Images are for illustration purposes only and may differ from the actual product. Some images have been generated or edited, in whole or in part, using artificial intelligence systems. The technical specifications in the product description are authoritative.
This compensating bracket prevents constraint from misalignment between cylinder and external guide. A key figure is a piston diameter of 40 mm. Dimension 80 x 107.0 x 60 mm.

Compensating bracket for rodless cylinders, narrow design, for piston diameter 40 mm

FLUIDICS EQUIPMENT Original product
Net price (excl. VAT)
€166.48 €139.90
Item FL-041618
Manufacturer no. LZ 40 PBS
Personal expert advice
Brand new Specialist dealer since 2009 Original product Worldwide shipping
Product data
Manufacturer no.LZ 40 PBS
EAN4050571469733
Customs tariff number84129080
ConditionNew
Artikel
FL-041618

As a compensating bracket the article prevents constraint from misalignment between cylinder and external guide. The data state a piston diameter of 40 mm. This version is listed with 80 mm for dimension A, 107.0 mm for dimension H and 60 mm for dimension D.

Benefits

  • Matched to cylinders with a 40 mm piston diameter.
  • Dimension A comes to 80 mm for size 40 mm.
  • Dimension H comes to 107.0 mm for size 40 mm.
  • Dimension D comes to 60 mm for size 40 mm.
  • For piston diameter of 40 mm as per the data sheet.

Technical data

For piston diameter [mm]40
Designnarrow
Dimension A [mm]80
Dimension C [mm]47.0
Dimension D [mm]60
Dimension F [mm]22
Thread GM 8
Dimension H [mm]107.0
Dimension J [mm]4.5
Dimension K [mm]8
Dimension M [mm]8
Thread LM 6

Applications

Where a rodless cylinder of size 40 mm works with an external guide, the compensating bracket takes up the misalignment.

More Information
Hersteller-NrLZ 40 PBS
ManufacturerFluidics equipment
EAN4050571469733
Weight0.220000
Zolltarifnummer84129080
GPSR HerstellerdatenA1-ESD equipment GmbH. Keldersstr. 15, DE-42697 Solingen, www.esd.equipment
Artikel-AuthentizitätOriginal product
ArtikelzustandNew
Position sensingNo