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80x80 Lightweight ISP Profile

So far: 80,86 € Special price: 56,61 € incl. VAT.−30 % Opening offer

Base price per meter

Nut 8 · ISP · Light

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Lightweight 80x80 aluminum profile of the special series for supports of long dividing walls, decorative ceiling frames, and support structures for spotlights.

Must be reordered – longer delivery times may apply.

Custom cut Enter desired length
750 mm–6,010 mm
Price for the selected cut – Base price: 56,61 € / m incl. VAT.
Cutting costs per profile: 1–4 cuts €10 each, 5–9 €5 each, 10–99 €2 each, 100 or more free of charge. Incl. VAT.
SKU: 1.1.08.080080.02.1-7404 Category:

Description

Product Overview

The lightweight 80x80 profile of the special series is designed for slim frame and support structures. Its square cross-section is suitable for long separation areas and decorative frame assemblies.

Typical applications

The profile can be used as support for long partitions, as a frame profile for ceiling structures, and as a support for spotlights.

Technical Data

Dimensions 80x80 mm
Material Aluminum 6063 T5
Profile bar length 6000 mm
Mass 5.38 kg/m

Selection and design

The support width, attachment, installation location, and the actual loads to be applied must be examined for the specific structure.

Additional information

Weight 5,38 kg
External dimensions

80X80

Material

6063 T5

L (mm)

6000

Ix

225,01

Iy

225,01

Wx

56,25

You

56,25

Area

49,18

Mass

5.38Kg/m

Profile dimensions

80x80

Grooves

8

Profile system

ISP

Form

Square

Execution

Easy

Design

Open

material group

Aluminum

Surface

Nature

Price unit

m

Maximum cutting length

6010 mm

Minimum order length

70 mm

Base length

6000 mm

Theoretical preliminary calculation

Calculate the deflection of the profile

Select installation situation, load and profile axis. The calculator shows the calculated deflection and the bending stress.

Profile
80X80 mm
Material
6063 T5
Ix / Iy
225.01 / 225.01 cm⁴
Dead weight
5.38 kg/m
1. Storage
2. Load Type
3. Profile axis
F L

Two supports, single load in the center

calculated deflection– mm–
By load
– mm
By its own weight
– mm
bending stress
–
Ratio L / f
–

Formula used: –

Compare all six load cases
StorageStartDeflection including self-weight