tyco catalogue net

TYCENMECH 05/09 Tyco reserves the right to change the contents without notice

Miscellaneous

Miscellaneous


Grooved Butterfly ValveThe uniqueness of the grooved valve begins with the spherical bore of the disc seat area which facilitates a constant disc to seat loading that maintains a leak-tight stem seal regardless of disc position. Because seal force is constant throughout the full disc cycle, operating torques are kept low thus increasing valve life. The grooved butterfly valve

is the grooved end valve with the lowest pressure loss. This is accomplished by combining the best features of ball valve and butterfly designs. Utilizing the spherical bore of a ball valve design enables the use of a thin profile disc with much narrower leading edges which, while providing a bubble tight seal affords the advantage of minimal flow turbulence through the

valve. This reduces pressure lossand allows more precise flow control over a wider range of flow conditions and disc positions. Also designed with the contractor in mind, the valve body is a rugged one-piece casting with integral mounting base for either manual operated or remote controlled actuation while providing room for vital pipe system insulation.

Miscellaneous, Valves

Fmax


Material SpecificationBody:Ductile iron ASTM A-395

Disc:Ductile iron / EPDM coating

Control shaft:Stainless Steel AISI-420

Spindle:Stainless Steel AISI-420

Bushing:PTFE bronze sintered on steel

Retainer plug:Plated steel ASTM A-283 Gr B

O-ring:Nitrile NBR.

Locking ring:Spring steel.

TFS&BP Article

Number * (including switches)

Nominal Size

Pipe OD

Max. Wk Pressure

A B C E F G K M N P ØV Approx. Weight

mmmm

barinches psi mm mm mm mm mm mm mm mm mm mm mm kg

Miscellaneous, Valves, Butterfly Valves, UL / FM / VdS / LPCB Approved

FIG. 39109S

* = for valves without switch replace SC by S.

Option: Silicon free valves for automotive industry. Because of the special grease, the agency approvals do not apply.

General notes: It is the Designer’s responsibility to select products suitable for the intended service and to ensure that pressure ratings and performance data is not exceeded. Always read and understand the installation constructions. Never remove any piping components nor correct or modify any piping deficiencies without first depressurizing and draining the system. Material and seat selection should be verified to be compatible for the specific application.

Note: recommended for mounting with Grinnell Rigid couplings maximum working temperature is 80°C

Fmax








O-ring:Nitrile NBR.



TFS&BP Article

Number (including switches)

Nominal Size

Pipe OD

Max. Wk Pressure


mmmm


Miscellaneous, Valves, Butterfly Valves, APSAD Approved

FIG. 39109A


Miscellaneous, Valves, Butterfly ValvesUL / FM Approved

E

F

150

60127 A

TFS&BPArticle Number

(includingSwitches)

NominalSize

mmInches

PipeOD

mm

Max. WkPressure

BarPsi

A

mm

B

mm

C

mm

D

mm

E

mm

F

mm

H

mm

ApproxWeight

Kg

59300F025N

59300F076N

59300F030N

59300F040N

59300F165N

59300F060N

59300F080N

59300F100N

652 1/2

65 2 1/2

80 3

1004

1506

1506

2008

25010

73.0

76.1

88.9

114.3

165.1

168.3

219.1

273.0

20.730020.730020.730020.730020.730020.730020.730012.1175

98

98

98

116

149

149

134

160

297

297

311

354

440

440

489

638

83

83

90

110

151

151

174

233

138

138

144

167

212

212

236

292

152

152

152

152

152

152

152

229

198

198

198

198

198

198

198

195

0

0

0

0

17

17

149

188

10.0

10.0

10.4

12.7

18.6

18.6

24.1

40.0 5

Note: recommended for mounting with Grinnell Rigid couplingsmaximum working temperature is 80°C

General notes: It is the Designer’s responsibility to select products suitable for the intended service and to ensure that pressure ratingsand performance data is not exceeded. Always read and understand the installation constructions. Never remove anypiping components nor correct or modify any piping deficiencies without first depressurizing and draining the system.Material and seat selection should be verified to be compatible for the specific application.


