full catalogue 2008

7/24/2019 Full Catalogue 2008

1/58

catalogue

ca lzavarah e l p i n g w o r d s t o f l y


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MULTIPOLE Multifunction Polygonal Poles

CHIMROOF Rooftop Artif icial Chim neys

CAT Camouflaging Artificial Trees

POLYPOLE Slip Joint Polygonal Poles

TELETOWERS Self Supporting Towers

FRAMETOP Roo fto p Structures

MOBISTAT Mobile Radio Stations

page 7

page 17

page 37

page 49

page 77

page 95

page 109

index


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KITSTAT Radio Station Kit

RADIOFLECT Microwave Passive Repeaters

SITETOOLS Radio Station Accessories

page 135

page 147

page 155

CUSTOM PRODUCTS

SERVICES

Plant Accessories

Antennas, R.F. Systems and R&D Services

page 183

page 187

page 191

page 233Housing


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CHIMROOF *

Rooftop Ar tif icial Chimneys


SGS

I

SO

900

1

Alllegalrightsinthisdocum

entaretheexclusivepropertyofcalzavaraandnopartofitmayb

ereproducedorcommunicatedtoanyotherpartywithoutourau

thorization.

Alldatainthiscatalogueisforreferenceonlyandma

ybechangedwithoutnotice,

inlinewithourpolicyofcontinuous

technicaldevelopment.

*Some of these products may have patent protection in specific countries.


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Reducing environmental impact has become an ever more sensitive issue, in particular for rooftop radio stations located

in urban and industrial areas. calzavara has developed a wide range of low environmental impact products. Among

them CHIMROOF, the rooftop artificial chimneys with heights varying from 2 to 8 m, camouflage the antennas for

one or more fixed and/or cellular network operators.

calzavara - tel. +39 0432 84381 fax +39 0432 848997 www.calzavara.it [email protected] - Catalogue 2004 - page 8

GENERAL DESCRIPTIONThe STRUCTURAL PART of CHIMROOF consists of a steel pole

divided into shafts, according to the overall height of the

structure.

The shafts are joined together by bolted flanges and any single

shaft has a maximum length of 2 m and a maximum weight of

150 kg, to facilitate installation on the roof of buildings.

The square base frame, fixed to the roof by mechanical or chemical

bolts, ensures correct installation and an adequate load

distribution over the roof surface.

The frame is sized according to the dimensions of the chimney and

the area on which it has to be fitted.

CHIMROOF external surface, is made entirely of plastic panels.

The panels are attached to metal supports adjacent to the

structural pole flanges.

The panel locking system has been designed to avoid

electromagnetic shielding, allowing the rooftop chimneys to be

opened up at various heights for inspection and maintenance

operations.

The standard chimney cap available is flat. The wall material

withstands a wind speed of more than 160 km/h, while theoperating temperature range is between 40 and + 110 C.

The standard colour is white, with a smooth external surface.

The ANTENNAS are fixed on a central steel pole.

The arrangement of the chimney wall panels, totally camouflages

the antennas.

The ANTENNA MOUNTS are designed to support different types

of radiant systems, to provide a wide variety of solutions:

pipe bracket for panel antennas

universal bracket for dish antennas.

The FEEDERS and CABLES run down the inside of the CHIMROOF

and are secured by rods mounted on the metal supporting

structure. The exit for the feeders is located at the base, not

interfering with the roof surface.

The CLIMBING LADDERS are fixed to the steel pole by brackets

and comprise a fall prevention system with a central carrier rail, to

allow sliding of the safety climb device. Access to the internal

climbing ladder is through detachable wall panels.

A footrest is mounted at the base of the antennas, to allow

installation and maintenance operations.

The CHIMROOF CAMOUFLAGE walls are made of radiolectrically

transparent panels, secured to steel brackets anchored to the

bearing structure.

The fixing fittings for the panels have been designed to allow fast

and easy installation and maintenance operations.

The LIGHTNING PROTECTION SYSTEM consists of a Franklin

type lightning conductor with a gilded-tip pick-up device, fixed to

a rod at the top of the pole.

The AIRCRAFT WARNING LIGHT SYSTEMS both conform to

ICAO or FAA Standards.

For day-time warning, CHIMROOF can be painted red and white.

The night-time warning system comprises a signalling unit with

steady or flashing red beacons.

TECHNICAL SPECIFICATIONSDESIGN AND STANDARDS

Design follows the most modern measuring criteria, with the aid ofadvanced software systems.

Structural analysis and static tests conform to the most recent

United States (EIA) and Italian (CNR-UNI) Standards.

Tests to other International Standards (EURONORM, BS, NV65,

etc.) can be carried out on request.

WIND LOADS

In accordance with the requirements of EIA Standards 222: basic

wind speed equivalent to 100 mph.

The structures are also tested in accordance with Italian

Standards, for wind zones from 1 to 6, roughness class D,category II and Ct = 1.0.

TWIST & SWAY

Maximum twist and sway at the top of the structure, with a

constant wind speed of 100 km/h, is less than 1.

MATERIALS

Pole structure

The materials comply with the requirements of European

Standards (EURONORM).

STEEL

Structural parts: S275JR (Fe 430 B) EN 10025

S235JR (Fe 360 B) EN 10025

Nuts and bolts: type 6.8. EN 20898-1

CHIMROOF Rooftop Artif icial Chimneys




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Camouflaging walls and caps

Fibreglass and plastics

OPERATING CONDITIONS:

Temperature: from 40 to 110 C - Humidity: 100%

RADIOELECTRIC SHIELDING

Attenuation of the electromagnetic signal 1 dB with a width

between 400 and 2200 MHz. On request, calzavara can

provide the Customer with the RF transmission tests reports.

GALVANIZATION

All steel materials are protected by hot-dip galvanizing in

accordance with ASTM A123 and Euronorm EN 1461 Standards.

CATALOGUE PRODUCTSSTANDARD SUPPLY

Provides the minimum configuration required for commissioning ofCHIMROOF, excluding radiant systems and their mounts.

Standard supply includes:

fixing plate including the roof installation kit (expansion or

chemical anchor bolts)

galvanized supporting pole in one or more shafts

vertical cable tray system for feeders and cables

climbing ladder with folding rungs

plastic camouflage wall panels

camouflage cap

packing list, erection and maintenance instructions

packing.

