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Heavy Duty Oil Cooled Servo Stabilizer

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MOQ : 1 Piece

Heavy Duty Oil Cooled Servo Stabilizer Specification

Output Current
Variable as per output voltage and kVA rating

Input Voltage
340V-470V (Three Phase), 170V-270V (Single Phase)

Output Voltage
230V / 415V

Efficiency
Above 98%

Frequency (MHz)
47-53 Hz

Phase
Three Phase / Single Phase

Current
Variable by KVA rating

Weight
Variable as per model, approx. 320 kg (100 kVA)

Ambient Temperature
0C to 50C

Degree of Protection
IP 23

Control System
Digital Microprocessor Based

Usage
Industrial, Commercial, Large Scale Equipment

Design
Oil Cooled Enclosed Cabinet

Insulation Resistance
>= 2 M at 500V DC

Voltage Protection
Under/Over Voltage Cutoff, Short Circuit Protection

Display
Digital Voltmeter/Ammeter for input & output

Dimension (L*W*H)
Variable as per model, e.g., 1100mm x 800mm x 1500mm (for 100 kVA)

Rated Power
10 kVA to 500 kVA (Available in different models)

Current Type
AC

Waveform Distortion
Nil (Maintains Pure Sine Wave)

Product Type
Heavy Duty Oil Cooled Servo Stabilizer

Bypass Facility
Provided (Manual/Automatic Bypass Switch)

Color
Grey / Custom on Request

Mounting Type
Floor Mounted

Remote Monitoring
Optional (On Request)

Correction Speed
35V/sec

Operating Altitude
Up to 1000 Meters Above Sea Level

Regulation Accuracy
±1% of Output Voltage

Cooling Type
Oil Immersed Natural Air Cooled

Response Time
<1 Second to 10V Change

Noise Level
<55 dB

Transformer Type
Copper Wound Automatic Voltage Regulator

Heavy Duty Oil Cooled Servo Stabilizer Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
6 Pieces Per Day

Delivery Time
7 Days

About Heavy Duty Oil Cooled Servo Stabilizer

We are preparing superior quality three phase oil cooled servo stabilizer which is applicable for industrial usage. It is formulated with frequency range 47-53 Hz, 400-415V output voltage and 300-520V input voltage. In addition to this, the said product is automatic and designed with surge protection. Three phase oil cooled servo stabilizer can be conveniently mounted as well as maintained. Anti-corrosive structure, sturdy construction and high performance efficiency makes it widely appreciated. It has a iron body, high reliability and longer service life.

Technical Specification

Material	Iron
Surge Protection	With Surge Protection
Efficiency	98%
Automation Grade	Automatic
Output Voltage	400-415V
Input Voltage	300-520V
Phase	Three Phase
Power	1000KVA

Optimal Voltage Regulation for Demanding Environments

Designed to handle fluctuating power conditions, this oil cooled servo stabilizer accurately maintains output voltage within 1%, protecting sensitive equipment from damage. With correction speeds up to 35V/sec and response times under one second, it ensures business continuity in industrial and large-scale setups.

Advanced Protection and Monitoring Features

Equipped with digital control systems and comprehensive safety mechanisms-including under/over voltage cutoff, short circuit protection, and both manual and automatic bypass-this stabilizer safeguards your operations. Optional remote monitoring enables easy oversight, while digital meters display key input/output parameters.

Customizable and Reliable Performance

Available in grey and custom colors, and offered in single or three-phase models with variable kVA ratings, the stabilizer adapts to various power requirements. Efficient cooling and a high insulation resistance ensure long-term, uninterrupted operation, even in challenging climatic or altitude conditions.

FAQ's of Heavy Duty Oil Cooled Servo Stabilizer:

Q: How does the oil cooled design of the servo stabilizer improve its performance?

A: The oil cooled, natural air cooled configuration enhances heat dissipation, ensuring consistent operation even under heavy loads and fluctuating ambient temperatures. This design maximizes the stabilizer's life span and stability during prolonged use.

Q: What specific industries benefit most from using this servo stabilizer?

A: Industries such as manufacturing, commercial establishments, data centers, and facilities using large-scale equipment rely on this stabilizer to maintain safe, regulated power, minimizing downtime and preventing electrical damage.

Q: When should you use the bypass facility provided in the stabilizer?

A: The manual/automatic bypass facility should be employed during maintenance, repairs, or in case of system faults, allowing uninterrupted power supply while the stabilizer is serviced or tested.

Q: Where is the best installation location for this stabilizer?

A: Floor mounted, this servo stabilizer should be installed indoors on a leveled surface, close to your main power supply for optimized efficiency and easy access to input/output terminals.

Q: What is the process for remote monitoring and how can it be enabled?

A: Remote monitoring is available as an optional feature upon request. Once integrated, users can track real-time voltage, current, and operating status via a digital interface or connected system for convenient oversight.

Q: How does the stabilizer ensure pure sine wave output and protect equipment?

A: The advanced microprocessor-based controller and copper wound transformer maintain waveform integrity, delivering nil distortion and pure sine wave output. Combined with under/over voltage and short circuit protection, it safeguards sensitive devices from electrical anomalies.

Q: What are the advantages of using a copper wound automatic voltage regulator in the stabilizer?

A: Copper winding offers superior electrical conductivity and durability, enhancing regulation accuracy and reducing energy losses. This results in high operational efficiency and reliable performance across all supported kVA ratings.

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