BLDC Motor Control Solutions
Motor Drive Controllers for Fans, Pumps & Industrial Equipment
VIREOMOTOR develops three-phase BLDC drive controllers for ventilation, cooling fans and water pumps. Our in-house hardware and software team supports motor matching, reliable control and OEM/ODM customization.
Motor Drive Controller Solutions
Motor Drive Controllers
Explore BLDC controller families for ventilation, cooling and pumps. Featured models are examples; compatibility depends on the motor and application.
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MOTOR DRIVE / BLDC
Motor Drive Controller 1
Application-specific three-phase BLDC motor drive controller. Share your operating requirements for product details and customization options.
- Rated Power
- On request
- Input Voltage
- On request
- Speed Range
- On request
02 / 04
MOTOR DRIVE / BLDC
Motor Drive Controller 2
Application-specific three-phase BLDC motor drive controller. Share your operating requirements for product details and customization options.
- Rated Power
- On request
- Input Voltage
- On request
- Speed Range
- On request
03 / 04
MOTOR DRIVE / BLDC
Motor Drive Controller 3
Application-specific three-phase BLDC motor drive controller. Share your operating requirements for product details and customization options.
- Rated Power
- On request
- Input Voltage
- On request
- Speed Range
- On request
04 / 04
MOTOR DRIVE / BLDC
Motor Drive Controller 4
Application-specific three-phase BLDC motor drive controller. Share your operating requirements for product details and customization options.
- Rated Power
- On request
- Input Voltage
- On request
- Speed Range
- On request
Applications
Motor Drive Requirements Vary by Equipment
Ventilation, energy storage, EV charging, pumping and data infrastructure demand different BLDC motor control strategies. Voltage, torque, speed, noise and protection requirements guide controller selection.
Industrial Ventilation & Air Handling
BLDC drive control for axial, centrifugal and negative-pressure fans, with matched startup and speed regulation.
Discuss Ventilation Control
Energy Storage System Cooling
Cooling fan motor control for battery cabinets, converters and energy storage power electronics.
Discuss Energy Storage Cooling
EV Charging Equipment Cooling
Application-matched fan control for charging modules, converters and temperature-sensitive electronics.
Discuss EV Charging Cooling
Water Pump & Liquid Circulation
Motor drive control for circulation, irrigation and drainage pumps, with load-specific operating logic.
Discuss Water Pump Control
Data Center & Telecom Cooling
Cooling fan control for servers, UPS systems and communication equipment where stable airflow matters.
Discuss Data Center CoolingController Selection
Start With the Motor — Not Just the Power Rating
Power alone cannot determine compatibility. Controller selection also depends on motor parameters, startup torque, load, control signals and operating conditions.
Send us your motor specifications, fan application and control requirements.
Send Motor SpecificationsRated Voltage
Match the electrical requirements of the motor and equipment power system.
Motor Power
Power ranges differ by application: ventilation 0.18–5.5 kW, cooling fans 15–220 W and water pumps 20–1,000 W.
Rated Current
Motor current affects controller power-stage and thermal requirements.
Motor Speed
Rated, minimum and maximum required speed are useful for evaluation.
Torque & Startup
Impellers, pumps and other loads have different startup torque and operating profiles.
Application Type
Ventilation fans, electronics cooling, liquid circulation, irrigation and other equipment.
Control Method
Specify speed control, feedback, communication and operating logic.
Working Environment
Temperature, installation, cooling, enclosure and duty cycle all matter.
Performance
Motor Control Designed for Reliable Equipment Operation
Controller design affects startup, speed, efficiency, protection and equipment integration.
Energy-Efficient Control
Efficient motor control helps reduce unnecessary electrical losses.
Precise Speed Regulation
Controlled speed helps equipment manufacturers manage airflow, cooling capacity or liquid flow.
Low-Noise Operation
Control strategies can be optimized around motor and application characteristics.
Stable Motor Operation
Hardware and software are developed around intended working conditions.
