MasterBook_2

Master BookENG

3

PAGE PAGE

STANDARD LINE 5 METAL LINE 45

PLNAB-PLNAM 6 PLNAR0 46PLNAV 7 PLTMR0 47PLTMB-PLTMM 8 P30SS/W 48PLTMV 9 PLTMMF 49PG6AB-PG6AM 10 PG3AR0 50PG3AB-PG3AM 11 PG6AR0 51PW4AB-PW4AM 12PG6AV 13 SUBSTRUCTURE 53

PG3AV 14PW4AV 15 MPS Description 54

MPS Technical data 55

HIGH CLASS 17 MPL Description 56MPL Technical data 57

PLTMMH 60x60 18 MPM Description 58PLTMMH 30x30 19 MPM Technical data 59PLTMVH 60x60 20 MPH Description 60PLTMVH 30x30 21 MPH Technical data 61PG6AMH 60x60 22 MPC Description 62PG6AMH 30x30 23 MPC Technical data 63PG3AMH 60x60 24 SSH Description 64PG3AMH 30x30 25 SSH Technical data 65PG6AVH 60x60 26 MP super high 66PG6AVH 30x30 27 MP super high slim 67PG3AVH 60x60 28PG3AVH 30x30 29PG1AVZ 30PG2AVZ 31PG2AVQ 32

PLTMMW 33PLTMVW 34PG2AVH 60x60 35PG2AVH 30x30 36PG6AMW 37PG6AVW 38PG3AMW 39PG3AVW 40PW4AMW 41PBAT/PBAO 42

INDEX

4

5

Standard Line

TECHNICAL DATA

MECHANICAL CHARACTERISTICS (Deflection ≤2.5 mm; Safety Factor ≥2)

6

Rev. July 2010Transpack Group Service S.p.A. reserves the right to change technical data without notice

MPS= without stringers, MPL= light stringers, MPM/SSH= medium stringers, MPH/MPO/MPC= high resistance special stringers

Panels

PLNAB-PLNAM

Legend standard EN 12825 Prospectus 1

• Core made of high density chipboard and thermosetting resins, 28 mm thick.• Aluminium foil lower surface 0.05 mm thick.• The top surface can be of various covering materials.• PVC edge trim, 0.45 mm thick, ensuring air tightness and no squeaking.

dEfLEcTioN cLASS SAfETy fAcToR

A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

covering: Variouscore: chipboard

FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with light-medium load bearing requirements.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, carpet and loose lay covering material (PLNAB0).

Chipboard corecEdge

b Covering

eBottom surface

a

a

600

600

(1) Value for panel with antistatic coverings. For conductive coverings consider 1.5x105 ÷ 1x107. For other coverings please ask Nesite staff.

ToP SURfAcE

Nominal dimension(mm)

Weight each

fire resistance

fire reaction

Electrical resistance(1)

Acoustic insulation

conductivity λ (core/cover)

a b c e kg REI CSE/RFclass Ω dB W/m °C

Various ~30 0.05-2 28 0.05 ~8.5 30 1 ≤2x1010 >30 0.17

Specification

STRUcTURE

coNcENTRATEd LoAd kN(2) diSTRiBUTEd LoAd kN/m2 (3)

MPS/L MPM MPH MPO/MPC SSH MPS/L MPM MPH MPO/MPC SSHWorking load(5) 1.00 1.50 2.30 2.80 1.50 7.50 10.00 16.00 19.00 10.00

Ultimate load kN(4) 3.1 3.5 4.8 5.5 3.5EN 12825 - - 1A2 1A2 -

(2) Load valid at any point of the system.(3) Not provided by EN 12825.(4) Ultimate load at the failure moment (tensile strenght).(5) When the applied load is equivalent to to the working load the measured deflection must not exceed the value declared in accordance with the prospectus.

For Finished Floor Height FFH higher than 750 mm, please verify the real operating condition of the System.

TECHNICAL DATA


7





Panel

PLNAV• Core made of high density chipboard and thermosetting resins, 28 mm thick.• Galvanized steel tray lower surface approx. 0.4 mm thick.• The top surface can be of various covering materials.• PVC edge trim, 0.45 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with light-medium load bearing requirements.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material (PLNAVA).

EdgeChipboard core

Covering

e

c

b

a

Bottom surface

600

a

600

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Various 28.5-30-5 0.05-2 28 ~0.4 ~10 15 1 ≤2x1010 >30 0.17

Specification

STRUcTURE



Ultimate load kN(4) 3.8 4.1 5.4 6.1 4.1EN 12825 - 1A2 1A2 2A2 1A2



TECHNICAL DATA


8



Panels

PLTMB-PLTMM• Core made of high density chipboard and thermosetting resins, 38 mm thick.• Aluminium foil lower surface 0.05 mm thick.• The top surface can be of various covering materials.• PVC edge trim, 0.45 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with medium load bearing requirements.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material (PLTMB).

Chipboard corecEdge

b Covering

eBottom surface

a

a

600

600

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Various ~38-40 0.05-2 38 0.05 ~11 45 1 ≤2x1010 >32 0.17

Specification

STRUcTURE



Ultimate load kN(4) 5.1 5.4 6.4 6.8 5.4EN 12825 1A2 1A2 2A2 2A2 1A2





TECHNICAL DATA


9



Panel

PLTMV• Core made of high density chipboard and thermosetting resins, 38 mm thick.• Galvanized steel tray lower surface approx. 0.4 mm thick.• The top surface can be of various covering materials.• PVC edge trim, 0.45 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with medium/high load bearing requirements.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material.

EdgeChipboard core

Covering

e

c

b

a

Bottom surface

600

a

600

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Various 38.5-40.5 0.05-2 38 0.4 ~11 30 1 ≤2x1010 >32 0.17

Specification

STRUcTURE








TECHNICAL DATA


10



Panels

PG6AB-PG6AM

covering: Variouscore: inert Material

• Core made of high density calcium sulphate and organic fibres, 30 mm thick, primerized on both upper and lower surfaces (PG6A0).

• It is also available with aluminium foil 0.05 mm thick on bottom surface (PG6AM), or on both upper and lower surface (PG6AB0).

• PVC edge trim 0,6 mm thick, ensuring air tightness and no squeaking.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Various ~30-32 0.05-2 30 - ~16 60 1 ≤2x1010 >34 0.41

Specification

STRUcTURE





Calcium sulphatecore

cEdge

b Covering

eBottom surface

a

a

600

600


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Offices, EDPs, control rooms, technical rooms with medium/high load bearing requirements and any room with particular fire resistance rate.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material (PG6A00-PG6AB0).




