Kennedy Valve

Company
A Division of McWANE, Inc

A TRADITION OF MORE THAN 125 YEARS:

Kennedy Valve Since 1877

Located in the bustling town of Elmira, New

York in USA, Kennedy Valve started in l877.
Recognized as one of the most experienced
manufacturers and suppliers of water works
products in the country, Kennedy does it
all. Our modern facilities and cutting edge
technologies have made us an economic,
environmental and community leader. From
state of the art environmental upgrades to
advanced training initiatives and community
out reach, we’re working everyday to make
sure that Kennedy is the best in the business.
Highlights

Daniel Kennedy starts making gate valves in a shop on Gold Street in lower Manhattan.
To provide larger manufacturing facilities, the plant is moved to Coxsackie, New York. The D.Kennedy firm
becomes the Kennedy Valve Manufacturing Co.
The Kennedy Valve business continues to develop rapidly and a larger, more modern plant is built on a 20- acre
site in Elmira, New York - now 52.59 acres.
Kennedy Valve expands with the addition of a brass foundry.
The plant receives three Maritime Commission awards to manufacture eight million valves for the Victory Fleet.

Manufacturing Plant
The factory is certified to the
ISO 9001 :2015 Quality Management
Systems standards. Kennedy Valve
received this certification from ULDQS,
an ANAB registrar. The plant is
committed to Quality, Innovation, Safety
and Environmental management
systems.

Environmental, Health & Safety policy

Compliance: We will manage our business activities to meet all government laws and regulations as well as internally
established environmental, health, and safety requirements. Our goal is 100% compliance, 100% of the time.
Protection: We will conduct our activities in a responsible manner to protect our employees, the public, and the
environment, and to minimize impacts from our operations.
Improvement: We will strive to continually improve our environmental, health, and safety performance.

Ductile Iron Valves and Hydrants

We believe that Ductile Cast Iron is the natural Green material for water transmission with 100% recyclable properties.
Kennedy valves and hydrants are considered as some of the most reliable and dependable products meeting the
following customer expectations:

Long service Life

Economical installed cost
Maintenance free operation
Excellent corrosion resistant FBE coating
Tight shut off

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 RESILIENT SEATED
GATE VALVES
KENNEDY SERIES 31 to IS/BS/EN/ISO Standards

Kennedy Gate Valves with their unique features have

been used in the water and fire protection industries
since 1877. Our Series 31 Gate valves conform to IS / BS /
EN / ISO standards and have been designed to maintain
the high quality and integrity of existing designs but
incorporates many superior features like unique integral
wedge nut and a maintenance free triple stem seal
design. It is NSF compliant for 60°C. Series 31 Gate Valves
are made in Ductile Iron body with wedges totally
encapsulated in Rubber, offering bubble tight shut off.
Valves are designed with smooth unobstructed flow
paths and are free of pockets, cavities and depressions in
the seat area.
Valves are suitable for water and neutral liquids to a
maximum temperature of 70° C.

GENERAL SPECIFICATIONS

Design & Test Standards: IS14846/BS5163/EN1171/ EN1074 - 1&2.

Type: Resilient Seated Ductile Iron Gate Valves Non Rising Stem.
Sizes: DN 50 - 800 Resilient Seated, and above up to 1800 mm Metal Seated Gate Valve are Available on Request.
Working Pressure: 10 Bar / 16 Bar / 25 Bar Available on Request.

MODELS FACE TO FACE FLANGES

311: Face to Face ISO 5752 Series 3 IS 14846 / BS 5163 / DIN 3202 - F4 / EN 1092-2, IS 1538 / IS 9523
314: Face to Face ISO 5752 Series 14 EN 558 / ISO 5752
315: Face to Face ISO 5752 Series 15

TEST PRESSURE COATING

EN 1074-1&2, IS 14846 Fusion bonded non-toxic epoxy coating NSF 61 / WRAS 300 micron
Seat Test : 1.1 x PN Bolts are sealed with hot melt
Body Test :1.5 x PN

MATERIAL SPECIFICATIONS

Body & Bonnet : Ductile Iron - GGG50 / GGG40 0 Rings : EPDM

Wedge : EPDM encapsulated Ductile Iron Thrust Collar : Copper Alloy, (Ph.Bronze)

Stem : Stainless Steel 316 & 420 Bonnet Gasket : EPDM

Wedge Nut : Copper Alloy, (Ph.Bronze) Stem Bearing : Polyamide Polymer

Bolt & Nuts : Stainless Steel A4 Coating : Fusion Bonded Epoxy 300 μm

EPDM Rubber with NSF 61 / WRAS approval suitable for potable water. Please check with us for other material combinations.

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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DIMENSIONS AND PART LIST - RS GATE VALVE SERIES 31

COMPONENTS LIST
1. Body
2. Bonnet
3. Wedge
4. Stem
5. Thrust Collar
6. Thrust Collar Nut
7. Gasket
8. Bush
9. Seal
10. End Seal
11. 0 Ring Stem
12. O Ring Bush
13. Socket Head
Cap Screw

DIMENSIONS (MM)

L WEIGHT APPROX. (KG.)

