Automatic Voltage Regulator

Automatic Voltage Regulator Specification

Input Voltage
190V - 250V AC

Output Voltage
220V/230V/240V AC

Efficiency
>98%

Frequency (MHz)
50/60 Hz

Phase
Single Phase / Three Phase

Current
Up to 20A

Weight
Approx. 700g 1.5kg

Ambient Temperature
-10C to +55C

Control System
Electronic/Automatic Microprocessor Based

Usage
Automatic regulation of generator or alternator voltage

Design
Compact, Robust, Panel Mount

Insulation Resistance
>50 M at 500V DC

Voltage Protection
Over/Under Voltage Cutoff

Display
LED status indicator

Dimension (L*W*H)
185 mm x 120 mm x 80 mm

Rated Power
2 kVA 15 kVA

Current Type
AC

Waveform Distortion
<1%

Product Type
Automatic Voltage Regulator

Operation Mode
Continuous Duty

Humidity Tolerance
95% RH (non-condensing)

Mounting Type
Panel or Chassis Mountable

Compatible Generators
Compatible with Brushless Alternators

Cooling Method
Natural Air Cooled

Surge Protection
Built-in MOV/Surge Absorber

Regulation Accuracy
1%

Response Time
<10 ms

Terminal Type
Screw Terminal Block

About Automatic Voltage Regulator

We are one of the well-established companies in the market in manufacturing and supplying of Automatic Voltage Regulator. The offered range of regulator is used widely used for a variety of electrical and electronic applications. Automatic Voltage Regulator is manufactured using fine raw materials and sophisticated technology. It is highly appreciated and demanded in the market for salient features like reliability, longevity, high strength, high performance delivery and minimal maintenance requirement. A wide range is available to choose from as per the needs. We assure safe and timely delivery as well.

Precise Voltage Regulation

Utilizing an advanced microprocessor-based electronic control system, this AVR preserves output accuracy within 1% and response time under 10 ms. It maintains optimal generator or alternator voltage, ensuring stable and reliable operation for critical power applications.

Robust Protection and Durability

Built-in surge absorbers (MOV) and over/under voltage cutoff functions safeguard equipment against power fluctuations and electrical anomalies. Its compact, rugged panel mount design and natural air cooling deliver dependable performance in challenging conditions.

Easy Installation and Versatile Mounting

Designed for both panel and chassis mounting, the AVR fits seamlessly into diverse setups. Screw terminal blocks offer straightforward wiring, while its lightweight form factor (700g 1.5kg) makes handling and integration uncomplicated.

FAQs of Automatic Voltage Regulator:

Q: How does the automatic voltage regulator provide protection against surges and voltage fluctuations?

A: The AVR features built-in MOV/surge absorbers and automatic electronic controls to protect generators or alternators from harmful voltage surges and fluctuations. It also includes over/under voltage cutoff mechanisms for added safety.

Q: What are the installation options for this AVR?

A: This AVR can be easily panel-mounted or installed on a chassis, thanks to its compact and robust design. The screw terminal block ensures secure and convenient wiring during setup.

Q: When should this regulator be used for generator voltage control?

A: Install the AVR whenever you require stable voltage output in continuous-duty applications, especially with brushless alternators or generators ranging from 2 kVA to 15 kVA. It is suitable for both industrial and commercial power systems.

Q: Where can this AVR be deployed in electrical systems?

A: The AVR is ideal for use in generator panels, industrial control setups, alternate power sources, and as an integral component in electrical distribution units needing precise voltage regulation across India.

Q: What benefits does the electronic microprocessor-based control system offer?

A: Microprocessor-based control delivers high efficiency (>98%), stable regulation (1% accuracy), fast response times (<10 ms), and reliable monitoring via the LED status indicator. This results in improved power quality and equipment protection.

Q: How does the cooling system ensure reliable performance?

A: Natural air cooling is engineered for efficient heat dissipation, helping the device maintain safe operating temperatures even in high-humidity environments (up to 95% RH non-condensing) and ambient temperatures from -10C to +55C.