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0 20 40 60 80 140 [ºC]

[bar]

16

14

12

10

8

6

4

2

100 120-20-40

PVC-C

PP

PVC-UDN10

DN15

DN20

DN25DN32DN40DN50

10.0001.000100101

1

0,1

0,01

0,001

[bar]

[l / min]

DN / d A kv [l/min]

B kv [l/min]

10 / 16 78 4015 / 20 195 6520 / 25 380 14525 / 32 760 24532 / 40 1.050 46040 / 50 1.700 60050 / 63 3.200 1.200

TKD

A

B

Pressure- / temperature diagram: Pressure loss diagram:

kv values:

1 Insert PVC-U2 Handle HIPVC-U3 Stem O-ring EPDM or FPM4 Stem PVC-U, PVC-C, PP5 Ball seat PTFE6 Ball PVC-U, PVC-C, PP7 Body PVC-U, PVC-C, PP8 O-ring EPDM or FPM9 O-ring EPDM or FPM

10 O-ring EPDM or FPM11 Support for ball seat PVC-U, PVC-C, PP12 End connector PVC-U, PVC-C, PP13 Union nut PVC-U, PVC-C, PP15 Stop ring PVC-U, PVC-C, PP

kv values and pressure loss diagramm are valid for straight flow.

For 90º flow calculate 30% of kv value (kv x 0,3).

PVC-U, PVC-C, PP, 3-way ball valve d16-63 (DN10-50)

TKDIV PVC-UO-RingsEPDM or

Viton® (FPM)

forsolvent weldingTKDIC PVC-C

TKDIM PP forsocket fusion

• Max. working pressure PVC-U, PVC-C 16 bar, PP 10 bar- Easy removal of the valve body from the system, allowing quick

replacement of O-rings and ball seats without additional equipment.- In the closed position the pipeline can be disconnected downstream

from the valve without leakage.- Patented Seat Stop® system. Axial pipe loads blocked with micro-

adjustment of ball seal.

DescriptionPlastic ball valve with T bore ball (L-bore on request) for water and harmless fluids to which the material is resistant.

Product features

Construction

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TKD

TKDIV (PVC-U)TKDIC (PVC-C) TKDIM (PP) TKDIV

(PVC-U)TKDIC

(PVC-C)TKDIM(PP)

d DN H L L1 L L1 [kg] [kg] [kg]TKD** 016 03 16 10 54 118 14 - - 0,310 0,319 -TKD** 020 03 20 15 54 118 16 117 29 0,310 0,319 0,195TKD** 025 03 25 20 65 145 19 144 32 0,550 0,567 0,350TKD** 032 03 32 25 69,5 160 22 158 36 0,790 0,814 0,505TKD** 040 03 40 32 82,5 188,5 26 183,5 41 1,275 1,313 0,820TKD** 050 03 50 40 89 219 31 219 23,5 1,660 1,710 1,070TKD** 063 03 63 50 108 266,5 38 266,5 27,5 2,800 2,884 1,795

d DN E B r s t EN ISO5211TKD** 016 03 16 10 80 29 31 20 5 F04 (11)TKD** 020 03 20 15 80 29 31 20 5 F04 (11)TKD** 025 03 25 20 100 34,5 31 20 5 F05 (11)TKD** 032 03 32 25 110 39 31 20 5 F05 (11)TKD** 040 03 40 32 131 46 50 30 6 F07 (14)TKD** 050 03 50 40 148 52 50 30 6 F07 (14)TKD** 063 03 63 50 179 62 50 30 6 F07 (14)

d DN H N O B2TKD** 016 03 + IA050D.F0411 16 10 147 137 78,5 58TKD** 020 03 + IA050D.F0411 20 15 147 137 78,5 58TKD** 025 03 + IA050D.F05-F0714 25 20 158 137 78,5 69TKD** 032 03 + IA050D.F05-F0714 32 25 163 137 78,5 74TKD** 040 03 + IA100D.F05-F0714 40 32 196 154 91,5 91TKD** 050 03 + IA100D.F05-F0714 50 40 202 154 91,5 97TKD** 063 03 + IA100D.F05-F0714 63 50 219 154 91,5 114

