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P V C R A I N
G U T T E R S
Technical Catalogue 2003
INDEX
3
QUALITY STANDARD CERTIFICATES
QUALITY REQUIREMENTS
TECHNICAL INFORMATION ON RAW MATERIAL
COMPONENTS OF THE GUTTER SYSTEM
GUTTER SYSTEMS - TECHNICAL INFORMATION
RAIN FALL AND FLOWRATE CALCULATIONS
INFORMATION ON PVC CEMENT APPLICATION
INFORMATION ON GASKET APPLICATION
INSTALLATION - TECHNICAL INFORMATION
FASCIA AND SOFFIT INSTALLATION INSTRUCTION
GUTTER TRAYS INSTALLATION INSTRUCTIONS
GUTTER CHANNEL MOD. 100
GUTTER CHANNEL MOD. 125
GUTTER CHANNEL MOD. 133
GUTTER CHANNEL MOD. 145
SQUARE GUTTER CHANNEL MOD. 100X110
COPPER GUTTER CHANNEL MOD. 125 - 133
METALLIC SUPPORT BRACKETS
PVC DRAIN PIPES AND FITTINGS
ACCESSORIES
FLASHING TRAYS
Page
6
7
8-9
10-13
14
15
16
17
18-19
20
21
22
23
24
25
26
27-28
29
30
31
32
upercoperchio®
TRAPPED FLOOR GULLY IN PVC AND A.B.S.EXTRUDED GRILLED CHANNELS
S I D E E L E V A T I O N
G U T T E R S Y S T E M
ROOF COVERING in POLIM-CRYL
GRILLED CHANNEL PRATIKO
G U T T E R S Y S T E M S
D O W N P I P E SB R A C K E T S
DRAIN WELL BOX - DRAIN WELL BOX WITH COVER
VENTILATION GRILLS
267
QUALITY STANDARD CERTIFICATES
PROFILES OF RIGID PVC FOR GUTTER CHANNELS ACCORDING TO NORM UNI EN 607
PROFILE COLOURARTICLE
P R O D U C T S C O N F O R M T O T H E E U R O P E A N M A R K S
GRN 125
GRN 133
GRQ
WHITEGREYSAND
WHITEGREYSAND
WHITEGREY
BROWN
6
COMPANY WHITH QUALITY SYSTEM CERTIFICATE ACCORDING TO NORM UNI EN ISO 9002
QUALITY REQUIREMENTS
7
TEST METHODSQUALITY REQUIREMENTS OF THE GUTTER SYSTEM R E S U LT S O B TA I N E D
Water holding test (gutter, joints, angles, stopends UNI 9031 app.A
UNI 8649 P. 4.2
no loss
No differencein respect to the standard
TEST METHODSQUALITY REQUIREMENTS OF THE GUTTER R E S U LT S O B TA I N E D
Resistance to lateral impact at 0 (Hammer impact): 3 tests
Dimensional stability under heat (100° C for 30 minutes)
Twisting
Section
UNI 8649
UNI 8649 P. 4
No breakage
≤ 3%
≤10 mm/m
± 0,5 mm
CONSISTENCY OF QUALITY TEST
Mass/length ± 4% of the nominal value one time per dayLength of the bars 0 +30 mm. on the nominal value one time per dayDimensional stability one time per dayResistance to lateral impact one time per weekResistance to perforation one time per monthWater holding test two time per yearTemperature VICAT (gutter and connections) two time per yearResistance to traction two time per yearResistance to traction impact two time per yearDurability one time per year
REQUIREMENTS FREQUENCY OF LABORATORY TESTS
Appearance
After many years of continuous testing and research, First Plast, will only use raw materials of the bighest standard.
