Schneider Electric 400 V 0.45 W Servo Motor, 4000 rpm, 1.5 Nm Max Output Torque, 8 mm Shaft Diameter

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PHP80,966.84

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PHP90,682.86

(inc. VAT)

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1 +PHP80,966.84

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PH - SEBundle - PDP
RS Stock No.:
655-255
Mfr. Part No.:
BSH0551P11A1A
Manufacturer:
Schneider Electric
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Brand

Schneider Electric

Product Type

Servo Motor

Maximum Output Torque

1.5Nm

Sub Type

Servo Motor BSH

Supply Voltage

400 V

Output Speed

4000rpm

Power Rating

0.45W

Stall Torque

0.5Nm

Mount Type

Flange

Shaft Diameter

8mm

Length

132.5mm

Width

19 mm

Series

BSH

Standards/Approvals

EAN, WEEE, RoHS, REACH

COO (Country of Origin):
DE
The Schneider Electric AC servo motor is designed for high-performance applications where precision and efficiency are paramount. Operating with a maximum mechanical speed of 9000 rpm, this servo motor delivers reliable continuous stall torque across various voltages and configurations. With its keyed shaft design and IP50 protection rating, the motor suits both industrial and commercial environments. This model also incorporates essential features such as single turn SinCos Hiperface feedback, ensuring robust performance and precise control. Given its compact design, including a length of 132.5 mm and a net weight of 1.2 kg, it easily integrates into diverse machinery setups while maintaining optimal performance levels.

Offers a continuous stall torque of 0.5 N.m for multiple configurations, ensuring adaptability

Capable of handling peak stall torque up to 1.5 N.m providing power for demanding operations

Nominal output power ranges from 170 W to 300 W, allowing for efficient energy use

Features an extensive speed feedback resolution of 131072 points per turn for exceptional accuracy

Natural convection cooling mechanism ensures reliable operation without the need for additional cooling systems

Includes a standard international flange for easy mounting and integration into existing systems

Constructed for three-phase compatibility, optimising performance across various supply voltages

Compact dimensions enable flexibility in installations, suitable for space-constrained environments

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