BLDC Drive Control Engineering Since 2015 Hardware · Firmware · Motor Control
Application Support Motor Drive Solutions Ventilation · Cooling · Pump Systems

Products

BLDC Motor Drive Controllers Engineered for Your Equipment

VIREOMOTOR develops three-phase BLDC drive controllers for ventilation, cooling fans and water pumps. Our solutions span compact 15 W cooling systems to 5.5 kW industrial ventilation.

Find the Right Controller Explore Product Categories ↓
VIREOMOTOR PRODUCT ENGINEERING Application-specific BLDC drive control backed by in-house hardware and software development.
Power Coverage 15 W–5.5 kW Application range
Product Families 3 Cooling · Motor Drive · Pump
Engineering HW + SW In-house development
Development OEM / ODM Custom controller projects

CONTROLLER PORTFOLIO

Choose a Drive Controller
by Application

The right BLDC motor controller depends on voltage, current, speed, torque, load conditions and integration requirements. Explore cooling fan, motor drive and water pump controllers and compare individual models.

01 / COOLING FAN

Cooling Fan Drive Controllers

Precise BLDC fan control for electronics, energy storage and telecom.

  • Energy storage and PV cooling
  • UPS and data center equipment
  • Precise fan-speed control
  • Thermal-management integration
Cooling Fan Drive Controllers application
THERMAL MANAGEMENT
CONTROLLER POWER RANGE 15–220 W
Explore Cooling Fan Controllers ↗

INDIVIDUAL PRODUCTS

Cooling Fan Controllers

04 PRODUCTS
VIREOMOTOR DRIVE CONTROLLERS View all Cooling Fan controllers ↗

COOLING FAN / TECHNICAL REFERENCE

Cooling Fan Controller Technical Specifications

Compare input voltage, power, rotational speed, sensorless FOC control and closed-loop methods for cooling fan applications.

PRODUCT DESIGN PARAMETERS

Input Voltage
12V–72V DC, 220V AC
Control Method
Single/Dual Resistor Sensorless FOC Control
Power Range
15W–220W
Design Requirements
Constant Power, Constant Speed
Cooling fan controller reference configurations
Input Voltage (AC) Product Power Rotational Speed Control Method Closed-Loop Method
24VDC15–30W600–2300RPMSingle/Dual-Shunt Sensorless FOC ControlPower Closed-Loop
24VDC4.8–28.8W4000–6000RPMSingle/Dual-Shunt Sensorless FOC ControlPower Closed-Loop
36–72VDC220W300–12000RPMSingle/Dual-Shunt Sensorless FOC ControlSpeed Closed-Loop
220VAC80W4000RPMSingle/Dual-Shunt Sensorless FOC ControlSpeed Closed-Loop

Reference configurations only. Confirm controller input, motor compatibility and control requirements for each application.

02 / MOTOR DRIVE

Motor Drive Controllers

Three-phase BLDC motor drive controllers for ventilation and industrial equipment, with motor-specific startup and speed control.

  • Motor-specific drive control
  • Variable-speed regulation
  • Startup and load matching
  • Application-specific protection
Motor Drive Controllers application
BLDC MOTOR DRIVE
PORTFOLIO COVERAGE 15 W–5.5 kW
Explore Motor Drive Controllers ↗

INDIVIDUAL PRODUCTS

Motor Drive Controllers

04 PRODUCTS
VIREOMOTOR DRIVE CONTROLLERS View all Motor Drive Controllers ↗

03 / WATER PUMP

Water Pump Drive Controllers

BLDC drive solutions for circulation, cooling, irrigation and drainage.

  • Industrial liquid circulation
  • Irrigation and drainage
  • Smooth speed regulation
  • Control and protection customization
Water Pump Drive Controllers application
PUMP & FLUID CONTROL
CONTROLLER POWER RANGE 20–1,000 W
Explore Water Pump Controllers ↗

INDIVIDUAL PRODUCTS

Water Pump Controllers

05 PRODUCTS
VIREOMOTOR DRIVE CONTROLLERS View all Water Pump controllers ↗

WATER PUMP / TECHNICAL REFERENCE

Water Pump Controller Technical Specifications

Compare input voltage, rated power and pump head for water pump drive applications.

PRODUCT DESIGN PARAMETERS

Input Voltage
Single-phase 220V
Control Method
Single/Dual Resistor Sensorless FOC Control
Power Range
20W–1000W
Design Requirements
Constant Flow Rate, Constant Power
Water pump controller reference configurations
Input Voltage (AC) Product Power Head
175–265V20/25/35W2/2.5/4.5m
175–265V55/70/85/100W4.5/5/6/9m
175–265V180/300/600/1000W12/15m

Reference configurations only. Confirm specific motor, pump and head requirements for each project.

Controller Selection

Start With Your Motor Specifications

Match the controller to motor specifications, equipment loads and operating conditions—not rated power alone.

Get a Controller Recommendation
Motor Voltage Match the electrical architecture of the target system.
Rated Power & Current Determine the suitable power stage and controller platform.
Speed Range Minimum, nominal and maximum speed affect control strategy.
Torque Characteristics Startup load and operating torque influence parameter settings.
Load Type Fans, blowers and pumps can behave differently at similar power.
Control Method Analog, PWM, digital control or application-specific logic.
Communication Interfaces may be required for the equipment control system.
Operating Environment Temperature, cooling, enclosure and installation space matter.

In-House Engineering

Hardware and Software Developed Around Motor Performance

Hardware, control algorithms, protection, thermal design and communication all shape motor performance in real equipment.

