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Conduct your own green energy experiments with Phidgets


3540 - Linear Actuator L12-100-100-06-R$92.70






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Product Features
• Stroke Length: 100mm
• Gear reduction ratio: 100
• Compact miniature size
• Easy mounting

Product Description
The L12 Linear Actuator is an axial design with a powerful drivetrain and a rectangular cross section for increased rigidity.

The L12 actuator is designed to move push or pull loads along its full stroke length. The speed of travel is determined by the gearing of the actuator and the load or force the actuator is working against at a given point in time. When power is removed, the actuator stops moving and holds its position, unless the applied load exceeds the backdrive force, in which case the actuator will backdrive. Stalling the actuator under power for short periods of time (several seconds) will not damage the actuator.

The linear actuator is an alternative to designing with gears, motors, servos and linkages. The controller sees the actuator as a standard RC servo.

Comes packaged with:
• Two mounting clamps
• Two mounting brackets
• Two rod end options: a clevis end and a threaded end with nut

















Controllers

The 3450 can be used with the following Phidgets servo controllers:
1000 - PhidgetServo 1-Motor
1061 - PhidgetAdvancedServo 8-Motor
1066 - PhidgetAdvancedServo 1-Motor

When controlling the device, set the speed to the maximum speed. Trying to vary the speed will produce erratic results.

Resources
Firgelli F-12 Data Sheet


Product Specifications
Characteristic
Value
Operating Voltage 6V
Stroke Length 100mm
Gear Reduction Ratio 100
Controller RC Linear Servo
   
Peak Power Point123N @6mm/second
Peak Efficiency Point 12N @8mm/second
Max Speed (no load) 12mm/second
Backdrive force2 80N
Mechanical Backlash 0.1mm
Stall Current 450mA at 6V
   
Weight 56g
Positional Accuracy 0.3mm
Max Side Force (fully extended) 15N

1
1N(Newton) = 0.225lb(pound-force)
2 A powered-off actuator will statically hold a force up to the Backdrive Force


*For shipments outside of USA, please email info@greenenergyresearch.com to confirm freight charges