Protection Functions
Protection requirements can be evaluated around motor and controller architecture.
Thermal Management
Power, installation, cooling and environment influence thermal requirements.
Equipment Integration
The controller is evaluated as part of the complete motor-driven equipment system.
System-Level Matching
Motor, mechanical load, control requirements and equipment behavior are considered together.
OEM / ODM Engineering
When a Standard Motor Controller Does Not Fit Your Equipment
When standard controllers do not fit, we adapt hardware, software and interfaces to OEM/ODM motor and equipment requirements.
Start a Custom Controller ProjectElectrical Configuration
Voltage · power · current · motor parameters · torque characteristics
Control Functions
Speed control · startup · operating logic · signal configuration · protection
Hardware Structure
PCB architecture · dimensions · connectors · wiring · installation requirements
Thermal Management
Heat dissipation · installation conditions · operating temperature
Communication
Equipment interfaces · system integration · application-specific requirements
Software Configuration
Motor parameters · operating modes · protection logic · application functions
Engineering Process
From Motor Requirements to Validated Controller
Our engineering process takes controller projects from motor requirements and sample testing through production implementation.
Application Review
Review equipment type, motor data, mechanical load and operating requirements.
Motor Analysis
Evaluate voltage, power, current, speed, torque and motor characteristics.
Platform Evaluation
Determine whether an existing platform fits or customization is required.
Hardware & Software
Configure architecture, parameters and functions for the application.
Sample Evaluation
Where applicable, evaluate samples with the target motor and equipment.
Parameter Optimization
Refine control parameters and functions according to evaluation results.
Production Implementation
Move the confirmed solution into standardized manufacturing and quality control.
Engineering Experience
A Controller Manufacturer Focused on BLDC Drive Technology
Founded in China in 2015, VIREOMOTOR develops and manufactures three-phase BLDC drive controllers, supported by 200+ employees and 5+ senior R&D engineers.
In-House Hardware Engineering
Architecture can be evaluated around power-stage, PCB, component and thermal requirements.
In-House Software Engineering
Control functions can be configured around motor behavior and equipment requirements.
Application Engineering
Controller, motor, mechanical load and operating environment are evaluated together.
Multiple Power Ranges
Ventilation: 0.18–5.5 kW; cooling fans: 15–220 W; water pumps: 20–1,000 W. Final selection is model-specific.
Custom Development
Electrical, control, structural, thermal and communication requirements can be evaluated.
Manufacturing & Quality Control
Confirmed designs can move into standardized manufacturing and testing processes.
Motor Drive Controller FAQ
Frequently Asked Questions
Answers on controller applications, compatibility, power ranges, customization and evaluation.
A BLDC motor drive controller regulates the operation of a brushless DC motor, including startup and speed control. VIREOMOTOR develops three-phase BLDC controller solutions for ventilation fans, cooling systems, water pumps and equipment OEMs.
Our application coverage includes ventilation equipment at approximately 0.18–5.5 kW, cooling fans at 15–220 W and water pumps at 20–1,000 W. These are product-family ranges, not universal ratings for every controller.
Our controller platforms serve ventilation fans, electronics and equipment cooling fans, and water pumps used in industrial cooling, irrigation, drainage, aquaculture and other applications.
Yes. Cooling fan solutions include applications such as energy storage, power electronics and UPS systems. Water pump solutions cover applications such as liquid circulation, irrigation and drainage, subject to motor matching.
Provide motor type, voltage, rated power, current, speed, mechanical load, startup requirements, control signals, installation conditions and duty cycle. A motor datasheet is particularly helpful.
Yes. VIREOMOTOR has in-house hardware and software development capabilities and can evaluate both according to project requirements.
Sample evaluation can be used as part of the development process before a confirmed controller solution moves into production.
Start Your Project
Tell Us About Your Motor Control Project
Share your motor specifications and operating requirements. Our engineers can evaluate standard or customized drive-controller options.