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100 kVA Servo Voltage Stabilizer

Name: 100 kVA Servo Voltage Stabilizer
Brand: PROTEKG POWER ELECTRONICS PRIVATE LIMITED
Price: 185000 INR
Availability: InStock

Price 185000 INR/ Piece

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MOQ : 1 Number

100 kVA Servo Voltage Stabilizer Specification

Output Current
Max. 139A

Input Voltage
250-500V, 300-500V, 340-480V, 360-460V

Output Voltage
415 1% Volts

Efficiency
98%

Frequency (MHz)
50 Hertz (HZ)

Phase
Single Phase

Current
AC

Weight
Approx. as per rating

Ambient Temperature
Up to 45C

Degree of Protection
IP 21/23

Control System
Microprocessor controlled

Usage
Industrial, Commercial

Design
Oil-cooled, Floor mounting

Insulation Resistance
High, Oil immersed

Voltage Protection
Single phasing, High Voltage, Low Voltage, Overload Current, Neutral Failure, Spike/Surge

Display
Analog

Dimension (L*W*H)
Approx. as per requirement

Rated Power
100 kVA

Current Type
AC

Waveform Distortion
Negligible

Product Type
100 kVA Servo Voltage Stabilizer

Input Circuit
MCCB

Output Switch
Bypass changeover switch

Protection Grade
Industrial grade

Overload Capacity
120%

Minimum Order
1 Unit

Mounting Type
Floor standing

About 100 kVA Servo Voltage Stabilizer

Prodfuct details

Minimum Order Quantity: 1 Unit
Brand: protekG
Phase:Three Phase
Power: 100 kVA
Type: Automatic
Display: Digital & Micro-processor based
Output Voltage: 415 +- 1% Volts
Input Voltage:360-460, 340-480V, 300-500,
250-500 Volts
Over Load Capacity: 120%
Input: MCCB
Output: Bypass changeover Switch
Oil: BS:335 Standard Transformer Oil
Protections: Single phasing, High Voltage,Low Voltage, Overload Current, Neutral Failure Protections, Spike/Surge Protection

Advanced Microprocessor Control

Equipped with a microprocessor-controlled system, the stabilizer ensures precise voltage regulation for sensitive machinery and industrial setups. This smart control offers quick response times to voltage fluctuations, safeguarding equipment and minimizing downtime.

Robust Industrial Design

Engineered for floor mounting and oil-immersed operation, this stabilizer is built specifically for heavy-duty industrial and commercial environments. The durable enclosure (IP 21/23) protects critical components, making it suitable for ambient temperatures up to 45C.

Comprehensive Safety Features

The stabilizer incorporates extensive protection, including single phasing, high/low voltage, overload, neutral failure, and surge/spike defense. The MCCB in the input circuit and bypass changeover switch facilitate secure operation and effortless maintenance.

FAQ's of 100 kVA Servo Voltage Stabilizer:

Q: How does the 100 kVA Servo Voltage Stabilizer improve equipment safety in industrial environments?

A: This stabilizer offers advanced protection against voltage abnormalities such as single phasing, high or low voltage, overloads, and spikes. Its microprocessor-controlled circuit rapidly responds to fluctuations, minimizing the risk of equipment damage and downtime.

Q: What process does the stabilizer use for voltage regulation and why is oil-immersion significant?

A: The stabilizer employs a servo-controlled mechanism, managed by a microprocessor, to automatically adjust voltage within the safe output range. Oil-immersion offers superior cooling and insulation, ensuring longevity and stable performance in continuous heavy-duty use.

Q: When should a bypass changeover switch be used with this voltage stabilizer?

A: A bypass changeover switch is essential during system maintenance, testing, or when there is a need to operate the connected load directly from the mains. This feature allows seamless transition, ensuring safety and minimal downtime.

Q: Where is the 100 kVA Servo Voltage Stabilizer typically installed and what are its mounting requirements?

A: This stabilizer is floor-mounted and well-suited for industrial or commercial facilities. It requires a stable, vibration-free surface with adequate space for ventilation, as per the dimension specifications tailored to rating requirements.

Q: What are the main benefits of using a servo voltage stabilizer with 98% efficiency and wide input voltage range?

A: High efficiency translates to reduced energy losses, while the wide input tolerance (250-500V and variants) ensures protection and reliable operation even with unstable utility supply, thus promoting longevity of connected equipment and lowering operating costs.