Stavebnicový systém MB 9 - EN

595 16 Drive elements – a comparison Speed (max.) Repeat accuracy Stroke length (max.) Motive power (max.) v +- h F Timing-belt drive 596  Universal solution for high speeds  Ideal for long stroke lengths 5 m/s 0.15 mm 11,700 mm 2,100 N Chain drive 613  Robust for contaminated environments  Consistently high power transmission 2 m/s 0.5 mm 5,700 mm 1,400 N Rack drive 615  Ideal for vertical movements  Extremely rigid and precise 3 m/s 0.1 mm 5,700 mm 1,000 N Ball Screw Unit 616  Highest precision of all item drives  Low wear and outstanding rigidity 1 m/s 0.05 mm 2,700 mm 2,000 N Drive elements are the perfect complement to the linear guides available from item. They use timing belts, ball screws and other mechanisms to ensure reliable power transmission between any motor of choice and the carriage. A range of specialised solutions is available to suit various applications, thus making sure that the ideal combination of linear guide and drive element can be found whatever the requirements. All tasks can therefore be taken care of, from rapid and precise process automation to the safe lifting of loads. The MB Building Kit System supports the construction of custom solutions, which means that even difficult installation scenarios can be dealt with. Linear Units can also be ordered as ready-to-install turnkey solutions for typical tasks that use a combination of standard components as appropriate to require- ments. The end result is an automation solution in the required length that saves both time and costs. Online product configurators also make it easier to select the right products. Find out more online, at www.item24.de/en Note: Drive elements from item can be operated with a whole range of motors. item enables users to choose the drive motor that best suits their requirements. Flexible couplings are available for integrating the motor of choice and even synchronised drives are possible. Information on couplings can be found in this section. Overview – the quickest route to the ideal drive element M E C H A N I C A L D R I V E E L E M E N T S