TECHNICAL DATA


11



Panels

PG3AB-PG3AM• Core made of high density calcium sulphate and organic fibres, 34 mm thick,

primerized on both upper and lower surfaces (PG3A0);• It is also available with aluminium foil 0.05 mm thick on bottom surface

(PG3AM), or on both upper and lower surface (PG3AB0);• PVC edge trim 0,6 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


FIELDS OF APPLICATION: Offices, EDPs, control rooms, technical rooms with medium/high load bearing requirements and any room with particular fire resistance rate.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material (PG3A00-PG3AB0).


cEdge

b Covering

eBottom surface

a

a

600

600

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Various 34-36 0.05-2 34 0.05 ~19 90 1 ≤2x1010 >38 0.41




TECHNICAL DATA


12



Panels

PW4AB-PW4AM• Core made of high density chipboard and thermosetting resins, 28 mm thick matched to a

high density calcium sulphate and organic fibres board 12.5 mm thick;• Aluminium foil lower surface 0.05 mm thick;• The top surface can be of various covering materials;• It is also available with aluminium foil 0.05 mm thick on both upper and lower sides (PW4AB0);• PVC edge trim, 0.45 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

covering: Variouscore: chipboard+inert Material

FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with medium load bearing requirements and any room with high fire resistance rate.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material (PW4AB0).

Calcium sulphate

Covering

c

d

Bottom surface

Chipboard core

Edge

a

600

a

e

b

core

600

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation


a b c d e kg REI CSE/RFclasse Ω dB W/m °C

Various 40.5-42.5 0.05-2 28 12.5 0.05 ~14 60 1 ≤2x1010 >34 0.17/0.41




TECHNICAL DATA


13




Panel

PG6AV• Core made of high density calcium sulphate and organic fibres, 30 mm thick.• Galvanized steel tray lower surface 0.4 mm thick.• The top surface can be of various covering materials.• PVC edge trim 0,6 mm thick, ensuring air tightness and no squeaking.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Various 30.5-32.5 0.05-2 30 ~0.4 ~17 45 1 ≤2x1010 >34 0.41

Specification

STRUcTURE






A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Offices, EDPs, control rooms, technical rooms, laboratories, with medium load bearing requirements.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material (PG6AVA).





Edge Calcium sulphatecore

Covering

e

c

b

a

Bottom surface

600

a

600

TECHNICAL DATA


14



Panel

PG3AV• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Galvanized steel tray lower surface 0.4 mm thick.• The top surface can be of various covering materials.• PVC edge trim 0,6 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12



APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material (PG3AVA).


Covering

e

c

b

a

Bottom surface

600

a

600

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Various 34.5-36.5 0.05-2 34 0.5 ~20 60 1 ≤2x1010 >38 0.41




TECHNICAL DATA


15



Panel

PW4AV• Core made of high density chipboard and thermosetting resins, 28 mm thick matched to a

high density calcium sulphate and organic fibres board 12.5 mm thick;• Galvanized steel on tray lower surface 0.4 mm thick;• The top surface can be of various covering materials;• PVC edge trim, 0.45 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with medium load bearing requirements.

APPLICATION NOTES:Suitable for homogeneous vinyl, rubber, linoleum, plastic laminate, carpet and loose lay covering material.

Specification

STRUcTURE





Calcium sulphate

Covering

Chipboard corec

d

Bottom surface

Edge

a

600

600

a

e

b

core

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation


a b c d e kg REI CSE/RFclass Ω dB W/m °C

Various ~41-43 0.05-2 28 12.5 0.4 ~15,5 45 1 ≤2x1010 >38 0.17/0.41




16

17

High Class

TECHNICAL DATA


18



Panel

PLTMMH 60x60

Specification

STRUcTURE





• Core made of high density chipboard and thermosetting resins, 38 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Gres of ceramic 8-11 mm thick, 60 x 60 cm on top surface.• Grey plastic semi rigid edge trim 1.5 or 2.5 mm thick ensuring air tightness and no squeaking.

ToP SURfAcE


Weight each

fire resistance

fire reaction

Electrical resistance

Acoustic insulation


a b c e kg REI CSE/RFclass - dB W/m °C

Gres of ceramic ~46-49 8-11 38 0.05 ~19 45 1 Antistatic >32 0.17/3.200


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

covering: ceramiccore: chipboard

FIELDS OF APPLICATION: Representative Offices, reception halls, banks, workrooms without antistatic requirements.

a

a

600

600 Edge

Bottom surface

e

Covering

Chipboard corec

b



TECHNICAL DATA


19



Panel

PLTMMH 30x30

Specification

STRUcTURE





• Core made of high density chipboard and thermosetting resins, 38 mm thick;• Aluminium foil lower surface 0.05 mm thick;• Gres of ceramic top surface covering 8-9 mm thick, 30 x 30 cm;• Grey plastic semirigid edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking;• Central gap plastic material 3 or 5 mm thick.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~46-49 8-9 38 0.05 ~19 45 1 Antistatic >32 0.17/3.200


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12



Edgea

600

a

600

c

Bottom surface

e

Coveringb

Central gap

Chipboard core



TECHNICAL DATA


20



Panel

PLTMVH 60x60

Specification

STRUcTURE





• Core made of high density chipboard and thermosetting resins, 38 mm thick.• Galvanized steel tray on lower surface 0.4 mm thick.• Gres of ceramic 8-11 mm thick, 60 x 60 cm on top surface.• Grey plastic semi rigid edge trim 1.5 or 2.5 mm thick ensuring air tightness and no squeaking.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~46.5-49.5 8-11 38 0.4 ~20 30 1 >1011 >32 0.17/3.200


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12



Chipboard coreEdge

Coveringb

c

e

a

a60

0

600

Bottom surface



TECHNICAL DATA


21



Panel

PLTMVH 30x30

Specification

STRUcTURE





• Core made of high density chipboard and thermosetting resins, 38 mm thick;• Galvanized steel tray on lower surface 0.4 mm thick;• Gres of ceramic top surface covering 8-9 mm thick, 30 x 30 cm;• Grey plastic semirigid edge trim 2.5 mm thick, ensuring air tightness and no squeaking;• Central gap plastic material 5 mm thick.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~46.5-49.5 8-9 38 0.4 ~20 30 1 >1011 >32 0.17


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12



600

600

a

a Edge

e

c

b

Central gap

Covering

Chipboard core

Bottom surface



TECHNICAL DATA


22



Panel

PG6AMH 60x60

Specification

STRUcTURE





• Core made of high density calcium sulphate and organic fibres, 30 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Gres of ceramic top surface covering 8-11 mm thick, 60 x 60 cm.• Grey plastic semirigid edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~38-41 8-11 30 0.05 ~24 60 1 Antistatic >34 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

covering: ceramiccore: inert Material


c

b

e

a

a

600

600 Edge

Covering

Bottom surface




TECHNICAL DATA


23



Panel

PG6AMH 30x30

Specification

STRUcTURE





• Core made of high density calcium sulphate and organic fibres, 30 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Gres of ceramic top surface covering 8-9 mm thick, 30 x 30 cm.• Grey plastic semirigid edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking;• Central gap plastic material 3 or 5 mm thick.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres di ceramica ~38-39 8-9 30 0.05 ~24 60 1 Antistatic >34 0.41/3.200


