smoothflow hydrant products… · 8 galvanised malleable fittings 24-33 ... valves smoothflow...

PACKAGED SOLUTIONS FOR FIRE PROTECTION, PLUMBING AND BUILDINGS……

FIRE PROTECTION

BUILDING SERVICE

PLUMBING

HYDRAULIC

SMOOTHFLOW

Tel: 02-9605 2288 [email protected] Fax: 02-9605 2211 www.smoothflow.com.au

mailto:[email protected]

Contents

Products Page

1 Gate Valves 1

2 Butterfly Valves 2

3 Check Valves 4, 5,6

4 Ball Valves 6

5 solenoid valves – 24V 6

6 Sprinkler Flexi Droppers 7-9

7 Grooved Fittings 10-23

8 Galvanised Malleable Fittings 24-33

9 Escutcheons For Sprinkler Heads 34

10 Sprinkler Heads --- Upright And Pendent 35-40

11 Sprinkler Heads --- Horizontal Sidewall 41-46

12 Alarm Valve 47-60

13 Water Motorized Alarm Bell (Water Gong) 62-69

14 Landing Valve 70

15 Booster Heads 71

16 Storz 72

17 Hose Reel 73

18 Cabinet For Hose Reel 74

19 Cabinets For Sprinkler Control Valve 74

20 Galvanised Steel Pipe 75-76

21 Sprinkler Pipes 77

22 Fabricated Pipes 78-85

23 100mm Booster Assembly 86-87

24 Hydrant Riser 83

25 Fittings For Building/Plumbing 88

26 Cutting Service 89

27 Pear Pipe Hangers 90

28 Thread Rods, Bolts And Nuts 90

29 Strut And Pipe Clamp 91

30 Pressure Gauges 92

31 003 Pad Lock 92

32 Stand For Hose Reel Cabinet 93

33 Stand For Hose Reel 94

34 Pumps For Building Services 95

VALVES SMOOTHFLOW AUSTRALIA

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GATE VALVE – RESILIENT WEDGE, RISING STEM, OS&Y, 300PSI, (ITEM NO.: 3299-300-G)

FEATURES Valves comply with AWWA C515. Working pressure: 300PSI; working temperature: 0.6oC to 52oC. OS&Y, rising stem grooved ends for fire services. CONSTRUCTION The handwheel is attached to the yoke by a heavier nut. Stem is sealed by high quality graphite. One brass plug screwed on body. Fusion boned epoxy coated interior and exterior. MATERIALS LIST

PART NAME MATERIAL ASTM SPEC.

Body Ductile iron A536 65-45-12

Wedge Ductile iron with EPDM vulcanised

Disc nut Stainless steel AISI 304

Stem Stainless steel AISI 420

Bonnet Ductile iron A536 65-45-12

Gasket EPDM Commercial

Packing Graphite Commercial

Gland Ductile iron A536 65-45-12

Yoke nut Bronze ASTM B62

Handwheel Ductile iron A536 65-45-12

Nut for handwheel Ductile iron A536 65-45-12

NPT plug Brass B16, C36000

Bolt & nut on gland Stainless steel AISI 316

Bolt on bonnet flange Carbon steel A307 B

DIMENSIONS ALL DIMENSIONS IN MILLIMETRES

SIZE 65mm (2.5”)

80mm (3”)

100mm (4”)

150mm (6”)

200mm (8”)

250mm (10”)

300mm (12”)

OD 76.1 88.9 114.3 165.1 219.1 273 323.9

L 190.5 203 229 267 292 330 356

H (OPEN) 415 480 550 740 930 1130 1320

H (CLOSE) 350 400 450 590 730 880 1020

D 184 254 254 305 356 445 445



BUTTERFLY VALVE – GEAR OPERATED, 300PSI, GROOVED ENDS (ITEM NO. 5905-300)

MATERIAL SPECIFICATIONS

PART NAME Material EN Spec. ASTM Spec.

V

AL

VE

Body Ductile iron En-JS1050 A536 65-45-12

Disc Ductile iron, EPDM coated En-JS1050 A536 65-45-12

Shaft Stainless steel BS970 431 S29 AISI 431

Bush Brass 2874 CZ 124 B16 C36000

GE

AR

OP

ER

AT

OR

Housing Cast iron EN-JL 1040 A126 Class B

Cover Cast iron EN-JL 1040 A126 Class B

Worm gear Brass CuZn39Pb3 B16 C36000

Worm Stainless steel AISI 420 BS970 420S37

Handwheel Cast iron EN-JL 1040 A126 Class B

Note：

UL approved. Top Flanges Comply with ISO 5211/1. Groove dimensions comply with Metric or AWWA C606 Standard. INSTALLATION SHEET FOR GEAR OPERATOR WITH TAMPER

SWITCH

Butterfly valves are provided with internal supervisory position switches. The tamper switch operates by a cam connected to the valve stem. The switch will change position and close within two (2) full turns of the hand wheel from the fully open position. SWITCH #1: SWITCH #2:

For connection to the supervisory circuit Auxiliary switch connected. Normal close： 2 Yellow Normal close： 1 Blue Normal open： 2 Red Normal open： 1 Orange Common: 2 White Common: 1 Black

Ground Lead: 1 Green



BUTTERFLY VALVE – Continuous DIMENSIONS (mm)

SIZE A B D E C F G H L M

DN50 77 99 90 84

120 170 65 155 150 200

DN65 85 112 90 97

DN80 90 115 90 97

DN100 108 145 90 116

DN150 145 185 90 148

DN200 180 200 125 133

160 225 85 206 200 300 DN250 230 250 125 159

DN300 260 275 125 165



CHECK VALVE – SWING TYPE, 300PSI, GROOVED ENDS (ITEM NO. 5905-300)

FEATURES Swing type, with FM/UL Approval

Working pressure: 300PSI;

Working temperature: -10oC to 120oC.

CONSTRUCTION Seating type is resilient material to bronze seat construction.

Grooved dimensions comply with Metric or AWWA C606

Fusion boned epoxy coated interior and exterior.

MATERIAL LIST

PART NAME MATERIAL ASTM SPEC.

Body Ductile iron A536 65-45-12

Body seat Bronze ASTM B62

Disc DI with rubber coated DI + EPDM

Spindle Stainless steel AISI 316

Spring Stainless steel AISI 304

Plug Stainless steel AISI 304

Washer Rubber EPDM

DIMENSIONS ALL DIMENSIONS IN MILLIMETRES

SIZE 65mm (2.5”)

80mm (3”)

100mm (4”)

150mm (6”)

200mm (8”)

250mm (10”)

300mm (12”)

OD 76.1 88.9 114.3 165.1 219.1 273 323.9

L 203.2 213 245 292 356 432 495

H 74.5 78 102 133.5 160 195 215

WAFER CHECK VALVE SMOOTHFLOW AUSTRALIA

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MATERIALS

PART MATERIAL

Body Ductile Iron

Spring 304SS

Disc 304SS

Seat NBR

Shafts 304SS

Gasket NBR

WAFER CHECK VALVE – DOUBLE DISC

SF CODE SIZE L D

V-CV-WD-050 50 43 96

V-CV-WD-065 65 48 109

V-CV-WD-050 80 64 128

V-CV-WD-100 100 64 160

V-CV-WD-150 150 76 213

ACCESSORIES FOR FIRE PROTECTION SMOOTHFLOW AUSTRALIA

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Lockable Brass ball Valve

Mini Brass ball Valve

Check Valve – spring type and swing type

Solenoid Valve – 24V

Pressure Rating: 25bar

Lockable for fire use

F/F BSP

Available from ¼” to 2”

Pressure Rating: 16 bar

F/F BSP

Available from 15mm to 50mm

Pressure Rating: 16 bar

F/F BSP

24V DC

Available in 15mm, 20mm and 25mm

Pressure Rating: 25bar

304 SS

M/F BSP

Available in 8mm, 10mm and 15mm

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PRODUCT DATA SHEET

Product Description EH-8100, DN25, Braided Flexible Sprinkler Hose with Threaded End Fittings, For Use in Commercial Suspended Ceilings,

Construction Consists of a stainless steel flexible hose assembly with one inlet nipple, one outlet reducer, with one 620mmL square bar, one central bracket, and two end brackets.

Item Parts Materials 1 Reducer SPCC/SUS304 2 Seal Ring SUS304 3 Bellows SUS304 4 Wire Braids SUS304 5 Nipple SPCC/SUS304

Specification Size EH-8100-24A EH-8100-32A EH-8100-40A EH-8100-48A EH-8100-60A EH-8100-72A L(mm) 600 800 100 1200 1500 1800 FEATURES

1. Non-pollution: Stainless steel construction requires without painting or epoxy coating on side. What the most important is that it is stainless to sure in case the fire break out the sprinkler system works without blockage. That’s why FM requires flexible hose linking with sprinkler head.

2. Simple Installation: Take a quarter of conventional system to install, reduced man power and labour

costs.

3. Good Flexibility: Eliminate potential leaks and protect gel seal during seismic activity, Allow the independent way between ceiling grids and main water pipe. Eliminate ceilings stress and leak due to misaligned hard-piped installation

4. Easy Relocation: No downtime while sprinkler heads are being moved to accommodate tool or floor-

plane configuration.

Conformance Criteria and Evaluation The EH-8100, braided flexible sprinkler hose has been evaluated and verified as conforming to the relevant requirements of the following:

1. FM Approvals, Approval standard for Flexible Sprinkler Hose With Threaded End Fittings, Class 1637, Dated February 2010.

2. FM Project ID: 3036050


Technical Specification The following details are a representative extract of the technical specification for the EH-8100 braided flexible sprinkler hose and may be subject to change. Complete and current details should be determined from the manufacturer’s technical manual. The flexible sprinkler hoses are to be installed according to the manufacture’s directives.

Model

BSP

Inch (mm)

k-Factor

Minimum Bend

Radius Inch (mm)

Number of

Bends

Rated Working Pressure psi (kPa)

Hose Assembly

length in (mm)

Equivalent Length of 1 in. Schedule

40 Pipe, ft (m)

E-8100-600 ½ (15) 5.6 6 (150) 1 200 (1380) 24 (610) 18.2 (5.5)

E-8100-800 ½ (15) 5.6 6 (150) 2 200 (1380) 23.0 (7.0)

E-8100-1000 ½ (15) 5.6 6 (150) 3 200 (1380) 40 (1015) 25.7 (7.8)

E-8100-1200 ½ (15) 5.6 6 (150) 3 200 (1380) 48 (1220) 29.0 (8.8)

E-8100-1500 ½ (15) 5.6 6 (150) 4 200 (1380) 60 (1525) 37.0 (10.4)

E-8100-1800 ½ (15) 5.6 6 (150) 4 200 (1380) 72 (1830) 38.5 (11.7)

GROOVED FITTINGS SMOOTHFLO FIRE

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RIGID COUPLING

CODE Pipe DN (mm)

Pipe OD (mm)

Rated Pressure (KPA)

Bolts Overall Dimensions (mm) Approx.

Weight (KG) Ф L H

GCOR025 25 33.7 2000 2-M10x45 60 102 45 0.540

GCOR032 32 42.4 2000 2-M10x45 70 106 44 0.610

GCOR040 40 48.3 2000 2-M10x45 73 108 44 0.570

GCOR050 50 60.3 2000 2-M10x55 87 123 44 0.700

GCOR065 65 76.1 2000 2-M10x55 103 142 45 0.810

GCOR080 80 88.9 2000 2-M12x65 117 166 45 1.080

GCOR100 100 114.3 2000 2-M12x65 139 190 49 1.250

GCOR125 125 139.7 2000 2-M12x65 168 218 49 1.580

GCOR150 150 165.1 2000 2-M12x75 193 241 49 1.910

GCOR200 200 219.1 2000 2-M16x100 253 320 59 3.680

GCOR250 250 273.0 1600 2-M22x130 335 426 68 9.070

FLEXIBLE COUPLING

CODE Pipe DN (mm)

Pipe OD (mm)


Max Angle x

Deflection

Overall Dimensions (mm) Approx. Weight (KG) Ф L H

GCOF025 25 33.7 2000 3.6 x 62 60 98 43.5 0.47

GCOF032 32 42.4 2000 2.7 x 47 67 106 44 0.49

GCOF040 40 48.3 2000 2.4 x 42 74 108 44 0.57

GCOF050 50 60.3 2000 2.3 x 42 87 123 44 0.72

GCOF065 65 76.1 2000 1.9 x 33 103 143 44 0.82

GCOF080 80 88.9 2000 1.6 x 28 118 164 45 1.11

GCOF100 100 114.3 2000 1.6 x 28 139 190 49 1.26

GCOF125 125 139.7 2000 1.3 x 23 167 217 48.5 1.63

GCOF150 150 165.1 2000 1.1 x 19 193 241 49 1.88

GCOF200 200 219.1 2000 0.8 x 14 254 320 58 3.62

GCOF250 250 273.0 1600 0.7 x 12 328 420 64 8.949



REDUCING FLEXIBLE COUPLING

CODE Pipe DN (mm)

Pipe OD (mm)


Bolts Overall Dimensions (mm) Approx.

Weight (KG) Ф L H

GCORF050040 50 x 40 60.3 x 48.3 2000 2-M10x55 90 130 48 0.960

GCORF080040 80 x 40 88.9 x 48.3 2000 2-M12x65 120 164 48 1.420

GCORF080050 80 x 50 88.9 x 60.3 2000 2-M12x65 122 165 49 1.600

GCORF080065 80 x 65 88.9 x 76.1 2000 2-M12x65 122 166 50 1.550

GCORF100040 100 x 40 114.3 x 48.3 2000 2-M12x65 152 197 49 2.100

GCORF100050 100 x 50 114.3 x 60.3 2000 2-M12x65 152 198 50 2.200

GCORF100065 100 x 65 114.3 x 76.1 2000 2-M12x65 150 195 49 2.032

GCORF100080 100 x 80 114.3 x 88.9 2000 2-M12x65 151 195 50 1.950

GCORF150100 150 x 100 165.1 x 114.3 2000 2-M12x75 200 263 53 3.400

GCORF200150 200 x 150 219.1 x 165.1 2000 2-M16x100 268 335 60 6.650



90o ELBOW

CODE Pipe DN (mm) Pipe OD (mm)

Rated Pressure (KPA) L Approximate

Weight (KG)

GELN025 25 33.7 2000 57 0.370

GELN032 32 42.4 2000 60 0.380

GELN040 40 48.3 2000 60 0.420

GELN050 50 60.3 2000 70 0.610

GELN065 65 76.1 2000 76 0.950

GELN080 80 88.9 2000 86 1.300

GELN100 100 114.3 2000 101.5 1.900

GELN125 125 139.7 2000 122 3.400

GELN150 150 165.1 2000 140 4.200

GELN200 200 219.1 2000 175 8.230

GELN250 250 273.0 2000 215 18.1

45o ELBOW


Rated Pressure (kPA) L Approximate

Weight (KG)

GELF025 25 33.7 2000 38 0.300

GELF032 32 42.4 2000 44 0.380

GELF040 40 48.3 2000 44 0.410

GELF050 50 60.3 2000 51 0.700

GELF065 65 76.1 2000 57 0.830

GELF080 80 88.9 2000 64 1.100

GELF100 100 114.3 2000 76 1.760

GELF125 125 139.7 2000 83 2.600

GELF150 150 165.1 2000 89 3..300

GELF200 200 219.1 2000 108 6.300

GELF250 250 273.0 2000 121 11.900



22.5o ELBOW



Weight (KG)

GELT040 40 48.3 2000 44 0.380

GELT050 50 60.3 2000 51 0.570

GELT065 65 76.1 2000 51 0.890

GELT080 80 88.9 2000 57 1.110

GELT100 100 114.3 2000 73 1.750

GELT125 125 139.7 2000 73 2.760

GELT150 150 165.1 2000 79 3.100

GELT200 200 219.1 2000 98 5.700

GELT250 250 273.0 2000 111 7.900

11.25o ELBOW



Weight (KG)

GELE065 65 76.1 2000 38 0.710

GELE080 80 88.9 2000 38 0.760

GELE100 100 114.3 2000 48 1.250

GELE125 125 139.7 2000 51 1.760

GELE150 150 165.1 2000 51 2.200

GELE200 200 219.1 2000 51 5.300



STANDARD TEE



Weight (KG)

GTEES032 32 42.4 2000 60 0.600

GTEES040 40 48.3 2000 60 0.620

GTEES050 50 60.3 2000 70 0.930

GTEES065 65 76.1 2000 76 1.300

GTEES080 80 88.9 2000 86 1.900

GTEES100 100 114.3 2000 101.5 2.650

GTEES125 125 139.7 2000 122 4.490

GTEES150 150 165.1 2000 140 6.300

GTEES200 200 219.1 2000 175 12.360

GTEES250 250 273.0 2000 215 20.840

REDUCING TEE (GROOVED ENDS)



Weight (KG)

GTRG08025 80 x 25 88.9 x 33.7 2000 86 1.710

GTRG08050 80 x 50 88.9 x 60.3 2000 86 1.750

GTRG08065 80 x 65 88.9 x 76.1 2000 86 2.030

GTRG10065 100 x 65 114.3 x 76.1 2000 101.5 2.870

GTRG10080 100 x 80 114.3 x 88.9 2000 101.5 2.950

GTRG15080 150 x 80 165.1 x 88.9 2000 140 5.700

GTRG150100 150 x 100 165.1 x 114.3 2000 140 5.750

GTRG20050 200 x 50 219.1 x 60.3 2000 175 11.500

GTRG20065 200 x 65 219.1 x 76.1 2000 175 11.620

GTRG20080 200 x 80 219.1 x 88.9 2000 175 12.100

GTRG200100 200 x 100 219.1 x 114.3 2000 175 12.240

GTRG200150 200 x 150 219.1 x 165.1 2000 175 14.300



REDUCING TEE (THREADED SMALL END)



L1 (big ends)

L2 (small end)

Approximate Weight (KG)

GTRT10025 100 x 25BSP 114.3 x BSP25 1600 101.5 101.5 2.64

GTRT10032 100 x 32BSP 114.3 x BSP32 1600 101.5 101.5 2.56

GTRT10040 100 x 40BSP 114.3 x BSP40 1600 101.5 101.5 2.60

GTRT10050 100 x 50BSP 114.3 x BSP50 1600 101.5 101.5 2.78

GTRT10065 100 x 65BSP 114.3 x BSP65 1600 101.5 101.5 2.70

GTRT10080 100 x 80BSP 114.3 x BSP80 1600 101.5 101.5 2.80

GTRT15032 150 x 32BSP 165.1 x BSP32 1600 140 140 6.10

GTRT15040 150 x 40BSP 165.1 x BSP40 1600 140 140 5.93

GTRT15050 150 x 50BSP 165.1 x BSP50 1600 140 140 5.67

GTRT15065 150 x 65BSP 165.1 x BSP65 1600 140 140 6.07

GTRT15080 150 x 80BSP 165.1 x BSP80 1600 140 140 6.09

GTRT20050 200 x 50BSP 219.1 x BSP50 1600 175 175

GTRT20065 200 x 65BSP 219.1 x BSP65 1600 175 175

GTRT20080 200 x 80BSP 219.1 x BSP80 1600 175 175 14.60

STANDARD CROSS



Weight (KG)

GCRS050 50 60.3 2000 70 1.960

GCRS065 65 76.1 2000 76 1.460

GCRS080 80 88.9 2000 86 2.260

GCRS100 100 114.3 2000 101.5 3.450

GCRS125 125 139.7 2000 122 4.850

GCRS150 150 165.1 2000 140 7.245

GCRS200 200 219.1 2000 175 14.400

GCRS250 250 273.0 2000 215 35.000



REDUCING CROSS (THREADED)



L1 L2 Approximate Weight (KG)

GCRT08025 80 x 25BSP 88.9 1600 86 86 1.690

GCRT08032 80 x 32BSP 88.9 1600 86 86 2.150

GCRT08040 80 x 40BSP 88.9 1600 86 86 1.800

GCRT08050 80 x 50BSP 88.9 1600 86 86 1.855

GCRT10025 100 x 25BSP 114.3 1600 101.5 101.5 2.675

GCRT10032 100 x 32BSP 114.3 1600 101.5 101.5 3.200

GCRT10040 100 x 40BSP 114.3 1600 101.5 101.5 2.860

GCRT10050 100 x 50BSP 114.3 1600 101.5 101.5 2.950

GCRT10065 100 x 65BSP 114.3 1600 101.5 101.5 2.900

GCRT10080 100 x 80BSP 114.3 1600 101.5 101.5 3.290

GCRT15050 150 x 50BSP 165.1 1600 140 140 6.200

GCRT15065 150 x 65BSP 165.1 1600 140 140 7.300

GCRT15080 150 x 80BSP 165.1 1600 140 140 7.400

REDUCING CROSS (GROOVED)

Code Pipe DN (mm) Pipe OD (mm)


Weight (KG)

