Linear Actuator LD600 E&P

Stroke: max. 600 mm | Force: max. 6,000 N | Speed max. 19 mm/s

Features

Position Feedback by Potentiometer (P) or adjustable integrated End switches (E)
Direction of movement selection by supply voltage polarity
Manual emergency operation
Compact, robust housing design with IP69K Protection class

Electric Linear Actuator LD600 E&P

The LD600 linear actuator is a powerful, intelligent solution designed for both indoor and outdoor use, offering up to 6000 N of force, a maximum stroke of 600 mm, and 12V or 24V DC Motor Voltage. Its robust, IP69K protection rated construction features a die-cast aluminum housing and a stainless-steel lift tube.

The LD600E (E= End Switch), is the version offering infinitely variable adjustment of both stroke end positions by the customer, using an easily accessible, patented mechanical limit switch adjustment device.

The LD600P (P=Potentiometer), is the version with potentiometer feedback as a control alternative.

The LD600 linear actuator is perfect for harsh environments, making it ideal for agricultural machinery, mobile vehicles, industrial systems, and marine technology. Its compact, durable and corrosion resistant design also makes it suitable for a variety of industrial machinery applications requiring precise, reliable movement.

Technical Data

General Data
Force	Max. 6,000 N (Push) \| 4,000 N (Pull)
Speed	Max. 19 mm/s
Stroke Length	Max. 600 mm
Installation Dimension	Stroke + 200 mm (min. 300 mm)
Motor Voltage	12V, 24V DC
Degree of Protection	IP 69k static
Duty Cycle	10% / 20min (AB 2/18)
Position Feedback	End-Positions via integrated limit switches (E) or potentiometer (P)

Configurator and 3D Data for Linear actuators

Configure Your Own Linear Actuator And Get The CAD Data

With our 3D CAD Product Configurator, you can create customized 3D STEP files for all our linear actuators to match your needs and requirements. The files are rendered and output directly, enabling you to incorporate them into your design and development processes. You receive the generated STEP files by e-mail. These can then be integrated directly into your application.