200kVA Automatic Servo Controlled Air Cooled Voltage Stabilizer Price And Quantity
1 Piece
200kVA Automatic Servo Controlled Air Cooled Voltage Stabilizer Product Specifications
12 Months
200kVA Automatic Servo Controlled Air Cooled Voltage Stabilizer Trade Information
Delhi
Letter of Credit at Sight (Sight L/C) Cash in Advance (CID) Cheque
Wooden Pallet / Wooden Box
Middle East Africa Asia
All India
IS 9815,
ISO 9001-2015,
ISO 14001-2015,
CE Conformity EN61558-1:2005+A1:2009
Product Description
An automatic servo-controlled air-cooled voltage stabilizer is a device used to regulate and stabilize voltage fluctuations in electrical systems.
Here's a breakdown of its key components and functionality:
1. Automatic Control: The stabilizer automatically senses input voltage variations and adjusts its output to maintain a constant voltage level within a predefined range.
2. Servo Mechanism: The servo mechanism is the heart of the stabilizer. It consists of a motor-driven variable transformer or an autotransformer. This transformer adjusts the output voltage based on the input voltage variations detected by the control circuit.
3. Air Cooling: The stabilizer incorporates air cooling mechanisms to dissipate heat generated during operation. This cooling prevents overheating of the components and ensures stable performance over extended periods.
4. Voltage Sensing Circuit: This circuit continuously monitors the input voltage and provides feedback to the control mechanism. It typically includes sensors, comparators, and feedback loops to accurately detect voltage variations.
5. Control Circuit: The control circuit processes the input from the voltage sensing circuit and sends appropriate signals to the servo mechanism to adjust the output voltage. It may also include protection features such as overvoltage and undervoltage cutoff to safeguard connected equipment.
6. Enclosure: The stabilizer is housed in a protective enclosure to shield its internal components from environmental factors and physical damage.
7. Indicator Displays: Many stabilizers feature indicator displays to provide real-time feedback on input and output voltage levels, as well as status indicators for system health and operation.
8. Efficiency and Reliability: The design of the stabilizer emphasizes efficiency and reliability to ensure consistent voltage regulation without compromising energy consumption or risking equipment damage.
Technical Specifications - Model SVS34A3200
Rating : 200 kVA, 3 Phase, 4 Wire
Output Current : 289 Amps per phase
Input Voltage Range : 340V to 460V, 47Hz to 63Hz, 4 Wire
Output Voltage : 400V +/- 1%
Response Time : Less than 10ms
Suitability : Suitable for all power factor loads
Cooling: Natural air Cooled
Installation : Indoor type
No Load Loss : Less than 0.4%
Efficiency : 98-99%
Correction Speed : Faster than 15V per sec.
Input / Output Termination : On Brass studs / Connectors
Winding & Wiring Material : Copper EC grade (99.9% Pure)
Technology : Torridly wound Variable Auto Transformer for linear control and greater efficiency.
Controls : All the three phases controlled individually for better voltage and load management.
Applicable Standard : IS 9815 ; ISO 9001-2015 , ISO 14001-2015
International Marking :CE Conformity EN61558-1:2005+A1:2009
Optional Protections
Overload Cut-Off and Short Circuit Protection.
Low/High Voltage (out of input range) Alarm or Cut-Off.
Phase Missing / Phase Reversal Alarm or Cut-Off.
Optional Features
Digital Multifunction Meter. Manual Bypass & Auto Phase Correction
Salient Features
"IC" based solid-state, relay less, plug in control cards for easy online serviceability.
Output voltage adjustable 6% of set voltage from front panel.
Meters on front panel for easy monitoring of input and output voltage along with limit indicators.
Provision for Auto / Manual control from the front panel.
Wide ambient temperature operation from -20 C to 50 C.
Due to new innovations & improvements the technical specifications are subject to change.