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Static Voltage Stabilizers

Name: Static Voltage Stabilizers
Brand: FINETECH SYSTEMS
Price: 8000 INR
Availability: InStock

Price 8000 INR/ Number

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MOQ : 1 Number

Static Voltage Stabilizers Specification

Components
Microcontroller, IGBT, Transformer, PCB, Cooling Fan

Display Type
Digital LED display

Interface
Standard control panel, remote monitoring optional

Power Supply
Single Phase / Three Phase

Output
220V 1% / 400V 1%

Sensors Specification
Voltage and current sensing

Processor Speed
Embedded microcontroller (up to 32MHz)

IP Rating
IP20 to IP30

Features
High efficiency, digital control, fast response, low maintenance, noiseless operation

Resolution
Voltage display: 1V

Operating Temperature
0C to 45C

Response Time
10-20 milliseconds

Power Source
Mains AC supply

Thermal Conductivity
Standard industrial

Input
160V - 270V (Single Phase) / 300V - 480V (Three Phase)

Usage
Protection of electrical and electronic equipment from voltage fluctuations

Product Type
Static Voltage Stabilizer

Application
Industrial, commercial, and residential voltage stabilization

Rated Voltage
230V / 415V

Supply Voltage
230V AC / 415V AC

Size
Compact floor mounted

Dimension (L*W*H)
Varies per model: approx. 400mm x 350mm x 850mm

Function
Automatic voltage regulation

Color
Light Grey

Weight
Approx. 35 kg to 120 kg (depends on capacity)

Current Rating
As per model capacity (up to 140A)

Thickness
Standard enclosure thickness of 1.5 mm to 2.0 mm

Capacity
3 kVA to 100 kVA

Frequency
50 Hz

Protection Features
Overload, short circuit, phase failure, surge, and thermal protection

Hum Noise
Noiseless operation

Cooling Type
Forced air cooling

Enclosure Material
Powder coated MS cabinet

Efficiency
>98%

Mounting Type
Floor and wall mounted options

Bypass Facility
Manual and automatic bypass available

Input/Output Terminals
Heavy duty input/output connectors

Phase Type
Single Phase and Three Phase options

About Static Voltage Stabilizers

Product Details:

Minimum Order Quantity	1 No
Rated Capacity	30 KVA
Usage/Application	Industrial
Cooling Type	Air Cooled
Brand	Fine
Phase	Single Phase
Country of Origin	Made in India

Servo voltage Stabilizer:

Specifications	Static Voltage Stabilizer	Servo Voltage Stabilizer
EMI/RMI Filter	As standard with no extra cost	Optional at extra cost.
Size	Very Compact	Compact
Weight	Very low weight	High weight
Input Voltage Window	Wider as 170-290VAC	less wider 185-260VAC
Voltage Stability	1%	2%
Working Principle	PWM method, IGBT based	Servo motor controlled.
Sound	Silent operation	High sound over age.
Output waveform Distortion	Not distortion	Distortion
Overload cutoff	standard	optional

To understand more difference between static voltage stabilizer and servo stabilizer.

Advanced Voltage Protection for Equipment

Static Voltage Stabilizers automatically regulate voltage output within tight tolerances (1%), providing a stable supply to sensitive electrical and electronic devices. This proactive protection shields equipment from voltage surges, drops, and fluctuations that could lead to damage or interruption, making them essential for diverse environments.

Flexible Installation and Operation

Offering both floor and wall mounting options, these stabilizers integrate easily into various spaces. With the choice of manual or automatic bypass, users can maintain continuity during servicing or emergencies. The enclosure is fabricated from powder-coated MS for robust durability and resistance to environmental wear.

Efficient, Noiseless Cooling Mechanism

Equipped with a forced air cooling system and cooling fan, these stabilizers operate without generating hum noise, maintaining silent functionality even at high capacities. Their compact design and standard enclosure thickness (1.5mm to 2mm) assure space-efficient installation and reliable heat management for enhanced performance.

FAQ's of Static Voltage Stabilizers:

Q: How does a Static Voltage Stabilizer safeguard my equipment against voltage fluctuations?

A: The stabilizer employs advanced microcontroller and IGBT technology to continuously sense input voltage variations. It adjusts the output voltage to maintain a precise level (1% of set value), thus protecting connected electrical and electronic equipment from harmful surges, drops, and phase failures.

Q: What are the mounting options for these voltage stabilizers?

A: Static Voltage Stabilizers are designed for flexible installation, supporting both floor and wall mounting. Their compact dimensions allow them to fit in varied locations across industrial, commercial, and residential environments.

Q: When should I use the bypass facility provided with these stabilizers?

A: The manual and automatic bypass options are typically used during maintenance, troubleshooting, or emergency situations. Bypass allows the load to receive power directly from the mains, ensuring continuous operation while the stabilizer is serviced or checked.

Q: Where can these stabilizers be applied and what types are available?

A: These stabilizers can be used across industrial, commercial, and residential settings. They are available in single-phase (230V) and three-phase (415V) configurations with input voltage ranges of 160V-270V and 300V-480V, respectively.

Q: What is the process for regulating voltage in these stabilizers?

A: Upon sensing voltage deviations, the embedded microcontroller rapidly controls the IGBT and transformer to adjust the output voltage within milliseconds (10-20 ms response time). This ensures stable power supply and minimal fluctuations.

Q: How can I benefit from using a forced air cooled, noiseless stabilizer?

A: Forced air cooling guarantees efficient thermal management, prolonging component lifespan and ensuring stable performance. The noiseless operation is particularly beneficial in settings needing minimal sound disturbance, such as offices or sensitive equipment areas.

Q: What protection features are integrated in these voltage stabilizers?

A: These units provide comprehensive protection against overload, short circuit, phase failure, power surge, and excessive thermal conditions, safeguarding your connected equipment and maintaining system reliability.

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