Flow Control KTM Ball Valves - Valves and Controls

KTM markets a complete line of ball 

valves for the most demanding 

application requirements of the oil and 

gas, power, chemical, petrochemical 

and other process industries. Types 

include floating and trunnion, 3-way, 

diverting and control along with premier 

specialty products with unique features. 

They feature several proprietary seat 

designs, and offer a wide range of 

performance; the E-seat, PTFE/PFE 

copolymer, Gratite ® high temperature 

seat with tight shut-off and Metaltite 

metal seat. 

KTM has developed a reputation for 

high quality, dependable valves backed 

by excellent service. Each valve is 

precision manufactured from foundry 

casting to final assembly. 

Special options are available, including 

stem extensions, body coating and 

double block and bleed. Testing is also 

available for chlorine service, oxygen 

service, vacuum service, liquid 

penetrant, magnetic particle, ultra-sonic 

and x-ray. 

Advantages 

• The most complete line of ball valves 

in either a manual or an automated 

mode of operation. 

• Standard, off-the-shelf, special and 

custom-made valves. 

• Mill Test Reports (MTRs) available on 

all valves. 

• Material traceability. 

• Continuing source guarantees. 

• Product warranties. 

• Strategically located sales, service 

and distribution centers provide rapid 

delivery, service and repair. 

• Qualified service and engineering 

support. 

Flow Control 

KTM Ball Valves 

KTM manufactures the most complete line of quality ball valves, 

and can provide the exact ball valves and actuators to meet the 

most demanding application requirements. 

Floating/Trunnion 

Size Range: 

1/2" to 30" 

ASME Class: 150 and 2500 

Temperature Rating: -328°F to 932°F 

3-way 

Size Range: 

1/2" to 14" 

ASME Class: 150, 300, and 600 

3-way Patterns: L, T, and Y 


Single V, VS11 

Size Range: 1" to 20" 


Control Valve Range: 100:1 rangeability 


Dual V 

Size Range: 1" to 8" 


Control Valve Range: 250:1 


KTM is either a trademark or registered trademark of Tyco International Services AG or its affiliates in 

the United States and/or other countries. All other brand names, product names, or trademarks belong 

to their respective holders. 

Copyright © 2009 Tyco Flow Control. All rights reserved. KTMMC-0550-US-0906


Contents 

Product Offering . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-8 

SB11 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-12 

Omni II . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13-23 

Metal Seated . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24-26 

Energy Process . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27-28 

3-Way . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

Low Temperature and 

29-37 

Cryogenic Valves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38-44 

Process, Production, Floating and Trunnion Valves . . . . . . . . . . . . . . . . . . . . . 45-52 

Single V . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53-56 

VS Rotary Control Valve . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57-62 

Dual V . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63-66 

Engineering Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67-79 

How to Order . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80-81 

Standards and Approvals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83 

Copyright © 2009 Tyco Flow Control. All rights reserved. KTMMC-0550


Experience and Reputation 

For over 60 years, we have developed a 

reputation for high quality, dependable 

valves and outstanding service for our 

customers. 

Totally Integrated 

Manufacturing Facility 

You can count on KTM ball valves for 

lasting, dependable service. Each valve 

is precision manufactured from foundry 

casting to final assembly. By controlling 

every component of manufacturing, we 

maintain total quality control. 

Dependable Quality 

and Performance 

In addition, unique design features help 

add to the life and performance of our 

valves, such as an incredibly high degree 

of accuracy that is machined into every 

ball – a sphericity of ± 0.0008" and a 

4 RMS finish. 

Process and Quality Control 

(S.P.Q.C.) 

KTM is committed to Statistical Process 

Quality Control. Products are manufactured 

utilizing S.P.Q.C. as a powerful tool for 

producing quality products. 

Special Options and 

Testings are Available 

Options 

• Stem extension 

• Body coating 

• Double block and bleed 

Tests 

• Chlorine service 

• Oxygen service 

• Vacuum service 

• Liquid penetrant 

• Magnetic particle 

• Ultra-sonic 

• X-ray 

Copyright © 2009 Tyco Flow Control. All rights reserved. KTMMC-0550 

3


SB11 

(Pages 9-12) 

Model Number SB11 EB100/EB800/EB100-PL 

Type Split Body Split Body 

Floating Ball Floating Ball 

Bi-directional Bi-directional 

RF Flanged Ends RF Flanged Ends 

Bore Full Full and Reduced 

Pressure Class ANSI 150 lb ANSI 150 lb 

ANSI 300 lb 

Size Range 1/2" to 8" 1/2" to 8" (Full) 

6" to 10" (Reduced) 

Body Material Carbon Steel Carbon Steel 

316 SS 316 SS 

304 SS 

Alloy 20 

Monel ® 

Special Alloys 

Trim Options 316 SS 316 SS 

304 SS 

Monel ® 

Alloy 20 

Hastelloy ® Maximum 

C 


Working 

Pressure 

285 psi 285 psi/720 psi 

Temperature 

Range 

-20°F up to 420°F -50°F up to 932°F 

Seat Options E E, K, F, M, T 

Features Anti-static Electricity Anti-static Electricity 

Blow-out Proof Stem Blow-out Proof Stem 

Cavity Relief Cavity Relief 

Fire-safe Cold-flow Resistance Seat 

ISO Integral Mounting Flange Fire-safe 

Locking Device Fugitive Emission Control Device 

Positive Flow Stem Indicator ISO Integral Mounting Flange 

Positive Shut-off Locking Device 

NACE MR01.75 Positive Flow Stem Indicator 

Positive Shut-off 

NACE MR01.75 


4 

Omni II 

(Pages 13-21)

Floating 


Metal Seated 

(Pages 24-26) 

Trunnion 

Model Number EB100/EO100 EO1200 EB100/EO100 

Type Split Body Split Body Split Body 

Floating Ball Trunnion Floating Ball 

RF Flanged Ends Bi-directional Bi-directional 

Class V Seat Leakage RF Flanged Ends SE/SW Ends 

Bi-directional Class 5Seat Leakage 

Bore Full Full Full 

Pressure Class ANSI 150 lb ANSI 150 lb ANSI 300 lb 

ANSI 300 lb ANSI 300 lb ANSI 600 lb (also available in Flange 

ANSI 600 lb (Uni-directional) ANSI 600 lb End, sizes 1/2" to 4") 

Size Range 1/2" to 8" (150/300) 2" to 20" (150/300) 1/2" to 2" 

1/2" to 1 1/2" (600) 2" to 18" (600) 

Body Material Carbon Steel Carbon Steel Carbon Steel 

316 SS 316 SS 316 SS 

Special Alloys Special Alloys 

Trim Options 316 SS/329 SS 316 SS/329 SS 316 SS/329 SS 

Monel ® Monel ® Monel ® 

Hastelloy ® C Hastelloy ® C Hastelloy ® C 

Special Alloys Special Alloys Special Alloys 

Energy Process 

(Pages 27-28) 

Maximum 

Working 

Pressure 

285 psi/720 psi/1440 psi 285 psi/720 psi/1440 psi 285 psi/720 psi/1440 psi 

Temperature 

Range 

-20°F up to 932°F -20°F up to 932°F -50°F up to 932°F 

Seat Options M M F 

Features Anti-static Electricity Anti-static Electricity Anti-static Electricity 

Blow-out Proof Stem Blow-out Proof Stem Blow-out Proof Stem 

Cavity Relief Cavity Relief Fire-safe 

Fire-safe Fire-safe Fugitive Emission Control Device 

Fugitive Emission Control Device Fugitive Emission Control Device Locking Device 

Locking Device Positive Flow Stem Indicator Positive Shut-off 

Positive Flow Stem Indicator Positive Flow Stem Indicator NACE MR01.75 


5


3-Way 

(Pages 29-37) 

Model Number EO3100/EO3800 E3200/E3900 EB100/EO100/EO1200 

Type 3-Way, 2-Seats 3-Way, 4-Seats Split Body 

Floating Ball Floating Ball Floating Ball 

“L” Port “L” Port Trunnion 

RF Flanged Ends “T” Port 

Trunnion Available 

Bore Full and Reduced Full and Reduced Full 

Pressure Class ANSI 150 lb ANSI 150 lb (E3900 only) ANSI 150 lb 

ANSI 300 lb ANSI 300 lb (E3200) ANSI 300 lb 

ANSI 600 lb ANSI 600 lb ANSI 600 lb 

Size Range 1 1/2" to 8" (Full) 1/2" to 8" (Full) 1/2” to 30” 

6" to 10" (Reduced) 6" to 8" (Reduced) 

10" to 12" (Trunnion) 

Body Material Carbon Steel Carbon Steel Carbon Steel (LCC, LCB) 

316 SS 316 SS 316 SS 


Trim Options 316 SS 316 SS 304 SS 

Monel ® Monel ® 316 SS 

Hastelloy ® C Hastelloy ® C 

Special Alloys Special Alloys 

Maximum 

Working 

Pressure 

285 psi/720 psi/1440 psi 285 psi/720 psi/1440 psi 285 psi/720 psi/1440 psi 

Temperature 

Range 

-94°F up to 550 (932°F) -20°F up to 300°F -196°F to -320°F 

Seat Options E, G, K, T (F) T, G, E E, T, H 

Features Anti-static Electricity Anti-static Electricity Anti-static Electricity 

Blow-out Proof Stem Blow-out Proof Stem Block and Bleed 

Cavity Relief Cavity Relief Blow-out Proof Stem 

Fugitive Emission Control Device Fugitive Emission Control Device Cavity Relief 

Locking Device Locking Device Fire-safe 

Positive Flow Stem Indicator Positive Flow Stem Indicator Fugitive Emission Control Device 

Positive Shut-off Positive Shut-off NACE MR01.75 

NACE MR01.75 NACE MR01.75 Shell MESC 77/306 

BS 6755, BS 6364 

(valves for cryogenic service) 


6

Low Temperature and 

Cryogenic Valves 

(Pages 38-44) 


Process, Production, Floating and 

Trunnion Valves 

(Pages 45-52) 

Model Number EO1200/EO8200 EO1100/EO8100/EO100 

Type Split Body Split Body 

Trunnion Trunnion and Floating Ball 

Bi-directional Bi-directional 

RF/RTJ/BW RF/RTJ/BW 

Bore Full and Reduced Full and Reduced 


ANSI 300 lb ANSI 300 lb 




ANSI 2500 lb 

Size Range 2" to 20" (150/300) 1/2" to 11/2" (600, Floating) 

2" to 26" (600) 2" to 20" (600) 

11/2" to 20" (900/1500) 

1/2" to 1" (900/1500, Floating) 

11/2" Model Number EB100/EO100/EO1200 

Type Split Body 

Floating Ball 

Trunnion 

“T” Port 

Bore Full 

Pressure Class ANSI 150 lb 

ANSI 300 lb 

ANSI 600 lb 

Size Range 1/2" to 30" 

to 20" (900/1500) 

1/2" to 8" (2500) 

2" to 30" (150/300) 

Body Material Carbon Steel (LCC, LCB) Body Material Carbon Steel Carbon Steel 

316 SS 

316 SS 316 SS 

Trim Options 304 SS 

Trim Options 316 SS Carbon Steel 

316 SS 

ENP 316 SS 

HCR ENP 

HCR 

Maximum 

Working 

Pressure 

285 psi/720 psi/1440 psi 

Maximum 

Working 

Pressure 

285 psi/720 psi 

1440 psi/2220 psi/3600 psi 

285 psi/720 psi/1440 psi 

2220 psi/3600 psi/6000 psi 

Temperature 

Range 

-196°F to -320°F 

Temperature 

Range 

-20°F up to 500°F -20°F up to 300°F 

Seat Options E, T, H 

Seat Options H, K H 

Features Anti-static Electricity Features Anti-static Electricity Anti-static Electricity 

Block and Bleed 

Block and Bleed Block and Bleed 

Blow-out Proof Stem 

Blow-out Proof Stem Blow-out Proof Stem 

Cavity Relief 

Cavity Relief Cavity Relief 

Fire-safe 

Fire-safe Fire-safe 

Fugitive Emission Control Device Fugitive Emission Control Device Fugitive Emission Control Device 

NACE MR01.75 

Positive Flow Stem Indicator Positive Flow Stem Indicator 

Shell MESC 77/306 

Positive Shut-off Positive Shut-off 

BS 6755, BS 6364 

(valves for cryogenic service) 

NACE MR01.75 NACE MR01.75 


7


Single V 

(Pages 53-56) 

Model Number WO400/WO600/VS Type WA Series 

Dual V 

(Pages 63-66) 

Type Split Body One-Piece Body 

Trunnion Trunnion 

Uni-directional Uni-directional 

RF Flanged Ends RF Flanged Ends/Wafer Ends 

Class II, IV Seat Leakage Class V Seat Leakage 

VS Type - ISA S75.4 

Bore Full and Reduced Reduced 



ANSI 600 lb 

ISA 

Size Range 1" to 20" 1" to 8" 

Body Material Carbon Steel 316 SS 

316 SS 

Trim Options 316 SS/HCr 316 SS/HCr 

316 SS Stellited 

Maximum 

Working 

Pressure 

285 psi/720 psi/1440 psi 275 psi/720 psi 

Temperature 

Range 

-20°F up to 482°F -20°F up to 518°F 

Seat Options L, S M (316 SS Stellited) 

Features Locking Device Fugitive Emission Control Device 

Positive Flow Stem Indicator ISO Integral Mounting Flange 

NACE MR01.75 

Positive Flow Stem Indicator 

NACE MR01.75 

Locking Device 


8

Features 

• Designed and manufactured to major 

international standards. 

• Designed for zero leakage with 

standard E-seat technology. 

• Pure white E-seat seal helps relieve 

concern over product contamination 

and possible “popcorning” in reactive 

monomer applications. 

• Anti-cold flow-integral seat lip 

designed to eliminate seat 

deformation and cold flow. 

• Fire-safe tested to API 607 4th Edition. 

• Secondary fire-safe metal-to-metal 

seat is standard. 

• Blow-out proof stem. 

• Static electricity grounding device. 

• CE marking to PED 97/23/EC. 

• ISO 5211 mounting pad. 

• SealMaster technology on packing 

area to meet most fugitive emission 

requirements. 

• Low operating torque for ease of 

operation and reduced actuator cost. 

• Automatic cavity pressure relief. 

Special Options 

• Stem extensions. 

• Special trim configurations for 

corrosive applications. 

• Special alloy body materials available 

upon request. 


SB11 ASME Floating Ball Valve, Cost-Effective, Two-Piece Split Body 

General Applications 

• Pulp and paper 

• Chemical 

• Reactive monomers 

• Oil and gas productions 

• Fire-safe and flammables 

• Food and beverage 

• Steam 

Standards 

• API 598 

• ANSI B16.5, B16.10 and B16.34 

• Fire-safe approved, API 607 4th 

Edition 

• CE marking to PED 97/23/EC 


9



Handle for valve size 

2 1/2" to 8" [65 to 200 mm] 

Parts and Materials 

24 


10 

21 

22 

15 

17 

23 

2 

7a 

3 

7 

17 

23 

14 

13 

12 

11 

1 

15 

10 

9 

6 

5 8 

Materials 

No. Part Stainless Steel Body WCB Body Qty 

1 Body A351 Gr. CF8M A216 Gr. WCB 1 

2 Cap A351 Gr. CF8M A216 Gr. WCB 1 

3 Ball A351 Gr. CF8M A351 Gr. CF8M 1 

4 Stem A 276 Type 316 A 276 Type 316 1 

5 Seat PTFE/PFA Copolymer PTFE/PFA Copolymer 2 

6 1 Body seal PTFE PTFE 1 

7 Stud A 193 Gr. B8 A 193 Gr. B7 4 - 12 

7a Nut A 194 Gr. 8 A 194 Gr. 2H 4 - 12 

8 Lower tost washer 50% SS/50% PTFE 50% SS/50% PTFE 1 

9 Compress ring SUS 316 SUS 316 1 

10 1 Upper tost washer PTFE/PFA Copolymer PTFE/PFA Copolymer 1 

11 1 V-ring stem packing PTFE PTFE 1 set 

12 Tost washer PEEK PEEK 1 

13 Gland SUS 304 SUS 304 1 

14 Belleville washer SUS 301 SUS 301 2 

15 Stem nut SUS 304 SUS 304 1 - 2 

16 Static ball SUS 304 SUS 304 1 

17 Lock saddle SUS 304 SUS 304 1 

18 Stop bolt SUS 304 SUS 304 1 

19 Handle ( 1/2" to 2") SUS 304 SUS 304 1 

20 Handle sleeve ( 1/2" to 2") Vinyl Vinyl 1 

21 Handle (2 1/2" to 8") SGP Zn Plating SGP Zn Plating 1 

22 Handle adapter (2 1/2" to 8") CF8 (2 1/2" to 4") A536 (6" to 8") 1 

23 Triangle stopper SUS 304 SUS 304 1 

24 Bolt (2 1/2" to 8") SUS 304 SUS 304 1 

4 

16 

19 

20 

Handle for valve size 

1/2" to 2" [15 to 50 mm] 

18 

Notes:Notes 

1. Option – For fire tested to API 607 4th Edition, 

packing material will be changed to Graphite. 

2. Other body materials available.



L 

W 

H H 

1/2" to 2" [15 - 50 mm] 2 1/2" to 8" [65 - 200 mm] 

ANSI Class 150 Dimensions 

W 

L 

T 

ød øg øC øD 

Valve d L H W D C g f T N m H1 H2 H3 SW U ISO M Wt. 

Size Lbs. 

1/2" 0.59 4.25 3.54 4.92 3.50 2.38 1.38 0.06 0.44 4 0.63 0.89 0.47 0.08 0.25 1.18 F04 M5 4 

3/4" 0.79 4.62 3.68 4.92 3.86 2.76 1.69 0.06 0.44 4 0.63 0.87 0.49 0.08 0.25 1.18 F04 M5 7 

1" 1.00 5.00 4.09 5.94 4.25 3.13 2.01 0.06 0.44 4 0.63 0.93 0.51 0.12 0.31 1.38 F05 M6 9 

1 1/2" 1.50 6.50 4.90 7.24 5.00 3.88 2.87 0.06 0.56 4 0.63 1.06 0.55 0.12 0.37 2.17 F07 M8 15 

2" 2.00 7.00 5.24 7.24 5.99 4.74 3.62 0.06 0.63 4 0.75 1.06 0.55 0.12 0.37 2.17 F07 M8 18 

2 1/2" 2.50 7.50 6.38 19.49 7.01 5.49 4.13 0.06 0.69 4 0.75 1.81 0.96 0.12 0.67 2.76 F10 M10 31 

3" 3.00 8.00 6.77 19.49 7.48 6.00 5.00 0.06 0.75 4 0.75 1.81 0.98 0.12 0.67 2.76 F10 M10 40 

4" 4.00 9.00 7.76 23.43 9.02 7.50 6.18 0.06 0.94 8 0.75 2.05 1.18 0.12 0.67 2.76 F10 M10 60 

6" 6.00 15.50 11.06 31.50 10.98 9.51 8.50 0.06 1.00 8 0.87 2.68 1.61 0.12 0.91 3.35 F12 M12 165 

8" 8.00 18.00 12.48 43.31 13.50 11.75 10.63 0.06 1.13 8 0.87 2.68 1.61 0.12 0.91 3.35 F12 M12 282 

ANSI Class 150 Dimensions [mm, kg] 

15 15 108 90.0 125 89 60.5 35 1.6 11.2 4 16 22.5 12.0 2 6.3 30 F04 M5 2 

20 20 117 93.5 125 98 70.0 43 1.6 11.2 4 16 22.0 12.5 2 6.3 30 F04 M5 3 

25 25 127 104.0 151 108 79.5 51 1.6 11.2 4 16 23.5 13.0 3 8.0 35 F05 M6 4 

40 38 165 124.5 184 127 98.5 73 1.6 14.3 4 16 27.0 14.0 3 9.5 55 F07 M8 7 

50 50 178 133.0 184 152 120.5 92 1.6 15.9 4 19 27.0 14.0 3 9.5 55 F07 M8 8 

65 64 190 162.0 495 178 139.5 105 1.6 17.5 4 19 46.0 24.5 3 17.0 70 F10 M10 14 

80 76 203 172.0 495 190 152.5 127 1.6 19.1 4 19 46.0 25.0 3 17.0 70 F10 M10 18 

100 100 229 197.0 595 229 190.5 157 1.6 23.9 8 19 52.0 30.0 3 17.0 70 F10 M10 27 

150 150 394 280.0 800 279 241.5 216 1.6 25.4 8 22 68.0 41.0 3 23.0 85 F12 M12 75 

200 201 457 315.0 1100 343 298.5 270 1.6 28.6 8 22 68.0 41.0 3 23.0 85 F12 M12 128 

Pressure, psi [MPa] 

Pressure/Temperature Ratings 

868 

[6] 

723 

[5] 

579 

[4] 

434 

[3] 

289 

[2] 

145 

[1] 

0 

ANSI Class 300 Body Rating 

ANSI Class 150 Body Rating 


11 

f 

Flange End 

N-øm 

-20 32 104 176 249 320 392 464 

[-29] [0] [40] [80] [120] [160] [200] [240] 

Temperature, °F [°C] 

D: Flange outside diameter 

C: Bolt pitch circle 

g: Raised face diameter 

f: Raised face height 

d: Bore diameter 

T: Flange thickness 

N: Number of bolts 

m: Bolt hole diameter 

H1 

SW 

H3 

M 

H2 

Valve Size: 

øU 

Top Works 

1/2" to 3/4" [15 to 20 mm] 

1" to 2 1/2" [25 to 60 mm] 

3" to 4" [80 to 100 mm] 

6" [150 mm] 

8" [200 mm]



Stem Sealing 

SealMaster 

V-ring 

Stem Packing 

2 

Belleville 

Washers 

Stem Sealing Details 

1 

3 

B 

Main Features of SealMaster 

Patented Stem Seal Arrangement 

•“Multiple” sealings up to 6 areas (see Views 1-6) for 

pressure and high vacuum. 

