MSM0303C-0300-NN-M0-CG0
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The MSM0303C-0300-NN-M0-CG0 is a high-performance synchronous servomotor designed for use in various industrial automation applications. With its compact 60 mm frame size and natural convection cooling, this 3-phase motor delivers a continuous torque at a standstill of 1.30 Nm and a maximum speed of 5000 rpm.
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Product Description:
The MSM0303C-0300-NN-M0-CG0 is a high-performance synchronous servomotor from Bosch Rexroth Indramat, the industry leader in industrial automation. This MSM Brushless Servo Motor is for industrial applications. Compact design with 60mm frame size, space efficient without performance compromise. The motor uses natural convection cooling, a passive cooling method that cools through air movement, making installation and maintenance easy. The 3-phase motor operates on three current phases, smooth and efficient power delivery. Input voltage 230 V, 2 HP (horsepower), power output capacity.
A key performance parameter is continuous torque at a standstill, which is 1.30 Nm. This is the torque the motor can produce when stationary, which is important for holding torque or precise positioning applications. continuous current at standstill is 2.60 A. This is the current drawn by the motor to produce this standstill torque. Maximum current is 4.90 A, the current the motor can withstand for a short period, and maximum torque is 3.80 Nm, the peak torque it can generate. These values are important to understand the motor’s dynamic and load handling. Torque constant at 20°C is 0.41 Nm/A, current per torque. Voltage constant at 20°C is 15.4 V/min⁻¹, speed vs voltage. Winding resistance at 20°C is 1.10 Ohm, resistance to current flow in the windings. Winding inductance is 3.200 mH, which affects the motor’s transient response and efficiency. These electrical parameters are important for motor control and drive selection.
The motor has an optical encoder for position feedback. This encoder gives high-resolution data on the motor’s angular position for precise control and positioning in automation systems. The encoder is necessary for precise movements and repeatability of operation, which is important in high-accuracy applications. The discharge capacity of the component is 1.4 nF. This is important for the motor’s electrical behavior and interaction with the drive system. A number of pole pairs affect the motor’s speed and torque. The MSM0303C-0300-NN-M0-CG0 is compatible with frequency inverter drive systems for variable speed control and optimized performance in different applications. This is important for integration in modern automation systems.
Frequently Asked Questions about MSM0303C-0300-NN-M0-CG0:
Q: What are the key electrical specifications of this servomotor?
A: This motor operates at 230V, delivering a continuous torque of 1.30 Nm at standstill and a maximum torque of 3.80 Nm. It has a continuous current of 2.60 A, a maximum current of 4.90 A, and a torque constant of 0.41 Nm/A.
Q: How does the optical encoder improve performance?
A: The built-in optical encoder provides accurate position feedback, ensuring precise motion control. It enhances the reliability of automation systems by minimizing positioning errors and improving repeatability.
Q: What type of cooling mechanism does this servomotor use?
A: The MSM0303C-0300-NN-M0-CG0 relies on natural convection cooling, eliminating the need for external cooling fans. This makes it more efficient in applications where forced cooling is impractical.
Q: Is this servomotor compatible with frequency inverters?
A: Yes, it is fully compatible with frequency inverter drives, such as PSI Frequency Inverters from Bosch Rexroth Indramat. This compatibility allows seamless integration into various control systems.
Q: What are the winding resistance and inductance values?
A: The motor has a winding resistance of 1.10 Ohm and a winding inductance of 3.200 mH at 20°C. These values contribute to its stable operation and efficiency in industrial applications.
