The DDTS range of slides offer a super extension of 200% as standard. Utilising heavy duty I beams the slide can maintain rigidity in demanding applications where the travel exceeds the closed length by a factor of two.

Extension: 200%
Material: Steel C45E+C
Length: 150 mm to 1000 mm
Cross-section: 36 x 35 mm
Travel distance: 300 mm to 2000 mm
Load capacity: up to 100 kg/pair
Operating temperature: -40 to +200 C

The DDTS-35 slide with a closed length of 350mm has a travel of 750mm (1050mm overall) has a loading of 100kg per pair. Constructed from 5 cold drawn steel sections this full action ball bearing slide has high precision and excellent level of resistance to shock and vibration when supporting a static load in the closed position. Accordingly, the slide is well suited to mounting on vehicles and trains. Constructed in the tried and tested I beam format, this telescopic slide offers a low overall slide height for its high load capacity.

This slide also has good resistance to applied loads when in the extended position making it an excellent choice for dynamic applications subject to high loads and torque with minimal deflection. Additional variations may be produced with alternative closed lengths, extensions, mounting systems, surface treatments, and ball bearings.

The slides are manufactured from cold drawn steel C45E+C in accordance with EN 10277. Standard ball cages are manufactured from zinc plated sheet metal, and the ball bearings are carbon steel C85 G100 in accordance with DIN 5401.

Load capacities:
The telescopic slides offer a high level of load capacity with compact dimensions. The maximum load is specified on fully extended pairs of slides installed along the major axis, with the load evenly distributed over the inner beam.

Note:
As these telescopic slides are custom-made upon order, they are excluded from returns. The slides are secured with premium wood packaging for transport.

Der Beitrag Telescopic Slide over extension DDTS-35 | up to 100 kg | Schock telescopic slides erschien zuerst auf SCHOCK Telescopic slides.