ACCESSORIES

These parts are additional to those provided in the basic versions

and must be ordered separately:

Camouflage components accessories

caps art. CH.. ..

wall external textures and colours art. CHPA ....

Chimney stiffeners

guy kit art. CHTP

Pipe brackets & attachments

universal wall mount pipe bracket art. PBUM .... PL

Antenna mounts

universal pipe bracket for panel antennas art. TAPC

universal pipe bracket for dish antennas art. TAMA 7615

Horizontal cable ladder art. HBAI ....

Aircraft warning light system art. S........

Grounding kit for feeders art. KTF......

Waterproof entries art. IISP.....



CUSTOM PRODUCTScalzavara is able to design custom CHIMROOF products to

comply with different International Standards, heights, rigidity,

and shapes. Please contact our Customer Care department

([email protected]); we shall be pleased to send you a

technical proposal and quotation to suit your specific

requirements.

Internal view of a chimney.

View of custom chimney.




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H-Height

Max.

length

ofapoleshaft

Max.weight

ofapoleshaft

Totalgross

weight

Maxwind

speed

Despatch

volume

Twist&

sway(A)

m

Base

Dimensions

mmArticle m kg km/h kg m3

CHSQ 6502

CHSQ 6503

CHSQ 6504

CHSQ 6505

CHSQ 6506

CHSQ 6507

CHSQ 6508

CHSQ 7502

CHSQ 7503

CHSQ 7504

CHSQ 7505

CHSQ 7506

CHSQ 7507

CHSQ 7508

2.0

3.0

4.0

5.0

6.0

7.0

8.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

650

650

650

650

650

650

650

750

750

750

750

750

750

750

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

50

50

60

60

100

100

150

50

50

60

60

100

100

150

170

170

170

170

170

170

170

170

170

170

170

170

170

170

400

500

600

700

800

1000

1100

450

550

650

750

850

1100

1200

0.8

1.1

1.5

1.9

2.3

2.6

3.0

0.9

1.3

1.7

2.2

2.6

3.0

3.5

5'

10'

20'

25'

30'

50'

50'

5'

10'

20'

25'

30'

50'

50'

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

50

50

60

60

100

100

150

50

50

60

60

100

100

150

350

450

550

650

750

950

1050

400

500

600

700

800

1050

1150

0.9

1.3

1.8

2.2

2.6

3.1

3.5

1.0

1.5

2.0

2.5

3.0

3.5

4.0

5'

10'

15'

20'

30'

40'

45'

5'

10'

20'

25'

35'

45'

50'

CHCY 7002

CHCY 7003

CHCY 7004

CHCY 7005

CHCY 7006

CHCY 7007

CHCY 7008

CHCY 8002

CHCY 8003

CHCY 8004

CHCY 8005

CHCY 8006

CHCY 8007

CHCY 8008

2.0

3.0

4.0

5.0

6.0

7.0

8.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

700

700

700

700

700

700

700

800

800

800

800

800

800

800

170

170

170

170

170

170

170

170

170

170

170

170

170

170

degree

SQQUARE SECTIONRE SE TION

CI RIRCULAR SECTIONUL R SE TION

CHTD table - Technical data for standard rooftop chimneys


NOTE: All data refers to standard configuration series.(A) Constant wind speed of 100 km/h. Blowing constantly over the entire structure height.




thorization.





calzavara - tel. +39 0432 84381 fax +39 0432 848997 www.calzavara.it [email protected] - Catalogue 2004 - page 10calzavara - tel. +39 0432 84381 fax +39 0432 848997 www.calzavara.it [email protected] - Catalogue 2004 - page 10



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a n t e n n a m o u n t

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H-Height

CIRCULAR SECTION

art. CHCY ....

SQUARE SECTION

art. CHSQ ....

a n t e n n a

c l i m b i n g l a d d e r

s u p p o r t i n g p o l e

b a s e





thorization.





calzavara - tel. +39 0432 84381 fax +39 0432 848997 www.calzavara.it [email protected] - Catalogue 2004 - page 11calzavara - tel. +39 0432 84381 fax +39 0432 848997 www.calzavara.it [email protected] - Catalogue 2004 - page 11



9/58

CAT *

Camouflaging Artificial Trees


SGS

I

SO

900

1




thorization.







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thorization.





CAT Camouflaging Ar tificial Trees

GENERAL DESCRIPTIONThe structural part of the artificial tree TRUNK consists of a

steel pole divided into several shafts, according to the overall

height of the structure.

The outside of the trunk of pines and high palms is covered with

reinforced plastic, resistant to UVA rays and to atmospheric

agents, very similar to the bark of the natural trees.

The outside of the trunk of small palms is covered with

natural palm fibre or a plastic artificial bark.

Most of the trunk of the cypress is covered by the foliage; only

the lower part is covered by a plastic bark.

The FOLIAGE branches of artificial pines are composed of

fibreglass pipes of different diameters in order to achieve the

cone-shaped, irregular appearance of the real foliage. Tufts of

needles similar to those of natural pines are attached to the

branches.

The branches of artificial palm trees are composed of a

fibreglass stalk and plastic leaves having a natural shape.

The foliage of the cypress is formed by a wire mesh structure

covered with artificial leaves and small branches.

The use of all-plastic and fibreglass materials ensures absolute

radioelectric transparency.

The ANTENNAS are fixed at the top on a central steel rod or,

when different spacing is required, on special galvanized steel

arms which are painted the same colour as the branches.

The arrangement of the foliage totally camouflages the

antennas.

The FEEDERS & CABLES run down the inside of the trunk and

are clipped to steel cables.

At the base, they exit through an underground opening.

For cypresses, the cables run down a vertical cable tray inside

the masking material. Access is also provided by means of an

internal vertical ladder which makes it easy to carry out

maintenance.

The FOUNDATIONS consist of a buried, reinforced concrete

plinth. Anchoring of the artificial pine is achieved by means of

foundation anchor bolts. An underground passage allows exit of

the cables and feeders.

The small palm can be installed on terraces as a rooftop structure.

In this case the base can also be a steel frame with a ballast system.

The INSTALLATION of the trunk, pre-packed at the factory,

is not dissimilar to the erection of normal

slip-joint polygonal poles.

The foliage is assembled on site by inserting the branches into

special steel shanks, welded to the supporting structure of the

pole. The whole erection process is easy and fast.


