Linear actuators

LA31 HOMELINE

Strong and very quiet linear actuator from LINAK. Ideal for domestic applications. Comes with flexible back fixture to adapt misalignments in a recliner. Max thrust: 6,000 N

Product description

LA31 HOMELINE

The actuator LA31 is a very quiet and powerful actuator designed for a variety of applications such as furniture, Nursing Home beds, Homecare beds or Hospital beds. The standard actuator LA31 is available for the HOMELINE®, CARELINE® and DESKLINE® product range. 

The HOMELINE actuator LA31 is specially made for domestic applications. A special feature is the flexible back fixture, which can adapt misalignments, for example, in a recliner application.

  • Max. thrust: 6,000 N in push application
  • Max. thrust: 4,000 N in pull application
  • Max. speed: 26 mm/s or 1.02 in/s

Product data sheet

LA31 HOMELINE data sheet

View the data sheet as an online magazine or download the PDF.

Brochures & manuals

Linear actuators and electronics user manual

This user manual will tell you how to install, use and maintain your LINAK electronics. We are sure that your LINAK system will afford you many years of problem-free operation.

HOMELINE product overview

Explore the variety of TWINDRIVE systems with a low noise level and the small built-in dimensions used in both box spring beds and slatted beds.

Support

Create a system with the TD4 Advanced and the CBH Advanced combined

How to connect a system with the TD4 Advanced and the CBH Advanced

The system consists of:
1 x TD4 Advanced
1 x Switch Mode Power Supply
1 x CBH Advanced
1 x 2-poled DC cable
1 x Serial cable
1 x Bluetooth® hand control
Single actuator(s)
2 x screws

  1. Place the CBH Advanced onto the TD4 Advanced & use two screws to fasten it
  2. Plug the serial cable into the TD4 Advanced and channel A1 on the CBH Advanced
  3. Plug a 2-pole DC cable into the TD4 Advanced and channel DC on the CBH Advanced
  4. Connect the SMPS to the TD4 Advanced
  5. Connect single actuators in channels 1 and 2 for adjustment of, for example, the neck rest and foot rest.
  6. If needed, connect massage motors in channels 3A and 3B
  7. Connect to a power outlet
  8. Pair the hand control (press the two top buttons simultaneously)
  9. The system is now ready for setup

Assembling a single actuator system

How to assemble a single actuator system

The system consists of:
Single actuator(s)
1 x Switch Mode Power Supply
1 x CBH Advanced
1 x Bluetooth® hand control
1 x Bluetooth® Adapter

  1. Connect single actuators in channels 1-2 to control adjustment of, for example, backrest and leg support. (With the 3-ch CBH Advanced, the 3rd channel can also be used for an actuator)
  2. Plug the DC cable into the CBH Advanced
  3. Plug the Bluetooth® Adapter into the CBH Advanced
  4. Connect to a power outlet
  5. Pair the hand control (press the two top buttons simultaneously)
  6. The system is now ready for setup

Initializing a single actuator system

How to initialize a single actuator system

  1. Connect to a power outlet
  2. Actuators must be in the inner position
  3. Push the "down" button of the actuator on the hand control for approx. 5 seconds
  4. The actuator now initiates and can drive outwards
  5. Repeat this for each actuator by pressing the matching "down" button on the hand control
  6. The actuator system is now initialized

Assembling a single actuator system with massage motors

How to assemble a single actuator system with massage motors

The system consists of:
Single actuator(s)
Massage motor(s)
1 x Switch Mode Power Supply
1 x CBH Advanced
1 x Bluetooth® hand control
1 x Bluetooth® Adapter

  1. Connect single actuators in channels 1-2 for, e.g., back and leg adjustment
  2. Connect massage motors in channels 3A and 3B
  3. Plug the 2-pole DC cable into the CBH Advanced
  4. Connect the other end of the cable to the SMPS and connect the cable
  5. Connect to a power outlet
  6. Plug the Bluetooth® Adapter into the CBH Advanced
  7. Pair the hand control
  8. The system is now paired and ready for use

Have a question about electric actuator technology?

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