SIZE B C ØD ØE ØF G H I
DN MODEL MODEL MODEL (SQ) (SQ) MODEL MODEL MODEL
314 311 315 314 311 315

50 150 178 250 82.5 217 50 99 165 13.5 16 26.5 12 12 13

65 170 190 270 92.5 234 65 118 185 17 20 34 15 15 16

80 180 203 280 100 261 80 132 200 17 20 34 16 17 18

100 190 229 300 110 299 100 156 220 19 22 38 20 21 23

125 200 254 325 125 355 125 184 250 19 22 38 33 35 36

150 210 267 350 142.5 393 150 211 285 19 22 38 40 42 45

200 230 292 400 170 483 200 266 340 24 28 43 60 63 68

250 250 330 450 200 568 250 319 400 27 31 47 84 89 96

300 270 356 500 227.5 686 300 370 455 27 31 47 148 157 173

350 290 381 550 260 762 350 429 520 32 37 55 205 210 235

400 310 406 600 290 842 400 480 580 32 37 55 254 260 290

450 to 800 Resilient Seated, 700 to 1800mm Metals seated Available on Request.

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 CONCENTRIC
BUTTERFLY VALVE
KENNEDY SERIES 517 DN50 TO DN600 CBFV WAFER

Kennedy valves with its unique features have been used in water
and fire protection industry since 1877. Our Concentric Butterfly
Valve Series 517 conforms to EN / ISO / IS standards and has been
designed to maintain the high quality and integrity of existing
designs but incorporates many superior features. Concentric
Butterfly Valve Series 517 are made in cast ductile iron body.

Valves are suitable for water and neutral liquids to a maximum

temperature of 70°C.

GENERAL SPECIFICATIONS

Design & Test Standards: EN 593, IS 13095 Type: Resilient Seated Wafer (Seat on Body)
Sizes: DN50 – DN600
Working Pressure: 10 Bar / 16 Bar

MODELS FLANGE DRILLING TEST PRESSURE

517: Wafer Type ANSI B16.5 CLASS 125 & CLASS 150 EN 1074-1&2, EN 12266
527: Lug Type BS10 TABLE D & E Seat Test: 1.1 x PN
IS16392 PN1.0 & PN1.6 Body Test :1.5 x PN
FACE TO FACE
DIN2501 PN10 & PN16
EN 558 Series 20

COATING
Fusion bonded non-toxic epoxy coating NSF 61 / WRAS 300-micron Bolts are sealed with hot melt.

MATERIAL SPECIFICATIONS

Body: Ductile Iron - GGG50 / GGG40

Disc: Ductile Iron - GGG50 / GGG40 & CF8M, CF3M & NI. AL. Bronze

Shaft: SS316 / SS304

Seal: EPDM

Plain Bearing: PTFE filled SS316

Bolts & Nuts: Stainless Steel A4

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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DIMENSIONS AND PART LIST

COMPONENTS LIST
1. Body
2. Disc
3. Seal
4. Top Shaft
5. Bottom Shaft
6. O’Ring
7. Plain Bearing
8. HEX.SOC.Half Dog
9. Key
10. Bush
11. Gear Box

DIMENSIONS (MM) FOR 16BAR

STEM TOP WEIGHT APPROX. (KG.)

SIZE L B C E F G H H FLANGE
ØD FLAT KEY (SQ) (SQ) ISO 5211 BARE GEAR HAND
K SIZE SHAFT BOX LEVER

DN50 43 4.5 23 114 77 16 12 9 - 30 176 F05 2 5 2

DN65 46 10.5 45 122 84 16 12 9 - 30 176 F05 2.5 5 3

DN80 46 18 65 129 91 16 12 9 - 30 176 F05 3 6 3

DN100 52 25 86.5 141 109 19 14 11 - 30 268 F07 4 7 5

DN125 56 35.8 114 154 122 19 14 11 - 30 268 F07 6. 9 7

DN150 56 47.8 140 180 145 25 18 14 - 30 268 F07 8.5 11 9

DN200 60 70 192 220 178 30 22 17 - 65 405 F10 13. 22 14

DN250 68 92 241 250 225 45 28 22 - 73 513 F10 22 31 23

DN300 78 112 291 275 250 45 28 22 - 73 516 F12 30 43 31

DN350 92 123 324 315 275 55 28 - 8X7 - - F12 42 60 -

DN400 102 143 373 360 310 65 36 - 10X8 - - F14 60 78 -

DN450 114 162 422 385 335 65 36 - 10X8 - - F14 77 108 -

DN500 127 181 473 425 380 72 42 - 14X9 - - F14 106.5 135 -

DN600 154 217 810 503 430 90 60 - 18X11 - - F16 171 209 -

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 DOUBLE OFFSET
BUTTERFLY VALVE
KENNEDY SERIES 614 To IS/ BS/EN / ISO/AWWA Standards

Kennedy valves with its unique features have been used in

water and fire protection industry since 1877. Our 61 Series
butterfly valves conforms to EN / ISO / IS standards and has
been designed to maintain the high quality and integ­rity of
existing designs but incorporates many superior features. The
double offset sealing tech­nology with the soft sealing element
on the disc to provide high sealing Performance and reliabil­
ity. Series 61 butterfly valves are made in cast ductile iron body
with double flanged design and integral seats and suitable for
bi-directional service.
Valves are suitable for water and neutral liquids to a maximum
temperature of 70°C.

