IBZPZDPS-125KVA transformer

IBZPZDPS-125KVA is a water-cooled medium-frequency transformer designed specifically for welding equipment. It has an input voltage of 500V (50Hz-60Hz), an output of DC10V, a rated power of 125KVA, and is equipped with intelligent temperature control and a water cooling circulation system (8L/min).

Product Details

Product Overview‌

◆Insulation grade: Using F-class insulation material to ensure stable electrical performance in high temperature environment;

◆Voltage withstand performance: Passed 3800V voltage withstand test (lasting 1 minute) to ensure safety under high-voltage conditions;

◆Low leakage current: Leakage current is controlled at ≤0.5mA, reducing power loss and improving equipment reliability;

◆Working mode adaptation: supports 50% duty cycle operation to match the intermittent load requirements of welding equipment;

◆Intelligent temperature control: Built-in 85°C temperature protection trigger mechanism to prevent overheating damage;

◆Water cooling system: Equipped with a ZG1/4 nozzle interface, it efficiently dissipates heat through circulating water cooling (8L/min) to maintain long-term stable operation of the transformer.

Features

1.Highly efficient water cooling: 8L/min circulating cooling system effectively controls temperature rise and avoids overheating failures;

2.High insulation protection: F-class insulation structure, 3800V withstand voltage, leakage current ≤0.5mA, ensuring electrical safety;

3.Intelligent temperature control protection: Automatically triggers the protection mechanism at 85°C to prevent overheating and damage to the device, extending its service life;

4.Industrial-grade stable design: 50% duty cycle optimization adapts to the high-frequency workload of welding machines and ensures continuous and stable operation.

Application scenarios‌

Water-cooled welding equipment: Suitable for welding scenarios that require efficient heat dissipation, such as plasma cutting machines, argon arc welding machines, and laser welding machines;

Industrial power systems: Meet the demand for stable DC output in medium and high frequency power systems, such as electroplating, induction heating and other industrial applications.