China Motor Type Voltage Regulator Manufacturers Suppliers - Made in China

Why Choose Us

Our Certificate

Our Certificate EAC Certification, CE Certification, ROHS Certification, ISO 9001:2015 so that our product's quality is guaranteed.

Sales Market

At present, most our products are exported to all over the world, Main countries are Russia, Ukraine, Kazakhstan, Uzbekistan, Indonesia, Thailand, Pakistan, Nigeria and so on.

Wide Range of Applications

Our company products is suitable for the family, industry, agriculture, fire control, automobile and other fields, our products won a number of patents. Especially the technology of our LCD display intelligent programmable voltage regulator power supply series is a commanding lead in the industry of voltage stabilizer.

Corporate Purpose

HEYUAN great electric appliance Limited company's enterprise objective: "the unity strives for realism, innovates continually; The science and technology is in the lead, high quality highly effective; The customer is supreme, believes in abides by".

Types of Motor Type Voltage Regulator

Linear Voltage Regulators
The Linear regulator acts as a voltage divider. In the Ohmic region, it uses FET. The resistance of the voltage regulator varies with load resulting in constant output voltage.

Series Voltage Regulators
A series voltage regulator uses a variable element placed in series with the load. By changing the resistance of that series element, the voltage dropped across it can be changed. And, the voltage across the load remains constant.

Shunt Voltage Regulators
A shunt voltage regulator works by providing a path from the supply voltage to the ground through a variable resistance. The current through the shunt regulator has diverted away from the load and flows uselessly to the ground, making this form usually less efficient than the series regulator.

Switching Voltage Regulators
A switching regulator rapidly switches a series device on and off. The switch’s duty cycle sets the amount of charge transferred to the load. This is controlled by a feedback mechanism similar to that of a linear regulator.

Alternator Voltage Regulators
Alternators produce the current that is required to meet a vehicle’s electrical demands when the engine runs. It also replenishes the energy which is used to start the vehicle. An alternator has the ability to produce more current at lower speeds than the DC generators that were once used by most of the vehicles.

Technical Data

Rated Power	3KVA-3000KVA
Input Voltage Range	Single Phase: 220VAC±20% Three Phase: 380VAC±20%
Output Voltage	Single Phase: 220VAC Three Phase: 380VAC
Output Voltage Setpoint	1% to 5% Adjustable
Output Voltage Accuracy	±3%
Phase Number	Single Phase or Three Phase
Voltage Regulation Mode	Three Phase Independent Regulation with Three Servo Motors (applicable only for SBW-F model)
Frequency	50Hz±5% or 60Hz±5%
Display Type	LCD Screen
Displayed Information	Voltage, Current, Frequency, Power, etc
Communication Ports	RS485 (options)
Winding Conductor Material	Copper & Aluminum or 100% Copper
Insulation Class	F or H
By-pass System	Manual By-pass
Response Time	≤1s
Efficiency	≥98%
Load Power Factor	Unaffected
Overload Capacity	200%, 1 Minute
Duty Cycle	100% Continuous
Admitted Load Variation	From 0 to 100%
Admitted Load Imbalance	Up to 100% (applicable only for SBW-F model)
Ambient Temperature	-10 °C to +45 °C
Altitude	≤1000m
Relative Humidity	≤95% (non-condensing)
Insulation Resistance	≥10MΩ
Withstand Voltage	2500V, 1 Minute, No Flashover and Damage
Harmonic Distortion	Nil
Waveform	Pure Sine Wave
Acoustic Noise	≤50dB
Protection	Input Circuit Breaker, Overload, Over Voltage, Under Voltage, Short Circuit, etc
Cooling Method	Natural Ventilation (AN) or Forced Air Cooling (AF)
Protection Degree	Indoor IP20 (NEMA 1) or Outdoor IP54 (NEMA 3)
Standards	In Accordance with IEC and EN
Options	Output Circuit Breaker
	Surge Arrester
	Temperature Meter
	EMI/RFI Filter
	Schneider, ABB or Siemens Brand Components and Parts

Features Of Motor Type Voltage Regulator

Voltage Regulation

Optimal voltage regulation is achieved when the value of voltage is equivalent to all electrical equipment loads. Several factors can affect voltage regulation, including wire and cable size and type, transformer reactance and cables, motor starter, circuit design, and power factor.

Input Voltage Range

The first step in selecting the best automatic voltage regulator is specifying your input voltage range. The input voltage range should be broad and shifted because line voltages drop more than they increase.

Low Impedance

Impedance is the resistance of a component to the flow of electrical current, measured in ohms. The goal of an automatic voltage regulator is to achieve low impedance.

Load Compatibility

Voltage regulation solutions must be compatible with the specified load to ensure its operation and to avoid interfering with the operation of other loads connected to the same power source. High performing automatic voltage regulators should be able to handle loads with high starting currents, all power factors, and high crest factors.

Voltage Accuracy

The primary job of an automatic voltage regulator is to make voltage levels more accurate, but what is the optimal accuracy level for your application? Voltage accuracy is dependent on the critical load requirement. Typically, automatic voltage regulators function in circuits where voltage regulation can not be achieved by changing the size of the conductor.

Parameters

Model	SVC-10000
Nominal Power	10000VA
Power Factor	0.6-1.0
Input
Operating Voltage Range	120~275V	Regulation Voltage Range	140~260V (custom made)
			0.5~1.5KVA(Power cord with plug)
Frequency	50HZ	Connection Type	2~12KVA(Input terminal block)
Output
Operating Voltage	180~255V	High Cut Voltage	255V
Low Cut Voltage	180V	Safety Cycle	3 Seconds / 180 Seconds (Optional)
			0.5-1.5KVA(Output socket) 2~10KVA(Output terminal block)
Frequency	50HZ	Connection Type	0.5-1.5KVA(Output socket) 2~10KVA(Output terminal block)
Regulation
Regulation %	1.5% / 3.5%	Number of Taps	NO
Transformer Type	Toroidal auto transformer	Regulation Type	Servo type
Indicators
LED display	Input voltage 、Output voltage、Load
Protection
Over Temperature	Auto Shutdown at 120 ℃	Protection	Auto Shutdown
Overload	Auto Shutdown	Over / Under Voltage	Auto Shutdown

Logistics Mode

FAQ

Q: Which of the 2 types of voltage regulator is better to use?

A: Linear regulators are simpler, provide clean output, and are ideal for low-noise requirements but inefficient for high-voltage drops. While more complex, switching regulators offer greater efficiency and flexibility in a wide range of applications, especially where power conservation is critical.

Q: What is the most efficient voltage regulator?

A: If a really clean, ripple-free output voltage is required then a linear regulator is also the best choice. On the other hand, if power efficiency is a key concern, or the input voltage is much higher than the desired output voltage, then a buck switching converter is the better choice.

Q: What is ideal voltage regulator?

A: The ideal voltage regulation for any machine should be zero. Zero voltage regulation indicates that there is no difference between its no-load voltage and its full-load voltage.

Q: How do I choose an automatic voltage regulator?

A: The first step in selecting the best automatic voltage regulator is specifying your input voltage range. The input voltage range should be broad and shifted because line voltages drop more than they increase. This feature allows for more low correction, rather than high correction.

Q: What are the three 3 basic types of voltage regulators?

A: There are three types of Switching voltage regulators: Step up, Step down, and Inverter voltage regulators.