Data Sheet

ManualsBrandsActuonix ManualsLinear ActuatorsActuonix L16 Linear Actuator, 100mm, 150:1, 12V w/ Potentiometer Feedback

Rev C.

100mm L16 – Actual Size

Applications

→ Robotics

→ Consumer appliances

→ Toys

→ RC vehicles

→ Automotive

→ Industrial Automation

Miniature Linear Motion Series · L16

Actuonix Motion Devices’ unique line of Miniature Linear Actuators enables a new

generation of motion-enabled product designs, with capabilities that have never

before been combined in a device of this size. These linear actuators are a

superior alternative to designing your own push/pull mechanisms.

The L16 actuators are complete, self contained linear motion devices with position

feedback for sophisticated position control capabilities, end of stroke limit

switches for simple two position automation, or RC servo. Several gear ratios are

available to give you varied speed/force configurations.

L16 Specifications

Gearing Option 35:1

63:1

150:1

Peak Power Point

N @

mm/s

N @

mm/s

175

N @

mm/s

Peak Efficiency Point

N @

mm/s

N @

mm/s

N @

mm/s

Max Speed (no load)

mm/s

Max Force (lifted)

100

200

Back Drive Forc

31N

102N

Stroke Option 50mm

100mm

140mm

Mass

Repeatability (

P & LAC)

Max Side Load

(extended)

Closed Length (hole

to hole)

118mm

168mm

218mm

Feedback Potentiometer

6kΩ

50%

11kΩ

50%

16kΩ

50%

Feedback

Linearity

Less than 2.00%

Input Voltage

15 VDC. Rated at 12VDC.

Stall Current

650mA @ 12V

Operating Temperature

-10

C to +50

Audible Noise

60dB @ 45cm

Ingress Protection

Mechanical Backlash

0.25mm

Limit Switches

Max. Current Leakage: 8uA

Maximum Static Force

250N

Maximum Duty Cycle

20%

Basis of Operation

The L16 is designed to push or pull a load along its full stroke length. The speed of

travel is determined by the load applied. (See the Load Curves). Actuator speed

can be reduced by lowering the drive voltage. When power is removed the

actuator will hold its position, unless the applied load exceeds the back drive force.

Repeated stalling or stalling for more than a few seconds will shorten the life of

the actuator significantly. Stalling is when an actuator is pushing a load that it

cannot move. Actuators should be tested in each specific application to determine

their effective life under those loading conditions and environment.



Actuonix Motion Devices Inc.

All data on this sheet is provided for information purposes only and is subject to change.

Purchase and use of Actuonix actuators is subject to our terms and condition as posted here:

http://www.actuonix.com/terms.asp

Summary of content (4 pages)

PAGE 1
Miniature Linear Motion Series · L16 Actuonix Motion Devices’ unique line of Miniature Linear Actuators enables a new generation of motion-enabled product designs, with capabilities that have never before been combined in a device of this size. These linear actuators are a superior alternative to designing your own push/pull mechanisms.
PAGE 2
L16 Specifications Current Curves Load Curves 600 35 500 35:1 25 Current (mA) Speed (mm/s) 30 63:1 20 150:1 15 10 400 300 200 100 5 0 0 0 0 50 100 150 Force (N) 200 250 50 100 150 200 250 Force (N) Model Selection L16-SS-GG-VV-C Feature Options SS: Stroke GG: Gear reduction ratio (refer to load curves above) VV: Voltage C: Controller 50, 100, 140 (mm) 35, 63, 150 (lower ratios are faster but push less force, and vice versa) 12 vdc or 6 vdc (-R only) P Potentiometer Feedback S
PAGE 3
WIRING: (see last page for pin numbering) 1 - White – RC input signal (RC-servo compatible) 2 - Red – Power (+6 VDC) 3 - Black – Ground Ordering Small quantity orders can be placed directly online at www.actuonix.com. Purchase orders, volume quotes, and custom requests can be sent to sales@actuonix.com . Each actuator ships with two mounting brackets, #8-32 Note: Reversing the polarity of pins 2 and 3 may mounting hardware and male connector pins.
PAGE 4
Copyright 2016 © Actuonix Motion Devices Inc. All data on this sheet is provided for information purposes only and is subject to change. Purchase and use of Actuonix actuators is subject to our terms and condition as posted here: http://www.actuonix.com/terms.asp REV D September 2016 Rev C.