PVC RAIN GUTTERS - Webnodefiles.vetraci-mrizky-refax.webnode.cz/200000356-168e3178b5/PVC okapy...

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




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


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:


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


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


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


TN 125Stopend for channelto be glued



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



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


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


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 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


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


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

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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