8MSA5X.R0-D30C-1
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The 8MSA5X.R0-D30C-1 by B & R Automation is part of the 8MS Three Phase Synchronous Motors series and features a natural convection cooling system. It delivers a peak force of 5340 N and operates with a continuous current of 12.2 A. With a protection class of IP64, it supports speeds up to 5 m/s and weighs 12.5 kilograms.
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Product Description:
The 8MSA5X.R0-D30C-1 servo motor is ideal for precision-driven robotics and other industrial automation tasks. B&R automation designed the motor to be bolted to a flange and has a shaft with a timing pulley integrated into it, making it appropriate for belt-driven assemblies. There are no active fan components needed for passive cooling.
The 8MSA5X.R0-D30C-1 servo motor can provide 14.5 Nm of torque and runs at 3000 min⁻¹. The rated current drawn by the motor is 8.60 A, and the rated voltage is 350 V. The maximum current measured is 9.90 A, and the maximum torque is 17.0 Nm. Coupling parts mounted on shafts are securely connected using a taper bush. Class F insulation meets all of the requirements for thermal endurance. A dust-tight seal and resistance to water spray are provided by the IP64 classification. There are two circular connectors on the servo motor: one for power supply (6-pin brown) and one for feedback and control (12-pin green/white). The system relies solely on natural ventilation throughout the building, eliminating the need for mechanical cooling systems. The presence of a timing pulley on the output shaft suggests that it is designed for use in belt-driven systems that require coordinated action. The motor works well with systems that demand precise control of motion and a consistent supply of torque.
The 8MSA5X.R0-D30C-1 servo motor has an integrated connector system that allows for regulated shaft rotation with closed-loop feedback. When integrating equipment, flange installation guarantees alignment consistency. Electrical isolation between signal and power lines is made possible by the connector's circular interface. It satisfies the operational requirements for mechanical actuation that can be repeated. In order to prevent slipping while operating, the connection design allows for exact torque transmission.
Frequently Asked Questions about 8MSA5X.R0-D30C-1:
Q: Does the 8MSA5X.R0-D30C-1 benefit from the IP64 rating in mechanical operations?
A: Yes, IP64 provides dust protection and resists splashes that enhance motor longevity in controlled environments.
Q: Why does the 8MSA5X.R0-D30C-1 use a taper bush coupling system?
A: The taper bush secures rotating elements with minimal backlash and simplifies disassembly during maintenance procedures.
Q: How does natural convection cooling help the 8MSA5X.R0-D30C-1 servo motor?
A: It eliminates the need for external fans that reduce failure points and enables silent operation in sealed housings.
Q: Why is insulation Class F important in the 8MSA5X.R0-D30C-1 motor design?
A: Class F handles higher operating temperatures that increase thermal endurance and protect internal windings under extended loads.
Q: Do the dual circular connectors improve functionality in the 8MSA5X.R0-D30C-1 servo motor?
A: Yes, they separate power and signal lines that reduce electrical noise and support efficient wiring in automation panels.
