Unit Price:
1-4 pieces:	$1,054.04
5-9 pieces:	$912.44
10-24 pieces:	$808.14
25-49 pieces:	$808.14
50-99 pieces:	$808.14
Prices for larger quantities may be obtained by contacting us or by clicking the RFQ below.
OEM quantities, more than 100 units or special instructions:

Special Comments

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All Values at 25ºC
Encoder Resolution: 0.000197" (5.00 microns)
Encoder Type: Quadrature with Differential Outputs, TTL
Home Indicator: TTL, Active High
Intermittent Force at 10% Duty Cycle: 67.2 oz (18.7 N)
Continuous Force: 22.2 oz (5.9 N)
Force Constant: 13.7 lb/A (3.79 N/A)
Back EMF Constant: 0.10 V/in/s (3.79 V/m/s)
Stroke: 0.50 in (12.7 mm)
Moving Mass: 1.38 oz (39 gr)
Total Mass: 6.0 oz (170 gr)
Coil Resistance: 3.3 Ohms
Coil Inductance at 1000 Hz: 1.4 mH
Maximum Continuous Power: 8.0 W
Maximum Total Shaft Side Load: 7.2 (2.0 N)
Linear Bearing type: Plain Bushing

These direct drive linear motors are supplied with an internal shaft supported by long life linear bearings and an integrated position sensor, eliminating backlash and extra space needed for an external feedback device.

While there are many different types of precision actuators, direct drive actuators are the best choice when responsiveness, accuracy, speed, and high resolution are essential.

An optical encoder is incorporated within the body of the motor which increases the reliability. These motors are capable of producing high forces with long strokes in a small form factor, traditionally possible by bulky and much larger actuators using rotary motors in conjunction with some other intermediate rotary to linear conversion methods such as lead screws, rack and pinion or belt driven systems.

The non-commutated motor construction increases reliability. The direct coupling of the motor to the load allows for fast acceleration / deceleration and high speed operation. Threaded features are provided on both sides of the motor as well as the shaft, making it possible for the user to mount the motor and payload on either side.

The actuator's shaft is prevented from rotation utilizing an internal anti-rotation mechanism.

Threaded features are provided on both sides of the motor as well as the shaft, making it possible for the user to mount the motor and payload on either side.

These types of motors are used in conjunction with motion controllers for accurate positioning.



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