Linear Servo Motor provides acceleration up to 8.4 G.

Press Release Summary:




Featuring full servo control and max velocity of 6.4 ft/sec, Model QCI-L6 is suited for high acceleration moves such as pick-and-place, wire bonding, semiconductor, and parts inspection. Servo control eliminates problems of resonance, stalling, and excess heating. One micron encoder allows for ±25 micron accuracy and is repeatable to ±10 microns. All active components are on moving part of motor, which produces 6 lb of continuous force while drawing less than 3 A from 12-48 Vdc power supply.



Original Press Release:



Linear Servomotor From A Linear Step Motor



QuickSilver Controls, Inc., known for its ability to servo rotary microstep motors now extends these capabilities to include servoing linear step motors. The QCI-L6 is a Linear Motor with full servo control which is ideal for high acceleration moves - up to 8.4G - which includes pick-and-place, wire bonding, semiconductor, parts inspection, and other high acceleration applications.

The technology required to servo a rotary step motor is not that much different than that required to servo a linear step motor. Servoing a linear step motor retains all the advantages of servoing a rotary step motor. Servo control adds accuracy and repeatability, while eliminating the problems of resonance, stalling and excess heating. QuickSilver's closed loop servo control increases the motor's practical acceleration to over 8G as compared to 1G when operated open loop. Maximum velocity is 6.4 ft/sec. The 1 micron encoder allows for +/-25 micron accuracy and is repeatable to +/-10 microns.

All active components are on the moving part of the motor, called a Forcer. The stationary portion, called the Platen, is non-magnetized which means it will not collect metal debris. The Forcer can produce 6 lbs of force (continuous) while drawing less than 3A from the 12V to 48V power supply. Maximum Platen length is 144 inches.

For more details, see QuickSilver's website (www.QuickSilverControls.com).

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