MS2S05-B0BTN-IMHG0-NNDNN-NN
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MPN: R911403645
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The MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor features a rotor moment of inertia of 0.00015 kg·m² and a maximum torque of 10.65 Nm. Its single cable M17 connector and rated speed of 5390 rpm simplify installation.
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Product Description:
This MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor delivers superior performance in compact configurations. The cylindrical shaft end of this servo motor ensures secure and precise power transmission while the single cable connection with a circular M17 connector simplifies installation and enhances connectivity.
The MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor is designed to deliver exceptional performance and precision in demanding applications. It enables rapid acceleration and deceleration with a rotor moment of inertia of 0.00015 kg·m². Its advanced winding design delivers an inductance of 15.8 mH, while a voltage constant of 54.2 V/1000 min⁻¹ at 20 °C ensures consistent and efficient operation across varying workloads and conditions. This motor offers a maximum torque of 10.65 Nm to ensure robust output capability and operates with a rated current of 3.19 A under 100 K conditions. The servo motor achieves an impressive rated speed of 5390 rpm under 100 K conditions that caters to high speed precision tasks. For even more demanding applications, it supports a maximum mechanical speed of 6000 rpm. This combination of speed, torque and precision makes this Bosch Rexroth Indramat servo motor an ideal choice for industries requiring accurate and dynamic motion control.
This self cooling motor efficiently dissipates heat through natural convection, radiation and heat conduction to the machine structure. This ensures consistent performance under normal operating conditions. The MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor is designed for installation at altitudes up to 1000 meters above sea level. Proper maintenance is essential for optimal performance, as surface pollution can hinder heat dissipation and cause thermal overload. Regular inspections and cleaning of the motor surface are recommended to maintain reliability and extend its service life. Access to the motor for maintenance purposes is crucial for long term system availability and efficiency.
Frequently Asked Questions about MS2S05-B0BTN-IMHG0-NNDNN-NN:
Q: What cooling mechanisms are integrated into the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor to maintain consistent performance?
A: The MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor employs self-cooling through natural convection radiation and heat conduction to the machine structure. This ensures effective heat dissipation during normal operations.
Q: How does the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor achieve rapid acceleration and deceleration in high-demand applications?
A: The MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor utilizes a low rotor moment of inertia of 0.00015 kg·m². This enables quick speed changes ensuring efficient performance in dynamic environments.
Q: Can the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor operate effectively at high altitudes?
A: Yes the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor is designed for installation up to 1000 meters above sea level. It maintains reliable performance by adapting to reduced atmospheric conditions.
Q: What is the role of the advanced winding design in the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor?
A: The advanced winding design provides an inductance of 15.8 mH in the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor. This enhances the motor's responsiveness and stability under varying workloads.
Q: How does the single cable M17 connector benefit the installation of the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor?
A: The single cable M17 connector simplifies the installation process of the MS2S05-B0BTN-IMHG0-NNDNN-NN servo motor. It also enhances connectivity ensuring secure and efficient power transmission.
