MAC063A-0-RS-1-C/095-A-1/-I01000
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The MAC063A-0-RS-1-C/095-A-1/-I01000 is a robust servo motor with a nominal motor speed of 6000 min-1 and a mass of 3.2 kg. Manufactured by Bosch Rexroth Indramat as part of their MAC AC Servo Motors series, it features insulation classification F and a protection category of IP65.
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Product Description:
Bosch Rexroth Indramat manufactured the MAC063A-0-RS-1-C/095-A-1/-I01000. 6000 rpm motor speed, the Bosch Rexroth Indramat MAC063A-0-RS-1-C/095-A-1/-I01000 servo motor is for high-speed automation. This motor is for tasks that require quick repetitive mechanical action as this number in min⁻¹ is the motor’s intended rotation speed under normal load conditions. Production cycle times are heavily influenced by the speed rating, especially in systems with tight motion timing and accuracy. Faster acceleration and deceleration are possible with high nominal speed, which is necessary for multi-axis systems or synchronizing with external processes. This speed parameter has a big impact on the motor performance under dynamic load conditions, especially when used in systems that require frequent velocity changes.
The servo motor has a constant torque of 0.8 Nm at a standstill, which is the basis of its static torque performance. This is the maximum torque the motor can deliver continuously without overheating as long as the rotor is not moving. It’s important for holding large loads in place when subjected to external forces like gravity or mechanical counter pressure, and it depends on both thermal design and winding layout. The thermal equilibrium point is at 3.5 A at a standstill, which means the motor parts are below their temperature threshold under load conditions. The torque constant of 0.230 Nm/A at 20°C shows how well the motor converts electrical input into mechanical output. By only controlling the drive current, this coefficient allows for precise torque control, which is necessary in closed-loop control systems.
Another factor that affects the motor’s dynamic behavior is the rotor’s moment of inertia, which is 2.4 × 10⁻⁴ kg·m². In positioning applications, responsiveness is increased by a lower moment of inertia, which means faster angular acceleration under applied torque. With a peak pulse current of 19 A, this characteristic gives the motor a lot of dynamic headroom during fast acceleration and deceleration. Because of the short but strong current pulses, the system can withstand large inertial loads without thermal overload. Thermal and electrical responsiveness is controlled by the winding’s resistance and inductance, which are 3.7 Ohms and 3.5 mH, respectively, at 20°C. Inductance affects the stability and accuracy of the current control loop by resisting sudden changes in current flow and shaping the motor’s response time to control input signals. Resistance causes internal heating under load (as per Joule’s law).
Frequently Asked Questions about MAC063A-0-RS-1-C/095-A-1/-I01000:
Q: What is the nominal motor speed of the MAC063A-0-RS-1-C/095-A-1/-I01000 servo motor?
A: The nominal motor speed of the MAC063A-0-RS-1-C/095-A-1/-I01000 is 6000 min-1. This speed represents the motor's standard operating velocity under normal conditions, ensuring consistent performance in various industrial applications. The high nominal speed makes it suitable for processes requiring high precision and speed.
Q: What is the continuous torque at standstill for this motor?
A: The continuous standstill torque of the MAC063A-0-RS-1-C/095-A-1/-I01000 is 0.8 Nm. This torque value reflects the motor's ability to generate a constant force when not rotating, which is essential for applications that need precise control during startup or at low speeds. The standstill torque is crucial for accurate positioning in automated systems.
Q: What is the rotor moment of inertia for this motor?
A: The rotor moment of inertia for the MAC063A-0-RS-1-C/095-A-1/-I01000 is 2.4×10−4 kgm². This value indicates the motor's resistance to changes in rotational speed. A lower moment of inertia allows for faster and more responsive movements, which is important for applications where rapid acceleration and deceleration are necessary. This also impacts the motor's performance in dynamic systems.
Q: What is the protection category of the MAC063A-0-RS-1-C/095-A-1/-I01000 motor?
A: The MAC063A-0-RS-1-C/095-A-1/-I01000 has an IP65 protection category. This means the motor is completely dust-tight and can withstand low-pressure water jets from any direction. This level of protection ensures reliable operation even in harsh industrial environments where exposure to dust and moisture is common. The IP65 rating makes it suitable for applications in outdoor or challenging conditions.
Q: What is the thermal time constant of this servo motor?
A: The thermal time constant of the MAC063A-0-RS-1-C/095-A-1/-I01000 is 30 minutes. This time constant is important for understanding how long it takes for the motor to reach thermal equilibrium when its operating temperature changes. A 30-minute thermal time constant indicates that the motor has a relatively fast heat dissipation rate, allowing for stable operation under varying load conditions.
