Microstate Enterprises Phase I, Chandigarh

Static stabilizer provides a reasonable improvement to slow the stabilizer servo controlled stabilizers and other static tap changing. This technique does not cause di dt problems, why do not you turn on the path. The basic topology with a buck-boost transformer high-voltage ratio of primary and secondary correction of ± 25%. Control voltage is set to the primary of this buck-boost converter. Buck and Boost voltage enabled topology is obtained electronically, without a change of pitch of tension that occurs when the system is governed. This task is successful and the feedback control system implemented using a microcontroller.

TECHNICAL SPECIFICATION RATING   Single phase 3 KVA to 15 KVA Three phase 10 KVA to 30 KVA INPUT VOLTAGE RANGE Standard (Single Phase) 160-300 volts ac, 1-phase, 2 wire, 50Hz Standard (Three Phase) 280-520 volts ac, 3-phase, 4 wire, 50Hz Input Nominal Frequency 47 to 63 Hz Input Nominal Voltage 230 volts ac, 1-phase, 2 wire, 50Hz400 volts ac,  3-phase, 4 wire, 50Hz OUTPUT Output Nominal Voltage 230/400 volts ac, three phase wye Output Power Frequency Better than 96% (with 20-100 % load conditions) Output Voltage Regulation Nominal ± 3 % maximum under 0 to 100 % load & input of 185~265 vac Applications Regulation speed 500V / sec Handles crest factor of 5:1 20ms response time A soft start feature

Applications Life at full load is 15-20 yrs. 100% duty cycle Roller movement is on both side

SPECIAL FEATURES OPTIONAL Protection Over Voltage , Under Voltage, Phase Failure,Neutral Failure with Time Delay for Both Side.   Fully Solid State IC Control circuit.   No effect of load power factor.   No waveform distortion.   High Efficiency.   Auto / Manual operation facility..   Cable entry box at Input and Output terminals   MCB on Main Side ( Schneider)   Duly Painted with Putty & Primer for long life (Color As per requirement)   Earth stud facility Applications True digital control Electronic overload protection Network connectivity (Life at full load is 15-20 yrs.)

ABOUT PANEL 1. L.T. Control Panels. 2. Motor Control Centers. 3. Distribution Boards. 4. Control Desks. 5. Automatic / Manual Power Factor Correction Panels. 6. Duplex Panels (for compact space & sizes). 7. Bus Bar Ducking for Transformer & D.G. Sets. 8. Industrial Automation System. 9. AMF Panel and Synchronization Panel. Applications   LT panels, which are developed using high quality materials. Our panel LT is a perfect example of quality, performance and affordability. We maintain an uncompromising effort to the satisfaction of perfection, quality and customers in manufacturing LT panel. They are manufactured using first quality materials to ensure durability and flawless in the final product. Our range of panels are suitable for high operating voltage distribution system and apply the power and motor control centers and other electronic devices.

this is two winding device. Functioning of this device is to isolate the magnetic distortion from supply. In isolation transformer rating (voltage and current) of both primary and secondary are same. There are two type basic raw materials use in this transformer. 1. C.r.g.o./c.r.n.g.o. Silicon steel laminations. 2. Copper winding.   features of isolation transformer 1. isolation transformer are effective for isolating sensitive equipment from voltage transient, spikes, noises and dc leakage etc. 2. they are specially designed for sensitive equipment and preventive such disturbance generated by the noisy equipment, load from being injected into the power line. 3. the multiple shielding technique employed in isolation transformers reduces the inter winding capacitance to a level below 0.005 pico farad and increases dc isolation to over 1000 m ohms. 4. isolation transformer provides electrostatic shielding, attenuate common mode noises and minimize transverse mode noises. 5. three single phase. Isolation transformer, may be connected in star configuration to get three phase isolation transformers. Isolation transformer can also be used for voltage conversions of 230 to 230 volts, 110 to 115 volts, 230 to 115 volts or 115 to 230 volts ac.

n order to maintain a fully charged battery, a constant voltage. The voltage is high enough to replace the self-discharge, but not as high as to cause excessive overhead. Although simply maintaining the output voltage is fixed relatively simple function, If the battery temperature is not compensated for the loss of the ability to occur during The temperature in the project and overloaded with the degradation of life is lower temperature.

Applications   In order to maintain a fully charged battery, a constant voltage. The voltage is high enough to replace the self-discharge, but not as high as to cause excessive overhead. Although simply maintaining the output voltage is fixed relatively simple function, If the battery temperature is not compensated for the loss of the ability to occur during The temperature in the project and overloaded with the degradation of life is lower temperature.