Body coating: Polyamide

Disc:Ductile iron conforming to ASTM A-395

Disc seal: Grade EPDM “E” Encapsulated rubber to ASTM D-200

Upper & lower stem: Stainless Steel type 416 conforming to ASTM 582

Lower Plug: PVC

TYCENMECH-05/09 Tyco reserves the right to change the contents without 5.004

BFV‐N


Body Coating:Polyamide

Disc:Ductile iron ASTM A-536

Disc seal:Grade EPDM “E” Encapsulated rubber to ASTM D-200

Upper & lower stem:Stainless Steel 416 to ASTM 582

Lower Plug:PVC


TFS&BP Article

Number (including switches)

Nominal Size

Pipe OD Max. Wk Pressure

A B C E F G H Approx. Weight

mmmm

barinches psi mm mm mm mm mm mm mm kg

Miscellaneous, Valves, Butterfly Valves UL/FM approved

BFV-N


59300F025N

65

2 1/2 73.020.7

30098 297 83 138 152 198 0 10.0

59300F076N

65

2 1/2 76.120.7

30098 297 83 138 152 198 0 10.0

59300F030N80

388.9

20.7

30098 311 90 144 152 198 0 10.4

59300F040N100

4114.3

20.7

300116 354 110 167 152 198 0 12.7

59300F165N150

6165.1

20.7

300149 440 151 212 152 198 17 18.6

59300F060N150

6168.3

20.7

300149 440 151 212 152 198 17 18.6

59300F080N200

8219.1

20.7

300134 489 174 236 152 198 149 24.1

59300F100N250

10273.0

12.1

175160 638 233 292 229 195 188 40.0


5








O-ring:Nitrile NBR.


Option: Silicon free valves for automotive industry. Because of the special grease, the agency approvals do not apply.


TFS&BP Article

Number

Nominal Size

Pipe OD

Max. Working Pressure

A B C D E F Lever Type Approx. Weight

mmmm

barinches psi mm mm mm mm mm mm kg

FIG. 39101

Miscellaneous, Valves, Butterfly Valves, Lever Operated for Potable Water Applications



TFS&BP Article

Number

Nominal Size

Pipe OD



mmmm


FIG. 39101N

Miscellaneous, Valves, Butterfly Valves, Lever Operated with Nitrile Disc



Disc:Ductile iron / Nitrile NBR





O-ring:Nitrile NBR.



5








O-ring:Nitrile NBR.



TFS&BP Article

Number

Nominal Size

Pipe OD Max. Wk. Pressure


mmmm


FIG. 39107

Miscellaneous, Valves, Butterfly Valves, Gear Operated for PotableWater Applications


TFS&BP Article

Number

Nominal Size

Pipe OD



mmmm


FIG. 39101HV

Miscellaneous, Valves, Butterfly Valves, 10 position handlever operated for HVAC applications

Note: maximum working temperature 110°C (230°F), recommended for mounting with Grinnell Rigid Couplings.General notes: It is the Designer’s responsibility to select products suitable for the intended service and to ensure that pressure

ratings and performance data is not exceeded. Always read and understand the installation constructions. Never remove any piping components nor correct or modify any piping deficiencies without first depressurizing and draining the system. Material and seat selection should be verified to be compatible for the specific application.

Material SpecificationBody:Ductile iron ASTM A-395Disc:Ductile iron / EPDM coating

Control shaft:Stainless Steel AISI-420Spindle:Stainless Steel AISI-420

Retainer plug:Plated steel ASTM A-283 Gr BO-ring:EPDM

Flow Characteristics Kv values in L/min for Fig. 39109, 39101 and 39107 butterfly valves

DN Size OD 20° 30° 40° 50° 60° 70° 80° 90°


5


TFS&BP Article

Number

Nominal Size

Pipe OD Max. Working Pressure

A B C D E F J Approx. Weight

mmmm

barinches psi mm mm mm mm mm mm mm kg

Miscellaneous, Valves, Check Valves

Detail Part Part Qty.1 Body Ductile Iron 12 Cap Ductile Iron 13 Gasket Synthetic Fiber 14 Hex Cap Screw Steel, Zinc Plated AR5 Clapper Stainless Steel or Ductile Iron 16 Seal Facing EPDM Grade “E” 17 Spring Stainless Steel 18 Hinge Shaft Stainless Steel 19 Retaining Ring Stainless Steel AR