( a 2 3 ° C )M E C H A N I C A L A N D P H Y S I C A L C H A R A C T E R I S T I C S O F P V C
PVC Main qualities
E A S Y T OI N S TA L L
H I G HB R E A K A G E
R E S I S TA N C EN O N
T O X I C
A C I D S A N DA L K A L I S
N O NF L A M M A B L E
N O NC O N D U C T I V E
T H E H O T-T E S T S U N
T H E H A R S H E S TC O L D
T H E M O S TV I O L E N T S T O R M S
TEST METHODMECHANICAL PROPERT IES R E Q U I R E D I N T E R N AT I O N A LS TA N D A R D S VALUES OF THE PVC USED
Resistance to traction
Extension at breakage
Resistance to traction at 23°C ±2
EN 638
EN 638
UNI 8256
UNI 8256
≥ 42 MPA
≥ 100%
≥ 500 KJ/m2
≥ 50 % of the initial value
42 MPA Min.
120% Extruded 135% Stamped
657 KJ/m2 Min.
480 KJ/m2 Min.Resistance to traction at impact at 23°Cafter exposure xenotest
PHYS ICAL PROPERT IES
Heat softening
Specific weight
Coefficient of the thermal dilatation
EN 727
ISO 1183
ISO 4892
EN 743
EN 763
≥ 76°C
≥ grado 3
3% Max
Variation of colours on the grey scaleafter exposure to xenotest
82 ±2 Extruded 79 ±2 Stamped
Kg/dm3 1,44 Min.
mm. 0,06 - 0,08 per m/°C
grado 3 ÷ 4
≤ 3%
No effect
8
Heat contraction
Effect of heating
TEST METHOD R E Q U I R E D I N T E R N AT I O N A LS TA N D A R D S VALUES OF THE PVC USED
TECHNICAL INFORMATION ON RAW MATERIAL
C H E M I C A L A G E N TACETIC, ALDEHYDE
ACETIC, ANHYDRIDE
ACETIC ACID
MONOCOL. ACETIC. ACID
ACETIC
ACETONE
SEAWATER
HYDROGEN PEROXIDE
ADIPICO ACID
ALLILIC ALCOHOL
ALLUMINIUM CHLORIDE
ALLUMINIUM SULPHATE
ACETATE AMILE
AMILIC, ALCOHOL
AMMONIA (GAS)
AMMONIA (LIQUID)
AMMONIA SOL.
AMMONIUM CHLORIDE
AMMONIUM FLOURIDE
AMMONIUM NITRATE
AMMONIUM SULPHATE
ANILINE
ANILINE
ANILINE CHLORHYDRATE
ANTIMONY CHLORIDE
NITRATE SILVER
ACID ARSENIC
BENZALDEHYDE
BENZENE
GASOLIN
GASOLIN (BENZENE)
BENZOIC ACID
BEER
BORAX
BORIC ACID
BROMIL ACID
HYDROBROMIC ACID
BROMINE LIQUID
BUTADIENE
BUTANE
ACETATE BUTYLALCOHOL
BUTYLFENOL
BUTYL
BUTYRIC ACID
BUTYRIC ACID
CALCIUM CHLORIDE
CALCIUM NITRATE
CARBONIC ANHYDRIDE
CARBONSULPHIDE
CARBON TETRACLORIDE
CYCLOHEXANE
CYCLOHEXANONE
CITRIC ACID
HYDROCHLORIC ACID
CHLORINE (OF WATER)
CHLORINE (GAS) DRY
CHLORINE SULPHONIC ACID
CRESYLIC ACIDS
CREOSOL
CHROMIC ACID
CROTONALDCHYD
DEXTRIN
ETHYLENE-CHLORINE
DIGHYCOLIC ACID
DIMATHYHAMIN
CETYL ALCOHAL
TURPENTINE OIL
ETYL BENZENE
ETYL ACETATE
ETYL ACRYLATE
ETYL ALCOHOL
ETYL ETHER
PHENYLHYDRALINE
PHENYLHYDRAZINE CHLHYD
PHENOL
IRON CHLORIDE
HYDROFLUORIC ACID
FLUORINE
PHUOSILIC ACID
FORMALDEHYDE
FORMALDEHYDE
FORMIC ACID
PHOSPHINE
PHOSPHORIC ORTHOACID
PHOSPHORUS TRICHLORIDE
FUAFUARYH ALCOHOL
DIBUTYH PHTHALATE
GLYCERINE
C = CORROSIVE • LC = LIMITED CORROSIVE • NC = NOT CORROSIVE
CHEMICAL RESISTANCE OF THE PVC
9
100
100
60
SOL.
100
30
SOL. SAT.
90
SOL. SAT.
SOL. SAT.
100
100
100
100
SOL. DIL.
SOL. SAT.
20
SOL. SAT.
SOL. SAT.
100
SOL. SAT.
SOL. SAT.
90
SOL. SAT.
SOL. DIL.
0,1
100
80/20
SOL. SAT.
SOL. SAT.
SOL. DIL.
10
50
100
100
100
100
100
100
20
98
SOL. SAT.
50
100
100
100
100
100
SOL. SAT.
>30
SOL. SAT.
100
100
SOL. SAT.
SOL. SAT.
1÷50
100
SOL. SAT.