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12



a

600

a

600

c

e

b

Central gap

Bottom surface

Edge

Covering




TECHNICAL DATA


24



Panel

PG3AMH 60x60

Specification

STRUcTURE





• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Gres of ceramic top surface covering 8-11 mm thick, 60 x 60 cm.• Grey plastic semirigid edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation





A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

c

b

e

a

a

600

600

Covering


Bottom surface

Edge





TECHNICAL DATA


25



Panel

PG3AMH 30x30


Specification

STRUcTURE





• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Gres of ceramic top surface covering 8-9 mm thick, 30 x 30 cm. • Grey plastic semirigid edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking.• Central gap plastic material 3 or 5 mm thick.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation





A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Representative offices, reception halls , banks, workrooms without antistatic requirements.

Edgea

600

a

600

c

e

bCovering


Central gap

Bottom surface



TECHNICAL DATA


26



Panel

PG6AVH 60x60

Specification

STRUcTURE





• Core made of high density calcium sulphate and organic fibres, 30 mm thick.• Galvanized steel tray lower surface 0.4 mm thick.• Gres of ceramic top surface covering 8-11 mm thick, 60x60 cm.• Grey PVC edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~38.5-41.5 8-11 30 ~0.4 ~25 45 1 Antistatic >34 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


Edge

Coveringb

c

e

a

a60

0

600

Bottom surface





TECHNICAL DATA


27



Panel

PG6AVH 30x30


Specification

STRUcTURE





• Core made of high density calcium sulphate and organic fibres, 30 mm thick. • Galvanized steel tray lower surface 0.4 mm thick.• Gres of ceramic top surface covering 8-11 mm thick, 30 x 30 cm. • Grey PVC edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking.• Central gap plastic material 5 mm thick.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~38.4-41.4 8-11 30 ~0.4 ~25 45 1 Antistatic >34 0.41/3.200


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


600

600

a

a Edge

e

c

b

Bottom surface

Central gap

Covering

Calcium sulphate core



TECHNICAL DATA


28



Panel

PG3AVH 60x60• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Galvanized steel tray lower surface 0.4 mm thick.• Gres of ceramic top surface covering 8-11 mm thick, 60x60 cm.• Grey PVC edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~42.5-45.5 8-11 34 ~0.4 ~27 60 1 >1011 >38 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

Bottom surface


Edge

Coveringb

c

e

a

a60

0

600





TECHNICAL DATA


29



Panel

PG3AVH 30x30


• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Galvanized steel tray lower surface 0.4 mm thick.• Gres of ceramic top surface covering 8-9 mm, thick, 30x30 cm.• Grey PVC edge trim 2.5 mm thick, ensuring air tightness and no squeaking.• Central gap plastic material 5 mm thick.

Specification

STRUcTURE



Ultimate load kN(4) 9.8 10.5 12.1 13.2 10,5EN 12825 4A2 5A2 6A2 6A2 5A2


ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~42.4-45.4 8-9 34 ~0.4 ~27 60 1 >1011 >38 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

600

600

a

a

e

c

b

Calcium solphatecore

Bottom surface

Central gap

Covering

Edge




TECHNICAL DATA


30



Panel

PG1AVZ

covering: Natural Stonecore: inert Material

• High density calcium sulphate core 12.5 mm thick.• Galvanized steel tray lower surface approx. 0.4 mm thick.• Natural stone (marble, granite) covering material 17÷18 mm thick, 60x60 cm as single slab.• Grey plastic semirigid edge trim 0.8 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Natural stone ~30-31 17-18 12.5 ~0.4 ~27 45 1 Antistatic - 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Representatives office, reception halls, banks.

a

a

600

600

Edge

Bottom surface

e

Covering


b

c



TECHNICAL DATA


31



Panel

PG2AVZ

covering: Natural Stonecore: inert Material

• High density calcium sulphate core 22 mm thick.• Galvanized steel tray lower surface approx. 0.4 mm thick.• Natural stone (marble, granite) covering material 20 mm thick.• Grey plastic semirigid edge trim 0.8 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Natural stone ~39-40 17-18 22 ~0.4 ~32 45 1 Antistatic >34 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12



600

600

ca Edge

b Covering

eBottom surfacea



TECHNICAL DATA


32



Panel

PG2AVQ

covering:Marble agglomeratecore: inert material

• High density calcium sulphate core 22 mm thick;• Galvanized steel tray lower surface approx. 0.4 mm thick;• Artificial marble agglomerate covering material 12-13 mm thick;• Grey plastic semirigid edge trim 0.8 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation


a b c e kg REI CSE/RFclass ohm dB W/m °C

Marble agglomerate ~34-35 12-13 22 ~0.4 ~32 45 1 >1011 >34 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12



600

600

ca Edge

b Covering

eBottom surfacea



TECHNICAL DATA


33



covering:Marble agglomeratecore: inert material

Panel

PLTMMW

covering: Parquetcore: chipboard

• Core made of high density chipboard and thermosetting resins 38 mm thick;• Aluminium foil lower surface 0.05 mm thick;• Wooden parquet covering approx. 4 mm thick, composed of n° 8 or 9 strips, approx. 67 or 75 mm wide.• Beige plastic semirigid edge trim 0.45 mm thick ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Parquet ~42 ~4 38 0.05 ~11 45 1 Antistatic >32 0.17


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Representative offices.

a

600

600

Chipboard coreca

Edge

b Covering

eBottom surface

n° 8 or 9 strips



TECHNICAL DATA


34



Panel

PLTMVW

covering: Parquetcore: chipboard

• Core made of high density chipboard and thermosetting resins 38 mm thick;• Galvanized steel tray lower surface approx. 0.4 mm thick.• Wooden parquet covering approx. 4 mm thick, composed of n° 8 or 9 strips, approx. 67 or 75 mm wide.• Beige plastic semirigid edge trim 0.45 mm thick ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Parquet ~43.5 5 38 0.4 ~12 30 - >1011 >32 0.17


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


a

600

600

Chipboard coreca Edge

b Covering

eBottom surface

n° 8 or 9 strips



TECHNICAL DATA


35



Panel

PG2AVH 60x60

covering: ceramiccore: calcium sulphate

• Core made of high density calcium sulphate and organic fibres, 22 mm thick;• Galvanized steel tray lower surface 0.4 mm thick;• Gres of ceramic top surface covering 8-11 mm thick, 60x60 cm;• Grey PVC edge trim 1.5 or 2.5 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~31-34 8-11 22 0.4 ~19 45 1 >1011 >30 0.26