GCRG06550 65 x 50 76.1x 60.3 2000 76 1.850

GCRG08050 80 x 50 88.8 x 60.3 2000 86 2.780

GCRG08065 80 x 65 88.9 x 76.1 2000 86 2.325

GCRG10050 100 x 50 114.3 x 60.3 2000 101.5 3.150

GCRG10065 100 x 65 114.3 x 76.1 2000 101.5 3.400

GCRG10080 100 x 80 114.3 x 88.9 2000 101.5 3.500

GCRG15050 150 x 50 165.1 x 60.3 2000 140 6.780

GCRG15065 150 x 65 165.1 x 76.1 2000 140 6.710

GCRG15080 150 x 80 165.1 x 88.9 2000 140 6.790

GCRG150100 150 x 100 165.1 x 114.3 2000 140 7.200

GCRG200100 200 x 100 219.1 x 114.3 2000 175 12.900

GCRG200150 200 x 150 219.1 x 165.1 2000 175 13.900



MECHANICAL TEE (GROOVED)

Code Pipe DN (mm)

Pipe OD (mm)


Max Hole

Cutting Ф L K H Approximate

Weight (KG)

GMET08050 80 x 50 88.8 x 60.3 2000 61 114 152 85 99 1.370

GMET10050 100 x 50 114.3 x 60.3 2000 61 140 188 99 100 1.380

GMET10065 100 x 65 114.3 x 76.1 2000 81 140 188 99 123 1.770

GMET10080 100 x 80 114.3 x 88.9 2000 86 140 188 99 124 1.940

GMET15050 150 x 50 165.1 x 60.3 2000 61 194 247 99 135 2.620

GMET15065 150 x 65 165.1 x 76.1 2000 81 194 247 130 125 3.070

GMET15080 150 x 80 165.1 x 88.9 2000 86 194 247 130 137 3.175

GMET150100 150 x 100 165.1 x 114.3 2000 114 194 247 128 163 3.735

GMET20050 200 x 50 219.1 x 60.3 2000 61 250 310 160 135 3.515

GMET20065 200 x 65 219.1 x 76.1 2000 81 250 310 160 135 3.775

GMET20080 200 x 80 219.1 x 88.9 2000 86 250 310 160 139 3.700

GMET200100 200 x 100 219.1 x 114.3 2000 114 250 310 155 163 3.980

MECHANICAL TEE (U-BOLT, THREADED)

Code Pipe DN (mm)


Pipe OD (mm)

Max Hole

Cutting

U BOLT SIZE A B C Approximate

Weight (KG)

GUMT2515 25 x 15BSP 1600 33.7 24 M10 x 60 49 76 43 0.285

GUMT3215 32 x 15BSP 1600 42.4 30 M10 x 60 43 90 56 0.350

GUMT3220 32 x 20BSP 1600 42.4 30 M10 x 60 45 90 56 0.390

GUMT3225 32 x 25BSP 1600 42.4 30 M10 x 66 50 90 56 0.430

GUMT4015 40 x 15BSP 1600 48.3 30 M10 x 66 43 93 59 0.350

GUMT4020 40 x 20BSP 1600 48.3 30 M10 x 66 54 93 59 0.400

GUMT4025 40 x 25BSP 1600 48.3 30 M10 x 66 58 93 59 0.440

GUMT5015 50 x 15BSP 1600 60.3 30 M10 x 76 54 96 59 0.370

GUMT5020 50 x 20BSP 1600 60.3 30 M10 x 76 56 96 59 0.410

GUMT5025 50 x 25BSP 1600 60.3 30 M10 x 76 66 96 59 0.465

GUMT6515 65 x 15BSP 1600 76.1 30 M10 x 90 61 110 59 0.430

GUMT6520 65 x 20BSP 1600 76.1 30 M10 x 90 67 110 59 0.460

GUMT6525 65 x 25BSP 1600 76.1 30 M10 x 90 74 110 59 0.510



MECHANICAL TEE (THREAD)

Code Pipe DN (mm)

Pipe OD (mm)


Max Hole

Cutting Ф L K H Approximate

Weight (KG)

GMTT0525 50 x 25BSP 60.3 1600 38 75 116 57 71 0.727

GMTT06525 65 x 25BSP 76.1 1600 38 93 144 67 78 0.875

GMTT06532 65 x 32BSP 76.1 1600 46 102 144 67 85 0.920

GMTT06540 65 x 40BSP 76.1 1600 51 102 144 67 85 0.990

GMTT06550 65 x 50BSP 76.1 1600 51 102 144 86 85 1.295

GMTT08025 80 x 25BSP 88.9 1600 38 104 152 75 80 1.005

GMTT08032 80 x 32BSP 88.9 1600 46 104 152 75 83 1.059

GMTT08040 80 x 40BSP 88.9 1600 51 104 152 75 94 1.125

GMTT08050 80 x 50BSP 88.9 1600 61 104 152 78 99 1.280

GMTT10025 100 x 25BSP 114.3 1600 38 140 188 88 80 1.220

GMTT10032 100 x32BSP 114.3 1600 46 140 188 93 85 1.325

GMTT10040 100 x 40BSP 114.3 1600 51 140 188 93 92 1.360

GMTT10050 100 x 50BSP 114.3 1600 61 140 188 93 99 1.495

GMTT10065 100 x 65BSP 114.3 1600 81 140 188 100 122 1.960

GMTT10080 100 x 80BSP 114.3 1600 86 140 188 97 125 2.070

GMTT15025 150 x 25BSP 165.1 1600 38 194 247 115 80 2.020

GMTT15032 150 x 32BSP 165.1 1600 46 194 247 115 83 2.135

GMTT15040 150 x 40BSP 165.1 1600 51 194 247 115 95 2.145

GMTT15050 150 x 50BSP 165.1 1600 61 194 247 115 100 2..365

GMTT15065 150 x 65BSP 165.1 1600 81 194 247 130 123 2.950

GMTT15080 150 x 80BSP 165.1 1600 86 194 247 125 133 2.930

GMTT20025 200 x 25BSP 219.1 1600 46 250 310 143 86 3.240

GMTT20032 200 x 32BSP 219.1 1600 46 250 310 148 89 3.520

GMTT20040 200 x 40BSP 219.1 1600 51 250 310 148 96 3.435

GMTT20050 200 x 50BSP 219.1 1600 61 250 310 152 100 3.220

GMTT20065 200 x 65BSP 219.1 1600 81 250 310 158 139 3.825

GMTT20080 200 x 80BSP 219.1 1600 86 250 310 158 139 3.855

GMTT200100 200 x 100BSP 219.1 1600 114 250 310 160 166 4.575



CONCENTRIC REDUCER (GROOVED)



Weight (KG)

GCRE05032 50 x 32 60.3 x 42.4 2000 64 0.330

GCRE05040 50 x 40 60.3 x 48.3 2000 64 0.350

GCRE06532 65 x 32 76.1x 42.4 2000 64 0.430

GCRE06540 65 x 40 76.1x 48.4 2000 64 0.440

GCRE06550 65 x 50 76.1x 60.3 2000 64 0.520

GCRE08032 80 x 32 88.8 x 42.4 2000 64 0.530

GCRE08040 80 x 40 88.8 x 48.3 2000 64 0.550

GCRE08050 80 x 50 88.8 x 60.3 2000 64 0.670

GCRE08065 80 x 65 88.9 x 76.1 2000 64 0.690

GCRE10050 100 x 50 114.3 x 60.3 2000 76 0.970

GCRE10065 100 x 65 114.3 x 76.1 2000 76 1.020

GCRE10080 100 x 80 114.3 x 88.9 2000 76 0.930

GCRE15050 150 x 50 165.1 x 60.3 2000 102 2.160

GCRE15065 150 x 65 165.1 x 76.1 2000 102 2.190

GCRE15080 150 x 80 165.1 x 88.9 2000 102 2.300

GCRE150100 150 x 100 165.1 x 114.3 2000 102 1.830

GCRE20080 200 x 80 219.1 x 88.9 2000 127 3.670

GCRE200100 200 x 100 219.1 x 114.3 2000 127 3.400

GCRE200150 200 x 150 219.1 x 165.1 2000 127 3.100

GCRE250100 250 x 100 273.0 x 114.3 2000 152 5.540

GCRE250150 250 x 150 273.0 x 165.1 2000 152 6.020

GCRE250200 250 x 200 273.0 x 219.1 2000 152 6.500



CONCENTRIC REDUCER (FEMALE THREADED)


Rated Pressure (kPA) L


GCRT05025 50 x 25 60.3 x 25BSP 1600 64 0.330

GCRT05032 50 x 32 60.3 x 32BSP 1600 64 0.390

GCRT05040 50 x 40 60.3 x 40BSP 1600 64 0.430

GCRT06525 65 x 25 76.1 x 25BSP 1600 64 0.670

GCRT06532 65 x 32 76.1 x 32BSP 1600 64 0.590

GCRT06540 65 x 40 76.1 x 40BSP 1600 64 0.610

GCRT06550 65 x 50 76.1 x 50BSP 1600 64 0.640

GCRT08025 80 x 25 88.8 x 25BSP 1600 64 0.590

GCRT08032 80 x 32 88.8 x 32BSP 1600 64 0.680

GCRT08040 80 x 40 88.8 x 40BSP 1600 64 0.650

GCRT08050 80 x 50 88.8 x 50BSP 1600 64 0.0.730

GCRT10025 100 x 25 114.3 x 25BSP 1600 76 0.970

GCRT10050 100 x 50 114.3 x 50BSP 1600 76 1.000

GCRT10065 100 x 65 114.3 x 65BSP 1600 76 0.930

GCRT15025 150 x 25 165.1 x 25BSP 1600 102 1.790

GCRT15050 150 x 50 165.1 x 50BSP 1600 102 2.100



ECCENTRIC REDUCER (GROOVED)



Weight (KG)

GERE10050 100 x 50 114.3 x 60.3 2000 76 1.51

GERE10065 100 x 65 114.3 x 76.1 2000 76 1.18

GERE10080 100 x 80 114.3 x 88.9 2000 76 1.40

GERE15065 150 x 65 165.1 x 76.1 2000 102 2.89

GERE15080 150 x 80 165.1 x 88.9 2000 102 2.17

GERE150100 150 x 100 165.1 x 114.3 2000 102 2.20

GERE150125 150 x 125 165.1 x 139.7 2000 102 2.33



FLANGE ADAPTOR (GROOVED)

CODE Pipe DN (mm)

Pipe OD (mm)


Do L n-Ф Approximate Weight (KG)

GFAG032 32 42.4 1600 100 4-Ф18

GFAG040 40 48.3 1600 110 4-Ф18

GFAG050 50 60.3 1600 125 65 4-Ф18 1.830

GFAG065 65 76.1 1600 145 65 4-Ф18 2.100

GFAG080 80 88.9 1600 160 65 8-Ф18 2.355

GFAG100 100 114.3 1600 180 70 8-Ф18 3.480

GFAG125 125 139.7 1600 210 70 8-Ф18 3.310

GFAG150 150 165.1 1600 240 70 8-Ф22 4.900

GFAG200 200 219.1 1600 295 80 12-Ф22 7.600

FLANGE ADAPTOR (GROOVED)

Drilling: Table “E”

CODE Pipe DN (mm)

Pipe OD (mm)



GFAE050 50 60.3 1600 114 --- 4-Ф18

GFAE065 65 76.1 1600 127 65 4-Ф18

GFAE080 80 88.9 1600 146 65 8-Ф18

GFAE100 100 114.3 1600 178 70 8-Ф18

GFAE125 125 139.7 1600 210 70 8-Ф18

GFAE150 150 165.1 1600 235 70 8-Ф22

GFAE200 200 219.1 1600 292 80 12-Ф22



DIN FLANGE (GROOVED)

CODE Pipe DN (mm)

Pipe OD (mm)



GFAG100 100 114.3 1600 180 70 8-Ф18 2.6117 GFAG150 150 165.1 1600 240 70 8-Ф22 3.9721 GFAG200 200 219.1 1600 295 80 12-Ф22 5.8899

GROOVED END CAP


Rated Pressure (KPA) L


GCAP025 25 33.7 2000 0.100 GCAP032 32 42.4 2000 0.150 GCAP040 40 48.3 2000 0.230 GCAP050 50 60.3 2000 19 0.300 GCAP065 65 76.1 2000 19 0.330 GCAP080 80 88.9 2000 22 0.560 GCAP100 100 114.3 2000 25 0.950 GCAP150 150 165.1 2000 25 1.950 GCAP200 200 219.1 2000 28 4.100 GCAP250 250 273.0 2000 30 5.250

GROOVE-THREAD SPIGOT


Rated Pressure (kPA) L

GSPI032 32 42.4 x 32BSP 2000 102 GSPI040 40 48.3 x 40BSP 2000 102 GSPI050 50 60.3 x 50BSP 2000 102 GSPI065 65 76.1 x 65BSP 2000 102 GSPI080 80 88.9 x 80BSP 2000 102 GSPI100 100 114.3 x 100BSP 2000 152

GALVANIZED MALLEABLE FITTINGS SMOOTHFLO FIRE

www.smoothflopumps.com.au Tel: 02‐9605 2288 [email protected] page 24

SPECIFICATIONS

STANDARD AND DIMENSIONS: BS EN10242, BS143 & 1256 MATERIAL: ASTM A-197, ASTM47 THREADS: The threads are cut according to AS1722.1 / ISO7/1. Internal female threads – tapered; external

threads – tapered. LEAK TEST PRESSURE: complying with the standard EN10242. Hydrostatic pressure test for individual fitting is subject to

a minimal pressure of 2070kpa FM/UL APROVAL: All galvanized malleable fittings have FM/UL approval certificates.

GALVANIZED MALLEABLE F/F ELBOW 90 DEGREE (ITEM NO. 90) UL APPROVAL

CODE SIZE (mm/inch) H APP. WEIGHT

(kg/pc) MELE06 6 (1/8”) 17.5 0.029 MELE08 8 (1/4”) 20 0.046 MELE10 10 (3/8”) 23.5 0.068 MELE15 15 (1/2”) 26.5 0.076 MELE20 20 (3/4”) 31 0.128 MELE25 25 (1”) 36.5 0.201 MELE32 32 (1-1/4”) 43.5 0.311 MELE40 40 (1-1/2”) 47.5 0.445 MELE50 50 (2”) 55.5 0.677 MELE65 65 (2-1/2”) 67 0.993 MELE80 80 (3”) 75.5 1.460

MELE100 100 (4”) 94 2.259

GALVANIZED MALLEABLE F/F REDUCING ELBOW 90 DEGREE (ITEM NO. 90R) UL APPROVAL

CODE SIZE (mm) H L App W (kg/pc)

MELE1510 15 x10 26 26 0.0833 MELR2010 20 x 10 28 28 0.1163 MELR2015 20 x 15 28.5 29.5 0.1040 MELR2510 25 x 10 --- --- 0.1626 MELR2515 25 x 15 31 32 0.1308 MELR2520 25 x 20 33 34 0.1588 MELR3215 32 x 15 33 37 0.1845 MELR3220 32 x 20 37 39 0.2207 MELR3225 32 x 25 39 41 0.2493 MELR4015 40 x 15 34 41 0.2522 MELR4020 40 x 20 37 42 0.2622 MELR4025 40 x 25 40 44 0.3038 MELR4032 40 x 32 44 47 0.3697 MELR5015 50 x 15 37 47 0.3278 MELR5020 50 x 20 40 48 0.4125 MELR5025 50 x 25 43 50 0.4191 MELR5032 50 x 32 47 53 0.5309 MELR5040 50 x 40 51 54 0.5467 MELR8065 80 x 65 71 74 1.2660



GALVANIZED MALLEABLE M-F ELBOW 90 DEGREE (ITEM NO. 92) UL APPROVAL

CODE SIZE (mm) H L App. W Kg/pc

MMME06 6 (1/8”) 17.5 25 0.024 MMME08 8 (1/4”) 20.5 30 0.044 MMME10 10 (3/8”) 24 36.5 0.068 MMME15 15 (1/2”) 26.5 39 0.075 MMME20 20 (3/4”) 31 46 0.123 MMME25 25 (1”) 37 53 0.191 MMME32 32 (1-1/4”) 45 61 0.307 MMME40 40 (1-1/2”) 47 67 0.396 MMME50 50 (2”) 55.5 78 0.646 MMME65 65 (2-1/2”) 67 90 0.982 MMME80 80 (3”) 75.5 102 1.424 MMME100 100 (4”) 95 124 2.478

GALVANIZED MALLEABLE F-F ELBOW 45 DEGREE (ITEM NO. 120) UL APPROVAL

CODE SIZE (mm) H APP. WEIGHT (kg/pc)

MELF06 6 (1/8”) --- 0.029 MELF08 8 (1/4”) --- 0.045 MELF10 10 (3/8”) --- 0.067 MELF15 15 (1/2”) 20 0.069 MELF20 20 (3/4”) 24 0.119 MELF25 25 (1”) 28 0.174 MELF32 32 (1-1/4”) 33 0.269 MELF40 40 (1-1/2”) 36 0.349 MELF50 50 (2”) 41 0.613 MELF65 65 (2-1/2”) 48 0.866 MELF80 80 (3”) 53 1.247 MELF100 100 (4”) 64 2.376

GALVANIZED MALLEABLE HEXGAON NIPPLE (ITEM NO. 280) UL APPROVAL


MNIP06 6 (1/8”) 29 0.02 MNIP08 8 (1/4”) 36 0.03 MNIP10 10 (3/8”) 38 0.04 MNIP15 15 (1/2”) 43 0.05 MNIP20 20 (3/4”) 45 0.09 MNIP25 25 (1”) 52 0.14 MNIP32 32 (1-1/4”) 56 0.18 MNIP40 40 (1-1/2”) 58 0.22 MNIP50 50 (2”) 65 0.39 MNIP65 65 (2-1/2”) 72 0.61 MNIP80 80 (3”) 80 0.84

MNIP100 100 (4”) 92 1.19



GALVANIZED MALLEABLE HEXGAON REDUCING NIPPLE (ITEM NO. 245) UL APPROVAL

GALVANIZED MALLEABLE EQUAL TEE (ITEM NO. 130) UL APPROVAL


MTEQ06 6 (1/8”) 17.5 --- MTEQ08 8 (1/4”) 20 0.0656 MTEQ10 10 (3/8”) 23.5 0.0974 MTEQ15 15 (1/2”) 26.5 0.1063 MTEQ20 20 (3/4”) 31 0.1817 MTEQ25 25 (1”) 36.5 0.2662 MTEQ32 32 (1-1/4”) 43.5 0.4368 MTEQ40 40 (1-1/2”) 47.5 0.5619 MTEQ50 50 (2”) 55.5 0.8930 MTEQ65 65 (2-1/2”) 67 1.3476 MTEQ80 80 (3”) 75.5 1.9812 MTEQ100 100 (4”) 94 3.3932


MNIR0806 8 x 6 32 0.022 MNIR1006 10 x 6 38 --- MNIR1008 10 x 8 38 0.0358 MNIR1508 15 x 8 44 0.0552 MNIR1510 15 x 10 44 0.0536 MNIR2010 20 x 10 47 0.0915 MNIR2015 20 x 15 47 0.0857 MNIR2515 25 x 15 53 0.1208 MNIR2520 25 x 20 53 0.1295 MNIR3215 32 x 15 57 0.2091 MNIR3220 32 x 20 57 0.2116 MNIR3225 32 x 25 57 0.2135 MNIR4015 40 x 15 59 0.2474 MNIR4020 40 x 20 59 0.2448 MNIR4025 40 x 25 59 0.2450 MNIR4032 40 x 32 59 0.2503 MNIR5015 50 x 15 67 0.4455 MNIR5020 50 x 20 67 0.4447 MNIR5025 50 x 25 67 0.4382 MNIR5032 50 x 32 67 0.4314 MNIR5040 50 x 40 67 0.4317 MNIR6540 65 x 40 75 0.7009 MNIR6550 65 x 50 75 0.6828 MNIR8050 80 x 50 83 0.9921 MNIR8065 80 x 65 83 0.9798 MNIR10050 100 x 50 92 1.4282 MNIR10065 100 x 65 92 1.4311 MNIR10080 100 x 80 92 1.4152



GALVANIZED MALLEABLE HEXGAON REDUCING TEE (ITEM NO. 130R) UL APPROVAL

CODE SIZE (mm) A H APP.

