Description
Overview
The SH31001P11A2000 Servo Motor from Schneider Electric offers high-performance motion control for industrial automation. It belongs to the Lexium 52 series and integrates seamlessly with PacDrive 3 platforms. This compact motor measures 168.5mm in length and weighs 4.3kg, with a flange mount diameter of 100mm. The SH31001P11A2000 supports a wide voltage range from 115V to 480V AC, making it suitable for diverse power systems. Its 4-pole design delivers 1190W continuous power and reaches speeds up to 6000 RPM. The integrated Hiperface® encoder provides 128-period resolution for precise single-turn feedback, ensuring accurate speed and position control. The SH31001P11A2000 features a 19×40mm parallel key shaft and rotatable right-angle connectors for flexible installation. Dual IP54/IP65 ratings protect the motor in harsh environments, while natural convection cooling eliminates the need for external fans.
Technical Specifications
Specification |
Detail |
Model Number |
SH31001P11A2000 |
Manufacturer |
Schneider Electric |
Product Range |
Lexium 52 Series |
System Type |
PLC |
Dimensions |
24.2 × 12.6 × 10.5 cm |
Motor Length |
168.5 mm |
Weight |
4.3 kg |
Rated Power |
1190W |
Max Speed |
6000 RPM |
Voltage Range |
115–480V AC |
Torque Constant |
0.84 N·m/A |
Back EMF Constant |
60 V/krpm |
Stall Current |
3.5A (12A peak) |
Encoder Type |
Hiperface®, 128-period |
Shaft Size |
19 × 40 mm |
Mounting Flange |
100 mm |
Centering Collar |
95 mm |
Cooling Method |
Natural Convection |
Protection Rating |
IP54/IP65 |
Interface |
Ethernet Router |
HS Code |
8537101190 |
Condition |
Brand New |
Lead Time |
In Stock |
Minimum Order |
1 Unit |
Origin |
France |
Discontinued Status |
Active |
Features & Benefits
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SH31001P11A2000 delivers high-speed, high-torque motion control for dynamic applications.
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Integrated encoder ensures precise feedback for speed and position accuracy.
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Dual IP ratings protect against dust, moisture, and industrial wear.
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Rotatable connectors and flange mount simplify installation in tight spaces.
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Maintenance-free design supports long-term reliability and reduced downtime.