100
18
30
100
100
100
95
100
100
97
90
SOL. SAT.
60
32
SOL. DIL.
40
1÷50
100
30
100
100
100
C
C
NC
NC
NC
C
NC
NC
NC
LC
NC
NC
C
NC
NC
LC
NC
NC
NC
NC
NC
C
C
C
NC
NC
NC
C
C
NC
C
LC
NC
NC
NC
NC
NC
C
NC
NC
C
C
NC
NC
C
NC
NC
NC
C
C
C
C
NC
NC
LC
LC
LC
C
-
NC
C
NC
C
NC
NC
NC
C
C
NC
C
C
C
C
NC
LC
NC
NC
NC
NC
NC
NC
C
C
NC
-
C
LC
LC
NC
C
LC
NC
LC
C
NC
NC
C
LC
NC
C
LC
NC
LC
NC
NC
C
C
C
NC
LC
-
C
C
NC
C
C
NC
LC
LC
-
LC
C
NC
-
C
C
LC
LC
C
NC
NC
NC
C
C
C
C
NC
NC
C
C
C
C
C
LC
C
LC
C
LC
-
NC
C
C
LC
LC
C
C
C
NC
C
NC
NC
NC
LC
NC
LC
-
C
NC
Conc . % Temp.20°C Temp.60°C C H E M I C A L A G E N T Conc . % Temp.20°C Temp.60°CMETHYLMETHACRYHATE
GLYCOLIC ACID
GLUCOSE
HYDROGEN
HYDROGEN SULPHIDE
SODIUM HYPOCHLORITE
METHYL ETHYL VETONE
MILK
LACTIC ACID
LACTIC ACID
LEAVEN
MAGNESIUM CHLORIDE
MAGNESIUM SULPHATE
MALEIC ACID
MOLASSES
SUHFURYL CHLORIDE
METHYLENE CHLORIDE
THIONYL CHLORIDE
METHYL ALCOHOL
N-NEPTANE
NICKEL SULPHATE
NICOTIN ACID
NITRIC ACID
NITRIC ACID
OLEIL ACID
OLEUM
OILS AND GREASSES
PARAFFIN OIL
OXALIC ACID
OXALIC ACID
PHOSPHORIC OXYCHLORIDE
OXYGEN
OZONE
PERCHLORIC ACID
PERCHLORIC ACID
PERCHLORICETHYLENE
CRUDE OIL
PICRIC ACID
LEAD ACETATE
TETRAETHYLEAD
PYRIDINE
BI-CHROMATE POTASSIUM
POTASSIUM BROMIDE
POTASSIUM CYANIDE
POTASSIUM CHLORIDE
POTASSIUM CHROMATE
POTASSIUM FERRICYANIDE
POTASSIUM FERROCIANIDE
POTASSIUM HYDROXID
POTASSIUM NITRATE
POTASSIUM PERMANGANATE
POTASSIUM PERSULPHATE
PROPAN (LIQUID-GAS)
PROPIONIC ACID
COPPER CHLORIDE
COPPER FLUORIDE
SOAP
SODIUM BENEOATE
SODIUM BISULFITE
SODIUM CHLORATE
SODIUM CHLORIDE
SODIUM FERRICYANIDE
SODIUM HYDROXYDE
SODIUM HYPOCHLORIDE
SODIUM SULPHITE
SULPHURIC ACID
SULPHURIC ACID
TOHUENE
SULPHUROUS ANHYDRIDE
SULPHUROUS ANHYDRIDE
SULPHUROUS ACID
TIN CHLORIDE
DEVELOPPING POWAER
TANNIC ACID
TARTARIC ACID
THIOPHENE
TRICRESYH PHASPATE
TRIMETHYHALPROPANE
TRICHLOROETHYLENE
GLYCOL
ISOOCTANE
UREA
URINE
VASELINE
VANYL ACETATE
WINE
XYLENE
ZIN CHLORIDE
SUGAR
CONC. LAV.
30
SOL. SAT.
100
100
10
10÷90
SOL.
SOL. SAT.
SOL. SAT.
SOL. SAT.
SOL. LAV.
100
100
100
SOL. SAT.
CONC. LAV.
<46
46÷98
100
10% di SO3
SOL. DIL.
SOL. SAT.
100
100
10
70
SOL. SAT.
SOL. SAT.
100
100
40
SOL. SAT.
SOL.
SOL. SAT.
40
SOL. SAT.
SOL. SAT.
SOL.
SOL. SAT.
20
SOL. SAT.