• Encapsulated “Static” sealing achieved on upper 

tost seal. 

• Constant sealing force reflects to stem (see arrows 

“A”) and makes stem primary sealing “Positive.” 

A 

• Excellent wear resistance on lower tost seal (50% SS 

filled PTFE), 1000 times greater than that of PTFE to 

prolong the compensation of Belleville washers. 

C 

4 


12 

6 

5 

Our extremely high cycle stem sealing design is accomplished 

by a double sealing system. The high performance of KTM 

ball valves is mainly due to the unique SealMaster stem seal 

arrangement, which provides primary sealing. It has been 

specially designed and constructed to prevent line fluid 

permeation and resultant leakage. On top of this arrangement 

are multiple layers of V-ring stem packing, which act as 

secondary sealing. A set of Belleville washers automatically 

and constantly compresses the seals to adjust for wear, 

pressure and temperature fluctuations. Every KTM ball valve 

is a stalwart barrier against fugitive emissions. 

View 1 View 2 View 3 

View 4 View 5 View 6 

The live-loaded SealMaster is a combination of three 

components: (A) a cup and cone PFA/TFE upper tost seal; 

(B) a cup and cone sintered stainless steel 316 center load ring, 

and (C) a flat stainless steel/TFE lower tost seal. When tightened, 

the live loaded stem pulls up, compressing the stem tost seal. 

As this happens, material from upper and lower tost seal 

extrudes between stem and body enclosures (see Views 1-6). 

The surfaces between the bottom of the lower tost seal and top 

of the stem flange are smooth and all rotation occurs between 

these two surfaces, leaving the stem tost seal “static” to create 

the best possible seal. As rotation continues, components bed in 

and keep seal performance constant with usage. As operating 

wear takes place, the stem tost seal can be re-tightened to 

recommended torques multiple times.

The KTM Omni II is available in three 

basic style of seats – soft, hard and 

metal-to-metal. Each offers a range of 

performance suitable to many 

applications. 

Seat Temperature Range 

• E-seat PTFE/PFA 

copolymer (standard) -148°F to 500°F 

• F-Gratite ® hard seat -50°F to 932°F 

• K-PEEK -20°F to 550°F 

• M-Metal seat -20°F to 932°F 

Features 

• Superior valve design at a competitive 

price. 

• Fugitive emissions control for 

flammable and non-flammable 

applications. 

• Machined ISO actuator mounting pad. 


standard E-seat. 


concern over product contamination. 

• Positive alignment of split body. 

• Fire-safe design tested to API 607 

4th Edition. 





• Sphericity tolerance of the balls, 

± 0.0008", and a 4 RMS surface 

finish are unsurpassed. 

• Reinforced PTFE bearing and packing 

rings reduce friction. 

• Lower operating torque for ease of 


• Positive position indication. 

• Meets NACE MR01.75 for sulfide 

cracking resistance. 

• Locking device capable. 

• Bi-directional shut-off. 


Omni II Split Body Floating Ball Valve - Full and Reduced Bore 


• Stem extension 

• Special body coatings 

• Can be outfitted for cryogenic, 

chlorine, oxygen and vacuum 

services 



• Reactive monomers 

• Oil and gas production 

• Steam 

• Hot gases 

• Toxic and lethal 

• Fire-safe and flammables 

Special Tests 


• Magnetic-particle 


• X-ray 

Technical Data 

Size range: EB100 Full bore 1/2" to 8" 

EB800 Reduced bore 

6" to 10" 

Standards: API 6D and 598 

ANSI B16.5, B16.10 and 

B16.34 

Fire-safe approved API 607 

4th Edition, EXES 3-14-1-2A 

BS6755 Part 2 

BS5351 


13



Features 

ISO5211 Actuator Mounting 

Machined “automation pad” allows 

precise mounting of actuator; mounting 

bolts independent from stem-packing 

gland bolts. Exact alignment reduces 

torque requirements and helps prevent 

out-of-line wear. 

Radial Tost Bearings 

Radial loading absorbed, and friction 

from axial stem loading reduced. 

Dual tost bearings support stem 

for extended cycle life and superior 

thermal characteristics. 

Blowout-proof Stem and 

Primary Stem Seal 

Stem shoulder is an integral part 

of the stem, retained internally to 

help prevent stem blowout from 

pressure in body cavity. Primary 

stem seal prevents leakage to 

atmosphere, also serves as 

low-torque bearing. 

Precise, Smooth Ball 

Ball sphericity and surface finish 

are key factors in valve life, 

pressure-holding capability, 

and operating torque. KTM ball 

specifications are unmatched: 

Sphericity : to ± 0.0008" and 

surface finish 4 microinches RMS. 

Rigid Split Body 

Designed with extra bolts to assure 

positive alignment and maximum 

protection against bending stresses 

in the piping and forces produced by 

thermal distortion; seal is fire-safe 

metal-to-metal. 


14 

Fugitive Emissions Control 

Multiple layers of adjustable 

PTFE Chevron packing rings 

for non-flammable service, 

and Soft Carbon braided and 

die-formed for flammable service. 

Live Loaded Seals 

Belleville washer keeps constant 

force on stem-seal packing for seal 

integrity and extended valve life. 

Cast Bleed-port Boss 

Provisions for drain bleed port if 

desired. (not shown) 

Anti-static Grounding 

Retained wire-ring provides positive 

ground for use with volatile or 

flammable liquids. (not shown)



Standard Primary Containment Seals 

Fugitive Emission Control 

For flammable services 

Fire-safe tested per API 607 4th 

Edition/EXES 3-14-1-2A. Braided Soft 

Carbon for upper and lower rows, 

die-formed Soft Carbon for middle seal. 

For flammable services 

Double packing gland elastomer seal 

and lantern ring. 

Standard bonnet 

Extended bonnet 

For non-flammable services 

Fire-safe design with multi-layered, 

adjustable Chevron packing rings. 

Optional Secondary Containment Seals 

Fugitive Emission Control – Toxic and Lethal Applications 

For non-flammable services 

Double packing gland elastomer seal 

and lantern ring. 


15



Seat Design Selection 

The Omni II is available in three basic styles of seats – soft, hard and metal, each 

offering a range of performance suitable to many applications. 

Soft Seat 

Choose from three soft seat materials: 

The standard E-seat PTFE/PFA 

copolymer, PEEK and PTFE. Each type 

of seat is retained in the same manner, 

with the valve body machined with a 

protective lip designed to eliminate seat 

deformation and cold flow. This same 

lip acts as a secondary back-up seal, 

which forms a metal-to-metal contact in 

the event the primary soft seal is 

destroyed in a fire. 

The E-seat offers process purity, 

strength, integrity, low permeability 

and high resiliency. It is composed of 

a unique molecularly enhanced 

copolymer of PTFE and PFA. It offers 

a full range of properties formerly 

requiring two separate materials. The 

E-seat provides pressure and 

The Popcorn Factor 

The photographs show a virgin PTFE 

seat after attack by reactive monomers 

(in this case, styrene). The material’s 

molecular matrix has been penetrated 

by uninhibited monomers due to vapor 

pressure, allowing a polymeric reaction 

to take place. Commonly called 

“popcorn polymerization,” this reaction 

can totally destroy seat material. 

In the second photograph, you can see 

the results of a field test of the E-seat 

copolymer by KTM. Using butadiene, 


This graph shows pressure and 

temperature ratings of the three seat 

materials with a full bore of 3 and 4 

inches and a reduced bore of 4 inches. 

The E-seat provides characteristics 

identical to the carbon-filled material, 

while retaining its pure white color. The 

same is true at full bores ranging from 

1/2" to 8" and reduced bores of 6" to 10". 

temperature capabilities previously 

available only with glass or carbon 

fiber-reinforced PTFE. In hightemperature 

operations, the seat 

remains white, eliminating the risk of 

color contamination associated with 

seats made from darker reinforced 

materials. The E-seat is excellent on a 

wide variety of applications but is 

particularly recommended for use on 

styrene and butadiene, where low 

permeability is a performance factor; 

and on low-pressure steam, where 

flaking of virgin PTFE is a problem. It 

s also recommended for use on food 

and beverage, pharmaceutical and 

biotech, paper, clean gas and any other 

applications where product purity and 

the lack of foreign fillers are critical to 

success. 

generally considered the worst-case 

scenario due to its small molecular size, 

the test ran for two years at 120 psi and 

180°F. The seats experienced minimum 

distortion and, after the two-year period, 

did not leak in service. Pressure tests 

after removal, at 1.1 times design, also 

showed no seat leakage. The photo 

shows two of the seats tested and for 

comparison, a new seat is shown in the 

foreground. 

KTM’s PTFE/PFA copolymer E-seat 

offers the protection from color 

contamination as with virgin PTFE 

seats – but, unlike virgin PTFE, it offers 

equal or better strength, integrity, 

permeability and resiliency previously 

associated only with reinforced PTFE. 


16 

Pressure, psi 

Body Seat 

Lip 

1000 

900 

800 

700 

600 

500 

400 

300 

200 

100 

Ball 

Burned 

Seat 

Body 

Ball Lip 

Fire-safe Seat Design 

300 lb Rating 

E-seat – G-Seat 

PTFE seat 

150 lb Rating 

0 

0 100 200 300 400 500 

Temperature (°F)

Gasket 

Cushion 

Seal 

Body 

Seat 





Metaltite Metal Seat 

KTM utilizes proprietary processes with special lapping technologies, enabling us to 

provide a higher quality product with a superior level of performance. Suitable for a 

temperature range from -50°F to 932°F, the Metaltite metal seat is bi-directional and 

provides a high performance solution to many difficult applications. Precision lapping 

of the ball-to-seat result in superior interfacing and a tight shut-off conforming to ANSI 

FCI 70-2 Class V and Class VI. Available with two different ball coatings: Hard chrome 

or Nickel alloy overlay. Durable stellited stainless seats are highly corrosion and 

erosion resistant. RTFE or soft carbon stem seals are available. 

For complete information on Metal Seat, see page 26. 

Spring 

Hard Gratite ® Seat 

Seat 

Body 


Pressure/Temperature Ratings (Gratite ®) 

Pressure - psi 

800 

700 

600 

500 

400 

300 

200 

100 

-20 100 200 300 400 500 600 700 800 900 1000 

Temperature - °F 

Body 

Cap 


17 

800 

700 

600 

500 

400 

300 

200 

100 


Seat 

Gasket 

A proprietary product for high-temperature, high-pressure, flammable and corrosive 

critical-process applications, the KTM Gratite ® seat offers superior performance and 

reliability. Patented (U.S. Patent 4,269,391), it is designed to operate within a 

temperature range from -50°F to 932°F. Gratite ® is a bonded composite of hard 

graphite material. The cushion seal provides resiliency during thermal expansioncontraction. 

The result is a seat with physical properties that are far superior to 

conventional ball valve seats of carbon graphite construction. 

• More economical than Stellite. 

• High resistance to thermal shock. 

For complete information on 

Gratite ® seat, see page 20. 

CF8M-316 SS ASTM-A216 WCB - Carbon Steel 

ANSI Class 300 

ANSI 

Class 150 


-50°F to 932°F 

Wide Temperature Range 

ANSI 

Class 150 

-20 100 200 300 400 500 600 700 800 900 1000 


ANSI Class 300



Technical Information 

W 

L 

L 

W 

H H 

Sizes 1/2" to 1" Sizes 1/2" to 2" Sizes 2 1/2" to 3" Sizes 4" to 8" 8" Gear operated Flange diameter 

150 lb. Class Dimensions, Full and Reduced Bore 

1/2" 0.50 4.25 2.38 5.13 0.25 5.0 – – – – – – 3.5 2.38 1.38 0.44 (4) 5/8 

3/4" 0.75 4.62 2.5 5.13 0.25 6.5 – – – – – – 3.86 2.76 1.69 0.44 (4) 5/8 

1" 1.0 5.0 3.0 6.31 0.31 10.0 – – – – – – 4.25 3.13 2.01 0.44 (4) 5/8 

1 1/2" 1.5 6.5 4.06 9.06 0.44 17.0 – – – – – – 5.0 3.88 2.87 0.56 (4) 5/8 

2" 2.0 7.0 4.5 9.06 0.44 23.0 – – – – – – 5.99 4.74 3.62 0.63 (4) 3/4 

2 1/2" 2.5 7.5 6.13 15.75 0.69 42.0 – – – – – – 7.01 5.49 4.13 0.69 (4) 3/4 

3" 3.0 8.0 6.5 15.75 0.69 51.0 – – – – – – 7.48 6.0 5.0 0.75 (4) 3/4 

4" 4.0 9.0 7.5 28.13 0.88 74.0 – – – – – – 9.02 7.5 6.18 0.94 (8) 3/4 

6" 6.0 15.5 10.75 45.06 1.06 151.0 5 10.5 10.0 28.13 1.06 121 10.98 9.51 8.5 1.0 (8) 7/8 

8" 8.0 18.0 13.5 59.0 1.42 238.0 6 11.5 10.75 45.06 1.25 182 13.5 11.75 10.63 1.13 (8) 7/8 

10" – – – – – – 8 13.0 15.94 59.45 1.42 267 15.98 14.25 12.76 1.19 (12) 1 


18 

L 

W 

L 

W 

H H 

4 1/2" 

L 

8" to 16 3/16" 

T 

dG CD 

N-h 

Gear operator 

E 

13 3/4" 

Stem Top 

Valve EB100 Full Bore Weight EB800 Reduced Bore Weight 150 Lb. Flange 

Size (d) Bore L H W E Lbs. (d) Bore L H W E Lbs. D C G T (N) - h 

23 5/8"



Technical Information 

300 lb. Class Dimensions, Full Bore 

Valve EB100 Full Bore 300 Lb. Flange Weight 

Size (d) Bore L H W E D C G T (N) -h Lbs. 

1/2" 0.5 5.5 2.25 5.13 0.28 3.74 2.62 1.38 0.56 (4) 5/8 5.5 

3/4" 0.75 6.0 2.5 5.13 0.28 4.61 3.25 1.69 0.63 (4) 3/4 7.0 

1" 1.0 6.5 3.0 6.25 0.31 4.88 3.5 2.01 0.69 (4) 3/4 11.0 

1 1/2" 1.5 7.5 3.75 9.5 0.47 6.14 4.51 2.87 0.81 (4) 7/8 24.0 

2" 2.0 8.5 4.25 9.5 0.47 6.5 5.0 3.62 0.88 (8) 3/4 33.0 

2 1/2" 2.5 9.5 5.5 15.75 0.67 7.48 5.87 4.13 1.0 (8) 7/8 52.0 

3" 3.0 11.13 6.0 15.75 0.67 8.27 6.61 5.0 1.13 (8) 7/8 79.0 

4" 4.0 12.0 7.0 27.5 0.87 10.0 7.87 6.18 1.25 (8) 7/8 91.0 

6" 6.0 15.88 10.75 43.25 1.06 12.52 10.63 8.5 1.44 (12) 7/8 233.0 

8" 8.0 19.75 13.5 59.0 1.42 15.0 12.99 10.63 1.63 (12) 1 267.0 

Weights for 6" and 8" are lever operated valves. For gear operated, add 30 lbs. for 6" and 55 lbs. for 8". 

Notes: 

1. Lever handle standard up to 8". Gear operators 

are available. KTM furnishes a lever handle for 

sizes up to 10" due to low operating torque. Gear 

operators are available at user’s option. 

2. KTM ball valves comply with one or more of the 

following standard specifications as to pressure, 

temperature ratings and dimensions: 

ANSI B1.20.1 Pipe Threads 

ANSI B16.5 Steel Pipe Flanges 

ANSI B16.10 Face-to-Face Dimensions 

ANSI B16.34 Valves - Flanged, 

threaded and welded end 

C v Values, Full and Reduced Bore 

1/2" 26 – 

3/4" 50 – 

1" 94 – 

11/2" 260 – 

2" 480 – 

21/2" Valve Size Full Reduced 

750 – 

3" 1300 – 

4" 2300 – 

6" 5400 1800 

8" 10000 2500 

10" – 4500 

Materials of Construction 

Body: Carbon Steel (A216, WCB) 

304 SS (CF8), 316 SS (CF8M) 

Ball: 304 SS (CF8), 316 SS (CF8M) 

Stem: 304 SS, 316 SS 

Seat: PTFE/PFA Copolymer 

Packing: PTFE or Soft Carbon 

Valve Class: 150 and 300 

Test pressure per API 6D: 

Shell (Hydrostatic) 

Class 150 – 425 psig (30 kgf/cm2) Class 300 – 1100 psig (77 kgf/cm2) Seat 

(Hydrostatic) 

Class 150 – 300 psig (21 kgf/cm2) Class 300 – 800 psig (56 kgf/cm2) (Air) 

Class 150 – 80 psig (6 kgf/cm2) Class 300 – 80 psig (6 kgf/cm2) Copyright © 2009 Tyco Flow Control. All rights reserved. KTMMC-0550 

19


Gratite ® Seat, Hi-Temp Ball Valves 

KTM’s Hi-Temp ball valves are designed 

to operate within a temperature range 

from -50ºF to 932ºF. They incorporate 

valve seats of Gratite ® material 

(a bonded composite of graphite) 

formed with flexible graphite which is 

used to cushion seal. The result is a 

seat with physical properties that are 

far superior to conventional ball valve 

seats of carbon graphite construction. 

Features 

• More economical than metal seat. 

• High resistance to thermal shock. 

• High electro conductivity helps 

eliminate need for grounding device. 

• Seats and seals are virtually 

chemically inert. 


• Two-piece body construction. 

• Fire-safe. 

• Easy actuator mounting. 

• Bi-directional flow. 


20 


• Extension bonnet 

Special Tests 


• X-ray 


Design: ASME B16.34 

End connection: ASME B16.5 


• Chemical plant 

• Oil refinery 

• Power plant 


• Steam 

• Dowtherm 

• Fused alkali 

• Fuel oil and gas 


Models/Sizes: ASME Class 150, 

Full bore 1/2" to 8" 

ASME Class 300, 


ASME Class 600, 


(Reduced bore available upon request) 

Pressure rating: ASME Class 150, 

300 and 600 

Temperature: -50°F to 932°F 

For Pressure/Temperature: 

ANSI 150 and 300 – refer to chart 

on page 17. 

ANSI 600 – refer to chart on page 28.

