General Specifications
Structure with toroidal variac and booster transformer
Microprocessor motor control
True RMS measurement
1-phase and 3-phase systems
Production from 3 kVA to -1,000 kVA
150-250V Rectification (275V-430V)
50 V/s rectification speed
72×72 Digital voltmeter
RS-232 communication possibility
Silent operation – High efficiency
Aesthetic appearance – High reliability
Manufacturing in accordance with TSE Standards
Reasonable price/performance ratio
Ease of service and commissioning in mechanical structure
Design and production according to special needs
Changes in the network voltage are compared with the 220 V reference value. According to the result, the appropriate triac is triggered and the direction of rotation of the motor is
determined. The rotation angle of the motor provides a proportional change in the variac voltage. The voltage obtained at the variac output is applied to the primary winding of the
booster transformer, allowing the secondary voltage to be added or reduced depending on whether it has phase difference or in the same phase with the network.
Microcontroller Control:
1- Since feedback sampling is done as TRUE RMS, the output voltage will be set to the real 220 v value even in places where the source signals are distorted.
2- Driving voltage control required for the speed of DC motors and therefore the output voltage regulation speed is provided.
3- The risk of failure of triacs used to drive DC motors was completely eliminated.
4- Heat sampling was performed from the booster, engine and variac, and the protection capability was increased.
5- It has RS232 communication capability with PC. In cases where the network varies excessively in a short period of time, a special management program ensures the healthy operation of the regulator.
Digital Voltmeter
Input and output voltages of each phase of the device are monitored with a 72×72 digital voltmeter.
Variac
Variacs used in servo regulators are toroidal type, carbon brushed, motion adjustable auto transformers. Toroidal variacs are used in our regulators as standard, and we manufacture Column
Type Variacs upon request.
BY-PASS Switch
In case of a malfunction in the regulator or during maintenance, the regulator is bypassed via the package switch and continues to operate. Kraus Naimer package switches are used in CAG-brand regulators.
Protections
Overheat, Overcurrent, Output high, Output low, Earth Leakage
Areas of Use
Medical Devices
CNC Machines
Control Devices
Alarm Systems
Textile Machines
Lighting Units
Electronic Testing Devices
Radio and TV stations
Telephone Switchboards
Motorized Machines
Printing Machines