OPTIONS
SS 316 seats, Shaft in Duplex SS Various material combinations
Metal Seated / Soft Seated PN10 or ANSI 150 drilling
External shaft locking mechanism Electric actuators
Underground gear operators Head stock and extension stems

GENERAL SPECIFICATIONS BIS (ISI) Certified, NSF compliant

SIZES : DN 100 - DN 1200 DN 1400 - DN 2400 Available on Request FLANGES

WORKING PRESSURE: 10 Bar/ 16 Bar EN 1092-2 - PN10 / PN16 / PN25
25 Bar Available on Request. IS 9523 / IS 1538
DESIGN OPERATOR TEST PRESSURE
BS - EN 593, EN 1074-1&2, IS 13095 Worm Gear with hand wheel, IP67, IP68 IS 13095, EN 1074-1 &2 and EN 12266 - 1 &2
Face To Face EN 558 ISO 5752 , IS 13095 Open and close position indicator Seat Test: 1.1 X PN
Actuator mounting as per ISO 5211 Electrical/ Pneumatic/ Hydraulic Actuators Body Test: 1.5 X PN
SERIES Available on Request
13 - DN 700 to 1200 COATING
14 - DN 200 to 1200 Fusion bonded non-toxic epoxy coating NSF 61 / WRAS 300-micron Bolts are sealed with hot melt

MATERIAL SPECIFICATIONS

Body Ductile GGG40 Iron EN 1563 & GGG50 Bottom Flange CF8M

Disc Ductile Iron EN 1563 GGG50 &GGG40 Gland Plate SS 316

Seat Retainer Ring SS 316 Bush PH.BRONZE

Seal Ring EPDM Plain Bearing PTFE / S5304

Upper Shaft SS 316 Thurst Washer PH.BRONZE

Lower Shaft SS 316 Dowel Pin SS 316

EPDM Rubber with NSF 61 / WRAS approval suitable for potable water. Please check with us for other material combinations.

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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DIMENSIONS AND PART LIST
COMPONENTS LIST
1. Body
2. Disc
3. Seat Retainer Ring
4. Seat Ring
5. Upper Shaft
6. Lower Shaft
7. Bottom Flange
8. Gland Plate
9. Bush
10. Plain Bearing
11. Thurst Washer
12. Dowel Pin

13. Dowel Pin Washer 17. O’ Ring (Bush) 21. Hex. Screw
14. Hex. Screw 18. O’ Ring (Stem) 22. O’ Ring (Retainer Ring)
15. Sealing Washer 19. O’ Ring (Bottom Flange) 23. Key
16. CSK Screw (Dowel Pin) 20. Gland Gasket 24. Gear Box

DIMENSIONS (MM) FOR 16BAR

FLANGE
L ØA ØB ØC G H J M ØN WEIGHT
SIZE
ØD E NOS ØF (kgs)
PCD

DN 200 230 200 266 340 23 12 295 346 210 288 257 200 50

DN 250 250 250 319 400 28 12 355 406 235 313 257 200 65

DN 300 270 300 370 455 28 12 410 460 274 351 275 250 97

DN 350 290 350 429 520 28 16 470 530 318 397 275 250 131

DN 400 310 400 480 580 31 16 525 592 333 412 280 300 162

DN 500 350 500 609 715 34 20 650 722 422 489 336 400 278

DN 600 390 600 720 840 37 20 770 846 521 613 397 500 442

DN700 430 700 794 910 37 24 840 916 596 700 314 250 625

DN800 470 800 900 1025 41 24 950 1032 677 785 314 300 890

DN900 510 900 1000 1125 41 28 1050 1150 743 352 380 350 1184

DN1000 550 1000 1112 1255 44 28 1170 1264 835 950 380 350 1621

DN1200 630 1200 1328 1485 50 32 1390 1500 920 1050 380 350 2380

Sizes above 1200mm Available on Request.

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 SINGLE CHAMBER
AIR RELEASE VALVE
Kennedy Series 122 ISO Standards

Kennedy Single Chamber air release valve kinetic type

Air Valve with Tamper proof design offers solution for
releasing and adding air to water pipelines, protecting
pipe line systems and improving efficiency. Our air valves
are made in ductile cast iron body with floats in stainless
steel.

GENERAL SPECIFICATIONS

DESIGN & TEST STANDARDS: EN 1074-1&4

TYPE: Single Chamber Air release Valve
SIZES: DN 40 - DN 300

PRODUCT FEATURES 40mm, 250mm, 300mm Available on Request

WORKING PRESSURE :10 Bar / 16 Bar
Single Chamber Air Valve with Compact, simple,
25 Bar Available on Request
robust and reliable design with fully corrosion- FLANGE
resistant parts. EN 1092-2 PN10 / PN16 / IS 1538 / IS 9523
Maintenance free operation and more service life. TEST PRESSURE
Pressure Testing to EN 1074 - 1 &4
Size of the inlet area corresponds to the size of the
Seat Test: 1.1 x PN
outlet area.
Body Test: 1.5 X PN
Triple function air valve (Air Release, Intake and COATING
Dropped Air Release) Fusion bonded non-toxic epoxy coating
Sealing by EPDM- highly reliable NSF 61 / WRAS 300 micron.
OPTIONAL FEATURE
Designed in compliance with EN 1074-1 & 4.
Drain Plug
Factory approval and Quality Control - Performance
Isolation valve
and specification tested and measured with
specialized test bench.