100
SOL. SAT.
2
SOL.
35
SOL. SAT.
SOL. SAT.
SOL. SAT.
SOL. SAT.
SOL.
100(13%CL)
SOL. SAT.
40÷90
96
100 liquida
100 secca
SOL.
SOL. SAT.
CONC. LAV.
SOL.
SOL.
100
100
<10
10
100
100
SOL. SAT.
SOL. SAT.
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
C
C
NC
NC.
NC
NC
C
NC
C
NC
NC
NC
NC
C
NC
LC
NC
NC
NC
C
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
LC
LC
NC
NC
NC
NC
NC
NC
C
C
NC
NC
NC
C
NC
C
NC
NC
NC
NC
LC
NC
NC
NC
NC
LC
NC
LC
NC
LC
LC
C
C
LC
NC.
NC
LC
C
NC
C
NC
LC
NC
NC
C
LC
C
NC
NC
-
-
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
LC
-
NC
NC
NC
LC
NC
NC
NC
NC
NC
LC
LC
LC
C
C
NC
NC
NC
NC
NC
NC
C
C
LC
LC
LC
C
NC
C
NC
NC
10
THE GUTTER SYSTEM
G U T T E R P R O F I L E S R U N N I N G O U T L E T C O N N E C T O R S
SUPPORT BRACKET
CONNECTOR
RIDGE
The connection of the gutter profiles can bedone by using glue or (BI-SYSTEM) gaskets.The gasket allows gutter expansion caused bysudden change in temperature from -30°C to+ 65°C.
Allows the installation of gutters with differentdiameters and works as an expansion connector.
GUTTER PROFILE
STOPEND CAP CONNECTOR WITH OUTLET
FASCIA SOFFIT
CONNECTOR COVER
Are available in 4 semicircular versions andin 1 square version, in lenghts of 4 metres.
GUTTER PROFILES
UNDER SLATE TRAY
F L A S H I N G T R A Y SA S S E M B L E D
11
COMPONENTS OF THE GUTTER SYSTEM
S T O P E N D S A N D A N G L E S S U P P O R T B R A C K E T S A C C E S S O R I E S
WALL COVER FLASHING
OVER SLATE GUTTER TRAY
UNDER SLATE GUTTER TRAY
NECK GUTTER
ANGLE BRACKET INTERNAL
The support brackets are in PVC or in bondedsteel and is varnished with polyutherine resin.
The one available stopend, may be used in aright or left hand application.
ANGLE BRACKET EXTERNAL
STOPEND CAP FOR CHANNEL
SUPPORT BRACKET FORCANTILEVER ROOF
Support brackets in metal joined to plastic allowthe regulation of the channel inclination anddirect installation on the cover.
Fascia soffit
Flashing trayswith glue or gasket
Internal and/or external angles are available:
COMPONENTS OF THE GUTTER SYSTEM
D O W N P I P E S C O N N E C T O R S A N D A D A P T E R S P L U V I A L W E L L S
12
Are available in the same colours and materialsas the gutters, in square or round versions.
There is a range of connectors and adaptersand colours for every down pipe need.
A siphoned chamber for the collection of rainwater which can be inspected for cleaning
THE GUTTER SYSTEM
13
For rain gutter channels with a lenght superior to 12 mt, usean expansion joint plus one every 8 mt. and two outlets,considering that the distance between the two outlets cannotbe more than 24 mt.
The gutter channel along the perimeter of a roof of with fourpitches needs expansion connectors and connectors withoutlets.
GUTTER SYSTEMS - TECHNICAL INFORMATION
For single outlet at the end of a gutter channel witha length less than or equal to 12 metres it is sufficientto use a stopend outlet so that the expansion occursat the extremity.
For gutter channels blocked at one end, with a length less than12 metres, use a connector with outlet with gasket and twosimple connectors.
14
≤ 12 metres
> 12 metres
≤ 12 metres
H) intensity ofrain (mm/hour)
S) roofsurface
V) volume of water collected to be evacuated(in litres/second)
15
RAINFALL AND FLOWRATE CALCULATIONS
Selection criteria for the gutter system:
Table A: Choice of diameter and number ofpipes to install in relation to the maximumheight of water to be evacuated from arelative surface.
Table B: Choosing the section and gradientof the gutter channel relative to the surfaceof the roof.Check that resultant pipe and channel arecompatible.
