Linak manual Initialisation of the TD1 memory and infrared system

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Initialisation of the TD1 memory and infrared system.

To ensure optimum drive of the systems with memory, infrared and extra channels must be run out to the outward position and in again before use. This drive (out + in) must be done

without stops.

Removal / fitting of the 9V batteries:

Changing of the 9V batteries is possible by pushing the batteries upwards via the two holes in the bottom of the unit.

It is necessary to use a blunt instrument with a diameter of Ø6 mm. When the batteries are visible from above they can be removed by using fingers.

Important, before removal remove the battery clips. Fitting is done by pushing the batteries into the holes remembering that the clips must be uppermost and that they are first connected when the batteries are in place.

If the battery option is chosen the system will be able to be lowered into the reset position by using the reset button on the handset during power failure.

This function is only available for the head and foot rest and only when the emergency lowering function is an available option.

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Contents Options FeaturesCable for LA31 Mounting instructions Mounting instructions for Twindrivetm Dimensions axle distanceMounting instructions welding Welding diagramDimensions drawing of the twist bracket Removal / fitting of the 9V batteries Initialisation of the TD1 memory and infrared systemTorque Nm RpmSpeed Compability with standard handsets Technical specificationsOrdering example TD 1 0 1 0 0 0 0 a 0 0 0 0 Cable = Straight 3.2 m EU wall plugWithout non detachable cable 3.2 m IP degree = Standard Mains cut-off = None= Internal mains cut-off = None standard

TD1 specifications

The Linak TD1 is an innovative actuator designed to enhance the functionality and efficiency of various applications. Leveraging cutting-edge technology and robust engineering, the TD1 offers a range of features that cater to the needs of modern users.

One of the standout characteristics of the Linak TD1 is its compact design. Measuring just a few centimeters in height, this actuator can be seamlessly integrated into numerous products without compromising aesthetics or functionality. This compactness is particularly beneficial for applications where space is at a premium, allowing manufacturers to create sleeker designs while maintaining powerful performance.

The TD1 actuator operates with exceptional precision, thanks to its advanced electronic control systems. These systems facilitate smooth and accurate adjustments, making the TD1 suitable for various tasks, from lifting and lowering to tilting and rotating. Whether it is employed in height-adjustable desks, chairs, or different medical equipment, the actuator ensures optimal usability and comfort.

One of the core technologies behind the TD1 actuator is its brushless motor. This motor is designed to operate silently and efficiently, reducing energy consumption and extending the lifespan of the device. The brushed motor also eliminates the need for maintenance associated with traditional motor types, making the TD1 a low-effort solution for users.

The actuator provides a load capacity of up to 1,000 Newtons, showcasing its strength and reliability for heavy-duty applications. Additionally, it features built-in overload protection, ensuring safety for both users and the equipment in which it is installed. This level of safety is particularly important in medical and industrial environments, where equipment failure can have significant consequences.

The Linak TD1 is not only technologically sophisticated but also environmentally friendly. It complies with various international standards regarding energy efficiency and sustainability. The use of recyclable materials in its construction further aligns with the increasing need for eco-conscious manufacturing processes.

In terms of connectivity, the TD1 actuator can be integrated with smart control systems. This feature allows users to operate multiple actuators simultaneously or monitor their status remotely, enhancing operational efficiency and providing valuable data for maintenance planning.

In conclusion, the Linak TD1 actuator stands out for its compact design, robust performance, and smart technology integration. Its features and capabilities make it ideal for a wide range of applications, ensuring reliability and user satisfaction in both residential and industrial contexts. With a focus on innovation and sustainability, the TD1 represents a significant advancement in actuator technology.
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