MATERIAL SPECIFICATIONS

Body, Bonnet & Cowl: Ductile Iron GGG50 / GGG40

Seat &Seal : EPDM

Float & Guides : Stainless Steel 316

Fasteners : Stainless steel A4 / SS316

(EPDM Rubber available with NSF 61 Approval suitable for Potable water. Please check with us for other material combinations)

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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DIMENSIONS AND PART LIST

COMPONENTS LIST
1. Body
2. Large float guide
3. Large orifice
4. Small orifice
5. Sealing face
6. Seat ring
7. Seal ring
8. Bonnet
9. Bush
10. Cowl
11 Fasteners

DIMENSIONS (MM)

A ØB ØC ØD E F ØG ØH L WEIGHT
SIZE
(kgs)

DN 40 272 40 84 150 Ø160 4 19 110 19 12.75

DN 50 272 50 99 165 Ø160 4 19 125 19 13

DN 80 263 80 132 200 Ø160 8 19 160 19 14

DN 100 319 100 156 220 Ø178 8 19 180 19 20.5

DN 150 320 150 211 285 Ø210 8 23 240 19 27.75

DN 200 370 200 266 340 Ø260 8 23 295 20 41.75

DN 250 608 250 319 400 Ø430 12 29.5 355 22 132.5

DN 300 677 300 370 455 Ø475 12 29.5 410 24.5 164

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 DOUBLE ORIFICE/
CHAMBER AIR
RELEASE VALVE
Kennedy Series 112 to EN/ISO Standards

Kennedy double Orifice / Chamber air release valve

combine both large and small orifices within one valve
and offers solution for releasing and adding air to water
pipelines, protecting pipe line systems and improving
efficiency. The three function automatic air valve discharge
the large volume of air during charging of the pipeline,
admit air during emptying of the pipeline and discharge
air accumulated under normal operating conditions. Our
series 112 air valve offered with a kinetically designed large orifice and float to avoid premature closing
of the valve by the discharging air. The small orifice is sealed by a float at all pressure above atmospheric
except when air accumulates in the valve body. Series 112 air valves are made in ductile iron body with
floats in stainless Steel. Valves are suitable for clean and neutral water to a maximum temperature of 70° C.

GENERAL SPECIFICATIONS

DESIGN & TEST STANDARDS: TEST PRESSURE

EN 1074-1&4,IS - 14845 Pressure Testing to EN 1074 - 1 &4

TYPE: Double Chamber Kinetic Air release Valve Seat Test: 1.1 x PN

SIZES & WORKING PRESSURE Body Test: 1.5 X PN

DN40 to DN200, PN10, PN16, PN25. COATING

DN250 & DN 300 Available on Request. Fusion bonded non-toxic epoxy coating

FLANGE NSF 61 / WRAS 300 micron.

EN 1092-2 PN16 / IS 9523 / IS 1538 OPTIONAL FEATURE

Drain Plug
Isolation valve

MATERIAL SPECIFICATIONS

Body,Bonnet & Cowl: Ductile iron - GGG50 / GGG40

Seat, Seal, Rubber Washer, O-Ring : EPDM

Nozzle Holder, Nozzle : Acetal

Washer, Nut, Socket Head Cap Screw, Pin : Stainless steel A4 /SS316

Seal ring, Guide top, Guide bottom, Guide ring :Stainless steel SS316

Small and Large orifice Float : Stainless steel SS316

(EPDM Rubber available with NSF 61 Approval suitable for Potable water. Please check with us for other material combinations)

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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DIMENSIONS AND PART LIST

COMPONENTS LIST
1. Body 11. Pin
2. Float guide 12. O - Ring
3. Large orifice 13. Seat Ring
4. Seal Ring 14. Socket Head Cap Screw
5. Small Orifice 15. Washer
6. Large Orifice Bonnet 16. Rubber Washer
7. Cowl 17. Nut
8. Small Orifice Bonnet 18. Scoket Head Cap Screw
9. Nozzle Holder 19. Washer
10. Nozzle 20. Sealing Face

DIMENSIONS (MM)

A ØB ØC ØD E G J L M WEIGHT
SIZE
Nos (kgs)
DN

40 260 40 84 150 175 4 340.5 19 182.5 19

50 260 50 99 165 175 4 342.5 19 182.5 20

80 260 80 132 200 156 8 240.0 19 182.5 21

100 263.5 100 156 220 206 8 360.5 19 182.5 26

150 303 150 211 285 246 8 403.0 19 205 35

200 303 200 266 340 304 12 459.5 20 235 40

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 RESILIENT SEATED
SWING CHECK VALVE
Kennedy Series 22 to EN/ISO Standards

Kennedy Check Valves with their unique features have

been used in the water and fire protection industries
since 1877. Our Series 22 Check valves confirm to EN/
ISO standards and have been designed to maintain
the high quality and integrity of existing designs but
incorporates many superior features like full bore and
compact design. The valves are constructed in such
a way that all internal parts can be replaced without
removing the valve from the line. Series 22 check
valves are made in cast ductile iron body with disc
totally encapsulated in rubber. The valves are offered
with lever and weight operator.
Valves are suitable for water and neutral liquids to a
maximum temperature of 70° C.