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

Bottom surface


Edge

Coveringb

c

e

a

a60

0

600




TECHNICAL DATA


36



Panel

PG2AVH 30x30

covering: ceramiccore: calcium sulphate

• Core made of high density calcium sulphate, 22 mm thick;• Galvanized steel tray lower surface 0.4 mm thick;• Gres of ceramic top surface covering 8-9 mm thick, 30x30 cm;• Grey PVC edge trim 2.5 mm thick, ensuring air tightness and no squeaking.• Central gap plastic material 5 mm thick.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Gres of ceramic ~31-34 8-9 22 0.4 ~19/21 45 1 >1011 >30 0.26/3.200


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


600

600

a

a

e

c

Central gap

Coveringb


Bottom surface

Edge



TECHNICAL DATA


37



Panel

PG6AMW

covering: Parquetcore: inert Material

• Core made of high density calcium sulphate and organic fibres, 30 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Wooden parquet covering approx. 4 mm thick, composed of n° 8 or 9 strips, approx. 67 or 75 mm wide.• Beige plastic semirigid edge trim 0.6 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Parquet ~34 ~4 30 0.05 ~18 60 - Antistatic >34 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


a

600

600


ca Edge

b Covering

eBottom surface

n° 8 or 9 sprips




cEdge

b Covering

eBottom surface

a

a

600

600

TECHNICAL DATA


38



Panel

PG6AVW


• Core made of high density calcium sulphate and organic fibres, 30 mm thick.• Galvanized steel tray lower surface 0.4 mm thick;• Wooden parquet covering approx. 4 mm thick, composed of n° 8 or 9 strips, approx. 67 or 75 mm wide.• Beige plastic semirigid edge trim 0.6 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Parquet ~34.5 ~4 30 0.4 ~19 45 1 Antistatic >34 0.41/0.17


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Representative office with medium-heavyload bearing requirements

a

600

600


ca Edge

b Covering

eBottom surface

n° 8 or 9 sprips



TECHNICAL DATA


39



Panel

PG3AMW• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Wooden parquet covering approx. 4 mm thick, composed of n° 8 or 9 strips, approx. 67 or 75 mm wide.• Beige plastic semirigid edge trim 0.6 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Parquet ~38 ~4 34 0.05 ~20 90 1 Antistatic >38 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


a

600

600


ca Edge

b Covering

eBottom surface

n° 8 or 9 strips




TECHNICAL DATA


40



Panel

PG3AVW


• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Galvanized steel tray lower surface 0.4 mm thick.• Wooden parquet covering approx. 4 mm thick, composed of n° 8 or 9 strips, approx. 67 or 75 mm wide.• PVC edge trim 0,6 mm thick, ensuring air tightness and no squeaking, beige colour.

Specifica

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Parquet ~39.5 5 34 0.5 ~21 60 - >1011 >38 0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


a

600

600


ca Edge

b Covering

eBottom surface

n° 8 or 9 strips



TECHNICAL DATA


41



Panel

PW4AMW• Core made of high density chipboard and thermosetting resins, 28 mm thick matched to a

high density calcium sulphate and organic fibres board 12.5 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Wooden parquet covering approx. 4 mm thick, composed of n° 8 or 9 strips, approx. 67 or 75 mm wide.• PVC edge trim, 0.45 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation


a b c d e kg REI CSE/RFclass - dB W/m °C

Parquet ~44.5 4 28 12.5 0.05 ~15 60 1 Antistatic >34 0.17/0.41


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Representative offices, with medium load bearing requirements and any room with high fire resistance rate.

covering: Parquetcore: chipboard+inert Material

Calcium sulphate

Covering

c

d

Bottom surface

Chipboard core

Edgea

e

b

core

a

600

600

n° 8 or 9 strips



TECHNICAL DATA


42



Panels

PBAT-PBAO

core: Glass

• Core made of three glass layers, bound by PVC film, 26 mm thick;• PVC edge trim, approx. 1 mm thick, ensuring air tightness and no squeaking.

600

a60

0 a Edgeb

Glass core

coVERiNG


Weight each

fire resistance

fire reaction


Acoustic insulation


Thick Side kg REI CSE/RFclass Ω dB W/m °C

Trasparent/opaque ~26 600 ~22 0 0 - - -

Specification

STRUcTURE






A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Representative offices, reception halls , banks, rooms with particular architectural requirements.



43

44

45

Metal Line

TECHNICAL DATA


46



Panel

PLNAR0

Specification

STRUcTURE




• Core made of high density chipboard and thermosetting resins, 28 mm thick;• Galvanized steel tray lower surface 0.4 mm thick;• Top surface galvanized steel 0.4 mm thick;• PVC edge trim, approx. 0.5 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

covering: Galvanized Steelcore: chipboard

FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with medium-high load bearing requirements.

APPLICATION NOTES:Suitable for loose-lay covering material.

Edge Chipboard core

Covering

e

c

b

a

Bottom surface

600

a

600

ToP SURfAcE

Nominal dimension (mm)

Weight each

fire resistance

fire reaction


Acoustic insulation



Galvanized steel ~29 0.4 28 0.4 ~10 15 1 ≤2x1010 30 0.17





TECHNICAL DATA


47



Panel

PLTMR0

Specification

STRUcTURE




• Core made of high density chipboard and thermosetting resins, 38 mm thick.• Galvanized steel tray lower surface 0.4 mm thick.• Top surface galvanized steel 0.4 mm thick.• PVC edge trim, approx. 0.5 mm thick, ensuring air tightness and no squeaking.


A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

covering: Galvanized Steelcore: chipboard

FIELDS OF APPLICATION: Offices, EDPs, control rooms, laboratories, with high load bearing requirements.

APPLICATION NOTES:Suitable for loose lay covering material.

EdgeChipboard core

Covering

e

c

b

a

Bottom surface

600

a

600

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Galvanized steel ~39 0.4 38 0.4 ~12.5 30 1 ≤2x1010 30 0.17





TECHNICAL DATA


48



Panel

P30SS/W

covering: Variouscore: Steel

• Perforated galvanised steel panel with 576 holes diam. 10.5 mm.• Core made of galvanised perforated steel sheet 2.5 mm thick, sustained by 6 internal omega

profiles 2.5 mm thick.• It is available with airflow regulation device (P30SW), made of 2 perforated galvanised steel

foils 0.8 mm thick Black plastic semirigid edge trim, approx. 0.5 mm thick, ensuring air tightness and no squeaking.

• The metallic core is 28 mm thick. It is possible to obtain different thickness using adjustment pedestals, delivered separately.

ToP SURfAcENominal dimensions

(mm)Weight each Electrical resistance(1)

a b c e kg omhVarious 29-30 1-2 28 0-1.6 ~11-12 ≤2x1010

Specification

STRUcTURE






A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

classe 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: Light-medium load requirement cleanrooms, offices, EDP, control rooms, laboratories.