10 Washer Teflon 211 Retention Bolt Stainless Steel 112 Seal Ring Neoprene 113 Retaining Disc Stainless Steel 114 Locknut Stainless Steel 115 Plug-1/2”-14 NPT Cast Iron 216 Adhesive Thread Sealer AR17 Nameplate Aluminium 118 Rivet Steel 219 Spacer Stainless Steel 1

FIG. CV-1

SEE DETAIL B

SEE VIEW A

VIEW A

DETAIL B

Miscellaneous, Valves, Check Valves

Model CV-1 pressure loss data

FLOW RATE IN LITRES PER MINUTES (LPM)(1 GPM = 3,785 LPM)

2-1/

2 IN

CH (D

N65

)3

INCH

(DN

80)

4 IN

CH (D

N100

)

5 IN

CH (D

N125

)6

INCH

(DN1

50)

8 IN

CH (D

N20

0)

10 IN

CH (D

N25

0)

FLOW RATE IN GALLONS PER MINUTE (GPM)

NO

MIN

AL

PRES

SURE

DRO

P IN

PO

UN

DS

PER

SQU

ARE

INC

H (p

si)

NO

MIN

AL

PRES

SURE

DRO

P IN

bar

(1 p

si =

0,0

6895

bar

)


** Cv values are for flow or water at +20° C (+68° F)


Material SpecificationBody:Ductile iron conforming to ASTM A-536, Grade 65-45-12. Colour: RedStrainer Basket:Stainless steel 304 bar and woven wire screen. Mesh sizes; 1,6 mm in sizes 2” through 3”; 3,2 mm in sizes4” through 12”. For other mesh sizes contact Grinnell.

Access Coupling & End Cap: Ductile iron conforming to ASTM A-536, Grade 65-45-12.Bolts/Nuts:Heat treated, oval-neck track head bolts and heavy hex nuts conforming to ASTM A-183 with a minimum tensile 110,000 psi. Zinc electroplated as standard.Coupling Gasket:Grade E EPDM (Designed in

accordance with ASTM D-2000). Service temperature -40°C to +110°C (-40°F to +230°F). Recommended for water services, dilute acids, alkalies, oil free air and many chemical services. NOT FOR USE IN PETROLEUM SERVICES.Other gasket materials on request.Drain Plug:Carbon steel according ANSI B-16.11.

* Maximum working pressure is based upon the performance capability of the Grinnell WYE-Strainer. Maximum system working pressure is dependant upon the rigid couplings used for installation and the pressure capacity of the system components.

General notes: It is the Designer’s responsibility to select products suitable for the intended service and to ensure that pressure ratings and performance data is not exceeded. Always read and understand the installation constructions. Never remove any piping components nor correct or modify any piping deficiencies without first depressurizing and draining the system. Material should be verified to be compatible for the specific application.

TFS&BP Article

Number

Nominal Size Pipe OD Max. Working Pressure

A B Drain Plug Size Cv Values** Approx. Weight

mmmm

barinches psi mm mm inch NPT L/min kg

Miscellaneous, Strainers, WYE-Strainer

FIG. 760

TFS&BP Article

Number

Nominal Size


A B C D Approx. Weight

mmmm

barinches psi mm mm mm mm kg

FIG. 835

Miscellaneous, Ball Valves, Grooved End Valve with Lever Handle

FLOW RATE IN LITRES PER MINUTES (LPM)(1 GPM = 3,785 LPM)

2-1/

2 IN

CH (D

N65

)

3 IN

CH (D

N80

)

4 IN

CH (D

N100

)

2 IN

CH (D

N50

)

6 IN

CH (D

N150

)

FLOW RATE IN GALLONS PER MINUTE (GPM)

TEMPERATURE (ºC)

NO

MIN

AL

PRES

SURE

DRO

P IN

PO

UN

DS

PER

SQU

ARE

INC

H (p

si)

PRES

SURE

(bar

)

NO

MIN

AL

PRES

SURE

DRO

P IN

bar

(1 p

si =

0,0

6895

bar

)

Model BV835 grooved end ball valve pressure loss data Performance

Material SpecificationBody:Ductile iron conforming to ASTM A-536, Grade 65-45-12

Body Coating: DBlack Enamel

Ball:304SS

Ball Seal:Teflon

Upper Stem:Carbon Steel Nickel Plated

Operator:Lever with locking device


Dimension tableGRV-PN16 Nominal Size Pipe OD Max. WK

PressureL CL1 CL2 Turns to open Approx.

