… clamps, never leaving the belt unclamped. This will keep the belt under a slight amount of tension. This ensures that new rack segments are aligned properly. Repeat step 11 until all rack segments are attached. Attach the second belt clamp. Tighten the idler set screws on the housing to approximately 1Nm. Cycle the actuator and check that it runs smoothly, increase or decrease the tension until the actuator runs smoothly. Attach the motor or powertrain components. Notes: When installing motors, apply a small amount of grease to the motor shaft so that it is lightly coated. This will reduce the possibility of fretting corrosion occurring during operation, making future removal easier. Moreover, do not use excessive force (hammering, prying or using screws to “push” the motor) to install the motor. 16. Attach any accessories, such as sensors or end stops. Maintenance For maintenance instructions, please see the maintenance tech doc.

… 860 mm/s Max payload (pull / push): 45 kg N/A N/A N/A AC Motor (10:1 gearbox) 10:1 N/A Max speed: 688 mm/s Max payload (pull / push): 75 kg N/A N/A N/A AC Motor (15:1 gearbox) 15:1 N/A Max speed: 459 mm/s Max payload (pull / push): 125kg N/A N/A N/A For more detailed information, take a look at the tech doc of each conveyor. Operating Conditions Control and configuration options: Simple manual On/Off is possible with the AC Motor and VFD product Programmable On/Off is possible with stepper motors, and AC Motor when paired with a Machine Motion Precision distance control only possible through MachineMotion with Stepper Motors It is possible to have an Analog sensor feedback control through VFD Conveyor Lengths and Widths: Here are the offered lengths and widths of …