IBZDPS-T-200KVA transformer

The IBZDPS-T-200KVA is a high-power industrial transformer with water cooling. It supports a 50-60Hz broadband input (380V±5%), outputs 13.6V DC, and integrates 85°C temperature control and an 8L/min circulating water cooling system. It has passed the 3800V/1min withstand voltage test (leakage current ≤0.5mA) and is designed for high-load scenarios such as water-cooled welding equipment.

Product Details

Product Overview

1.Core parameters

Rated capacity: 200kVA (continuous operation)

Input characteristics: three-phase 380V AC, compatible with 50/60Hz dual-band (compliant with IEC 60076 standard)

Output characteristics: Stable output 13.6V DC, ripple factor ≤1%

Protection level: IP54 (dustproof and splashproof)

2.Structural design

Cooling system: Military-grade ZG 1/4-inch high-pressure water cooling interface, 8L/min large flow circulation (heat dissipation efficiency increased by 300% compared to air cooling)

Insulation system: F-class insulation material (temperature resistance 155°C continuous/180°C peak), insulation resistance ≥100MΩ in hot and humid environment (45°C/95%RH)

3.Security Certification

Passed the GB/T 16927.1-2011 voltage withstand test (3800V/1 minute without breakdown)

Leakage current ≤ 0.5mA (DC2500V megohmmeter test)

Features

1.‌Wideband Adaptive‌

Intelligently tracks grid frequency fluctuations (±10%) and seamlessly switches between 50Hz and 60Hz modes, adapting to global industrial grids.

2.Triple security protection

Temperature protection: 85°C triggers a three-level response (air cooling assistance → capacity reduction → power off).

Overload protection: Automatically adjust output capacity when load cycle exceeds 50%.

3.‌Efficient heat dissipation design‌

The temperature rise of the core components of the water cooling system is ≤65K (IEC 60076 standard), and it supports intermittent overload operation of 20%-50%.

4.‌Harsh environment resistance‌

Class F insulation material maintains its performance at temperatures up to 45°C and humidity up to 95%, making it suitable for harsh environments such as mines and ships.