Design follows the most modern measuring criteria, with the aid

of advanced software systems.

Structural analysis, static and dynamic tests conform to the

most recent United States (EIA 222) and Italian (CNR-UNI)

Standards. Tests to other International Standards (EURONORM,

BS, NV65, etc) can be carried out on request.

WIND LOADS




Standards, for wind zones from 1 to 3, roughness class D,

category II and Ct = 1.0.

TWIST & SWAY

Maximum twist and sway at the top of the pole, with a constantwind speed of 100 km/h, is less than 1.

MATERIALS



Structural parts: S355JO (Fe 510 C) EN 10025

S235JR (Fe 360 B) EN 10025


GALVANIZATION

All steel materials are protected by hot-dip galvanizing inaccordance with ASTM A123 and Euronorm EN 1461 Standards.

PLASTIC PARTS

DESCRIPTION

Artificial bark made of reinforced plastics.

Branches in fibreglass reinforced plastic.

Leaves in plastic materials with supporting core in glass

roving and resin.

FIRE RESISTANCE

The fire resistance of the artificial parts is in accordance with

Italian Standards CSE 2/75A and CSE RF 3/77.

Artif icial bark and branches: class 4.

Foliage: class 4.

OPERATING CONDITIONS

Temperature: from -20 to 100C - Humidity: 100%.

With the increase of radio stations, reducing the environmental impact has become an ever more

sensitive issue. calzavara has developed a range of products for this purpose, among them artificial trees.

Our artificial austrian pines, maritime pines, cypresses and different types of artificial palms provide solutions for supporting

antenna structures of varying height from 4 to 36 m and over.


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thorization.





RADIOELECTRIC TRANSPARENCY

Comparative measurements on bands 400 - 2000 MHz

have shown an attenuation of less than 1 dB.

CATALOGUE PRODUCTS

STANDARD SUPPLYThese consist of the following article ranges:

FAPP - FMPP - FPRP - FJPP - FCYP.

Provides the minimum configuration required for commissioning

of the pole, excluding radiant systems and their mounts.


template and anchor bolts

galvanized, slip-joint polygonal supporting pole in one or

more shafts or cylindrical pole for small palm and cypress

internal steel cables for supporting cables and feeders

artificial bark

top foliage

camouflage system installation kit


packing in bundles and/or wooden cases and crates.

ACCESSORIES

These parts are additional to those provided in the basic

versions and must be ordered separately:

Antenna mounts for austrian pine and High Palm

pipe mount for 3 panel antennas art. PMFA 251.

pipe mount for 3 double antennas art. PMFA 252.

Antenna mounts for austrian pine

bracket mount for 3 double antenna sectors art. UBPI 6... FA3 T-arm antenna mount with bracket art. UBPI 13.. AP ..

Antenna mounts for maritime pine

arm mount for one panel antenna art. PMPI 6... ..

telescopic arm mount for one panel antenna art. PMSE 685. ..

telescopic mount for double panel antennas art. PMDE 685. ..

Antenna mounts & base for small palm

pipe mount for 3 panel antennas art. PMFA 201.

base frame art. FJBA ....

Antenna mounts for cypress

pipe mount for 3 double antennas art. PMCY 252.

pipe bracket for panel antennas art. TAPB 1520

Universal mounts for microwave antennas

universal pipe bracket for dish antennas art. UBPI 16.. SD

Camouflaging accessories

antenna camouflage paint art. FAEP

bark paint art. FABK

spare branches for palms & pine trees art. 6. P. ....

Universal supports & cable protection

steel wire for fixing coaxial cables art. FC . .... ....

protective cover for cables art. FFCC 5550

U bracket for wall installation of cable art. FFUB ....

Grounding kit art. GRPI

Pole installation kit art. IKPI ....






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thorization.






M

axheight

from

ground

H

eight

o

fantennabase

M

axdiameter

o

ffoliage

G

rossweight

Foundation

excavationvolume(A)

V

olumeofcast

c

oncrete

(A)

M

axlengthof

p

oleshaft

D

espatch

volume

mArticle m m kg m3 m3 m m3

FAPP 1207

FAPP 1807

FAPP 2007

FAPP 2407

FAPP 3007

FAPP 3607

15.0

21.0

23.0

27.0

33.0

39.0

12.0

18.0

20.0

24.0

30.0

36.0

8.0

9.0

9.0

10.0

10.0

10.0

2200

3800

4500

6400

9300

15300

25

35

35

50

65

80

10

16

18

22

30

40

10.0

8.0

8.5

10.5

12.0

12.0

20

25

30

40

50

65

11.0

15.0

17.0

19.0

21.0

23.0

27.0

8.0

12.0

14.0

16.0

18.0

20.0

24.0

8.5

8.5

10.0

10.0

10.0

10.0

10.0

2000

2500

3000

4000

4700

5300

6400

16

25

30

35

35

35

50

8

10

14

16

16

18

22

16

20

22

24

26

30

40

AU SS

TRIAN PINER I N P INE

MARITIME PINERITIME

PINE

FPRP 1207

FPRP 1807

FPRP 2007

FPRP 2407

15.0

21.0

23.0

27.0

12.0

18.0

20.0

24.0

6.0

9.0

9.0

9.0

2200

4300

4900

6800

25

35

35

50

10

16

18

22

11.0

9.5

10.0

12.0

22

28

30

40

FJPP 0407

FJPP 0607

FJPP 0907

FJPP 1207

FJPP 1507

6.5

8.5

12.0

15.0

18.0

4.0

6.0

9.0

12.0

15.0

2.5

2.5

3.0

3.5

3.5

400

700

1300

2000

3100

4

6

8

12

15

4.0

6.0

6.0

6.0

9.0

4

5

6

8

10

FCYP 1207

FCYP 1807

FCYP 2407

FCYP 3007

17.5

23.5

29.5

35.5

12.0

18.0

24.0

30.0

2.4

2.6

2.6

2.6

3800

5400

6800

10700

25

35

50

65

10

16

22

30

6.0

6.0

6.0

6.0

30

45

60

80

HIGH PIGH P

ALMLM

SMALL PM LL

P

ALMLM

CYPRESSYPRESS

10.5

11.5

7.5

8.0

9.0

10.0

11.5

3

4

6

8

10

FMPP 0807

FMPP 1207

FMPP 1407

FMPP 1607

FMPP 1807

FMPP 2007

FMPP 2407

NOTE: All data refers to standard configuration versions.(A) Approx. values.