Hardware Engineering

  • Input voltage, motor power and current requirements
  • Power stage and component configuration
  • PCB layout, board dimensions and connector layout
  • Thermal design and installation constraints

Hardware + Software + Application Engineering

Designed for Motor Performance

What We Focus on When Developing a Drive Controller

Different equipment requires tailored control, with consistent priorities for efficiency, precision and reliability.

01

Energy Efficiency

Reduce unnecessary electrical losses and improve overall equipment energy performance.

02

Precise Speed Control

Maintain predictable airflow, cooling or water-flow performance.

03

Low-Noise Operation

Optimize control strategies for noise-sensitive equipment and environments.

04

Reliable Operation

Support stable operation through protection, thermal and hardware design.

05

System Compatibility

Integrate electrically, mechanically and logically with the complete equipment platform.

Customization

When a Standard Controller Is Not Enough

For OEM projects where standard controllers fall short, we develop drive solutions matched to your equipment.

Start a Custom Controller Project
Voltage Configuration
Power Range
Current Requirements
Torque Characteristics
Motor Parameters
Speed-Control Method
Control Logic
Protection Functions
PCB Structure
Controller Dimensions
Thermal Management
Connector Configuration
Wiring
Communication Interfaces
Application-Specific Firmware

From Requirement to Production

How We Develop a Controller for Your Equipment

Our process covers requirements, engineering, sample validation, optimization and production.

01

Application Review

Review motor specifications, equipment information, loads and operating requirements.

02

Controller Evaluation

Determine whether an existing platform fits or customization is required.

03

Hardware & Software

Configure controller hardware, control logic and application parameters.

04

Prototype & Sample

Evaluate samples with the customer's motor and equipment platform.

05

Optimization

Refine controller parameters or functions using test results and feedback.

06

Production

Transfer the confirmed solution into standardized production and quality control.

Where Our Controllers Are Used

BLDC Drive Solutions Across Multiple Equipment Markets

Designed for industrial, commercial and OEM motor-driven equipment.

Industrial water systems

Industrial Water Systems

Cooling circulation, process water, pumps and drainage.

Pump Controllers →
OEM equipment development

OEM Equipment Development

Application-specific controller integration for equipment manufacturers.

Custom Engineering →

Manufacturing

From Controller Design to Controlled Production

Reliable controllers require sound engineering, consistent production and verified quality control.

01Component Preparation
02PCB Assembly
03Controller Assembly
04Functional Testing
05Quality Inspection
06Packaging

Supply Chain & Component Engineering

Supported by Technical Cooperation With Original Chip Suppliers

Semiconductor selection plays a critical role in drive efficiency, stability and reliability.

01 / POWER

Power Devices

Support controller power-stage design and motor-drive applications.

02 / MCU

MCU Solutions

Support motor-control processing, control logic and system functions.

03 / DRIVER

Driver Solutions

Support efficient switching and reliable motor-control architecture.

Why VIREOMOTOR

A Drive Controller Partner for OEM Equipment Development

In-house engineering, customization and standardized manufacturing support OEM controller projects.

01

In-House Engineering

Hardware and software development supported by VIREOMOTOR's own engineering team.

02

Application-Focused Development

Controllers evaluated around the motor, load and complete equipment system.

03

Broad Power Coverage

Solutions cover applications from approximately 15 W to 5.5 kW.

04

Customization Capability

Electrical, mechanical and control functions can be adapted to project requirements.

05

Standardized Manufacturing

Engineering solutions can transition into repeatable production processes.

06

Technical Component Support

Original semiconductor supplier cooperation supports controller component selection.

Controller Manufacturer

Developing BLDC Motor Drive Controllers Since 2015

Founded in China in 2015, VIREOMOTOR develops and manufactures three-phase BLDC drive controllers. Our team includes 200+ employees and 5+ senior R&D engineers.

2015 Founded
200+ Employees
5+ Senior R&D Engineers
3 Core Categories
15 W–5.5 kW Power Coverage
Learn More About VIREOMOTOR →
VIREOMOTOR BLDC controller manufacturer

Technical FAQ

Frequently Asked Questions About BLDC Motor Drive Controllers

Answers on controller selection, customization and applications.

VIREOMOTOR develops and manufactures three-phase BLDC motor drive controllers. The main categories are ventilation equipment drive controllers, cooling fan drive controllers and water pump drive controllers.

The application portfolio covers approximately 15 W to 5.5 kW. Cooling fan controllers generally cover 15–220 W, water pump controllers 20–1,000 W, and ventilation controllers 0.18–5.5 kW.

Consider motor voltage, rated power, current, speed, torque characteristics, load type, control method, communication requirements and operating conditions. A motor datasheet is especially useful for evaluation.

Yes. Depending on the project, customization can include voltage, power, torque characteristics, control methods, protection functions, PCB structure, thermal management and communication interfaces.

Yes. VIREOMOTOR has in-house hardware and software development capabilities and can evaluate both areas according to application requirements.

Yes. VIREOMOTOR supports equipment manufacturers requiring controllers adapted to their motor and product platform.

VIREOMOTOR's core products are motor drive controllers. Fans and pumps shown on the website primarily demonstrate the types of equipment and applications the controller solutions can support.

Find Your Drive Solution

Send Us Your Motor Specifications

Not sure which controller platform is suitable for your equipment? Send us your motor and application requirements. Our engineering team can evaluate your specifications and help determine an appropriate next step.

Have a motor datasheet or existing controller specification? Uploading it can help our engineering team evaluate your project more efficiently.
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