APPLICATION NOTES:Suitable for application of homogeneous vinyl, rubber, plastic laminate, needle-punch carpet.Possibility to lay it directly on the slab, sustained just by the adjustment pedestals (max. height 100 mm)

c

b Covering

Core

Edge

Air flow adjustmente

Pedestal

a

600

a

600




TECHNICAL DATA


49



Panel

PLTMMF

covering: decorated steelcore: chipboard

• Core made of high density chipboard and thermosetting resins, 38 mm thick.• Aluminium foil lower surface 0.05 mm thick.• Top covering of decorated steel plate 0.8 mm thick.• PVC edge trim, approx. 0.5 mm thick, ensuring air tightness and no squeaking.

Specification

STRUcTURE





A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION: High tech offices.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



decorated steel ~39 0.8 38 0.05 ~11.5 45 1 ≤2x1010 32 0.17


EdgeChipboard core

Covering

e

c

b

a

Bottom surface

600

600

a




TECHNICAL DATA


50



Panel

PG3ARO

covering: Galvanized Steelcore: calcium sulphate

• Core made of high density calcium sulphate and organic fibres, 34 mm thick.• Galvanized steel tray approx. 0,4 mm on lower surface and galvanized steel sheet

approx. 0,4 mm on top surface.• Black plastic semirigid edge trim 0,6 mm thick, ensuring air tightness and no

squeaking.

Specification

STRUcTURE





A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12

FIELDS OF APPLICATION:Offices, EDPs, control rooms, laboratories, with high load bearing requirements.

ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Steel sheet ~35 0.4 34 0.4 ~20 60 1 ≤2x1010 >38 0.41


EdgeCalcium sulphatecore

Covering

e

c

b

a

Bottom surface

600

a

600

APPLICATION NOTES:Suitable for loose lay covering material.




TECHNICAL DATA


51



Panel

PG6ARO

covering: Steelcore: inert Material

• Core made of high density calcium sulphate and organic fibres, 30 mm thick.• Galvanized steel tray lower side 0.4 mm thick.• Galvanized steel sheet on top surface 0.4 mm thick.• Black plastic semirigid material edge trim 0,6 mm thick, ensuring air tightness and no

squeaking.

Specification

STRUcTURE





A=2.5 mm 2

B=3.0 mm 3

C=3.5 mm 4

class 1 2 3 4 5 6

Ultimate load kN ≥ 4 ≥ 6 ≥ 8 ≥ 9 ≥ 10 ≥ 12


ToP SURfAcE


Weight each

fire resistance

fire reaction


Acoustic insulation



Steel sheet ~31 ~0.4 30 ~0.4 ~17.5 60 1 ≤2x1010 34 0.41


APPLICATION NOTES:Suitable for loose lay covering material (carpet)





Covering

e

c

b

a

Bottom surface

600

a

600

52

53

Substructure

Transpack Group Service S.p.A. reserves the right to change technical data without notice

54

Rev. July 2010

Subtructure

MPS

FIELD OF APPLICATION: Offices, EDPs, control rooms, laboratories and any other industrial application with light/medium load requirements.

APPLICATION NOTES:- A regular subfloor is necessary;- The base must be glued to the subfloor (with poliuretanic and conductive one component glue);

- The height adjustment nut must be locked by using a few drops of thread locking glue.

Pedestal low configuration

BASE: 2 mm thick galvanized steel plate, diameter 90 mm, with 8 radial stiffening ribs, two of which are provided with a hole to fix a self-tapping screw (M5) in case of fastening to the slab. The base is coupled with a diameter 14 mm galvanized steel threaded rod (type M14).

COLUMN: 3 mm thick galvanized steel head, diameter 90 mm, with 4 series of notches, coupled with a 25 mm galvanized steel tube 1.5 mm thick, with a M14 internally threaded galvanized steel rod which fits into the pedestal base’s rod.

HEIGHT ADJUSTMENT: obtained by screwing/unscrewing the base’s threaded rod into the column. Locking is obtained by use of a thread locking glue (one component adhesive).

NOTE: the above mentioned components are supplied already assembled (thread locking glue excluded).

Pedestal high configuration


COLUMN: 3 mm thick galvanized steel head, diameter 90 mm, with 4 series of notches, coupled with a 25 mm galvanized steel tube 1.5 mm thick, tapered on one end to fit into the pedestal base’s rod.

HEIGHT ADJUSTMENT: obtained by a galvanized steel nut provided with 6 male notches for self-locking with the female notches on the column.

NOTE: the above mentioned components are supplied in two separate packings, assembled as follows: - Base + adjusting nut; - Column (head + tube).

Components valid for both low and high configuration

HEAD GASKET: 3 mm thick black conductive polyethylene with electrical resistance 104 ohms.It self-locates onto the head owing to 4 small protuberances that fit into suitable notches on the head.

DESCRIPTION

MPS structure is available in two basic configurations:

1 - With nominal height 30, 40, 60, 70 e 90 mm (low configuration);

2 - With nominal height from 110 up to 600 mm (high configuration).

Without stringers


55

Rev. July 2010

Subtructure

MPS

diGiT AdJUSTMENT coNfiGURATioN

03 Min 32.5mm Max 45mm Low

04 Min 37mm Max 50mm Low




11 Min 100mm Max 120mm High

12 Min110mm Max 130mm High


According to height cm - 20mm + 20mm High

2 Kg / m2 H = 200 mm Extra weight for every further cm of height: 0.028 Kg/cm

LOW HIGH

H mm 45 65 80 95 105 120 200 300 400 500 600

Kn(1) 40.00 40.00 40.00 40.00 40.00 39.00 38.50 37.00 36.00 34.50 33.00

DESCRIPTION RIF. MATERIAL PIECES m2

Base 1 Galvanized steel 3.3Nut M 14 2 Galvanized steel 3.3Column Ø 25 3 Galvanized steel 3.3Head 4 Galvanized steel 3.3Head gasket 5 Conductive polyethylene 3.3Internally threaded rodM 14 6 Galvanized steel 3.3

TECHNICAL DATA

TOTAL WEIGHT

PEDESTAL AXIAL LOAD EN 12825


MPS low MPS low: exploded MPS high: explodedMPS high

1

1

2

6

3

54

4

3

5

Without stringers


56

Rev. July 2010

Subtructure

MPL

FIELD OF APPLICATION: Offices, EDPs, control rooms, laboratories and any other industrial application with light/medium load requirements.

APPLICATION NOTES:- A regular subfloor is necessary;- For over 600mm height, base glueing is recommended (one component conductive poliurethane adhesive);

- Earthing by means of connections every 30 m2.