GENERAL SPECIFICATIONS BIS Certified

TYPE : Swing Check Valve Resilient Seated with Lever and Weight TEST PRESSURE
SIZE RANGE : DN50 -DN400 Pressure Testing to EN 1074-1&3, IS 5312
WORKING PRESSURE : 16 Bar SEAT TEST: 1.1 x PN
ENDS : Flanged BODY TEST :1.5 x PN
DESIGN & TESTING STANDARD COATING
IS 5312, EN10741 & 3 Fusion bonded non-toxic epoxy coating NSF 61 / WRAS
FLANGES OPTIONS
EN 1092-2 PN16, IS 9523 & IS 1538 Guard kit for lever and weight.
FACE TO FACE Lever and weight, mounted RHS as standard,
EN 558-2 & ISO 5752 Series 10 -can be mounted LHS on request. Tapping plug
Free shaft option up to DN 150

MATERIAL SPECIFICATIONS

Body & Cover : Ductile Iron GGG50 / GGG40 O Rings : EPDM

Disc : EPDM encapsulated ductile iron Gasket : EPDM

Hinge, END CAP, Spacer, Shaft : Stainless Steel 316 Bolts, Stud, & Nuts : A4-80

Bush : Copper Alloy (Ph. Bronze) Washer : SS 316

Sleeve : Acetal Dowel Pin : SS 316

Lever & Counter Weight : Ductile Iron EN-S 1050 & GGG50/40 Coating : FBE 300 µm

DN5O available with free shaft design only - EPDM Rubber available with NSF 61 Approval suitable for Potable Water.
Please check with us for other material combinations.

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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DIMENSIONS AND PART LIST

COMPONENTS LIST
1. Body 12. 0 Ring Cap
2. Cover 13. 0 Ring
3. Disc Encapsulated 14. Dowel Pin
4. Hinge 15. Stud
5. END Cap - Open 16. Hex Nut
6. END Cap - Closed 17. CSK Screw - Cap
7. Shaft 18. Hex Bolt Cover 23. Allen Bolt
8. Gasket 19. Washer - Cover 24. Washer - Lever
9. Sleeve 20. Wide Washer 25. Hex Bolt - Lever
10. Bush 21. Lever 26. Hex Bolt - Lever
11. 0 Ring Stem 22. Counter Weight 27. Spacer

DIMENSIONS (MM)

A B C D ØE G H J K L WEIGHT
SIZE
NOS PCD (kgs)
DN

50 203 50 99 165 19 4 125 165 8 19 10

80 241 80 132 200 19 8 160 240 12 19 20

100 292 100 156 220 19 8 180 262 12 19 25

150 356 150 211 285 23 8 240 340 14 19 50

200 495 200 266 340 23 12 295 420 14 20 82

250 622 250 319 400 28 12 355 507 22 22 137

300 698 300 370 455 28 12 410 561 24 24.5 177.5

350 790 350 429 520 32 16 470 550 24 27 310

400 914 400 480 580 32 16 525 590 24 30 416

Sizes above DN 400 available on request

Kennedy and MIPL are divisions of McWane Inc. USA
The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 DUAL PLATE
CHECK VALVE
Kennedy Series 112 to EN/ISO Standards

The Dual Plate Check Valve design is the result of attempts to

solve the problems associated with swing check valve and lift
check valve. The Dual Plate Check Valve employs two spring-
loaded plates hinged on a central hinge pin.

They are Small in size, light in weight , compact in structure

and easy in maintenance. Two torsion springs are added to
each of the pair valve plates which close the plates quickly and
automatically. The quick-close action prevents the medium
from flowing back. It has a short face to face and good rigidity.
Easy installation, it can be installed on both horizontal and
vertical direction pipelines. This valve is tightly sealed without
leakage under the water pressure test. Safe and reliable in
operation and high interference resistance.
Sizes available upto DN 1200

CHARACTERISTIC OF PRODUCT

Small in size light in weight compact in structure easy in maintenance.

Two torsion springs are added to each of the pair valve plates which close the plates quickly and
automatically.
The quick-close action prevents the medium from flowing back.
Short face to face and good rigidity.
Easy installation, it can be installed on both horizontal and vertical direction pipelines.
This valve is tightly sealed without leakage under the water pressure test.
Safe and reliable in operation high interference-resistance.

FLANGE CONNECTIONS FACE TO FACE

Series EH, MH conform to EN1092; Series EH conform to EN558-1;
Series AH, BH conform to ANSI B16.1; Series AH conform to ANSI B16.10

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 1 BODY 2 FASTEN SCREW
Short face to face and good Effectively prevent the shaft from traveling,
rigidity. prevent valve work from failing and shaft
end from leaking.

3 RUBBER SEAT 4 SPRINGS

Vulcanized on body.tight fit and Dual springs distribute the load force evenly
tight seat with no leakage. across each plate ensuring quick shut off in
back flow.