WEIGHT (kg/pc)

MTER101006 10 x 10 x 6 20.5 21.5 MTER101008 10 x 10 x 8 22 22.5 0.0877 MTER151506 15 x 15 x 6 22 23 MTER151508 15 x 15 x 8 24 24 0.1113 MTER151510 15 x 15 x 10 26 26 0.1250 MTER151520 15 x 15 x 20 30 29 0.1778 MTER151525 15 x 15 x 25 33 32 0.2235 MTER202008 20 x 20 x 8 26.5 27 0.1652 MTER202010 20 x 20 x 10 28 28 0.1820 MTER202015 20 x 20 x15 28.5 29.5 0.1554 MTER202025 20 x 20 x25 36 34.5 0.2885 MTER252508 25 x 25 x 8 28 31 0.2498 MTER252510 25 x 25 x 10 30 32 0.2688 MTER252515 25 x 25 x 15 31 32 0.2087 MTER252520 25 x 25 x 20 33 34 0.2360 MTER252532 25 x 25 x 32 42 40 0.4463 MTER252540 25 x 25 x 40 45 41 0.5095 MTER252550 25 x 25 x 50 51 44 0.6607 MTER323210 32 x 32 x 10 31 35 0.3588 MTER323215 32 x 32 x 15 32.5 37 0.3050 MTER323220 32 x 32 x 20 35 39.5 0.3337 MTER323225 32 x 32 x 25 39 41 0.3731 MTER323240 32 x 32 x 40 48 45 0.6183 MTER323250 32 x 32 x 50 54 48 0.7706 MTER404010 40 x 40 x 10 34 39 0.4736 MTER404015 40 x 40 x 15 34.5 41 0.3725 MTER404020 40 x 40 x 20 37 42 0.4025 MTER404025 40 x 40 x 25 40 44 0.4476 MTER404032 40 x 40 x 32 44 47 0.5082 MTER404050 40 x 40 x 50 55 52 0.8968 MTER505015 50 x 50 x 15 37 47 0.5559 MTER505020 50 x 50 x 20 40 48 0.5894 MTER505025 50 x 50 x 25 43 50 0.6533 MTER505032 50 x 50 x 32 47 53 0.7158 MTER505040 50 x 50 x 40 51 54 0.7793 MTER505065 50 x 50 x 65 64 59 1.1997 MTER656525 65 x 65 x 25 47 59 0.8944 MTER656532 65 x 65 x 32 51 61 0.9947 MTER656540 65 x 65 x 40 54 61 1.0161 MTER656550 65 x 65 x 50 59 63.5 1.1668 MTER808025 80 x 80 x 25 49 67 1.2425 MTER808032 80 x 80 x 32 54 69 1.3365 MTER808040 80 x 80 x 40 57 71 1.4373 MTER808050 80 x 80 x 50 61 71 1.5597 MTER808065 80 x 80 x 65 71 74 1.7605

MTER10010050 100 x 100 x 50 68 86 2.3439 MTER10010065 100 x 100 x 65 77 89 2.6912 MTER10010080 100 x 100 x 80 81.5 89.5 2.8712



GALVANIZED MALLEABLE EQUAL CROSS (ITEM NO. 180) UL APPROVAL


MCRQ06 6 (1/8”) 17.5 0.0522 MCRQ08 8 (1/4”) 20 0.0813 MCRQ10 10 (3/8”) 23.5 0.1174 MCRQ15 15 (1/2”) 26.5 0.1322 MCRQ20 20 (3/4”) 31 0.2084 MCRQ25 25 (1”) 36.5 0.3609 MCRQ32 32 (1-1/4”) 43.5 0.5499 MCRQ40 40 (1-1/2”) 47.5 0.6647 MCRQ50 50 (2”) 55.5 1.0552 MCRQ65 65 (2-1/2”) 67 1.7066 MCRQ80 80 (3”) 75.5 2.3337

MCRQ100 100 (4”) 94 4.4759

GALVANIZED MALLEABLE SOCKET (ITEM NO. 220) UL APPROVAL


MSOQ06 6 (1/8”) 24.5 0.0244 MSOQ08 8 (1/4”) 26.5 0.0380 MSOQ10 10 (3/8”) 29.5 0.0556 MSOQ15 15 (1/2”) 33 0.0616 MSOQ20 20 (3/4”) 37 0.1000 MSOQ25 25 (1”) 43 0.1511 MSOQ32 32 (1-1/4”) 49 0.2310 MSOQ40 40 (1-1/2”) 53.5 0.2996 MSOQ50 50 (2”) 59 0.4942 MSOQ65 65 (2-1/2”) 69 0.7212 MSOQ80 80 (3”) 74 1.0415

MSOQ100 100 (4”) 83.5 1.7119

GALVANIZED MALLEABLE UNION WITH GASKET SEALING (ITEM NO. 330D) UL APPROVAL

CODE SIZE (mm) L APP. WEIGHT (kg/pc)

MUNQ06 6 (1/8”) 33.5 --- MUNQ08 8 (1/4”) 36.5 0.0994 MUNQ10 10 (3/8”) 40 0.1294 MUNQ15 15 (1/2”) 43.5 0.1720 MUNQ20 20 (3/4”) 51.5 0.2414 MUNQ25 25 (1”) 53 0.3381 MUNQ32 32 (1-1/4”) 56 0.5492 MUNQ40 40 (1-1/2”) 59.5 0.7575 MUNQ50 50 (2”) 68.5 1.0261 MUNQ65 65 (2-1/2”) 83 1.7374 MUNQ80 80 (3”) 94 2.3180

MUNQ100 100 (4”) 113 4.3105



GALVANIZED MALLEABLE REDUCING SPCKET (ITEM NO. 240) UL APPROVAL


MSOR1006 10 x 6 28 0.0421 MSOR1008 10 x 8 28 0.0480 MSOR1506 15 x 6 32 0.0580 MSOR1508 15 x 8 32 0.0608 MSOR1510 15 x 10 32 0.0674 MSOR2006 20 x 6 38 0.0820 MSOR2008 20 x 8 38 0.0923 MSOR2010 20 x 10 38 0.0982 MSOR2015 20 x 15 38 0.0888 MSOR2508 25 x 8 42 0.1300 MSOR2510 25 x 10 42 0.1379 MSOR2515 25 x 15 42 0.1204 MSOR2520 25 x 20 42 0.1334 MSOR3208 32 x 8 48 0.2077 MSOR3215 32 x 15 48 0.1872 MSOR3220 32 x 20 48 0.1862 MSOR3225 32 x 25 48 0.2005 MSOR4008 40 x 8 52 0.2613 MSOR4010 40 x 10 52 0.2919 MSOR4015 40 x 15 52 0.2135 MSOR4020 40 x 20 52 0.2318 MSOR4025 40 x 25 52 0.2479 MSOR4032 40 x 32 52 0.2777 MSOR5015 50 x 15 58 0.3634 MSOR5020 50 x 20 58 0.3602 MSOR5025 50 x 25 58 0.3771 MSOR5032 50 x 32 58 0.4028 MSOR5040 50 x 40 58 0.4264 MSOR6515 65 x 15 65 0.5387 MSOR6520 65 x 20 65 0.5965 MSOR6525 65 x 25 65 0.5149 MSOR6532 65 x 32 65 0.5461 MSOR6540 65 x 40 65 0.5733 MSOR6550 65 x 50 65 0.6418 MSOR8025 80 x 25 72 0.8199 MSOR8032 80 x 32 72 0.7525 MSOR8040 80 x 40 72 0.8003 MSOR8050 80 x 50 72 0.8443 MSOR8065 80 x 65 72 0.9082

MSOR10050 100 x 50 85 1.3222 MSOR10065 100 x 65 85 1.3397 MSOR10080 100 x 80 85 1.4781



GALVANIZED MALLEABLE SQUARE HEAD PLUG (ITEM NO. 291) UL APPROVAL

CODE SIZE (mm) D H APP. W (kg/pc)

MPLU08 8 (1/4”) 8.2 19.5 0.0128 MPLU10 10 (3/8”) 10 21 0.0219 MPLU15 15 (1/2”) 11.5 25 0.0227 MPLU20 20 (3/4”) 12.8 28 0.0401 MPLU25 25 (1”) 16 31.5 0.0587 MPLU32 32 (1-1/4”) 19 35.1 0.1277 MPLU40 40 (1-1/2”) 23 37.6 0.1469 MPLU50 50 (2”) 26.6 40 0.2410 MPLU65 65 (2-1/2”) 32 46 0.3962 MPLU80 80 (3”) 35 49.9 0.6283

MPLU100 100 (4”) 44.5 54.5 1.0389

GALVANIZED MALLEABLE HEXAGONAL NUT (ITEM NO. 310) UL APPROVAL

CODE SIZE (mm) A B APP. W (kg/pc)

MNUT08 8 (1/4”) 6 22 0.0150 MNUT10 10 (3/8”) 7 27 0.0249 MNUT15 15 (1/2”) 8 32 0.0376 MNUT20 20 (3/4”) 9 36 0.0453 MNUT25 25 (1”) 10 46 0.0784 MNUT32 32 (1-1/4”) 11 55 0.1149 MNUT40 40 (1-1/2”) 12 60 0.1338 MNUT50 50 (2”) 13 75 0.2100 MNUT65 65 (2-1/2”) 16 95 0.4344 MNUT80 80 (3”) 19 105 0.5022

MNUT100 100 (4”) 23 135 1.0198

GALVANIZED MALLEABLE CAP (ITEM NO. 301) UL APPROVAL

CODE SIZE (mm) H APP. W (kg/pc)

MCAP06 6 (1/8”) 13 0.0141 MCAP08 8 (1/4”) 15 0.0223 MCAP10 10 (3/8”) 17 0.0349 MCAP15 15 (1/2”) 19 0.0381 MCAP20 20 (3/4”) 22 0.0587 MCAP25 25 (1”) 24 0.0929 MCAP32 32 (1-1/4”) 27 0.1426 MCAP40 40 (1-1/2”) 30 0.1732 MCAP50 50 (2”) 32 0.2931 MCAP65 65 (2-1/2”) 35 0.4436 MCAP80 80 (3”) 38 0.659 MCAP100 100 (4”) 45 1.1053 MCAP150 150 (6”) 61 2.8888



GALVANIZED MALLEABLE HEXAGON BUSH (ITEM NO. 241) UL APPROVAL

CODE SIZE (mm) D H APP. W (kg/pc)

MBUS0806 8 x 6 16.3 14.8 0.0150 MBUS1006 10 x 6 17.3 16.5 0.0212 MBUS1008 10 x 8 17.3 16.5 0.0173 MBUS1506 15 x 6 22.1 19 0.0389 MBUS1508 15 x 8 22.1 19 0.0364 MBUS1510 15 x 10 22.1 19 0.0246 MBUS2006 20 x 6 29.2 21.6 0.0684 MBUS2008 20 x 8 29.2 21.6 0.0652 MBUS2010 20 x 10 29.2 21.6 0.0612 MBUS2015 20 x 15 29.2 21.6 0.0509 MBUS2506 25 x 6 35 28 MBUS2508 25 x 8 35 28 0.1104 MBUS2510 25 x 10 35 28 0.0998 MBUS2515 25 x 15 36.1 25.5 0.1010 MBUS2520 25 x 20 36.1 25.5 0.0828 MBUS3208 32 x 8 45 32 MBUS3210 32 x 10 45 32 0.1788 MBUS3215 32 x 15 45 32 0.1848 MBUS3220 32 x 20 44.7 24.7 0.1662 MBUS3225 32 x 25 44.7 24.7 0.1257 MBUS4008 40 x 8 49 32 0.2317 MBUS4010 40 x 10 49 32 0.2389 MBUS4015 40 x 15 50 31 0.2436 MBUS4020 40 x 20 50 31 0.2415 MBUS4025 40 x 25 50.8 29 0.2047 MBUS4032 40 x 32 50.8 29 0.1399 MBUS5008 50 x 08 64 35 --- MBUS5010 50 x 10 64 35 --- MBUS5015 50 x 15 63.2 39 0.3203 MBUS5020 50 x 20 63.2 37.5 0.3196 MBUS5025 50 x 25 63.2 35 0.3851 MBUS5032 50 x 32 63 31 0.3357 MBUS5040 50 x 40 63 31 0.2792 MBUS6515 65 x 15 80 40 0.5691 MBUS6520 65 x 20 80 40 0.5838 MBUS6525 65 x 25 80 41 0.6646 MBUS6532 65 x 32 80 44 0.5708 MBUS6540 65 x 40 79 40 0.5811 MBUS6550 65 x 50 79 40 0.5047 MBUS8015 80 x 15 94 44 0.9517 MBUS8020 80 x 20 94 44 0.8964 MBUS8025 80 x 25 95 48 0.9767 MBUS8032 80 x 32 95 48 0.9476 MBUS8040 80 x 40 95 48 0.8698 MBUS8050 80 x 50 83.3 40.9 0.9121 MBUS8065 80 x 65 94 44 0.6343

MBUS10040 100 x 40 121 51 1.6584 MBUS10050 100 x 50 120 51 1.5038 MBUS10065 100 x 65 120 56 1.6249 MBUS10080 100 x 80 117.3 53.7 1.2765 MBUS15050 150 x 50 172.8 69 MBUS15065 150 x 65 172.8 69 5.5902 MBUS15080 150 x 80 172.8 69 4.1930 MBUS150100 100 x 100 172.8 69 4.2904



GALVANIZED MALLEABLE FEMALE-FEMALE BEND 90 DEGREE (ITEM NO. 2)

UL APPROVAL

CODE SIZE (mm) A APP. W (kg/pc)

MBEN06 6 (1/8”) 35 --- MBEN08 8 (1/4”) 40 0.0528 MBEN10 10 (3/8”) 48 0.0809 MBEN15 15 (1/2”) 55 0.1185 MBEN20 20 (3/4”) 69 0.2169 MBEN25 25 (1”) 85 0.3318 MBEN32 32 (1-1/4”) 105 0.5885 MBEN40 40 (1-1/2”) 116 0.7521 MBEN50 50 (2”) 140 1.2958 MBEN65 65 (2-1/2”) 176 2.1428 MBEN80 80 (3”) 205 3.2767

MBEN100 100 (4”) 260 5.9106

GALVANIZED MALLEABLE MALE-FEMALE BEND 90 DEGREE (ITEM NO. 1)

UL APPROVAL

CODE SIZE (mm) A B APP. W (kg/pc)

MBMF06 6 (1/8”) 35 32 0.0263 MBMF08 8 (1/4”) 40 36 0.0438 MBMF10 10 (3/8”) 48 42 0.0661 MBMF15 15 (1/2”) 55 48 0.1024 MBMF20 20 (3/4”) 69 60 0.1909 MBMF25 25 (1”) 85 75 0.3010 MBMF32 32 (1-1/4”) 105 95 0.5352 MBMF40 40 (1-1/2”) 116 105 0.6911 MBMF50 50 (2”) 140 130 1.1969 MBMF65 65 (2-1/2”) 176 165 1.8913 MBMF80 80 (3”) 205 190 2.9721 MBMF100 100 (4”) 260 245 5.5509



GALVANIZED MALLEABLE FLANGE - DRILLED TO TABLE E/D (ITEM NO. 321P)

UL APPROVAL

CODE SIZE (mm) A D1 PCD APP. W (kg/pc)

MFLD06 6 (1/8”) --- --- --- --- MFLD08 8 (1/4”) --- --- --- --- MFLD10 10 (3/8”) --- --- --- --- MFLD15 15 (1/2”) 15 94.5 67 0.2415 MFLD20 20 (3/4”) 16 99.5 73 0.2709 MFLD25 25 (1”) 19 114.3 85 0.4333 MFLD32 32 (1-1/4”) 21 119.2 87 0.4851 MFLD40 40 (1-1/2”) 21 135 98 0.6883 MFLD50 50 (2”) 26 149 114 0.9876 MFLD65 65 (2-1/2”) 30 164 127 1.2982 MFLD80 80 (3”) 33 184 146 1.8033

MFLD100 100 (4”) 39 214 178 2.6768 MFLD150 150 (6”) 40 279 235 4.8361

GALVANIZED MALLEABLE FLANGE - UNDRILLED TO TABLE D/E (ITEM NO. 321PW)

UL APPROVAL

CODE SIZE (mm) A D1 APP. W (kg/pc)

MFLU06 6 (1/8”) --- --- --- MFLU08 8 (1/4”) --- --- --- MFLU10 10 (3/8”) --- --- --- MFLU15 15 (1/2”) 15 94.5 0.2643 MFLU20 20 (3/4”) 16 99.5 0.2937 MFLU25 25 (1”) 19 114.3 0.4609 MFLU32 32 (1-1/4”) 21 119.2 0.5127 MFLU40 40 (1-1/2”) 21 135 0.7204 MFLU50 50 (2”) 26 149 1.0479 MFLU65 65 (2-1/2”) 30 164 1.3660 MFLU80 80 (3”) 33 184 1.8786

MFLU100 100 (4”) 39 214 2.7596 MFLU150 150 (6”) 40 279 5.0342

SPRINKLER HEADS SMOOTHFLOW AUSTRALIA


SPRINKLER HEADS IN STOCK:

Pendent Upright Horizontal sidewall Concealed

RESPONSE

Quick response Standard response

COLOURS

Natural brass Chromed Power coated white

TEMPERATURE

68 oC 79 oC 93

oC

TWO PIECE ESCUTCHEONS

Two piece slip-on style Recessed Escutcheons Depth of Outer Cup: 27 mm Outside Diameter of Outer Cup: 76 mm Depth of Center Adapter Ring: 9 mm +/- 0.8 mm Adjustment Range: Flush to 18 mm recessed

BULBS & SPRING SEALS: Manufactured by German company - The JOB GmBH:

Their web is www.job-bulbs.com

UL LISTED

Automatic Sprinklers TECHNICAL DATA

TD01516

PIN: NX003-NX006

201201.3rd Edition

SMOOTHFLOW AUSTRALIA PTY LTD TEL: 02-9605 2288 TECHNICAL DATA SHEET TD01516 13 HEALD ROAD, INGLEBURN, NSW 2565 [email protected] www.smoothflow.com.au

UUPPRRIIGGHHTT SSPPRRIINNKKLLEERRSS AANNDD PPEENNDDEENNTT SSPPRRIINNKKLLEERRSS MODEL: NX003 / NX004 / NX005 / NX006

STANDARD SPRAY, STANDARD / QUICK RESPONSE, 5 / 3 mm BULB

TYPE, K5.6, 1/2" CONNECTING THREAD

GGEENNEERRAALL DDEESSCCRRIIPPTTIIOONN

The NX003/NX004 Standard/Quick Response Upright and NX005/NX006 Standard/Quick Response Pendent Sprinklers (Ref. Figure A) are automatic sprinklers of the frangible bulb type. They are “standard/quick response – standard orifice spray sprinkler” intended for use in fire sprinkler systems designed in accordance with the standard installation rules recognized by the applicable Listing or Approval agency (e.g., UL Listing is based on NFPA 13 requirements). The Upright, Pendent Sprinklers all produce a hemispherical water distribution pattern below the deflector.

SPRINKLER OPERATION During a fire conditions, the thermal-sensitive liquid in the glass bulb expands, causing the bulb to shatter, releasing the button and spring seal assembly. Water flowing through the sprinkler orifice strikes the sprinkler deflector, forming a uniform spray pattern to extinguish or control the fire.

COVERAGE

For coverage area and sprinkler placement, refer to NFPA13 standards.

ESCUTCHEON RINGSEATING SURFACE

1-1

1 /1

6"

( 42

.5m

m )

2-5

/16 "

( 5

8.2

mm

)

1.SSU DEFLECTOR 2.SET SCREW 3.GLASS BULB 4.FRAME 5.BUTTON 6.SPRING SEAL 7.SSP DEFLECTOR 8.STANDARD ESCUTCHON

2-1

/4"

( 5

6.9

mm

)

CROSS SECTIONUPRIGHT

1/2" PIPE THREAD 27/32" ( 21.8mm )

7

1-1/4" ( 31.5mm )

PENDENT

1-1

9/3

2"

( 4 0

.9m

m )

1-13/32" ( 35.5mm )

WATERWAYCENTERLINE OF

5

6

4

3

WRENCH FLAT

2

1

2-15/16" (75mm )

TYPICAL INSTALLATION

8

1/2" PIPE THREAD

FIGURE A : MODEL NX003/NX004 UPRIGHT & MODEL NX005/NX006 PENDENT SPRINKLERS

TTEECCHHNNIICCAALL SSPPEECCIIFFIICCAATTIIOONNSS Model & Sprinkler I.D. No. NX003 NX004 NX005 NX006 Style Upright Pendent

Bulb Nominal Dia. & Response Ø5mm, Standard

Response Ø3mm, Quick

Response Ø5mm, Standard

Response Ø3mm, Quick

Response Thread Size [Optional] □NPT1/2 or □R12 Nominal Orifice Size 1/2 Inch Nominal K-Factor 5.6 (U.S.)∕80 (metric) Max. Working Pressure 175 psig∕1.2 MPa (12 bar) Factory Hydrostatic Test 100% @ 500psig (3.4 MPa) Min. Operating Pressure 7 psig∕0.048 MPa (0.48 bar) Sprinkler Finish [Optional] □Natural Brass □Chrome Plated □White Color Coated

Kevin

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Page 35

Kevin

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TD01516

PIN: NX003-NX006

201201.3rd Edition

SMOOTHFLOW AUSTRALIA PTY LTD TEL: 02-9605 2288 TECHNICAL DATA SHEET TD01516 13 HEALD ROAD, INGLEVURN, NSW 2565, [email protected] www.smoothflow.com.au

Escutcheon Finish □Chrome Plated or □Color Coated In Any Color Listings and Approvals UL(United States)∕ULC(Canada)

AVAILABLE TEMPERATURE RATING

Temp. Classification Ordinary Ordinary Intermediate Intermediate Nominal Temp. Rating 135°F∕57°C 155°F∕68°C 175°F∕79°C 200°F∕93°C

Max. Ambient Temp. Allowed 5 115°F∕46°C 135°F∕57°C 155°F∕68°C 180°F∕82°C

Max. Recommended Ambient Temp. 6 100°F∕38°C 100°F∕38°C 150°F∕65°C 150°F∕65°C

Glass Bulb Color 7 Orange Red Yellow Green

Footnotes: 1 Sprinkler I.D. Nos. and nominal U.S. K-factors provided in accordance with the 2002 edition of NFPA 13. 2 The pipe thread connections accord with ISO7/1. 3 This table shows the listings and approvals available at the time of printing. Check with the manufacturer for any

additional approvals. 4 UL and ULC Listed for both Light-Hazard and Ordinary-Hazard occupancies. 5 Based on National Fire Prevention and Control Administration Contract No. 7-34860. 6 Based on NFPA 13. Other limits may apply depending on fire loading, sprinkler location, and other requirements

of the Authority Having Jurisdiction. Refer to specific installation standards. 7 The temperature rating is stamped on the deflector or adjacent to orifice seat on frame.

