requirements;
3.High-efficiency water cooling system: Equipped with 8L/min circulating cooling water flow, it ensures stable and efficient operation of the equipment under 50% duty cycle;
4.Smart Temperature Control: Automatically triggers a protection mechanism when the temperature reaches 85°C, effectively preventing the device from being damaged by overheating.
5.Strong protection design:
-Adopt F-class insulation material, high temperature resistance up to 155℃;
-Passed 3800V withstand voltage test for 1 minute without breakdown;
-The leakage current is strictly controlled at ≤0.5mA to ensure safe and reliable use;
-Intelligent Temperature Control: Automatically triggers a protection mechanism when the temperature reaches 85°C, effectively preventing device damage due to overheating.
Application scenarios
◆Industrial welding equipment: such as resistance welding, arc welding, plasma cutting and other high-power welding machines;
◆Metal processing industry: automobile manufacturing, ship welding, steel structure processing, etc.;
◆High-frequency welding system: automated welding production line requiring medium-frequency transformers;
◆Harsh environment operations: Mines, outdoor projects, and other scenarios that require high equipment heat dissipation and reliability.
Technical Parameters




