TAIM Techn Manual 07 2006 GB

8/13/2019 TAIM Techn Manual 07 2006 GB

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Metal tiles

1) 3)

Metal Ceiling

SuspensionsProfiles Connecting

components 4)

Metal Planks

1) 3)

Metal linear

components2) 3)

Other

metal ceilings5)

General term

Subconstruction

Designationof ceiling membrane


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1

1

2

3

4

6 5 7

b

b

b

l

l

l = Nearly any

Metal tiles(Square)

Metal Planks(Rectangular)

Metal linear component

A

B

O

P

Q

U

T

S

R

Without bevel With bevel

With sealing tape With recess

With infill profiled With covered joint

With spacer With clearance


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Perimeter trim Profiles, visible

concealed /partiallyconcealed

Suspension

Profiles,


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With abutmentjoint

With accentuatedlongitudinal joints

With accentuatedlongitudinal/transverse

jointsMetal tiles

Metal Planks

Metal linear components

Fiat structural systems/joint variations

Parallel modular grid

Metal tiles

Metal planks

Metal linear components

Linear or continuous modular grid

Crossing modular grid Crossing intersectionmodular grid

Crossing modular grid


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Parallel modular grid Crossing modular grid Crossing intersection modular grid

Metal tiles

Metal planks Crossingmoduargrid

Metal linearcomponents

Crossinginter-section


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Slides whenhinged down

Direction of installation

Direction ofinstallation

Direction ofinstallation


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Direction of swing-down along thedirection of installation

Direction of swing-down along thedirection of installation towards

one another

Direction of swing-down cross-wiseto the direction of installation

Directionof

installation

Directionof

installation


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With/withouthold-down device




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+0

.3+0

.3

Tolerance B

Tolerance A1=

=

Tolerance A2

WidthLe

ngth

Width

Devia

tion


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Length

Width

+ 0.5 mm / m of length

+0.9m

m

Load-bearing structure

Carrier

Linear components

Infill profile

Systemheight

Top fixing

Suspension

Joint

Linear components width

Joint+=module

Linear componentswidth


Carrier

Linear component

Systemheight

Top fixing

Suspension


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Tolerance D

Linear componentheight

12

,5

66

Linear component width

150

Toler

ance

C

Tolerance D

Tolerance D

Tolerance D


Convex = +

Concave = -15

0

150

Linearc

ompo

nent

length


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Distance between the carriers (or the TRA)

Straight-edge profile

Linear component

CarrierCarrierL

Distance

between

carrier

A

B

Suspension

Distance between suspension (HA)

Carrier Carrier deflection

Linear component

Modular tolerance

Module

Carrier

Length tolerance

Loss produced by cutting

Module length of carriersLength of carrier = X x Module - Loss produced by cutting


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10mm

Visible sideR


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Dial gauge

Metal ceiling panelSupport

Measuring table

Planeness+ 0.2 mm

Measuringpoint forTolerance A

Measuringpoint forTolerance B

1 2

= =

=

=

10 10

10

10

50

50

Measuringpoint forTolerance Awith squarepanels

3

1

1

2

33

50

50

50

50

10

Visible side

Visible side

30

150


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H-Ruler

Digital depth gauge

Panel

150

Feeler gauge

Panel

6

2,8

1,25

12

,528

H-RulerDigital depth gauge

Panel

150

150

Measuring point A

Measuring point B


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Distance between carriers (TRA)

Measuring

point A

Digital

calliper gauge Panel

Carrier

Linear straight-edge profile

Suspension

Measuring

point BLinear staight-edge profilesection element

Suspension

CarrierSuspension

Distance between suspenders (HA)

Measuringpoint A

Measuringpoint BCentre (HA/2)

A

B


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Tolerance B

Tolerance A1=

=

Tolerance A2


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Width

Devia

tion

+0

,3+0

,3

Length

Width

+ 0.5 mm / m of length

+0

.9m

m


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Carrier

Linear component

Systemheight

Top fixing

Suspension


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Carrier

Linear components

Infill profile

Systemheight

Top fixing

Suspension

Joint

Linear components width

Joint+=module

Linear componentswidth


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Tolerance D

Linear componentheight

12

,5

66


150

Toler

ance

C

Tolerance D

Tolerance D

Tolerance D


Convex = +

Concave = -150

150

Line

arcomp

onentle

ngth


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D

istancebetw

een

carrier

A

B

Distance between the carriers (or the TRA)

Straight-edge profile

Linear component

CarrierCarrier


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Module

Module

Carrier

Length tolerance

Loss produced by cutting

Module length of carriers

Length of carrier = X x Module - Loss produced by cutting


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Suspension

Distance between suspension

Carrier Carrier deflection

Linear component


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Documents

TAIM Techn Manual 07 2006 GB