
| FOC control | 3 hall sensors |
| Operating voltage | 12V~24V |
| Input current | 1.8A±0.5A |
| Direction | Counterclockwise (CCW) |
| Speed Range | 2510RPM ± 5% |
| Operating temperature | 0°C ~ 45°C |
| Product properties | Motor overheat protection, Overvoltage protection, Overcurrent protection, Stall protection. |
Experience the next generation of fan motor control with our advanced Brushless DC (BLDC) motor module. Designed for precision, efficiency, and reliability, this variable frequency control solution leverages Field-Oriented Control (FOC) technology to deliver exceptional performance for a wide range of fan applications. Whether you are integrating into new systems or upgrading existing ones, our module ensures smooth, quiet, and energy-efficient operation.
Brushless motors are incredibly efficient. They consume significantly less electricity than traditional AC motors to produce the same or even greater airflow. By eliminating the energy loss from friction and resistance in brushed motors, they convert almost all electrical input into powerful rotation.
Without physical brushes creating friction and sparking, brushless motors run much more smoothly and quietly. The primary source of noise becomes the gentle movement of air, not the grumbling of the motor itself.
The electronic controller in a brushless motor allows for granular and stable speed adjustments. Unlike traditional fans that often have limited, jarring speed steps, brushless fans can offer a wide, seamless range from a gentle breeze to a powerful gust.
The absence of brushes means there are no parts that physically wear out over time. This drastically reduces mechanical failure and extends the fan's operational lifespan dramatically.
Enjoy a peaceful environment and comfortable life, lower your electric bill, especially when fans are used for extended periods.. Saving cost & hassle on replacements.
A: Our "SilentDrive" technology uses 32kHz PWM with spread spectrum, moving switching noise above human hearing range.
A: Yes! Our multi-channel controllers (up to 8 fans) synchronize speed while providing individual fault monitoring.
A: We provide full 4-wire (PWM, tachometer) compatibility with automatic fan curve generation based on temperature inputs.
A: Real-time tachometer monitoring with configurable alarm thresholds (stall, underspeed, overspeed).