Gratite ® Seat Hi-Temp Ball Valves 

H H1 

L 

L1 

Sizes 1/2" to 4" 

Sizes 1/2" to 1 1/2" 

W 

ød 


W 

W 

H H1 

L 

L1 

Sizes 6" to 8" 

W 

ød 

D: Outside diameter 

C: Bolt circle diameter 

G: Raised face diameter 



h: Bolt hole size 



N-h 

f 

T 

Flange Ends 

150 lb Class Dimensions 

Valve EB100 Full Bore Weight 150 lb Flange 

Size (d) Bore L L1 H H1 Lbs. D C G T f (N) - h 

1/2" 0.5 4.25 1.9 3.2 2.6 7.9 3.5 2.38 1.38 0.44 0.6 (4) 5/8 

3/4" 0.75 4.62 2.0 3.3 2.8 7.9 3.86 2.76 1.69 0.44 0.6 (4) 5/8 

1" 1.0 5.0 2.2 3.9 3.2 9.4 4.25 3.13 2.01 0.44 0.6 (4) 5/8 

11/2" 1.5 6.5 2.95 4.9 4.3 13.8 5.0 3.88 2.87 0.56 0.6 (4) 5/8 

2" 2.0 7.0 3.1 5.3 4.7 13.8 5.99 4.74 3.62 0.63 0.6 (4) 3/4 

3" 3.0 8.0 3.9 6.9 – 23.6 7.48 6.0 5.00 0.75 0.6 (4) 3/4 

4" 4.0 9.0 4.5 9.4 7.9 42.0 9.02 7.5 6.18 0.94 0.6 (8) 3/4 

6" 6.0 15.5 7.1 13.0 11.2 65.0 10.98 9.51 8.50 1.00 0.6 (8) 7/8 

8" 8.0 18.0 8.9 16.0 14.4 89.0 13.5 11.75 10.63 1.13 0.6 (8) 7/8 

300 lb Class Dimensions 

Valve EB100 Full Bore Weight 300 lb Flange 

Size (d) Bore L L1 H H1 Lbs. D C G T f (N) - h 

1/2" 0.5 5.5 2.4 3.2 2.6 7.9 3.74 2.62 1.38 0.56 0.6 (4) 5/8 

3/4" 0.75 6.0 2.8 3.3 2.8 7.9 4.61 3.25 1.69 0.63 0.6 (4) 3/4 

1" 1.0 6.5 2.9 3.9 3.2 9.4 4.88 3.50 2.01 0.69 0.6 (4) 3/4 

11/2" 1.5 7.5 3.1 4.9 4.3 13.8 6.14 4.51 2.87 0.81 0.6 (4) 7/8 

2" 2.0 8.5 3.5 5.3 4.7 13.8 6.5 5.0 3.62 0.88 0.6 (8) 3/4 

3" 3.0 11.13 4.7 6.9 – 23.6 8.27 6.61 5.00 1.13 0.6 (8) 7/8 

4" 4.0 12.0 5.7 9.4 7.9 42.0 10.0 7.87 6.18 1.25 0.6 (8) 7/8 

6" 6.0 15.88 7.5 13.0 11.2 65.0 12.52 10.63 8.50 1.44 0.6 (12) 7/8 

8" 8.0 19.75 9.3 16.0 14.4 89.0 15.0 12.99 10.63 1.63 0.6 (12) 1 

L 

L1 

W 

H1 

H2 

ød 

H 

L 

Handle for 

Valve Size 3" 


Valve Size 2" 


Valve Size 4" 

L1 

(Uni-directional flow) 


W 

ød 

H1 

H2 

H 

W 

H1H 

D: Outside diameter 








d G C D 

N-h 

f 

T 

Flange Ends 

Valve EO100 Full Bore Weight 600 lb Flange 

Size (d) Bore L L1 H H1 Lbs. D C G T f N-h 

1/2" 0.5 6.5 2.9 3.9 3.0 9.4 3.7 2.6 1.37 0.56 0.25 (4)-16 

3/4" 0.75 7.5 3.4 4.1 3.2 9.4 4.6 3.2 1.7 0.63 0.25 (4)-19 

1" 1.0 8.5 3.9 4.9 4.0 13.8 4.9 3.5 2.0 0.69 0.25 (4)-19 

11/2" 600 lb Class Dimensions 

1.5 9.5 4.4 5.3 4.4 13.8 6.1 4.5 2.9 0.88 0.25 (4)-22 

2" 2.0 11.5 5.7 {5.0} 7.4 {7.0} 7.0 {6.7} 23.6 6.5 5.0 3.6 1.00 0.25 (8)-19 

3" 3.0 14.0 7.0 9.6 {8.8} 7.9 {7.1} 42.0 8.3 6.6 5.0 1.25 0.25 (8)-22 

4" 4.0 17.0 8.5 13.3 11.1 65.0 10.7 8.5 6.2 1.50 0.25 (8)-25 

{ } – Dimensions for Stainless Steel Body 

L 

L1 

(Uni-directional flow) 

Sizes 4" 

ød 

W 

H1 

H2 

H 

d G C D 


21


NoFill Cavity Free Valve - Full Bore, EB100 Omni II Style 

Proprietary Micro-space 

Design Helps Reduce 

Reactive Buildup. 

A frequent problem in processing 

products ranging from reactive 

monomers such as styrene and 

butadiene to starches and slurries is 

that they can, and do, build up – and 

polymerize or ferment – within the 

“cavities” or open spaces inside the 

valves controlling the process. 

Until now the response to this problem 

has been to fill the cavities with PFA, 

FEP or another “foreign” material. 

A more complete solution is KTM’s 

NoFill valve. As its name implies, the 

NoFill uses no filling material of any 

kind. Instead, the cavity has been 

completely eliminated – except for the 

micro-space required for ball movement 

(shown here in red). Depending upon 

the valve size, that micro-space ranges 

from 0.5 to 1.0 millimeter. All wetted 

surfaces are stainless steel, polished to 

a mirror finish. 


22 

This technology from KTM is superior 

because: 

• The micro-space is designed to 

severely restrict the area where 

product can collect and build up 

over time. 

• The mirror-finished interior helps 

drastically reduce the potential for 

bonding. 

• There is no excess material to flake 

off with wear, helping reduce product 

contamination. 

• Solidification of media is much more 

manageable, should a severe 

process change occur. 

• The stainless steel interior lasts much 

longer, resulting in less down-time. 

This, plus easy maintenance, 

translates to a lower total cost of 

ownership. 

Applications 

• Styrene 

• Butadiene 

• Methylene chloride 

• Starches 

• Slurries 

• Food processing 

• Fermentation 

• Pharmaceuticals


NoFill Cavity Free Valve - Full Bore, EB100 Omni II Style 

The micro-space required for 

ball movement is highlighted 

in red for emphasis. 

5 2 

More Reasons to Choose 

KTM’s NoFill 

The KTM NoFill features a bi-directional 

floating design with maximum Cv values 

that provide minimal pressure drop 

through the valve. 

The NoFill’s spherical-shaped seats 

help ensure 360° sealing. The seat itself 

is KTM’s E-seat, a unique molecularlyenhanced 

copolymer of PTFE and PFA. 

This strong, low-permeability material 

provides chemical resistance to reactive 

monomers. In high temperature 

operations, the seat remains white, 

eliminating the risk of color 

contamination associated with seats 

made from darker reinforced materials. 

For abrasive processes, the NoFill is 

also available with metal seats. 

The NoFill valve comes in two-way and 

Y-pattern diverter configurations. 

4 

1 

3 

Specifications 

Valve Model 

Full Bore, 

EB100 Omni II Style 

Body Material 

A-351, Gr. CF8M 

A-351, Gr. CF8 

Ball/Stem A-276, Tp. 316 SS 

Material A-276, Tp. 304 SS 

Seat Material PTFE/PFA Copolymer 

Gland Packing TFE (Standard) 

Material GRAFOIL ® (Optional) 

ANSI Class 

150 

300 

Mounting Pad ISO 5211 (not shown) 

L = Lever 

Operator W = Oval Handwheel 

G = Gear 

Special Feature NoFill Micro-space Design 

Size Range 0.5" to 8.0" Full Port 

1. Rugged stainless steel body design. 

2. Bi-directional floating design. 

3. Mirror-finish stainless steel surface on 

all wetted areas. 

4. Strict “micro-space” ball clearance 

tolerances: 

• 0.5 mm for valves sized 1/2" to 2" 

• 1.0 mm for valves sized 21/2" to 8" 

5. Spherically-shaped seats ensure 

positive 360° sealing. 


23


Metaltite Metal Seated Valves - 1/2" to 20" 

Features 

• Superior quality and dependability: 

We make sure the quality is built-in, 

beginning at our own foundries and 

through rigorous testing each step of 

our fully integrated manufacturing 

process. Every KTM valve is 

serialized and comes with a complete 

set of mill test reports that ensures its 

quality – and guarantees its 

performance. Very few valve 

manufacturers can match this feature. 

• Long life: Built rugged to withstand 

the toughest operating conditions, 

KTM valves have a documented 

history of long, uninterrupted service. 

• Broad product range: We offer a wide 

selection of specifications that allow 

you to select the right valve to meet 

the requirements of your operating 

process. 

• Availability: Historically designed as 

customized products to meet specific 

customer needs, our metal seated 

valves today are mass produced, 

which means they are available “off 

the shelf.” No long wait for delivery. 

• Experience: KTM has been making 

metal seated valves for more than a 

quarter of a century. Our worldwide 

installed base is very large. 

• Conformance: Precision lapping of 

ball to seat and high-precision 

machining result in superior ball 

and seat interfacing for tight shut-off, 

conforming to ANSI FCI 70-2 Class V 

and Class VI. 


24 


• Clean liquids 

• Dirty liquids 

• High viscosity 

• Scaling liquids 

• Corrosive 

• Erosive 

• Waste treatment 

• Sludge 

• Pulp stock 

• Saturated steam 

• Superheated steam 

• Wet slurries: 

- Pellets 

- Monomers 

- Abrasive 

- Fibers 

• Dry slurries: 

- Powder 

- Polymer fluff 

- Pellets 

• Clean gasses 

• Dirty gasses 

• High temperature 

• High velocity



V-Port Valves for Dual Function, 

On/Off or Modulating 

KTM’s Single V and Dual V are rugged 

dual-function valves that can be used 

in On/Off applications as well as 

modulating applications. These valves 

are designed to provide solutions to 

specific operating needs. 

Single V Offers: 

• Shearing action 

• Low torque 

• Upstream single-seat trunnion design 

• Non-clogging 

• 100:1 rangeability 

• No body cavity 

• No downstream seat allows media 

to flow freely and smoothly, help 

prevent buildup 

• Rugged split-body design 

• Adjustable gland packing 

• Inherently fire-safe design 

• Anti-static grounding device 

• Blow-out proof stem 

Dual V Offers: 

• Shearing action 


• Upstream single-seat trunnion design 

• Non-clogging 

• 250:1 rangeability 

• No body cavity 

• No downstream seat allows media 

to flow freely and smoothly, helps 

prevent buildup 

• Compact unibody design 

• Class V shut-off 

• Integral ISO mounting pad 

• Easy installation, versatile end 

connections 




• Flanged and wafer designs 


Omni and Y-Pattern Valves for 

On/Off Applications 

KTM’s Omni family of valves are 

unmatched in general-purpose On/Off 

applications. Our Y-Pattern valve adds 

dependable diverter capabilities where 

operations require them. 

Omni II Offers: 

• Fugitive emission control 

• Integral ISO mounting pad 


• Live-loaded adjustable gland packing 




• Radial tost bearing 

Trunnion Offers: 

• Double block and bleed 

• True trunnion design 


• Integral mounting pad 



• Inherently fire-Safe design 


• Powder guard feature 


Y-Pattern Offers: 

• Slurry diverter service 

• Minimum body cavity 

• Polished bore 

• 135° operation 

• Piggability 

• Top entry 





• No mixing of media when 

changing flow 


25



Valve Selection and Seat Designs 

Valve Type: Single V 

Model No.: (WO 400/600) 

Seat Design/ A-1/Class IV 

Seal Class: A-2/Class II 

Characteristics: 

Temp -20°F to 482°F, Single seat 

Uni-directional Trunnion Design 

ANSI 150/300, 1" to 20" 

Modulating, On/Off 

Valve Type: Dual V 

Model No.: (WA Series) 

Seat Design/Seal Class: B/Class V 


Temp -20°F to 518°F, Single seat 


ANSI 150/300, 1" to 8" 

Modulating, On/Off 

Valve Type: Omni II 

Model No.: (EB100) 

Seat Design/Seal Class: C/Class V 


Temp -20°F to 932°F, Two seats 

Bi-directional Floating Design 

ANSI 150/300, 1/2" to 8" 

On/Off 

Valve Type: Trunnion 

Model No.: (EO1200) 

Seat Design/ D/Class V 

Seal Class: E/Class V 

F/Class V 

G/Class V 


Temp -20°F to 932°F, Two seats 

Bi-directional or Single seat 


ANSI 150/300, 2" to 20" 

ANSI 600, 2" to 16" 

On/Off 

Valve Type: Y-Pattern Diverter 

Model No.: (E3700) 

Seat Design/Seal Class: H/Class V 


Temp -20°F to 482°F, Three seats 

Trunnion Design 

ANSI 150/300, 1" to 12" 

ANSI 600, 1" to 3" 

Diverting 

Wonder Wonder Valve Valve (V-port) (V-port) 

Omni 2 


26 

Omni 2 

A-1 A-2 

Class IV, Laminated seat Class II, Thick seat 

B 

D-D 

6" to 20" 

Same seat applies to both sides. 

Class V, Spring loaded stellited seat 

C-1 C-2 

Bi-directional: Preferred flow is cap to body. 

Scraper type with powder guard seals max. temp. 482°F 

F-F 

G-G 

6" to 20" 

H 

Standard type 

max. temp. 482°F 

E-E 

2" to 4" 

High temperature 

applications max. temp. 

932°F

Energy and Process Valve - 1/2" to 2" 

Features 

• Patented seat design has proven 

performance in both energy and 

process applications. 

• Valve seats are Gratite ® (a bonded 

composite of hard graphite) which 

forms the seat along with soft carbon 

used for the cushion seal. 

• The result is a seat with physical 

properties that are far superior to 

conventional ball valve seats of 

carbon graphite construction. 

• Designed for zero leakage (liquid 

service). 

• Full bore. 

• Full ANSI rating and suitable for 

ON-OFF service up to 932°F. 

• Reduces energy costs. 

• Seats and seals virtually chemically 

inert. 


• Higher CV than gate or globe valves. 

• Inherently fire-safe. 

• Designed to resist thermal and 

pressure shock. 

• Can be welded in line without 

disassembly. 

• Easy parts replacement. 

• Two-piece body. 






Process: 

• Vacuum service 

• Refinery products 

• Slurry service 

• Viscous materials 

• Air 

• Water 

Energy: 

• Steam 

• Hot liquids 

• Hot gases 

• BTU conservation 


Size range: Full bore 

1/2" to 2" 

ANSI Class 300 and 600 


27


Energy and Process Valve - 1/2" to 2" 

2 

3 

4 

13 

14 

1 

Notes: 

1. * Denotes Spare Parts 

2. After Model No. add “SE” for Screw Ends or 

“SW” for Socket Weld 

U.S. Patent 4,269,391 



18 

6 

3 

Detail “A” 

12 

15 

11 

7 

21 

16 

8 

16 

21 

5 

10 

S 

1 

20 

19 

CF8M-316 SS 

L 

1600 

1400 

1200 

1000 

800 

600 

400 

200 

0 

-20 100 200 300 400 500 600 700 800 900 1000 




Note: ANSI B16.34 temperature limitation is 800°F on WCB material. 

17 

L 1 

9 

W 

See Detail “A” 

Dimensions and C V Value 

Material and Model Numbers 


28 

d 

H 

No. Part EB162-32/39FU-30 EB132-32/39FU-30 

1 Body A216 Gr. WCB Gr. CF8M 

or A105 or 316 SS 

2 Body Cap A216 Gr. WCB A351 Gr. CF8M 

or A105 or 316 SS 

3 Ball 316 SS 316 SS 

*4 Gasket Soft Carbon Soft Carbon 

5 Stem 329 SS 329 SS 

*6 Seat Carbon Carbon 

7 Gland Flange Carbon Steel 304 SS 

*8 Gland Packing Soft Carbon Soft Carbon 

9 Live Loading Spring 304 SS 304 SS 

10 Tost Bearing 316 SS 316 SS 

11 Stopper Carbon Steel 304 SS 

12 Handle Ductile Iron Ductile Iron 

13 Stud A193 Gr. B7 304 SS 

14 Nut A194 Gr. 2H 304 SS 

15 Snap Ring Steel 304 SS 

16 Tost Washer 316 SS 316 SS 

17 Gland Bolt 304 SS 304 SS 

*18 Seat Retainer 316 SS 316 SS 

19 Inner Ring 316 SS 316 SS 

*20 Cushion Soft Carbon Soft Carbon 

*21 Stem Bearing Soft Carbon Soft Carbon 

Valve 

Size Bore (d) L L 1 H W S C V 

1/2" 0.50 5.51 2.76 2.60 7.87 0.28 26 

3/4" 0.75 5.98 3.00 2.76 7.87 0.28 50 

1" 1.00 6.50 3.50 3.23 9.45 0.31 94 

1 1/2" 1.50 7.48 3.86 4.33 13.78 0.47 260 

2" 2.00 8.50 4.25 4.72 13.78 0.47 480 


ASTM A216 WCB 

1600 

1400 

1200 

1000 

800 

600 

400 

200 

0 

-20 100 200 300 400 500 600 700 800 900 1000 



ANSI Class 300

Features 

• A single KTM 3-way valve replaces 

several 2-way valves, saving valuable 

space and simplifying piping. 


standard E-seat. 


concern over product contamination. 

• Suitable for high temperature 

applications when equipped with 

exclusive Gratite ® seat. 

• Positive alignment of body. 


• More than 50% of stem length is 

supported by bushing and valve 

body. 

• Packing acts as seal instead of stem 

support, minimizing stem leaks. 

• Stainless steel static grounding 

device. 





rings help reduce friction. 

• Two-seat design has lower operating 

torque, easing operation and 

reducing actuator cost. 







3-Way Ball Valve, 2-Seats - EO3100 Full Bore and Reduced Bore, “L” Port 


Dividing or mixing of liquids 

Special Tests 




• X-ray 


Size range: EO3100 Full bore 

11/2" to 8" 

EO3800 Reduced bore 

6" to 10" 

Standard Materials 


304 SS (CF8) 

316 SS (CF8M) 

Ball: 304 SS (CF8) 

316 SS (CF8M) 

Stem: 304 SS, 316 SS 

Seats: Choose from five seat materials 

E-seat -94°F to 400°F 

(PTFE/PFA copolymer) 

F-Gratite ® hard seat -50°F to 932°F 

G-Reinforced PTFE -94°F to 400°F 

PEEK -20°F to 550°F 

T-PTFE -94°F to 400°F 


29


3-Way Ball Valve, 2-Seats - EO3100 Full Bore and Reduced Bore, “L” Port 


The EO3100 and EO3800 are available 

with soft or hard seats. Each offers a 

range of performance suitable to many 

applications. 

The standard soft seat is our E-seat 

PTFE/PFA copolymer. You may also 

choose PTFE. Each is retained in the 

same manner. 

L 2 

Also available in 

Hard Gratite ® Seat 

-50°F to 932°F 

Wide Temperature Range 

L 2 

150 lb. Class Dimensions 

L 

A proprietary product for hightemperature, 

high-pressure, flammable 

and corrosive critical-process 

applications, the KTM Gratite ® seat 

offers superior performance and 

reliability. Patented (U.S. Patent 

4,269,391), it is designed to operate 

within a temperature range from 

-50°F to 932°F. Gratite ® is a bonded 

composite of hard graphite material 

sealing surface the cushion seal, 

providing resiliency. The result is a 

seat with physical properties that are 

far superior to conventional ball valve 

seats of carbon graphite construction. 


30 

Port Arrangements 

Form 1 

3-Way “L” Port 

Form 2 

C V Values, Full and Reduced Bore 

Valve Full Reduced 

Size EO3100 EO3800 

1 1/2" 53 – 

2" 102 – 

2 1/2" 144 – 

3" 247 – 

4" 425 – 

6" 970 670 

8" 1700 996 

Valve EO3100 EO3800 150 Lb. Flange 

Size (d) Bore L L 2 H W Wt./Lb (d) Bore L L 2 H W Wt./Lb D C G T (N) - h 

1 1/2" 1.50 8.27 4.13 3.81 9.00 21 – – – – – – 5.00 3.88 2.87 0.56 (4) 5/8 

2" 2.00 8.66 4.34 4.25 9.00 29 – – – – – – 5.99 4.74 3.62 0.63 (4) 3/4 

2 1/2" 2.50 9.84 4.94 5.63 15.75 42 – – – – – – 7.01 5.49 4.13 0.69 (4) 3/4 

3" 3.00 10.24 5.13 6.00 15.75 56 – – – – – – 7.48 6.00 5.00 0.75 (4) 3/4 

4" 4.00 12.99 6.50 7.00 27.50 97 – – – – – – 9.02 7.50 6.18 0.94 (8) 3/4 

6" 6.00 16.93 8.47 10.75 43.25 187 5.00 16.93 8.47 10.00 43.25 155 10.98 9.51 8.50 1.00 (8) 7/8 

8" 8.00 21.26 10.63 13.50 59.00 264 6.00 21.26 10.63 10.75 43.25 215 13.50 11.75 10.63 1.13 (8) 7/8 


Valve EO3100 EO3800 300 Lb. Flange 

Size (d) Bore L L 2 H W Wt./Lb (d) Bore L L 2 H W Wt./Lb D C G T (N) - h 

1 1/2" 1.50 8.66 4.31 3.81 9.00 32 – – – – – – 6.14 4.51 2.87 0.81 (4) 7/8 

2" 2.00 9.44 4.72 4.25 9.00 37 – – – – – – 6.50 5.00 3.62 0.88 (8) 3/4 

2 1/2" 2.50 10.63 5.31 5.63 15.75 50 – – – – – – 7.48 5.87 4.13 1.00 (8) 7/8 

3" 3.00 11.42 5.72 6.00 15.75 79 – – – – – – 8.27 6.61 5.00 1.13 (8) 7/8 

4" 4.00 13.78 6.91 7.00 27.50 112 – – – – – – 10.00 7.87 6.18 1.25 (8) 7/8 

6" 6.00 18.11 9.06 10.75 43.25 224 5.00 18.11 9.06 10.00 43.25 180 12.52 10.63 8.50 1.44 (12) 1 

8" 8.00 22.44 11.25 13.50 59.00 308 6.00 22.44 11.25 10.75 43.25 253 15.00 12.99 10.63 1.63 (12) 1

Features 

• Equipped with 4-seats so either 

port can be used as an inlet without 

leakage. 




• Positive alignment of body. 




body. 




device. 


± 0.0008", and a 4 RMS surface finish 

are unsurpassed. 