NOTE: the above mentioned components are supplied in two separate packings, assembled as follows: − Base + adjusting nut; − Column (head + tube).


STRINGER: galvanized steel open U section 15 x 25 x 1 mm.

STRINGER GASKET: 1 mm thick black self-extinguishing extruded polyethylene C shaped.

HEAD GASKET: 3 mm thick black conductive polyethylene with electrical resistance 104 ohms.It self-locates onto the head owing to 4 small protuberances which fit into suitable notches on the head.

FIXING SCREW: self-tapping galvanized steel M5.

DESCRIPTION

MPL structure is available in two basic configurations:

1 - With nominal height 30, 40, 60, 70 e 90 mm (low configuration);


open U section stringer


57

Rev. July 2010

Subtructure

MPL


03 Min 32.5mm Max 45mm Low









4.2 Kg / m2 H = 200 mm Extra weight for every further cm of height: 0.028 Kg / cm

LOW HIGH

H mm 45 65 80 95 105 120 200 300 400 500 600 700 800 900

Kn(1) 40.00 40.00 40.00 40.00 40.00 39.00 38.50 37.00 36.00 34.50 33.00 31.50 30.00 28.00


Base 1 Galvanized steel 3.3Nut M 14 2 Galvanized steel 3.3Column Ø 25 3 Galvanized steel 3.3Head 4 Galvanized steel 3.3Head gasket 5 Conductive polyethylene 3.3Internally threaded rod M 14 6 Galvanized steel 3.3Stringer 7 Galvanized steel 5.7Stringer gasket 8 Self-extinguishing polyethylene 5.7Fixing screw M5 9 Galvanized steel 12

TECHNICAL DATA

TOTAL WEIGHT



MPL low MPL low: exploded MPL high: explodedMPL high

1

1

2

6

3

54

4

3

5

7

9 8

7

89

(1) The substructure must sustain the working load 4 times.



58

Rev. July 2010

Subtructure

MPM

FIELD OF APPLICATION:Offices, EDPs, control rooms, laboratories and any other industrial application with medium load requirements..












NOTA: the above mentioned components are supplied in two separate packings, assembled as follows: − Base + adjusting nut; − Column (head + tube).


STRINGER: galvanized steel open U section 30 x 25 x 1 mm.


HEAD GASKET: 3 mm thick black conductive polyethylene with electrical resistance 104 ohms. It self-locates onto the head owing to 4 small protuberances which fit into suitable notches on the head.


DESCRIPTION

MPM structure is available in two basic configurations:

1 - With nominal height 60, 70 e 90 mm (low configuration);




59

Rev. July 2010

Subtructure

MPM









4.5 Kg / m2 H = 200 mm Extra weight for every further cm of height:0.028 Kg / cm

LOW HIGH

H mm 45 65 80 95 105 120 200 300 400 500 600 700 800 900

Kn(1) 40.00 40.00 40.00 40.00 40.00 39.00 38.50 37.00 36.00 34.50 33.00 31.50 30.00 28.00



TECHNICAL DATA

TOTAL WEIGHT



MPM low MPM low: exploded MPM high: explodedMPM high

1

1

2

6

3

54

4

3

5

7

9 8

7

89




60

Rev. July 2010

Subtructure

MPH

FIELD OF APPLICATION: Offices, EDPs, control rooms, laboratories and any other industrial application with medium/heavy load requirements.












NOTE: the above mentioned components are supplied in two separate packings, assembled as follows: − Base + adjusting nut; − Column (head + tube).


STRINGER: galvanized steel closed rectangular section tube, 40 x 25 x 1.2 mm.


HEAD GASKET: 3 mm thick black conductive polyethylene with electrical resistance 104 ohms. It self-locates onto the head owing to 4 small protuberances which fit into suitable notches on the head.


DESCRIPTION

MPH structure is available in two basic configurations:

1 - With nominal height 60, 70 and 90 mm (low configuration);

2 - With nominal height from 110 up to mm (high configuration).

closed section stringer


61

Rev. July 2010

Subtructure

MPH









6 Kg / m2 H = 200 mm Extra weight for every further cm of height: 0.028 Kg / cm

LOW HIGH

H mm 65 80 95 105 120 200 300 400 500 600 700 800 900

Kn(1) 40.00 40.00 40.00 40.00 39.00 38.50 37.00 36.00 34.50 33.00 31.50 30.00 28.00



TECHNICAL DATA

TOTAL WEIGHT



MPH low MPH low: exploded MPH high: explodedMPH high

1

1

2

6

3

54

4

3

5

7

9 8

7

89


closed section stringer


62

Rev. July 2010

Subtructure

MPC

FIELD OF APPLICATION: Offices, EDPs, control rooms, laboratories and any other industrial application with heavy load requirements.









BASE: 2 mm thick galvanized steel plate, diameter 90 mm, with 8 radial stiffening ribs, two of which are provided with a hole to fix a self-tapping screw (M5) in case of fastening to the slab. The base is coupled with a diameter 14 mm galvanized steel threaded rod (type M14)..



NOTE: the above mentioned components are supplied in two separate packings, assembled as follows: - Base + adjusting nut; - Column (head + tube).


STRINGER: galvanized steel omega closed section tube, height 33 mm, large 35 mm (40 mm on the base side), 1.2 mm thickness, supplied in two sizes: 560 e 1800 mm.

STRINGER GASKET: 1 mm thick black conductive extruded polyethylene C shaped.

GUARNIZIONE A CROCE: 2 mm thick black conductive extruded polyethylene C shaped, with electrical resistance 104 ohms.

HEAD GASKET: 3 mm thick black conductive polyethylene with electrical resistance 104 ohms.


FIXING PLATE: 1.5 mm thick galvanized steel plate.

DESCRIPTION

MPC structure is available in two basic configurations:

1 - With nominal height 75, 80, 100, e 125 mm (low configuration);

2 - With nominal height from 140 a 150, a 1025 mm (high configuration).

omega closed section stringer


63

Rev. July 2010

Subtructure

MPC





15 Min125mm Max 155mm Low


According to height Up to 1025 +/- 25mm Standard

8.2 Kg / m2 H = 200 mm Extra weight for every further cm of height 0.028 Kg / cm

LOW HIGH

H mm 75 100 115 130 140 150 200 300 400 500 600 700 800 900

Kn(1) 40.00 40.00 40.00 40.00 40.00 39.00 38.50 37.00 36.00 34.50 33.00 31.50 30.00 28.00


Base 1 Galvanized steel 3.3Nut M 14 2 Galvanized steel 3.3Column Ø 25 x 1.2mm 3 Galvanized steel 3.3Head 4 Galvanized steel 3.3Head gasket 5 Conductive polyethylene 3.5Stringer 560mm 6 Galvanized steel 3.5Stringer1800mm 7 Self-extinguishing polyethylene 1Stringer gasket L=560 8 Conductive polyethylene 3.5Stringer gasket L=1800 9 Galvanized steel 1Fixing screw M5 10 Galvanized steel 13.2Fixing plate 11 Galvanized steel 13.2Internally threaded rod M14 12 Galvanized steel 3.3

TECHNICAL DATA

TOTAL WEIGHT




omega closed section stringer


64

Rev. July 2010

Subtructure

SSH

FIELD OF APPLICATION: Offices, EDPs, control rooms, laboratories and any other industrial application with medium load requirements.



