PROGRESSIVE AUTOMATIONS 12V Linear Electric Actuator with Feedback (4 in. 50 lbs.) Mini High Speed DC Motor & Durable Stroke. for Table Lift, Standing Desk, Hospital beds. PA-14P-4-50
This Feedback Linear Actuator utilizes a fundamental linear motion design in a compact body. The built-in potentiometer feedback allows for position control. This feature is important to applications that require precision. The low current, medium force actuator is ideal for home automation, cabinetry, agriculture, and robotics. For a full list of specifications, customization options, and dimensional drawings, please see our PA-14P Data Sheet.
Product Dimensions : 11.5 x 3.75 x 2.2 inches; 2.05 Pounds
Item model number : PA-14P-4-50
Date First Available : November 26, 2014
Manufacturer : PROGRESSIVE AUTOMATIONS
ASIN : B00Q74J3JW
Country of Origin : China
Compact body with a built-in potentiometer feedback allows for position control, can control the speed and position, syncing multIipe motors, or creating a suitable position or speed profile.Turns rotational motion into linear motion, through the application of linear force. Additionally, programmable using arduino, starter kits, controller, etc
Actuator can be used to open doors, lift platforms, raise flat screen at home and in buses, floor cleaners, mobile traffic signs, automatic spice racks, chicken coop doors, hospitality hydraulic beds, message tables, electric sofas and many others.
12 volt linear actuators are rugged and durable and can withstand harsh working environments. They can also be used in smart home applications, thus providing a smooth integration with all systems.
One electric actuator is faster and easier to install than multiple hydraulic and pneumatic cylinders. Compare zero maintenance electric actuators against the fluid replacement, leak repairs and other routine maintenance needed to support hydraulic systems.
Superb quality guaranteed or your money back! Support team of engineers are skilled to help you with your product integration.
(as of Jul 01,2022 08:18:49 UTC – Details)