Telescopic slide partial extension Series 012 | up to 50 kg | Schock Metall MODULAR

Telescopic Slides Schock Metal® MODULAR Full-Extension Series 012 

Article price and sale per piece. 

The Schock Metal MODULAR Series 012 full-extension slide is the ideal solution for a wide range of applications where ease of use and convenient accessibility are critical. With dimensions of 37.5 mm x 13 mm and available lengths from 250 mm to 700 mm, they offer exceptional flexibility and adaptability for various projects. 

These full-extension slides come with a comprehensive selection of useful features, including "Soft-Stop", "Hold-In", "Hold-Out", "Disconnect", and the "Air Motion® Smooth-Action". These features ensure not only safe handling but also comfortable and reliable use. 

The Schock Metal MODULAR Series 012 full-extension slides are versatile, as they are suitable for both vertical and horizontal installation. This allows easy integration into a wide range of projects. With a load capacity of up to 50 kg per pair, they are highly reliable and ideally suited for applications where medium loads need to be moved. 

Whether for industrial applications, tool trolleys, store fittings, storage systems, or other challenges – the Schock Metal MODULAR Series 012 full-extension slides offer robust design, high performance, and smooth operation to make accessing items, storage solutions, or equipment effortless. 

Description Telescopic Slide 

• Full-extension 
• Load capacity up to 50 kg per pair with 10,000 cycles 

Material: 

• Rails made of hot-dip galvanized steel (Zinc Plus) 
• Ball cages made of galvanized steel 
• Balls made of hardened carbon steel 

Temperature Range: 

• Operating temperature -20°C to +70°C 
• Operating temperature with Soft-Close +10°C to +40°C

Notes: 

The specified load capacities are maximum values for a vertically mounted pair of telescopic slides with even load distribution when using all intended fixing positions. 

ATTENTION: 

 For flat mounting (horizontally mounted), the load capacity is reduced by up to 75%.