Weightmm

mmbar

inches psi mm mm mm mm kg

Shut Off Valves, Gate Valves, Outside Screw &Yoke

Parts list

Nr. Description Material

1 Wedge, Rubber Encapsulated Ductile Iron EN-GJS-450-102 Wedge Nut Copper Alloy CW602N-H0703 Stem Pin Stainless Steel 1.40344 Sealing Gasket EPDM5 Sealing O Rings NBR6 Stem Guide Copper Alloy CW602N-H0707 Stem Gland NBR8 Compression Washer Stainless Steel 1.40349 Top Gland Ductile Iron EN-GJS-450-10

10 Bearings Copper Alloy CW602N-H07011 Top Nut Copper Alloy CW602N-H07012 Hand Wheel Ductile Iron EN-GJS-450-1013 Yoke Ductile Iron EN-GJS-450-1014 Stem Stainless Steel 1.403415 Gland Stud Carbon Steel16 Gland Nut Carbon Steel17 Gland Washers Carbon Steel18 Bonnet Casting Ductile Iron EN-GJS-450-1019 Screw Grouting Activated resin20 Bonnet Screws Carbon Steel21 Body Casting Ductile Iron EN-GJS-450-10

MODEL TMRT FLANGE-GROOVE

Technical data

Size range Max. test pressure Manufacturing Standard

DN50-DN300 (2”-12”) 24 bar (type tested to 80 bar) AWWA C606/FM



PressureL CL1 CL2 Turns to open Approx.

Weightmm

mmbar

inches psi mm mm mm mm kg

Shut Off Valves, Gate Valves, Outside Screw &Yoke

Parts list


1 Wedge, Rubber Encapsulated Ductile Iron EN-GJS-450-102 Wedge Nut Copper Alloy CW602N-H0703 Stem Pin Stainless Steel 1.40344 Sealing Gasket EPDM5 Sealing O Rings NBR6 Stem Guide Copper Alloy CW602N-H0707 Stem Gland NBR8 Compression Washer Stainless Steel 1.40349 Top Gland Ductile Iron EN-GJS-450-10

10 Bearings Copper Alloy CW602N-H07011 Top Nut Copper Alloy CW602N-H07012 Hand Wheel Ductile Iron EN-GJS-450-1013 Yoke Ductile Iron EN-GJS-450-1014 Stem Stainless Steel 1.403415 Gland Stud Carbon Steel16 Gland Nut Carbon Steel17 Gland Washers Carbon Steel18 Bonnet Casting Ductile Iron EN-GJS-450-1019 Screw Grouting Activated resin20 Bonnet Screws Carbon Steel21 Body Casting Ductile Iron EN-GJS-450-10

MODEL TMRG GROOVE-GROOVE

Technical data

Size range Manufacturing Standard

DN50-DN300 (2”-12”) AWWA C606/FM



PressureØ (DN) Face to face (L) Centre heigth (CL) Approx.

Weightmm

mmbar

inches psi mm mm mm kg

Shut Off Valves, Gate Valves, Non Rising Stem

Parts list


1 Screw Carbon Steel2 Hand Wheel Ductile Iron EN-GJS-450-103 Dust Guard NBR4 Sealing O Rings NBR5 Bush Plastic6 Cover Ductile Iron EN-GJS-450-107 Sealing O Ring NBR8 Cover Screw Carbon Steel9 Fix Washer Copper Alloy CW602N-H070

10 Sealing O Rings NBR11 Screw Grouting Activated Resin12 Bonnet Ductile Iron EN-GJS-450-1013 Sealing Gasket EPDM14 Bonnet Screw Carbon Steel15 Stem Stainless Steel 1.403416 Wedge Nut Copper Alloy CW602N-H07017 Wedge ,Rubber Encapsulated Ductile Iron EN-GJS-450-1018 Body Ductile Iron EN-GJS-450-1019 Switch Bracket Stainless Steel 1.403420 Bolt Carbon Steel21 Switch Flake Stainless Steel 1.403422 Signal Nut Copper Alloy CW602N-H07023 Screw Carbon Steel24 Signal Pointer Aluminium25 Signal Cover Plastic26 Bolt Carbon Steel27 Microswitch AO Zippy28 Signal Line Rubber-in-sulated copper wire

MODEL TMCT FLANGE-GROOVE

Technical data


DN50-DN300 (2”-12”) AWWA C606/FM


Shut Off Valves, Gate Valves, Non Rising Stem

MODEL TMCG GROOVE-GROOVE


PressureØ (DN) Face to face (L) Centre heigth (CL) Approx.

