Maestro Voltage Stabilizers are designed and tested as per IS Standards (IS9815/IS20026) under high and test lab facilities. These are produced in various ranges according to the needs of our customers. These are equipped with digital microprocessor-based technology and designed with heavy-duty auto variable, buck-boost transformers, and solid-state components for better efficiency and low maintenance. Maestro servo voltage stabilizers are robust, durable, and designed to perform efficiently for many years.
MAESTRO Make Copper wound, HT AVR suitable for indoor/outdoor installation, The copper wound HT AVR system is a revolutionary landmark in the industry when it comes to voltage regulation and stabilization. Even after the installation of standard distribution transformer the problem of low/high voltage on the LT loss of a plant. The standard off – circuit tapping of transformers can correct limited voltage variation and cannot regulate the voltage while in ‘on Load conditions. We have developed state of the art technology HT Automatic voltage regulator that operates on load, sleeplessly & gives stabilized voltage on the HT side. The fluctuating voltage from the Grid is initially controlled by the HT AVR and then fed to the transformer resulting in the constant H.T. Output within +/- 1% accuracy and the biggest advantage is its robust design; fewer losses & more efficiency make the distribution transformer to utilize up to 100%
MAESTRO provides a wide range of Oil Filled Distribution Transformers that conform to the IS and international standards of quality and safety. These transformers are designed and developed using the latest technologies and can be provided with a variety of terminations to suit the requirements for new installation of products. Optimum efficiency can be ensured by delicate proportioning of core and winding loss using CRGO M3 to M5 MOH Lamination and Electrolytic Grade 99.9% pure copper, with Transposition in L.V. coil for current sharing in parallel Conductors, Electric grade mineral oil, press paper, and boards. Thus better regulation is achieved resulting in longer life. Careful and precise design also reduces noise levels to the minimum.
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