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AC Input |
DC Input |
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Series |
BLV Series | ||||||
Features |
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High performance and functions Speed Control Range: Speed, Positioning and Torque Limiting control Electromagnetic Brake Space Saving Flat Gear Up to 400 W
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Wide range of functions Speed Control Range: Detachable digital display / operator Space Saving Flat Gear Up to 400 W
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High performance Speed Control Range: Torque Limiting control Electromagnetic Brake Space Saving Flat Gear Up to 120 W
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Panel mount controller Speed Control Range: Speed potentiometer control Easy to use, connect Space Saving Flat Gear Up to 90 W
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Compact board type driver Speed Control Range: Full range of driver functions Space Saving Flat Gear Up to 100 W
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High Power - 200 W or 400 W Speed Control Range: Electromagnetic Brake Space Saving Flat Gear I/O or RS-485 communications Battery input acceptable |
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Power Supply Input |
Single-Phase 100-115 VAC |
Single-Phase 100-120 VAC Single-Phase 200-240 VAC Three-Phase 200-240 VAC |
Single-Phase 100-120 VAC Single-Phase 200-240 VAC Three-Phase 200-240 VAC |
Single-Phase 100-115 VAC Single-Phase 200-230 VAC Three-Phase 200-230 VAC |
24 VDC |
24 VDC |
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Output Power |
1/25 HP (30 W) |
1/25 HP (30 W) 1/12 HP (60 W) 1/6 HP (120 W) 1/4 HP (200 W) 1/2 HP (400 W) |
1/25 HP (30 W) 1/12 HP (60 W) 1/6 HP (120 W) |
1/38 HP (20 W) 1/19 HP (40 W) 1/8 HP (90 W) |
1/50 HP (15 W) 1/25 HP (30 W) 1/15 HP (50 W) 1/8 HP (100 W) |
1/4 HP (200 W) 1/2 HP (400 W) |
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| Max. Torque | Parallel Shaft Gear |
610 lb-in |
610 lb-in |
230 lb-in |
260 lb-in |
260 lb-in |
610 lb-in |
Hollow Shaft Flat Gear |
970 lb-in |
970 lb-in |
600 lb-in |
600 lb-in |
600 lb-in |
970 lb-in |
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Speed Control |
30 ~ 3,000 |
80 ~ 4,000 |
100 ~ 4,000 |
100 ~ 2,000 |
100 ~ 3,000 |
80 ~ 4,000 | |
Speed Ratio |
100:1 |
50 : 1 |
10 : 1 |
20 : 1 |
30 : 1 |
40 : 1 |
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Speed Regulation |
* +/-0.05% |
* +/-0.2% |
* +/-0.5% |
* +/-0.5% |
* +/-0.5% |
* +/-0.5% |
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Multi-Speed |
2-Speed |
8-Speed |
2-Speed |
- |
2-Speed |
2-Speed [8-Speed] (with OPX-2A Control Module) |
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Speed Setting |
Potentiometer Setting External DC Voltage [Digital Setting] |
Potentiometer Setting Digital Setting External DC Voltage |
Potentiometer Setting External DC Voltage [Digital Setting] |
Potentiometer Setting |
Potentiometer Setting External DC Voltage |
Potentiometer External [Digital Setting] OPX-2A RS-485 |
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IP Grade |
Motor : IP54 |
Motor : IP65 |
Motor : IP65 |
Motor : IP65 |
Motor : IP40 |
Motor : IP40 Driver : IP20 |
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Instantaneous Stop |
Yes |
Yes |
Yes |
Yes |
Yes |
Yes | |
Acceleration/ |
Yes |
Yes |
Yes |
Yes |
Yes |
Yes | |
Multi-Motor Control |
Yes |
Yes |
Yes |
- |
Yes |
Yes | |
Alarm Output |
Yes |
Yes |
Yes |
Yes |
Yes |
Yes | |
Digital Speed Indicator |
OPX-1A |
Included |
OPX-2A |
SDM496 |
SDM496 |
OPX-2A or SDM496 (both sold separately) |
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Load Holding Vertical Operation |
Electromechanical Brake |
- |
Electromechanical Brake |
- |
- |
Electromechanical Brake | |
Other Functions |
6-point Positioning Torque Limiting |
- |
Torque Limiting |
- |
- |
Torque Limiting RS-485 Battery Drive |
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Because of the different motor structure and control method, speed control range of the brushless motor is wider than that of an AC speed control motor.
Thanks to its flat torque characteristics, the brushless motor can be used over the entire speed range from low to high, even when the load fluctuates.

The specified speed is compared against the feedback signal to adjust the motor supply voltage and frequency, in order to stabilize the speed.
This mechanism ensures that the motor drives at stable speed over its entire speed range from low to high, even when the load condition fluctuates.

The compact yet powerful motor incorporates permanent magnets in the motor rotor. Compare with an AC motor having a frame size of 3.54 in. (90 mm), a brushless motor of the same specifications is 2.95 in. (75 mm) shorter and offers 1.3 times more output.
The compact motor structure lets you downsize your equipment.

Brushless motors, which incorporate permanent magnets in the rotor, generate little secondary loss from the rotor.
At an output power of 1/12 HP (60 W), for example, the power consumption of the BLF Series is approximately 23% less than that of an inverter-controlled AC motor, which enables the energy-saving operation of your equipment.



Space-Saving and Low-Cost
The output shaft can be coupled directly to your drive shaft without using a coupling. The flexible installation modes, such as installation on either the front or rear face or by using the center shaft, allows you to reduce the size and installation space of your equipment. Sine no shaft-coupling parts are needed, the parts cost and assembly man-hours will also decrease.
High Permissible Torque
While the parallel shaft gearhead lets the permissible torque saturate at high gear ratios, the hollow shaft flat gearhead enables the motor torque to be utilized to its maximum capability.