The Allen-Bradley MP-Series Low-Inertia Servo Motors are designed to provide high output in a compact package, making them suitable for applications where more power is required in a smaller space. These brushless servo motors are designed with innovative features to reduce motor size while maintaining performance, and they are available in various configurations to suit different applications.
Technical Specifications
The MP-Series Low-Inertia Servo Motors are available in different specifications, including the MPL-A1530U-HJ74AA, which has the following technical specifications:
- Rated Speed: 7000 rpm
- Rated Output: 0.39 kW
- Rotor Inertia: 0.000023 kg-m2 (0.00020 lb-in-s2)
- Continuous Stall Torque: 0.90 Nm (8.0 lb-in)
- Peak Stall Torque: 2.82 Nm (25 lb-in)
- Continuous Stall Current: 2.8 A (0-peak)
- Peak Stall Current: 10.1 A (0-peak)
Alarm/Error Codes
The MP-Series Low-Inertia Servo Motors do not have specific alarm or error codes mentioned in the provided documentation. For detailed information on error codes and troubleshooting, it is recommended to consult the user manual or contact the manufacturer directly.
User Manuals
The user manual for the MP-Series Low-Inertia Servo Motors is not provided in our research. However, it is likely that the user manual is available from the manufacturer or through other online sources.
Troubleshooting
Troubleshooting for the MP-Series Low-Inertia Servo Motors is not explicitly detailed in our research. However, troubleshooting procedures are typically included in the user manual or can be found through online resources or manufacturer support.
Programming
The programming details for the MP-Series Low-Inertia Servo Motors are not provided in our research. Programming for these motors would typically involve using a control system or programming software specific to the motor's application and the control system being used.
Installation
The installation details for the MP-Series Low-Inertia Servo Motors are not provided in our research. Installation typically involves mounting the motor securely, connecting power and control signals, and configuring the motor for operation within the control system.
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