SPRINKLER MATERIALS

Frame Bronze Forging UNS-C87400 or Casting DZR

Deflector Brass UNS-28000

Glass Bulb

Glass with Glycerin Solution, JOB® G5 or Day-Impex-937 for NX003/ NX005 JOB® F3 0r Day-Impex-941 for NX004/ NX006

Set Screw Brass UNS-28000

Button Brass UNS-28000

Spring Stainless Steel

Seal Teflon® Tape Standard Escutcheon (Type E-1)

Cold Rolled Steel

ACCESSORIES

Standard Escutcheon

Type E-1

Installation Wrench

Type T-1

DISCHARGE COEFFICIENT

Model NX003/NX004 Upright and Model NX005/NX006 Pendent Sprinklers are rated for use at a maximum service pressure of 175 psig (12 bar).

The nominal discharge curve plotted in Figure B represents the flow “Q” in GPM (LPM) as

determined by the following formula:

Q＝K（P）0.5

Where:

280

30

0.20

5

25

20

15

10

0.4 0.6

50

45

40

35

70

65

60

55

1.20.8 1.0

20

40

60

100

80

120

140

160

180

240

200

220

260

10 30 50 70 90 110 130 150 170PRESSURE IN POUNDS PER SQUARE INCH (PSIG)

PRESSURE IN MPA

DIS

CH

AR

GE

IN U

.S. G

AL L

ON

S P

ER

MIN

UT

E (

GP

M)

DIS

CH

AR

GE

IN L

ITE

RS

PE

R M

INU

TE

(L P

M)

NOMIN

AL K=5

.6

NOMIN

AL K=80

↑

↓

MAX. PRESSURE 175 PSIGPARTIAL CURVE ONLY

PARTIAL CURVE ONLYMAX. PRESSURE 1.2 MPA

FIGURE B : NOMINAL DISCHARGE CURVE

Q — Flow, GPM (LPM) K — Discharge Coefficient, K＝5.6 (80) P — Discharge Pressure, psig (bar)

Listing standards permit the actual value of “K” to vary from 5.3 to 5.8 (76,4 to 83,6); however, for hydraulic calculations, a K-factor of 5.6 (80,7) is to be applied.

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Page 36

Kevin

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TD01516

PIN: NX003-NX006

201201.3rd Edition


WARNING

The Model NX003/NX004 Upright Sprinklers and Model NX005/NX006 Pendent Sprinklers described herein must be installed and maintained in compliance with this document, as well as applicable standards of the National Fire Protection Association, in addition to the standards of any other authorities having jurisdiction. Failure to do so may impair the integrity of these devices.

The owner is responsible for maintaining their fire protection system and devices in proper operating condition. The installing contractor or manufacturer should be contacted relative to any questions.

IINNSSTTAALLLLAATTIIOONN

NOTES

Do not install any bulb type sprinkler if the bulb is cracked or there is a loss of liquid from the bulb. With the sprinkler held horizontal, a small air bubble should be present.

The Model NX003/NX004 Upright Sprinklers and Model NX005/NX006 Pendent Sprinklers must be installed in accordance with the following instructions.

1. Prior to installing the sprinklers, if applicable, verify that the face of the sprinkler fitting is within the proper range of distance, which can be accommodated by the type of escutcheon being used.

2. With pipe thread sealant applied to the pipe threads and after installing standard escutcheon, over the sprinkler threads, hand tighten the sprinkler into the sprinkler fitting.

3. Refer to Figure D and select the appropriate Sprinkler Wrench for tightening the sprinkler into the sprinkler fitting.

NOTES

A leak tight 1/2” pipe thread sprinkler joint should be obtained with a torque of 7 to 14 ft.lbs. (9.5 to 19.0 Nm). A maximum of 21 ft.lbs. (28.5 Nm) of torque is to be used to install the sprinkler. Higher levels of torque may distort the sprinkler inlet with consequent leakage or

impairment of the sprinkler.

TYPICAL INSTALLATION

FIGURE C : MODEL NX005/NX006 PENDENT SPRINKLER INSTALLED WITH A STANDARD ESCUTCHEON

SPRINKLER WRENCH T-1

FIGURE D : SPRINKLER WRENCH SELECTION & USE

Push on the Sprinkler Wrench, while it is being turned, to ensure that the Wrench recess stays fully engaged with the sprinkler wrench flats.

Carefully remove the Sprinkler Wrench by disengaging it from the sprinkler wrench flats, and then lowering it down over the sprinkler deflector.

CCAARREE AANNDD MMAAIINNTTEENNAANNCCEE Automatic sprinklers must never be shipped or stored where their temperatures will exceed

Kevin

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Page 38


TD01516

PIN: NX003-NX006

201201.3rd Edition


100°F/38°C and they must never be painted, plated, coated or otherwise altered after leaving the factory. Modified sprinklers must be replaced. Sprinklers that have been exposed to corrosive products of combustion, but have not operated, should be replaced if they cannot be completely cleaned by wiping the sprinkler with a cloth or by brushing it with a soft bristle brush.

Care must be exercised to avoid damage to the sprinklers — both before and after installation. Sprinklers damaged by dropping, striking, wrench twist/slippage, or the like, must be replaced. Also, replace any sprinkler that has a cracked bulb or that has lost liquid from its bulb (ref. Installation Section Note).

NOTES

Absence of an escutcheon, which is used to cover a clearance hole, may delay the time to sprinkler operation in a fire situation.

Before closing a fire protection system control valve for maintenance work on the fire protection system, which it controls, permission to shut down the affected fire protection system must be obtained from the proper authorities and all personnel who may be affected by this action must be notified.

It is recommended that automatic sprinkler systems be inspected quarterly by a qualified Inspection Service.

OORRDDEERRIINNGG PPRROOCCEEDDUURREE A Product Symbol Number (PSN) shall be specified when ordering sprinklers. And it is suggested that a color chip be provided when ordering special color coated Escutcheons. Otherwise, responsibility for duplication cannot be accepted.

Contact your local distributor for availability.

Sprinkler Assemblies:

Specify: 1/2" orifice, (specify temperature rating), Model NX003/NX004 Upright Sprinklers with (specify type of finish), PSN (specify as follows). NX003/NX004 Standard/Quick Response Upright Sprinklers ：

PSN 012 X1 13 X2 X3

X1 Response、Frame 1 Standard Response、UNS-C87400 2 Quick Response，UNS-C87400 3 Standard Response、DZR 4 Quick Response、DZR X2 Class Bulb and Nominal Temperature Rating 1 Job,135°F∕57°C 2 Job,155°F∕68°C 3 Job,175°F∕79°C 4 Job ,200°F∕93°C 5 Day-Impex,135°F∕57°C 6 Day-Impex,155°F∕68°C

7 Day-Impex,175°F∕79°C


X3 Thread Size and Sprinkler Finish 1 NPT1/2 Natural Brass 2 NPT1/2 Chrome Plated 3 R12 per ISO 7/1 Natural Brass 4 R12 per ISO 7/1 Chrome Plated 5 NPT1/2 White Color Coated 6 R12 White Color Coated

NX005/NX006 Standard/Quick Response Pendent Sprinklers ：

PSN 012 X1 23 X2 X3 X1 Response and Frame 1 Standard Response、UNS-C87400 2 Quick Response，UNS-C87400 3 Standard Response、DZR 4 Quick Response、DZR X2 Class Bulb and Nominal Temperature Rating 1 Job ,135°F∕57°C 2 Job ,155°F∕68°C 3 Job, 175°F∕79°C 4 Job, 200°F∕93°C 5 Day-Impex, 135°F∕57°C 6 Day-Impex, 155°F∕68°C

7 Day-Impex, 75°F∕79°C

8 Day-Impex, 200°F∕93°C


Accessories:

Kevin

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Page 39


TD01516

PIN: NX003-NX006

201201.3rd Edition


Order the following accessories, as applicable:

Type E-1 1/2" Standard Escutcheon with chromate finishes:

·················PSN 0608 111

Type E-1 1/2" Standard Escutcheon with white painted finish:

·················PSN 0608 112

Type T-1 Wrench:

··························PSN0109

WWEEIIGGHHTT The nominal weights are as follows. 1/2" Orifice Model NX003/ NX004 Upright

2.8 ozs. (80 g)

1/2" Orifice Model NX005/ NX006 Pendent

2.8 ozs. (80 g)

E-1 Standard Escutcheon 0.6 ozs. (18 g)

T-1 Sprinkler Wrench 18 ozs. (510 g)

CONVERSION TABLE

Name of Unit Unit

Symbol Conversion

Factor Millimeter mm 1 in.=25.4 mm Square meter m2 1 ft2=0.0929 m2 Liter L 1 gal=3.785 L Cubic decimeter dm3 1 gal=3.785 dm3 Cubic meter m3 1 ft3=0.0283 m3 Kilogram kg 1 lb=16 ozs.=0.4536 kg Kilograms per

cubic meterKg/m3 1 lb/ft3=16.0183kg/m3

Pascal Pa 1 psi=6895 Pa Bar bar 1 psi=0.0689 bar Newton meter N·m 1 ft·lbs=1.355 N·m

! WARNING

This product must be installed by an experienced, trained installer, in accordance with the instructions provided with each valve. These instructions contain important information. Failure to follow these instructions may result in serious personal injury, property damage, or valve leakage. We reserve the right to change product specifications, designs and standard equipment without notice and without incurring obligations. If you have any questions about the safe installation and use of this device, contact Smoothflow Australia.

Kevin

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Page 40


TD01518

PIN: NX017/NX018

201201.3rd Edition

SMOOTHFLOW AUSTRALIA PTY LTD Tel: 02-9605 2288 Technical Data Sheet TD01518 13 Heald Road, Ingleburn NSW 2565 [email protected] www.smoothflow.com.au

HHOORRIIZZOONNTTAALL SSIIDDEEWWAALLLL SSPPRRIINNKKLLEERRSS MODEL: NX017 / NX018

STANDARD SPRAY, STANDARD / QUICK RESPONSE, 5 / 3 mm BULB

TYPE, K5.6, 1/2" CONNECTING THREAD GGEENNEERRAALL DDEESSCCRRIIPPTTIIOONN

Horizontal sidewall sprinklers are generally used in lieu of pendent and upright sprinklers because of building construction or installation economy considerations. They are designed for installation along a wall or the side of a beam and just beneath a smooth ceiling. Installed with their centerline of waterway horizontal, these sprinklers produce a quarter-spherical water discharge pattern that is predominately directed downward and outward from the deflector; however, a portion of the spray is also directed towards the back wall.

Model NX017 / NX018, Standard / Quick Response Horizontal Sidewall Sprinklers (Ref. Figure A), are automatic sprinklers of the frangible bulb type, and standard spray, 1/2” orifice, 5 / 3 mm bulb. They are “standard / quick response - standard orifice sidewall sprinklers” intended for use in fire sprinkler systems designed in accordance with the standard installation rules recognized by the applicable Listing or Approval agency (e.g., UL Listing is based on NFPA 13 requirements).

SPRINKLER OPERATION

During a fire conditions, the thermal-sensitive liquid in the glass bulb expands, causing the

2-1/8" (54mm)

2-3/4" (70mm)

CENTERLINE OF WATERWAY

9/16"(14mm)

21 43 65

1.DEFLECTOR 2.SET SCREW 3.GLASS BULB 4.SPRING SEAL

1/2" PIPE THREAD

7/8"

(22m

m)

WRENCH FLAT

5.BUTTON 6.FRAME

FIGURE A : MODEL NX017/NX018 HORIZONTAL SIDEWALL SPRINKLERS

bulb to shatter, releasing the button and spring seal assembly. Water flowing through the sprinkler orifice strikes the sprinkler deflector, forming a uniform spray pattern to extinguish or control the fire.

COVERAGE

For coverage area and sprinkler placement, refer to NFPA13 standards.

TTEECCHHNNIICCAALL SSPPEECCIIFFIICCAATTIIOONNSS Model & Sprinkler I.D. No. NX017 NX018 Style Horizontal Sidewall

Response & Bulb Nominal Dia. Standard Response, Ø5 mm Quick Response, Ø3 mm

Thread Size [Optional] □NPT1/2 or □R12

Nominal Orifice Size 1/2 Inch

Nominal K-Factor 1 5.6 (U.S.)∕80 (metric)

Max. Working Pressure 175 psig∕1.2 MPa (12 bar)

Factory Hydrostatic Test 100% @ 500psig (3.4 MPa)

Min. Operating Pressure 7 psig∕0.048 MPa (0.48 bar)

Sprinkler Finish [Optional] □Natural Brass or □Chrome Plated □White Color Coated

Listings and Approvals UL(United States)∕ULC(Canada)

Kevin

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Page 41


TD01518

PIN: NX017/NX018

201201.3rd Edition

SMOOTHFLOW AUSTRALIA PTY LTD Tel: 02-9605 2288 Techanical Data Sheet TD01518 13 Heald Road, Ingleburn, NSW 2565 [email protected] www.smoothflow.com.au

AVAILABLE TEMPERATURE RATING

Temp. Classification Ordinary Ordinary Intermediate Intermediate

Nominal Temp. Rating 135°F∕57°C 155°F∕68°C 175°F∕79°C 200°F∕93°C

Max. Ambient Temp. Allowed 5 115°F∕46°C 135°F∕57°C 155°F∕68°C 180°F∕82°C

Max. Recommended Ambient Temp. 6 100°F∕38°C 100°F∕38°C 150°F∕65°C 150°F∕65°C

Glass Bulb Color 7 Orange Red Yellow Green

Footnotes: 1 Sprinkler I.D. Nos. and nominal U.S. K-factors provided in accordance with the 2002 edition of NFPA 13. 2 The pipe threads connections accord with ISO7/1. 3 This table shows the listings and approvals available at the time of printing. Check with the manufacturer for any

additional approvals. 4 UL and ULC Listed for both Light-Hazard and Ordinary-Hazard occupancies. 5 Based on National Fire Prevention and Control Administration Contract No. 7-34860. 6 Based on NFPA 13. Other limits may apply depending on fire loading, sprinkler location, and other requirements

of the Authority Having Jurisdiction. Refer to specific installation standards. 7 The temperature rating is stamped on the deflector or adjacent to orifice seat on frame. Note: Locate with deflectors 4” to 6” (100mm to 150mm) from walls. Align horizontal sidewall sprinklers with top of

deflectors parallel to the ceiling or roof.

SPRINKLER MATERIALS

Frame Bronze Casting DZR

Deflector Brass UNS-28000

Glass Bulb Glass with Glycerin Solution, JOB® G5 or Day-Impex-937 for NX017JOB® F3 0r Day-Impex-941 for NX018

Set Screw Brass UNS-28000

Button Brass UNS-28000

Spring Stainless Steel

Seal Teflon® Tape Standard Escutcheon (Type E-1)

Cold Rolled Steel

ACCESSORIES

Standard Escutcheon

Type E-1

Installation Wrench

Type T-1

DISCHARGE COEFFICIENT

Model NX017/NX018 Horizontal Sidewall Sprinklers are rated for use at a maximum service pressure of 175 psig (12 bar).

The nominal discharge curve plotted in Figure B represents the flow “Q” in GPM (LPM) as determined by the following formula:

Q＝K（P）0.5

Where:

Q — Flow, GPM (LPM) K — Discharge Coefficient, K＝5.6 (80) P — Discharge Pressure, psig (bar)

280

30

0.20

5

25

20

15

10

0.4 0.6

50

45

40

35

70

65

60

55

1.20.8 1.0

20

40

60

100

80

120

140

160

180

240

200

220

260

10 30 50 70 90 110 130 150 170PRESSURE IN POUNDS PER SQUARE INCH (PSIG)

PRESSURE IN MPA

DIS

CH

AR

GE

IN U

.S. G

AL L

ON

S P

ER

MIN

UT

E (

GP

M)

DIS

CH

AR

GE

IN L

ITE

RS

PE

R M

INU

TE

(L P

M)

NOMIN

AL K=5

.6

NOMIN

AL K=80

↑

↓

MAX. PRESSURE 175 PSIGPARTIAL CURVE ONLY

PARTIAL CURVE ONLYMAX. PRESSURE 1.2 MPA

FIGURE B : NOMINAL DISCHARGE CURVE

Listing standards permit the actual value of “K” to vary from 5.3 to 5.8 (76.4 to 83.6); however, for hydraulic calculations, a K-factor of 5.6 (80.7) is to be applied.

Kevin

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Page 42


TD01518

PIN: NX017/NX018

201201.3rd Edition

SMOOTHFLOW AUSTRALIA PTY LTD Tel: 02-9605 2288 Technical Data Sheet TD01518 13 Heald Road, Ingleburn, NSW 2565 [email protected] www.smoothflow.com.au

WARNING

The Model NX017/NX018 Horizontal Sidewall Sprinklers described herein must be installed and maintained in compliance with this document, as well as applicable standards of the National Fire Protection Association, in addition to the standards of any other authorities having jurisdiction. Failure to do so may impair the integrity of these devices.



NOTES

Do not install any bulb type sprinkler if the bulb is cracked or there is a loss of liquid from the bulb. With the sprinkler held horizontal, a small air bubble should be present. The diameter of the air bubble is approximately 1/16" (1.6mm) for the 135°F/57°C to 3/32" (2.4mm) for the 286°F/141°C rating. (At higher ambient temperatures, the bubble may be barely perceptible for the lower temperature ratings.)

The Model NX017/NX018 Horizontal Sidewall Sprinklers must be installed in accordance with the following instructions.

1. Prior to installing the sprinklers, if applicable, verify that the face of the sprinkler fitting is within the proper range of distance, which can be accommodated by the type of escutcheon being used.

2. The Model NX017/NX018 Horizontal Sidewall Sprinklers must be installed with the centerline of waterway horizontal and perpendicular to a back wall surface. It is recommended that a lightweight spirit level (less than 1 pound), be used to level the sprinkler fitting, as shown in Figure D and that a square be used to check perpendicularity of the waterway centerline to the mounting surface.

SPRINKLER FITTING SPIRIT LEVEL

CENTERLINE OF WATERWAY

6" (150mm) OR LONGER NIPPLE

DEFLECTOR

FIGURE C: LEVELING OF SPRINKLER FITTING AND DEFLECTOR

3. With pipe thread sealant applied to the pipe threads and after installing standard escutcheon, over the sprinkler threads, hand tighten the sprinkler into the sprinkler fitting.

4. Refer to Figure E and select the appropriate Sprinkler Wrench for tightening the sprinkler into the sprinkler fitting. The word “TOP” on the Deflector must face upwards towards the ceiling.

The Type T-1 Sprinkler Wrench must be used for installing Model NX017/NX018 sprinklers. When using T-1 type wrench, the wrench is to be applied to the sprinkler wrench flats only (Ref. Figure A).

NOTES

A leak tight 1/2” pipe thread sprinkler joint should be obtained with a torque of 7 to 14 ft.lbs. (9.5 to 19.0 Nm). The maximum installing torque shall not excess 21 ft.lbs. (28.5 Nm). Higher levels of torque may distort the sprinkler inlet with consequent leakage or impairment of the sprinkler.

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Page 43

Kevin

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TD01518

PIN: NX017/NX018

201201.3rd Edition


SPRINKLER WRENCH T-1

FIGURE D : SPRINKLER WRENCH SELECTION & USE

Push on the Sprinkler Wrench, while it is being turned, to ensure that the Wrench recess stays fully engaged with the sprinkler wrench flats.

Carefully remove the Sprinkler Wrench by disengaging it from the sprinkler wrench flats, and then lowering it down over the sprinkler deflector.

It is recommended that a spirit level be used to level the Deflector, as shown in Figure D.

CCAARREE AANNDD MMAAIINNTTEENNAANNCCEE

Automatic sprinklers must never be shipped or stored where their temperatures will exceed 100°F/38°C and they must never be painted, plated, coated or otherwise altered after leaving the factory. Modified sprinklers must be replaced. Sprinklers that have been exposed to corrosive products of combustion, but have not operated, should be replaced if they cannot be completely cleaned by wiping the sprinkler with a cloth or by brushing it with a soft bristle brush.