KTM 3-Way Ball Valve, 4-Seats - E3900 Full Bore, “L” Port and “T” Port 



Special Tests 




• X-ray 


Size range: E3900 Full bore 

1/2" to 8" 



304 SS (CF8) 

316 SS (CF8M) 

Ball: 304 SS (CF8) 

316 SS (CF8M) 

Stem: 304 SS 

316 SS 

Seats: Select from these seat materials 

G-Reinforced PTFE 

-20°F to 300°F 

E-PTFA/PFA 

-20°F to 300°F 

T-PTFE 

-20°F to 300°F 


31


KTM 3-Way Ball Valve, 4-Seats - E3900 Full Bore, “L” Port and “T” Port 



3-Way “T” Port 

C v Values 

Form 1 


Form 2 Form 3 Form 4 

Form 1 Form 2 Form 3 Form 4 

1/2" 8 6 23 

3/4" 14 13 45 

1" 22 20 84 

11/2" 57 50 230 

2" 110 100 430 

21/2" Size “L” Port, Form 1, 2 “T” Port, Form 2, 3 “T” Port, Form 4 

160 150 670 

3" 260 240 1170 

4" 446 400 2070 

Valve E3900 150 Lb. Flange 

Size (d) Bore L L 2 H W Wt./Lb D C G T (N) - h 

1/2" 0.50 5.51 2.76 2.76 6.30 10 3.50 2.38 1.38 0.44 (4) 5/8 

3/4" 0.75 5.91 2.95 3.39 9.06 12 3.86 2.76 1.69 0.44 (4) 5/8 

1" 1.00 6.30 3.15 3.46 9.06 15 4.25 3.13 2.01 0.44 (4) 5/8 

1 1/2" 1.50 8.27 4.13 5.20 15.75 30 5.00 3.88 2.87 0.56 (4) 5/8 

2" 2.00 8.66 4.33 5.39 15.75 40 5.99 4.74 3.62 0.63 (4) 3/4 

2 1/2" 2.50 9.84 4.92 6.38 27.56 55 7.01 5.49 4.13 0.69 (4) 3/4 

3" 3.00 10.24 5.12 6.69 27.56 75 7.48 6.00 5.00 0.75 (4) 3/4 

4" 4.00 13.00 6.50 9.01 43.30 125 9.02 7.50 6.18 0.94 (8) 3/4 

6" 6.00 20.00 10.00 – – 420 10.98 9.51 8.50 1.00 (8) 7/8 

8" 8.00 22.83 11.50 15.70 – 537 13.50 11.75 10.63 1.13 (8) 7/8 

H 

1/2" and 3/4" 

W 

T 

d 

G 

0.06" 

[0.6 mm] 

1" to 8" 


32 

C 

N-h 

D 

H 

W 

T 

d 

G 

0.06" 

––––––– 

0.6mm 

C 

D 

L 2 

L 2 

L

Features 

• Equipped with 4-seats so either port 

can be used as an inlet without 

leakage. 







body. 




device. 












3-Way Top Entry Ball Valve, 4-Seats - E3200 Full Bore, Reduced Bore “L” Port and “T” Port 



Special Tests 




• X-ray 


Size range: 

6" to 8" – Reduced Bore, ANSI 150 

1 /2" to 4" – Full Bore, ANSI 300 



304 SS (CF8) 

316 SS (CF8M) 

Ball: 304 SS (CF) 

316 SS (CF8M) 

Stem: 304 SS 

316 SS 

Seats: Select from these seat materials 

G-Reinforced PTFE 

-20°F to 300°F 

E-PTFA/PFA 

T-PTFE 

-20°F to 300°F 


33


3-Way Top Entry Ball Valve, 4-Seats - E3200 Full Bore, Reduced Bore “L” Port and “T” Port 




C v Values 

E3200 Reduced Bore 

Form 1 Form 2 


Size “L” Port, Form 1, 2 “T” Port, Form 2, 3 “T” Port, Form 4 

H 

6" 738 660 1700 

8" 1096 990 2250 


E3200 Reduced Bore 

Valve 150 Lb. Flange 

Size d1 L L2H W Wt./Lb D C G T (N) -h 

6" 5.00 20.06 10.03 14.61 33.50 344 10.98 9.51 8.50 1.00 (8) 7/8 

8" 6.00 22.84 11.41 16.38 59.00 375 13.50 11.75 10.63 1.13 (8) 7/8 

W 

L 2 

N-h 

d 1 

T 

d 

G 

C 

D 

.06" 

[1.6mm] 

“L” Port 


34 

L 2 

L 2 

L 

“T” Port 

L 2 

L 2 

L

Model EO3100 and EO3800 ball valves 

are used for diverting or mixing fluids. 

The 2-seat design reduces torque 

considerably when compared to 4-seat 

design with standard soft seats. Can be 

made suitable for high and low 

temperature applications. 


KTM 3-Way Ball Valve Application Information - Full Bore, Reduced Bore “L” Port and “T” Port 

Model E3900 and E3200 ball valves are 

used for diverting or mixing fluids. The 

4-seat design offers additional port 

arrangements. A greater C v value is 

achieved in most sizes. Media trapped 

in the valve cavity is reduced 

substantially with additional seats. 

2-Seats 4-Seats 4-Seats 

Model EO3100 EO3800 E3900 E3200 

Bore Full Reduced Full Full and Reduced 

Port Style 

Pressure Class, Size Range 

“L” Port “L” Port “L” Port, “T” Port “L” Port, “T” Port 

ANSI Class 150 11/2" to 12" 6" to 10" 1/2" to 8" 6" to 8" (Reduced) 

ANSI Class 300 11/2" to 12" 6" to 10" 1/2" to 4" (Full) 

ANSI Class 600 11/2" to 4" 

Body Materials 

Carbon Steel Carbon Steel Carbon Steel 

1 

316 SS 316 SS 316 SS 

316 SS Alloy 20 316 SS Alloy 20 316 SS Alloy 20 

Ball/Trim Options Monel ® Hastelloy ® C Monel ® Hastelloy ® C Monel ® Hastelloy ® C 

Special Special Special 

Available Seat Materials E-seat PTFE/PFA G-Reinforced PTFE G-Reinforced PTFE 

Maximum Temperature -94°F to 400°F -20°F to 300°F -20°F to 300°F 

F-Gratite ® hard seat E-PTFE/PFA H-Reinforced PTFE with 

-50°F to 932°F -20°F to 300°F 316 SS retainer ring 

H-Reinforced PTFE with -20°F to 300°F 

316 SS retainer ring T-PTFE 

-20°F to 500°F 

PEEK 

-20°F to 550°F 

-20°F to 300°F 

Port Arrangements 3-Way “L” Port 


Form 1 Form 2 




Notes: 

1. Other materials and trim combinations are available. For more information, please contact your sales representative. 

2. For applications requiring increased velocity, reduced-bore valves are available in “ L ” Port as EO3800 (6" to 10") and in “ T ” Port as E3200/RB (6" to 8"). 


35

Percent of maximum flow 


2-Seats Port Arrangements 

100 

90 

80 

70 

60 

50 

40 

30 

20 

10 

0 

A B 

2-Seat Design 

EO3100 “L” Port 

PB > PC 

PB < PC 

Form 1 Form 2 

Flow characteristics for 

“L” Port when dividing flow 

Form 1 Form 2 

Total Flow 

A C 

10 20 30 40 50 60 70 80 90 100 

Percent of “L” Port Stroke 

The above shows the calculated flow to 

each run port when splitting flow from inlet 

port. Always specify operating forms 

desired with either “L” or “T” port type ball 

C v Values, 2-Seats (“L” Port) 

E03100 E03800 

Full Bore Reduced Bore 

Size “L” Port “L” Port 

inches Form 1, 2 Form 1, 2 

1 1/2" 53 – 

2" 102 – 

2 1/2" 144 – 

3" 247 – 

4" 425 – 

6" 970 670 

8" 1700 996 

4-Seats Port Arrangements 

PB > PC 

PB < PC 

Form 1 Form 2 


36 

In the “L” port configuration, the 4-seat design has the capacity to function either as a diverter 

valve or a block valve 

As with all floating 3-way ball valve designs, flow path pressure must be slightly higher than 

the shut-off pressure. For example on Form 2 and 4: P B 

and P c = Pressure in line “C”. 

Inlet A 

Inlet B 

Inlet C 

4-Seat Design 

E3900 / E3200 

“L” Port 

PB > PC 

E3900 / E3200 “T” Port 

PB < PC 

Form 3 Form 4 




C v Values, 4-Seats (“L” and “T” Port) 

E3900 Full Bore E3200 Reduced Bore 

Size “L” Port “T” Port “T” Port “L” Port “T” Port “T” Port 

inches Form 1, 2 Form 2, 3 Form 4 Form 1, 2 Form 2, 3 Form 4 

1/2" 8 6 23 – – – 

3/4" 14 13 45 – – – 

1" 22 20 84 – – – 

1 1/2" 57 50 230 – – – 

2" 110 100 430 – – – 

2 1/2" 160 150 670 – – – 

3" 260 240 1170 – – – 

4" 446 400 2070 – – – 

6" 1600 1400 5000 738 660 1700 

8" 2800 2000 9000 1096 990 2250

“ L” Port – 2-Seats 

“ L” Port – 2- or 4-Seats 

“ L” Port – 2-Seats 

“T” Port – 4-Seats 





KTM 3-Way Ball Valve Application Information - Full Bore, Reduced Bore “L” Port and “T” Port 

Applications Description Flow Forms 

Process Unit 

Tank Tank 

A 

B 

Media A 

Media B 

Dehydrator 

Omni-II OMNI-II 

Fire-tested 

Fire Tested 

Regenerator 

“R” 

Media A + B 

Omni-II OMNI-II 

Fire-tested 

Fire Tested 

Transflow 

EO3132L-32ET-15L 

E3932L-32GT-15L 

Diversion 

EO3132L-32ET-15L 

E3932L-32GT-15L 

Balancing, 

Blending or 

Proportioning 

EO3132L-32ET-15L 

E3932L-32GT-15L 

Recirculation 

or Recycling 

E3932T-32GT-15L 

By-Pass 

E3932T-32GT-15L 

Tandem 

Selector 

Shut-off 

E3932T-32GT-15L 

Fire-safe and 

Fire-tested 

Systems 

EO3132L-32EU-15L 

E3932L-32GU-15L 

E3932T-32GU-15L 

Form 2 Form 1 

Form 1 Form 2 

Form 2 Form 1 

Form 4 Form 3 

Form 2 Form 3 

Form 1 

(1) Please contact KTM for related article, “High-Performance Ball Valves in Dual Relief Systems.” 

Transflow valves allow the 

operator to channel the pressure 

from the failed safety valve to the 

standby valve without shutting 

down the system. The faulty 

valve can then be replaced. 

Change flow from one process to 

another. Delivery of media from 

multiple storage areas. Delivery 

of multiple feedstocks to 

storage. 

For temperature control, 

blending of media or balancing 

of flow rates. 

Addition or removal of media 

from a system. 

Allows maintenance or calibration 

without system shutdown. “R” 

represents any meter, pump, 

transducer, instrumentation, etc. 

Allows maintenance on equipment 

that must remain in the system. 

Allows two pieces of equipment to 

be used simultaneously. 

Inherently 3-way valves alone cannot be 

fire-safe because their multiport design 

does not allow them to shut off. 3-way 

valves are available with fire-safe gaskets 

and gland packing. A fire-tested system 

can be achieved by replacing the 3-way 

with Omni II fire-tested (API 607 Rev. 4 

and EXES 3-14-1-21) on two ports, thus 

creating a 3-way “L” port or a “T” port. 


37


Ball Valves for Low Temperature and Cryogenic Applications 

KTM ball valves have been widely used 

in low temperature and cryogenic 

applications, including LNG (Liquefied 

Natural Gas) which is fast becoming a 

better alternative source of energy. With 

a proven design and after many 

successful references, the KTM brand 

name continues to be preferred by endusers 

as the process quality ball valve 

of choice. 

Features 

• Extension bonnet protects the gland 

packing. Two types of extension 

bonnet (short and long) are available 

to better locate the “Gland Packing” 

at ambient temperature zone. This will 

help protect it from freeze-damage 

caused by low temperature fluid. 

• Cavity pressure relief. 

• Excellent seat and seal design 

minimizes leakage. 

• Low operating torque for smoother 

operations. 

• Fire-safe design. 

• Fugitive emission compliance. 

• Rigid body construction minimizes 

thermal shrinkage. 


• ASME B16.34, B16.5 

• BS 6755, BS 6364 (Valves for 

cryogenic service) 

• Shell MESC 77/306 

• CE marking (PED) 97/23/EC 


38 

Special Tests 

• Liquid penetrant test 

• PMI test 

• X-ray test 

• Pressure test at low temperature 


• Propane -44°F 

• Ethane -128°F 

• Ethylene -155°F 

• Methane -260°F 

• Liquefied natural gas (LNG) -260°F 

• Oxygen -297°F 

• Nitrogen -320°F 


Design type: Floating, Trunnion 

Sizes: 

1/2" to 30" 

Pressure rating: ASME Class 150, 


Temperature: Room temperature 

to -320°F 

Body material: A352 Gr. LCC/LCB 

(-50°F) 

A351 Gr. CF8/CF8M 

(-320°F)



Notes: 

ASME Class 150 and 300 

Sizes 1/2" to 8" 

ASME Class 600 

Sizes 1/2" to 11/2" Materials of Construction 

Body: Carbon steel (LCB, LCC) 

Stainless steel (CF8, CF8M) 

Ball: Stainless steel (CF8, CF8M) 

Stem: Stainless steel 

(304 SS, 316 SS) 

Seat: PTFE 

Packing: PTFE, Graphite 

Floating Type Ball Valve Structure (Long Bonnet) 

Gland 

Packing 

Extension 

Bonnet 

Stem 

Seat 


Body 

Body 

Cap 

FLOW 


39 

Seat



Trunnion Type Ball Valve Structure (Short Bonnet) 

Gland 

Packing 

Extension 

Bonnet 

Stem 

Body 

Seat 


Seat 

Body 

Cap 

Lower 

Stem 

FLOW 


40 

Notes: 

ASME Class 150 and 300 


ASME Class 600 


Materials of Construction 

Body: Carbon steel (LCB, LCC) 

Stainless steel (CF8, CF8M) 

Ball: Stainless steel (CF8, CF8M) 

Stem: Stainless steel 

(304 SS, 316 SS) 

Seat: Reinforced PTFE 

Packing: O-ring, PTFE, Graphite

Propane (-44°F) 

Ethane (-128°F) 

Ethylene (-155°F) 

LNG (-260°F) 

Nitrogen (-320°F) 

Propane (-44°F) 

Ethane (-128°F) 

Ethylene (-155°F) 

LNG (-260°F) 

Nitrogen (-320°F) 

1/2" 

1/2" 

12" 



Pressure - Temperature Classification (Floating type) 

Extension 

Maximum Allowable 

Seat Leakage3 at 

Working Valve ASME Bonnet Seat Cryogenic Temperatures Flow 

Category Temperature Size Class Length Design (cc/min/inch4) Direction 

A -22°F to -58°F 1/2" to 8" 150 and 300 Short1 Standard 0 Bi-directional (Gas) 

A -60°F to -94°F 1/2" to 8" 150 and 300 Long2 Standard 0 Uni-directional (Liquid) 

B -96°F to -155°F 1/2" to 8" 150 and 300 Long2 Upstream spring 255 Uni-directional 

C -157°F to -320°F 1/2" to 8" 150 and 300 Long2 Upstream spring 506 Uni-directional 

Category A 

Category B 

Category C 

Category B 

Category C 

Category A 

Out of 

Production 

-32°F 

-94°F 

-155°F 

-320°F 

8" (Valve size) 

-32°F 

-94°F 

-155°F 

-320°F 

30" (Valve size) 

Notes: 

1. 4" to 16" (Valve dimensions and sizes are in accordance with Shell MESC). 


3. Under test pressure of max. ∅P by Nitrogen or Helium gas. 

4. Leakage (cc) per valve size (inch) under room temperature at 1 atm 

for 1 minute. 

Example: Category B valve 

4", ASME Class 150 

Max. allowable seat leakage 

= 25 x 4 

= 100 cc/minute 

5. 25 cc/min for sizes up to 1". 


Pressure - Temperature Classification (Trunnion type) 

Extension Seat 

Maximum Allowable 

Seat Leakage3 at 

Working Valve ASME Bonnet and Cryogenic Temperatures Flow 

Category Temperature Size Class Length Seals (cc/min/inch4) Direction 

A -22°F to -51°F 

6" to 30" 150 and 300 

Short1 1/2" to 30" 600 

Reinforced PTFE 

and O-ring 

5 Bi-directional 

B -53°F to -155°F 

6" to 12" 

1/2" to 12" 


600 

Long 


2 

and PTFE U-ring 

255 Bi-directional 

C -157°F to -320°F 

6" to 12" 150 and 300 

Long2 Reinforced PTFE 

506 1/2" to 12" 600 and Special Seat 

Uni-directional 

Notes: 



3. Under test pressure of max. ∆P by Nitrogen or Helium gas. 

4. Leakage (cc) per valve size (inch) under room temperature at 1 atm 

for 1 minute. 

Example: Category C valve 

10", ASME Class 150 

Max. allowable seat leakage 

= 50 x 10 

= 500 cc/minute 



7. Floating type for sizes 1/2" to 11/2". Copyright © 2009 Tyco Flow Control. All rights reserved. KTMMC-0550 

41



Test Rig for Low Temperature/Cryogenic Pressure Test 

Regulator Vent 

1 

Iced Water 

Helium Gas [For -320°F] 

Nitrogen Gas [For -155°F] 

Pressure 

Gauge 

6 4 3 

QC 2 

Thermocouples (Connections) 

TC1 = Valve Body (Outside) 

TC2 = Closure Member (Ball Near) 

TC3 = Bonnet (Stuffing Box Near) 

TC4 = Coolant 

TC5 = Room Temperature 

TC6 = Reference Coolant 

QC = Quick Coupling 

A 

Max. Liquid 

Level 

Temperature 

Recorder 

Insulated Cover 

(Removable) 


42 

TC6 

TC2 

TC3 

TC1 

Insulated Test Tank 

TC4 

7 

TC5 

Pressure 

Gauge 

5 

QC 

B 

Measuring 

Cylinder



Floating 

Trunnion 

Floating 

Trunnion 

L 

W 

E 

H1 

H 

L 

E 

H1 

H 

1/2" to 2" 2 1/2" to 3" 4" to 8" 3" to 12" Gear 

Operated 

ASME Class 150 Dimensions, Full Bore 

L 

E 

H1 

H 

L 


43 

W 

E 

H 

H2 

W 

Enclosed 

Gear Operated 

Valve H H1 H2 E W W1 W2 W3 Gear 

Size Bore L Short Long 1 Short Long 1 Short Long 1 Short Long 1 Type 

1/2" 1/2" 4.3 7.1 11.1 1.5 1.5 – – 4.0 8.0 5.1 – – – – 

3/4" 3/4" 4.6 7.3 11.2 1.6 1.6 – – 4.0 8.0 5.1 – – – – 

1" 1" 5.0 7.8 11.7 1.9 1.9 – – 4.0 8.0 6.3 – – – – 

1 1/2" 1 1/2" 6.5 9.8 14.7 2.7 2.7 – – 5.0 10.0 9.0 – – – – 

2" 2" 7.0 10.4 15.3 3.1 3.1 – – 5.0 10.0 9.0 – – – – 

2 1/2" 2 1/2" 7.5 12.4 18.3 4.1 4.1 15.2 21.1 6.0 12.0 15.7 7.1 11.8 2.2 FO 

3" 3" 8.0 12.8 18.7 4.4 4.4 15.6 21.5 6.0 12.0 15.7 7.1 11.8 2.2 FO 

4" 4" 9.0 15.4 21.3 5.4 5.4 16.5 22.4 6.0 12.0 28.1 7.1 11.8 2.2 FO 

6" 6" 15.5 19.9 26.8 7.4 7.4 20.0 26.9 7.0 14.0 44.8 9.4 17.7 3.3 FA 

8" 8" 18.0 22.8 29.7 9.8 9.8 23.2 30.1 7.0 14.0 59.4 13.8 23.6 4.6 B 

6" 6" 15.5 20.9 27.8 8.4 8.4 21.0 27.9 7.0 14.0 44.8 9.4 17.7 3.3 FA 

8" 8" 18.0 25.0 31.9 11.9 11.9 25.4 32.3 7.0 14.0 59.4 13.8 23.6 4.6 B 

10" 10" 21.0 – – 13.3/13.0 2 – 23.7/27.4 2 – 8.0 – – 13.8 23.6 4.6 B 

10" 10" 21.0 – – 13.0 – 36.3 – 16.0 – 16.5 31.5 6.7 C 

12" 12" 24.0 – – 15.4/15.3 2 15.3 25.7/30.8 2 38.7 8.0 16.0 – 16.5 31.5 6.7 C 

ASME Class 300 Dimensions, Full Bore 

Valve H H1 H2 E W W1 W2 W3 Gear 

Size Bore L Short Long 1 Short Long 1 Short Long 1 Short Long 1 Type 

1/2" 1/2" 5.5 7.1 11.1 1.5 1.5 – – 4.0 8.0 5.1 – – – – 

3/4" 3/4" 6.0 7.3 11.2 1.6 1.6 – – 4.0 8.0 5.1 – – – – 

1" 1" 6.5 7.8 11.7 1.9 1.9 – – 4.0 8.0 6.3 – – – – 

1 1/2" 1 1/2" 7.5 9.8 14.7 2.7 2.7 – – 5.0 10.0 9.0 – – – – 

2" 2" 8.5 10.4 15.3 3.1 3.1 – – 5.0 10.0 9.0 – – – – 

2 1/2" 2 1/2" 9.5 12.4 18.3 4.1 4.1 15.2 21.1 6.0 12.0 15.7 7.1 11.8 2.2 FO 

3" 3" 11.1 12.8 18.7 4.4 4.4 15.6 21.5 6.0 12.0 15.7 7.1 11.8 2.2 FO 

4" 4" 12.0 15.4 21.3 5.4 5.4 16.5 22.4 6.0 12.0 28.1 7.1 11.8 2.2 FO 

6" 6" 15.9 19.9 26.8 7.4 7.4 20.0 26.9 7.0 14.0 44.8 9.4 17.7 3.3 FA 

8" 8" 19.8 22.8 29.7 9.8 9.8 23.2 30.1 7.0 14.0 59.4 13.8 23.6 4.6 B 

6" 6" 15.9 20.9 27.8 8.4 8.4 21.0 27.9 7.0 14.0 44.8 9.4 17.7 3.3 FA 

8" 8" 19.8 25.0 31.9 11.9 11.9 25.4 32.3 7.0 14.0 59.4 13.8 23.6 4.6 B 

10" 10" 22.4 – – 13.3/13.0 2 – 23.7/27.4 2 – 8.0 – – 13.8 23.6 4.6 B 

10" 10" 22.4 – – – 13.0 – 36.3 – 16.0 – 16.5 31.5 6.7 C 

12" 12" 25.5 – – 15.4/15.3 2 15.3 25.7/30.8 2 38.7 8.0 16.0 – 16.5 31.5 6.7 C 

Notes: 