Knowing the surface of the roof (S)and the intensity of the rain (H) thevolume of water to be collected (V)is determined by the following formula:
EXAMPLEapplied to at 40 cm2 roof on to which75 mm/h of rain falls
This value will determine the entirechoice of drainage system starting fromthe gutter channel to the pipe, whichleads to the sewer network (also seetechnical catalogue “Grilled Channel”).
S x H
3600= V
SURFACE IN METRES SQUARED SERVED BYNECK GUTTERS AND GUTTER CHANNELS
CODE GUTTER CHANNEL GRADIENT (%)
GRQ
GR 145
GR 100
GRN 125
GRN 133
0,5%
40
70
36
64
144
1%
55
95
50
87
202
2%
80
135
72
124
288
4%
110
190
100
174
405
B
= 0,83 litres/sec40 x 75
3600
SURFACES IN METERS SQUARED SERVED BY PVC PLUVIAL TUBES
ESTERNAL TUBEø mm.
WATER HEIGHT in mm/H
63
80
100
110
125
60
155
320
495
545
985
90
103
213
330
363
657
120
77
160
238
262
492
150
62
128
198
218
394
180
52
106
165
182
328
210
44
91
141
156
281
240
39
80
123
136
246
270
34
71
110
121
219
300
31
64
99
109
197
A
INFORMATION ON PVC CEMENT APPLICATION
• Cut the profile to the desired length using a normal metal saw and remove rough parts with sandpaper.• Clean the surface to be glued using a detergent for PVC.• Apply the glue using a brush or directly from the tube on the extremity of the gutter and at the joint or stopend cap.• Join within two minutes and hold in place for a few seconds allowing the glue to set.• After 24 hours, test the hold of the glue.
16
COLL
A S
ALD
AN
TE P
ER P
VC
500 gPESO NETTOPOIDS NET
COLLA SALDANTE PER PVC
C O N P E N N E L L O
CO
LLA
S
ALD
AN
TE P
ER
P
VC
INFORMATION ON GASKET APPLICATION
After the support brackets have been placed begin the installation of the gutter profiles beginning from the extremities as is shownin pictures 1 - 2 - 3 and so inserting the lip into the external part of the support bracket and after rotating the channel snap it inthe posterior slot (mod. 125-145-175).
Gutter lenghts may be connected, with couplers and running outlets.With the BI-SYSTEM the gutter can be assembled using glue or gasket which allows expansion.In the pictures 4 - 5 - 6 the installation of a connector with outlet GS 125 with gasket GU 20 is illustrated.After having inserted the posterior part of the profile into the internal slot of the connector, snap in the circular lip in to the anteriorpart.
GASKETand relative slot
FIRST PHASEINSERTION OF THE GUTTER PROFILEIN THE CONNECTOR SLOT
SECOND PHASERELEASE THE LIP OF THE CHANNELINTO THE SEMICIRCULAR SLOT OF THECONNECTOR
1 2 3
4 5 6
17
B
18
INSTALLATION - TECHNICAL INFORMATION
RECOMMENDED SPACEBETWEEN SUPPORT
BRACKETS:cm. 50
FIRST SUPPORT BRACKETat cm. 30
MAX cm. 50cm. 30
MINIMUM DIFFERENCEIN LEVEL:
1 cm. EVERY 3 metres(0,33%)
MODIFY THE SUPPORTBRACKET ACCORDING TOTHE INCLINATION OF THE
ROOF
1) Fix the support brackets with nailscrews on to wooden or cementrafters. Bend the brackets interveningon the angle A in respect to theinclination of the roof.
3) The support brackets are to be placed at the extremitiesof the channel, the fist at 30 cm. and the successive onesat a distance not superior to 80 cm. between them.
4) Calculate that the cover of the (slates) covers 1/3 of thelength of the channel.
Begin fitting the gutter profile at the extremities and workaccording the type of support bracket (double or simple).
FITTING OF THE PROFILE
ASSEMBLY OF THESUPPORT BRACKETS
A
2) Regulate B (the plastic bracket can run along the metalones) so that the difference in level of the channel is atleast 1 cm. every 3 metres.
Fitting with double support brackets
19
INSTALLATION - TECHNICAL INFORMATION
INSERT EXPANSIONCONNECTORS FOR
THE EXPANSIONS OFTHE CHANNEL
COVER PROTRUSION:1/3
of the lengthof the channel
FIRST PHASEINSERT THE GUTTER PROFILE IN THESLOT OF THE SUPPORT BRACKET
SECOND PHASESNAP IN THE LIP OF THE CHANNEL INTO THESEMICIRCULAR SLOT OF THE SUPPORT BRACKET
Fastening with simple support brackets in plastic or metal
THE SUPPORT BRACKET IS PREDISPOSEDFOR THE INSERTION OF A SECURITYBAR
FIRST PHASE
SECOND PHASE
FASCIA AND SOFFIT - INSTALLATION INSTRUCTIONS
20
The application of the connector covers and the ridge complete the installation. The frontage is made up ofan under slate element, support brackets for fastening, connector covers and a double sided frontal part.
