Schneider BMH0701P06F2A Servo Motor BMH – 1.2 Nm – 8000 rpm – Untapped Shaft – With Brake – IP54
Product Description
Schneider BMH0701P06F2A Servo Motor – 1.2 Nm – 8000 rpm – Untapped Shaft – With Brake – IP54
Product Overview:
The Schneider BMH0701P06F2A Servo Motor exemplifies cutting-edge technology designed for high-performance applications. This advanced servo motor delivers exceptional precision and reliability, making it an ideal choice for various industrial automation tasks. With a nominal torque of 1.2 Nm and a high-speed capability of up to 8000 rpm, this motor is engineered to meet the demands of modern manufacturing environments.
Key Features:
High Torque Output: The Schneider BMH0701P06F2A offers a nominal torque of 1.2 Nm, providing robust performance for precision motion control and demanding applications.
Exceptional Speed Range: Capable of reaching speeds up to 8000 rpm, this servo motor ensures rapid response times and efficient operation, ideal for high-speed automation tasks.
Brake Integration: Equipped with a built-in brake, the BMH0701P06F2A enhances operational safety by preventing unintended motion during power loss or stop conditions. This feature is crucial for applications requiring secure and reliable braking.
Untapped Shaft Design: The motor features an untapped shaft, allowing for easy integration with various mechanical systems and custom applications. This design flexibility supports diverse operational setups.
Durable IP54 Protection: The IP54 rating ensures the servo motor is protected against dust ingress and water spray, providing reliable performance in challenging environments and extending the motor's service life.
Technical Specifications:
- Model: Schneider BMH0701P06F2A
- Torque: 1.2 Nm
- Speed: Up to 8000 rpm
- Shaft Type: Untapped
- Brake: Included
- Protection Class: IP54
Applications:
The Schneider BMH0701P06F2A Servo Motor is well-suited for applications requiring precise control and high-speed operation, including robotics, CNC machinery, and advanced automation systems. Its robust construction and integrated brake make it a dependable choice for both industrial and commercial environments.
Why Choose Schneider BMH0701P06F2A?
With Schneider’s reputation for excellence, the BMH0701P06F2A Servo Motor stands out for its high performance, durability, and innovative design. Investing in this servo motor means choosing a product engineered for precision and reliability, ensuring your automation systems operate efficiently and effectively.
For more information or to request a quote, please contact us today.
| product or component type |
Servo motor
|
|
|---|---|---|
| device short name |
BMH
|
|
| maximum mechanical speed |
8000 rpm
|
|
| continuous stall torque |
1.4 N.m for LXM32.D12N4 3 A at 400 V three phase
1.4 N.m for LXM32.D12N4 3 A at 480 V three phase 1.2 N.m for LXM32.U60N4 1.5 A at 400 V three phase 1.2 N.m for LXM32.U60N4 1.5 A at 480 V three phase |
|
| peak stall torque |
4.2 N.m for LXM32.U60N4 1.5 A at 400 V three phase
4.2 N.m for LXM32.U60N4 1.5 A at 480 V three phase 4.2 N.m for LXM32.D12N4 3 A at 400 V three phase 4.2 N.m for LXM32.D12N4 3 A at 480 V three phase |
|
| nominal output power |
700 W for LXM32.D12N4 3 A at 400 V three phase
700 W for LXM32.D12N4 3 A at 480 V three phase 350 W for LXM32.U60N4 1.5 A at 400 V three phase 350 W for LXM32.U60N4 1.5 A at 480 V three phase |
|
| nominal torque |
1.1 N.m for LXM32.U60N4 1.5 A at 400 V three phase
1.1 N.m for LXM32.U60N4 1.5 A at 480 V three phase 1.3 N.m for LXM32.D12N4 3 A at 400 V three phase 1.3 N.m for LXM32.D12N4 3 A at 480 V three phase |
|
| nominal speed |
5000 rpm for LXM32.D12N4 3 A at 400 V three phase
3000 rpm for LXM32.U60N4 1.5 A at 480 V three phase 5000 rpm for LXM32.D12N4 3 A at 480 V three phase 3000 rpm for LXM32.U60N4 1.5 A at 400 V three phase |
|
| product compatibility |
LXM32.U60N4 at 400...480 V three phase
LXM32.D12N4 at 400...480 V three phase |
|
| shaft end |
Smooth shaft
|
|
| IP degree of protection |
IP54 (standard)
|
|
| speed feedback resolution |
32768 points/turn
|
|
| holding brake |
With
|
|
| mounting support |
International standard flange
|
|
| electrical connection |
Rotatable right-angled connectors
|
| range compatibility |
Lexium 32
|
|
|---|---|---|
| [Us] rated supply voltage |
480 V
|
|
| network number of phases |
Three phase
|
|
| continuous stall current |
1.78 A
|
|
| continuous power |
1.05 W
|
|
| maximum current Irms |
6 A for LXM32.U60N4
6 A for LXM32.D12N4 |
|
| maximum permanent current |
5.97 A
|
|
| second shaft |
Without second shaft end
|
|
| shaft diameter |
11 mm
|
|
| shaft length |
23 mm
|
|
| feedback type |
Single turn SinCos Hiperface
|
|
| holding torque |
3 N.m (holding brake)
|
|
| motor flange size |
70 mm
|
|
| number of motor stacks |
1
|
|
| torque constant |
0.79 N.m/A at 120 °C
|
|
| back emf constant |
50.72 V/krpm at 120 °C
|
|
| number of motor poles |
10
|
|
| rotor inertia |
0.7 kg.cm²
|
|
| stator resistance |
8.3 Ohm at 20 °C
|
|
| stator inductance |
23.4 mH at 20 °C
|
|
| stator electrical time constant |
2.8 ms at 20 °C
|
|
| maximum radial force Fr |
360 N at 6000 rpm
380 N at 5000 rpm 410 N at 4000 rpm 460 N at 3000 rpm 520 N at 2000 rpm 660 N at 1000 rpm |
|
| maximum axial force Fa |
0.2 x Fr
|
|
| brake pull-in power |
7 W
|
|
| type of cooling |
Natural convection
|
|
| length |
161 mm
|
|
| centring collar diameter |
60 mm
|
|
| centring collar depth |
2.5 mm
|
|
| number of mounting holes |
4
|
|
| mounting holes diameter |
5.5 mm
|
|
| circle diameter of the mounting holes |
82 mm
|
|
| product weight |
2.6 kg
|
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