5 DISC 6 GASKET
Adopting unitized design of dual discs and It adjusts fit-up gap and assures disc seal
two torsion springs the disc closes quickly performance.
and removes water-hammer.

Technical Specifications

SERIES EH AH BH MH

DN “40~700(1.5 “”~28””) “ “50-750(2””~30””)” “50-300(2””~12””)” “50-500(2””~20””)” “50-300(2””~12””)” 50~400

“50-600(2””~24””)”
Nominal Diameter (2”~16”)

PN
1.0MPa 150PSI 200PSI 150PSI 200PSI 1.0MPa 1.6MPa 2.5MPa
Nominal Pressure

Testing Shell 1.5MPa 225PSI 300PSI 225PSI 300PSI 1.5MPa 2.4MPa 3.75MPa
Pressure Sealing 1.1MPa 165PSI 220PSI 165PSI 220PSI 1.1MPa 1.76MPa 2.75MPa
Working Temperature -15~+150

Suitable Media Fresh water,Sewage,Sea water,Air,Vapour,Food,Medicine,Oils,Acids,Alkalis,Salts,etc.

Materials of Main Parts

Material
No Part
AH EH BH MH

1 Body Cl DI WCB CF8 CF8M C95400 Cl DI WCB CF8 CF8M C95400 WCB CF8 CF8M C95400

2 Seat NBR EPDM VITON etc. DI Covered Rubber NBR EPDM VITON etc.

3 Disc DI C95400 CF8 CF8M DI C95400 CF8 CF8M WCB CF8 CF8M C95400

4 Stem 416/304/316 304/316 SS316

5 Spring 316 / 410 ------

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 CONTROL VALVE

STANDARD
Design & Manufacturing according to
EN 1074-1 / EN 1074-5 / EN 1349

Face-to-face according to EN 558 S1

Flanges according to EN 1092-1/2

or ANSI B16.5 CL 150/ ASME Sec. VIII

Class A tightness according to EN 12266

Cv Testing As per ISA 75.02 and EN 1267

Potable water approved DM174 / WRAS / ACS /DVGW / NSF

Sizing ISA 75

PRODUCT RANGE PRESSURE CLASSES COATING

From DN 50 to DN 1000(reduced bore) PN 10-16-25 Corrosion protection by FBE coating
From DN 50 to DN 800 (full bore) 300 microns, color RAL 5005 & 5017

1 Body in ductile cast iron GJS-500-7

2 Shaft, obturator and seat body are in stainless steel
3 Diaphragm in rubber+nylon fiber
(tested for 1.000.000 cycles)
4 Internal/External bolts are in stainless steel (A2-A4)
5 All the acessories are in stainless steel

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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 COMPONENTS LIST
1. Body
2. Seat
3. O-Ring
4. O-Ring
5. Bolts
6. Washer
7. Cover
8. Bushing
9. Spring
10. Nut
11. Diaphragm
12. Support Ring
13. Obturator
14. Main Gasket
15. Seal Retainer
16. Stem
17. Plug
18. Screw
19. Plug
20. Fixing Washer

ADVANTAGES & BENEFITS

Accurate construction by use of cutting edge technologies for
HEAD LOSS DIAGRAM
all the components.

Main body based on the design of globe valve with low

pressure losses .

Entirely made of ductile iron with internal components in

stainless steel.

Replaceable seat in stainless steel.

Heavy duty corrosion protection by FBE epoxy coating 300

microns (500 microns on request).

A full range pilots and solutions for any need.

A smart system for a high performance “pressure management

systems”.

McWane SMART VALVES able to interface with SCADA SYSTEM

and with a modern “stand alone” electronic system for a high
quality and reliable “Pressure Manager” system.

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

19
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 ALTITUDE CONTROL
VALVE
VALVE FUNCTION
Altitude Control Valve is a hydraulic, diaphragm actuated
plug controlled valve,
Valve is used to maintain a preset water level of
reservoirs or water tanks. The valve is activated by line
pressure and is commanded by an Altitude Pilot. The
altitude pilot is mounted on the valve, therefore there is
no installation required on top of the reservoir.
Valve stays open as long as the water level of the
reservoir is below a preset level.

OPERATING PRINCIPLE
Under normal conditions, when the water level in the reservoir is lower than the preset altitude, the valve is
open. When the water level rises the pressure head under the pilot’s membrane rises consequently. When
the water reaches its maximum pre set level the pressure overcomes the pilot’s spring. The pilot’s membrane
moves upwards and connects the control chamber to line pressure. The valve fully closes. When the water level
in the reservoir drops again, the valve’s control chamber drains to the atmosphere through the pilot’s vent. Line
pressure supply is closed in parallel. The valve fully opens due to line pressure.

