Frequently asked questions

            Dynamics: speed, acceleration and positioning time
            How fast can the liteECO® Actuators move?     

            The liteECO drive series delivers a max. speed of 1040 mm/s. With max. acceleration of 60 m/s²  a positioning time of up to 65 ms on 50 mm stroke is possible.

            Maximum force

            What force can a liteECO® Actuator apply statically and dynamically?

            Depending on the actuator configuration, forces up to 750 N can be applied statically (75 kg vertical load). The nominal force for dynamic processes is 33 % (poor thermal connection) to 50 % (good thermal connection) of the maximum force. The maximum load capacity must not be exceeded for dynamic loads.
            Please contact us to calculate your individual movement profiles.

            Recommended motion controller

            With which motion controller can the liteECO® actuators be operated?

            LiteECO® actuators are proven with controllers of the following manufacturers:

            Contact us for questions about control via different bus systems. We will be happy to assist you in selecting the appropriate control system and check compatibility with your system components.

            Maximum stroke
            What is the maximum stroke of a liteECO® actuator?

            Depending on theoverall length, the BASE series provides a maximum stroke of 45, 85 up to 115 mm (without integrated torsion protection of the plunger). The installation length of an actuator in each configuration is the respective maximum stroke + 32 mm offset. This means that the liteECO® saves up to 80 % installation space compared to comparable electrical solutions and utilises almost the entire installation length for the stroke.

            Simplification of the system infrastructure

            What are the benefits of switching to an all-electric infrastructure?

            The use of electromechanical actuators instead of pneumatic systems leads to a significantly simplification of the system infrastructure and an associated faster commissioning. The reduced component use leads to a more advantageous ecological footprint of the systems.

            Whereas the SMELA liteECO® actuators only require a motion controller, a pneumatic cylinder requires a complete compressed air infrastructure consisting of a compressor, pressure vessels, leaky hoses, valves, valve actuators as well as a power supply.

            The maintenance effort of these compressed air systems, with continuous lubrication and cleaning as well as filter changes and leakage repairs, represents a non-negligible personnel expense with additional material costs.

            Mechanical compatibility
            How is the mechanical connection of the liteECO® actuators designed?

            The LE-BASE.50 size has an external flange dimension (A) of 50 x 50 mm with a mounting hole spacing of 42 x 42 mm.

            As the liteECO® series does not exceed the installation length with the same stroke of the pneumatic cylinders, the actuators can be used without any further adaptation effort. Provided that the force and dynamics meet the requirements.

            Feel free to contact us!

            Parameterization and teachability

            Can the motion profiles be parameterized?

            Depending on the motion controller used, various scripts for stand-alone/island operation of the controllers can be stored in addition to the integrated position control with mostly subordinate speed and current control loop.

            This allows digital or analog inputs to be easily ealuated and used in programmed state machines in addition to setpoint specification via a bus system (e.g. CAN, EtherCAT, Profinet oder Profibus).

            For small systems/automats without higher-level control or for quick commissioning by mechanics without programming knowledge, this can be useful and helpful.

            The accompanying video shows a simple switch function for picking and logistics systems. The desired positions can easily be programmed by hand, without PC or bus connection. Via digital inputs (pushbuttons), binary signals or bus systems the control in the machine can be done.
            How long is the service life of liteECO® actuators?

            Die verwendeten Mechaniken sind je nach Konfiguration aus Gleitpaarungen (Kunststoff- und/oder Metallpaarungen)  oder Kugelgewindetrieben. Erstere sind günstiger in der Herstellung, erzielen aber dennoch Zykluszahlen ähnlich der Pneumatikzylinder (> 10 Mio.). Ein entstehender Verschleiß kann über die Regelung kompensiert und elektronisch angekündigt werden (Predictive Maintenance). Infolge bietet SMELA ein Refurbishment der Aktuatoren, um einfach und kostengünstig die Mechaniken zu ersetzen und dem Produkt zu mehreren Lebenszyklen zu verhelfen.

            Damit schont unser nachhaltiges Design nicht nur wertvolle Ressourcen, sondern reduziert auch Industrieschrott.

            Contact us for further informations, the individual life cycle determination or the processing of a refurbishment:

            Areas of application

            Where are liteECO® actuators used?

            The liteECO® linear actuators are ideal for applications that require short linear movements: e.g. in production lines, machine tools or packaging systems. For simple and complex movements: for fixing, adjusting, locking or traversing any motion profiles.

            Do you have any questions?

            It would be a pleasure for our experts to answer your questions.