SE-B4.210.050-00.000

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The Bosch Rexroth Indramat SE-B4.210.050-00.000 is a robust device from the SE Servo Motor Series, featuring compact dimensions of 80 by 398 by 200 mm. It operates with a current of 80 Amps and a power loss of 25 Watts. The motor weighs just 6 kg and can handle frequencies of 50/60 Hz and a maximum temperature of 45°C.

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Product Description:

Bosch Rexroth manufactures the SE-B4.210.050-00.000 servo motor, which is engineered for energy efficiency, reducing power consumption during operation. 80 x 398 x 200 mm and 6kg can fit into tight spaces. The 80A motor can drive various mechanical loads. 25W power loss means high efficiency, less energy waste, and lower cost. A key feature of this servo motor is its EMC Class A compliance. It can also operate at 50Hz and 60Hz for global applications, so there is no need to modify or configure for different power supply standards.

Let's get into the motor's electrical specs. 35mA leakage current is an important safety consideration. This is the current that can flow through unintended paths and can be an electrical hazard. 45°C max operating temperature is another key factor for specific applications. While this temperature range suits many industrial environments, you must consider heat sources and ambient conditions not exceeding the operating limits. Operating within the specified temperature range ensures a long life and prevents thermal stress failure. 174A peak current at 20°C ambient temperature means the motor can handle short-duration high load demands and provide the torque for heavy tasks. KT 0.64 Nm/A is the motor's current-to-torque relationship.

KE 68V/1000rpm is the motor's EMF generation and affects the speed regulation. Higher KE means better speed control and stability. J 4.98x10^-3 kgm^2 is the motor's moment of inertia and is used to size the drive components and optimize the system's dynamic response. Flange 142mm and shaft 24x50mm provide the mechanical interface for mounting and coupling to the driven load for efficient power transmission and reliable operation. Wake Industrial's one-year warranty covers this servo motor, which guarantees thermal stability for reliable operation even under extreme heat.

Cross-section Of Conductor
25 mm²
Current
80 A
Dimensions
80 x 398 x 200 mm
Emc Level
Class A
Flange Dimensions
142 mm
Frequency
50/60 Hz
Maximum Temperature
45°C
Moment of Inertia (J)
4.98 x 10^-3 kgm^2
Peak Current at 20°C Ambient (Imax)
174 A
Power Loss
25 W
Rated Leakage Current
35 mA
Shaft Dimensions
24 x 50 mm
Torque Constant (KT)
0.64 Nm/A
Voltage Constant (KE)
68 V/1000 rpm
Weight
6 kg

Frequently Asked Questions about SE-B4.210.050-00.000:

Q: What is the current rating of the Bosch Rexroth Indramat SE-B4.210.050-00.000 servo motor?

A: The Bosch Rexroth Indramat SE-B4.210.050-00.000 servo motor has a current rating of 80 Amps, which allows it to deliver powerful performance while maintaining efficient operation.

Q: What is the weight of the SE-B4.210.050-00.000 servo motor?

A: The SE-B4.210.050-00.000 servo motor weighs 6 kg, making it lightweight and easy to install in compact spaces.

Q: What is the maximum temperature the SE-B4.210.050-00.000 motor can operate at?

A: The SE-B4.210.050-00.000 motor can operate in environments with a maximum temperature of 45°C, which is important for determining its use in different industrial settings.

Q: What are the dimensions of the Bosch Rexroth Indramat SE-B4.210.050-00.000 motor?

A: The motor measures 80 x 398 x 200 mm, providing a compact solution for applications where space is limited.

Q: What frequency range does the SE-B4.210.050-00.000 motor support?

A: The motor supports both 50 and 60 Hz, making it versatile for global applications with different power supply frequencies.


Internal Product Review

  • ‘‘This servo motor offers a good balance of power and size, making it suitable for applications where space is a constraint. The low power loss of 25 W suggests high efficiency, which could reduce operating costs. However, the maximum operating temperature of 45°C might limit its use in high-temperature environments.’’

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