Care must be exercised to avoid damage to the sprinklers — both before and after installation. Sprinklers damaged by dropping, striking, wrench twist/slippage or the like, must be replaced. Also, replace any sprinkler that has a cracked bulb or that has lost liquid from its bulb (ref. Installation Section Note).

NOTES

Absence of an escutcheon, which is used to cover a clearance hole, may delay the time to sprinkler operation in a fire situation.

Before closing a fire protection system control

valve for maintenance work on the fire protection system, which it controls, permission to shut down the affected fire protection system must be obtained from the proper authorities and all personnel who may be affected by this action must be notified.

It is recommended that automatic sprinkler systems be inspected quarterly by a qualified Inspection Service.

OORRDDEERRIINNGG PPRROOCCEEDDUURREE

A Product Symbol Number (PSN) shall be specified when ordering sprinklers. And it is suggested that a color chip be provided when ordering special color coated Escutcheons. Otherwise, responsibility for duplication cannot be accepted.


Sprinkler Assemblies:

Specify: 1/2" orifice, (specify temperature rating), Model NX017/NX018 Standard/Quick Response Horizontal Sidewall Sprinkler with (specify type of finish), PSN (specify as follows). NX017/NX018 Standard/Quick Response Horizontal Sprinklers ：

PSN 012 X1 33 X2 X3 X1 Response 3 Standard Response 4 Quick Response X2 Class Bulb and Nominal Temperature Rating 1 Job,135°F∕57°C 2 Job,155°F∕68°C 3 Job,175°F∕79°C 4 Job,200°F∕93°C 5 Day-Impex,135°F∕57°C





Kevin

Text Box

Page 45


TD01518

PIN: NX017/NX018

201201.3rd Edition


Accessories:

Order the following accessories, as applicable:

Type E-1 1/2" Standard Escutcheon with chromate finishes:

·················PSN 0608 111

Type E-1 1/2" Standard Escutcheon with white painted finish:

·················PSN 0608 112

Type T-1 Wrench:

··························PSN0109

WWEEIIGGHHTT

The nominal weights are as follows. 1/2" Orifice Model NX017/ NX018 Horizontal Sidewall

2.8 ozs. (80 g)

E-1 Standard Escutcheon 0.6 ozs. (18 g) T-1 Sprinkler Wrench 18 ozs. (510 g)

CONVERSION TABLE

Name of Unit Unit

SymbolConversion

Factor Millimeter mm 1 in.=25.4 mm Square meter m2 1 ft2=0.0929 m2 Liter L 1 gal=3.785 L Cubic decimeter dm3 1 gal=3.785 dm3 Cubic meter m3 1 ft3=0.0283 m3 Kilogram kg 1 lb=16 ozs.=0.4536 kg

Kilograms per cubic meter

Kg/m3 1 lb/ft3=16.0183kg/m3


! WARNING

This product must be installed by an experienced, trained installer, in accordance with the instructions provided with each valve. These instructions contain important information. Failure to follow these instructions may result in serious personal injury, property damage, or valve leakage. We reserve the right to change product specifications, designs and standard equipment without notice and without incurring obligations. If you have any questions about the safe installation and use of this device, contact Smoothflow Australia

Kevin

Text Box

Page 46

UL LISTED

Alarm Check Valve TECHNICAL DATA

TD01111

PIN: NX009

201007.2nd Edition

SMOOTHFLOW AUSTRALIA PTY LTD Tel: 02-9605 2288 Technical Data Sheet TD01111 13 Heald Road, Ingleburn, NSW 2565, [email protected] www.smoothflow.com.au

AAllaarrmm CChheecckk VVaallvvee MODEL: NX009 175 psi (12 bar), 4" & 6" (DN100 & DN150), VERTICAL INSTALLATION

GGEENNEERRAALL DDEESSCCRRIIPPTTIIOONN

Model NX009 Alarm Check Valve is a wet pipe sprinkler system water supply check valve that makes possible the installation of sprinkler systems in buildings not subject to freezing temperatures. It is designed so that water pressure in the piping system will hold back water pressure at the valve until a significant flow of water occurs.

The Alarm Check Valve serves as a check valve by trapping pressurized water above the clapper and preventing reverse flow from sprinkler piping.

The valve is trimmed with a water bypass line. The bypass line allows pressure surges to enter

the system and to be trapped above the alarm check valve’s clapper without the clapper lifting and causing false alarms.

When a significant sustained flow of water occurs, such as from an open sprinkler, the alarm valve’s clapper lifts and allows water to enter the system. Simultaneously, water enters an intermediate chamber, which allows the water to activate an alarm either through an optional water motor alarm and/or through a water pressure alarm. These alarms continue to sound until the flow of water is stopped.

The NX009 Alarm Check Valve should be installed vertically on wet-pipe sprinkler systems with constant pressure or variable pressure water supplies. The valve is made suitable for use on variable pressure water supplies by adding the optional retard chamber to the standard trim.

The valve is available with a flanged inlet and flanged outlet or with a grooved inlet and grooved outlet.

TTEECCHHNNIICCAALL SSPPEECCIIFFIICCAATTIIOONNSS

FRICTION LOSS

For use in hydraulic calculations, the pressure loss through the Alarm Check Valves may be expressed in equivalent length of pipe, based

on Hazen & Williams formula with C=120 based on ANSI standard wall straight pipe.

4” Valve = 28 feet (8.5 m)

6” Valve = 32 feet (9.8 m)

Size 4" (DN100) 6" (DN150) Inlet Connection Style Flange Groove Flange Groove

Outlet Connection Style Flange Groove Flange Groove Shipping Weight 55 lbs∕25 kg 51 lbs∕23 kg 75 lbs∕34 kg 66 lbs∕30 kg

Max. Working Pressure 175 psig∕1.2 MPa (12 bar) Factory Hydro Test 100% @ 350 psig∕2.4 MPa (24 bar)

Standard Finish Red Painted Flange & Groove Specification Flange: Class 150 ANSI B16.1 & Groove: C606 ANSI∕AWWA

Required Accessories Standard Trim Optional Accessories Retard Chamber, Water Motor Alarm, Alarm Pressure Switch Installation Manner Vertically

Listings and Approvals UL (United States)

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201007.2nd Edition

SMOOTHFLOW AUSTRALIA PTY LTD Tel: 02-9605 2288 Technical Data Sheet TD01111 13 Heald Road, Ingleburn, NSW2565 [email protected] www.smoothflow.com.au

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FLOW RATE IN GALLONS PER MINUTE (GPM)

500400300 800 15001000 2000

4" (D

N10

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6" (D

N150)

0.040

0.030

4000

0.090

0.080

0.060

0.070

0.050

0.150

0.200

0.100

5005.0

4.0

10000

FLOW RATE IN LITRES PER MINUTE (LPM) (1 GPM = 3.785 LPM)

200015001000 30002500 600040003500 75000.3450.300

15000

Figure 1: Nominal Hydraulic Friction Loss of Model NX009 Alarm Check Valve

TTRRII MM PPAACCKKAAGGEESS

Model NX009 Alarm Check Valve is listed and/or approved with specific trim for use up to 175 psig∕1.2 MPa (12 bar). No substitutions or omissions, in part or in full, are allowed. Additional accessories to the standard trim packages are required for a complete system meeting the requirements of the applicable rules and codes. See appropriate technical data for additional information.

STANDARD TRIM PACKAGES include:

1. All necessary nipples and fittings 2. All standard trim accessories 3. All necessary gauges

OPTIONAL ACCESSORIES

ORDER SEPARATELY

□□ Retard Chamber

The Retard Chamber is required when the NX009 Alarm Check Valve is installed on systems with a variable pressure water supply in order to reduce the possibility of false alarms. Refer to the NX015 Retard Chamber technical data TD01911. □□ Water Motor Alarm The NX009 Alarm Check Valve is designed to activate a mechanical alarm during a sustained flow of water (such as the flow required by an open sprinkler) causes the alarm check valve’s clapper to lift from its seat. Refer to the NX010 Water Motor Alarm technical data TD01211. □□ Alarm Pressure Switch The NX009 Alarm Check Valve trim allows installation of pressure switches to operate local electric alarms and/or remote electric alarms during a sustained flow of water (such as the flow requires by an open sprinkler). Refer to Alarm Pressure Switch technical data.

VVAALLVVEE DDEESSCCRRIIPPTTIIOONN

DIMENSIONS inch (mm)

Valve Size H H1 H2 H3 H4 H5 H6 4" Flange 10.625 (270) 0.080 (2.0) 0.938 (23.9) 1.563 (40) 3.281 (83) 7.594 (193) 9.063 (230)4" Groove 11.0 (280) 0.625 (15.9) 0.375 (9.5) 2.0 (50) 3.656 (93) 8.0 (203) 9.063 (230)6" Flange 13.625 (346) 0.080 (2.0) 0.938 (23.9) 2.087 (53) 4.375 (111) 10.625 (270) 9.625 (244)6" Groove 13.625 (346) 0.625 (15.9) 0.375 (9.5) 2.087 (53) 4.375 (111) 10.625 (270) 9.625 (244)

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Ref

H7

ODD1

H1

H2

Position of inst

TUNATUNA

H5

Ref

H7

H4

H2

D1

OD

D2

H1

H6

H3

H

1

4

3

7

8

9

11

D3

5 6

2

10

13

12

H

H4

H3

H8

2"

3/4"ALARMOUTLET

DRAIN

3/4"

3/4"

GROOVE STYLE

GROOVE STYLE

Figure 2: Model NX009 Alarm Check Valve, Partial Sections


Valve Size RefH7 H8 OD D1 D2 D3 4" Flange 3.031 (77) 4.063 (103) Ø9.0 (228.6) Ø7.5 (190.5) Ø6.188 (157.2) 8XØ0.750 (19) 4" Groove 3.031 (77) 4.063 (113) Ø4.5 (114.3) Ø4.334 (110.1) — — 6" Flange 3.0 (76) 5.219 (132) Ø11.0 (279.4) Ø9.5 (241.3) Ø8.5 (215.9) 8XØ0.875 (23) 6" Groove 3.0 (76) 5.219 (132) Ø6.625 (168.3) Ø6.455 (164.0) — —

PARTS

No. Part Name Qty. Part No.

Material Remarks4” (DN100) 6” (DN150)

1 Valve Body (Flange Style) 1 0111 1430 0001 0111 1630 0001 Ductile Iron: 65-45-12 1 Valve Body (Groove Style) 1 0111 1470 0001 0111 1670 0001 Ductile Iron: 65-45-12 2 Cover Plate 1 0111 1430 0002 0111 1630 0002 Ductile Iron: 65-45-12 3 Seat Ring 1 0111 1430 0003 0111 1630 0003 Brass: C87400 4 Cover Plate Bolt 6 M10X35 M12X40 Steel, Zinc Plated 5 Spring Washer 6 10 12 Steel, Zinc Plated

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No. Part Name Qty. Part No.

Material Remarks4” (DN100) 6” (DN150)

6 Flat Washer 6 10 12 Steel, Zinc Plated 7 Cover Plate Gasket 1 0111 1430 0004 0111 1630 0004 Rubber SBR 8 Clapper Seal Retainer 1 0111 1430 0005 0111 1630 0005 Stainless Steel: 304H 9 Clapper Seal 1 0111 1430 0006 0111 1630 0006 EPDM

10 Clapper Screw 1 M12X15 M12X15 Stainless Steel: 304H 11 Clapper 1 0111 1430 0007 0111 1630 0007 Brass: C87400 12 Clapper Shaft 1 0111 1430 0008 0111 1630 0008 Stainless Steel: 304 13 Clapper Busing 2 0111 1430 0009 0111 1630 0009 Brass: C37710

TTRRIIMM DDEESSCCRRIIPPTTIIOONN

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34 5

H

31 2

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F

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1817

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21

17

16 19

3 13 3 20

22

Position of installation:Vertical

LISTED

RTUNATUNA

511 3

1718

12

14 15

1617

3 13 3

100

9

98

10 50

0

0

500

8

7

250

psikPa

300

2000

1000

200

1500

150

1000

150

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7

3

8

23

500

50

100

0

0

250

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1500

300

2000 6

6

7

Figure 3: Model NX009 Alarm Check Valve, Vertical Trim


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Valve Size A B C D E F G 4" Flange 18.2 (460) 9.8 (250) 9.8 (250) 13.6 (346) 27.6 (700) 19.0 (484) 22.4 (570)4" Groove 18.2 (460) 9.8 (248) 9.8 (250) 13.6 (344) 27.6 (700) 19.0 (482) 22.8 (580)6" Flange 19.4 (494) 11.2 (283) 11.2 (284) 15.0 (379) 28.9 (734) 20.4 (517) 23.5 (598)6" Groove 19.4 (494) 11.2 (285) 11.2 (284) 15.0 (381) 28.9 (734) 20.4 (519) 23.5 (598)

Valve Size H J K L M N 4" Flange 15.3 (388) 7.4 (188) 5.7 (145) 5.7 (145) 8.4 (213) 6.1 (154) 4" Groove 15.3 (388) 7.8 (198) 5.7 (145) 5.7 (145) 8.4 (213) 6.1 (154) 6" Flange 15.8 (402) 7.9 (200) 5.7 (145) 5.7 (145) 8.4 (213) 7.5 (191) 6" Groove 15.8 (402) 7.9 (200) 5.7 (145) 5.7 (145) 8.4 (213) 7.5 (191)

BILL OF MATERIALS

No. Description Qty. Remarks

1 Ball Valve 2” 1 Main Drain Valve (Normally Closed), Type F1361FP

2 Nipple 2”X3¼” (80) 1 3 Nipple ¾”X2” (50) 8 4 Nipple ¾”X3¼” (80) 1 5 Union ¾” 2

6 Pressure Gauge 0~300psi∕2MPa

2 Supply Pressure and System Pressure, Type Y70B

7 Bushing ¾”X¼” 3

8 Galvanized Steel: G10080

3

9 Nipple ¾” X2” (50) 2 Nipple ¾” X1¾” (45) 2 4” Groove Style

10 Check Valve ¾” 1 06404, PN16, Bypass line

11 Nipple ¾” X3¼” (80) 1 Nipple ¾” X3⅜” (85) 1 4” Groove Style Nipple ¾” X4” (100) 1 6” Groove Style

12 90° Elbow ¾” 1 13 Tee ¾”X½”X¾” 2

14 Ball Valve ½” 1 Alarm Test Valve (Normally Closed), Type F1361FP

15 Nipple ½”X2¾” (70) 1 16 90° Elbow ½” 2 17 Nipple ½”X1⅝” (40) 4 18 Union ½” 2

19

Nipple ½”X17⅝” (453) 1 4” Flange Style Nipple ½”X17¾” (451) 1 4” Groove Style Nipple ½”X20½” (521) 1 6” Flange Style Nipple ½”X20½” (523) 1 6” Groove Style

20 Ball Valve ¾” 1 Alarm Shut-off Valve (Open Normally)

21 Strainer ¾” 1 Type F1191Y

22 Retard Chamber Assembly

1 Optional, Ordered For Variable Pressure Systems, NX015

23 Alarm Pressure Switch 1 Optional, Type PS75 24 Water Motor Alarm 1 Optional, Model NX010

INTRODUCTION

The trim sets for the Model NX009 Alarm Valve are arranged for rapid, easy and compact attachment, and serves as connection points to Alarm and other devices. The Trim also serves as means for testing the operation of the alarm devices without causing the system to operate.

□□ Constant Pressure Closed Drain

This trim set is used where water supply pressure does not vary, such as tank supplies. An automatic draining is provided to drain the mechanical sprinkler alarm line. This drain connection should be piped separately from the 2” (50mm) main drain.

□□ Variable Pressure With Open Retard Chamber Drain

Retard Chamber is required. This trim set is used where water supply pressures vary, such as encountered with city water supplies. An open drip cup should be provided to drain the retard chamber and the mechanical sprinkler alarm line. This drain connection should be piped separately from the 2” main drain.

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Figure 4: Model NX009 Alarm Check Valve, Variable Pressure Open Drain Trim

OOPPEERRAATTIIOONN

MAIN WATER SUPPLY

WATERSYSTEM

PRESSURE

RESTRICTEDORIFICE

CHAMBERRETARD

DRAIN

MOTOR

DRAINVALVE

SWITCH

MAIN

BYPASSCHECKVALVE

CHAMBERMEDIATE

BYPASSLINE

ALARM

VALVESHUT-OFF

TESTVALVE

ALARM

PRESSUREGAUGE

SYSTEM

GAUGEPRESSURE

SUPPLY

ALARMLINE

INTER-

Figure 5: Model NX009 Alarm Check Valve Operation

When the fire protection system is initially being pressurized, water will flow into the system until the water supply and system pressure become equalized. The Alarm Check Valve traps pressure above the

Clapper and prevents the reverse flow of water. Once the pressures have stabilized, the Alarm Check Valve is in service and the intermediate chamber in the Seat Ring is sealed. Thus, with the Alarm Check Valve set for service, there is no flow through the alarm port to the alarm devices (i.e., Water Motor Alarm and/or Alarm Pressure Switch).

When a sustained flow of water occurs, such as an operated sprinkler head or an open inspector’s test connection, the Clapper lifts from its closed position. Water is then permitted to flow into the intermediate chamber in the Seat Ring. Then water

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flows from the intermediate chamber to the alarm line and activates the system’s alarms. These alarms continue to sound until the flow of water stop, such as closed Alarm Shut-off Valve.

When a minor pressure surges occurs, slow as well as small transient increases in water supply pressure may continue to be built up in the system (via the Bypass Check Valve) without opening the Clapper. A transient surge in supply pressure that is sufficient to only momentarily open the Clapper will not cause a false alarm, and a portion of the increase in pressure will be trapped within the system, thus reducing the possibility of another opening. Any water in the alarm line is automatically drained, further reducing the possibility of a false alarm due to a successive transient surge in supply pressure.

OPERATION WITH AN INSTALLED RETARD CHAMBER

When the optional Retard Chamber is used, a surge of water, greater than what the bypass line can handle, will lift the clapper. Then water will enter the intermediate chamber through the holes in the Seat Ring, and it will fill the Retard Chamber. The water then drains from the

Retard Chamber through a Restricted Orifice.

A sustained flow of water, as in an open sprinkler, will lift the clapper. The Retarding Chamber will fill faster than water can drain through the Restricted Orifice. And the water will fill the Retard Chamber completely; these events activate the Water Motor Alarm and/or Alarm Pressure Switch for the electric alarm.

DDEESSIIGGNN CCRRIITTEERRIIAA

For the installation, consideration must be given to the disposal of the large quantities of water that may be associated with draining the system or performing a flow test.

Vertically installed valves must have the flow going up. Horizontally installed valves must be positioned so that the drain connection points down.

The sprinkler system designer must be aware that the configuration of the piping network and its tendency to trap pockets of air (such as in the case of a peaked-roof girded system) can affect the performance of the alarm system. Although a slight amount of trapped air is desirable to prevent significant pressure increases due to thermally induced expansion of the water, a large quantity of trapped air in a system may result in the possibility of an intermittent alarm.

The possibility of an intermittent alarm condition is a consequence of the fact that the flow out of the system through the test valve or a single sprinkler is very small relative to the flow that can be passed through the valve. This difference increases with valve size. If the system were free of trapped air, flow in would equal flow out and the Clapper would always stabilize at some open position (as needed to accommodate the required flow). With trapped air in the system, however, the Clapper first opens wider since the system initially demands greater flow until the air pockets are compressed (back to nearly the supply pressure), and then it will tend to return closer to the Seat Ring. If the volume of the air pockets is excessive, flow into the system can be momentarily reduced to nearly zero (once the air pockets are compressed) and the Clapper may close, causing flow to the alarms to be shutoff.

Once the Clapper has closed, sufficient water must flow out of the system before the Clapper will again open. A repetition of the above described condition is termed an intermittent alarm.

Using a vent (which can also serve as an end- of-line Inspector’s Test Connection) piped from the top of a cross main or end of a branch line at the point most remote from the alarm valve, and filling the system slowly in accordance with the steps described in the Service Setting section, can prevent an excessive amount of air from being trapped.

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WARNING

Model NX009 Alarm Check Valves described herein must be installed and maintained in compliance with this document, as well as with the applicable standards of the NFPA, in addition to the standards of any other authorities having jurisdictions. Failure to do so may impair the integrity of these devices.


STEP 1 Verify that the appropriate trim chart and technical data for the Alarm Check Valve and associated equipment are available.

NOTES

For proper operation, Model NX009 Alarm Check Valve must be trimmed in accordance with this data sheet for use on systems with water working pressure up to 175PSI∕1.2 MPa (12 bar). Failure to follow this installation instruction may prevent the device from functioning properly as well as void listings/approvals, and the manufacturer’s warranties.

Model NX009 Alarm Check Valve must be installed in an area not subject to freezing temperatures or physical damage. Wet pipe sprinkler systems must be maintained at a minimum temperature of 40˚F/4˚C. When corrosive atmospheres and/or contaminated water supplies are present, it is the owner’s responsibility to verify compatibility with the NX009 Alarm Check Valve, trim and associated equipment.