Applicable Areas Potable Water Systems | Industrial Applications | Agricultural Irrigation

Spring Pressure Level

Quantity Range (bar) Range (m)

1 0.5 - 1.2 5 - 12

2 1.0 - 2.4 10 - 24

3 2.2 - 3.6 22 - 36

4 3.2 - 4.8 32 - 48

5 4.0 - 6.0 40 - 60

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

www.mcwane.com | www.kennedyvalveindia.com 20
 PRESSURE REDUCING
VALVE
VALVE FUNCTION
Pressure Reducing Valve Model is a Globe pattern body , piston
actuated controlled valve. Its function is reducing the upstream
pressure to a desired downstream pressure maintaining the
pressure constant regardless of flow rate or upstream pressure
fluctuations. when the downstream pressure tends to increase above
the set value due to decreasing demand on the downstream line, the
valve tends to close to decrease the pressure to fit back to the set
pressure. The whole operation is done automatically by the hydraulic
pressure balance in the pressure reducing pilot, which commands
the main valve to act open or close the valve further autonomously.
OPERATING PRINCIPLE
The pilot, operates when hydraulic pressure is applied below the spring loaded membrane which is
connected to the pilot’s seal trim.

The pilot is Normally Open (N.O.) pilot. Once pipeline pressure is built downstream of the main valve,it will be
conveyed to the pilot’s membrane through the sensor port. When the pressure surpasses the set point (pre
adjusted through the pilot’s adjusting screw) the membrane moves upwards and water passage closes, closing
the main valve. When the downstream pressure reduces below the pilot’s set point, the membrane moves
downwards and opening the water passage and allowing the main valve to open.

Applicable Areas Potable Water Systems | Industrial Applications | Agricultural Irrigation

Type Pilot Range (bar) Spring Color

ACV100 A 0.1 - 2.0 Yellow

ACV100 B 0.5 - 3.5 Blue

ACV100 C 1.0 - 5.0 Red

ACV100 D 1.5 - 8.5 Green

ACV100 E 1.5 - 10.0 Orange

ACV100 F 2.0 - 15.0 Grey

ACV100 G 2.5 - 21.0 Grey

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

21
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 PRESSURE RELIEF/
SUSTAINING VALVE
VALVE FUNCTION

Pressure Relief Control Valve is a hydraulic, diaphragm actuated

controlled valve. As line pressure rises above preset level, the
valve opens quickly to relieve the excessive pressure through
pilot control.

Pressure Relief valve protects water systems from quickly rising

excessive pressure, due to water hammer surge. It is advised
to install this valve at the system head, right next to the main
supply line or booster pump.

OPERATING PRINCIPLE
Pilot is activated by line pressure and controlled by a pilot valve.

The Pilot includes a spring-loaded membrane, which is exposed to line pressure. The displacement of the membrane
due to a rise of line pressure against the spring force changes the water flow inside the pilot.

In normal flow regime, the valve is closed. When the line pressure is higher than the preset value valve is piloted to
open.

Applicable Areas Potable Water Systems | Industrial Applications | Agricultural Irrigation

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

www.mcwane.com | www.kennedyvalveindia.com 22
 FLOW CONTROL
VALVE FUNCTION
VALVE FUNCTION
Flow Rate Control Valve is hydraulic, diaphragm actuated
plug controlled valve activated by line pressure. Normally
valve is partly open to allow a preset constant flow rate.

Flow rate through the this is determined indirectly

using an orifice plate. The head loss across the orifice is
proportional to the actual flow rate. On rising head loss,
this valve is automatically piloted to close. On the other
case, the valve opens. Thus the flow rate is maintained
constant, regardless of line pressure fluctuations or the
downstream demand.
OPERATING PRINCIPLE
Flow Rate Control Valve is activated by line pressure and controlled by a pilot valve. The pilot include a spring loaded
membrane. An orifice plate is installed either downstream or upstream of the valve. The orifice size is prepared in
advance to suit the specified required flow rate. The head loss across the orifice is proportional to flow rate through
the valve.

This head loss is transferred to the opposite sides of the pilot’s membrane, which moves upward or downward
accordingly. These movements open or close the inner ports of the pilot valve, directing the line pressure to control
the valve.

Applicable Areas Potable Water Systems | Industrial Applications | Agricultural Irrigation

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

23
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 SOLENOID CONTROL VALVE

The dual solenoid valve interfaces with the controller to provide electronic control of flow rate, pressure or level.
Its provides precise control remotely with minimal power. This control loop also has manual controls in case of
emergency. The flow in and out of the upper operating chamber of the main valves is controlled by the two
pilot solenoids. The electronic control determines whether to open or close the solenoid valve. The change in
valve position is dependent upon which solenoid is operated and the duration of the energized period.
The electronic control determines the valve function. Virtually any hydraulic function can be achieved using
the “open-close” output from the SCADA controller to the valve.

Automatic Control Valve

Step by Step (Two Solenoid Valve)

Item Description Materials

1 Solenoid Valve NC Brass

2 Solenoid Valve NC Brass

3 Y Strainer Brass

4 Ball Valve Nickel Brass

5 Bidirectional Needle Valve Brass

6 Bidirectional Needle Valve Brass

7 Ball Valve Nickel Brass

8 Ball Valve Nickel Brass

9 Ball Valve Nickel Brass

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

www.mcwane.com | www.kennedyvalveindia.com 24
 PLUNGER/NEEDLE
VALVES
DN 80 to 2000 - PN 10-16-25

Plunger control valve has unique benefits that make the valve
specifically suitable for the more special and severe service
control applications.
Axial flow designs are streamlined annular flow path and evenly
distributed flow through the cage – this reduces highlocal
velocities, turbulence and impacts of flow jets and particles.
This is fundamental for reliable valve performancebecause
vibration, erosion and unbalanced flow and forces are avoided.