2) Fix the support brackets to theroof with a maximum distance of 1metre
1) Apply the support brackets to thefascia with a simple rotation
4) Cut the fascia so that it fits intothe profile of the gutter
5) The application of the connectorcovers and of the ridge completethe installation.
3) Position the under slateprofile
cm. 100
B) with the plaster already in place
B
A
Examples of applications valid for both:
A) before applying the plaster work
21
GUTTER TRAYS - INSTALLATION INSTRUCTIONS
For the installation of the gutter traysand the other valleys, the minimumrecommended overlap is 15 cm.
cm. 15
OVER TILE UNDER TILE
GUTTER CHANNEL 100
G 100Simple connector
GR 100Gutter channel
GS 100Running outlet
Ø 80 - 63
TGS 100Stopend for connectorwith outlet to be glued
T 100Stopend for channel, to be glued
CIP 100Plastic support bracket
GU 14Gasket for special pieces
AN 100Angle bracket single
GRN 100
Section of down flow 37,7 cm2Width 10,3 cm.Development 19 cm.Weight per linear metre 550 gr.Connection gasket and/or gluingColours grey - brown
AN 100CIP 100 GU 14
GS 100 G 100 T 100 TGS 100
145
96
5948
144000
103
59
25
57
104
65
110
113
63
27 105
Ø63-80
67
180
100
30
30
113
101
50113
185
68
82
22
96
GUTTER CHANNEL 125
GN 125Simple connector
GRN 125Gutter channel
GSN 125Running outlet
Ø 100-80
GNE 125Simple connectorto be glued
TGS 125Stopend for connectorwith outlet to be glued
TN 125Stopend for channelto be glued
CIP 125Plastic support bracket
GU 20Gasket for special pieces
AN 125Angle bracket internal and external to be glued
GRN 125
Section of down flow 55,6 cm2Width 13,5 cm.Development 25 cm.Weight per linear metre 500 gr.Connection gasket and/or gluingColours grey - white - sandy - brown - black
GSN 125
120
14
7561
Ø80-100
84
125
220
4000
135
75120
23
GNE 125
125
50
83
CIP 125
2430
140
105
64
GU 20
210
AN 125
183
125
80
29
GN 125
84
120
125TN 125
125
30
80
154
TGS 125123
20
75
135
GUTTER CHANNEL 133
GRN 133Gutter channelmodel number 133
GSN 133Running outlet
Ø 110-100
GNE 133Simple connectorto be glued
TN 133Stopend for channelto be glued
CIP 133Plastic support bracket
GU 30Gasket for special pieces
AN 133Angle bracket internaland external to be glued
AN 133 CIP 133
GSN 133
GNE 133 TN 133 TGS 133
172
14
10486
173
26
113175
20
104
190
4000
172
232
180
114
52
2530
200
110
64
TGS 133Stopend for connectorwith outlet to be glued
185
104
Ø110-100
113
360
182
173
50
113
190
GRN 133
Section of down flow 119,18 cm2Width 18,5 cm.Development 33 cm.Weight per linear metre 820 gr.Connection gasket and/or gluingColours grey - sandy - white
24
GN 133Simple connector
116
130
182 GN133 GU 30
310
GUTTER CHANNEL 145
GR 145Gutter channelmodel 100 x 110
GS 145Running outletØ 100-80with gasket
T 145Stopend for channel
CIP 145Plastic support bracket
AE 145Angle bracket externalwith gasket
AI 145 CIP 145
GS 145G 145
T 145
125
18
9060
4000
3030
144
136
50
145GR 145
Section of down flow 68,92 cm2Width 14,5 cm.Development 30 cm.Weight per linear metre 750 gr.Connection gasket and/or gluingColours grey - brown
G 145Simple connectorwith gasket
AI 145Angle bracket internalwith gasket
12590
150
98
132
27
90Ø
80-100
100
330
132
12980
96
210 12980
96
210AE 145
25
132
SQUARE GUTTER CHANNEL 100x110