Configuration

Galvanized steel plate, diameter 90 mm, with 8 radial stiffening ribs, two of which are provided with a hole to fix a self-tapping screw (M5) in case of fastening to the slab. The base is coupled with a 68 or 100 mm height M14 threaded rod complete of M14 adjustment nut, on which is laid a squared tube 25x25 mm of different height, tapered to fit into the threated rod. On top of the column the stringers are installed through Nesite joint method.

Components

BASE: Galvanized steel plate, diameter 90 mm, with 8 radial stiffening ribs, two of which are provided with a hole to fix a self-tapping screw (M5) in case of fastening to the slab. The base is coupled with a 68 or 100 mm height M14 threaded rod complete of M14 adjustment nut.

COLUMN: 25 x 25 mm galvanized steel squared tube, tapered to fit into the pedestal M14 base’s rod.


FIXING PLATE: made of galvanized steel, specially shaped to be laid on top of the column and fix the stringers.


STRINGER: galvanized steel open U section 34 x 25 x 1.2 mm, specially shaped for fastening into the squared column.

STRINGER GASKET: 1.0 mm thick black self-extinguishing extruded polyethylene C shaped.

CROSS GASKET: 2.0 mm thick black conductive polyethylene with electrical resistance ≤104 ohms. It self- locates onto the cross of the stringers.

TERMINAL STRINGER: galvanized steel open U section 32.5 x 22-25 x 1.2 mm, specially shaped to be fastened onto the squared column and be inserted into a cut stringer. It is commonly used on the perimeter of the structure.

SPECIAL SUPPORT FOR GRILL: galvanized steel open U section, 28 x 14 mm, 1 mm thick, 100 mm long, meccanically fixed to the column.

DESCRIPTION

SSH structure is available with nominal height from 110 to 900 mm (high configuration).



65

Rev. July 2010

Subtructure

SSH

diGiT AdJUSTMENT

11 Min 100mm Max 120mm



14 Min130mm Max 150mm

According to height - 10mm + 20mm


H mm 105 115 125 135 150 200 300 400 500 600 700 800 900

Kn(1) 30.00 30.00 30.00 30.00 30.00 30.00 30.00 30.00 30.00 27.00 24.00 21.00 18.00


Complete section 1Base M14 H=68mm (low) 2 Galvanized steel 3.3Base M14 H=100mm (standard) 3 Galvanized steel 3.3Column 25x25 4 Galvanized steel 3.3Fixing plate 5 Galvanized steel 3.3Fixing screw M5 6 Galvanized steel 3.3Stringer 7 Galvanized steel 5.7Stringer gasket 8 Conductive self-extinguishing 5.7Cross gasket 9 Conductive polyethylene 3.3Terminal stringer 10 Galvanized steel 1.5

TECHNICAL DATA

TOTAL WEIGHT



SSH: explodedSSH

1

2

4

,3

5

7

986

10



66

Rev. July 2010

Subtructure

MP

Super High

diGiT HEiGHT (mm) AdJUSTMENT coNfiGURATioN

XX -- ± 25mm Standard


H mm 1000 1200 1400 1600 1800

Kn(1) 47.00 33.00 26.00 19.00 14.00

DESCRIPTON RIF. MATERIAL PIECES m2

Base 1 Galvanized steel 3.3Tube ø 35 approx. 2 Galvanized steel 3.3Internally threaded rod M18 key HEX 32 3 Galvanized steel 3.3Head with threaded rod M18 4 Galvanized steel 3.3Head gasket 5 Conductive polyethylene 3.3

TECHNICAL DATA

TOTAL WEIGHT



1

2

3

4

5


67

Rev. July 2010

Subtructure

MP

Super High slim

diGiT HEiGHT (mm) AdJUSTMENT coNfiGURATioN

RHM 1000-1600 ± 25mm Standard

3.3 Kg / m2 H = 1000 mm Extra weight for every further cm of height: 0.0102 Kg/cm

H mm 1000 1200 1400 1600

Kn(1) 25.00 18.00 12.00 6.50

DESCRIPTON RIF. MATERIAL PIECES m2

Head disk 1 Galvanized steel 3.3Tube Ø 25x1,2 approx. 2 Galvanized steel 3.3Nut M14 3 Galvanized steel 3.3Head with threaded rod M14 4 Galvanized steel 3.3Head gasket 5 Conductive polyethylene 3.3

TECHNICAL DATA

TOTAL WEIGHT



5 HEAD GASKET

4 HEAD WITH THREATED ROD M14

3 NUT M14

1 HEAD DISK

2 TUBE

THREATED ROD M14

68


ULTIMATE LOAD UNI 10467 (Deflection <= 2.5 mm; Safety factor = 2)

MECHANICAL RESISTANCE CHART OF STANDARD LINE SYSTEM

STRUCTURE MPS/MPL MPM/SSH MPH MPC/MPO Other characteristics

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN) REI Weight

each (kg) dB

PLNAM 1,00 7,50 1,50 1,50 10,00 2,10 2,30 16,00 2,50 2,80 19,00 3,00 30 ~8,5 ³30

PLNAV 1,70 12,00 2,50 2,20 16,00 2,90 3,30 22,00 3,50 4,30 26,00 4,50 15 ~10 ³30

PLTMM 2,00 13,00 2,70 2,60 17,00 3,00 3,60 23,00 3,70 4,20 27,00 4,50 45 ~10 ³32

PLTMV 3,00 21,00 4,00 3,50 23,00 4,40 4,50 31,00 4,70 5,00 35,00 5,00 30 ~11 ³32

PLTAV 3,30 21,00 4,50 3,80 23,00 4,50 4,70 31,00 5,00 5,20 35,00 5,30 30 ~12 ³32

PG6AM 2,40 18,00 3,20 3,10 22,00 3,70 3,80 28,00 4,30 4,20 32,00 5,00 60 ~17 ³34

PG6AV 4,00 20,00 5,30 4,50 25,00 5,80 5,20 30,00 6,40 5,60 35,00 7,90 45 ~18 ³34

PG3AM 3,00 23,00 4,00 3,50 27,00 4,40 4,50 31,00 5,10 5,00 35,00 5,40 90 ~19 ³38

PG3AV 5,00 29,00 6,50 5,50 34,00 7,00 6,00 39,00 7,50 6,50 45,00 8,00 60 ~20 ³38

PW4AM 2,30 16,00 3,50 2,70 19,00 4,00 3,20 25,00 4,70 4,00 30,00 5,50 60 ~14 ³34

PW4AV 3,30 16,00 3,50 3,80 19,00 4,00 4,20 25,00 4,70 5,00 30,00 5,50 60 ~14 ³34

PANELS

LOAD

NOTE:For Finished Floor Height FFH more than 750 mm, please verify the real operating condition of the System.

