BLMX Series Linear Motors
The BLMX series “U-channel” brushless linear servomotors offer over 49% greater continuous output force in the same physical envelope than similar models from other manufacturers.
Description
Specifications
Dimensions
Ordering Info
Downloads
Description
Description
Specifications
Dimensions
Ordering Info
Downloads
Description
Design Features
- 49% greater continuous output force in the same physical envelope than competitive models
- Continuous force to 1063 N (239 lb); peak force to 4252 N (956 lb)
- 152.0 mm high x 50.8 mm wide cross section
- Special magnet options available for increased force output
- CE approved, follows the EU 2015/863 RoHS 3 directive
BLMX series motors feature a high-efficiency magnetic circuit design that provides continuous force ratings to 1063 N (239 lb) and peak forces to 4252 N (956 lb). This extremely high level of performance can be enhanced with special high-strength magnet options that increase force output.
The BLMX forcer assembly contains Hall-effect devices, and a thermal sensor, and is constructed of reinforced ceramic epoxy. This ironless design eliminates eddy-current losses that otherwise would limit speed and produce additional heat.
BLMX linear motors are direct drive and consist of a forcer and "U-channel" rare-earth magnet track. This design eliminates backlash, windup, wear and maintenance issues associated with ball screws, belts, and rack and pinions.
The BLMX series nonmagnetic forcer eliminates cogging and magnetic attraction to allow for extremely smooth motion and very tight velocity and position control. These linear motors are ideal for applications demanding the ultimate in force output. BLMX series linear motors are forgiving to align, easy to assemble, and keep the magnetic field well-contained. Magnet tracks are stackable for any travel length. These motors are well-suited for industrial applications.
The BLMX can be driven using standard Aerotech brushless amplifiers and controllers to provide a complete, integrated system.
Need help sizing your motor? Try Aerotech's Motor Sizer software to specify the ideal motor for your application.
Dimensions
BLMX
Ordering Information
Brushless Linear Servomotors - BLMX Series Compact “U” Channel Forcer Coils
| Option | Description |
| BLMX-382 | Linear motor forcer with thermistor; 382 mm long |
| BLMX-502 | Linear motor forcer with thermistor; 502 mm long |
Winding Designation (Required)
| Option | Description |
| -A | 76 cm (2.5 ft) flying leads (standard) |
- Contact factory to inquire about or check availability of alternate winding options.
Air Cooling (Required)
| Option | Description |
| -NC | No air cooling fitting is installed |
| -AC | Includes air cooling fitting |
Hall Effect Sensors (Required)
| Option | Description |
| -H | Hall effect sensors included |
| -NH | No Hall effect sensors |
Preparation (Required)
| Option | Description |
| -S | Standard |
| -V | Vacuum preparation to 10-6 Torr |
| -UHV | Ultra-high vacuum preparation; contact factory |
Cable Length (Required)
| Option | Description |
| -750 | 750 mm length high-flex cables |
| -5000 | 5.0 meter length high-flex cables |
Magnet Tracks (Optional)
| Option | Description |
| MTX480P | "U" channel magnet track for use with BLMX-series forcers, 480 mm long |
| MTX600P | "U" channel magnet track for use with BLMX-series forcers, 600 mm long |
| MTX720P | "U" channel magnet track for use with BLMX-series forcers, 720 mm long |
| MTXxP | "U" channel magnet track for use with BLMX-series forcers; custom length |
- Magnet tracks are ordered as separate line items. Magnet track part numbers ending with "P" are high performance grade, including magnets on both sides of the track.
| Option | Description |
| -TAS | Integration - Test as system Testing, integration, and documentation of a group of components as a complete system that will be used together (ex: drive, controller, and stage). This includes parameter file generation, system tuning, and documentation of the system configuration. |
| -TAC | Integration - Test as components Testing and integration of individual items as discrete components that ship together. This is typically used for spare parts, replacement parts, or items that will not be used together. These components may or may not be part of a larger system. |