IBZDPS-T-113KVA transformer
Product Overview
This 113KVA industrial transformer features a design optimized for high-frequency operation, integrated intelligent temperature control (triggered at 85°C), and strictly controls leakage current below 0.5mA. Its Class F insulation (temperature-resistant to 155°C) and efficient water-cooling circulation system (ZG3/8 connector, 8L/min flow rate) ensure stable operation in high-speed canning production lines.
Features
1.Wideband adaptability
This power system supports full-frequency operation from 300Hz to 700Hz, and its built-in dynamic frequency tracking technology enables real-time matching of variable-frequency equipment requirements. Its frequency adaptation mechanism ensures stable output within a ±2% fluctuation range, meeting the stringent requirements of industrial-grade variable-frequency drive scenarios.
2.High-efficiency heat exchange system
Equipped with a high-flow 8L/min water cooling circuit, it utilizes turbulent flow-enhanced heat exchange technology and a nano-coated copper heat sink. This combination significantly improves temperature rise control beyond the IEC 60076 standard, meeting the cooling requirements of continuous high-load operation.
3.Multiple security protection mechanisms
Passing the 3800V/1-minute power frequency withstand voltage test (IEC 60950 certified), the double insulation design strictly controls leakage current to ≤0.5mA. Overvoltage and undervoltage protection modules are configured in key circuits to provide multiple electrical safety barriers.
4.Adaptability to harsh environments
Utilizing Class F insulation (155°C continuous temperature resistance) and an IP54 oil-proof seal, the system is certified to 5-2000Hz/5G vibration standards and is suitable for harsh industrial environments such as oilfields and mines.
5.Intelligent operation guarantee
The distributed temperature sensing network achieves ±1°C monitoring accuracy, with an 85°C threshold triggering an intelligent, graded load reduction strategy. Real-time status data is output via the MODBUS protocol, supporting integration with remote device health management systems.
Application scenarios
Applies to:
High-speed can production line
Metal packaging automation equipment
Food/Chemical Tank Continuous Stamping System
Precision metal forming equipment requiring high-frequency power supply