Weightmm

mmbar

inches psi mm mm mm kg

Parts list


1 Screw Carbon Steel2 Hand Wheel Ductile Iron EN-GJS-450-103 Dust Guard NBR4 Sealing O Rings NBR5 Bush Plastic6 Cover Ductile Iron EN-GJS-450-107 Sealing O Ring NBR8 Cover Screw Carbon Steel9 Fix Washer Copper Alloy CW602N-H070

10 Sealing O Rings NBR11 Screw Grouting Activated Resin12 Bonnet Ductile Iron EN-GJS-450-1013 Sealing Gasket EPDM14 Bonnet Screw Carbon Steel15 Stem Stainless Steel 1.403416 Wedge Nut Copper Alloy CW602N-H07017 Wedge ,Rubber Encapsulated Ductile Iron EN-GJS-450-1018 Body Ductile Iron EN-GJS-450-1019 Switch Bracket Stainless Steel 1.403420 Bolt Carbon Steel21 Switch Flake Stainless Steel 1.403422 Signal Nut Copper Alloy CW602N-H07023 Screw Carbon Steel24 Signal Pointer Aluminium25 Signal Cover Plastic26 Bolt Carbon Steel27 Microswitch AO Zippy28 Signal Line Rubber-in-sulated copper wire

Technical data


DN50-DN300 (2”-12”) AWWA C606/FM



Miscellaneous, Flow Meters, ButtWeld / Grooved Ends

TFS&BP Article

Number

Nominal Size


Pump Capacity Flow Range A Required straight pipe length

Approx. Weight

mmmm

bar Before Afterinches psi (gpm) l/min gpm mm mm mm kg

FIG.VENTURI

Metal Identification Tag

GERAND

Note: End Connections: provided with butt weld and grooved ends Gauge: 114 mm (41/2”) dual scale LPM/GPM Body material: Steel Approval: FM



Material SpecificationBody:Cast Iron BS1452 Grade 260

Bonnet:AMETAL

Restriction Cone:AMETAL

Spindle:AMETAL

Seat Seal:Cone with EPDM ring

Bonnet Bolts:Chromed steel

Miscellaneous, Balancing Valves for HVAC Applications

TFS&BP Article

Number Painted


A B KvS* Approx. Weight

mmmm

barinches psi mm mm kg

FIG. STAG

*KvS = m3/h at a pressure drop of 1 bar and fully open valve.



Material SpecificationBody:Carbon steel - ST 38.8

Bellow:Stainless Steel

Miscellaneous, Expansion Joints

TFS&BP Article

Number Painted


A B Rated Movement∆L

Spring Rate Approx. Weight

mmmm

barinches psi mm mm mm N/mm kg

FIG. RXAG

Note: recommended for mounting with Grinnell Rigid couplings



Material SpecificationBellow:Stainless steel AISI 321/Ws No 1.4541

Pipe ends:Carbon steel - ST 35.8

Internal sleeve:Stainless steel AISI 304/Ws No 1.4301


TFS&BP Article

NumberPainted




mmmm


FIG. ALG




Material SpecificationBellow:Stainless steel AISI 321/Ws No 1.4541

Pipe ends:Carbon steel - ST 35.8


TFS&BP Article

Number




mmmm


FIG. ANS




Material SpecificationBellow:EPDM with Nylon ropes

Coupling:Galvanized carbon steel - ST 35.8

Miscellaneous, ISO R7Threaded Rubber Bellows

TFS&BP Article

Number


A Axial Movement∆L

Lateral Movement∆L

Max. Deflection

Approx. Weight

mmmm

barinches psi mm mm mm kg

FIG. FTU

Note: max. working temperature: +90° C maximum vacuüm: 405 mm Hg



Reaction force: FSF rubber expansion joints

Flange:Galvanized carbon steel - ST 35.8, with hardened steel flange ring.

Bellow:EPDM, nylon re-inforced.

