MS2E07-D0BRN-EMVL2-NNNNS-G1
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MPN: R911402683
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In-Stock, Ships 3-5 Days
The MS2E07-D0BRN-EMVL2-NNNNS-G1 synchronous servomotor offers a standstill torque of 22.0 Nm, a rated speed of 2215 1/min, a maximum torque of 79.7 Nm, and a moment of inertia ranging from 0.0021 to 0.00251 kg·m². Manufactured by Bosch Rexroth Indramat as part of the MS2E Synchronous Servomotors series, it supports up to 6000 1/min mechanical speed.
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Product Description:
The MS2E07-D0BRN-EMVL2-NNNNS-G1 Servo Motor powered by Bosch Rexroth Indramat is tailored for tasks related to industrial automation. The automation system requires this servo motor because it meets strict requirements for performance and precision. The servo motor generates a rated output power of 2.36 kW while working at 60 k thermal conditions.
The MS2E07-D0BRN-EMVL2-NNNNS-G1 servo motor reaches its rated speed of 2180 rpm under normal conditions. This single-cable link provides direct access to the motor which makes setup simpler and saves space within the wiring area. The motor operates with 8.45 A of current which fulfills the power needs for controlled energy. When used within this temperature range from -5°C to +70°C this motor remains operational. The housing rating meets IP64 standards that do not block dust and defend against water sprays. The MS2E07-D0BRN-EMVL2-NNNNS-G1 servo motor operates at 6000 rpm mechanical speed along with high-speed capabilities while maintaining product equilibrium. Testing at 20 °C ambient temperature shows the motor resistances its winding elements to 0.671 ohms. The motor has a total mass of 20 kg. System configuration alongside different load conditions determines how its rotor inertia ranges between 0.0021 kg·m² to 0.00251 kg·m².
The MS2E07-D0BRN-EMVL2-NNNNS-G1 servo motor can operate under AC 600 V which makes it suitable for high-voltage drive systems. A cooling temperature of 60k allows the motor to deliver a rated torque of 11.9 Nm suitable for mid-level torque systems. A standstill torque of 22.0 Nm exists from the motor to keep the shaft stably positioned during stationary conditions. The built-in brake needs power from a DC 24 V supply to function at a brake current level of 0.94 A. The five pole pairs keep the motor stable while maintaining an ideal connection with driver components.
Frequently Asked Questions about MS2E07-D0BRN-EMVL2-NNNNS-G1:
Q: Why MS2E07-D0BRN-EMVL2-NNNNS-G1 uses five pole pairs?
A: Five pole pairs in MS2E07-D0BRN-EMVL2-NNNNS-G1 enhance torque ripple minimization. It improves synchronous drive consistency in industrial axes.
Q: How MS2E07-D0BRN-EMVL2-NNNNS-G1 ensures safe shaft hold?
A: Brake power at 24 V DC in MS2E07-D0BRN-EMVL2-NNNNS-G1 holds shaft in stationary mode. It prevents drift in idle cycles.
Q: Why MS2E07-D0BRN-EMVL2-NNNNS-G1 suits high-voltage platforms?
A: The 600 V AC input makes MS2E07-D0BRN-EMVL2-NNNNS-G1 ideal for power-dense drives. It integrates easily in high-voltage machine setups.
Q: What protects MS2E07-D0BRN-EMVL2-NNNNS-G1 internal elements?
A: IP64 housing in MS2E07-D0BRN-EMVL2-NNNNS-G1 guards against dust entry. It also limits low-pressure water ingress during operations.
Q: How MS2E07-D0BRN-EMVL2-NNNNS-G1 ensures fast installation?
A: MS2E07-D0BRN-EMVL2-NNNNS-G1 features single-cable design. This simplifies electrical configuration and reduces wiring complexity.