Load position are given as follows:S=on any point of the systemC=centre of the panel

69




MECHANICAL RESISTANCE CHART OF HIGH CLASS SYSTEM




Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)


each (kg) dB

PLTMMHCeramic 60x60 2,50 17,00 3,50 3,00 20,00 3,40 4,00 25,00 4,10 4,50 30,00 5,30 45 ~19 >32

PLTMVHCeramic 60x60 3,80 25,00 5,50 4,60 29,00 5,80 5,10 33,00 6,30 6,10 36,00 7,40 30 ~20 >32

PLTMMH/TCeramic 30x30 2,00 13,00 2,70 2,60 17,00 3,00 3,60 23,00 3,70 4,20 27,00 4,50 45 ~19/21 >32

PLTMVH/TCeramic 30x30 3,00 21,00 4,50 3,50 23,00 5,50 4,50 31,00 5,50 5,00 35,00 6,50 30 ~20/22 >32

PG2AVHCeramic 60x60 3,10 20,00 4,10 3,30 23,00 4,30 4,60 30,00 4,90 5,10 35,00 5,90 45 ~19 ³30

PG2AVH/TCeramic 30x30 2,10 20,00 3,50 2,70 23,00 3,80 3,60 30,00 4,30 4,10 35,00 5,40 45 ~19/21 ³30

PG6AMHCeramic 60x60 3,00 12,00 4,00 3,60 16,00 4,50 4,00 21,00 4,80 4,60 26,00 5,10 60 ~24 >34

PG6AMH/TCeramic 30x30 2,40 12,00 3,40 3,10 16,00 3,70 3,80 22,00 4,20 4,20 26,00 4,70 60 ~24/26 >34

PG6AVHCeramic 60x60 5,00 21,00 7,40 5,20 25,00 7,70 5,70 31,00 7,90 6,20 35,00 8,10 45 ~25 >34

PG6AVH/TCeramic 30x30 4,00 20,00 7,10 4,50 25,00 7,40 5,20 31,00 7,50 5,60 35,00 7,70 45 ~25/27 >34

PG3AMHCeramic 60x60 3,60 24,00 4,60 4,40 28,00 5,10 4,90 33,00 5,50 5,60 37,00 5,80 90 ~26 >38

PG3AVHCeramic 60x60 5,80 33,00 7,50 6,10 37,00 7,80 6,60 41,00 8,00 7,10 46,00 8,10 60 ~27 >38

PG3AMH/TCeramic 30x30 3,00 24,00 4,00 3,50 28,00 4,40 4,50 33,00 5,00 5,00 37,00 5,10 90 ~26/28 >38

PG3AVH/TCeramic 30x30 5,00 33,00 7,30 5,50 37,00 7,60 6,00 41,00 7,80 6,50 46,00 8,00 60 ~27/29 >38

PANELS

LOAD


Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)


each (kg) dB

PG1AVZ 2,20 16,00 3,30 2,50 18,00 3,70 3,50 22,00 4,00 4,50 27,00 4,50 45 ~27 >30

PG2AVZ/Q 3,50 20,00 4,10 3,70 23,00 4,30 4,60 30,00 4,90 5,10 35,00 5,90 45 ~25 >34

PLTMMW 2,00 13,00 2,70 2,60 17,00 3,00 3,60 23,00 3,70 4,20 27,00 4,50 45 ~11 >32

PLTMVW 3,00 21,00 4,00 3,50 23,00 4,40 4,50 31,00 4,70 5,00 35,00 5,00 30 ~12 >32

PG6AMW 2,40 18,00 3,20 3,10 22,00 3,70 3,80 28,00 4,30 4,80 32,00 5,00 45 ~17 ³34

PG6AVW 4,00 20,00 5,30 4,50 25,00 5,80 5,40 30,00 6,40 5,80 35,00 7,90 45 ~18 >34

PG3AMW 3,00 23,00 4,00 3,50 25,00 4,40 4,50 31,00 5,10 5,00 35,00 5,40 90 ~20 >38

PG3AVW 5,00 29,00 6,50 5,50 34,00 7,00 6,00 39,00 7,50 6,50 45,00 8,00 60 ~21 >38

PW4/PF4AMW 2,30 16,00 3,50 2,70 19,00 4,00 3,20 25,00 4,70 4,00 30,00 5,50 60 ~15 >34

PBAT/PBAO 2,00 13,00 2,70 2,60 17,00 3,00 3,60 23,00 3,00 4,20 27,00 3,00 - ~22 -

PANELS

LOAD

70



MECHANICAL RESISTANCE CHART OF METAL LINE SYSTEM




Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)

Conc. C.(kN)

Conc. S. (kN)

Distributed (kN/m2)


each (kg) dB

PLNAR0 2,30 17,50 3,50 3,60 23,00 4,20 4,00 25,00 4,70 4,50 29,50 4,90 15 ~10 ≥30

PLTMR0 3,80 24,00 4,40 4,60 26,00 5,10 5,00 34,00 6,00 6,00 39,00 7,00 30 ~12.5 ≥30

P30SS/W 2,00 13,00 3,00 2,60 17,00 3,30 3,60 23,00 3,50 4,20 27,00 3,50 - ~13.5/15.5 -

PLTMMF 2,20 24,00 2,70 2,80 26,00 3,00 3,80 26,00 3,70 4,40 34,00 4,50 45 ~11.5 ≥32

PG6AR0 3,80 20,00 3,20 4,60 25,00 3,70 5,00 30,00 4,30 6,00 35,00 5,00 60 ~19 ≥34

PG3AR0 5,00 29,00 4,00 5,50 34,00 4,40 6,00 39,00 5,10 6,50 45,00 5,40 90 ~19 ≥38

PANELS

LOAD

71


Transpack Group Service S.p.A.Headquarters - Via dell’industria, 19 - 21 35028 Piove di Sacco (Pd) - italy - Tel. +39.049.9713311

Sales Office & Showroom - Via San Marco, 1135129 Padova - italy - Tel. +39.049.8072536

Registered office - Via dante, 4235029 Pontelongo (Pd) - italy - fax +39.049.9713313

UAE Branch floor System companyP.o. Box 49161 - Hamriyah free Zone Sharjah - UAETel. +971 (6) 5269002 - fax +971 (6) 5269003

[email protected] - www.nesite.com

Documents

MasterBook_2