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FJBA ..90

page 31





thorization.






INDEX OF ARTICLES

PMFA 251. PMFA 252. UBPI 6... FA

PMPI 6... .. PMSE 685. ..

UNIVERSAL SUPPORTS & CABLE PROTECTION

ANTENNA MOUNTS FOR AUSTRIAN PINE

PMFA 252.

PMFA 201.

ANTENNA MOUNTS FOR HIGH PALM

ANTENNA MOUNTS & BASE FOR SMALL PALM

FC . .... .... FFCC 5550 FFUB ....

UNIVERSAL MOUNTS FORDISH ANTENNAS

CAMOUFLAGING ACCESSORIES

60 PI ....

62 PG .... .

62 PP ....TAPB 1520PMCY 252.

UBPI 16.. SD

FAEP

GROUNDING PROTECTION

GRPI

POLE INSTALLATION

IKPI ....

page 34

page 34

page 34

page 33

page 24 page 25 page 26

UBPI 13.. AP ..

page 27

ANTENNA MOUNTS FOR MARITIME PINE

page 28 page 29

page 25

page 31

FJBA ..12

page 31

page 32page 32

page 34 page 35 page 35 page 35 page 35

page 33

PMDE 685. ..

page 30

FABK

page 33

ANTENNA MOUNTS FOR CYPRESS

painting

PMFA 251.

page 24


14/58

MULTIPOLE *

Multifunction Polygonal Poles


SGS

I

SO

900

1


Alllegalrightsinthisdocumen

taretheexclusivepropertyofcalzavaraandnopartofitmaybe

reproducedorcommunicatedtoanyotherpartywithoutourauth

orization.

Alldatainthiscatalogueisforreferenceonlyandmayb

echangedwithoutnotice,

inlinewithourpolicyofcontinuouste

chnicaldevelopment.


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thorization.





GENERAL DESCRIPTION

The SUPPORTING STRUCTURE is composed of polygonaltapered cone shafts. The base shaft is connected to the

foundation bolts by means of a flange, while the others, which vary

in number according to the height of the pole, are mounted onto

each other.

The CAMOUFLAGE at the top consists of three semi-circular

frames to support radomes manufactured with radio-electrically

transparent material. The radomes, whose colour can be chosen

from the set described below, hides the antennas and the

floodlight set.

A working platform is provided inside the camouflaged top

structure, to allow maintenance of the radiant systems and

illumination.

Advertising signs or logos, can be reproduced on the radome

surface.

The ANTENNAS are fixed at the top on a central steel rod or, when

different spatial diversity is required, on special galvanized steel arms.

The FEEDERS and CABLES run down inside the structure and are

clipped to a steel wire.

At the base, they exit through an underground opening. An

external vertical cable tray can be provided as an option.

The CLIMBING LADDERS are anchored on the external wall of the

pole and includes a fall prevention system with central carrier rail.

The ladder is equipped with tiltable intermediate footrests.

To prevent access by unauthorized persons, the ladder can be

supplied with a removable bottom section, or with an anti-climb

device.

The FOUNDATIONS consist of a buried, reinforced concrete

plinth. Anchoring of the lighting poles is achieved by means of

foundation anchor bolts included in the supply. An undergroundpassage allows exit of the cables and feeders.


type lightning conductor with a gilded-tip pick-up device, secured

to a rod at the top of the pole.


ICAO or FAA Standards. The night-time warning system comprises

a signalling unit with steady or flashing red beacons.

The GROUNDING PROTECTION carries the electrical dischargepicked up by the lightning protection system to ground. It consists

of a set of copper or galvanized ground rods, connected to one or

more copper conductors by means of clamps and copper busbars.

TECHNICAL SPECIFICATIONS

DESIGN AND STANDARDSDesign follows the most modern sizing criteria, with the aid of

advanced software systems.

Structural analysis, static and dynamic tests conform to the most

recent United States (EIA 222) and Italian (CNR-UNI) Standards.


etc) can be carried out on request.

WIND LOADS


wind speed equivalent to 100 mph. The structures are also tested

in accordance with Italian Standards, for wind zones from 1 to 6,

roughness class D, category II and Ct = 1.0.

TWIST & SWAY

Maximum twist and sway at the top of the pole, with a

constant wind speed of 100 km/h, is less than 1.

GALVANIZATION


accordance with ASTM A123 and Euronorm EN 1461 Standards.

MATERIALS - SUPPORTING STRUCTURE




S235JR (Fe 360 B) EN 10025

Nuts and bolts: type 6.8 EN 20898-1

Radome material: plastic fabric.

OPERATING TEMPERATURES:

from 30 to 70 C.

RADIOELECTRIC SHIELDING:

the attenuation of the electromagnetic signal is < 1 dB with awidth between 400 and 2200 MHz.

FIRE RESISTANCE OF RADOME:

100 mm/min (DIN 75200) class 3.

RADOME STANDARD COLOURS:

White RAL 9010, Black RAL 9005, Red RAL 3020, Green RAL

6026, Blue RAL 5010, Silver RAL 9006.

With MULTIPOLE, calzavara is presenting a multifunction product, performing the functions not only of traditional

antenna support structures, but also of billboard and lighting pole. The versatility of MULTIPOLE, combined with a

careful design focused on cost optimization, allows it to blend almost naturally with the architectural surroundings.

MULTIPOLE Multifunct ion Polygonal Poles


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thorization.






Provides the minimum configuration required for commissioning

of the pole, excluding radiant systems and their mounts.


MULTIPOLE with triangular-shaped platform, camouflaged by

three radomes template and anchor bolts

galvanized, slip-joint polygonal pole

internal steel wires for supporting cables and feeders



ACCESSORIES



Antenna mounts

universal pipe bracket for dish antennas art. TAMA ....

pipe bracket for 3 double antenna sectors art. MFPM ....

universal pipe bracket for panel antennas art. TAPB ....

Fixing fittings for cable & feeders

external vertical cable tray art. MFCT

inner steel wire for fixing coaxial cables art. FC

Climbing ladders

climbing ladder with safety climb and footrests art. URPI

safety climb kit art. SKPI

cover for climbing ladder art. AUPI 3050

Camouflage components accessories

advertising and/or coloured radomes art. MFRI

Horizontal cable bridgeshorizontal cable ladder art. HBAI ....

horizontal cable bridge mount for pole art. HMPI ....

