Description
Designed for high-performance motion control, the ECMA-E11310SS is a medium-inertia AC brushless servo motor belonging to the Delta Electronics ASDA-A2 Series. Featuring a 20-bit incremental encoder, this industrial-grade motor provides highly accurate positioning feedback for closed-loop automation systems. Operating at a 220V rated voltage, it delivers a rated output of 1 kW at a nominal speed of 2000 r/min.
The mechanical design incorporates a 130mm frame size, an integrated electromagnetic holding brake to secure loads during power-down states, and an oil seal to protect internal components against fluid ingress in demanding manufacturing environments. A standard shaft diameter with a keyway and screw hole ensures reliable torque transmission to mechanical couplings.
Features
- Brushless electrical commutation motor (ECM) design for low maintenance and high durability.
- Integrated 20-bit high-resolution incremental encoder for precise position feedback.
- Electromagnetic holding brake to prevent load drops in vertical axis applications.
- Robust oil seal protection for enhanced environmental resistance in harsh industrial environments.
- Seamless integration with compatible Delta ASDA-A2 servo drives.
Applications
- CNC machine tools and precision milling systems.
- Automated packaging and labeling machinery.
- Multi-axis robotic arms and material handling systems.
- Precision printing and textile manufacturing equipment.
Technical Specifications
| Manufacturer |
Delta Electronics |
| Part Number / Model |
ECMA-E11310SS |
| Series |
ASDA-A2 Series |
| Motor Type |
AC Servo Motor (ECM) |
| Rated Output Power |
1 kW |
| Rated Voltage |
220 V |
| Rated Speed |
2000 r/min |
| Encoder Specification |
20-bit Incremental (1,280,000 p/rev) |
| Motor Frame Size |
130 mm |
| Brake Configuration |
With holding brake |
| Shaft Type |
Keyway (with screw hole) |
| Oil Seal |
Included |
| Weight |
8.4 Kg |
Installation Guidelines
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Mounting Alignment: Ensure precise shaft alignment with the load coupling to minimize radial and axial forces on the motor bearings, extending operating lifespan.
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Wiring & Grounding: Connect the protective earth (PE) terminal of the motor frame to the cabinet ground. Route power cables and encoder feedback cables in separate conduits to prevent electromagnetic interference (EMI).
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Thermal Management: Install the motor in a well-ventilated space with ambient temperatures below 40 degC to ensure proper heat dissipation. Avoid enclosing the motor without external cooling if operating at continuous high torque.
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Brake Operation: The built-in electromagnetic brake is designed strictly for holding a stationary load. Do not use it for dynamic braking or slowing down rotating shafts.