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Product Specification for Servo Controlled Automatic Voltage Stabilizers With UV/OV Cutoff" Brand Name : SAKTHI Frequency : 47- 53 Hz Rating : 1 Kva Temperature Range : 0 to 55 C Specifications Met : As per IS : 9815 : 1994 Output Voltage : 230 V, 1% Phase : Single Phase Number of Items in Pack : 1

We offer Single Phase Servo Voltage Stabilizer that are manufactured using latest technology and quality raw material.The Single Phase Servo Voltage Stabilizer offered by us is valued by the clients for high quality standards.These stabilizers are also offered with voltmeter & selector switch, which helps to see input & output voltages. We provide a wide range of Single Phase Voltage Stabilizers to our clients across the nation and we also offer 3 phase, air cooled stabilizer, automatic stabilizers, oil cooled stabilizer etc. Fabricated by our team of technocrats, we have different Voltage range/Working range for 1-phase Voltage Stabilizers.In Special Cases we also build stabilizers as per Customer requirement.

Brand Name:SAKTHI Frequency: 47- 53 Hz Rating: 1 KVA to 1500 KVA Temperature Range: 0 to 55 C Specifications Met As per IS : 9815 : 1994 Output Voltage: 230 V, 1% Connection Type Star / Star Phase Single Phase Insulation Class B Number of Items in Pack 1

Brand Name : SAKTHI Frequency : 47- 53 Hz Rating : 3Kva Temperature Range : 0 to 55 C Specifications Met As per IS : 9815 : 1994 Output Voltage : 230 V, 1% Input Voltage : 170 V - 270 V Phase : Single Phase Number of Items in Pack : 1

Product Specification for Servo Controlled Automatic Voltage Stabilizers" Brand Name :SAKTHI Frequency : 47- 53 Hz Rating : 1 KVA to 1500 KVA Temperature Range : 0 to 55 C Specifications Met : As per IS : 9815 : 1994 Output Voltage : 400 V, 1% Phase : Three Phase

• L-Section, 1-Stage
• @480 VAC 100, 150, 200, 300 Amps

• Current Overload : 6x rated for 8 seconds
• Maximum Operating Ambient Temperature at Rated Current : 40^oC
• Humidity Range : 0-95% RH
• Insulation Resistance : 9x109 Ohms at 100 VDC
• Units may be paralleled for higher current requirements

• To achieve adequate suppression of the spurious noise, filter style or circuit schematic should be first chosen following the rule of thumb of having the capacitor end of a filter facing the high impedance and the inductor end facing the low impedance.
• The next step will require determination of the working voltage, rated current, maximum DC resistance, cut-off frequency and insertion loss.
• When specifying working voltage and rated current, any rerating requirements should be taken into consideration. Maximum allowable voltage drop will usually govern maximum DCR of a filter. The cut-off frequency is often selected one decade above the frequency of a signal.
• The insertion loss data throughout the catalog is based on MIL-STD-220 and provide means of comparison and testing only. IL performance of any given filter could be quite different for systems having actual source and load impedances other than 50 Ohms.
• To help the user be acquainted with this catalog and EMI filter design, every effort has been made to organize the data sheets and list the parts in a logical order. Every table starts at the top with lowest voltage/current and consequently highest capacitance/insertion loss characteristics parts. These are followed by higher voltage and naturally lower capacitance and insertion loss performance devices.
• Our EMI filter design catalog provides you with the most comprehensive and widely used selection of EMI filters. However, it represents only a cross-section of capabilities. Whether your application requires unique electrical characteristics or customized mechanical configuration, there is a high probability that we will be able to satisfy your specific needs without compromise.

• Booster pump drive has CSA certification
• BLDC motor drive for driving two motors from a single module in electronic gearing/ master-slave for applications in winding machines and HVAC
• AC Drives for single phase PSC and three phase pumps up to 1kW

• Inputs/outputs as required
• Application specific control functions
• Advanced user interface features
• Power factor correction
• Conformance to mandatory standards
• Adaptability to working environment
• Desired size & shape
• Economical

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• Programmable timer
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• Affordable price
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