Lights & relevant support

floodlight set for the illumination of radomes art. MFTL

floodlight set art. MFLH .... ..

motorized mobile ring for floodlight support art.MFML .... ..

Electrical control switchboard art. MFEP


Pole lightning protection kit art. LKPI

Pole installation kit art. IKPI ....


CUSTOM PRODUCTScalzavara is able to design Custom MULTIPOLE products to

comply with different International Standards, with different

heights, rigidity and equivalent surface areas of radiant systems.

Please contact our Customer Care department

([email protected]); we shall be pleased to send you a

technical proposal and quotation to suit your specific

requirements.



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SOLUTION A

- PLAN VIEW -

platform

SOLUTION B

- PLAN VIEW -

- SECTION VIEW -

H-Height

Poleshafts

Max.

length

ofapoleshaft

Max.weight

ofapoleshaft

Foundation

excavation

volume

Foundation

concrete

volume

Grossweight

Despatch

volume

Twist&

sway(A)

Max.wind

area

atthetop

mArticle n m kg m3 m3 kg m3 m2

MFTP 3812

MFTP 3818

MFTP 3824

MFTP 3830

MFTP 3836

12

18

24

30

36

1

2

2

3

4

12.0

9.7

12.7

11.2

11.5

1200

1500

2200

2600

3900

19

24

31

41

50

9

12

15

23

26

3200

4400

5600

8000

10600

12

17

22

31

45

35'

40'

45'

40'

45'

15

15

15

15

15

degree

MULTIPOLE multifunction polygonal poles

panel antenna

platform

dish antenna

panel antenna

1800 mm3800 mm

2400

mm

3000

mm

radome





thorization.





L I G H T I N G P O L E

Technical data for standard MULTIPOLE Multifunction Polygonal Poles

NOTE: All data refers to standard configuration series.(A) Constant wind speed of 100 km/h. Blowing constantly over the entire structure height.



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3000

mm

H

-Height

f l o o d l i g h t s e t f o r i l l u m i n a t i o n

o f t h e r a d o m e s

a i r c r a f t w a r n i n g

l i g h t s y s t e m

l a d d e r w i t h s a f e t y

c l i m b s y s t e m

a n t i - c l i m b p r o t e c t i o n

p a n e l a n t e n n a

d i s h a n t e n n a

f l o o d l i g h t s e t

r a d o m e

a n t e n n a m o u n t s

a n t e n n a m o u n t s





thorization.







19/58

POLYPOLESlip Joint Polygonal Poles


SGS

I

SO

900

1




orization.




chnicaldevelopment.


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thorization.







GENERAL DESCRIPTION

The FOUNDATION ANCHOR BOLTS, made of steel rods cast in

the reinforced concrete foundations are positioned by a template

included in the supply.

The SUPPORTING STRUCTURE is composed of individual cone-

shaped shafts.

The base shaft is connected to the foundation bolts by means of

a flange.

The remaining shafts, which vary in number according to the

height of the pole, are mounted onto each other and clamped

together by means of a hydraulic jack system, ensuring the correct

clamping pressure.

The CLIMBING LADDERS are anchored to the outside of the pole

and, in versions with safety climb system, is available both in a

continuous run with staggered rungs and with tiltable,

intermediate footrests.

A caged version with traditional, intermediate rest platforms can

be installed on some pole types. To prevent access by

unauthorized persons, the ladder can be supplied with a

removable bottom section, or with an anti-climb device.

The VERTICAL CABLE TRAY, consisting of shaped sections, is

welded to the pole at intervals of 500 to 1000 mm, along the

whole length.

This system firmly secures the cables and feeders.

The PLATFORMS, in hot-dip galvanized steel with metal grating

walking surface, are bolted together on-site.

They are available in different shapes and sizes (triangular, circular,

hexagonal) to suit any technical requirement.

All platforms may be installed at the top of the pole or at

intermediate levels.

The HORIZONTAL CABLE BRIDGES are designed to provideoverhead support for feeders and service cables between the pole

and the equipment housing. They are available in various lengths

and can be fitted with ice protection covers.



to a rod at the top of the pole.

The GROUNDING PROTECTION carries the electrical discharge

picked up by the lightning protection system to ground. It consists




ICAO or FAA Standards.

For day-time warning, the top third of the pole is painted red andwhite. The night-time warning system comprises a signalling unit

with steady or flashing red beacons.

The ANTENNA MOUNTS are designed to support different types

of radiant systems, to provide a wide variety of solutions:

types for corner or side mounting on platforms and suitable for

omnidirectional, panel and dish antennas

arm type, for cellular omnidirectional and panel antennas

with universal pole brackets, which can be anchored in different

positions along the pole.


Design follows the most modern measuring criteria, with the aid of





etc) can be carried out on request.

WIND LOADS






TWIST & SWAY

The equivalent surface areas of the antennas and maximum

deflection values are shown in the table on page 52.

MATERIALS

The materials comply with the requirements of EuropeanStandards (EURONORM).


S235JR (Fe 360 B) EN 10025

Nuts and bolts: type 6.8 EN 20898-1

GALVANIZATION

All materials are protected by hot-dip galvanizing in accordance

with ASTM A123 and Euronorm EN 1461 Standards.

FOUNDATIONS

Standard versions provide for reinforced concrete foundations,calculated for an allowable soil bearing capacity greater than

2 kg/cm2.

The following are also available on request: pile or micro-pile

foundations, rock anchoring, steel rods for roof anchoring.

Slip joint polygonal poles are used in cellular radio base stations and in radio centres, where high antenna loads are

not required. The advantages of this technical solution are reduced environmental impact, modularity of accessory

components, shorter installation times and costs comparable to traditional lattice structures.



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thorization.





calzavara - tel. +39 0432 84381 fax +39 0432 848997

www.calzavara.it [email protected] - Catalogue 2004 - page 29



Provides the minimum configuration required for commissioning of

the pole, excluding radiant systems and their mounts.


template and foundation bolts

supporting structure in shaft sections


packing in bundles, wooden cases and crates

packing list with assembly and maintenance instructions.

