MRS182F-2N-0075-M241
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MPN: R911341449
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The MRS182F-2N-0075-M241 Rotor from Bosch Rexroth offers 200Nm rated torque with a peak of 450Nm. It has a thermal time constant of 5 min which ensures efficient heat management under load.
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Product Description:
The MRS182F-2N-0075-M241 Rotor is one of the current members of the IndraDyn H series which is produced by Bosch Rexroth company. It belongs to modern motor technologies used for precision in industrial automation. This synchronous motor is perfect for applications where size matters and when high torque is inevitable and an absolute necessity.
The MRS182F-2N-0075-M241 Rotor is engineered to deliver a rated speed of 2000 rpm and has a peak speed of up to 12000 rpm. This combines efficiency with high performance. The rotor is Installed with a water-cooling system that keeps the system at a proper operating temperature. This prolongs its operation as well as its dependency. Its construction as a relatively large and heavy component for the vehicle uses a step interference fit mounting method. It is designed for the motor to remain stable and secure during high-speed rotation. The MRS182F-2N-0075-M241 Rotor has a frame size of 182 with a rated current of 71A for electrical stability. This rotor offers a rated torque of 200Nm that can go up to the maximum torque of 450Nm. It also has a specified thermal time constant of 5 min reflecting its ability to manage heat effectively under continuous load conditions.
The technical construction of the MRS182F-2N-0075-M241 Rotor has a winding resistance of 0.21 Ω at 20 ℃ which suggests its electrical efficiency. The rotor has a mass of 21.3 kg and has a moment of inertia of 0.059 kgm². This delivers appreciable power while maintaining flexibility as far as operations are concerned, thus meeting dynamic operational requirements. The rotor’s IP00 classification means that it is designed for installation in areas that are protected from contamination by solids and liquids, pointing to another constraint to the execution environment.
Frequently Asked Questions about MRS182F-2N-0075-M241:
Q: What cooling method does MRS182F-2N-0075-M241 Rotor use?
A: The MRS182F-2N-0075-M241 Rotor utilizes a water-cooling system, enhancing operational longevity by maintaining optimal temperatures during extensive use.
Q: Why does MRS182F-2N-0075-M241 have a high moment of inertia?
A: The high moment of inertia in the MRS182F-2N-0075-M241 Rotor aids in stabilizing and controlling the rotor's motion, crucial for precision applications.
Q: What is the function of the 0.21 Ω winding resistance in MRS182F-2N-0075-M241?
A: The 0.21 Ω winding resistance in the MRS182F-2N-0075-M241 Rotor helps minimize power losses, enhancing overall electrical efficiency and performance.
Q: How does the frame size impact MRS182F-2N-0075-M241's performance?
A: The frame size of 182 in the MRS182F-2N-0075-M241 Rotor allows for a robust build, suitable for handling higher power demands and operational stress.
Q: Why is the rated current important for MRS182F-2N-0075-M241?
A: The rated current of 71A for the MRS182F-2N-0075-M241 Rotor ensures electrical stability and adequate power for high-torque applications.
