Home > Products > GEZE > Perlan 140 glass

Perlan 140 glass

Sliding door fitting for glass leaves and ceiling installation
  • Sliding door fitting for leaf weights of up to 140 kg
  • For glass leaves
  • With one or tow-sided draw-in damper
  • Adjustable height compensation levels out unevenness between the ceiling and the track
  • Precision ball bearings in the roller carriages offer very smooth sliding action
  • Tested for durability in accordance with DIN EN 1527 over 100,000 test cycles

Product Overview

Sliding door fitting for glass leaves and ceiling installation

Application Areas

  • Frequently used interior sliding doors
  • Living, office, and conference areas as well as hotels
  • Installation of fittings in all visible areas
  • Single and multiple-leaf sliding doors
  • Installation to the ceiling

Technical Data

Perlan 140 glass

Leaf material

Toughened safety glass (ESG-H), Laminated safety glass (LSG from toughened safety glass)

Leaf weight (max.)

140 kg

Number of leaves

1-leaf

Leaf width (min.)

500 mm

Leaf width (max.)

1640 mm

Leaf height (max.)

3500 mm

Leaf thickness from

8 mm

Leaf thickness to

12.76 mm

Track geometry

straight

EN 1670 Corrosion resistance

2 (acc. to EN 1670: Class 0 = none defined, Class 1 = low, Class 2 medium, Class 3 = high, Class 4 = very high, Class 5 = extraordinary)

EN 1527 Continuous function

100,000 test cycles

Type of installation

Wall, Ceiling

DIN direction

left / right

Clip-on covers

Rectangular

Manual operation

Yes

Surface

anodised

Colour

EV1

Downloads

No data was found

No data was found

No data was found

Variant Accessories

Similar Product

Sliding door fitting system for timber, plastic, or metal doors with a leaf weight of 40 kg
Sliding door fitting system for glass doors with a leaf weight of 80 kg
Sliding door fitting for industrial doors and gates with a leaf weight of 600 kg
Sliding door fitting for 60 kg glass leafs
Sliding door fitting for 60 kg wooden leafs for wall and ceiling installation

Related Project

No related projects was found

Search