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Auto transformers are smaller in size with less material compared to normal primary-secondary winding transformers. There is a single winding in auto transformers, and this winding is used as both primary and secondary. Therefore, there is an electrical connection between the load and the network in auto transformers. They are manufactured with copper or aluminum windings in auto structure. Auto transformers are designed and manufactured according to the customer needs, in accordance with the place and purpose of use. Transformer power, input-output voltages and winding shape are specially determined. The type and shape of the core to be used are also determined according to the transformer to be designed. Plugs and sockets can be added according to customer demand. All Marine Type Transformers produced by AGP Energy comply with European standards and are CE marked. They are also manufactured under the ISO 9001 quality management system. GENERAL FEATURES 10,000 Gauss high magnetic permeability iron core, Low loss, high efficiency High insulation level Varnishing for silent operation and protection against moisture, IP22- IP54 protected cabin classes, Production under ISO 9001 quality management system, CE marked and compatible with all desired sub-standards of EN 61558.

It is an electromechanical system consisting of Variac, Transformer, Servo Motor and Microprocessor control circuit. Microprocessor electronic card measures the mains voltage, adjusts the position of the variac with the Servo motor, and ensures that the output voltage is 220 VAC or 380 VAC. It is used wherever the mains voltage is faulty. Microprocessor Digital Voltmeter Correction speed 200 Volts per second Input voltage adjustment area single-phase 165 - 250 vac; Three-phase 275 - 450 vac. Output voltage: 220 vac in single-phase voltage regulator; Three-phase Voltage Regulator 380 vac Output Voltage Tolerance: %2 Servo Voltage Regulator efficiency: %97 - 15 to + 50 degrees of operation, special IP 65 box and cooling system is made in environments above 50 degrees Optional Voltage protection unit. Fiberglass insulated Wire transformer winding and resistant to 350 degrees heat. High-speed regulation in Servo Voltage Regulator with Micro Control Card. Lowest and Highest voltage recording at the input. Voltage Regulator Voltage position protection unit is activated with a 10-second delay. 1 - 0 - 2 Manual Network and Six-pole switch for Regulator position. (There is no energy left in the Voltage Regulator when it is switched to Network position) Voltage Regulator is guaranteed for 2 (two) years. Servo Voltage Regulator is guaranteed for 10 years of spare parts supply. Microprocessor Voltage Regulator Single-phase voltage regulator from 1 kVA to 40 kVA, three-phase voltage regulator from 15 kVA to 1000 kVA Input Voltage Option In our standard models, the input is 165-250 Volts and the output is 220 volts in the single-phase voltage regulator. The input is 270-455 volts and the output is 380 volts in the three-phase voltage regulator. Optionally, the output voltage can be set to 400 Volts. Correction Voltage Regulator Speed Corrects 200 Volts per second. Phase and Voltage Protection Unit (optional) In voltages coming to the Voltage Regulator above the limit values ​​(165-250) In case the mains voltage is cut and comes back to a high voltage while the Voltage Regulator is active at low voltages In case the Voltage Regulator is not maintained over time and breaks down or gives irregular voltage , the Regulator cuts the output voltage for 8 seconds and gives output when the regulation is completed. It does not give output in case of a fault. Phase Protection Unit In three-phase Voltage Regulators, it cuts the output if one of the three phases is lost. It is automatically activated when three phases are reached and opens its output.

Shunt reactors are inductive load reactors that compensate for the capacitive power generated in electrical transmission lines. The main function of a shunt reactor is to absorb the excess reactive power caused by the inductive reactance of transmission lines. This helps reduce the voltage level and stabilizes the network.

Harmonic Filter Reactors are inductance coils connected in series to capacitors to protect reactive power compensation systems against the negative effects of harmonics. Harmonic filters prevent harmonic distortions added to the system by correcting the voltage wave of the load fed from a harmonic generating device.

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