ACCESSORIES



Antenna mounts

universal pole bracket art. UBPI ....

pipe mount for panel and dish antennas art. PMPI .... ..

pipe mount with telescopic arm art. PMSE ....

telescopic arm with tilt facility art. UBPI .... BT

pipe mount with arm for dish antennas art. PMPI 1601 SD

universal pipe bracket for dish antennas art. UBPI 16.. SD

pipe mount with bracket for 1 m dish antennas art. UBPI 11.. SD ..

3 T-arm antenna mount with bracket art. UBPI 13.. SA ..

pipe mount for single panel antennas art. UBPI 11.. AP ..

3 pipe mounts for panel antennas art. UBPI 13.. AP ..

pipe mount with brackets for dish antennas art. UBPI .... TD

antenna mount with brackets for T-arms art. UBPI .... TA

3 twin antenna mount with bracket art. UBPI 6... TS

universal pipe bracket for panel antennas art. TAPB ....


pipe mount for 3 double antenna sectors art. TADA .... ..antenna pipe mount art. PMAR ....

antenna flanged side pipe mount art. PFPI ....

antenna side pipe mount art. PPPI ....

flanged pipe mount art. PMTP ....

mini-link pipe mount art. PMFP

T-arm antenna mount art. TAAR ....

Windbraces

single flange windbrace art. WBAR .... SF

twin flange telescopic windbrace art. WBAR .... TT

Platforms

triangular pole platform art. TPPI .... ..

circular pole platform art. CPPI .... ..hexagonal pole platform art. HPPI .... ..

up-gradable circular platform art. SCPB ....

circular rest platform art. SCPI ....

Climbing ladders

climbing ladder with safety climb and footrests art. URPI


cover for climbing ladder art. AUPI 3050

caged climbing ladder with rest platforms art. CRPI

Horizontal cable bridges

horizontal cable bridge mount for pole art. HMPI

horizontal cable ladder art. HBAI .

Grounding kit art. GRPI Pole lightning protection kit art. LKPI

Pole installation kit art. IKPI .


Day-time warning system art. SOVD


Detail of pole with wind rose shaped foodlight bracket.

Detail of feeders vertical cable tray.

CUSTOM PRODUCTScalzavara is able to design custom polygonal poles to comply

with different International Standard, with different heights,

twist, sway and equivalent surface areas of radiant systems.

Please contact our Customer Care department

([email protected]); we shall be pleased to sendyou a technical proposal and quotation to suit your specific

requirements.



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thorization.






H-

Height

Poleshafts

Max.

length

ofapoleshaft

Max.weight

ofapoleshaft

Foundation

excavation

volume

Foundation

concrete

volume

Totalgross

weight

Despatch

volume

Twist&

sway

(A)

Maxnumber

ofworking

platforms

Max.wind

area

atthetop

mArticle n m kg m3 m3 kg m3 m2

PIHD 18

PIHD 24

PIHD 30

PIHD 36

n

18

24

30

36

2

3

3

4

2

2

2

2

9.8

10.0

11.2

11.5

2200

2600

3300

4800

30

41

53

76

15

22

28

38

4400

5900

8300

11700

25

30

35

40

20'

30'

40'

45'

25

25

25

25

PIHE 12

PIHE 18

PIHE 24

PIHE 30

PIHE 36

12

18

24

30

36

1

2

3

3

4

1

1

1

1

1

12.0

9.8

10.0

11.2

11.5

1200

1700

2200

3300

4000

14

26

41

50

64

10

14

22

26

34

1700

3200

4800

7100

9600

17

20

25

30

36

20'

20'

30'

30'

40'

15

15

15

15

15

PIME 12

PIME 18

PIME 24

PIME 30

PIME 36

12

18

24

30

36

1

2

2

3

4

1

1

1

1

1

12.0

9.7

12.7

11.2

11.5

1100

1500

2200

2600

3000

14

20

26

41

50

9

11

14

22

26

1600

2900

4100

6300

8600

15

18

25

30

36

25'

25'

30'

30'

30'

12

12

12

12

12

PILI 12

PILI 18

PILI 24

PILI 30

PILI 36

12

18

24

30

36

12

18

24

30

36

1

2

2

3

4

1

2

2

3

3

1

1

1

1

1

1(B)

1(B)

1(B)

1(B)

1(B)

12.0

9.7

12.7

11.2

10.8

12.0

9.5

12.5

11.2

13.0

1100

1500

2200

2400

3000

1000

1100

1700

2000

2500

14

20

26

38

50

6

9

17

25

43

9

11

14

20

26

4

6

10

14

24

1600

2900

4100

5500

8300

1100

2100

3100

4600

6600

15

18

22

27

33

11

14

18

23

28

30'

30'

35'

45'

50'

15'

20'

25'

25'

25'

degree

12

12

12

12

12

3

3

3

3

3

12

18

24

30

36

1

2

2

3

4

1(B)

1(B)

1(B)

1(B)

1(B)

12.0

9.5

12.5

11.2

11.5

900

1000

1300

1900

2300

6

9

17

25

43

4

6

11

14

21

1000

1800

2600

4300

6400

8

11

14

17

20

20'

30'

45'

50'

50'

3

3

3

3

3

EXTRXTRA HEAHEAVY SERIES - T2Y SERIES T2

SLIM30 12

SLIM30 18

SLIM30 24

SLIM30 30

SLIM30 36

SLIM60 12

SLIM60 18

SLIM60 24

SLIM60 30

SLIM60 36

HEAEAVY SERIESY S ER IE S - T1T1

MEDIUM SERIESED IUM SERI ES - BB

L IGHT SERIESI GHT SERI ES - WW

SLIM 3L IM 30

SLIM 60L IM 6


NOTE: All data refers to standard configuration series.(A) Constant wind speed of 100 km/h. Blowing constantly over the entire structure height.(B) Only item SCPI.

PITD table - Technical data for standard slip joint poles



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POLYPOLE Slip Joint Polygonal PolesPOLYPOLE Slip Joint Polygonal Poles





thorization.






24/58

TELETOWERSSelf Supporting Towers





orization.




chnicaldevelopment.

SGS

I

SO

900

1


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calzavara - tel. +39 0432 84381 fax +39 0432 848997 www.calzavara.i t [email protected] - Catalogue 2004 - page 34

Self Suppor ting Towers

GENERAL DESCRIPTION

The FOUNDATION ANCHOR BOLTS, made of steel rods cast inthe reinforced concrete foundations, are positioned by a template

included in the supply.

