Pneumatic Rodless Linear Actuator OSP-L gives Reliable Operation Down to -40°C

Filderstadt, September 2010. – Parker Origa have added the new OSP-L rodless linear actuator to their OSP-P family. The new OSP-L series has been designed to cover applications that require very low leakage and protection against outside contamination. Consequently the new OSP-L has been equipped with a high tech PU inner tape to guarantee excellent low leakage values whereas the outer steel tape reliable prevents contamination from outside. The OSP-L’s aluminium profile is fully compatible with the renowned OSP-P range and allows all their modular system components to be used. The latest special OSP-L version has been designed to be used in outdoor applications at temperatures down to -40° Celsius.

It is the combination of a PU inner tape with a steel outer tape that make the OSP-L so unique: Not only stands the OSP-L for lowest leakage values, it also prevents outside contamination from penetrating inside most reliably. Just like the renowned ORIGA OSP-P series, the OSP-L offers remarkably low wear and can do up to 8,000 km before any maintenance is required.

The basic OSP-L model already features an inner plain bearing guide. However, depending on the particular application requirements, the OSP-L can also be fitted with the SLIDELINE external sliding guide or the STARLINE external recirculating linear ball bearing guide. As with the already proven OSP-P series, the new OSP-L series is lightweight with a flat layout and features an easy to install single-side air connection as well as optional integration of 3/2-way directional control valves.

The range of accessories also includes clevis and inverse-mounted carriages. In addition, duplex and multiplex connections of multiple linear drives are possible. A wide range of fasteners can be easily and flexibly mounted to the OSP-L in a variety of positions. In conjunction with the standard magnetic piston, the easy to install relay switches and the variable mechanical stops, any number of stop positions can be reliably used and monitored.