STEP 2 Prior to the actual installing the valve; thoroughly flush the water supply piping to verify that no foreign matter is present.

STEP 3 Unpack the valve and remove all plastic thread protectors from the opening of the valve. Inspect the valve Clapper to ensure freedom of movement.

STEP 4 Install the valve in the system so that the direction of water flow is the same as that indicated by the flow direction arrow on the

valve body. MODEL NX009 ALARM CHECK VALVE MUST BE INSTALLED IN THE VERTICAL POSITION WITH DIRECTION OF FLOW UP. Use the appropriate gaskets, bolts and/or couplings. Tighten all flange mounting fasteners uniformly as per piping standard.

NOTES

The Alarm Check Valves must be installed in areas that are accessible and easily visible.

STEP 5 Install the trim in accordance with the instructions given in this data sheet. Apply a small amount of thread sealant or tape to external threads of all pipe connections required, sparingly to external threads only. TAKE CARE NOT TO ALLOW ANY COMPOUND, TAPE OR OTHER FOREIGN MATTER INSIDE ANY NIPPLES OR OPENINGS OF THE VALVE OR TRIM COMPONENTS.

NOTES

It is recommended that provisions be made for viewing the alarm line drain water either by using an open type drain or by locating the main drain outlet in an easily visible area.

Suitable provision must be made for disposal of alarm line and system drainage water. Drainage water must be directed so that it will not cause damage or result in dangerous conditions.

Assure that all equipments (valves and trims) are adequately heated and protected to prevent freezing and physical damage.

Care must be taken when installing in the trim to be certain that they are located with the arrow on the body pointing in the proper direction. The draining pipes must be installed with direction of flow down.

STEP 6 Unused alarm connections should be plugged.

STEP 7 Optional accessories (Retard Chamber, Water Motor Alarm, Alarm Pressure Switch, etc.) may be connected in accordance with the installation instructions accompanying the equipment. Upon completion of the system side of the installation, the system should be ready for pressurization.

STEP 8 If a Water Motor Alarm is NOT to be used, the Alarm Vent Trim must be installed,

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SMOOTHFLOW AUSTRALIA PTY LTD Tel: 02-9605 2288 Techanical Data Sheet TD01111 13 Heald Road, Ingleburn, NSW 2565 [email protected] www.smoothflow.com.au

see Figure 6.

2

DRAIN

9

8

8

10

7

6 LINEALARM

11

129 13

5

4

3

1

Ordered separately when

Water Motor Alarm is not installed.

Figure 6: Alarm Vent Trim

No. Description Qty. Remarks

1 Alarm Pressure Switch

1 Type PS75

2 Bushing ¾”X¼” 1 3 Tee ¾” 1 4 Nipple ¾”X2” (50) 1

5 Retard Chamber Assembly

1 Optional, Ordered For Variable Pressure Systems, NX015

6 Strainer ¾” 1 Type F1191Y 7 Tee ½” 1

8 Nipple ½”X39⁄16” (90)

2

9 90° Elbow ½” 2 10 Union ½” 1

11 Nipple ½”X11¾” (298)

1

12 Vent Fitting 3⁄32” 1 With 3⁄32” Restriction 13 Bushing ¾”X½” 1

STEP 9 It is recommended that a vent connection (which may also be used as an end-of line Inspector’s Test Connection), be piped from a cross main or branch line at the point most remote from the alarm valve. The

vent line should be connected to the top of a cross main or to the end of a branch line and be located at the highest level of a multi-level installation.

The vent connection can be used to bleed off excessive air from the system, and therefore, minimize the possibility of a false alarm due to a transient surge in supply pressure. The contraction/expansion associated with an excessive amount of trapped air could also cause the waterway Clapper to cycle open and shut during an inspector’s test or during a discharge by a single sprinkler.

SSEERRVVIICCEE SSEETTTTIINNGG

When set the Model NX009 Alarm Check Valve system initially or after system operation due to a fire, please perform the following setting procedure.

STEP 1 Verify that all drains are closed and that the system is free of leaks.

STEP 2 Open the system test valve (the end-of-line Inspector’s Test Connection) and any auxiliary vents provided to facilitate removal of air from the system to allow air to escape from the system while it is filling with water.

NOTES

For proper operation of the wet system and to minimize false alarms, it is important to remove trapped air from the system when filling it with water. Air trapped in the system may also cause intermittent operation of the water motor alarm during a sustained flow of water (such as the flow required by an open sprinkler or the system test valve) (Ref. Design Criteria section).

Consider installation of auxiliary vents to facilitate venting. (Ref. Step 9 in Installation section).

STEP 3 If desired, close the Alarm Shut-off Valve to prevent local alarms from operating while filling the system.

NOTES

Alarms and electric panels controlled by an alarm pressure switch installed in the “Electric Alarm Panel” connection provided in the trim cannot be interrupted.

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STEP 4 Slowly open the water supply main control valve until the sound of flowing water just begins and then open the valve one more turn.

CAUTION

Opening of water supply main control valve will result in water flow from an opening in the system.

NOTES

Filling the system with water will result in operation of the associated alarms. Thus, notification must first be given to the owner and fire department, central station, or other signal station to which the alarms are connected.

STEP 5 Allow the system to completely fill with water. Allow water to flow from the system test valve (the end-of-line Inspector’s Test Connection), and any other open vents provided, until all air is exhausted from the system. The outlet has flowed full for at least 15 seconds. Then close the system test valve and all other open vents.

STEP 6 Fully open the water supply main control valve.

STEP 7 Open the system test valve (the end-of-line Inspector’s Test Connection) or Alarm Test Valve, and verify that the system alarms operate.

NOTES

Notify the proper authorities and all personnel who may be affected that an alarm test is to be performed.

STEP 8 Close the system test valve (the end-of-line Inspector’s Test Connection) or Alarm Test Valve.

STEP 9 Verify that water ceases to flow from the alarm line drain. If water continues to flow, follow the corrective procedure described in the Care and Maintenance section.

NOTES

The Retard Chamber has a 1/8” (3 mm) diameter Restricted Orifice. Sufficient time must be allowed for drainage of the Retard Chamber and the piping to the Water Motor Alarm.

STEP 10 Verify that the flow of water out of the alarm line drain has stopped. Verify the pressure

gauge. The pressure gauge on the system side of the Alarm Check valve Clapper should indicate water pressure equal to or greater than the water pressure indicated on the gauge located on the supply side of the clapper. Open the Alarm Shut-off Valve. Verify and secure that all valves are in their normal operating position. Then the alarm check valve system is set and ready for service.

NOTES

After placing a fire protection system in service, notify the proper authorities and advise those responsible for monitoring proprietary and/or central station alarm, notify those in the affected area that the system is in service.

CCAARREE AANNDD MMAAIINNTTEENNAANNCCEE

The following procedures, inspection and testing should be performed as indicated, in addition to any specific requirements of the NFPA. ANY IMPAIRMENT MUST BE IMMEDIATELY CORRECTED.

The owner is responsible for the inspection, testing, and maintenance of their fire protection system and devices in compliance with this document, as well as with the applicable standards of the NFPA, in addition to the standards of any authority having jurisdiction. The installing contractor or manufacturer should be contacted relative to any questions.

It is recommended that automatic sprinkler systems be inspected, tested, and maintained by a qualified Inspection Service.

It is imperative that the alarm check valve system be maintained on a regular basis. The frequency of the maintenance may vary due to contaminated water supplies, and corrosive water supplies, and corrosive atmospheres. For minimum maintenance requirements, refer to the NFPA that describes care and maintenance of sprinkler systems. In addition, the Authority Having Jurisdiction may have additional inspection, testing and maintenance requirements that must be followed.

NOTES

Any system maintenance will result in operation of the associated alarm or eliminate

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the fire-protection capabilities of that system. Thus, notification must first be given to the owner and fire department, central station, or other signal station to which the system are connected. Consideration should be given to employment of a fire patrol in the affected areas.

Before closing a fire protection system main control valve for maintenance work on the fire protection systems that it controls, permission to shut down the affected fire protection systems must first be obtained from the proper authorities.

MONTHLY INSPECTION: VISUAL EXTERNAL

CHECK-UP

It is recommended that the following

inspections be performed monthly by a qualified

Inspection Service.

STEP 1 Verify that pressure gauges indicate normal water supply pressures. It is normal for the gauge on the system side of the clapper to register a higher pressure than the gauge on the supply side of the clapper because pressure surges are trapped above the clapper.

STEP 2 Check for signs of mechanical damage and/or corrosive activity. If detected, perform maintenance as required or, if necessary, replace the device.

STEP 3 Verify that valve and trim are adequately heated and protected from freezing and physical damage.

STEP 4 Verify that there is no unwanted leakage from the restricted drain of the Retard Chamber when equipped with variable pressure trim. It is normal for drainage to occur during pressure surges that exceed the capacity allowed through the bypass line trim.

STEP 5 Verify that the water supply main control valve is open, and that all valves are in their normal operating position and appropriately secured.

QUARTERLY INSPECTION: WATER FLOW

ALARM TEST

It is recommended that the following checkup of

Water Flow Alarm Test be performed quarterly

by a qualified Inspection Service.

STEP 1 Notify the proper authorities and all personnel who may be affected when the test is to be performed.

STEP 2 Open the system test valve (the end-of-line Inspector’s Test Connection) and verify that the system alarms operate in accordance with the requirements of the authority having jurisdiction. If freezing weather or other conditions prohibits use of the system test valve, open the Alarm Test Valve in the alarm check valve trim.

Verify that the local Water Motor Alarm should be audible. Verify that electric Alarm Pressure Switches should activate properly and within the elapsed time required by the authority having jurisdiction. Verify that electric local alarms should be audible. Verify that remote station alarm signals were received.

NOTES

Use of the Alarm Test Valve allows testing of alarms without reducing the system pressure.

When using the system test valve (the end-of-line Inspector’s Test Connection) for the Water Flow Alarm Test, intermittent operation of the water motor alarm may indicate air is trapped in the system.

STEP 3 Verify that water is flowing out of the alarm line drain at a rate consistent with the 1/8” (3 mm) diameter drain Restricted Orifice in the Retard Chamber.

STEP 4 Close the system test valve (the end-of-line Inspector’s Test Connection) or Alarm Test Valve. Verify that water ceases to flow from the alarm line drain. Verify all local alarms stop sounding and electric panels reset. Verify all remote station alarms reset.

STEP 5 Clean the Strainer (located at the connection to the Water Motor Alarm, as applicable). Be sure to replace the strainer baskets and tighten the caps securely.

NOTES

Cleaning of the Strainers after each operation of the alarm is especially important in the case of water supplies (such as lakes and rivers) having a large quantity of suspended matter. A clogged alarm line can prevent operation of the alarm.

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SMOOTHFLOW AUSRTALIA PTY LTD Tel: 02-9605 2288 Technical Data Sheet TD01111 13 Heald Road, Ingleburn, NSW 2565 [email protected] www.smoothflow.com.au

STEP 6 Verify that the Alarm Shut-off Valve in the alarm line is open, the Alarm Test Valve is closed, and all valves are in their normal operating position and appropriately secured.

STEP 7 Notify all authorities responsible for monitoring the installation that the fire protection system has been returned to service.

QUARTERLY INSPECTION: MAIN DRAIN

TEST

It is recommended that the following inspections of Main Drain Test be performed quarterly by a qualified Inspection Service.

STEP 1 Notify the proper authorities and all personnel who may be affected when the test is to be performed.

STEP 2 Check first to see that adequate drainage is provides for full flow from Main Drain outlet.

STEP 3 Record pressure reading from the water supply pressure gauge.

STEP 4 Fully open the main drain located on the Alarm Check Valve. When a full flow is developed from the main drain, record the residual pressure from the water supply pressure gauge.

STEP 5 Then slowly close the main drain.

STEP 6 Compare test results with previous flow information, if deterioration of the water supply is detected, take appropriate steps to restore adequate water supply.

STEP 7 Verify that normal water supply pressure has been restored, and that all alarm devices and valves are secured in normal operating position.

STEP 8 Notify all authorities responsible for monitoring the installation that the fire protection system has been returned to service.

FIVE YEAR INSPECTION: INTERNAL

INSPECTION

It is recommended that the following inspections of Internal Inspection should be performed every five years by a qualified

Inspection Service, unless inspections and tests indicate more frequent internal inspections are required.

STEP 1 Notify the proper authorities and all personnel who may be affected when the test is to be performed. Consideration should be given to employment of a fire patrol in the affected areas.

STEP 2 Close the water supply main control valve, placing the system out of service.

STEP 3 Open the main drain. If necessary, open the system test valve (the end-of-line Inspector’s Test Connection) to vent and completely drain the system.

STEP 4 Use appropriate wrench to loosen and remove the Cover Plate Bolt, and remove Cover/ Clapper assembly.

STEP 5 Inspect the Seat Ring. Wipe away all debris (contaminants, dirt and mineral deposits). Clean any orifices in the Seat Ring that are restricted or plugged by debris. DO NOT USE SOLVENTS OR ABRASIVES.

STEP 6 Inspect the Cover/Clapper assembly and Cover Plate Gasket. Test Clapper for freedom of movement. Renew or replace damaged or worn parts as required.

CAUTION

Never apply any lubricant to seats, gaskets or any internal operating parts of the valve. Petroleum- based grease or oil will damage rubber components and may prevent proper operation.

STEP 7 When Internal Inspection of the Alarm Check Valve is complete, reinstall Cover/Clapper Assembly.

STEP 8 Place the wet system back in service, Refer to Service Setting section.

MAINTENANCE OPERATION: SPRINKLER

SYSTEM DRAIN DOWN

Draining the sprinkler system must be done in accordance with the following procedure:

STEP 1 Close the water supply main control valve, if this has not already been done.

STEP 2 Open the remote cross main or branch line vent connection (Ref. Step 9 in Installation

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section).

STEP 3 Open the Main Drain Valve. Check first to see that the drainage water discharge will not cause damage or result in dangerous conditions.

STEP 4 Wait until the Supply Pressure Gauge reads zero pressure and the sound of draining water has stopped before performing any maintenance work on the fire protection system.

MAINTENANCE OPERATION: REMOVE AND

REINSTALL COVER/CLAPPER ASSEMBLY

Removing and reinstall the Cover/Clapper Assembly must be done in accordance with the following operation:

To remove the Clapper Seal: Use the appropriate wrench to loosen and remove the Clapper Screw, and Clapper Seal Retainer. Remove the Clapper Seal for inspection. If the Clapper Seal shows signs of wear such as cracking, cuts or excessively deep grooves where the Seal contacts the Seat Ring, replace the Clapper Seal.

To reinstall the Clapper Seal: Place Clapper Seal over the center of the Clapper Seal Retainer. Position the Retainer (with Seal in place) against Clapper. Replace and tighten the Clapper Screw. DO NOT OVERTIGHTEN.

To remove the Clapper and/or the Clapper Shaft: Remove Clapper Bushing to free the Clapper Shaft for removal. Then the Clapper can be removed.

To reinstall Cover/Clapper assembly (the Cover Plate, the Clapper, the Clapper Bushing and the Clapper Shaft): Verify that the Clapper Seal and the Cover Plate Gasket are in position and that them are in good condition. Slide the Cover/Clapper assembly into the Alarm Check Valve so that the Clapper Seal contacts the Seal Ring. Adjust Clapper Bushing; insert the Clapper Shaft through the holes. Continue to push the Clapper Shaft through the holes of another Clapper Bushing, adjust Bushings in position. Replace the Cover Plate Bolt. Use the appropriate wrench to evenly cross-tighten all Bolts with a torque of 18 to 20 ft·lbs (24.4 to 27.1 N·m). DO NOT OVER TIGHTEN.

MALFUNCTION CORRECTED: LEAKAGE

FROM ALARM DRAIN

Follow the steps indicated below until water ceases to flow from the alarm line drain. Check for the discontinuation of the leakage after each step is complete.

STEP 1 Open the Main Drain Valve. Let the water flow for about 5 seconds and then close the Main Drain Valve. This should flush any loose debris that may have become trapped between the Clapper and the Seat Ring or in the seating area of the Drain Valve.

STEP 2 Repeat Step 1 if the rate of continued flow out of the drain was noticeably reduced.

STEP 3 Open the Alarm Test Valve and allow water to flow for about 5 seconds before re-closing the valve. This should flush any loose debris that may have become trapped in the seating area of the Alarm Test Valve.

STEP 4 Repeat Step 3 if the rate of continued flow out of the drain was noticeably reduced.

STEP 5 Determine whether the water is flowing from the alarm port or past the Alarm Test Valve. If the leakage is past the Alarm Test Valve, close the water supply main control valve, and then repair or replace the Alarm Test Valve as necessary.

STEP 6 If it appears that the leakage noted in Step 5 is from the alarm port, drain the system. After the system has been drained, remove the Cover/Clapper Assembly.

STEP 7 Using a light, check for and remove any debris that may have become lodged within the Seat Ring groove. Inspect the Seat Ring seat for any damage. If the Seat Ring has become dented across the seat then the Alarm Check Valve will have to be replaced. It is impractical to re-face a Seat Ring in the field.

STEP 8 Check for and remove any debris that may have become lodged in the Clapper. If a minor imperfection remains in the Clapper, then turn it over after thoroughly cleaning both surfaces with a clean cloth. Replace the Clapper if necessary. Be sure to securely re-tighten the Clapper Screw for the Clapper Seal.

STEP 9 Replace the Cover/Clapper Assembly. Return the Alarm Check Valve to operation in accordance with the steps described in the Service Setting section.

MALFUNCTION CORRECTED: CLOGGED

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ALARM LINE DRAIN

If water either does not flow or only dribbles out of the alarm line drain during an alarm test, then it is likely that the Restricted Orifice has become clogged.

NOTES

A clogged alarm line drain will increase the possibility of a false alarm in the case of a variable pressure system.

Remove the Drain Restriction (in the Retard Chamber) and clean it by back flushing. Reinstall the Drain Restriction in the Retard Chamber and reassemble the alarm line.

MALFUNCTION CORRECTED: LOSS OF

EXCESS SYSTEM PRESSURE

In the case of a variable pressure system, the System Pressure Gauge should normally indicate a pressure greater than that shown by the Supply Pressure Gauge. Also, the value should be close to that of the peak supply pressure that has occurred after the system was placed in service.

NOTES

Loss of excess system pressure will increase the possibility of a false alarm in the case of a variable pressure system.

Follow the procedure indicated below to correct a loss of excess system pressure condition.

STEP 1 Check for signs of continued leakage from the alarm line drain. If rust stains and/or water deposits indicate that continued leakage has been taking place, take corrective action according to the Malfunction Corrected: Leakage From Alarm Drain in Care and Maintenance section.

STEP 2 If there is no signs of continued leakage from the alarm line drain, close the water supply main control valve, slowly open the union in the bypass line. Check for leakage past the Bypass Check Valve. If there is leakage, debris may have become lodged between its clapper and seat. Drain the system in accordance with the prescribed procedure and then clean or replace the Bypass Check Valve as required. Then reassemble the bypass line, and return the fire protection system.

STEP 3 If there are no signs of leakage past

either the Alarm Check Valve Clapper or the Bypass Check Valve, inspect the sprinkler system for leakage.

MALFUNCTION CORRECTED: EXCESS

PRESSURE DUE TO THERMAL EXPANSION

Wet pipe sprinkler systems subject to ambient temperatures in excess of 100°F/38°C can cause significant increases in system pressure due to the thermal expansion of the water. In particular, a gridded wet-pipe system with a relatively small air pocket and no relief valve can be subjected to an increase of more than 100 psi (6.9 bar), due to an increase in ambient temperature of about 50°F/28°C.

As necessary, install a pressure relief valve, in accordance with the requirements of the authority having jurisdiction, to automatically relieve the excess pressure that could otherwise be created in wet-pipe systems that are exposed to significant increases in ambient temperature.

MALFUNCTION CORRECTED: FALSE

ALARMS

If repeated false alarms occur in a variable pressure system:.

STEP 1 Check for and correct the cause of continued leakage out the alarm line drain.

STEP 2 Check for and clean a clogged alarm line drain.

STEP 3 Check for and correct the cause of a loss in excess system pressure.

STEP 4 Drain the sprinkler system and refill it in accordance with the steps described in the Service Setting section.

MALFUNCTION CORRECTED:

INTERMITTENT ALARMS

If the Pressure Alarm Switch gives a steady signal, but the Water Motor Alarm generates an intermittent alarm, check for binding in the Water Motor Alarm drive shaft.

If the Water Motor Alarm and/or the Pressure Alarm Switch provide an intermittent alarm, it is likely the consequence of an excessive amount of air being trapped within the sprinkler system. Drain down the sprinkler system and refill it in

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accordance with the steps described in the Service Setting section.

A discontinuance of an alarm may also be caused by the Clapper closing due to a sudden drop in supply pressure or the shut-off of a pump in the supply line. These types of problems can only be corrected by maintaining a steady supply pressure.


A Product Symbol Number (PSN) shall be specified when ordering the products.


STANDARD ORDER NX009 VALVES:

Standard NX009 Alarm Check Valve Specify: (specify size inch) Model NX009 Alarm Check Valve with (specify connection style), PSN (specify as follows).

