Thyristor power controllers - Import export

Rectifier and Battery Charger that can be connected in parallel Multi-master Parallel Connection Technology Adjustable Output Voltage between 0V-1000VDC Parallel connection up to 16 units High power solution up to 10 MVA Equal Load Sharing Input Isolation Transformer Durable structure with thyristor technology Production at all industrial input voltages Ni-cd, Lead Acid and Stationary battery charging DC Earth Leakage protection Low Voltage / High Voltage protection Overload protection Over temperature protection Efficiency >% 95 7” Touchscreen Operator Panel Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

Input Isolation Transformer Durable structure with thyristor technology Three phase and Single phase input voltage option Production at all industrial input voltages High power up to 500 Kva Ni-cd, Lead Acid and Stationary battery charging Constant Voltage / Constant Current Charge Function Float Charge / Boost Charge Facility Microprocessor based management card DC Earth Leakage protection Overload protection Over temperature protection Low Voltage / High Voltage protection Efficiency >% 85-95 Operator Panel with 4x20 LCD Display Suitable design for industrial environment TS EN ISO 9001: 2015 Quality Certified

The energy market called for technical solutions contributing to a mains stabilization and benefiting from the potential of favourable energy prices at the same time. The warm water boilers can be delivered in a power range from 35 kW up to 1.2 MW whereas the hot water boilers are available with a capacity of max. 10 MW. By means of parallel or series connection of several systems the power range can be extended optionally. The functional principle of warm and hot water boilers relies on the direct heating of flowing water via numerous resistance heating elements. For control purposes, they are summarized in groups which are either switched in steps or triggered infinitely variable via a thyristor power controller.