1. Only Stainless steel body applicable. 

2. Carbon steel body/Stainless steel body. 

W1



Floating 

Trunnion 

ASME Class 150 Dimensions, Reduced Bore 

Valve Bore H H1 H2 E Gear 

Size (d x d1) 2 L Short Long1 Short Long1 Short Long1 Short Long1 W W1 W2 W3 Type 

1/2" 0.5 x 0.4 4.3 6.5 10.5 0.8 0.8 – – 4.0 8.0 5.1 – – – – 

3/4" 0.75 x 0.5 4.6 6.9 10.9 1.3 1.3 – – 4.0 8.0 5.1 – – – – 

1" 1 x 0.75 5.0 7.1 11.0 1.4 1.4 – – 4.0 8.0 5.1 – – – – 

11/2" 1.5 x 1 6.5 8.9 13.9 2.1 2.1 – – 5.0 10.0 6.3 – – – – 

2" 2 x 1.5 7.0 9.8 14.8 2.7 2.7 – – 5.0 10.0 9.0 – – – – 

3" 3 x 2 8.0 12.4 18.3 4.0 4.0 – – 6.0 12.0 15.7 7.1 11.8 2.2 FO 

4" 4 x 3 9.0 12.8 18.7 4.4 4.4 – – 6.0 12.0 15.7 7.1 11.8 2.2 FO 

6" 6 x 4 10.5 – – 6.2 6.2 18.8 25.7 7.0 14.0 44.8 9.4 17.7 3.3 FA 

8" 8 x 6 11.5 – – 7.2 7.2 19.8 26.7 7.0 14.0 44.8 9.4 17.7 3.3 FA 

6" 6 x 4 15.5 18.2 25.1 5.7 19.4 26.3 7.0 14.0 44.8 7.1 11.8 2.2 FO 

8" 8 x 6 18.0 20.9 27.8 8.4 8.4 21.0 27.9 7.0 14.0 44.8 9.4 17.7 3.3 FA 

10" 10 x 8 21.0 25.0 31.9 11.9 – 25.4 – 7.0 – – 13.8 23.6 4.6 B 

10" 10 x 8 21.0 25.0 31.9 – 11.9 – 32.3 – 14.0 – 16.5 31.5 6.7 C 

12" 12 x 10 24.0 – – 13.3/13.03 – 23.7/27.43 – 8.0 – – 13.8 23.6 4.6 B 

12" 12 x 10 24.0 – – – 13.0 – 36.3 – 16.0 – 16.5 31.5 6.7 C 

Notes: 

1. Only Stainless steel body applicable 

2. d: Inlet bore. 

d1: Ball bore 

3. Carbon steel body/Stainless steel body 

Floating 

Trunnion 

ASME Class 300 Dimensions, Reduced Bore 

Valve Bore H H1 H2 E Gear 

Size (d x d1) 2 L Short Long1 Short Long1 Short Long1 Short Long1 W W1 W2 W3 Type 

1/2" 0.5 x 0.4 5.5 6.5 10.5 0.8 0.8 – – 4.0 8.0 5.1 – – – – 

3/4" 0.75 x 0.5 6.0 6.9 10.9 1.3 1.3 – – 4.0 8.0 5.1 – – – – 

1" 1 x 0.75 6.5 7.1 11.0 1.4 1.4 – – 4.0 8.0 5.1 – – – – 

11/2" 1.5 x 1 7.5 8.9 13.9 2.1 2.1 – – 5.0 10.0 6.3 – – – – 

2" 2 x 1.5 8.5 9.8 14.8 2.7 2.7 – – 5.0 10.0 9.0 – – – – 

3" 3 x 2 11.1 12.4 18.3 4.0 4.0 – – 6.0 12.0 15.7 7.1 11.8 2.2 FO 

4" 4 x 3 12.0 12.8 18.7 4.4 4.4 – – 6.0 12.0 15.7 7.1 11.8 2.2 FO 

6" 6 x 4 15.9 – – 6.2 6.2 18.8 25.7 7.0 14.0 44.8 9.4 17.7 3.3 FA 

8" 8 x 6 16.5 – – 7.4 7.2 19.8 26.9 7.0 14.0 44.8 9.4 17.7 3.3 FA 

6" 6 x 4 15.9 18.2 25.1 5.7 5.7 19.4 26.3 7.0 14.0 44.8 7.1 11.8 2.2 FO 

8" 8 x 6 16.53 20.9 27.8 8.4 8.4 21.0 27.9 7.0 14.0 44.8 9.4 17.7 3.3 FA 

10" 10 x 8 18.03 25.0 31.9 11.9 – 25.4 – 7.0 – – 13.8 23.6 4.6 B 

10" 10 x 8 18.03 25.0 31.9 – 11.9 – 32.3 – 14.0 – 16.5 31.5 6.7 C 

12" 12 x 10 25.5 – – 13.3/13.04 – 23.7/27.44 – 8.0 – – 13.8 23.6 4.6 B 

12" 12 x 10 25.5 – – – 13.0 – 36.3 – 16.0 – 16.5 31.5 6.7 C 

Notes: 

1. Only Stainless steel body applicable 

2. d: Inlet bore. d1: Ball bore 

3. Short pattern 

4. Carbon steel body/Stainless steel body 


44 

C v Values 

Valve Size Full Bore Reduced Bore 

1/2" 26 – 

3/4" 50 – 

1" 94 – 

11/2" 260 – 

2" 480 – 

21/2" 750 – 

3" 1300 420 

4" 2300 770 

6" 5400 1800 

8" 10000 2500 

10" 16000 4500 

12" 24000 8000

Features 

• Designed to meet industrial standards 

for ball valves. 

• Rugged two-piece body construction. 

• API 6D standards. 

• Spring-loaded reinforced Teflon ® seat 

rings for positive sealing. 

• Suitable for block and bleed 

applications. 

• Adjustable stem packing. 

• Positive alignment of two-piece body. 

• Fire-safe tested to API 607 and 6FA. 






• Trunnion-style ball stems are installed 

in reinforced PTFE bearings, reducing 

friction and absorbing radial tost. 







• Locking device standard. 

• Sealant lubrication fittings. 


Process Ball Valves - Trunnion Mounted EO1200 Full Bore and EO8200 Reduced Bore 


Chemical and petrochemical 

Special Tests 




• X-ray 


Size range: EO1200 Full Bore 

ANSI 150, 300 

2" to 20" 

ANSI 600 

2" to 20" 


ANSI 150, 300 

3" to 20" 

Standards: API 6D, ANSI B16.34 


45




No. Part 304/CF8 316/CF8M 

1 Stem 304 SS 316 SS 

2 Gland Flange Ductile Iron Ductile Iron 

3 Gland 304 SS 304 SS 

4 Packing TFE TFE 

5 Tost Washer 316 SS 316 SS 

6 Tost Bearing Reinforced TFE Reinforced TFE 

7 Stem Bearing Metal Backed TFE Metal Backed TFE 

8 Body A351 Gr. CF8 A351 Gr. CF8M 

9 Ball A351 Gr. CF8 A351 Gr. CF8M 

10 Spring Stainless Steel Stainless Steel 

11 O-ring Viton ® Viton ® 

12 Seat Retainer 304 SS 316 SS 

13 Body Cap A351 Gr. CF8 A351 Gr. CF8M 

14 Gasket Reinforced TFE Reinforced TFE 

15 Seat Reinforced TFE Reinforced TFE 

16 Lower Stem 304 SS 316 SS 

17 Lower Stem Bearing Metal Backed TFE Metal Backed TFE 

18 Tost Bearing Reinforced TFE Reinforced TFE 

19 Shim 316 SS 316 SS 

20 Gasket Reinforced TFE Reinforced TFE 

21 Bottom Cover 304 SS 316 SS 

22 Drain Plug (not shown) 304 SS 316 SS 


46 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

Notes: 

1. Illustration is a typical design, 10" or larger. 

Other sizes are of different design; however, 

major parts are represented. 

2. Part 14 is a Viton ® O-ring in smaller sizes.



H 

H 1 

2" 2.0 7.0 4.92 3.19 9.06 – – – – – – – – – – – – – 

3" 3.0 8.0 7.09 4.25 15.75 7.09 11.8 8.23 2.17 2.0 8.0 4.92 3.19 9.06 – – – – 

4" 4.0 9.0 8.03 5.2 27.56 7.09 11.8 9.21 2.17 3.0 9.0 7.09 4.25 15.75 7.09 11.8 8.23 2.17 

6" – – – – – – – – – 4.0 15.5 8.03 5.2 27.56 7.09 11.8 9.21 2.17 

H 

H 1 

L 

2", 3", 4" and 6", Full and Reduced Bore, Class 150 Dimensions* 

L 

W-Dimension equals lever length 

Valve EO1200 Full Bore EO8200 Reduced Bore 

Size Bore L H H 1 W F W 1 H 2 K Bore L H H 1 W F W 1 H 2 K 

2", 3", 4" and 6", Full and Reduced Bore, Class 300 Dimensions* 



2" 2.0 8.5 4.92 3.19 9.06 – – – – – – – – – – – – – 

3" 3.0 11.12 7.09 4.25 15.75 7.09 11.8 8.23 2.17 2.0 11.13 4.92 3.19 9.06 – – – – 

4" 4.0 12.0 8.03 5.2 27.56 7.09 11.8 9.21 2.17 3.0 12.0 7.09 4.25 15.75 7.09 11.8 8.23 2.17 

6" – – – – – – – – – 4.0 15.88 8.03 5.2 27.56 7.09 11.8 9.21 2.17 

6", 8" and 10", Full and Reduced Bore, Class 150 Dimensions* 

6" 6.0 15.5 11.69 8.07 43.31 9.5 17.75 12.48 3.37 – – – – – – – – – 

8" 8.0 18.0 15.04 10.43 59.06 13.8 23.62 17.4 4.55 6.0 18.0 11.69 8.07 43.31 9.5 17.75 12.48 3.37 

10" – – – – – – – – – 8.0 20.98 15.04 10.43 59.06 13.8 23.62 17.32 4.56 

6" 6.0 15.88 11.69 8.07 43.31 9.5 17.75 12.48 3.37 – – – – – – – – – 

8" 8.0 19.75 15.04 10.43 59.06 13.8 23.62 17.4 4.55 6.0 16.5 11.69 8.07 43.31 9.5 17.75 12.48 3.37 

10" – – – – – – – – – 8.0 18.0 15.04 10.43 59.06 13.8 23.62 17.4 4.56 

Note: * Flanges meet ANSI B16.5 


47 

F 

F 

CLOSED 

CLOSED 

OPEN 

W 

OPEN 

W 

W 1 

W 1 

W-Dimension equals lever length 



6", 8" and 10", Full and Reduced Bore, Class 300 Dimensions* 

L 

L 



K 

K 

H 2 

H 1 

H 2 

H 1



H 1 

10", 12", 14", 16", 18" and 20", Full and Reduced Bore, Class 150 Dimensions* 


Size Bore L H 1 H 2 F W 1 K Lbs. Bore L H 1 H 2 F W 1 K Lbs. 

10" 10.00 21 13.25 19.5 13.8 23.63 4.56 530 – – – – – – – – 

12" 12.00 24 15.25 22.87 16.5 31.5 6.75 860 10.00 24 13.25 19.5 13.8 23.63 4.56 650 

14" 13.25 27 17 24.62 16.5 31.5 6.75 1124 12.00 27 15.25 22.87 16.5 31.5 6.75 1036 

16" 15.25 30 18.5 28.35 15.8 31.5 10.12 1653 13.25 30 17 24.62 16.5 31.5 6.75 1301 

18" 17.25 34 20.37 30.20 15.8 31.5 10.12 2161 15.25 34 18.5 28.35 15.8 31.5 10.12 1742 

20" 19.25 36 23.23 33.07 15.8 31.5 10.12 2624 17.25 36 20.37 30.20 15.8 31.5 10.12 2271 

10", 12", 14", 16", 18" and 20", Full and Reduced Bore, Class 300 Dimensions* 


Size Bore L H1H2 F W1 K Lbs. Bore L H1H2 F W1K Lbs. 

10" 10.00 22.38 13.25 19.5 13.8 23.63 4.56 805 – – – – – – – – 

12" 12.00 25.5 15.25 22.87 16.5 31.5 6.75 1168 10.00 25.5 13.25 19.5 13.8 23.63 4.56 838 

14" 13.25 30 17 24.62 16.5 31.5 6.75 1631 12.00 30 15.25 22.88 16.5 31.5 6.75 1279 

16" 15.25 33 18.5 28.35 15.8 31.5 10.12 2271 13.25 33 17 24.63 16.5 31.5 6.75 1720 

18" 17.25 36 20.37 30.2 15.8 31.5 10.12 2822 15.25 36 18.5 28.38 15.8 31.5 10.12 2227 

20" 19.25 39 23.23 33.07 15.8 31.5 10.12 3395 17.25 39 20.37 30.25 15.8 31.5 10.12 3000 

Note: * Flanges meet ANSI B16.5 

L 

2", 3" and 4", Full Bore, Class 600 Dimensions 

EO1200 Full Bore 

Valve CS Body SS Body 

Size Bore L H1 H2 H2 Lbs. 

2" 2 11.5 4.53 6.57 6.50 55 

3" 3 14 5.30 7.75 7.13 108 

4" 4 17 6.42 9.25 11.14 177 


48 

L 

K 

H 2 

H 1 

H 2 

H 1 

F 

L 

W 1 

24" and 30" available on request

Features 

• Designed for rugged oil field and 

pipeline applications. 

• Rugged two-piece body construction. 

• API 6D standards. 

• Spring-loaded reinforced Teflon ® seat 

rings for positive sealing. 

• Suitable for block and bleed 

applications. 

• O-ring stem seals. 

• Positive alignment of two-piece body. 

• Fire-safe design tested to API 6FA. 






• Trunnion-style ball stems are installed 

in reinforced PTFE bearings, reducing 

friction and absorbing radial tost. 







• Locking device standard. 

• Sealant lubrication fittings. 


Production Ball Valves - Trunnion Mounted EO1100 Full Bore and EO8100 Reduced Bore 


• Chemical and petrochemical 

• Oil and gas production 

Special Tests 




• X-ray 


Size range: EO1100 Full bore 

ANSI 150, 300, 

10" to 30" 

ANSI 600, 2" to 20" 

ANSI 1500, 1 1/2" to 20" 

Standards: API 6D 


ANSI 150, 300, 

12" to 36" 

ANSI 600, 3" to 20" 

ANSI 1500, 2" to 24" 


49



Parts Material ASTM (AISI) 

No. Part For normal temperature For low temperature 

1 Body A216 Gr. WCB A352 Gr. LCB 

2 Body cap A216 Gr. WCB A352 Gr. LCB 

3 Ball 316 SS 1 316 SS 

4 Seat retainer 316 SS 316 SS 

5 Seat Reinforced TFE Reinforced TFE 

6 Outer ring 316 SS 316 SS 

7 Spring Stainless steel Stainless steel 

8 Stem 316 SS 1 316 SS 

9 Lower stem 316 SS 316 SS 

10 Stem bearing Metal backed TFE Metal Backed TFE 

11 Tost bearing Reinforced TFE Reinforced TFE 

12 Pivot 316 SS 316 SS 

13 Bottom cover A576 Gr. 1025 A350 LF2 

14 Key A576 Gr. 1045 329 SS 

15 O-ring NBR or Viton ® Low temp NBR 






21 Gland A576 Gr. 1025 A350 LF2 

22 Stud A193 Gr. B7M A320 Gr. L7M 

23 Nut A194 Gr. 2HM A194 Gr. 7M 

24 Plug A576 Gr. 1025 304 SS 

25 Tost bearing TFE TFE 

26 Gland bolt A193 Gr. B7M A320 Gr. L7M 


50 

Note: 

1. Other materials available.



Notes: 

1. 24" available on request. 

2. End flanges conform to ANSI B16.5. 

3. Weights are with gear. 



Valve Ball Weight 

Size Bore L H 1 H 2 W 1 W 2 W 3 Lbs. 

10" 10.0 21 12.75 16.0 4.56 23.63 13.8 660 

12" 12.0 24 14.38 17.88 6.75 31.5 16.5 980 

14" 13.25 27 15.75 19.25 6.75 31.5 16.5 1210 

16" 15.25 30 17.38 21.75 10.13 31.5 15.8 1770 

18" 17.25 34 19.75 24.5 10.13 31.5 15.8 2235 

20" 19.25 36 21.88 26.75 10.13 31.5 15.8 2805 

EO8100 Reduced Bore 


Size Bore L H1 H2 W1 W2 W3 Lbs. 

12" 10.0 24 12.75 16.0 4.56 23.63 13.8 680 

14" 12.0 27 14.38 17.88 6.75 31.5 16.5 1035 

16" 13.25 30 15.75 19.25 6.75 31.5 16.5 1300 

18" 15.25 34 17.38 21.75 10.13 31.5 15.8 1815 

20" 17.25 36 19.75 24.5 10.13 31.5 15.8 2280 



L 

W 1 

EO1100 Full Bore Sizes 10" to 20" 

EO8100 Reduced Bore Sizes 12" to 20" 

H 2 

H 1 

Enclosed gear operator 


Size Bore L H 1 H 2 W 1 W 2 W 3 Lbs. 

10" 10.0 22.37 12.75 16.0 4.56 23.63 13.8 805 

12" 12.0 25.5 14.38 17.88 6.75 31.5 16.5 1165 

14" 13.25 30.0 15.75 19.25 6.75 31.5 16.5 1630 

16" 15.25 33.0 17.38 21.75 10.13 31.5 15.8 2255 

18" 17.25 36.0 19.75 24.5 10.13 31.5 15.8 2805 

20" 19.25 39.0 21.88 26.75 10.13 31.5 15.8 3375 



Size Bore L H1 H2 W1 W2 W3 Lbs. 

12" 10.0 25.5 12.75 16.0 4.56 23.63 13.8 835 

14" 12.0 30.0 14.38 17.88 6.75 31.5 16.5 1275 

16" 13.25 33.0 15.75 19.25 6.75 31.5 16.5 1720 

18" 15.25 36.0 17.38 21.75 10.13 31.5 15.8 2320 

20" 17.25 39.0 19.75 24.5 10.13 31.5 15.8 2980 


51 

W 3 

CLOSED 

OPEN 

W 2



EO1100 Full Bore 600# Sizes 8" to 20" 

EO8100 Reduced Bore 600# Sizes 3" to 20" 

EO1100 Full Bore 1500# Sizes 2" to12" 

EO8100 Reduced Bore 1500# Sizes 3" to 12" 

ANSI 900 and 2500 available on request 



Valve 

Size 


Bore 

L 

RF-BW RTJ 

H1 H2 W1 W2 W3 Weight 

Lbs. 

2" 2.00 11.5 11.63 4.5 6.63 – 17.75 – 55 

3" 3.00 14 14.12 5.25 7.75 – 27.56 – 108 

4" 4.00 17 17.12 6.25 9.25 – 43.31 – 176 

6" 6.00 22 22.13 8.5 12.88 4.56 23.63 13.75 540 

8" 8.00 26 26.13 11.63 14.88 6.75 31.5 16.5 880 

10" 10.00 31 31.13 14.38 17.5 6.75 31.5 16.5 1430 

12" 12.00 33 33.13 16.5 20.13 10.13 31.5 15.75 2035 

14" 13.25 35 35.13 18.63 22.25 10.13 31.5 15.75 2715 

16" 15.25 39 39.13 19.88 24.13 10.13 31.5 15.75 3640 

18" 17.25 43 43.13 22.63 29.5 5.94 23.63 16.25 4655 

20" 19.25 47 47.25 24.75 31.88 5.94 23.63 16.25 6085 


Valve 

Size 


Bore 

L 

RF-BW RTJ 


Lbs. 

