BLDC Standard- Without Gear head
Caution
Product Description
BLDC Standard - Without Gear head launched as MISUMI Economy series
【Usage】
- BLDC do not use mechanical parts like brushes and commutators, Instead, they operate using Hall sensor signals and transistor switching, making them maintenance-free.
【Product Features】
- BLDC motors are maintenance-free because they use Hall sensor signals and transistor switching instead of brushes.
- Provide highly stable speed control (±1%), automatically adjusting to load changes while maintaining accuracy. They also offer a wide speed range, operating effectively from low to high speeds (80~3000 rpm)
- Save energy by using a permanent magnet rotor, reducing losses and lowering power consumption by about 23%.
- Deliver high torque at low speeds, ensuring smooth and stable operation.
- Have a compact design with high power output thanks to permanent magnets, offering better space efficiency and higher performance than 3-phase induction motors.
- Include built-in protection features such as overcurrent, undervoltage, and open-phase protection to ensure safe operation. Protect level IP 40 & IP 54
| Motor Type | Gearhead Type | Type | Applications | Features | Output Range | Controller | |
| BLDC - High Torque Motor | Parallel & Solid Gearhead | EA-BLD⃞-220-GK | Where space is available and high power (torque) is required. | High allowable torque and superior load capacity (e.g., 10N.m) | 15W-400W | LINK | Series C41 |
| Parallel (L Type) & Hollow Gearhead | EA-BLD⃞-220-GKL | Where there is plenty of space, standard power, and the output shaft is constantly rotating in reverse. | Standard type with slightly lower allowable torque than K2 (e.g., 5N.m). | 15W-400W | |||
| Right Angle & Hollow Gearhead | EA-BLD⃞-220-GKR | To save installation space or want to mount directly on the axis of the device (hollow shaft). | Space-saving design; available in Hollow Shaft or Solid Shaft types. | 40W-400W | |||
| BLDC - High Efficiency Motor | Parallel & Solid Gearhead | EA-BLD⃞-220-GV | General-purpose use requiring wide speed options | Parallel shaft reducer. Widest range: 5 to 360 | 30W-750W | Series C20 Series C40 | |
| Parallel (L Type) & Hollow Gearhead | EA-BLD⃞-220-GS | Machinery with tight space constraints; allows perpendicular mounting. | Right-angle gearbox with hollow shaft structure. Special design with a right-angle hollow shaft helps optimize space | 30W - 400W | |||
| Right Angle & Hollow Gearhead | EA-BLD⃞-220-GSL | Heavy-duty applications demanding high power in a parallel configuration. | Parallel shaft reducer. IP20 (Standard rating, lower than S/SF). | 100W-1100W | |||
| BLDC - Standard Motor | Without Gearhead | EA-BLD⃞-A | Used when speed reduction is not required (No gear head) | Only the motor body. The output shaft is either a smooth round shaft or a keyed shaft | 15W-400W | Series C10 Series C20 | |
| Parallel Gearhead | EA-BLD⃞-GN/GU | It is the most common type, used in conveyors and automation systems that require direct transmission and basic load capacity. | The motor comes with a pre-mounted square gearbox, with the output shaft parallel to the motor shaft. The GU series is typically more robust and uses bearings. | 15W-1000W | |||
| Parallel (L Type) Gearhead | EA-BLD⃞-GNL/GUL | Useful in confined spaces where a 90° transmission angle is needed to save space. The hollow shaft allows easy direct mounting onto the machine shaft. | The gearbox is designed in an L-shape, with the output shaft at a 90° angle to the motor body. It often features a hollow shaft (designation LC) | 15W-750W | |||
* Wide speed range
| 100~2000r/min | 1:20 | |
| Three-phase induction motor controlled by frequency converter | 200~2400r/min | 1:12 |
| AC speed adjustable motor | 50HZ: 90~1400r/min | 1:15 |
* Excellent energy-saving effect
- The permanent magnet steel is used in the rotor part of the brushless motor, which reduces the secondary loss of the rotor and greatly reduces the power consumption. help save the energy of the device.
* Comparison with output of 200W
Rated output 50Hz (Representative value)
* Superior speed stability
- Achieve excellent speed stability within ±0.5% of the load speed variation rate, and even when the load changes,
there will be almost no speed changes caused by load changes such as frequency converters or AC speed governors.
Comparison of speed change at 80% loading rate (Reference value)
*Thin, lightweight, high power
- Brushless motor rotor using permanent magnet steel, so that a thin, light and high-power.
The utility model can meet the miniaturization requirement of the device.
*Significant efficiency gains
- From low speed to high speed, from light load to full load, the average efficiency of AC motor has incomparable advantages.
