MAC093A-0-PS-4-C/110-R-1/WI522LX
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The MAC093A-0-PS-4-C/110-R-1/WI522LX servo motor by Bosch Rexroth offers precise control in industrial applications. It delivers 9.2 Nm continuous torque and features low 0.659 Ohms winding resistance. The motor quickly responds with a 22 x 10⁻⁴ kg·m² inertia.
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Product Description:
The MAC093A-0-PS-4-C/110-R-1/WI522LX synchronous servo motor is Bosch Rexroth Indramat manufactured product. It is developed to be used for high precision requiring control tasks in Industrial automation applications.
The MAC093A motor under normal conditions operates at 3000 RPM nominal speed. At standby conditions this motor is able to generate 9.2 Nm continuous torque. This value can reach up to 12 Nm at standby mode without being heating. The device consumes almost 15 amperes current or it can go to maximum of 20 A at standstill. The current is necessary for the motor to generate torque in order to overcome inertia. The brake can be released in the MAC093A-0-PS-4-C/110-R-1/WI522LX servo motor by following the electrically actuated release principle. The braking system disengages in response to an electrical signal. The motor efficiently engages when the signal is applied, as it gives response to the control inputs in only 30 ms. The moment of inertia of the motor is only 22 x 10^-4 kg·m² that represents the device ability to accelerates or decelerates very quickly. The MAC093A servo motor winding resistance at 20°C is 0.659 Ohms. This means the currents can easily flow through the windings and it minimally effecting the motor power performance.
The device is capable to respond very quickly to the changes in the voltage. Its windings inductance is 8.0 mH that is very low and suggest the motor rapid response. This Bosch servo motor is known for its durable feature. It can handle peak current of about 76 amperes for a relatively short period. The device requires 50 mints of maximum time to heat up and then cool down. The motor can be cooled down using axial cooling that uses fan to dissipate heat from the motor.
Frequently Asked Questions about MAC093A-0-PS-4-C/110-R-1/WI522LX:
Q: What benefits does the low winding resistance (0.659 Ohms) provide in the MAC093A-0-PS-4-C/110-R-1/WI522LX motor?
A: The low winding resistance reduces energy loss and heat generation during operation. This ensures better overall motor efficiency and enhances power delivery.
Q: How does the fast 30 ms response time benefit control tasks?
A: The quick response time allows for precise and rapid adjustments in real-time applications. This is critical for high-speed, high-accuracy industrial automation tasks.
Q: Why is the MAC093A-0-PS-4-C/110-R-1/WI522LX motor capable of handling peak currents up to 76 A?
A: This feature enables the motor to handle short-duration, high-power demands without damage. It allows the motor to perform well under transient or sudden load changes.
Q: What is the significance of the low inductance of 8.0 mH in the MAC093A-0-PS-4-C/110-R-1/WI522LX motor?
A: The low inductance ensures that the motor responds quickly to voltage changes. It minimizes lag and maximizes precision in dynamic applications, improving overall system performance.
Q: What does the 22 x 10^-4 kg·m² moment of inertia of the MAC093A-0-PS-4-C/110-R-1/WI522LX motor indicate?
A: The low moment of inertia indicates the motor’s ability to accelerate and decelerate quickly. This is important for precise control in fast-paced industrial automation systems.