3" 2.00 14 14.12 4.5 6.63 – 17.75 – 86 

4" 3.00 17 17.12 5.25 7.75 – 27.56 – 152 

6" 4.00 22 22.13 6.25 9.25 – 43.31 – 277 

8" 6.00 26 26.13 8.5 12.88 4.56 23.63 13.75 615 

10" 8.00 31 31.13 11.63 14.88 6.75 31.5 16.5 1080 

12" 10.00 33 33.13 14.38 17.5 6.75 31.5 16.5 1565 

14" 12.00 35 35.13 16.5 20.13 10.13 31.5 15.75 2190 

16" 13.25 39 39.13 18.63 22.25 10.13 31.5 15.75 2870 

18" 15.25 43 43.13 19.88 24.13 10.13 31.5 15.75 3815 

20" 17.25 47 47.25 22.63 29.5 5.94 23.63 16.25 4875 



Valve 

Size 


Bore 

L 

RF-BW RTJ 


Lbs. 

2" 2.00 14.5 14.63 6.25 9 – 27.56 – 200 

3" 3.00 18.5 18.63 7.5 11.63 – 43.31 – 320 

4" 4.00 21.5 21.63 8.5 11.75 4.56 23.63 13.75 495 

6" 5.75 27.75 28 11.75 14.5 6.75 31.5 16.5 1100 

8" 7.63 32.75 33.13 14.88 18.75 10.13 31.5 15.75 2000 

10" 9.50 39 39.38 19.5 22.88 10.13 31.5 15.75 3400 

12" 11.38 44.5 45.13 22.5 27.63 5.94 31.5 16.25 5200 


Valve 

Size 


Bore 

L 

RF-BW RTJ 


Lbs. 

3" 2.00 18.5 18.63 6.25 9 – 27.56 – 255 

4" 3.00 21.5 21.63 7.5 11.63 – 43.31 – 350 

6" 4.00 27.75 28 8.5 11.75 4.56 23.63 13.75 770 

8" 5.75 32.75 33.13 11.75 14.5 6.75 31.5 16.5 1400 

10" 7.63 39 39.38 14.88 18.75 10.13 31.5 15.75 2700 

12" 9.50 44.5 45.13 19.5 22.88 10.13 31.5 15.75 4200 


52 

W 3 

L 

CLOSED 

W 1 

OPEN 

W 2 

Notes: 

1. 24" and 30" available on request. 


3. Weight for 6" full bore and larger includes 

gear. 

4. Weight for 6" reduced bore and smaller 

includes lever handle. 

5. W2 is lever length for 2" to 6" reduced bore. 

Notes: 

1. Larger sizes available on request. 


3. Weight for 4" full bore and larger includes 

gear. 

4. Weight for 4" reduced bore and smaller 

includes lever handle. 

5. W2 is lever length for 2" to 4" reduced bore. 

H 2 

H 1

Features 

• Rotary-valve design provides shearing 

action between the V-notch ball and 

the seat, promoting a smooth, nonclogging 

operation. 

• Straight-through flow design 

provides high capacity for fibrous 

slurries, steam, liquids and gasses. 

• With a single-seat design, torque is 

lower than typical trunnion design 

valves, for ease of operation and 

reduced actuator cost. 

• Two seat designs: 

– Laminated seat provides Class IV 

shut-off and withstands tough 

operating conditions. 

– Thick (solid) seat for high-velocity 

and abrasive or erosive service. 

• Segmented, v-notched ball features 

high rangeability and smooth throttling 

action. 

• Choice of full and reduced port areas, 

providing the right flow capacity for 

every application at low cost. 

• Heavy-duty, stainless steel stem for 

high strength and rigidity. 




• Multiple, adjustable ring packing allows 

easy adjustment without requiring valve 

disassembly or actuator removal. 

• Corrosion-resistant bearings assure 

lasting, smooth and easy valve 

operation. 

• ANSI 150 and 300 lb. bodies, both 

available in stainless or carbon steel. 

• Fugitive emissions control for 

flammable and non-flammable 

applications. 

• Positive alignment of split body. 






Single V Control Ball Valve - Full Bore and Reduced Bore 

Special Tests 




• X-ray 


Size range: W06 Full bore 

1" to 16" 

W04 Reduced bore 

11/2" to 20" 


53



13 

12 

10 10 

1 

19 

21 21 

23 


No. Part Material 

1 Body Carbon steel or 316 SS 

2 Body Cap Carbon steel or 316 SS 

3 V-Ball 316 SS hard chrome or 316 SS Stellited 

4 Gasket RTFE 

5 Seat Laminated 316 SS or Thick (solid) 316 SS Stellited 

6 Gasket RTFE 

7 Stud A193 Gr. B7M or B8 

8 Stem 316 SS 

9 Bearing RTFE 

10 Tost Washer 316 SS 

11 Nut A194 Gr. 2HM or 8 

12 Gland Packing Standard PTFE V-Ring 

13 Gland 304 SS 

14 Gland Bolt A193 Gr. B8 

15 Gland Flange 304 SS or Ductile Iron 

16 Nut A194 Gr. 8 

17 Lower Stem 316 SS 

18 Bearing RTFE 

19 Tost Bearing RTFE 

20 Shim 316 SS 

21 Pivot 316 SS 

22 Gasket RTFE 

23 Bottom Cap Carbon steel or 316 SS 

24 Bolt A193 Gr. B8 

25 Nut A194 Gr. 8 


54 

16 

15 

11 

14 

9 

8 

17 

18 

20 

22 

24 

7 

3 4 5 6 2 

25 25 

Seat Selection 

The KTM Single V is a single-seat 

design. Torque is lower than typical 

trunnion design valves resulting in 

easier operation and reduced actuator 

cost. Choose from two unique seat 

designs: 

Laminated Seat: Provides tight shut-off 

and withstands tough operating 

conditions. ANSI Class IV shut-off. 

Thick (solid) Seat: For high-velocity 

and abrasive or erosive services. 

ANSI Class II shut-off.



C v Values Full Port (Laminated Seat) 

Valve Percent Open 

Size 10 20 30 40 50 60 70 80 90 100 

1" 0.1 0.7 1.9 3.1 4.8 7.2 10.3 14.6 19 25 

1 1/2" 0.5 2.6 6.8 11.2 17.3 26.0 37.0 53.0 70 90 

2" 0.7 4.2 10.9 18.0 28.0 42.0 60.0 85.0 112 145 

2 1/2" 1.2 7.1 18.4 30.0 47.0 71.0 101.0 145.0 190 245 

3" 1.8 10.4 27.0 45.0 69.0 104.0 150.0 210.0 279 360 

4" 2.8 16.0 41.0 68.0 105.0 159.0 230.0 325.0 425 550 

5" 5.4 31.0 80.0 133.0 205.0 309.0 443.0 627.0 830 1070 

6" 7.5 44.0 113.0 186.0 288.0 435.0 620.0 880.0 1160 1500 

8" 13.8 80.0 206.0 340.0 530.0 795.0 1140.0 1610.0 2130 2750 

10" 22.0 128.0 330.0 545.0 845.0 1270.0 1820.0 2580.0 3410 4400 

12" 32.0 187.0 484.0 800.0 1240.0 1865.0 2670.0 3780.0 5000 6450 

C v Values Reduced Port (Laminated Seat) 


Size 10 20 30 40 50 60 70 80 90 100 

11/2" 0.1 0.7 1.9 3.1 4.8 7.2 10.3 14.6 19 25 

2" 0.5 2.6 6.8 11.2 17.3 26.0 37.0 53.0 70 90 

21/2" 0.7 4.2 10.9 18.0 28.0 42.0 60.0 85.0 112 145 

3" 1.2 7.1 18.4 30.0 47.0 71.0 101.0 145.0 190 245 

4" 1.8 10.4 27.0 45.0 69.0 104.0 150.0 210.0 279 360 

5" 2.8 16.0 41.0 68.0 105.0 159.0 230.0 325.0 425 550 

6" 5.4 31.0 80.0 133.0 205.0 309.0 443.0 627.0 830 1070 

8" 7.5 44.0 113.0 186.0 288.0 435.0 620.0 880.0 1160 1500 

10" 13.8 80.0 206.0 340.0 530.0 795.0 1140.0 1610.0 2130 2750 

12" 22.0 128.0 330.0 545.0 845.0 1270.0 1820.0 2580.0 3410 4400 

14" 32.0 187.0 484.0 800.0 1240.0 1865.0 2670.0 3780.0 5000 6450 

16" 45.0 260.0 675.0 1115.0 1730.0 2600.0 3725.0 5275.0 6975 9000 

18" 60.0 350.0 900.0 1490.0 2305.0 3470.0 4970.0 7030.0 9300 12000 

20" 76.0 440.0 1140.0 1885.0 2920.0 4395.0 6295.0 8905.0 11800 15200 

Note: For Torques, refer to page 79 

Inherent Flow Characteristics 

Single V valves maintain an inherent 

flow characteristic, which is 

approximately midway between linear 

and equal percent. 


55 

% of Maximum Cv 

100 

80 

60 

40 

20 

0 20 40 60 80 100 

% of Valve Opening




Valve W06 Full Bore W04 Reduced Bore 150 Lb. Flange 

Size L C E L C E D B G T (N) - h 

1" 5.00 2.69 5.00 – – – 4.25 3.13 2.01 0.44 (4) 3/4 

1 1/2" 6.50 3.62 5.91 6.50 2.69 5.00 5.00 3.88 2.87 0.56 (4) 3/4 

2" 7.00 3.81 6.09 7.00 3.62 5.91 5.99 4.75 3.62 0.63 (4) 3/4 

2 1/2" 7.50 4.31 7.23 7.50 3.81 6.09 7.01 5.50 4.13 0.69 (4) 3/4 

3" 8.00 4.56 7.47 8.00 4.31 7.23 7.48 6.00 5.00 0.75 (4) 3/4 

4" 9.00 5.31 8.28 9.00 4.56 7.47 9.02 7.50 6.18 0.94 (8) 3/4 

6" 15.50 7.31 11.38 10.50 6.88 10.88 10.98 9.50 8.50 1.00 (8) 7/8 

8" 18.00 9.69 15.12 11.50 7.31 11.37 13.50 11.75 10.63 1.13 (8) 7/8 

10" 21.00 10.62 16.12 13.00 9.69 15.12 15.98 14.25 12.76 1.19 (12) 1 

12" 24.00 13.06 20.12 19.75 10.62 16.12 19.02 17.00 15.00 1.25 (12) 1 

14" – – – 22.50 13.06 20.12 20.98 18.75 16.26 1.38 (12) 1 1/8 

16" – – – 24.00 14.06 21.12 23.50 21.25 18.50 1.44 (16) 1 1/8 

18" – – – 26.00 16.06 23.44 25.00 22.75 20.98 1.56 (16) 1 1/4 

20" – – – 28.00 17.06 – 27.48 25.00 22.99 1.69 (20) 1 1/4 


Valve W06 Full Bore W04 Reduced Bore 300 Lb. Flange 

Size L C E L C E D B G T (N) - h 

1" 6.50 2.69 5.00 – – – 4.88 3.50 2.01 0.69 (4) 3/4 

1 1/2" 7.50 3.62 5.91 7.50 2.69 5.00 6.14 4.50 2.87 0.81 (4) 7/8 

2" 8.50 3.81 6.09 8.50 3.62 5.91 6.50 5.00 3.62 0.88 (8) 3/4 

2 1/2" 9.50 4.31 7.23 9.50 3.81 6.09 7.48 5.88 4.13 1.00 (8) 7/8 

3" 11.12 4.56 7.47 11.12 4.31 7.23 8.27 6.63 5.00 1.13 (8) 7/8 

4" 12.00 5.31 8.28 12.00 4.56 7.47 10.00 7.88 6.18 1.25 (8) 7/8 

6" 15.88 7.31 11.38 15.88 6.88 10.88 12.52 10.63 8.50 1.44 (12) 7/8 

8" 19.75 9.69 15.12 16.50 7.31 11.38 15.00 13.00 10.63 1.63 (12) 1 

10" 22.38 10.62 16.12 18.00 9.69 15.12 17.48 15.25 12.76 1.88 (16) 1 1/8 

Order Information 

Valve Model 

W04 - Reduced Port Valve 

W06 - Full Port Valve 

Class Rating 

01 - ANSI Class 150 

02 - ANSI Class 300 

Material Code 

32 - 316 SS Body 

62 - Carbon Steel Body (Std.) 

W04 01 – 32 – 3L 

Trim 

3L - Hard Chrome Plated CF8M Disc/Laminated 1 316 SS Seat 

3S - Stellited CF8M Disc/Stellited 316 SS Seat 


56 

T 

L 

G B D 

Note: 

1. Laminated Seat Material: 

W0600: 1.0" to 12" (316 SS) 

W0400: 1.5" to 14" (316 SS) 

E 

C

Features 

• Meticulous design of the V-notch 

affords equal percentage 

characteristics for precise control. 

• One-piece body provides structural 

integrity and precise valve alignment. 

• KTM quality and precision machined 

internals ensure smooth and precise 

movement. 

• Rotary operation significantly reduces 

emissions in comparison to linear 

stem valves. 

• Meets ISA S75.4 face-to-face 

dimensions. 

• Two metal seat designs: 

– Laminated - Class IV shut-off 

– Thick (solid) - Class II shut-off 

• Low friction stem bearings and 

precise machining assure smooth 

operation. 

• Engineered for long service life and 

minimal maintenance. 


KTM VS Rotary Control Valve - Full Bore and Reduced Bore 


An ISO 5211 mounting pad combined 

with a variety of power and/or manual 

actuators offers a reliable, accurate 

throttling or on/off control for many 

different applications in the process 

industries. 


Model/Sizes: VS 11 

1" to 4" [25 to 100 mm] 

VS 21 

6" to 8" [150 to 200 mm] 

Pressure rating: ASME Class 150 

Rangeability: 100:1 

Temperature: -20°F to 482°F 


57



16 

12 

15 

14 

13 

5 

27 

26 

10 

9 

1 

3 

4 

6 

2 

11 

21, 22 

23 

8 

20 

25 

24 


No. Part Material 

1 Body A351 Gr. CF8M 

2 Seat Retainer A351 Gr. CF8M 

3 Disc A351 Gr. CF8M with hard chrome plated or Stellited 

4 Seat Laminated 316 SS or Thick (solid) 316 SS Stellited 

5 Stem 316 SS 

6 Lower stem 316 SS 

7 Gasket Non asbestos joint sheet 

8 Gasket Non asbestos joint sheet 

9 O-ring Viton ® 

10 Stem Bearing Reinforced PTFE 

11 Stem Bearing Reinforced PTFE 

12 Stem Bearing PTFE 

13 Tost Washer 316 SS 

14 Gland Packing PTFE 

15 Packing Washer 316 SS 

16 Gland Flange 304 SS 

17 Gland Bolt A193 Gr. B8 

18 Nut A194 Gr. 8 

19 Live Loaded Spring 304 SS 

20 Lower Cover 316 SS 

21 Tost Bearing Reinforced PTFE 

22 Shim 316 SS 

23 Pivot 316 SS 

24 Stud A193 Gr. B8 

25 Nut A194 Gr. 8 

26 Cross-recessed Head Screw 304 SS 

27 Spring Washer 304 SS 


58 

17 

18 

19 

Seat Selection 

The VS Series is a single-seat design. 

Torque is lower than typical trunnion 

design valves resulting in easier 


Choose from two unique seat designs: 

Laminated Seat: Provides tight 

shut-off and withstands tough 

operating conditions. 

ANSI/FCI-70-2 Class IV shut-off. 

Thick (solid) Seat: For high-velocity 

and abrasive or erosive service. 

ANSI/FCI-70-2 Class II shut-off.

Ød3 

Ød4 

ØD2 

90˚ 

W 

Ød1 

ØD1 



* H and H1 are from valve center 

h1 

h4 

h3 

h2 

Mounting Details, inches 

R 

Ød2 

S 

2-N 

4-M TAP 

P 

h5 

H1* 

H* 

Valve d1 d2 d3 d4 D1 D2 h1 h2 h3 h4 h5 H H1 M N P R S W 

Size Max Min Max Min Max Min Max Min 

Full Bore 

1" 0.549 0.548 0.591 0.589 1.378 1.374 1.30 2.60 1.97 1.04 0.49 0.63 0.08 0.55 3.44 2.40 M6 M8 1.89 0.31 0.314 0.313 2.03 

1 1/2" 0.785 0.784 0.827 0.825 2.165 2.161 1.81 3.58 2.76 1.32 0.67 0.75 0.08 0.75 4.65 3.33 M8 M10 2.60 0.39 0.471 0.470 2.80 

2" 0.785 0.784 0.827 0.825 2.165 2.161 1.81 3.58 2.76 1.32 0.67 0.75 0.08 0.75 4.84 3.52 M8 M10 2.60 0.39 0.471 0.470 2.80 

3" 1.061 1.058 1.102 1.100 2.756 2.751 2.60 4.96 4.02 1.99 1.18 1.30 0.08 0.87 6.40 4.41 M10 M14 3.39 0.51 0.668 0.667 3.98 

4" 1.335 1.333 1.378 1.376 2.756 2.751 2.60 4.96 4.02 2.01 1.18 1.26 0.08 0.87 7.22 5.22 M10 M14 3.39 0.51 0.865 0.863 3.98 

Reduced Bore 

Mounting Details [mm] 

Valve d1 d2 d3 d4 D1 D2 h1 h2 h3 h4 h5 H H1 M N P R S W 

Size Max Min Max Min Max Min Max Min 

Full Bore 

25 13.95 13.91 15 14.96 35 34.91 33 65 50 26.5 12.5 16 2 14 87.5 61.0 M6 M8 48 8 7.98 7.94 51.5 

40 19.95 19.91 21 20.95 55 54.90 46 90 70 33.5 17 19 2 19 118.0 84.5 M8 M10 66 10 11.97 11.93 71 

50 19.95 19.91 21 20.95 55 54.90 46 90 70 33.5 17 19 2 19 123.0 89.5 M8 M10 66 10 11.97 11.93 71 

80 26.94 26.88 28 27.95 70 69.88 66 125 102 50.5 30 33 2 22 162.5 112.0 M10 M14 86 13 16.97 16.93 101 

100 33.92 33.86 35 34.94 70 69.88 66 125 102 51.0 30 32 2 22 183.5 132.5 M10 M14 86 13 21.96 21.91 101 

Reduced Bore 

1" to 4" [25 to 100 mm] 

150 43.92 43.86 45 44.94 100 99.86 72 175 140 84.5 – 38 2 34.5 250.0 165.5 M16 M12 86 14 26.96 26.91 139 

200 43.92 43.86 45 44.94 100 99.86 72 175 140 84.5 – 38 2 34.5 262.5 178.0 M16 M12 86 14 26.96 26.91 139 

h1 

Ød3 

Ød4 

h4 

ØD2 

h3 


59 

90˚ 

R 

W 

Ød1 

Ød2 

ØD1 

2-N 

Sizes 6" to 8" [150 to 200 mm] 

6" 1.729 1.727 1.772 1.769 3.937 3.931 2.83 6.93 5.51 3.33 – 1.50 0.08 1.36 9.84 6.52 M16 M12 3.39 0.55 1.061 1.059 5.47 

8" 1.729 1.727 1.772 1.769 3.937 3.931 2.83 6.93 5.51 3.33 – 1.50 0.08 1.36 10.33 7.01 M16 M12 3.39 0.55 1.061 1.059 5.47 

4-M TAP 

S 

P 

h5 

H1* 

H*



Class 150 Dimensions, inches 

Valve VS11 Full Bore VS21 Reduced Bore Flange Dimensions (below) 

Size L H1 H2 L H1 H2 H d do L1 L2 L3 1 Thread D C G T (N) - h 

1" 4.02 2.40 2.76 – – – 3.46 1.00 – 1.89 0.55 0.51 1/2-13UNC 4.25 3.12 2.00 0.44 (4) 0.62 

1 1/2" 4.50 3.35 3.74 – – – 4.65 1.50 – 2.32 0.55 0.59 1/2-13UNC 5.00 3.88 2.88 0.56 (4) 0.62 

2" 4.88 3.54 3.94 – – – 4.84 2.00 – 2.56 0.55 0.67 5/8-11UNC 6.00 4.75 3.62 0.62 (4) 0.75 

3" 6.50 4.41 4.53 – – – 6.42 3.00 – 3.19 0.55 0.79 5/8-11UNC 7.50 6.00 5.00 0.75 (4) 0.75 

4" 7.62 5.24 5.31 – – – 7.24 4.00 – 3.58 0.67 0.94 5/8-11UNC 9.00 7.50 6.19 0.94 (8) 0.75 

6" – – – 9.00 6.54 6.89 9.84 6.00 5.00 4.17 1.06 1.02 3/4-10UNC 11.00 9.50 8.50 1.00 (8) 0.88 

8" – – – 9.56 7.01 7.28 10.35 8.00 6.00 4.37 1.14 1.22 3/4-10UNC 13.50 11.75 10.62 1.12 (8) 0.88 

Class 150 Dimensions [mm] 

Valve VS11 Full Bore VS21 Reduced Bore Flange Dimensions (below) 

Size L H1 H2 L H1 H2 H d do L1 L2 L3 1 Thread D C G T (N) - h 

25 102 61 70 – – – 88 25 – 48 14 13.0 1/2-13UNC 108 79.5 51 11.2 (4) 16 

40 114 85 95 – – – 118 38 – 59 14 15.0 1/2-13UNC 127 98.5 73 14.3 (4) 16 

50 124 90 100 – – – 123 51 – 65 14 17.0 5/8-11UNC 152 120.5 92 15.9 (4) 19 

80 165 112 115 – – – 163 76 – 81 14 20.0 5/8-11UNC 190 152.2 127 19.1 (4) 19 

100 194 133 135 – – – 184 102 – 91 17 24.0 5/8-11UNC 229 190.5 157 23.9 (8) 19 

150 – – – 229 166 175 250 152 127 106 27 26.0 3/4-10UNC 279 241.5 216 25.4 (8) 22 

200 – – – 243 178 185 263 203 152 111 29 31.0 3/4-10UNC 343 298.5 270 28.6 (8) 22 

Notes: 

1. Tapped lug thickness. 

2. To get the minimum stud bolt length of 

tapped flange side: 

– add the tapped screw depth 

(Dimension L3) 

– add Body Cap thickness (Dimension L2) 

– add the counter flange thickness 

(by customer). 

