Specifications Overview
The document provides detailed specifications for a series of motors, identified as UXX3, UXX6, UXX9, UXX12, and UXX18. These motors are 3-phase synchronous types with a maximum voltage of 230 Vac, rms (325 Vdc). Key performance metrics include peak force, continuous force at different coil temperatures, maximum speed, and motor force constant.

Performance Specifications
- Peak Force: Ranges from 700 N to 4200 N depending on the model.
- Continuous Force: Measured at coil temperatures of 110°C and 105°C, with values ranging from 141 N to 846 N.
- Maximum Speed: Consistent across models at 2.7 m/s and 6.6 m/s.
- Motor Force Constant: 124 N/Arms for most models, with some variations.

Electrical Specifications
- Peak Current: Varies from 5.6 Arms to 34 Arms.
- Continuous Current: Values are provided for coil temperatures of 110°C and 105°C.
- Back EMF: Consistent at 101 Vdc/m/s for most models.
- Resistance and Induction: Detailed per phase values are provided.

Thermal Specifications
- Continuous Power Loss: Ranges from 82 W to 494 W depending on coil temperature.
- Thermal Resistance: Values range from 1.04 K/W to 0.17 K/W.
- Temperature Sensors: PTC 1kΩ / NTC are used.

Mechanical Specifications
- Coil Unit Mass: Ranges from 0.55 kg to 3.02 kg.
- Coil Unit Length: Ranges from 134 mm to 704 mm.
- Magnet Pitch: Consistent at 57 mm.
- Cable Specifications: Includes details on power and sensor cable types and dimensions.

Additional Information
- Magnet yokes can be butted together, and specific dimensions and mass are provided.
- The document mentions the availability of CAD files and 3D models for installation purposes.
- Approvals and certifications are noted, with specific temperature limits for CSA certification.

Recommendations and Notes
- The document advises checking a simulation tool for specific application values, especially concerning bus voltage and mounting surface temperature.
- It highlights the importance of adhering to bending radius specifications for cable life and performance.