Miscellaneous, Flanged Rubber Bellows

TFS&BP Article

Number

Nominal Size Max. Working Pressure

A Axial Movement∆L

Lateral Movement∆L

Max. Deflection Approx. Weight

mm barinches psi mm mm mm kg

Material Specification

Note: max. working temperature: +104°C maximum vacuum: 400 mm Hg

FIG. FSF

kg

bar

838383858585929292959595

103103103110110110

------

Contact Tyco

-------


Material SpecificationTube:BS1449 Part 2 (1983) 321S31 or 316S11, EN 10088-2 1.4541 or 14401 Monel 400 nickel alloy or bronze

Disc:304 or BS154 (1990) 304S31 or 316S19

Shaft:Carbon Steel

Miscellaneous, Flexible Hoses (1)

Specifically designed to meet the requirements of ISO 10380 flexibility class 1.

Applications: Static installations (connect pipework out of –alignment)Occasional flexing –Constant flexing –Vibration (high frequency, low amplitude –movement - compressor or pump)

TFS&BP Article

Number

ISO 10380 Hose Type Max. OD Bend Radius Maximum Pressure Conn. Fitting

Approx. Weight

Static Flexing Working Test Burst LengthDN PN mm mm mm bar bar bar mm kg/m

FIG. UFBX

Double braided UFBX2

Unbraided UFBX0

Single braided UFBX1

Note: The values given above are for factory braided and assembled units and are given as an aid to hose selection. For unbraided apllications or if the hose is to form an assembly used at the extreme of one or more of the characteristics below, please discuss the application with our application engineering department.


Pred = Pmax. * ft * fdynRdyn. = Rb /2,98 (1.09 + ft * fdyn + 1/ ft + 1/ fdyn)L_nom = √(n * R_dyn * M) + 2 l

Pred = Pmax. * ft * fdyn

Rdyn. = Rb /2,98 (1.09 + ft * fdyn + 1/ ft + 1/ fdyn)

Lnom = X + �*Rdyn + M/2 + 2 l

M

L

R

MM

L

RC

5.025

R

M

L

5



Lnom = X + � * Rdyn + M/2 + 2 lC = (L - �*Rdyn) / 2 + Rdyn - l

Reduction factor for increased temperaturesWorking

Temperature

ºC

Material

1.4541

Material

1.4404

1.457120 1,00 1,0050 0,94 0,96

100 0,89 0,88150 0,83 0,80200 0,79 0,74250 0,74 0,70300 0,71 0,64350 0,69 0,62400 0,66 0,60450 0,65 0,58500 0,63 0,57550 0,63 0,56600 0,65 -

Correction factors for dynamic demandMotion

Flow

Without

vibrationLow vibration

Strong

vibrationStationary or slow uniform

flow1,00 0,80 0,40

Pulsating and swelling flow 0,80 0,64 0,32

Rhythmic and

discontinuous flow0,40 0,32 0,16

Lnom

= Nominal length (mm)P

red = Minimum bend radius (table page 5.024)

R0

= minimum bend radiusM = Movement (mm)π = 3,142X = Extra non-flexed length of hose (see table)f

t= Temperature reduction factor (see table)

fdyn

= Dynamic reduction factor (see table)I = Length of connection fitting (see table 5.024)

Extra non-flexed length

DN 25 32 40 50 65 80 100-250

X 150 175 200 250 275 300 Contact Tyco

Vertical loop - Vertical travel

Offset or lateral movement

Vertical loop - Horizontal travel


Miscellaneous, Flexible Hoses (2)

ConstructionThe hoses are annularly corrugated formed from butt weld rigid tube. Depending on the application, required working pressure and conditions of operation, a single or double layer of wire braid is applied externally to the hose restrain to it, increasing its ability to withstand the pressure, increasing hoop strength and protection from abra- sion. The extent of braiding, gauge and angle of lay are calculated carefully to maximize performance.

Pressure LossTo achieve the same pressure loss as in steel pipes, the diameter of the corrugated hose should be increased by 15%.

Shock pressurepulsating, surge of shock pressures considerably affect hose longevity and if encountered, peak pressure must not exceed 50% of the maximum working pressure.

Design and Installation ConsiderationsFlexing is usually in accordance with one or a combination of the types of motion shown below. The formula given are provide to help determine the length of hose required to prevent flexing below the minimum bend radius, thereby ensuring maximum reliability.