d DN H N OTKD** 016 03 + IA050S12.F0411 16 10 147 137 78,5TKD** 020 03 + IA050S12.F0411 20 15 147 137 78,5TKD** 025 03 + IA050S12.F05-F0714 25 20 158 137 78,5TKD** 032 03 + IA050S12.F05-F0714 32 25 163 137 78,5TKD** 040 03 + IA100S12.F05-F0714 40 32 196 154 91,5TKD** 050 03 + IA200S12.F05-F0714 50 40 219 204 105TKD** 063 03 + IA200S12.F05-F0714 63 50 236 204 105

d DN H O NTKD** 016 03 + ER10 16 10 210 136 90TKD** 020 03 + ER10 20 15 210 136 90TKD** 025 03 + ER10 25 20 221 136 90TKD** 032 03 + ER10 32 25 226 136 90TKD** 040 03 + ER20 40 32 243 136 90TKD** 050 03 + ER35 50 40 249 136 90TKD** 063 03 + ER35 63 50 266 136 90

Hand operated

Code 03 = with EPDM O-ringsCode 02 = with Viton® O-Rings

With pneumatic actuatorSelection of actuator for 6 bar air supply Double acting actuator

Single acting actuator

Code 03 = with EPDM O-ringsCode 02 = with Viton® O-Rings

With electric actuator230V50Hz, 1 phase, IP65

Other tensions on request

Code 03 = with EPDM O-ringsCode 02 = with Viton® O-Rings

PVC-U, PVC-C, PP, 3-way ball valve d16-63 (DN10-50)

Dimensions

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TKD

PE100 PP d DN L H

CVDE 020 CVDM 020 20 15 55 190

CVDE 025 CVDM 025 25 20 70 240

CVDE 032 CVDM 032 32 25 74 258

CVDE 040 CVDM 040 40 32 78 287

CVDE 050 CVDM 050 50 40 84 316

CVDE 063 CVDM 063 63 50 91 361

PVC-U DN G L H

POFV 038 10 ⅜” 14 118

POFV 012 15 ½” 16 118

POFV 034 20 ¾” 19 145

POFV 100 25 1” 22 160

POFV 114 32 1¼” 26 188,5

POFV 112 40 1½” 31 219

POFV 200 50 2” 38 186,5

PP DN G L H

-

POFM 012 15 ½” 15 117

POFM 034 20 ¾” 16,3 143

POFM 100 25 1” 19,1 157

POFM 114 32 1¼” 21,4 184,5

POFM 112 40 1½” 21,4 217

POFM 200 50 2” 25,7 265,5

for TKDIV (PVC-U) for TKDIM (PP)

PVC-U, PVC-C, PP, 3-way ball valve d16-63 (DN10-50)

Other end connectors

End connectors with long spigot for electrofusion or butt weldin PE100 (SDR11, PN16) or PP (SDR11, PN10).

Threaded female ends in PVC-U

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TKD

Fig. 1 Fig. 3

Fig. 2 Fig. 4

en

The technical data are noncommittal and do not assure you of any properties. Please refer to our general sales conditions. Modifications without notice.

PVC-U, PVC-C, PP, 3-way ball valve d16-63 (DN10-50)

1) Check the pipes to be connected to the valve are axially aligned in order to avoid mechanical stress on the threaded union joints.2) Unscrew the union nuts (13) and slide them onto the pipe.3) Solvent / heat weld or screw the valve end connectors (12) onto the pipe ends.4) Check the installation of the dedicate lock nut device Dual-Block® (26) on the valve body. (Fig.2).DualBlock® is the patented system developed by FIP that gives the possibility to lock the union nuts of true union ball valves in a preset

position.The locking device then ensures the nuts are held in position even under severe service conditions: i.e. vibration or thermal expansion.5) Position the valve between the two end-connectors and tighten the union nuts (13) by hand (Fig.3); do not use keys or other tools which

may damage the nut surface.Now the nuts are locked (to un-lock them, press the proper lever in axial direction away from nut teeth, unscrew the nut counter-clock-

wise). (Fig.4)

Connection to the system:

Installation