MHD071B-061-PG1-UN | Bosch Synchronous Motor in the MHD Series
- Regular price
- $5,122.00
- Sale price
- $5,122.00
- Regular price
-
Do you need help?
Product Description P/N: MHD071B-061-PG1-UN
Description
Technical Specifications
Part # |
MHD071B-061-PG1-UN |
Category |
Servo Products |
Subcategory |
Servo Motor (Synchronous) |
Voltage |
70 V Constant |
Flange Size |
115 mm |
Centering Diameter |
95 mm |
Frame Length |
8.0 Nm |
Shaft Type |
Plain Shaft |
Encoder Type |
Integrated Multiturn Absolute Encoder |
Holding Brake |
22 Nm |
Information About MHD071B-061-PG1-UN
The MHD071B-061-PG1-UN is a synchronous servo motor within the Servo Products category, specifically designed to provide reliable and precise motion control in various industrial automation applications. Falling under the subcategory of Servo Motor (Synchronous), this motor is engineered to meet the rigorous demands of industries where accurate and efficient motor control is essential. The motor operates on a constant voltage of 70 V, making it suitable for systems that require stable voltage inputs for consistent performance over extended operational periods.
One of the key specifications of the MHD071B-061-PG1-UN is its 115 mm flange size, which provides a standard interface for mechanical integration into industrial systems. The 95 mm centering diameter ensures a secure and accurate fit during installation, promoting alignment and stability within the motor assembly. This combination of flange size and centering diameter allows for compatibility with a range of mechanical interfaces, reducing installation complexity and ensuring smooth integration into existing equipment.
The motor’s frame length is rated at 8.0 Nm, reflecting its ability to deliver a continuous torque output in industrial settings. This torque capability makes the MHD071B-061-PG1-UN ideal for applications where medium to high torque is required, such as in material handling systems, automated production lines, and packaging machinery. The consistent torque output ensures that the motor can handle dynamic loads and varying operational conditions without experiencing performance degradation.
The plain shaft design of the MHD071B-061-PG1-UN provides a straightforward mechanical interface for connection to driven components. The plain shaft configuration is commonly used in industrial automation because it simplifies coupling and minimizes mechanical wear over time. This ensures that the motor can maintain reliable operation even in continuous or high-cycle environments.
One of the advanced features of the MHD071B-061-PG1-UN is the integrated multiturn absolute encoder. This encoder type provides precise feedback on the motor’s position over multiple turns, allowing for accurate tracking of motor movements even after power loss or system shutdowns. The multiturn absolute encoder enables the motor to report its exact position when powered on, eliminating the need for homing routines and reducing system startup time. This feature is particularly beneficial in automation applications that require precise positioning, such as robotics, CNC machines, and automated assembly lines.
Description
Technical Specifications
Part # |
MHD071B-061-PG1-UN |
Category |
Servo Products |
Subcategory |
Servo Motor (Synchronous) |
Voltage |
70 V Constant |
Flange Size |
115 mm |
Centering Diameter |
95 mm |
Frame Length |
8.0 Nm |
Shaft Type |
Plain Shaft |
Encoder Type |
Integrated Multiturn Absolute Encoder |
Holding Brake |
22 Nm |
Information About MHD071B-061-PG1-UN
The MHD071B-061-PG1-UN is a synchronous servo motor within the Servo Products category, specifically designed to provide reliable and precise motion control in various industrial automation applications. Falling under the subcategory of Servo Motor (Synchronous), this motor is engineered to meet the rigorous demands of industries where accurate and efficient motor control is essential. The motor operates on a constant voltage of 70 V, making it suitable for systems that require stable voltage inputs for consistent performance over extended operational periods.
One of the key specifications of the MHD071B-061-PG1-UN is its 115 mm flange size, which provides a standard interface for mechanical integration into industrial systems. The 95 mm centering diameter ensures a secure and accurate fit during installation, promoting alignment and stability within the motor assembly. This combination of flange size and centering diameter allows for compatibility with a range of mechanical interfaces, reducing installation complexity and ensuring smooth integration into existing equipment.
The motor’s frame length is rated at 8.0 Nm, reflecting its ability to deliver a continuous torque output in industrial settings. This torque capability makes the MHD071B-061-PG1-UN ideal for applications where medium to high torque is required, such as in material handling systems, automated production lines, and packaging machinery. The consistent torque output ensures that the motor can handle dynamic loads and varying operational conditions without experiencing performance degradation.
The plain shaft design of the MHD071B-061-PG1-UN provides a straightforward mechanical interface for connection to driven components. The plain shaft configuration is commonly used in industrial automation because it simplifies coupling and minimizes mechanical wear over time. This ensures that the motor can maintain reliable operation even in continuous or high-cycle environments.
One of the advanced features of the MHD071B-061-PG1-UN is the integrated multiturn absolute encoder. This encoder type provides precise feedback on the motor’s position over multiple turns, allowing for accurate tracking of motor movements even after power loss or system shutdowns. The multiturn absolute encoder enables the motor to report its exact position when powered on, eliminating the need for homing routines and reducing system startup time. This feature is particularly beneficial in automation applications that require precise positioning, such as robotics, CNC machines, and automated assembly lines.