Full Bore Reduced Bore 

Valve Size Weights, 

inches, [mm] Lbs. (kg) 

1" [25] 10 (4.5) 

11/2" [40] 16 (7.3) 

2" [50] 21 (9.5) 

3" [80] 40 (18) 

4" [100] 59 (27) 

6" [150] 100 (45) 

8" [200] 140 (64) 


60 

Flange Ends D: Outside diameter 





d GCD 



do: Reduced bore diameter 

T N-h



C v Values (Laminated Seat) 

Valve Size Percent Open 

inches [mm] 10 20 30 40 50 60 70 80 90 100 

1" [25] 0.13 0.88 2.4 3.9 6.0 9.0 12.8 17 21.3 25 

1 1/2" [40] 0.79 4.1 8.8 14 21.6 32.4 45.9 61.2 76.5 90 

2" [50] 1.09 6.5 13.8 22.6 34.8 52.2 74 98.8 123 145 

3" [80] 3.8 16.2 34.2 55.8 86.4 130 184 245 306 360 

4" [100] 5.5 24.8 52.3 85.3 132 198 281 374 468 550 

6" [150] 10.7 46.2 102 166 257 385 546 728 910 1070 

8" [200] 15.0 67.5 143 233 360 540 765 1020 1275 1500 

C v Values (Thick Seat) 

Valve Size Percent Open 

inches [mm] 10 20 30 40 50 60 70 80 90 100 

1" [25] 0.17 1.5 3.1 5.1 7.9 11.9 16.8 22.4 28.1 33 

1 1/2" [40] 0.95 4.7 10.0 16.3 25.2 37.8 53.6 71.4 89.3 105 

2" [50] 1.2 7.2 15.2 24.8 38.4 57.6 81.6 108 136 160 

3" [80] 3.9 17.6 37 60.5 93.6 140 199 265 332 390 

4" [100] 5.8 26.1 55.1 89.9 139 209 296 394 493 580 

6" [150] 11.3 50.9 107 175 271 407 576 768 960 1130 

8" [200] 16.5 74.3 157 256 396 594 842 1120 1400 1650 


VS valves maintain an inherent flow characteristic, which is approximately midway 

between linear and equal percent. 

Flow Rate (%) 

100 

80 

60 

40 

20 

0 20 40 60 80 100 

Valve Opening (%) 


61



Maximum Allowable Shut-off Pressure and Temperature 

Valve Size, inches [mm] Max. Shut-off Pressure, psi [MPa] 

VS 11 VS 21 Laminated Thick 

Full bore Reduced bore Seat 1 Seat 1 

1" [25] – – 275 2 [1.9] 275 2 [1.9] 

1 1/2" [40] – – 275 2 [1.9] 275 2 [1.9] 

2" [50] – – 275 2 [1.9] 275 2 [1.9] 

3" [80] – – 275 2 [1.9] 275 2 [1.9] 

4" [100] – – 275 2 [1.9] 275 2 [1.9] 

– – 6 [150] 275 2 [1.9] 275 2 [1.9] 

– – 8 [200] 246 2 [1.7] 275 2 [1.9] 

Materials Selection 

Temperature Gland O-ring Tost Stem Seat 

packing bearing bearing 

-20°F to 392°F PTFE Viton ® 316 SS/ 


Reinforced 

PTFE 

Laminated/ 

Thick 

392°F to 482°F 

Reinforced 

PTFE 

Special 

316 SS/ 

PTFE 

Reinforced 

PTFE 

Laminated/ 

Thick 

Test Pressure 

ASME Class Body Seat 

150 


424 psi Max. Operating Pressure x 1.1 or 

[2.93 MPa] 72 psi [0.5 MPa] unless otherwise stated 

Example VS 11 32 D Q C 

Bore 

11 - Full Bore 

21 - Reduced Bore 

Body Material 

32 - 316 SS 


D - 316 SS/HCR 

F - 316 SS Stellited 

Seat 

Q - 316 SS Laminated 

V - 316 SS Stellited 

Packing 

C - Teflon ®/Non-asbestos Gasket 

Note: For Torques, refer to page 79 


62 

Notes: 

1. Maximum temperature 482°F [250°C]. 

2. According to ASME B16.34 Class 150.

Features 

• Unique Dual V-ball features a 

secondary (Small) V-notch allowing 

extremely small, accurate flow rates. 

• The primary (Large) V-ball provides 

straight through, non-clogging 

flow, allowing a large amount of 

heterogeneous fluid. 

• Dual V-ball allows rate changes and 

controls fluids with a rangeability in 

excess of 250:1. 

• Nearly equal percent flow 

characteristic. 

• Rotary-valve design provides 

shearing action between the V-notch 

ball and the seat, promoting a 

smooth, non-clogging operation. 

• Spring supported, stellited metal seat. 

• Class V shut-off. 

• Unibody design reduces stress. 

• Minimum body cavity reduces 

build-up. 

• Fugitive emission package 

available for both flammable and 

non-flammable service. 

• Available in flangeless or flanged 

construction. 

• Multiple, adjustable ring packing 

allows easy adjustment without 

requiring valve disassembly or 

actuator removal. 

• Integral mounting pad. 






Dual V High Performance Control Ball Valve - 1" to 8" Flanged and Flangeless 

Special Tests 




• X-ray 


• Slurry and viscous fluid 

• Powder and pellet 

• Sludge in water treatment and 

pollution control processes 

• Chips and fibers in pulp and 

paper process 

• Flow control in pipeline and 

transmissions 

• Pressure control in oil and gas 


Body style: WA21F (Flanged) 

WA20 (Flangeless) 

Size range: 1" to 8" 

Shut-off: ANSI Class V, 

FCI 70-2 (B16.104) 

Face-to-face: 150# Flanged per 

ANSI B16.10 

Flangeless per I.S.A. 


63



Design and Construction 

Fugitive Emissions 

Control Packages 

Available for both flammable 

and non-flammable service. 

Positive Locking, 

End Cap Retention 

Wire-ring with three point 

locking device assures a 

tight fit. 

Versatile End-Connection 

The Unibody design is 

available in flangeless or 

flanged construction and 

meets I.S.A. S-75.04 and 

ANSI B16.10 face-to-face 

dimensions. 

Unique Dual-V Ball 

A secondary (Small) V-notch allows 

extremely small, accurate flow rates 

with the additional benefit of the 

primary (Large) V-ball providing straight 

through, non-clogging flow which, if 

necessary, will shear slurries and fibers. 

Integral Mounting Pad 

Machined “actuator pad” allows precise mounting 

of actuator. Mounting bolts are independent from 

the stem-packing gland bolts. This exact alignment 

reduces torque and prevents out-of-line wear on 

the stem and packing. 

Unibody Design 

This proven structural design 

enhances piping integrity by 

reducing stress and additionally 

eliminates potential leak paths. 


64 

Stem to Disc Connection 

A tapered pin connection is 

used to ensure accurate control 

of flow, which also results in a 

high resolution of 250:1. 

Minimum Body Cavity 

Reduces build-up of transition 

process materials and the 

segmented V-ball eliminates 

freeze-up.

C v Values 




Size 10 20 30 40 50 60 70 80 90 100 

1" 0.16 0.33 1.2 2.3 4.1 6.6 10.2 15.8 23.4 33.0 

1 1/2" 0.45 0.90 3.2 6.3 11.3 18.0 27.9 43.2 63.9 90.0 

2" 0.83 2.50 5.8 11.6 20.6 33.0 51.2 79.2 117.0 165.0 

3" 1.80 5.50 12.8 25.6 45.6 73.0 113.0 175.0 259.0 365.0 

4" 3.00 9.00 21.0 42.0 75.0 120.0 186.0 288.0 426.0 600.0 

6" 6.50 19.50 45.5 91.0 163.0 260.0 403.0 624.0 923.0 1300.0 

8" 10.40 31.40 72.8 146.0 260.0 416.0 645.0 998.0 1480.0 2000.0 

Operating Torque for Dual V with 20% Safety Factor 

Valve Differential Pressure, psi - inch - lbs 

Size 0 100 200 300 400 500 600 725 

1" 80 80 80 85 110 135 165 225 

1 1/2" 133 133 133 169 222 280 341 452 

2" 177 177 195 266 355 440 531 700 

2 1/2" 293 293 354 531 665 825 1062 1328 

3" 354 354 443 655 845 1150 1328 1638 

4" 673 673 885 1372 1700 2125 2540 3275 

5" 797 797 1107 1593 2040 2480 3000 3983 

6" 1682 1682 2124 4000 3983 5050 6151 7957 

8" 2655 2655 3363 5045 6640 8230 10620 14160 

For BP trim, contact your local sales representative. 


Class Rating 

21F - 150#, Flanged 

22F - 300#, Flanged 

20 - Wafer 

Body Material 

32 - CF8M 31 - CF8 30 - CG8M 

Trim Combination 

See Available Trims table (below) 

*Pressure Class needed for Wafer only 

15 - 150#, Wafer 

30 - 300#, Wafer 

WA 21F – 32 AT 

WA 20 – 32 AT * 


0 20 40 60 80 100 

Valve Travel % 

Available Trims 

General Abrasion Corrosion Corrosion and Abrasion and High 

Application Purpose Resistant Resistant Abrasion Resistant Temp Resistant 

Trim Combination AV BV AT BT BP 

Operating -4°F to 302°F -4°F to 302°F -4°F to 482°F -4°F to 482°F -4°F to 518°F 

Temperature [-20°C to 150°C] [-20°C to 150°C] [-20°C to 250°C] [-20°C to 250°C] [-20°C to 270°C] 

Body Material CF8, CF8M, CG8M CF8, CF8M, CG8M CF8, CF8M, CG8M CF8, CF8M, CG8M CF8, CF8M, CG8M 

V-Ball CF8M+ CF8M+ Nickel CF8M+ CF8M + Nickel CF8M + Nickel 

Material Hard Chrome Alloy Overlay Hard Chrome Alloy Overlay Alloy Overlay 

Seat Material 316 SS + Stellite 316 SS + Stellite 316 SS + Stellite 316 SS + Stellite 316 SS + Stellite 

Seat Seal Material Viton ® O-ring Viton ® O-ring Reinforced PTFE, U-ring Reinforced PTFE, U-ring PEEK U-ring 

Stem Bearing Metal-backed Teflon ® Metal-backed Teflon ® Metal-backed Teflon ® Metal-backed Teflon ® Stellited Bushing 

Packing PTFE PTFE Reinforced PTFE Reinforced PTFE Soft Carbon 


65 

C v Value % 

100 

80 

60 

40 

20



Flanged Flangeless 

H 1 

H 

d 


Valve 150 psi WA21F Flanged 150 psi WA20 Wafer 

Size d d 1 H H 1 L L 1 d 2 d d 1 d 2 H H 1 L L 1 

1" 0.98 1.73 2.83 3.38 5.00 2.40 4.25 0.98 1.73 2.56 2.83 3.38 4.02 1.42 

1 1/2" 1.50 2.05 3.54 4.13 6.50 3.58 5.00 1.50 2.05 3.23 3.54 4.13 4.49 1.57 

2" 2.01 2.60 4.33 4.53 7.01 3.86 6.00 2.01 2.60 3.94 4.33 4.53 4.88 1.73 

2 1/2" 2.52 3.15 5.16 5.60 7.48 3.94 7.00 2.52 3.15 4.65 5.16 5.60 5.63 2.09 

3" 2.99 3.31 5.47 6.03 7.99 3.74 7.50 2.99 3.31 5.12 5.47 6.03 6.50 2.24 

4" 4.01 4.09 5.87 7.01 9.02 4.41 9.00 4.02 4.09 6.14 5.87 7.01 7.64 3.03 

5" 5.00 5.12 6.38 7.60 10.00 5.00 10.00 5.00 5.12 7.32 6.38 7.60 8.39 3.07 

6" 5.95 6.30 7.13 9.80 10.51 5.26 11.00 5.98 6.22 8.50 7.13 9.80 9.02 3.90 

8" 7.99 7.99 8.66 10.79 11.50 5.75 13.50 7.99 7.99 10.39 8.66 10.79 9.57 4.17 

300 lb. Class Dimensions, inches 

L 

FLOW 

L 1 

d 1 d 2 

Note: H 1 dimension is for reference only. Actual dimension is dependent on actuator. 

Valve 300 psi WA21F Flanged 300 psi WA20 Wafer 

Size d d 1 H H 1 L L 1 d 2 d d 1 d 2 H H 1 L L 1 

1" 0.98 1.73 2.83 3.38 5.00 2.40 4.88 0.98 1.73 2.56 2.83 3.38 4.02 1.42 

1 1/2" 1.50 2.05 3.54 4.13 6.50 3.58 6.13 1.50 2.05 3.23 3.54 4.13 4.49 1.57 

2" 2.01 2.60 4.33 4.53 7.01 3.86 6.50 2.01 2.60 3.94 4.33 4.53 4.88 1.73 

2 1/2" 2.52 3.15 5.16 5.60 7.48 3.94 7.50 2.52 3.15 4.65 5.16 5.60 5.63 2.09 

3" 2.99 3.31 5.47 6.03 7.99 3.74 8.25 2.99 3.31 5.12 5.47 6.03 6.50 2.24 

4" 4.01 4.09 5.87 7.01 9.02 4.41 10.00 4.02 4.09 6.14 5.87 7.07 7.64 3.03 

5" 5.00 5.12 6.38 7.60 10.00 5.00 11.00 5.00 5.12 7.32 6.38 7.60 8.39 3.07 

6" 5.95 6.30 7.13 9.80 10.51 5.26 12.50 5.98 6.22 8.50 7.13 9.80 9.02 3.90 

8" 7.99 7.99 8.66 10.79 11.50 5.75 15.00 7.99 7.99 10.39 8.66 10.79 9.57 4.17 

Note: H 1 dimension is for reference only. Actual dimension is dependent on actuator. 


66 

H 1 

H 

d 

L 

L 1 

d 1 

d 2


Engineering Data 


67


Engineering data for the sizing, selection and specification of KTM Ball Valves 


The body rating is independent of the seat rating and is shown below by dotted lines. Seat ratings for high-temperature valves with 

Gratite ® seats are identical to ANSI body ratings. Refer to page 18. 

Pressure, psi 

Pressure, psi 

Full Bore: 1/2", 3/4", 1" Full Bore: 1 1/2" to 2 1/2" 

Reduced Bore: 3" 

1000 

900 

800 

700 

600 

500 

400 

300 

200 

100 

T-Seat 

150 lb Rating 

300 lb Rating 

G-Seat – E-Seat 

0 

0 100 200 300 400 500 

Temperature (°F) 

Full Bore: 6" 

Reduced Bore: 6" to 8" 

1000 

900 

800 

700 

600 

500 

400 

300 

200 

100 

T-Seat 

150 lb Rating 


300 lb Rating 

0 

0 100 200 300 400 500 



68 

Pressure, psi 

1000 

900 

800 

700 

600 

500 

400 

300 

200 

100 

T-Seat 

150 lb Rating 

300 lb Rating 


0 

0 100 200 300 400 500 


Full Bore: 8" 


1000 

Notes: 

1. The E-seat is the same pressure and temperature characteristics as 

the G-seat, except without reinforcing material. 

2. Shaded area for 6", 8" and 10" ANSI 300 valves is limited to service 

applications. If continuous service condition is in shaded area, 

Trunnion type KTM ball valves are recommended. Temperature 

limitations of 

O-ring should be considered when making seat selection. 

Pressure, psi 

900 

800 

700 

600 

500 

400 

300 

200 

100 

T-Seat 

150 lb Rating 


300 lb Rating 

0 

0 100 200 300 400 500 


Pressure, psi 

Pressure, psi 

Full Bore: 3" to 4" 


1000 

900 

800 

700 

600 

500 

400 

300 

200 

100 

ANSI 150, 300 (10" to 30") 

ANSI 600 ( 1/2" to 24") 

ANSI 900, 1500 ( 1/2" to 24") 

4000 

3500 

3000 

2500 

2000 

1500 

1000 

500 

0 

0 100 200 300 400 500 


1500 lb Rating 

900 lb Rating 

600 lb Rating 

300 lb Rating 

150 lb Rating 

H-Seat 

T-Seat 

SG-Seat 

0 

0 50 100 150 200 250 300 350 400 450 


NBR 

O-ring 

T-Seat 

150 lb Rating 

Viton ® 

O-ring 


300 lb Rating 

Teflon ® 

U-ring

10.0 

5.0 

1.0 

0.0 

0.1 

0.05 

0.01 



Pressure Drop vs. Flow - KTM Full Bore Ball Valves (ANSI 150 and 300 Class Valves) 

∆P – psi 

10.0 

5.0 

1.0 

0.5 

0.1 

0.05 

0.01 

1/ 2 3/4 1 11/ 2 2 21/ 2 3 4 6 8 10 

12 

14 

16 

18 

20 

1 5 10 

50 100 500 1,000 5,000 10,000 50,000 100,000 

Pressure Drop vs. Flow - KTM Reduced Bore Ball Valves (ANSI 150 and 300 Class Valves) 

∆P – psi 

Flow GPM – Water °F 

3 4 6 8 10 

1 5 10 50 100 500 1,000 5,000 10,000 50,000 100,000 


12 

14 

16 

18 

20 


69



Pressure Drop vs. Flow - KTM 3-Way Model EO3100 Valves, “L” Port (2-Seats) 

Full Bore 1 1/2" to 8", Reduced 6" and 8" 

∆P – psi 

10.0 

5.0 

1.0 

0.5 

0.1 

0.05 

0.01 


70 

11/2 2 21/2 3 4 6 8 

0.1 0.5 1 5 10 

50 100 500 1,000 5,000 10,000 

Pressure Drop vs. Flow - KTM 3-Way Model E3200 or E3900 Ball Valves, “L” Port (4-Seats) 

Full Bore 1/2" to 8", Reduced 6" and 8" 

∆P – psi 

10.0 

5.0 

1.0 

0.5 

0.1 

0.05 

0.01 


1/2 

3/4 

1 

6 

Reduced 

8 

Reduced 

11/2 2 21/2 3 4 6 8 

0.1 0.5 1 5 10 

50 100 500 1,000 5,000 10,000 


6 

Reduced 

8 

Reduced

Ball Valve Sizing Formulas 

Flow coefficient, or C v , by definition is 

the volume of water in gallons per 

minute that will flow through a given 

opening with a pressure drop of one 

psi. All C v values shown for KTM ball 

valves are based on water at 60°F. 

Formulas shown below will assist in 

obtaining the correct C v for other fluids, 

gas, and steam. 



Where: 

Cv = Valve flow coefficient 

G = Specific gravity at flowing 

temperature (Water 1.0 at 60°F) 

Q = Liquid rate (g.p.m.) 

Q = Gas flow rate at 14.7 psia and 

temperature 60°F (scfh) 

W = Flow rate (lb./hr.) 

P 1 = Upstream pressure (psia) 

P 2 = Downstream pressure (psia) 

∆P = Pressure drop P 1 - P 2 (psia) 

T = Flowing temperature (°F) 

T sh = Steam superheat (°F) 

Notes: 

1. For gas or steam service when 

P1 P2 < ––– ∆P (P1 + P2 ) = 0.87P 

2 

1 

2. For gas service, no temperature 

correction is necessary between 32°F 

and 149°F, but at any other temperature a 

correction is necessary. 

