MS2N07-C0BQN-BSUG0-RNNNN-NN
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MPN: R911395757
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The Bosch Rexroth Indramat MS2N07-C0BQN-BSUG0-RNNNN-NN synchronous servo motor is part of the MS2N Synchronous Servo Motors series and supports natural cooling. It features an IndraDyn S Absolute multi-turn encoder with EnDat 2.2 and offers a maximum speed of up to 6000 RPM. The motor has IP65 protection.
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Product Description:
The variant MS2N07-C0BQN-BSUG0-RNNNN-NN is a precision servo motor in Bosch Rexroth Indramat’s MS2N product series. Its frame code ‘07’ corresponds to a roughly 100 mm flange, facilitating standard mounting. ‘C’ motor index indicates its specific axial length for spatial conformity. The ‘0B’ winding designation describes its electrical coils and defines exact torque-speed characteristics. With ‘QN’ natural convection cooling, it disperses heat autonomously, thus eliminating auxiliary fans. The ‘BS’ encoder variant denotes an IndraDyn S absolute, multi-turn EnDat 2.2 sensor which delivers high-accuracy positional data.
Orientation code ‘0’ sets the default shaft rotation to align effortlessly with mechanical linkages. A radial and rotatable ‘R’ connector allows flexible cabling in tight zones. Finally, the five-character ‘NNNNN’ design tag confirms a standard configuration with no bespoke options, therefore ensuring full interchangeability across installations. All electrical and mechanical interfaces adhere to series guidelines, guaranteeing interchangeability. MS2N07-C0BQN-BSUG0-RNNNN-NN employs IP65 ingress protection and delivers dust‑tight and water jet resistance which supports operation in harsh or difficult conditions. Thermal class 155 (F) specifies insulation temperature resilience rated to 155°C, ensuring winding tolerance under extreme heat.
This device with a maximum speed of 6000 RPM is typical for the MS2N series to accommodates rapid motion requirements offering brief operation beyond rated speed. Further, it uses a flange mounting for a straightforward mechanical fixing which aligns with standard machine interfaces. An additional specification indicates a maximum torque up to 360 Nm within MS2N07 variants that allows handling of high transient and heavy load cases. Another official stat shows rotor inertia without brake approximately is 0.00120 kg·m² for this variant, enabling low inertia performance for fast acceleration and deceleration.
Frequently Asked Questions about MS2N07-C0BQN-BSUG0-RNNNN-NN:
Q: In what way does winding code “0B” influence performance of MS2N07-C0BQN-BSUG0-RNNNN-NN?
A: This winding code "0B" defines copper coil winding pattern. That determines electrical characteristics such as resistance and torque‑speed envelope.
Q: Why is natural cooling defined as “QN” significant for MS2N07-C0BQN-BSUG0-RNNNN-NN?
A: The “QN” cooling type uses internal convection without fans or water cooling. This simplifies system design and eliminates moving parts.
Q: How does standard output direction affect usage of MS2N07-C0BQN-BSUG0-RNNNN-NN?
A: Output direction code zero means the shaft turns in a predefined standard direction. That aligns directly with common motion system conventions.
Q: What benefit does encoder type provide in MS2N07-C0BQN-BSUG0-RNNNN-NN?
A: “BS” encoder type offers multi-turn absolute position detection via EnDat 2.2 protocol. It also ensures accurate position retention after power loss and precise motion control.
Q: In what way does rotatable connector (radial) connection add value?
A: The motors with connector rotation around radial axis enables flexible cable orientation in constrained spaces, thus reducing cable stress and simplifies installation.