GRQGutter channelmodel 100x110
GSQRunning outlet
100 - Ø 80
TQStopend for channel
AEQAngle bracket external
AIQ
GSQ GQ
107
20
104
4000
130GRQ
Section of down flow 91,88 cm2Width 13,0 cm.Development 33 cm.Weight per linear metre 1.050 gr.Connection gasket and/or gluingColours grey - brown - white
GQSimple connector
AIQAngle bracket internal
116
109
Ø 80
109
220
113 95
113
215
TGSQStopend for connectorwith outlet to be glued
111
97
104
115
100x100
140
26
GU 27Gasket for special pieces
GU 27
265
TGSQ
99
25
13014095
102
215AEQ
107
TQ
26
102
111
154
GUTTER CHANNEL 125
GN 125 RSimple connector
GRN 125 RGutter channelmodel 125
GSN 125 RRunning outlet
Ø 100-80
GNE 125 RSimple connectorto be glued
TGS 125 RStopend for connectorwith outlet to be glued
TN 125 RStopend for channelto be glued
CIP 125 RPlastic support bracket
GU 20Gasket for special pieces
AN 125 RAngle bracket external and internal, to be glued
CUPRAELITE GRN 125 R
Section of down flow 55,6 cm2
Width 13,5 cm.Development 25 cm.Weight per linear metre 600 gr.Connection gasket and/or gluing
AN 125 R CIP 125 R GU 20
GSN 125 R GN 125 R GNE 125 R TN 125 R
TGS 125 R
Ø80-100
84
125
220
84
120
125125
50
83
125
30
80
154
123
20
75
135
4000
135
75120
183
125
80
29
2430
140
105
64
210
27
COPPEREFFECTCOPPEREFFECT
GUTTER CHANNEL 133
CUPRAELITE GRN 133R
Section of down flow 119,18 cm2
Width 18,5 cm.Development 33 cm.Weight per linear metre 820 gr.Connection gasket and/or gluing
AN 133 R CIP 133 R GU 30
GSN 133R GN 133R GNE 133 R TN 133 R
TGS 133 R
Ø100-110
113
182
360
116
130
182173
50
113
173
26
113
154
175
20
104
190
4000
185
104172
232
180
114
52
2530
200
110
64
310
28
190
GN 133 RSimple connector
GRN 133 RGutter channelmodel 133
GSN 133 RRunning outlet
Ø 100-80
GNE 133 RSimple connectorto be glued
TGS 133 RStopend for connectorwith outlet to be glued
TN 133 RStopend for channelto be glued
CIP 133 RPlastic support bracket
GU 30Gasket for special pieces
AN 133 RAngle bracket external and internal, to be glued
COPPEREFFECTCOPPEREFFECT
METALLIC SUPPORT BRACKETS FOR GUTTERS
CI 100Gutter bracket, galvanisedmetal and varnished
METALLIC SUPPORT BRACKETS
CIN 125Gutter bracket, galvanisedmetal and varnished
CI 145Gutter bracket, galvanisedmetal and varnished
CID 145Double gutter bracket,galvanised metal andvarnished
CIQDouble gutter bracket,galvanised metal andvarnished
ET 1000Galvanisedsupport bracket
ST 1000Galvanisedsupport bracket
CI 145
25
213
145
315
CID 145
CI 100
20
280
100
20
260
165
25
245
128
CIN 125
29
90
210
20
ST 1000
120
68
ET 1000
9
25
215
116
237
CIQ
PVC DRAIN PIPES AND FITTINGS
TJTerminal pipe inanti-movement
PVCTDN
Round down pipe
BRG-DLRBranch at 45°
CNMClipCL
Bend at 45°
CL - CQBend at 67°
CL - CQBend at 87°
30
FF080-FF100Socket union
Ø mm.
Grey
Sandy
White
Black
Brown
Copper
63
CN 63
80
CN 80
CS 80
CB 80
CA 80
CM 80
CR 80
CLIP
100
CN 100
CS 100
Ø mm.
Useful length mm.
Grey
Sandy
White
Brown
Copper
63
1000
TDN61
TDM61
63
2000
TDN62
TDM62
63
3000
TDN63
TDM63
80
1000
TDN81
TDS81
TDB81
TDM81
TRT8010
80
2000
TDN82
TDS82
TDB82
TDM82
TRT8020
80
3000
TDN83
TDS83
TDB83
TDM83
TRT8030
100
1000
TDN11
TDS11
TDM11
TRT1010
100
2000
TDN12
TDS12
TDM12
TRT1020
ROUND PIPES
100
3000
TDN13
TDS13
TDM13
TRT1030
Ø mm.
