Application Engineering · BLDC Drive Control
Drive control built around the equipment.
VIREOMOTOR designs three-phase BLDC controllers for ventilation, cooling fans and water pumps. Match your motor, operating conditions and control goals to the right controller family.
Where Our Controllers Fit
Applications organized by equipment requirement.
Select by equipment type, then confirm motor specifications, operating conditions and control requirements.
Application 01 · Air Movement
Ventilation & HVAC
Stable speed control for industrial ventilation, axial, negative-pressure and centrifugal fans across varying airflow and operating conditions.
- Controller Family
- Ventilation Drive
- Power Range
- 0.18–5.5 kW
- Equipment
- Axial / Centrifugal Fans
Typical Engineering Priorities
Application 02 · Thermal Control
Energy Storage Cooling
Compact fan control for battery cabinets, photovoltaic equipment and power-conversion systems.
- Controller Family
- Cooling Fan Drive
- Power Range
- 15–220 W
- Applications
- Battery / PV / Power
Typical Engineering Priorities
Application 03 · Electronics Reliability
Power & Electronics Cooling
Cooling airflow for UPS, data centers and communication equipment, balancing thermal demand and noise.
- Controller Family
- Cooling Fan Drive
- Power Range
- 15–220 W
- Equipment
- UPS / Server / Communications
Typical Engineering Priorities
Application 04 · Mobile Systems
Automotive & RV
Compact blower and fan control for mobile ventilation and auxiliary cooling.
- Controller Family
- Cooling Fan Drive
- Power Range
- 15–220 W
- Application
- Blower / Cooling / Ventilation
Typical Engineering Priorities
Application 05 · Fluid Movement
Water & Pump Systems
Pump controllers matched to motor characteristics and hydraulic demand across circulation, irrigation, aquaculture and drainage.
- Controller Family
- Water Pump Drive
- Power Range
- 20–1,000 W
- Applications
- Cooling / Irrigation / Drainage
Typical Engineering Priorities
Application-to-Product Map
Start with the equipment, then narrow the specification.
Power range narrows the controller family. Verify final matching against motor, supply, load and control requirements.
| Application | Typical Equipment | Controller Family | Power Range | Define Next |
|---|---|---|---|---|
| Ventilation & HVAC | Axial and centrifugal fans | Ventilation Drive | 0.18–5.5 kW | Motor data, supply, speed range, control interface |
| Energy Storage Cooling | Battery and power-equipment fans | Cooling Fan Drive | 15–220 W | Thermal logic, noise target, communication |
| Power & Electronics | UPS, servers and communications | Cooling Fan Drive | 15–220 W | Duty cycle, PCB space, protection |
| Automotive & RV | Blowers and auxiliary cooling | Cooling Fan Drive | 15–220 W | Supply, motor load, environment |
| Water & Pumps | Circulation and drainage pumps | Water Pump Drive | 20–1,000 W | Pump duty, motor data, operating mode |
Interactive Selection Guide
Which controller family should you start with?
Choose your equipment to identify a suitable controller family.
What are you controlling?
Water Pump Drive Controllers
BLDC controller solutions for water circulation, cooling, irrigation, drainage and other pumping applications.
Power Range: 20–1,000 W
Application Engineering Workflow
A better match starts with a complete application brief.
Define electrical, control, protection and integration requirements before final selection.
Define Motor & Supply
Provide motor type, rated voltage, power, current and speed range.
Describe the Load
Explain fan, blower or pump duty, operating profile and target output.
Set Control Requirements
Define speed commands, operating modes, protection and communication needs.
Fit the Final Equipment
Confirm PCB structure, mechanical space, thermal management and validation needs.
Why VIREOMOTOR
Engineering depth for equipment-specific motor control.
In-house engineering, customization, production and testing support application-specific motor control.
Published power ranges identify controller families. Verify suitability against your motor, supply and operating conditions.
In-house Engineering
Hardware and software development supports controller matching and application-specific control requirements.
Customization
Voltage, power, torque, control method, protection functions, board structure, thermal management and communication interfaces can be adapted to project requirements.
Performance Focus
Design priorities include energy efficiency, precise speed control, low noise and reliability.
Production & Quality
Standardized production, testing and quality-management processes support manufacturing consistency.
Component Support
Technical cooperation with original chip suppliers supports power, MCU and driver solution development.
Application FAQ
What engineers usually need to confirm.
Prepare motor, load and control details to speed up controller selection.
Start with the equipment. Industrial ventilation fans generally use the ventilation controller family, compact thermal-management fans use the cooling-fan family, and water handling systems use the pump controller family.
Provide motor specifications, input supply, power or current, target speed range, equipment load, operating environment, control method, protection requirements and communication-interface needs.
Yes. Available customization can include voltage, power, torque, control methods, protection functions, board structure, thermal management and communication interfaces.
No. Power range only identifies the likely product family. Final matching should also consider electrical data, load profile, supply, operating conditions, protection and mechanical integration.
Start With Your Application
Send the motor data. Define the requirement. Build from there.
Send motor specifications, supply, load, speed and control requirements for technical review.