HIGH CAPACITY
The inherent capacity of the axial control valve is very high
compared to conventional globe control valve designs and
enables the selection of a smaller valve size. Alternatively, higher
capacity can be used to minimize pressure drop over the valve
or to provide for special features, such as a modified control
characteristic, additional noise abatement, anti-cavitation or a
wider operating envelope for future process changes.

A COMPACT AND LOW WEIGHT DESIGN

The axial flow valve is a rugged design and provides - especially
in combination with relatively small actuators - a very compact
and low weight solution.

TRIM SELECTION
A wide variety of trims for liquid applications are available,
single-stage cages with high capacity and low noise capabilities.
All trims can be provided with linear or equal% control
characteristics.

MATERIAL SPECIFICATIONS

Body: DI GGG50 ACCESSORIES

Piston : SS316
ELECTRIC ACTUATOR
Internals: SS316
CYLINDER ANTI-CAVITATION
Gasket : EPDM
WITH HYDRAULIC CYLINDER AND COUNTER-WEIGHT
Actuators: Auma/Rotork
WITH SYSTEM VENTING
415V, 3 Phase, SCADA compatible for flow control

application with IP68

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

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DIMENSIONS AND PART LIST

DIMENSIONS (MM)

PN10

EN558 Actuator
S15 ISO***
5210
DN L B* E* R* C* H* A* Kg* A* Kg* A* Kg*

125 300 170 120 100 514 288 408 20 518 27 408 27 F10

200 400 220 150 125 514 288 458 20 568 27 458 27 F10

250 450 260 165 125 514 288 498 21 608 28 498 28 F10

300 500 305 185 130 514 288 543 21 653 28 543 28 F10

350 550 350 205 259 514 288 588 21 698 28 588 28 F10

400 600 385 235 259 514 288 623 21 733 28 623 28 F10

450 650 420 240 259 514 288 658 21 768 28 658 28 F10

500 700 445 245 259 514 288 683 21 793 28 683 28 F10

INDICATIVE DIMENSIONS |WITH STANDARD OBTURATOR |GEARBOX FLANGE | UNIT: mm |

Sizes above DN 700 upto 2000 Available on Request.

Kennedy and MIPL are divisions of McWane Inc. USA

The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

www.mcwane.com | www.kennedyvalveindia.com 26
 CONTROL VALVE
PISTON TYPE
Single seat control valves
Single-port is the most common valve body style and is
simple in construction. A single seat control valve is a unit
which operates with supplementary aids to change the flow
rate of a process system. The unit comprises of one valve fit­
ted with an actuator which varies the position of a closure
member within the valve body according to the signal from
the regulator. The most preferable application for this valve
is when a high standard of regulation, high pressure differ­
ences, tight seal and operation with cavitation or low noise
level is required.

Accessories : Electrical Actuators, COMPONENTS LIST

Hydraulic Actuator, 1. Body 2. Cover 3. Piston
Pneumatic Actuator, 4. Seat Disc Ring 5. Seat Boby Ring 6. Stem
GearBox
7. Stud Bolts 8. Nuts
DIMENSIONS (MM)
EN558 - S1 DRILLING FLANGES EN1092-1 PN16
PESO/WEIGHT/POID
DN L ØD ØK ØF NR M Ød (kgs)

15 130 95 65 14 4 M12 45 5

20 150 105 75 14 4 M12 58 6

25 160 115 85 14 4 M12 68 7

32 180 140 100 18 4 M16 78 11

40 200 150 110 18 4 M16 88 14

50 230 165 125 18 4 M16 102 18

65 290 185 145 18 8 M16 122 25

80 310 200 160 18 8 M16 138 36

100 350 220 180 18 8 M16 158 50

125 400 250 210 18 8 M16 188 74

150 480 285 240 22 8 M20 212 99

200 600 340 295 22 12 M20 268 160

250 730 405 355 26 12 M24 320 305

300 850 460 410 26 12 M24 378 367

350 980 520 470 26 12 M24 438 555

WORKING PRESSURE PFA: 16 bar OPERATING TEMPERATURE T.Max. : +4000 C with epoxy Protection
Kennedy and MIPL are divisions of McWane Inc. USA
The specifications and material grades shown are subject to revision without notice based on our product improvement programme

© 2018 McWANE INDIA PRIVATE LIMITED. ALL RIGHTS RESERVED.

27
www.mcwane.com | www.kennedyvalveindia.com
KENNEDY VALVE MCWANE INDIA PVT. LTD.
1021 East Water Street
Head Office: 483, Kamarajar Road, Uppilipalayam Post,
PO Box 931, Elmira, New York 14901,
Singanallur, Coimbatore - 641 015, Tamil Nadu, India.
USA.
Factory : 143/2A, Anna Nagar Road,
www.kennedyvalve.com
Neelambur, Coimbatore - 641062, Tamil Nadu, India.
Phone no: 0422-4006400
Email: sales@mcwaneindia.com
www.mcwane.com | www.kennedyvalveindia.com