DesignAvoid sharp bends and torsional twisting. Keep flexing in one plane.

Pred = Pmax. * ft * fdynRdyn. = Rb /2,98 (1.09 + ft * fdyn + 1/ ft + 1/ fdyn)L_nom = √(n * R_dyn * M) + 2 l



Lnom = X + �*Rdyn + M/2 + 2 l

M

L

R

MM

L

RC

5.025

R

M

L

5



Lnom = X + � * Rdyn + M/2 + 2 lC = (L - �*Rdyn) / 2 + Rdyn - l

FAZ II 12/10

FAZ II 12/10

FAZ II 12/10

FAZ II 12/10

FAZ II 12/10

FAZ II 12/10

FAZ II 16/20

FAZ II 16/20

FAZ II 16/20

FAZ II 16/20

FAZ II 16/20

FAZ II 16/20

FAZ II 16/20

FAZ II 16/20

FAZ II 20/30

FAZ II 20/30

FAZ II 20/30

1771201 FAZ II 12/10

1771602 FAZ II 16/20

1772003 FAZ II 20/30


Miscellaneous, Fix Point

TFS&BP Article

NumberT < +120°C

TFS&BP Article

NumberT < +220°C

Nominal Size Fmax H W L B D1 Anchor SW T

mminches kN mm mm mm mm mm Type Qty Nm

Miscellaneous, FAZ Anchor

TFS&BP Article Number Type Approx. Weightkg

FIG. HERCULES

FIG. FAZ


Material SpecificationBody:Cast Iron Rilsan blue coatedCover:Cast Iron Rilsan blue coatedDiaphragm:Natural NR

Bolts, Nuts & Washers: Zinc Plated Steel Working Pressure:Up to 16 barWorking Temperature:-10°C to 80°C

Pilots & Control Accessories: Forged Brass with stainless Steel internalsPiping & Fitting:Parker tubing / Brass fitting

TFS&BP Article

Number

Nominal Size

Pipe OD Min. Inlet Pressure

Max. Inlet Pressure

Kv. factor (Open

Valve) RAF

Control Chamber Volume

L H B h Approx. Weight

mm

inches mm (bar) (bar) litres mm mm mm mm kg

Miscellaneous, RAF Control Valves

Hydraulic control valves type RAF are used for general water supply, HVAC, and irrigation systems. The RAF valves are made of only three parts, each one is made of durable materials. The inner flow passages are streamlined and coated with

low-fiction materials. This provides quiet flow in both directions, low head-loss and minimal wear.

RAF valves operate with a patented reinforced diaphragm which eliminates the need for

a retaining metal spring. The special elastic design enables gradual and precise opening or closing of the valve. By eliminating the metal spring, the RAF valve is virtually maintenance free

RAF (GLOBE)

Also available in sizes 73,0, 141,3 & 165,1 mm.



Material SpecificationBody:Cast Iron Rilsan blue coatedCover:Cast Iron Rilsan blue coatedDiaphragm:Natural NR

Bolts, Nuts & Washers: Zinc Plated SteelWorking Pressure:Up to 16 barWorking Temperature:-10°C to 80°C

Pilots & Control Accessories: Forged Brass with stainless Steel internalsPiping & Fitting:Parker tubing / Brass fitting

TFS&BP Article

Number

Nominal Size

Pipe OD Min. Inlet Pressure

Max. Inlet Pressure

Kv. factor (Open Valve) RAF-A

Control Chamber Volume

L H B h Approx. Weight

mminches mm (bar) (bar) litres mm mm mm mm kg


Flow Chart

RAF (ANGLE)

bar psi

Also available in sizes 73,0, 141,3 & 165,1 mm.General notes: It is the Designer’s responsibility to select products suitable for the intended service and to ensure that pressure

ratings and performance data is not exceeded. Always read and understand the installation constructions. Never remove any piping components nor correct or modify any piping deficiencies without first depressurizing and draining the system. Material should be verified to be compatible for the specific application.

5


TFS&BP Article

Number(Trim only)

Nominal Size

Description

mminches

DN Flow rate m³/h

mm inches Min. Max.