The SUPPORTING STRUCTURE has a square section and is

made of open (L or C-shaped) steel profiles, protected by hot-

dip galvanization.

The base segment is connected to the foundation anchor bolts

by means of flanges welded to the legs. Subsequent segments,

which vary in number according to the height of the tower, are

connected to each other by means of bolted joints.

The CLIMBING LADDERS are secured to the inside of the

structure and are available in two versions:

with T rail safety climb system (art. URST)

caged, with intermediate rest platforms (art. CRST).

To prevent access by unauthorized persons, the ladder can be

supplied with a removable bottom section, or with an anti-climb

device.

The VERTICAL CABLE TRAY consists of 20 mm rungs,

positioned close to the climbing ladder along the whole length

of the tower.

The PLATFORMS, in hot-dip galvanized steel with metal grating

walking surface, are bolted together on site.

They are available in different shapes and sizes (triangular,

octagonal, rotating), to suit any technical requirement.

All platforms may be installed at the top of the tower.

The HORIZONTAL CABLE BRIDGES are designed to provide

overhead support for feeders and service cables between the

tower and the radio station. They are available in various lengths

and can be fitted with protection covers.



to a rod at the top of the tower.

The GROUNDING PROTECTION carries the electrical discharge

picked up by the lightning protection system to ground. It consists



The AIRCRAFT WARNING LIGHT SYSTEMS both conform to ICAO

or FAA Standards.

For day-time warning, the top third of the tower is painted red andwhite. The night-time warning system comprises a signalling unit

with steady or flashing beacons.

The ANTENNA MOUNTS are designed to support different typesof radiant systems, to provide a wide variety of solutions:

types for corner or side mounting in different positions on the

tower structure and suitable for omnidirectional, panel and

dish antennas

arm type, for cellular omnidirectional and panel antennas.


Design follows the most modern measuring criteria, with the aid of





etc.) can be carried out on request.

WIND LOADS


wind speed equivalent to 100 mph. The structures are also tested

in accordance with Italian Standards, for wind zones from 1 to 3,

roughness class D, category II and Ct = 1.0.

TWIST & SWAY

The equivalent surface areas of the antennas and the maximum

deflection values are shown in the table on page 80-81.

MATERIALS




S235JR (Fe 360 B) EN 10025


GALVANIZATION

All materials are protected by hot-dip galvanizing in accordance

with ASTM A123 and Euronorm EN 1461 Standards.

FOUNDATIONS

Standard versions provide for reinforced concrete foundations,

calculated for an allowable soil bearing capacity greater than

2 kg/cm2. The following are also available on request:

pile or micro-pile foundations for ground with low load bearing

capacity

foundations with steel rods for rock anchoring

foundations with steel rods for anchoring to buildings or otherexisting structures.

Self supporting square section towers are widely used in radio centres.

The various types of tower and technical solutions offered by calzavara make it possible to satisfy various needs

according to the required antenna loads.



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thorization.






Self Suppor ting Towers

CATALOGUE PRODUCTSSTANDARD SERIES

These consist of the following article ranges:

TAEL TALT TAMM TAHE TAXL TAXP.

They provide the minimum configuration required for the

commissioning of the tower, excluding radiant systems and their

mounts. Standard supply includes: template and foundation bolts

supporting structure

climbing ladder of the following type:

1. with T rail safety climb system (art. URST) only for models

TAEL, TALT and TAMM

2. caged, with intermediate rest platforms (art. CRST) for all

models


packing list with assembly and maintenance instructions

packing in bundles, wooden cases and crates.

ACCESSORIES

These are additional parts or parts which have different functions

from those provided in the basic versions.

When an accessory is ordered, it automatically replaces the

corresponding component in the basic version.

Antenna mounts

side-mounting frame for towers with parallel sides art. AMPS .... ..

side-mounting frame for towers with tapering sides art. AMTS .... ..

zenithal adjustment kit for side-mounting frames art. AMZA ....

antenna corner pipe mount

for towers with parallel sides art. AMCP .... ..


for towers with tapering sides art.AMCT .... ..

angle-leg clamp for windbrace fixing art. AMWF ....

angle-leg clamp for dish antenna art. TAMA ....

angle-leg clamp with antenna pipe mount art. AMPM ....


for towers with x-shaped legs art. AMXS .... ..

T-arm antenna mounts art. TAAR ....

antenna pipe mount art. PMAR ....

Windbrace art. WBAR .... ..

Top platforms

octagonal tower platform art. TPOT .... Climbing ladders

climbing ladder with safety climb & footrests art. URST

caged climbing ladder with rest platforms art. CRST


Horizontal cable bridges

horizontal cable ladder art. HBAI ....

horizontal cable bridge mount for tower art. HMST


Tower lightning protection kit art. LKST


Day-time warning system art. SOVD

CUSTOM PRODUCTScalzavara is able to design self supporting towers to comply with

different International Standards, with different heights, rigidity and

equivalent surface areas of radiant systems. Please contact our

Customer Care department ([email protected]); we

shall be pleased to send you a technical proposal and quotation

to suit your specific requirements.


Tower type TAMM, H=30 m, with HF antenna at the top.

View of custom tower, H=150 m.


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TAMM 15

TAMM 20

TAMM 25

TAMM 30

TAMM 35

TAMM 40

TAMM 45

TAMM 50

TAMM 55

TAMM 60

15.0

20.0

25.0

30.0

35.0

40.0

45.0

50.0

55.0

60.0

1400

2010

2610

3210

3820

4420

5020

5620

6220

6840

1400

1400

1400

1400

1400

1400

1400

1400

1400

1400

4000

5200

6500

8000

9600

11500

14100

17200

20500

25000

5.0

6.5

8.0

9.5

11.0

13.0

15.0

18.0

21.0

24.0

30

40

50

60

70

80

90

105

115

130

18

25

30

37

43

53

65

77

90

100


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FRAMETOP *

Rooftop Structures




orization.




chnicaldevelopment.


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Rooftop

GENERAL DESCRIPTIONThe ANTENNA SUPPORTING STRUCTURES are made of

tubular or open (L or C) sections, protected by hot-dip

galvanizing.

