Product sheet
Description
This 2 beam anodized aluminium telescopic slide provides a bi-directional partial extension : the drawer can be extracted on both sides of the cabinet.
Very slim, its movement is particularly smooth and silent.
A cost effective design for light duty loads.
Drilling scheme

Standard closed lengths
| Extension |
on major axis |
on minor axis | Stock | CAD Files Add to cart | ||
| 150 mm | 70 mm | 7 kg | Contact us | |||
| 200 mm | 120 mm | 15 kg | Contact us | |||
| 250 mm | 160 mm | 25 kg | Contact us | |||
| 300 mm | 180 mm | 50 kg | Contact us | |||
| 350 mm | 230 mm | 45 kg | Contact us | |||
| 400 mm | 280 mm | 40 kg | Contact us | |||
| 450 mm | 300 mm | 32 kg | Contact us | |||
| 500 mm | 330 mm | 25 kg | Contact us | |||
| 550 mm | 350 mm | 18 kg | Contact us | |||
| 600 mm | 400 mm | 15 kg | Contact us | |||
| 650 mm | 450 mm | 10 kg | Contact us | |||
Technical informations
Applications
This slider is designed for simple, basic and cost conciouse light duty applications that require a relativly low number of cycles, suchs as small drawers, keyboards or bi-directional drawers.
Very light it is particularly well designed for aerospace applications.
Recommended operation temperature from -20 to 80°C
Caution: The use of aluminum slides is not recommended within applications that have high levels of vibration. If you would like advice please do not hesitate to contact us.
Caution: due to the slim profile of this slide to avoid excess friction and increased deflection we recommended that it is used only in its major axis.
Caution: aluminium slides are not designed for intensively cycling use.
Note: the double extension option can not be supplied with any locking devices.
Manufacture
Chambrelan produces this telescopic guide from anodised aluminium profile.
It includes polyamid ball cages and a rubber stops on closing.
Ball bearings are made of steel and greased with a white bearing grease.
Same models
This model has equivalent models, whose overall dimensions and the diagrams of drillings are close or identical:
















