Long Term Use...
Very High Speed Correction...
High Inrush Current ...
No Distortions ...
Over-Low voltage protection ;
It helps to limit the highest and lowest voltage values for the loads connected to the device. The user can control these values and cut-off time of the voltage that goes to the loads by using the front panel in case of exceeding the values
Overcurrent - Output short-circuit protection ;
If the nominal currents to be drawn by the power of the device are above the setted current tolerance values and the current and time graphs are exceeded the protection is activated. protection is provided by questioning the difference of the rate of rise of the current in the table values.
SAG-SURGE Protection ;
It is an 'effective protection circuit' which protects the receivers against sudden collapse, rise and thousands of volts spikes in microseconds. “Effective protection circuit” generally operates in the form of both symmetrical and asymmetric voltage branches. Effective protection circuit; The three-stage protection circuit consisting of fast-response suppressor diodes is supported by coarse protection with the varistors in the middle protection stage and the strong gas overvoltage conductors. Protection stages separated from each other by ohmic resistors. This allows the power to be optimally distributed in the protection circuit when the overvoltages are suppressed and the pulse currents need to be deflected.
Compact Switch (MCCB) Protection
The regulator is able to switch on / off from the panel. In cases such as over current, over voltage, low voltage and output short circuit, the device is electronically protected and the output is cut off.
'' Booster Transformer '' Application
It is applied for 500kVA and in all powers above 500kVA. In addition to the harmonic elimination feature, 20% of the load current is passed over the semiconductor and the cost is reduced and the reliability of the system is increased.
Graphic LCD Front panel
Thanks to the mimic diagram on the front panel, information about the operation status of the stabilizer can be obtained at first glance. With the LCD display which contains different language options, the input and output values (voltage, current, frequency) of the device can be read and calibrated. The lower-upper levels of the input voltage, the lower-upper levels of the regulated output voltage, the lower-upper levels of the output voltage protection, the extremely low-high voltage cut-off times, the negative-positive polarity settings for voltage calibration are the parameters presented to the user with the password control.
In the energy line entries of hospitals, hotels, factories and industrial facilities,
In the energy infrastructure problematic enterprises,
Inductive loads including inductors such as air conditioner, fan, pump,
In the elevator,
Home, office and smart Buildings,
In medical devices,
Printing machinery, On CNC machine tools,
Automation equipments, industrial robots, laser devices,
Textile and drying machines,
Packaging, bottling machines, In injection and extruders,
Woodworking edge cutting, edge banding, turning and milling,
Why Static Voltage Stabilizers? Advantages of Static Voltage Stabilizers
Highest and newest technology
In static voltage stabilizers, regulation is performed by microprocessor controlled thyristors technology and electronic cards, so there is no moving parts . In servo stabilizers, regulation is performed by moving variacs and motor.
Copper busbars are used inside the static voltage stabilizers.
Excellent Voltage Regulation 20-MHz RISC
High reliability. They can be used safely for sensitive devices.
Quick response time: 20 miliseconds -, Very speed correction: 5000V/saniye.
Zero Current Switching /Tap Changer Thyristor
Protections: overload, over voltage, under voltage, peak, surge, short circuit protection
Protection for over current: Semi-Conductor components resist up to 10 times of the nominal current for 20 seconds.
EMI-RFI noise filter are standard.
4x20 LCD Display Screen for each phase independently: enables to control input-output voltage values, frequency values, change the voltage values within limits by entering password.
Static Voltage stabilizers are less affected by dust. In servo stabilizers, accumulation of dust between moving parts like variacs can easily cause problems.
Small footprint, easy to carry. But, servo regulators are big and heavy due to the heavy and large materials like variacs.
Long service life & easy maintenance: Main spare parts are electronic cards and thyristors for static voltage stabilizers. That's why, maintenance is easy.
Efficiency >% 97
1000% for 100msec