PSN 0111 1 X1 X2 0

X1 Alarm Check Valve Size 4 100 6 150

X2 Alarm Check Valve Connection Style 3 Flange X Flange 7 Groove X Groove

STANDARD ORDER NX009 VALVE TRIM:

Standard NX009 Alarm Check Valve Trim Specify: Vertical, Opened Drain Galvanized Trim for (specify size inch) (specify connection style) Model NX009 Alarm Check Valve, PSN (specify as follows).

PSN 0115 1 X1 X2 1

X1 Alarm Check Valve Size 4 100 6 150

X2 Alarm Check Valve Connection Style 3 Flange X Flange 7 Groove X Groove

ACCESSORIES:

Order the following accessories, as applicable: Model NX015 Retard Chamber (required for variable pressure water supply conditions) with NPT connection style:

····························PSN 0191 1100 Model NX015 Retard Chamber (required for variable pressure water supply conditions) with ISO Thread connection style:

····························PSN 0191 1200 Model NX010 Water Motor Alarm (required for a mechanical water flow alarm) with NPT3/4 Alarm Line Inlet and NPT1 Drain Outlet:

····························PSN 0121 1100 Model NX010 Water Motor Alarm (required for a mechanical water flow alarm) with Rc3/4 Alarm Line Inlet and Rc1 Drain Outlet:

····························PSN 0121 1200

CONVERSION TABLE

Name of Unit Unit

Symbol Conversion

Factor Millimeter mm 1 in.=25.4 mm Square meter m2 1 ft2=0.0929 m2 Liter L 1 gal=3.785 L Cubic decimeter dm3 1 gal=3.785 dm3 Cubic meter m3 1 ft3=0.0283 m3 Kilogram kg 1 lb=16 ozs.=0.4536 kg

Kilograms per cubic meter

Kg/m3 1 lb/ft3=16.0183kg/m3


! WARNING

This product must be installed by an experienced, trained installer, in accordance with the instructions provided with each valve. These instructions contain important information. Failure to follow these instructions may result in serious personal injury, property damage, or valve leakage. We reserve the right to change product specifications, designs and standard equipment without notice and without incurring obligations. If you have any questions about the safe installation and use of this device, contact Smoothflo Australia

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Water Motor Alarm TECHNICAL DATA

TD01211

PIN: NX010

201007.2nd Edition


WWaatteerr MMoottoorr AAllaarrmm MODEL: NX010 GGEENNEERRAALL DDEESSCCRRIIPPTTIIOONN

Model NX010 Water Motor Alarm is a mechanical device actuated by a flow of water. It is designed to sound a continuous alarm while a sprinkler system operates. Model NX010 Water Motor Alarm can be used in conjunction with Waterflow Detecting Valves such as alarm check valves, dry pipe valves, deluge valves, and preaction valves to sound a local alarm. And an alarm is required component of every sprinkler system having more than 20 sprinklers.

Model NX010 Water Motor Alarm is suitable for mounting to any type of rigid wall and can accommodate a wall thickness range of 2 to 18 inches (50 to 450 mm).

Model NX010 Water Motor Alarm utilizes a lightweight impeller design that can produce a high sound pressure level. The Gong, Gong Support, and Water Motor House are made from corrosion resistant aluminum alloys. The polymer Drive Shaft Coupling does not require lubrication, and the Gong is closely fitted to the Gong Support to eliminate the need for a separate cover.

TTEECCHHNNIICCAALL SSPPEECCIIFFIICCAATTIIOONNSS

Model NX010

Working Water Pressure Range

5 to 175 psig∕0.035 to 1.2 MPa (0.35 to 12 bar)

Shipping Weight 11 lbs∕5 kg Alarm Line Inlet NPT3/4 or Rc3/4*

Drain Outlet NPT1 or Rc1

Required AccessoriesY-Strainer: 3/4”, 20 mesh

screen Listings and Approvals UL (United States) *The pipe threads connections accord with ISO7/1.

SOUND PRESSURE LEVELS

Model NX010 Water Motor Alarm can produce a distinctive sound at all working water pressure range.

Typical sound pressure levels that can be transmitted by the NX010 Water Motor Alarm are illustrated in Figure 1.

OOPPEERRAATTIIOONN

When a Waterflow Detecting Valve, such as alarm check, dry pipe, deluge and preaction valve, is activated, water flows from the alarm outlet of the Waterflow Detecting Device, through the 3/4’’ (20 mm) Strainer and alarm line piping, into the Alarm Line Inlet of the Water Motor. From the inlet, the water flows through an Orifice that restricts the flow into a pressurized stream directed onto the Impeller. The water stream impinges on the Impeller and turns the Impeller and Drive Shaft, causing the Striker Arm to rotate. With each rotation, the free-swinging Striker hits the Gong, producing a continuous alarm. After passing through the Water Motor, the water is discharged through a 1’’ (25 mm) Drain Outlet in the bottom of the Impeller House. The discharged water must be piped through the wall to atmosphere or to a suitable open drain. A minimum of 5 psig (0.035 MPa) is requires at the Orifice to cause a continuous alarm. The Water Motor Alarm produces the required sound pressure levels output.


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201007.2nd Edition


The alarm will sound as long as water is flowing into the system, and may be silenced by closing the alarm control valve provided in the trim of the Waterflow Detecting Valve.

The Water Motor Alarm does not have to be reset after an operation. However, if the alarm was silenced during operation, the alarm control valve must be reopened after the fire protection system is restored to service.

10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 17070

75

80

85

90

95

100

105

110

NO

MIN

AL

SO

UN

D P

RE

SS

UR

E (

dBA

)

INLET PRESSURE IN POUNDS PER SQUARE INCH (PSI)

INLET PRESSURE IN BAR (BAR) (1 PSI = 0.06895 BAR)

1.0 2.0 3.0 4.0 8.07.05.0 6.0 10.0 11.0 12.09.0

10 ft (3 m)

20 ft (6 m)

40 ft (12 m)

NOTES: 1. Test performed with background sound pressure level of 55 dBA.

2. Model NX010 Water Motor Alarm was mounted 10 feet (3 m) above ground level on 8 inch (200 mm) thick concrete block wall. 3. The microphone is to be located at a distance of 10 feet (3 m), 20 feet (6 m) and 40 feet (12 m) from the Gong and positioned to receive the maximum sound level produced by the device.

Figure 1: Typical Sound Pressure Levels In Front Of Model NX010 Water Motor Alarm

PPRROODDUUCCTT DDEESSCCRRIIPPTTIIOONN

LISTED

ER MOTOR ALARM

R

1" Drain Outlet

1

2

3

4

6 87 11109 12 13 1415

1819

22

20

21

1617

23

3/4" AlarmLine Inlet

InletOrifice

5

Figure 2: Model NX010 Water Motor Alarm Assembly

PARTS


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201007.2nd Edition


No. Part Name Qty. Part No. Material Remarks

1 House 1 0121 1100 0001 Cast Aluminum: A13600 2 Cover Plate Gasket 1 0121 1100 0002 Cellulose∕Chloroprene 3 Cover Plate 1 0121 1100 0003 Aluminum: 2017 4 Impeller 1 0121 1100 0004 Delrin 5 Round-Head Screw 6 M5X10 Steel, Zinc Plated

6 Drive Shaft Sleeve 1 0121 1100 0005 3/4” Pipe, Galvanized Steel Specify Length Adept Wall Thickness

7 Support Washer 1 0121 1100 0006 Galvanized Steel: G10080

8 Drive Shaft 1 0121 1100 0007 Aluminum: 2017 Specify Length Adept Wall Thickness

9 Closure Plate 1 0121 1100 0008 Galvanized Steel: G10080 Order Separately 10 Drive Shaft Coupling 1 0121 1100 0009 Lubricomp 189 Ryton 11 Cotter Pin 2 2X12 Steel, Zinc Plated 12 Striker 2 0121 1100 0010 Canvas Phenolic 13 Striker Pin 2 0121 1100 0011 Aluminum: 2017 14 Striker Arm 1 0121 1100 0012 Aluminum: 2017 15 Flat Washer 1 8 S302 16 Hex-Head Bolt 1 M8X12 Steel, Zinc Plated 17 Sleeve Coupling 1 0121 1100 0013 Brass: C37710 18 Coupling Spacer 1 0121 1100 0014 Lubricomp 189 Ryton 19 Gong Support 1 0121 1100 0015 Cast Aluminum: A13600 20 Set Bolt Washer 1 0121 1100 0017 Lubricomp 189 Ryton 21 Set Bolt 1 0121 1100 0018 Steel, Chrome Plated 22 Gong 1 0121 1100 0016 Aluminum: 2017 23 Sump Plug 1 0121 1100 0019 Brass: C37710

13

1210 11

14

1615

1817

8

6

Figure 3: Cross-section View of Striker

FEATURES

1. The Water Motor Alarm package includes a Drive Shaft 20-1/16” (510 mm) long for walls 18” (458 mm). A special Drive Shaft length is

available for other thickness of walls.

2. The Water Motor Alarm package includes a Drive Shaft Sleeve 18-9/16” (471.5 mm) long for walls 18” (458 mm). A special Drive Shaft Sleeve length is available for other thickness of walls.

3. The package includes the required 3/4” Strainer for installation on the alarm line.

OPTIONAL ACCESSORIES

ORDER SEPARATELY

□□ Closure Plate The Closure Plate is required when the Model NX010 Water Motor Alarm Gong is mounted on an irregularly surfaced wall. It serves to prevent birds from entering the inside of the Gong. The Closure Plate also serves as a mounting plate for sheet metal walls.


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201007.2nd Edition


TTRRIIMM DDEESSCCRRIIPPTTIIOONN

LISTED

WATER MOTOR ALARM

R

8"

(20

4 m

m)

2-1

/4"

(57

mm

)

10"

(2 5

4 m

m)

MI N

IMU

M

2-5/8" (67 mm)

2-5/8"(67 mm)

1-5/8"(41 mm)

1-3

/ 16"

(30

mm

)

2" (50 mm) MINIMUM18" (450 mm) MAXIMUM

3-1/4"(83 mm)

3/4" Alarm Line Inlet

1" Drain Outlet

Clean-outSump Plug

1'

2'

3' 4' 5'

6'7'

8'

9'

10'

7'

11'

7' 12'

14'

5-3/

1 6"

(13

2 m

m)

4-5/8" (118 mm)

Pipe to atmosphereor suitable opendrain.

Lacate Strainer as close aspossible to the WaterflowDetecting Valve.

or retard chamberSupply from trim

of WaterflowDetecting Valve

13'

NOTES: 1. All installation dimensions are shown at nominal value. All dimensions are in inches and (mm).

2. All trim components are galvanized. 3. Pipe shown in dashed is not included with the standard package of Water Motor Alarm.

Figure 4: Typical Trim Installation of Model NX010 Water Motor Alarm BILL OF MATERIALS

No. Description Qty. Remarks No. Description Qty. Remarks

1’ Nipple 1” 1 Galvanized Steel or Brass Pipe

8’ Nipple ¾” 1 Galvanized Steel

2’ 90° Elbow 1” 1 Galvanized Steel 9’ Union ¾” 1 Galvanized Steel 3’ Nipple 1” 1 Galvanized Steel Pipe 10’ Nipple ¾” 1 Galvanized Steel 4’ Wall Plate 1 Galvanized Steel 11’ Nipple ¾” 1 Galvanized Steel 5’ 45° Elbow 1” 1 Galvanized Steel 12’ Nipple ¾” 1 Galvanized Steel

6’ Nipple ¾” 1 Galvanized Steel or Brass Pipe

13’ Y-Strainer ¾” 1 20 mesh screen NPT Thread PSN 0121 1100 01 ISO Thread PSN 0121 1200 01

7’ 90° Elbow ¾” 3 Galvanized Steel 14’ Nipple ¾” 1 Galvanized Steel


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PIN: NX010

201007.2nd Edition


DDEESSIIGGNN CCRRIITTEERRIIAA

The Model NX010 Water Motor Alarm must be used in accordance with the following design criteria:

1. The Y-Strainer is to be located at the alarm outlet of the Waterflow Detecting Valve trim, as close as possible to the alarm outlet of the valve being monitored for water flow (or outlet of the retard chamber if used). The location must be easily accessible for cleaning.

2. The Water Motor Alarm must only be mounted to a rigid wall surface, which will not permit the Striker∕Gong Support to loosen and fall out of alignment.

3. In order to obtain the highest possible sound level, the Water Motor Alarm should be located as close as possible to the Waterflow Detecting Valve. However, any distance and elevation may be used provided that the minimum desired residual pressure, ref. Figure 1, is provided at the inlet to the water motor. The location must be easily accessible for clearing.

4. The alarm line piping from the alarm outlet of the Waterflow Detecting Valve trim to the Water Motor Alarm must be 3/4” size throughout and it must be galvanized steel, brass, or other suitable corrosion resistant material.

5. The alarm line piping must be positioned such that it can be drained back to the Waterflow Detecting Valve trim.

6. The Pipe Plug is to be located vertically below the Alarm Line Inlet to the Water Motor Alarm. It is used for cleaning out all debris (contaminants, dirt and mineral deposits).

7. Piping from the Water Motor Drain Outlet must be a minimum of 1” in size throughout and directed to an open drain, in order to ensure proper drainage for obtaining the maximum sound pressure level.

NOTES

The Water Motor Alarm Drain may be connected to the main drain of a Waterflow Detecting Valve if a non-spring loaded swing type check valve is installed in a horizontal portion of the Water Motor Alarm drain piping (before its connection to the main drain).

8. In order to minimize the staining which can be created by drain water, it is recommended that the drain piping from the Water Motor be galvanized steel, brass or other suitable corrosion resistant material.

9. Drain water must be directed such that there will be no accidental damage to property or danger to persons when the alarm is operating or thereafter.

10. The alarm line drain (at the Waterflow Detecting Valve) must be maintained at a minimum temperature of 40°F∕4°C.

11. A single Water Motor Alarm may be connected to the alarm lines from a maximum of three separate fire protection systems. However, when two or three alarm lines are interconnected, each alarm line must be provided with a 3/4” Y-Strainer and a 3/4” Check Valve with 3/32” orifice. The strainers must be located at the alarm outlet in the trim of each of the Waterflow Detecting Valves. The check valves must be located between each strainer and the interconnection with the alarm line from another system.


WARNING

Model NX010 Water Motor Alarms described herein must be installed and maintained in compliance with this document, as well as with the applicable standards of the NFPA, in addition to the standards of any other authorities having jurisdictions. Failure to do so may impair the integrity of these devices.


1. Mark the through-wall locations for the centerlines of the Drive Shaft Sleeve and Drain Outlet. The Drain Outlet must be located at least 10” (254 mm) below the Drive Shaft Sleeve, see Figure 4.

2. Cut 1-1/2” (38 mm) (1-7/16”(36.5 mm)


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PIN: NX010

201007.2nd Edition


minimum to 1-5/8”(41.3 mm) maximum) diameter hole in the building wall at both locations to accommodate the 3/4”(20 mm) galvanized spacer pipe. The hole through the wall must be level or pitched slightly downward toward the Water Motor.

3. Measure the wall thickness.

4. Cut the non-threaded end of the Drive Shaft Sleeve to a length equal to that of the wall thickness plus 9/16”(14.3 mm). Thread the cut end.

5. Cut the Drive Shaft to a length equal to the wall thickness plus 2-1/16”(52.8 mm). File off all burrs from the cut end of the Drive Shaft and insert the Drive Shaft into the hole of the Drive Shaft Coupling.

6. Slide the Drive Shaft Sleeve over the Drive Shaft and thread the end of the Drive Shaft Sleeve into the Sleeve Coupling.

7. Slide the Closure Plate (if used), over the end of the Drive Shaft Sleeve, up to the back of the Gong.

8. Position the Gong Support assembly on the exterior wall surface by sliding the free threaded end of the Drive Shaft Sleeve into the hole from outside the building.

9. On the inside surface of the wall, slide the Support Washer provided, over the threaded end of the Drive Shaft Sleeve.

10. Remove the plastic thread protectors from the threaded openings in the Houser of the Water Motor (if had).

11. Attach the Water Motor assembly by threading the House onto the threaded end of the Drive Shaft Sleeve. Then the Drive Shaft slide into position of Impeller as the House is threaded onto the Drive Shaft Sleeve. Tighten the threaded into the House hand tight plus 1/8 turn. When the assembly is properly tightened, the Water Motor should be positioned with the 1” (25 mm) Drain Outlet facing downward and the 3/4” (20 mm) Alarm Line Inlet horizontal. See Figures 4.

NOTES

Use pipe thread sealant sparingly on male threads only.

12. Remove the Gong and rotate the Strikers by hand and verify that them rotate freely

(without any sign of binding). If not, make the necessary adjustments. Then reinstall the Gong.

13. With galvanized, brass or other approved corrosion resistant piping, not less than 3/4” (20 mm) diameter, connect the water motor inlet to the alarm outlet of the Waterflow Detecting Valve. A 3/4” (20 mm) Strainer (included) is required on the alarm line as close as possible to the alarm outlet of the Waterflow Detecting Valve or inlet of the retard chamber if used. The location must be easily accessible for cleaning.

14. The drain outlet of the impeller House must discharge to an open drain. Care shall be taken to keep the drain line clean at all times.

NOTES

A water motor drain line that has too many fittings, and∕or has a very short length of pipe between the 1”(25 mm) outlet and the first elbow in the water motor drain pipe, and∕or is very long, may result in slow drainage and reduced water motor speed. This condition can be corrected by increasing the drain pipe diameter, increasing the length of pipe to the first elbow, and∕or pitching the pipe toward the discharge location.

15. Test the Water Motor Alarm by opening the alarm test valve in the trim of the Waterflow Detecting Valve. The alarm must be clear and steady. If not, make the necessary adjustments.

NOTES

Testing of the Water Motor Alarm may result in operation of other associated alarms. Thus, notification must be given to the owner and the fire department, central control station, or other signal station to which the alarms are connected.

MMAAIINNTTEENNAANNCCEE

The owner is responsible for the inspection, testing, and maintenance of their fire protection system and devices in compliance with this document, as well as with the applicable standards of the NFPA, in addition to the standards of any authority having jurisdiction. The installing contractor or manufacturer should be contacted relative to any questions.


TD01211

PIN: NX010

201007.2nd Edition


It is recommended that Water Motor Alarm be inspected, tested, and maintained by a qualified Inspection Service.

The Model NX010 Water Motor Alarm does not require any regularly scheduled maintenance. Rotating parts do not require lubrication. For minimum maintenance and inspection requirements, refer to the NFPA that describes care and maintenance of sprinkler systems. In addition, the Authority Having Jurisdiction may have additional maintenance, testing and inspection requirements that must be followed. ANY IMPAIRMENT MUST BE IMMEDIATELY CORRECTED.

It is recommended that Water Motor Alarm be periodically operated. At regular intervals, examine and test the Water Motor to ensure that the Inlet Orifice, drain line and Sump are clean and free of obstruction, and that the alarm functions properly. Also, at regular intervals and before disassembly of the Water Motor, clean and inspect the Alarm Line Strainer located at the alarm outlet of the Waterflow Detecting Valve, or the outlet of the retard chamber if used.

NOTES

Testing of the Water Motor Alarm may result in operation of other associated alarms. Thus, notification must be given to the owner and the fire department, central control station, or other signal station to which the alarms are connected.

If the alarm was silenced during operation, the alarm control valve must be reopened immediately after the fire protection system is restored to service.

The inspection should be made quarterly or more frequently, as may be necessary in the case of locations subject to vandalism. The Y-Strainer and Sump are to be cleaned out after each operation of the Water Motor Alarm and after the alarm line piping has been drained.

If necessary, the Water Motor Alarm should be disassembled for maintenance. Before proceeding with disassembly of the Water Motor Alarm, notify the Authority Having Jurisdiction and occupants of the area covered by the system affected. Take all appropriate precautions. THE WATER MOTOR ALARM WILL BE DISABLED DURING DISASSEMBLY.

WATER MOTOR DISASSEMBLY

1. Isolate the Water Motor Alarm by closing the alarm line valve in the trim of the Waterflow Detecting Valve (Refer to appropriate technical data for the system used).

2. Remove the Sump Plug.

3. Remove all Round-Head Screws (M5X10), from the water motor Cover Plate.

4. Separate the Cover Plate and the Cover Plate Gasket from the House.

5. Remove the Impeller. Inspect and if necessary, carefully clean the Inlet Orifice in the House, with a wire or pipe cleaner brush. Flush the Inlet Orifice way and drain line with water or compressed air.

WATER MOTOR RE-ASSEMBLY

1. Reinstall the Sump Plug.

2. Reinstall the Impeller.

3. Replace Cover Plate Gasket, and attach Cover Plate, by using Round-Head Screws (M5X10).

4. Open the alarm line valve.

5. Test the Water Motor Alarm.

6. When test is complete and Water Motor Alarm operation is satisfactory, place the alarm line valve in the proper ”alarm” position. Reset and return the affected systems to service.


A Product Symbol Number (PSN) shall be specified when ordering the products.


