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POWER LIFELINE SYSTEM
GST : 09ALQPC3784Q1Z6

Three Phase Servo Stabilizer

Three Phase Servo Stabilizer Specification

Output Current
Up to Load Capacity (As per Model Rating)

Input Voltage
340-480 V (Standard) Or As Required

Output Voltage
415 V AC (Adjustable as per Requirement)

Efficiency
High

Frequency (MHz)
50 Hz

Phase
Three Phase

Current
43.4 A at 415V for 30 KVA

Weight
Approx. 180 kg

Ambient Temperature
0C to 50C

Degree of Protection
IP21 (Standard)

Control System
Microprocessor-Based Controller

Usage
DBW

Design
Floor Mounted Cabinet

Insulation Resistance
Better than 100 Mega Ohms

Voltage Protection
Over & Under Voltage Protection

Display
Analog

Dimension (L*W*H)
1100 mm x 600 mm x 850 mm (Approximate)

Rated Power
30 KVA (Other Ratings Available)

Current Type
AC

Waveform Distortion
Nil / Less than 1%

Product Type
Three Phase Servo Stabilizer

Input/Output Connection
Heavy Duty Terminals

Correction Speed
35 Volts/Second

Regulation Accuracy
1%

Noise Level
Less than 55 dB

Cooling Type
Air Cooled (Oil Cooled Available on Request)

Color
Grey/Blue (As per Supplier Standards)

Bypass Arrangement
Manual/Automatic Bypass Switch Provided

Operating Mode
Automatic / Manual

Enclosure Material
Powder Coated Sheet Metal

Compliance
IS 9815/IEC Standards

Operating Humidity
Up to 95% RH Non-Condensing

Transformer Type
Copper Wound, ISI Marked

Three Phase Servo Stabilizer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA)

Supply Ability
100 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

Three Phase Servo Stabilizer About

Three Phase Servo Stabilizer has a crucial role in the smooth running of air conditioning systems and heating equipment. This stabilizer is especially effective in maintaining precision in the voltage regulation process of 3D printers, CNC machines, and laser cutting equipment. Three Phase Servo Stabilizer is also the perfect option to ensure the trouble-free operation of sensitive electronic apparatus, medical devices, and IT machines. Microprocessor controlled mechanism of this voltage stabilizer proves to be effective in avoiding all sorts of errors. Its dynamic performance in maintaining voltage stability during load-changing condition deserves praise.

Precision Voltage Regulation for Reliable Operations

Offering adjustment within a tight 1% range, this three-phase servo stabilizer is engineered to maintain optimal voltage output (415 V AC) despite fluctuating input levels (340-480 V). Its microprocessor-based controller rapidly corrects voltages at up to 35 volts per second, making it ideal for environments demanding uninterrupted performance. Industrial-grade copper winding ensures superior conductivity and longevity.

Rugged and User-Friendly Design

The floor-mounted cabinet is constructed from powder-coated sheet metal, ensuring resilience in challenging environments. With a noise level under 55 dB and IP21 protection, the stabilizer is designed for both safety and comfort. Heavy-duty terminals accommodate secure input/output connections, and the manual or automatic bypass feature provides operational flexibility during servicing or maintenance.

Comprehensive Protection and Compliance

Built to handle ambient temperatures from 0C to 50C and humidity up to 95% RH (non-condensing), the stabilizer is suitable for diverse Indian climates. Over and under voltage protection, combined with insulation resistance surpassing 100 Mega Ohms, delivers maximum device safety. Compliance with IS 9815 and IEC standards affirms its reliability for exporters, manufacturers, and suppliers.

FAQ's of Three Phase Servo Stabilizer:

Q: How does the Three Phase Servo Stabilizer maintain voltage accuracy in fluctuating conditions?

A: This stabilizer uses a microprocessor-based controller that rapidly adjusts the output within a 1% accuracy range, correcting voltage fluctuations at a speed of 35 volts per second. Its copper-wound transformer ensures minimal loss and maximum efficiency, providing reliable power even during significant input variations.

Q: What are the available cooling options for this stabilizer, and when should I choose oil cooling?

A: The standard model features air cooling, suitable for most operational environments. Oil-cooled variants are available on request, recommended for high-capacity loads or prolonged operating hours where additional thermal management is beneficial to extend service life and reliability.

Q: Where can this servo stabilizer be installed, considering its design and protection rating?

A: Designed as a floor-mounted cabinet with an IP21 protection rating, this stabilizer is suitable for indoor installations in factories, process plants, and commercial facilities. It should be placed in a ventilated, dust-free area with ambient temperatures between 0C and 50C.

Q: What steps are involved in switching between automatic and manual operating modes, including bypass?

A: The stabilizer offers convenient mode selection via front-panel controls. For bypass arrangements, users can switch to manual or automatic bypass using the provided switch, ensuring seamless maintenance or emergency operation without disrupting power to connected equipment.

Q: How does the stabilizer benefit industrial users in terms of efficiency and equipment protection?

A: With high efficiency and almost nil waveform distortion (less than 1%), the stabilizer ensures sensitive industrial equipment receives clean, stable power. Built-in over and under-voltage protection prevents equipment damage, letting manufacturers and exporters maintain productivity and quality.

Q: What display and monitoring features are provided for ease of usage?

A: An analog display on the stabilizer's front panel allows users to quickly check voltage levels and system status, ensuring immediate awareness and easy troubleshooting during operation.

Q: Is the servo stabilizer compliant with Indian and international safety standards?

A: Yes, this product is ISI marked and complies with IS 9815 and IEC standards, guaranteeing adherence to rigorous electrical safety and performance criteria for use in India and abroad.

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