Angle
Grey
Sandy
White
Black
Brown
Copper
63
67°
CUGN667
CUM667
63
87°
CUGN687
CUM687
ROUND CURVED PIPES
80
67°
CL67080N
CL67080S
CL67080B
CL67080B
CLR67080
80
87°
CL87080N
CL87080S
CL87080B
CSTJ87080
CL87080B
CLR87080
100
45°
CL45100N
CL45100S
CSTJ45100
CUM 145
CLR45100
100
67°
CL67100N
CL67100S
CUM 167
CLR67100
100
87°
CL87100N
CL87100S
CSTJ87100
CUM 187
CLR87100
80
45°
CL45080N
CL45080S
CL45080B
CSTJ45080
CL45080B
CLR45080
Ø mm.
Grey
Sandy
White
Black
Brown
Copper
Socket union80
FFN080080
FFS080080
FFB080080
FFA080080
FFM080080
FFR080080
100
FFN100100
FFS100100
FFB100100
FFM100100
ANTI MOVEMENT PIPES
Ø mm.
Lenght mm.
Black
80
2000
TJ8020N
100
1500
TJ1015N
80
1500
TJ8015N
100
2000
TJ1020N
Ø mm.
Angle
Gray
White
Brown
Copper
ROUND BRANCH PIPES
100
45°
BRGN100
BRSM100
DLR45100
80
45°
BRGN80
BRSB80
BRSM80
DLR45080
63
45°
BRGN63
BRSM63
A
BMATERIAL: PVC - POLYPROPYLENECOLOUR: GREY
M O D E L
CE20
CE30
CE40
20
22
25
187
285
383
A B
Pedestrian cover
80 - 82 - 100
80 - 82 - 100
80 - 82 - 100 - 110 - 125
Ø P I P E
MATERIAL: POLYPROPYLENECOLOUR: GREY SANDY
M O D E L
PSP140
PSP114
PSQ140
RTP140
RTP114
RQP140
GSP140
CSP140
265
265
265
185
185
185
100
100
100
129
129
129
129
129
129
129
129
129
129
129
85
85
85
A B C D E F HG
Ø 100
Ø 110
100
Ø 100
Ø 110
100
Ø 80
Ø 90
80
Ø 80
Ø 90
80
MATERIAL: POLYPROPYLENECOLOUR: GREY
Pluvial well
224
224
224
L
Balcony trap
ACCESSORIES
CEPedestrian coverpredisposed for theinsertion of pipes
ACCESSORIES
PZDWell in PP
PSP - PSQPluvial well
GSP140Cover grating
RQP140Insertion for square tubes
CSP140Cover
GSP140Insertion for round pipes
31
L
CHAN 20Balcony trap
M O D E L
CHAN 20 199X199 Ø 130 Ø 80 Ø 100 75 90 -110
A B C D E G TH
Ø 110 115 80-100
GH
E
CD
B
T
A
GUTTER FLASHING TRAYS IN PVC
GUTTER FLASHING TRAYS
SOT 18Under slate mm. 160
COL 18Ridge
FSC 18Riser
STS 18Support bracket invarnished metal COP 18
Connector cover
CON 52Valley gutter
CONP 32Neck gutterunder slate
CONF 32Neck gutterover slate
175COL 18
182
α = 130°
40
7295
FSC 18
160
3000
68
α = 75°
72
60
182
SOT 18
COP 18
303
180
170
20
STS 18
32
CONP 32170
3000
120
240 240
3000
68
CONF 32
170
3000
120
3000
CON 52
NOTES
NOTES
G R O U N D A C C E S O R I E S
®
E X P O R T 2 0 0 2 E
Catalogo Tecnico 2003
C A N A L I
G R I G L I A T I
®
E X P O R T 2 0 0 3 R
Te c h n i c a l C a t a l o g u e 2 0 0 2
PRODOTTO
CERTIFICATOS.r.l.
®
ww
w.l
itog
rafi
abac
chet
ta.i
t -
06/2
003
500
gra
phis
des
ign
®
L o c . I s o l a G r a n d e • A LTA R E ( S V ) • I TA LYT E L . + 3 9 0 1 9 5 8 5 1 1 • FA X + 3 9 0 1 9 5 8 2 8 6
e - m a i l : i n f o f i r s t @ f i r s t c o r. c o m · h t t p : / / w w w. f i r s t c o r. c o m
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