They are available, to suit different requirements:

pipe mounts with tripod base: can be secured to the roof by

means of anchoring systems or can be bolted to a self-

stabilising frame.

self-stabilising frame: in versions for one or several pipe

mounts, for fixing to flat roofs with the interposition of a

rubber mat.

single pipe mounts: may be fixed on walls of terraces or parts

of existing buildings.

The ANTENNA MOUNTS are designed to support different

types of radiant systems, to provide a wide variety of solutions:

pipe bracket for panel antennas

universal bracket for dish antennas

pipe mount for 3 double antenna sectors.

The WINDBRACES are designed to increase the stiffness of

antenna supporting structures.They incorporate a telescopic adjustment system so that their

length can be adapted to the size of the structure.

The PIPE BRACKETS & ATTACHMENTS are a family of

accessories suitable for fixing windbraces, pipe mounts and

antenna supporting structures.

The FIXING FITTINGS FOR CABLES & FEEDERS are used to fix

coaxial cables down the side of antenna supporting structures.

All these types of fittings allow adjustable positioning down the

side of the structure to adapt to the required cable routing.

The WATERPROOF ENTRIES are modular components in

aluminium alloy, suitable for wall and roof installation.

The GROUNDING KITS are used for direct grounding of R.F.

cables and waveguides.


ICAO or FAA standards.

For day-time warning, the structure can be painted red and

white.

The night-time warning system comprises a signalling unit with

steady or flashing beacons.

The HORIZONTAL CABLE BRIDGES are designed to provide

overhead support for feeders and service cables between the

rooftop and the radio station. They are available in various

lengths and can be fitted with ice protection covers.

The CLIMBING LADDERS with T rail safety climb system

(art. URPI), is secured to the antenna supporting structure by

means of galvanized steel brackets (art. SLTC ..../SLFF ....).

To prevent access by unauthorized personnel, the bottom

section of the ladder can be fitted with an anti-climb device

(art. AUPI 3050).


Design follows the most modern measuring criteria, with the aid

of advanced software systems.

Structural analysis, static and dynamic tests conform to the

most recent United States (EIA 222) and Italian (CNR-UNI)

Standards. Tests to other International Standards (EURONORM,

BS, NV65, etc) can be carried out on request.

WIND LOADS

These are in accordance with the requirements of EIA Standards

222: basic wind speed equivalent to 100 mph (unless otherwise

indicated on the specification sheets for each individual

product).




TWIST & SWAY

The equivalent surface areas of the antennas and maximum

deflection values are shown in the specification sheets for each

individual product.

MATERIALS


Standards (Euronorm).

STEEL:



ALUMINIUM:Structural parts: alloy P-Al Mg Si 6060 UNI 9006

Nuts and bolts: type 6.8. EN 20898-1 or sta in less

steel class A2-70

The various types of rooftop structures offered bycalzavara, make it possible to satisfy widely varying needs to suit

different project requirements. All parts of the structure, including fixing hardware, are in hot-dip galvanized steel

or alu minium alloy.

FRAMETOP Rooftop Structures


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Rooftop

GALVANIZATION


accordance with ASTM A123 and Euronorm EN 1461

Standards.

CATALOGUE PRODUCTSSTANDARD STRUCTURES

These consist of the following articles ranges:

Pipe mount with tripod base art. ASTR ....

Self-stabilising frame art. ASFR 350. ..

Self-stabilising angle mount art. ASSP 11..

Monopoles - short series art. ASPS .... .

Monopoles - medium series art. ASPM .... .

Monopoles - long series art. ASPL .... .

The standard supply provides the minimum configuration

required for commissioning of rooftop radio base station,

excluding radiant systems and their mounts.


chemical anchoring systems for securing to existing

structures

support structure complete with stiffening and fixing plate

assembly hardware

packing list with assembly and maintenance instructions


ACCESSORIES

These parts are additional to those provided in the basic

versions and must be ordered separately:

Antenna supporting structures

base frame art. ASBA ....

Antenna mounts

pipe mount for 3 double antenna sectors art. TADA .... ..

pipe bracket for panel antennas art. TAPB ....


Pipe brackets & attachments

universal wall mount pipe bracket art. PBUM .... ..anchor plate with rotating flange art. PBRA

wall mounting pipe bracket art. PBWM .... ..

Windbrace art. WBAR .... TT

Climbing ladder with T rail safety climb art. URPI

Pipe bracket with pin for cables & feeders art. FFPB ....

Horizontal cable ladder art. HBAI ....

Ballast blocks art. ASBB

Rubber mat for rooftop frame art. ASRM


CUSTOM PRODUCTScalzavara is able to design custom rooftop structures to

comply with different International Standards, rigidity and

equivalent surface areas of radiant systems. Please contact our

Customer Care department ([email protected]); we

shall be pleased to send you a technical proposal and quotation

to suit your specific requirements.

Pole with antenna camouflaging.

Detail of climbing ladder with guard rail and anti-climb device.


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RooftopFRAMETOP Rooftop Structures


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art. FFPB ....

FIXING FITTINGSFOR CABLES & FEEDERS

ANTENNA MOUNTS

art. TAMA ....

art. TAPB ....

art. TADA .... ..

art. URPI

SAFETY CLIMB LADDERS

PIPE BRACKETS & ATTACHMENTS

art. PBUM .... .. art. PBRA

art. HBAI ....

HORIZONTAL CABLE BRIDGES

ANTENNA SUPPORT STRUCTURES

art. ASP. .... .art. ASSP 11..art. ASTR ..../ASBA ....

art. WBAR .... TT

WINDBRACES

page 100

page 106

page 107

page 107

page 107

page 101

art. ASFR 350. ..

page 101

page 106

art. PBWM .... ..

page 106page 106

page 105

page 105

page 105

pages 102-103-104

art. ASBB

BALLAST COMPONENTS

page 107




thorization.








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MOBISTAT

Mobile Radio Stations

g

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SGS

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GENERAL DESCRIPTIONThe SUPPORTING STRUCTURE consists of a trailer, approved forroad use, onto which a frame with four telescopic stabilisers is

fitted and, only for the compact version, a rectangular extension,

supported by two additional feet.

The pole, which is fixed to the frame, consists of cylindrical

sections and is anchored to the support feet by means of two or

three sets of guys.

The structure, complete with ballast weights and working platform

in

full catalogue 2008

Documents