DATATURK AC MOTOR DRIVERS, STATIC VOLTAGE REGULATORS, UNINTERRUPTIBLE POWER SUPPLY
DATATURK;Established in 1983, Datatürk continues to produce Static Voltage Regulators, Ac Motors and UPS for 35 years without compromising on quality and reasonable price policy. Our company, which has a significant market share in Turkey, especially in the production of static voltage regulators, exports to 85 countries through the companies which buy OEM products or directly under its own brand. The source of this success is our competitive products, which we have developed together with our constantly developing and renewed technology in addition to our 35 years of experience. Our quality and service policy is based not only on the sales stage but also on the unique technical support we provide for the satisfaction of our customers after the sale. We offer static voltage stabilizers 7.5kVA- 30kVA as single phase and 30kVA- 3500kVA as 3 phase. We also offer production for indoor and outdoor customized static stabilizer projects according to our customer's request.
DATADRIVE SERIES AC MOTOR SPEED CONTROL DEVICES
AC motor drives are the modern, speed control machines which work with the IPM-SPWM technique that adjust the speed of 3 Phase The alternating current from zero to the desired value with high starting torque. The user can easily adjust the motor maximum speed, acceleration time, deceleration time, braking time without fatigue in the AC MOTOR DRIVE menu. |
datadIgItal-svr serIES STATIC VOLTAGE REGULATORS
Datadigital-SVR is a static voltage regulator with no moving parts in the static voltage regulators. Voltage regulation is performed entirely by microcontroller-controlled digital technology for milliseconds. There are no parts that are worn out and old in time. Theoretically, life is endless. |
dataups serIES UNINTERRUPTIBLE POWER SUPPLY
New generation industrial vehicles and IT-based management systems need continuous energy supply and a stable tension. Uninterrupted power supplies are a solution to systems that are connected to the outputs, called critical loads, which are not intended to be affected by power interruptions, and which must be supplied with very regular voltage and frequency.
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