DBW Compensation Voltage Stabilizer Regulator

Due to the excellent quality of the DBW Compensation Voltage Stabilizer Regulator and its suitability for various practical environments, many merchants have come to our Zhejiang Yibaling Power Supply Equipment Co., Ltd. to place orders for the product. At the same time, we also offer ODM/OEM customization services for it. Welcome to placing your order.

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Product Description

The Yibaling DBW Compensation Voltage Stabilizer Regulator is designed to automatically maintain the output voltage stable when the external power supply network voltage fluctuates or the load changes, causing voltage fluctuations.

Compared with other types of voltage stabilizers, this voltage regulator have the advantages of large capacity, high efficiency, no waveform distortion, and smooth voltage regulation.

The product produced by our Yibaling Company is suitable for a wide range of loads, can withstand instantaneous overload, can work continuously for a long time, and can be manually/automatically switched.

Operating Conditions

No matter which type of voltage regulator it is, each has its own unique working environment. The DBW compensatory voltage stabilizer regulator is no exception. Below is the working environment.

Operating Conditions	Specific Requirements	Reference
Environmental Temperature	-20℃~+45℃	Outside this range requires customization. Low temperatures may affect startup, while high temperatures accelerate material aging.
Altitude	<2000 meters	Higher altitude leads to poorer heat dissipation and insulation performance.
Air Humidity	<90% (relative humidity, without condensation)	Prevent the internal high-purity electrolytic copper windings and special insulation materials from getting damp and causing short circuits.
Air Cleanliness	No corrosive, conductive gases, dust, salt fog or oil stains that significantly affect insulation	Ensure the cleanliness and lifespan of the F-class insulation system and precision brush sliding rails.
Installation Location	Indoor, without obvious vibration or jolting	Protect the stability of the inner cold-rolled silicon steel sheet core and the accuracy of the servo motor transmission mechanism
Mains frequency	50Hz/60Hz	It needs to match the local power grid of the customer.

Core Function

The core function of the DBW Compensation Voltage Stabilizer Regulator is a complete system centered around intelligent compensation.

The DBW compensatory voltage stabilizer regulator first uses intelligent voltage compensation combined with three-phase independent adjustment technology to maintain the output voltage constant within an extremely wide input range of ±15% to ±30%, and can precisely solve the common three-phase voltage imbalance problem in industrial power grids.

The response speed can reach seconds or even milliseconds (without contact). On this basis, it has a strong overload capacity (such as 2 times the rated current for 1 minute) to cope with impact loads like motor starting, and integrates comprehensive electrical protection (overvoltage, undervoltage, overcurrent, short circuit, phase loss, etc.) and intelligent management functions (such as real-time monitoring, communication interface).

Some models also have built-in surge suppression modules, you can ask us to customize based on your needs.

Therefore, this voltage stabilizer regulator has evolved from a simple voltage stabilizing device to a comprehensive power system guarantee center that integrates precise voltage stabilization, dynamic protection, and intelligent monitoring.

Basic Parameter

The basic parameter system of the DBW compensating voltage stabilizer regulator is the technical language for evaluating its performance and making precise selections. It mainly covers four major key indicators.

1. Core electrical performance

Rated capacity (KVA): Need to be determined based on the total load power and leaving a margin.

Input voltage range: Such as three-phase 380V ±20%, must cover the actual fluctuations of the power grid.

Output voltage accuracy: such as ±1%.

Overall efficiency: Typically ≥98%, directly determine the quality of voltage regulation and the economic operation.

2. Response time

Usually about 1-2.5 seconds for mechanical type and ≤20 milliseconds for non-contact type. The response time and voltage regulation speed of the DBW compensating voltage stabilizer regulator jointly determine the ability to cope with sudden changes in the power grid or load surges.

3. Waveform distortion rate (THD)

It concerns the purity of the output power supply.

4. Environment and physical structure

Customers need to clearly specify the operating temperature of the DBW compensating voltage stabilizer regulator, such as -10°C to +40°C.

Including the protection level (indoor commonly IP20, outdoor requires IP54 or above) and the insulation and heat resistance level (such as H class 180°C), these are the basis for the reliable operation.

5. Functional configuration

The comprehensive electrical protection functions include overvoltage, undervoltage, overcurrent, etc., and the optional intelligent communication interface (such as RS485/Modbus) constitute its safety and intelligence guarantee.