The Professional Range of extreme duty telescopic slides has been extended to include all stainless steel versions. This follows the interchangeable steel and aluminium formats to provide the end user with total flexibility for future design demands.
Our extreme environment stainless steel slides are manufactured from marine grade 316L (1.4404) stainless steel (inox) offering a very high corrosion resistance, including marine applications. The austenitic structure of 316L stainless gives excellent toughness, even at cryogenic temperatures. The slide beams, cages and ball bearings are manufactured from austenitic grade 316L (1.4404). End stop bolts and retaining pins are austenitic grade 304 (1.4301), completing the corrosion protection, There is the bespoke option to manufacture an all 316L product on higher production volumes. High and low temperature grease can be applied at customer's request. The beams are polished to a bright finish on all surface areas as standard.
As an industry first, Sliding Systems can now supply advanced FEA analysis reports for all products within the Professional Range. This will enable the design engineer to accurately calculate peak loading, deflection and operating forces within their bespoke projects. Our production facility is totally flexible due to the milling process, allowing us to bespoke manufacture the entire Professional Range in stainless steel. Please consult our sales engineers on the options and lead-times.
There are five extension options available with this range of slides:
The SDTS 'I' beam profile is particularly suited for highly corrosive applications with prolonged exposure to the elements. Having a compact profiles, this makes them an excellent choice for undercarriage train battery rafts in hostile conditions, marine/offshore or military vehicles working in sub-zero climates. Constructed from milled stainless steel sections, with machined ball tracks for accuracy, the slides have excellent levels of shock and vibration resistance. Accordingly the product is well suited to supporting generators and heavy machine guards, even with an over extension of 120%.
The slide beams, cages and ball bearings are manufactured from austenitic grade 316L (1.4404). End stop bolts and retaining pins are austenitic grade 304 (1.4301), completing the corrosion protection, There is the bespoke option to manufacture an all 316L product on higher production volumes. High and low temperature grease can be applied at customer's request. The beams are polished to a bright finish on all surface areas as standard.
Due to the extreme strength of the mobile 'I' beam, these slides are robust to applied loads when in the extended position making them an excellent choice for dynamic applications, unlike many other slides manufactured from weaker rolled steel 'C' sections. There are no plastic parts in the manufacture of this range, making it ideal for high and low temperature use.
All Professional Range slides are fitted with internal end stops to retain the beams when in the closed and fully extended positions. There are heavy duty end bolts to secure the slides when stowed and solid stainless steel pins which locate at the rear bearing within the cages to prevent the beams detaching. Our end bolts/pins are tested to support the stated loads at operational speeds below 0.3m/s.
Prices are per single slide. Loadings are given per extended pair. There are two slides per pair. The stainless steel slides are manufactured to order, please allow 4-5 weeks (8-10 for bespoke SDTS-120 & 150). Or can be stocked for immediate call off against scheduled orders.
CAD 3D stp files and datasheets are downloaded from the product page tab below.
SDTSB slides offer total extension front and rear, whilst SOWST offer partial extension front and rear. For SDTSB, this is made possible by internal rocker devices which release each beam in sequence, allowing the drawer to be accessed from either side of the vehicle or enclosure. We do not recommend standard SDTSB or SOWST slides on accurate robotic pick & place or high speed shuttles, without factory adaptation and customer in situ testing, prior to committing to production.
Base mounted slides can travel 100% of the closed length. The bottom beam is drilled with accessible countersunk holes to mount into the truck floor. The upper beam is threaded for the drawer or generator cradle to sit on top.