Description
P/N: A1A0014F
To call our CAN-enabled 12V/24V linear actuators impressive would do them an injustice. We spent 2 years designing and perfecting the technology and guaranteeing durability by manufacturing them in-house. Our electric linear actuators are an integral part of our RANGER Systems, capable of stroking a machine’s manual valves in both directions with precise control – accurate to 0.01.
These heavy-duty linear actuators are a great way to retrofit electronic control onto manual over hydraulic valves that don’t have solenoids or coils for electric over hydraulic control or to be used for a throttle actuator.
To start, our rugged linear actuators are environmentally hardened—fully weather-sealed.
- 90 pounds of force over a 3” maximum stroke / compact design that allows for easy installation, CAN bus control over J1939
More than that, though, our linear actuators are fast, and they are smart. They have a built-in processor for precise control of hydraulic valves, accurate to 0.01”, and include an internal clutch for safety to enable freewheeling back to the center position when the joystick is released or power is lost. The high-speed processor has safety mechanisms built-in to protect the motor and clutch for extended life.
Finally, we wanted to ensure our actuators last as long as they are a part of the equipment. To that end, we eliminated the internal potentiometer used for length measurement, which can wear out with use and vibration.
Instead, we engineered an all-new contactless sensor for feedback and have encapsulated all the electronics to weatherproof them further and provide the most solid protection from vibration on extreme-duty off-highway equipment.
Height | 8.875″ |
---|---|
Width | 1.875″ |
Depth | 4.000″ |
Operating Temperature | -40° to 85° C |
Housing Material | Aluminum Die-Cast Enclosure |
Ingress Protection | IP67 |
Stroke (Max) | 3.00″ |
Output Force (Dynamic) Load | 90 lbs. |
Feedback | Contactless Magnetic Length Sensor |
Data Sheet | Printable Linear Actuator Data Sheet |