STANDARD ORDER NX010 WATER MOTOR ALARM:

Standard NX010 Water Motor Alarm Specify: Model NX010 Water Motor Alarm with (specify connection style), PSN (specify as follows).

PSN 0121 1 X1 00

X1 Connection Style

1 Alarm Line Inlet NPT3/4 Drain Outlet NPT1

2 Alarm Line Inlet Rc3/4 Drain Outlet Rc1


TD01211

PIN: NX010

201007.2nd Edition

Nwww.smoothflow.com.au Tel: 02-9605 2288 [email protected] Page 69

ACCESSORIES:

Order the following accessories, as applicable: Y-Strainer with NPT3/4 connection style (the standard package already includes a required 3/4” Y-Strainer)

····························PSN 0121 1100 01 Y-Strainer with Rc3/4 connection style (the standard package already includes a required 3/4” Y-Strainer)

····························PSN 0121 1200 01 Closure Plate (required for the Alarm Gong mounted on irregularly surfaced wall or sheet metal wall)

····························PSN 0121 1100 0008

CONVERSION TABLE

Name of Unit Unit

Symbol Conversion

Factor Millimeter mm 1 in.=25.4 mm Square meter m2 1 ft2=0.0929 m2 Liter L 1 gal=3.785 L Cubic decimeter dm3 1 gal=3.785 dm3 Cubic meter m3 1 ft3=0.0283 m3 Kilogram kg 1 lb=16 ozs.=0.4536 kgKilograms per

cubic meterKg/m3 1 lb/ft3=16.0183kg/m3


! WARNING

This product must be installed by an experienced, trained installer, in accordance with the instructions provided with each valve. These instructions contain important information. Failure to follow these instructions may result in serious personal injury, property damage, or valve leakage. We reserve the right to change product specifications, designs and standard equipment without notice and without incurring obligations. If you have any questions about the safe installation and use of this device, contact Nanjing Fire Protection Technology Co., Ltd. P.C.211112, 599 Zhushan Road, Jiangning District, Nanjing, R. P.China

LANDING VALVES SMOOTHFLOW AUSTRALIA

WWW.SMOOTHFLOW.COM.AU TEL: 02-9605 2288 [email protected] Page70

SPECIFICATIONS

Water Mark Certificate to: AS2419.2 Licence Number: WM-40158 Working Pressure: 1400KPA Body & Seal Test: 2700KPA Pressure Retention Test: 3200KPA

SMOOTHFLOW CODE MODEL SIZE H (mm) W (mm) INLET OUTLET

V-LV-65-NSW SFKX06-175N 65NB 238 175 65mm BSP / 3” GR

NSW THREAD

V-LV-65-STORZ SFKX06-175S 65NB 238 175 2.5” STORZ

CAPS FOR LANDING VALVES

STORZ cap NSW 5V cap QRT

BOOSTER HEAD SMOOTHFLOW AUSTRALIA


SPECIFICATIONS

Materials

All components: 304 Stainless steel Pressure Test

Working Pressure: 1400KPA Body: 2800KPA Seal Test: 2100KPA

CAPS FOR BOOSTER HEAD

NSW 5V QRT

Single Head Booster

80mm Grooved Connection

Dual Head Booster

Back connection, 100mm grooved

Dual Head Booster

Bottom connection, 100mm grooved

STORZ ADAPTOR SMOOTHFLOW AUSTRALIA


FORGED STORZ ADAPTORS FOR

Landing Valves And

Booster Heads

SPECIFICATIONS

DN65 Forged Material: Aluminium Alloy Rubber: EPDM

THREADS AVAILABLE:

Male thread Female thread NSW FBT CFA QRT SART

FIRE HOSE REELS FIXED & SWIVEL SMOOTHFLOW AUSTRALIA


Main Components Fixed Hose Reel Swivel Hose Reel

Hose - Length x Diameter 36m x19mm 36m x 19mm SAL-Global Approved To AS/NZS 1221 AS/NZS 1221 Min. Inlet Pressure 220Kpa, 0.45L/S, 220Kpa, 0.45L/S, Drum Side Plates Mild Steel/UV Polyester Coated Mild Steel/UV Polyester Coated Waterway Assembly Galvanised Mild Steel Galvanised Mild Steel

Ball Valve Assembly Brass Body/Zinc Plated Mild Steel Handle

Brass Body/Zinc Plated Mild Steel Handle

Nozzle Assembly Brass Brass Union Galvanised Malleable Iron Galvanised Malleable Iron Hose Guide Assembly Zinc Plated Mild Steel Zinc Plated Mild Steel Mounting Shoe Galvanised/Zinc Plated Mild Steel Galvanised/Zinc Plated Mild Steel Package Carton , 490 x 300 x 550 PRODUCT CODE HR36M19MM-F HR36M19MM-S

MAIN FEATURES Special ball valve shut off device to

ensure the max flow. Solid brass hose nozzle; Quick and easy installation

APPLICATION: The fire hose reels are suitable for fires of class A – paper, textile, wood, plastic and rubber.

205

278

46

0

460



CABINET FOR HOSE REEL --- FLAT PACK

CABINET FOR FIRE SPRINKLER CONTROL VALVE --- FLAT PACK

CABINET FOR FIRE SPRINKLER CONTROL VALVE --- FLAT PACK

Dimensions: 1000H x 760W x 380D Power Coated In Red Wall Mounted Freestanding

Dimensions: 785H x 560W x 300D Power Coated In Red Wall Mounted Only 003 Lock

Dimensions: 680H x 450W x 250D Power Coated In Red Wall Mounted Only 003 Lock

GALVANISED PIPES SMOOTHFLOW AUSTRALIA


LIGHT WALL PIPE – ROLL GROOVED SCH10 – HOT DIP GALVANISED

SPECIFICATIONS AND FEATURES

Schedule 10 Light wall Sprinkler Pipe meets or exceeds the following:

FM Certificate No: 0003049283 UL Certificate No: EX15475 Conforms to the Requirements of AS2419.1 & AS4118 Manufactured to ASTM A135, Grade A Roll Grooved on Both Ends

Nominal Size Nominal O.D (mm)

Nominal I.D (mm)

Nominal Wall (mm)

Nominal Weight (kg/m)

32NB 42.2 36.6 2.77 2.69

40NB 48.3 42.7 2.77 3.11

50NB 60.3 54.8 2.77 3.93

65NB 76.1 69.9 3.05 5.26

80NB 88.9 82.8 3.05 6.46

100NB 114.3 108.2 3.05 8.37

150NB 165.1 158.5 3.40 13.56

200NB 219.1 209.5 4.80 25.37

GALVANISED PIPES SMOOTHFLOW AUSTRALIA


MEDIUM PIPE – ROLL GROOVED SCH40 – HOT DIP GALVANISED


Schedule 40 Medium HDG Pipe meets or exceeds the following:

FM Certificate No: 0003049283

UL Certificate No: EX15475

Conforms to the Requirements of AS1074, AS2419.1 & AS4118

Manufactured to ASTM A135, Grade A

Roll Grooved on Both Ends

Nominal Size Nominal O.D

(mm)

Nominal I.D

(mm)

Nominal Wall

(mm)

Nominal

Weight

(kg/m)

25NB 33.4 26.9 3.25 2.42

32NB 42.2 36.6 3.25 3.12

40NB 48.3 42.7 3.25 3.61

50NB 60.3 54.8 3.60 5.03

65NB 76.1 69.9 3.60 6.43

80NB 88.9 82.8 4.00 8.47

100NB 114.3 108.2 4.50 12.18

150NB 165.1 158.5 5.00 19.74

SPRINKLER PIPES SMOOTHFLOW AUSTRALIA


MEDIUM WALL PIPES FOR SPRINKLER SYSTEMS


Schedule 40 Medium Wall Sprinkler Pipe meets or exceeds the following:

FM Certificate No: 0003049283

UL Certificate No: EX15475

Conforms to the Requirements of AS1074, AS2419.1 & AS4118

Manufactured to ASTM A135, Grade A

Threaded on Both Ends for the sizes up to 50mm. plain ends for the size 65mm and above.

Nominal Size Nominal O.D

(mm)

Nominal I.D

(mm)

Nominal Wall

(mm)

Nominal

Weight

(kg/m)

25NB 33.4 26.9 3.25 2.42

32NB 42.2 36.6 3.25 3.12

40NB 48.3 42.7 3.25 3.69

50NB 60.3 54.8 3.60 5.03

65NB 76.1 69.9 3.60 6.44

80NB 88.9 82.8 4.00 8.47

100NB 114.3 108.2 4.50 12.18

150NB 165.1 158.5 5.00 19.74

625

50

50

8mm BSP Femalelength: 10 -20mm

20mm BSP Femalelength 10 - 20mm

88.9mm RG

88.9mm RG

114.3mm RG

114.3mm RG 114.30

275

2

50 1

25

137

.50

625

Fabrication Pipe for Hydrant Booster Assembly100NB.Connection for Booster Check Valve

DWG-PI-100-625-B-G

1/12/2013

PIPE: 100MMBRANCH FOR BOOSTER HEAD: 80CONNECTION FOR TAP: 20MM BSPCONNECTION: 8MM FOR PRESSURE GAUGE

MILD STEEL

HDG

WEIGHT:

A4

SHEET 1 OF 1SCALE:1:5

DWG NO.

TITLE:

REVISIONDO NOT SCALE DRAWING

MATERIAL:

DATESIGNATURENAME

DEBUR AND BREAK SHARP EDGES

FINISH:UNLESS OTHERWISE SPECIFIED:DIMENSIONS ARE IN MILLIMETERSSURFACE FINISH:TOLERANCES: LINEAR: ANGULAR:

Q.A

MFG

APPV'D

CHK'D

DRAWN

SMOOTHFLOW AUSTRALIA

SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Page 78

50

114.3mm RG

88.9mm RG

88.9mm RG

114.3mm RG

275

2

50

625

Fabrication Pipe for Hydrant Booster Assembly100NB.Connection for Landing Valve

DWG-PI-100-625-LV-G

1/12/2013

MILD STEEL

HDG

WEIGHT:

A4


DWG NO.

TITLE:


MATERIAL:

DATESIGNATURENAME



Q.A

MFG

APPV'D

CHK'D

DRAWN


SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Page 79

575

107

2 x GR 89mm

8mm BSP

275

287

.50

150

20mm BSP

2 x GR114mm

100mm pipe fabrication. used for booster connection

DWG-PI-100-575-B

MILD STEEL

HDG

3/1/2014

WEIGHT:

Title

PROPRIETARY AND CONFIDENTIALTHE INFORMATION CONTAINED IN THISDRAWING IS THE SOLE PROPERTY OF<INSERT COMPANY NAME HERE>. ANY REPRODUCTION IN PART OR AS A WHOLEWITHOUT THE WRITTEN PERMISSION OF<INSERT COMPANY NAME HERE> IS PROHIBITED.

COMMENTS:

SHEET 1 OF 1

Q.A.

MFG APPR.

ENG APPR.

CHECKED

DRAWN

DATENAMEDIMENSIONS ARE IN INCHESTOLERANCES:FRACTIONALANGULAR: MACH BEND TWO PLACE DECIMAL THREE PLACE DECIMAL

NEXT ASSY USED ON

APPLICATION DO NOT SCALE DRAWING

FINISH

MATERIAL

REV.

ADWG. NO.SIZE

SCALE:1:5

SMOOTHFLOW AUSTRALIA KEVIN ZHENG

SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Page 80

100

0

15

B

B

215

18 x 8

178

C

SECTION B-B SCALE 1 : 5

114.30 ±0.50

8.7

4 ±0

.50

15.

88 ±

0.50

110.08 --0.050.40

DETAIL C SCALE 1 : 2

100mm 沟槽连接

SMOOTHFLOW AUSTRALIAPIPE WELDED WITH FLANGE (T/E) FOR HRDRANT RISER

DWG-PI-R-1000

31/7/2014Kevin

MILD STEEL

HOT DIP GALVANIZED

法兰焊接在钢管上：钢管厚度： >=5mm1.法兰厚度： 15mm2.试压： 16KG3.热镀锌4.

WEIGHT: SHEET 1 OF 1SCALE:1:1

DWG NO.

TITLE:


MATERIAL:

DATESIGNATURENAME



Q.A

MFG

APPV'D

CHK'D

DRAWN

SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Kevin

Text Box

Page 81

15

120

0

D

D

215

18 x 8

178

E

SECTION D-D SCALE 1 : 6

114.30 ±0.50

110.08 --0.050.40

8.7

4 ±0

.50

15.

88 ±

0.50

DETAIL E SCALE 2 : 5

100mm 沟槽连接


DWG-PI-R-1200

31/7/2014Kevin

MILD STEEL

HOT DIP GALVANIZED



DWG NO.

TITLE:


MATERIAL:

DATESIGNATURENAME



Q.A

MFG

APPV'D

CHK'D

DRAWN

SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Page 82

15

140

0

F

F

215

18 x 8

178

G

SECTION F-F SCALE 1 : 7

114.30 ±0.50

110.08 --0.050.40

15.

88 ±

0.50

8.7

4 ±0

.50

DETAIL G SCALE 1 : 2

100mm 沟槽连接


DWG-PI-R-1400

31/7/2014Kevin

MILD STEEL

HOT DIP GALVANIZED



DWG NO.

TITLE:


MATERIAL:

DATESIGNATURENAME



Q.A

MFG

APPV'D

CHK'D

DRAWN

SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Page 83

260

625

125

275

412

B B

20mm BSP

4 x 80mm GR

150mm GR

8mm BSP

165.1mm GR

69.0

3

45.8

3

60° 34.

64 1

53.79

40


150mm Pipe

80mm Pipe

Pipe fabrication.150mm NB. 4 Booster Head

DWG-PI-B-150-625mild Steel Pipe

Kevin 16/3/2014

WEIGHT:

A4


DWG NO.

TITLE:


MATERIAL:

DATESIGNATURENAME



Q.A

MFG

APPV'D

CHK'D

DRAWN


SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Page 84

165.10

A A

4 x 80mm GR

150mm GR

150mm GR

625

260

2

75

B

B

133

SECTION A-A SCALE 1 : 2

88

.90



150mm pipe fabrication for hydrant booster.4 landing valves will be connected on

DWG-PI-LV-150-625mild steel pipe

HDG


DWG NO.

TITLE:


MATERIAL:

DATESIGNATURENAME



Q.A

MFG

APPV'D

CHK'D

DRAWN

SMOOTHFLOW

AUSTRALIA

Kevin

Text Box

Page 85

PRODUCTS FOR BUILDING SERVICES SMOOTHFLOW AUSTRALIA

[email protected] www.smoothflow.com.au Tel: 02-9605 22 Page 86

COMBINED SUCTION / BOOSTER ASSEMBLY C/W DDCV BACKFLOW PREVENTION

SIZE Description

100 NB 2 point suction / booster assembly



COMBINED SUCTION/BOOSTER ASSEMBLIES

SIZE Description




200, 250 and 300mm suction / booster assemblies are also available. Comply to AS2419.1



TWIN HYDRANT

RISER ASSEMBLY

VERTICAL HYDRANT BOOSTER ASSEMBLIES

TO CUSTOMER DESIGN

SIZE Description




SPRINKLER BOOSTER HYDRANT BOOSTER



BULL HEAD TEE 100 X 80 Grooved

END-RUN 100 x 80 Grooved

REDUCING TEE 100 X 80 Grooved

LANDING VALVE BOOSTER CONNECTION

GROOVED COUPLINGS ELBOWS AND OTHER GROOVED FITTINGS



GALVANISED PIPES WITH GROOVED ENDS

PIPE CUTTING AND GROOVING SERVICES

PEAR HANGERS SMOOTHFLOW AUSTRALIA

www.smoothflow.com.au Tel: 02-9605 2288 [email protected] page 90

ADJUSTABLE BAND PEAR HANGER

Size Range: 15mm to 200mm

Material: Pre-Galvanised Steel

Approval: UL/cUL

Finish: Pre-Galvanised

SmoothFlow Code Pipe Size (NB) H (mm) A (mm) W (mm) D (mm) Thickness Max. Rec.

Load (Kg) PEARH015 15mm (1/2”) 70 59 20 10 1.2 130

PEARH020 20mm (3/4”) 70 56 20 10 1.2 130

PEARH025 25mm (1”) 76 59 20 10 1.2 130

PEARH032 32mm (1-1/4”) 86 64 20 12 1.2 130

PEARH040 40mm (1-1/2”) 90 65 20 12 1.2 130

PEARH050 50mm (2”) 96 65 20 12 1.2 130

PEARH065 65mm (2-1/2”) 136 88 22 14 2.0 230

PEARH080 80mm (3”) 148 102 22 14 2.0 230

PEARH100 100mm (4”) 181 123 30 14 3.0 400

PEARH125 125mm (5”) 215 143 30 17.5 3.0 400

PEARH150 150mm (6”) 251 166 30 17.5 3.0 400

PEARH200 200mm (8”) 300 189 30 17.5 3.0 400

THREAD RODS, NUTS AND FLAT WASHERS

Zinc Plated

SmoothFlow Code Product Name Size Length (mm) Note

TROD08

Thread Rod

8mm 2000 TROD10 10mm 2000 TROD12 12mm 2000 TROD16 16mm 2000 NUT08

Nuts

8mm 14mm spanner NUT10 10mm 17mm spanner NUT12 12mm 19mm spanner NUT16 16mm 24mm spanner

WASH08

Flat Washer

8mm OD: 16mm WASH10 10mm OD: 20mm WASH12 12mm OD: 24mm WASH16 16mm OD: 30mm

PEAR HANGERS SMOOTHFLOW AUSTRALIA

www.smoothflow.com.au Tel: 02-9605 2288 [email protected] page 91

STRUT PIPE CLAMP Material: Steel Size:15mm(1/2”) - 200mm (8”) Electro-Zinc Plated Four Piece Design Quick Installation

SmoothFlow

Code Pipe Size Max Rec. Load (Kg) Bolts Gauge

SC015 15mm (1/2”) 175 M6 x 30 16 SC020 20mm (3/4”) 250 M6 x 30 14 SC025 25mm (1”) 250 M6 x 30 14 SC032 32mm (1-1/4”) 250 M6 x 30 14 SC040 40mm (1-1/2”) 250 M6 x 30 14 SC050 50mm (2”) 250 M6 x 30 14 SC065 65mm (2-1/2”) 350 M6 x 30 12 SC080 80mm (3”) 350 M6 x 30 12 SC100 100mm (4”) 350 M8 x 30 12 SC125 125mm (5”) 350 M8 x 30 12 SC150 150mm (6”) 350 M8 x 30 12 SC200 200mm (8”) 350 M8 x 30 12

UNISTRUT CHANNEL STEEL

Slotted Pre-galvanised 2.5mm thick material Length: 10’ (3048mm) SmoothFlow Code: STRUT4141 & STRUT4121

SPRING NUTS

Used on Unistrut Channel Steel Pre-galvanised Sizes from 8mm to 16mm. SmoothFlow Code: S-NUT08 to S-NUT16

ANGLE STEEL 30x30x3

Slotted Pre-Galvanised 3mm Thick Material Length: 2m SmoothFlow Code: A-STEEL30303



PRESSURE GAUGE --- LIQUID FILLED

003 PADLOCK

DIAL: 100mm Stainless steel case, liquid filled Radial connection: ½” BSP Mark: from -100kpa to 3000kpa

DIAL: 63mm Stainless steel case, liquid filled Radial connection: ¼ ” BSP Mark: from 0kpa to 2000kpa

Dimensions: 30x28x13.5mm Shackle Diameter: 5mm Come with one key only

DIAL: 150mm Stainless steel case, liquid filled Radial connection: ½” BSP Mark: from -100kpa to 3000kpa

170

0

430

380

700

650

135

2

DWG-S-HRC-00

STAND ASSEMBLYFOR HOSE REEL CABINET

PAINTED

WEIGHT:

Title


COMMENTS:

SHEET 1 OF 1

Q.A.

MFG APPR.

ENG APPR.

CHECKED

DRAWN


NEXT ASSY USED ON


FINISH

MATERIAL

REV.

ADWG. NO.SIZE

SCALE:1:20


Kevin

Text Box

Page 93

171

0

141

8

268

10

128

64

120

120

16 x4

STAND FOR HOSE REELDRILLING SUITS SMOOTHFLOW BRAND.

DWG-HR-S-01STEEL FABRICATION

POWER COATINGRAL 3000 SIGNAL RED

1/2/2014

WEIGHT:

Title


COMMENTS:

SHEET 1 OF 1

Q.A.

MFG APPR.

ENG APPR.

CHECKED

DRAWN


NEXT ASSY USED ON


FINISH

MATERIAL

REV.

ADWG. NO.SIZE

SCALE:1:20


Kevin

Text Box

Page 94

WET ALARM VALVE SMOOTHFLOW AUSTRALIA


The pumps and pumping stations

and oil separators for building

service:

Please refer to separate brochures

for details.

PACKAGED SOLUTIONS FOR FIRE PROTECTION, PLUMBING AND BUILDINGS……

smoothflow hydrant products… · 8 galvanised malleable fittings 24-33 ... valves smoothflow...

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