RAF62 RAF 60Green Green

Red Std. Yellow Blue Red Std. Yellow


Recommended Flow Spring Setup (in bar)

General Application two-way Pressure reducing valve with metal pilot with a built-in needle valve.

General Application two-way Pressure reducing valve with a high precision, quick response metal pilot.

RAF 60 and RAF 62 are piloted hydraulic valves activated by line pressure. The pilot valve has a spring-loaded membrane which is sensitive to downstream

pressure. The pilot’s spring is preset to a desirable reduced pressure. The pilot valve maintains a constant down-stream pressure by gradually opening

and closing of the main valve. The pressure is maintained constant regardless of changes in the flow rate.

RAF60/62



DN Flow rate m³/h

mm inches Min. Max.

RAF82 RAF 80Green Green

Red Std. Yellow Blue Red Std. Yellow

TFS&BP Article

Number (Trim only)

Nominal Size

Description

mminches


Recommended Flow Spring Setup (in bar)

General Application two-way Pressure sustaining/ relief valve with built-in needle valve

General Application two-way Pressure sustaining/ relief valve

RAF 80 and RAF82 are piloted hydraulic valves activated by line pressure. The pilot valve has a spring- loaded membrane which is exposed to the upstream

pressure. The valve is normally closed. Only when the line pressure rises above a preset point, the RAF 80/82 opens to relieve the excessive pressure

downstream without causing surge hazards. When the line pressure drops the RAF closes.

RAF80/82


Control Valve is normally closed Control Valve is normally open


DN Flow rate m³/h

mm inches Min. Intermittent

TFS&BP Article

Number (Trim only)

Nominal Size

Description

mminches


RAF 30 through RAF 33 valves are activated by line pressure. The valves open or close by electric command through a

selection of solenoid valves. The solenoid opens or closes the RAF as it is energized by an electric pulse. The electric pulse

that commands the valves is generated by a controller, timer, sensor or an electric control device.

Recommended Flow

RAF31 (3W N.C) - 3 way Normally Close electric valve.

RAF31 (3W N.C) - 3 way Normally Close electric valve.

RAF33 (3W N.O) - 3 way Normally Open electric valve.

RAF33 (3W N.O) - 3 way Normally Open electric valve.

RAF31/33



DN Flow rate m³/h

mm inches Min. Intermittent

TFS&BP Article

Number (Trim only)

Nominal Size

Description

mminches

RAF 13 is used to control the filling of water reservoirs and tanks. The RAF 13 is a non modulating service valve, operating as an on/off valve. The RAF valve is activated by the line pressure only and controlled by a float pilot. The valve will open at a low preset water level and close

at a preset high water level, which must be different than the opening [i.e. lower] level. The RAF 13 allows filling and draining of a reservoir or a water tank in a level range that can be easily changed. The RAF13 stays in its last position (fully open or fully closed) as long as the

water level is in between minimum and maximum preset levels.


Recommended Flow

RAF13



TFS&BP Article

Number

TRADITIONAL LUBRICANT

Approx. Weight

kg

TFS&BP Article

Number

QUICK DRY LUBRICANT

Approx. Weight

kg

Application Traditional Lubricant

Quick Dry Lubricant

GETL (Grinnell Extreme

Temperature Lubricant)

TFS&BP Article

Number

LUBRICANT FOR POTABLE WATER

Approx. Weight

kg

Gasket Size Traditional Lubricant

Quick Dry Lubricant

GETL (Grinnell Extreme

Temperature Lubricant)mm

inches

TFS&BP Article

Number

GETL LUBRICANT

Approx. Weight

kg

Miscellaneous, Lubricant

Fire Protection

Chilled Water

Heating

Compressed Air

Drainage

Sewage

Process < 66°C (150°F)

Process > 66°C (150°F)

70008B English Label 1,0

70009B German Label 1,0

70010B French Label 1,0

70011B Dutch Label 1,0

70013B Spanish Label 1,0

70015B Swedish Label 1,0

70008E English Label 0,5 VR69-252 With KTW certificate 1,0

70008E English Label 1,0

70009E German Label 1,0

70010E French Label 1,0

70011E Dutch Label 1,0

70013E Spanish Label 1,0

70015E Swedish Label 1,0

The below table will give an indication on the number of gaskets which can be lubricated with 1 kg lubricant

LUBRICANT

tyco catalogue net

Documents