MAD160C-0150-SA-S2-BG0-35-N1
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MPN: R911321088
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The MAD160C-0150-SA-S2-BG0-35-N1 servomotor delivers precise control with continuous torque up to 225 Nm. Its ±0.0056° encoder accuracy ensures exceptional positioning. Designed with 577 Ohm winding resistance at 25°C, it excels in industrial automation applications.
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Product Description:
The MAD160C-0150-SA-S2-BG0-35-N1 servomotor is a high versatile and flexible product of Bosch. It is produced as a part of the MAD Spindle Motor Series. Its features make it an essential device for industrial automations.
At a standby position this servomotor is able to generate continuous torque of 225 Nm. This represents the maximum torque it can produce without overheating. While the continuous current it requires to generate such torque is 77.8 amperes without exceeding the thermal limits. The MAD Spindle motor's winding insulation has a capacitance of 27.2 nF that shows its ability to bear electrical noise. This device can be mounted both using flange as well as foot that act as base supports. The mounting methods of the device provides flexibility in installation. Its degree of hazard seriousness is according to the ANSI Z 535 that represent the device safety classification. According to these standards, the MAD160C-0150-SA-S2-BG0-35-N1 servomotor gives safety warnings in the unsafe conditions. The design of this motor complies with the DIN EN-60034-1 standards. These standards specify the design general requirements and performance of the rotating electrical machines. To ensure the optimal thermal management the motor must be operates in the temperature between +10 to +40°C. This represents the permissible operational temperature range of the device.
The MAD160C-0150-SA-S2-BG0-35-N1 servomotor winding has a resistance of 577 Ohm at 25°C temperature. While at 100°C the resistance of the winding's increases to 1000 Ohm that also effects the power dissipation and its efficiency. The encoder of the motor has an excellent positioning capability as determined by its precision value which is ±0.0056°. The motor is also covered with a sealing material which is made of Polytetrafluorethylene that ensures resistance to wear and chemicals.
Frequently Asked Questions about MAD160C-0150-SA-S2-BG0-35-N1:
Q: How does the encoder precision of MAD160C-0150-SA-S2-BG0-35-N1 improve industrial automation?
A: The encoder's ±0.0056° precision provides exact positioning, critical for tasks requiring high accuracy. This enhances performance and reliability in industrial automation systems.
Q: Why is PTFE sealing material used in MAD160C-0150-SA-S2-BG0-35-N1?
A: PTFE sealing resists wear and chemicals, making it suitable for harsh environments. It also ensures durability under high-temperature conditions.
Q: What is the importance of 27.2 nF capacitance in MAD160C-0150-SA-S2-BG0-35-N1?
A: The 27.2 nF capacitance helps reduce electrical noise and interference in the motor. This ensures stable operation in environments with fluctuating electrical signals.
Q: What does the switch-off temperature of 120°C in MAD160C-0150-SA-S2-BG0-35-N1 signify?
A: The motor automatically shuts down at 120°C to prevent overheating and damage. This feature ensures safety and extends the motor's lifespan.
Q: How does the winding resistance of MAD160C-0150-SA-S2-BG0-35-N1 impact efficiency?
A: At 25°C, the winding resistance is 577 Ohm, optimizing energy usage. This reduces power loss and improves overall motor performance.