Unknown Data Known Data Liquid Gas Saturated Steam Superheated Vapor 

G Q G W (1+0.0007 T sh )W 

C v Q, W, P 1 , P 2 , G, T sh Q ––– ––––– –––––––––– –––––––––––––––– –––––––––––––––– 

∆P 42.2 ∆P(P 1 +P 2 ) 2.1 ∆P(P 1 +P 2 ) 2.1 ∆P(P 1 +P 2 ) 

Cv Temperature 

Correction 

Q G(T + 460) 

Q, P1 , P2 , G, T ––––– –––––––––– 

963 ∆P(P1 +P2 ) 

∆P ∆P(P 1 +P 2 ) 2.1 C v ∆P(P 1 +P 2 ) 

Q.W. C v , P 1 , P 2 , G, T sh C v ––– 42.2 C v ––––––––––– 2.1 C v ∆P(P 1 +P 2 ) –––––––––––––––– 

G G (1+0.0007 T sh ) 

Q ∆P(P1 +P2 ) 

Temperature 

Cv , P1 , P2 , G, T 963 Cv ––––––––––– 

G(T + 460) 

Correction 


71



Flow Characteristics and Sizing Coefficients 

Since KTM ball valves have inherent 

equal percentage flow characteristics, 

they are ideally suited for control 

applications over the widest possible 

range of flow. Equal percentage flow 

characteristics, in simple terms, means 

that a given percentage change in the 

valve opening will produce the same 

percentage change in flow. 

The two tables below, one for full bore 

and the other for reduced bore, are 

provided to assist in sizing KTM ball 

valves for control applications. 

Full Bore Valves 

Pre-Vac Seal Ball Valves for Vacuum Service 

KTM Pre-Vac Seal Ball Valves, 1/2" to 12" 

(full bore) are recommended for vacuum 

services down to 20 microns. When 

ordering, specify “Vacuum Service”. 

Both “T” and “G” seats are available for 

vacuum services. 

When KTM ball valves are for higher 

vacuum service, the valves must be 

thoroughly cleaned, more precisely 

machined, and subjected to a leakage 

test. For high vacuum applications, 

please contact your sales 

representative. 

10 20 30 40 50 60 70 80 90 100 

Percent of Ball Opening 

Ball Valve Leakage Allowance 

When KTM standard valves are used for 

vacuum service, 0.01 to 1.00 Lusec 

(1µ Hg/sec.) of body leakage will be 

detected for sizes 1/2" to 12" (full bore). 

Major causes of leakage are penetration 

through body casting of gas or steam 

from oil and water deposited on 

components or contained in the casting. 

Seat leakage is negligible for actual 

services. 


72 

Percent of Maximum Cv 

100 

90 

80 

70 

60 

50 

40 

30 

20 

10 

0 

Valve Size: 1/2" 3/4" 1" 11/2" 2" 21/2" 3" 4" 6" 8" 10" 12" 14" 16" 18" 20" 

Cv 26 50 94 260 480 750 1300 2300 5400 10000 16000 24000 31400 43000 57000 73000 

Reduced Bore Valves 

Valve Size: 3" 4" 6" 8" 10" 12" 14" 16" 18" 20" 

Cv 420 770 1800 2500 4500 8000 12000 14000 18000 22000 

Pre-Vac Seal Standard Ball 

Valve Body Leakage Allowance 

Leakage - Lusec ( µ Hg/sec.) 

1.00 

0.10 

0.01 

1 

/2 

3 

/4" 1" 1 " 2" 3" 4" 6" 8" 10" 

Valve Size (inches) 

Model EB100 Full Bore 

1 /2 12"

E-seat Valve Technology 

General Information 

Composed of a unique molecularly 

enhanced copolymer of PTFE and PFA, 

KTM’s E-seat offers a full range of 

properties formerly requiring two separate 

materials. The E-seat copolymer provides 

pressure available only with glass fiber 

filament or carbon-reinforced PTFE. In 

high-temperature operations, the seat 

remains white, eliminating the risk of color 

contamination associated with seats 

made from darker reinforced materials. 

Standard in all KTM floating-style ball 

valves, the E-seat is excellent on a wide 

variety of applications but is particularly 

recommended for use on styrene and 

butadiene, where low permeability is a 

performance factor; and on low-pressure 

steam, where flaking of virgin PTFE is a 

problem. It is also recommended for use 

on food and beverage, pharmaceutical 

and biotech, paper, clean gas and any 

other applications where product purity 

and the lack of foreign fillers such as 

glass are critical to the user. 

Properties and Performance 

Figure 1 compares the performance of the 

E-seat with seats made from virgin PTFE 

and 10-20% carbon-filled PTFE. Note that 

the E-seat has: 

• A tensile strength greater than or 

comparable to the other two. 

• Greater compressive strength than 

the others. 

• The least creep percentage of the three 

materials, which gives it the least 

distortion that causes cold flow. 

• Greater hardness (Shore Durometer) 

than virgin PTFE. 

• The highest coefficient of linear thermal 

expansion, translating into better 

flexibility. 

• A coefficient of wear significantly below 

that of virgin PTFE. 

• A specific gravity and friction coefficient 

equal to that of virgin PTFE. 


Figure 1 

Virgin PTFE/PFA Reinforced 

PTFE Copolymer PTFE 10-20% 

Seat Material (E-seat) Carbon Filled 

Tensile Strength psi 4480 3556 - 4267 3485 

Compressive Creep 

24 hours 16.7 5 5.5 

Percentage Permanent 

1 

Deformation 

8.4 2.7 3 

Compressive Stress psi 

0.2% Off Set 

1% Deformation 

(1095) 

(626) 

(1863) 

(1181) 

(1721) 

(1053) 

Hardness (Shore Durometer) 55 60 65 

Coefficient of linear thermal 

expansion 77°F to 302°F 

Coefficient of Wear K 

12.6 13.9 7.8 

inch2 sec x 10-8 lb ft hr 

15,001 7500 - 9643 13 

cm2 sec x 10-6 kg m hr 

7000 3500 - 4500 6 

Specific Gravity 2.14 - 2.17 2.14 - 2.20 2.06 - 2.12 

Stationary Static Coefficient 

of Friction 

0.05 - 0.08 0.05 - 0.08 0.07 - 0.10 

Notes: 

1. 73°F 1991 psi 

2. ( ) Direction of perpendicular to molding direction. 

Figure 2 - Characteristics for Compressive Creep of Seats 

Temperature 

Seat Model 77°F 212°F 302°F 392°F 482°F 

T 18.7 33.7 42.7 50.0 67.2 

G 11.9 28.0 36.2 44.2 52.7 

E 10.3 23.3 32.6 41.0 55.2 

Figure 2 data show the E-seat to have superior characteristics throughout the full 

range of temperatures. Data was collected over a 24-hour period with a fixed pressure 

of 1991 psi. Because compressive creep is of such major importance in a valve seat, 

results from a wider range of temperatures are shown. 


73


SB11 Valve Torque Data for Actuator Sizing (Torque Unit = inch-lbs) 

Valve Break Torque for E-Seat 

Gland Packing: T 

Differential Pressure: psi 

Size 0 100 200 300 

1/2"* 96 98 98 98 

3/4"* 124 130 134 136 

1" 153 153 160 164 

1 1/2" 182 187 191 200 

2" 246 249 256 276 

2 1/2" 417 451 489 506 

3" 492 559 685 846 

4" 795 860 1085 1440 

6" 2068 2135 2257 2696 

8" 4104 4445 5198 6915 

Valve Break Torque for E-Seat 

Gland Packing: Graphite 


Size 0 100 200 300 

1/2"* 105 108 108 108 

3/4"* 137 142 146 147 

1" 168 168 175 179 

1 1/2" 200 206 211 218 

2" 271 273 281 301 

2 1/2" 458 493 531 547 

3" 542 608 735 896 

4" 876 940 1166 1522 

6" 2272 2340 2464 2901 

8" 4514 4856 5609 7318 

Fluid Condition 

Clean Liquid: Use Chart 

Solvent, High Viscosity, or Dry Gas: Chart X 1.32 

* Torques will not change for 1/2" and 3/4" in 

case of Solvents, Viscous or Dry Gas 

Note: 20% Safety Factor is included in charts. 


74

Actuator Sizing with Applied Safety Factor 


Conditions 

A: For clean liquids 

B: For solvents, high viscosity, cry gas 

C: For slurry 

Note: Safety Factor is included in charts. 


EB100 ANSI 150 and 300 Operating Torque (Torque Unit = inch-lbs) 

Fluid 

Factor 


Size 0 150 300 450 600 740 

inch A B C A B C A B C A B C A B C A B C 

1/2" 85 117 146 85 117 146 85 117 146 86 119 149 89 123 154 102 140 175 

3/4" 108 149 186 108 149 186 109 151 186 111 153 191 117 161 202 131 181 226 

1" 139 191 239 139 191 239 145 200 250 154 212 266 162 223 279 185 255 319 

11/2" 239 329 412 246 340 425 262 361 451 270 372 465 308 425 531 385 531 664 

2" 339 467 584 347 478 597 370 510 637 416 574 717 493 680 850 616 850 1062 

21/2" 616 850 1062 631 871 1089 693 956 1195 785 1083 1354 932 1285 1606 1078 1487 1859 

3" 924 1275 1593 1063 1466 1832 1201 1657 2071 1371 1891 2363 1540 2124 2655 1771 2443 3054 

4" 1694 2337 2921 1925 2655 3319 2233 3080 3850 2464 3399 4248 2849 3930 4912 3234 4461 5576 

5" 3090 4248 5310 3543 4886 6108 4080 5628 7035 4775 6586 8232 

6" 4775 6586 8232 5852 8071 10089 6930 9559 11949 8315 11470 14337 Contact your sales representative 

8" 7700 10620 13275 11089 15295 19119 14785 20393 25491 18789 25915 32394 

Actuator Sizing with Applied Safety Factor 

Gland Packing: Graphite 

Fluid 

Factor 


Size 0 150 300 450 600 740 

inch A B C A B C A B C A B C A B C A B C 

1/2" 139 191 239 139 191 239 139 191 239 140 193 242 143 198 247 156 215 268 

3/4" 162 223 279 162 223 279 163 225 281 165 227 284 171 236 295 185 255 319 

1" 216 297 372 216 297 372 222 306 382 231 319 398 239 329 412 262 361 451 

11/2" 439 605 757 447 616 770 462 637 797 470 648 810 508 701 876 585 807 1009 

2" 539 743 929 547 754 943 570 786 982 616 850 1062 693 956 1195 816 1126 1407 

21/2" 1001 1381 1726 1016 1402 1752 1078 1487 1859 1170 1614 2018 1317 1816 2270 1463 2018 2522 

3" 1309 1806 2257 1448 1997 2496 1586 2188 2735 1756 2422 3027 1925 2655 3319 2156 2974 3717 

4" 2310 3186 3983 2541 3505 4381 2849 3930 4912 3080 4248 5310 3465 4779 5974 3850 5310 6638 

5" 3835 5290 6612 4270 5890 7362 4776 6588 8235 5427 7486 9357 

6" 5427 7486 9357 6440 8882 11103 8394 11578 14472 8756 12077 15096 Contact your sales representative 

8" 8684 11978 14973 11869 16370 20463 15342 21161 26451 19105 26352 32940 


75


Operating Torque for 3-Way - 

EO3100, EO3800, E3900, E3200 (Torque Unit = inch-lbs) 


Valve 

Size 


F.B. R.B. 0 100 300 400 600 740 

1/2" – 58 58 58 59 61 71 

3/4" – 73 73 74 76 80 94 

1" – 94 94 98 101 113 130 

1 1/2" – 158 158 173 182 218 265 

2" – 229 230 251 271 350 437 

2 1/2" 3" 360 427 470 516 634 730 

3" 4" 504 605 826 888 1056 1152 

4" – 941 1152 1536 1680 1968 2074 

– 6" 1440 1920 2832 3168 3734 3898 

6" 8" 2256 3024 4800 5376 

8" 10" 4320 6144 9984 11328 

Model Number Factor 

I USE Chart 

EO3100 and EO3800 II 1.7 X Chart 

III 2.27 X Chart 

I 2.4 X Chart 

E3900 and E3200 II 3.6 X Chart 

III 4.8 X Chart 

For Clean Liquids use . . . . . . . . . Factor I 

For Solvents OR Dry Gas . . . . . . Factor II 

For Slurry use . . . . . . . . . . . . . . . . Factor III 

Operating Torque for Floating Ball Valves - 

EB100 PEEK and Gratite ® Seats (Torque Unit = inch-lbs) 

ANSI 150 and 300 

Valve 

Size 


F.B. R.B. 0 100 300 400 600 740 

1/2" – 173 173 173 176 184 212 

3/4" – 220 220 223 227 241 281 

1" – 281 281 295 302 338 389 

11/2" – 475 475 518 547 655 796 

2" – 688 691 752 814 1051 1310 

21/2" 3" 1080 1282 1411 1548 1901 2189 

3" 4" 1512 1814 2477 2664 3168 3456 

4" – 2822 3456 4608 5040 5904 6221 

– 6" 4320 5760 8496 9504 11203 11693 

6" 8" 6768 9072 14400 16128 18518 19584 

8" 10" 12960 18432 29952 33984 45792 50112 

Note: Safety Factor is included in charts. 

Contact your sales 

representative 


76


Operating Torque for Trunnion Mounted Ball Valves - 

EO1100, EO8100, EO1200 and EO8200 (Sizes 2" to 24") 

The enclosed valve torques are intended as a guide for the selection of the proper 

actuator for us on KTM ball valves. The torques reflect net peak (no safety factor) at 

breakaway. Normally, running is 25% less and seating is 10% less. 

Procedure for Torque Selection 

1. From the Pressure/Temperature charts (Contact your sales representative), 

determine which seat should be used. 

2. Select valve torque Factor I, II, or III from the following table. 

Factor Condition Temperature 

of Fluid 

I 

Clean Liquid -4°F to Seal Limit 

(see Note) (for Pressure/Temperature chart, contact your sales representative) 

Solvent or Dry Gas -4°F to Seal Limit 

II (see Note) (for Pressure/Temperature chart, contact your sales representative) 

Clean Liquid -58°F to -4°F 

-4°F to Seal Limit 

III 

Slurry 

(for Pressure/Temperature chart, contact your sales representative) 

Solvent or Dry Gas -58°F to -4°F 

Note: Example Clean Liquid = Water or Oil (Lubricant Effect) 

Example Solvent = Gasoline or Kerosene (Washing Effect) 

Example: 

Service conditions = 10" line, handling natural gas at a maximum differential pressure 

of 800 psi, and a maximum temperature of 100°F. Customer desires full bore ball 

valve, flange ends, 600 ANSI. 

From Factor Chart above, Dry Gas has a torque of Factor II. 

On Factor II Chart (page 78), locate 800 psi column under Differential Pressure. 

Proceed downward until 10" Full Bore (F.B.) row is intersected. Torque in this block 

reads 17,200 in/lbs. This is net peak torque at breakaway. 


77


Operating Torques for Trunnion Mounted Ball Valves (Torque Unit = inch-lbs) 

Factor I 

Valve 

Size 


F.B. R.B. 0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000 3200 3400 3600 

2 3 392 468 540 648 747 864 1008 1170 1350 1575 1845 1980 2196 2412 2610 2880 3132 3420 3690 

3 4 702 864 1062 1260 1512 1782 2034 2340 2745 3195 3735 4140 4500 4860 5310 5850 6390 6930 7470 

4 6 1125 1395 1710 2115 2565 3015 3510 4050 4752 5562 6462 7020 7740 8460 9360 10,260 11,160 12,150 13,050 

6 8 2142 2610 3222 3951 4770 5580 6480 7560 8820 10,350 12,150 13,320 14,400 15,750 17,100 18,720 20,250 22,320 24,300 

8 10 3690 4680 5760 7020 8550 10,350 12,150 14,220 16,560 18,720 21,420 23,400 25,650 27,900 30,600 33,300 36,900 39,600 43,200 

10 12 6300 7740 9540 11,880 14,400 17,100 20,250 23,400 27,000 31,500 36,450 39,600 44,100 48,510 53,100 58,500 63,000 68,400 73,800 

12 14 10,260 12,600 15,300 18,900 23,040 27,900 32,400 37,800 43,650 50,400 58,500 64,800 70,200 76,500 82,800 90,000 99,000 108,000 117,000 

14 16 14,850 18,000 22,320 27,000 32,400 38,520 45,000 53,820 62,730 72,000 83,700 90,000 99,000 108,000 118,800 130,500 142,200 153,000 162,000 

16 18 20,520 25,650 31,500 38,700 46,800 55,800 64,800 75,600 87,300 101,700 117,000 127,800 140,400 153,000 166,500 180,000 198,000 216,000 234,000 

18 20 26,100 32,400 40,500 50,400 61,200 72,900 83,700 97,200 111,600 130,500 151,200 166,500 184,500 202,500 225,000 250,200 270,000 288,000 315,000 

20 24 34,200 42,300 52,200 63,900 77,400 90,000 106,200 122,400 144,000 171,000 206,100 225,000 244,800 270,000 297,000 324,000 351,000 387,000 414,000 

24 30 54,000 66,600 82,800 102,600 122,400 144,000 169,200 196,200 229,500 270,000 322,200 351,000 387,000 432,000 477,000 522,000 567,000 612,000 666,000 

Clean Liquid: -4°F ~ seal limit (for Pressure/Temperature chart, contact your sales representative). 

Factor II 

Valve 

Size 


F.B. R.B. 0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000 3200 3400 3600 

2 3 464 560 656 760 896 1040 1200 1392 1600 1880 2160 2400 2600 2880 3120 3440 3760 4080 4400 

3 4 856 1040 1240 1480 1760 2080 2400 2760 3240 3760 4400 4880 5360 5840 6400 7040 7600 8320 8960 

4 6 1344 1640 2040 2480 3040 3560 4160 4800 5600 6560 7680 8400 9200 10,240 11,200 12,320 13,200 14,400 15,600 

6 8 2480 3080 3800 4720 5760 6640 7760 9120 10,560 12,400 12,800 15,840 17,300 18,800 20,400 22,240 24,000 26,400 28,800 

8 10 4400 5520 6880 8400 10,320 12,160 14,400 16,800 19,600 22,400 25,600 28,000 30,800 33,600 36,800 40,800 44,000 48,000 51,280 

10 12 7520 9200 11,360 14,240 17,200 20,400 24,000 28,000 32,640 37,600 44,000 48,000 52,800 57,600 62,800 68,800 75,200 80,000 86,4000 

12 14 12,240 15,040 18,400 22,560 27,600 32,800 38,800 45,600 52,800 60,800 70,400 76,800 84,000 92,000 100,000 108,800 118,400 128,000 140,000 

14 16 17,600 21,600 26,400 32,400 38,800 45,600 53,600 64,000 74,400 86,400 100,000 108,000 118,400 129,600 142,400 153,600 168,000 180,000 196,000 

16 18 24,400 30,400 37,600 45,600 56,000 66,400 76,800 89,600 104,000 120,000 140,000 153,600 168,0000 184,000 200,000 222,400 238,400 256,000 280,000 

18 20 31,200 39,200 48,000 59,200 72,000 86,400 100,000 116,000 134,400 156,000 180,800 200,000 220,000 240,000 264,000 292,000 316,000 344,000 376,000 

20 24 40,800 50,400 62,400 76,800 92,000 108,000 126,400 145,600 172,000 204,000 240,000 264,000 292,000 320,000 352,000 468,000 424,000 456,000 496,000 

24 30 64,000 80,000 97,600 120,000 145,600 174,400 200,000 232,000 272,000 320,000 384,000 424,000 464,000 512,000 568,000 624,000 672,000 736,000 800,000 

Solvent or Dry Gas: -4°F ~ seal limit (for Pressure/Temperature chart, contact your sales representative). 

Clean Liquid: -58°F to -4°F 

Factor III 

Valve 

Size 


F.B. R.B. 0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000 3200 3400 3600 

2 3 696 832 976 1152 1344 1552 1800 2080 2400 2800 3200 3520 3840 4240 4640 5120 5600 6080 6640 

3 4 1264 1544 1840 2240 2680 3120 3640 4240 4944 5600 6560 7200 7920 8800 9520 10,400 11,200 12,240 13,440 

4 6 2000 2480 3032 3640 4480 5296 6224 7200 8400 9760 11,440 12,640 13,680 15,200 16,640 18,000 19,600 21,440 23,200 

6 8 3680 4640 5744 7120 8640 10,000 11,600 13,600 15,920 18,400 21,600 23,600 25,600 28,000 30,400 33,200 36,000 40,000 43,200 

8 10 5840 8320 10,240 12,720 15,280 18,240 21,440 25,200 29,200 33,600 38,400 41,600 45,600 49,600 54,400 59,200 64,800 70,400 76,800 

10 12 11,200 13,920 17,120 21,200 26,000 30,800 35,840 41,600 48,800 56,000 64,800 71,200 77,600 86,400 94,400 102,400 112,000 120,000 132,000 

12 14 18,000 22,240 27,200 33,600 41,440 49,440 57,600 67,200 78,240 91,200 104,000 113,600 124,000 136,000 148,000 164,000 176,000 192,000 204,000 

14 16 26,000 32,800 40,000 48,800 58,400 68,640 80,000 94,400 110,400 128,000 148,000 160,000 176,000 192,000 208,000 228,000 248,000 268,000 288,000 

16 18 36,000 45,600 56,800 68,800 84,000 100,000 116,000 134,400 156,000 180,000 212,000 230,400 252,000 272,000 300,000 328,000 356,000 384,000 416,000 

18 20 46,400 57,600 72,000 91,200 110,400 128,000 148,000 172,000 200,000 232,000 272,000 296,000 328,000 352,640 392,000 432,000 472,000 512,000 560,000 

20 24 60,800 76,000 94,400 112,400 139,200 164,000 188,000 220,000 256,000 304,000 364,000 400,000 440,000 480,000 528,000 576,000 624,000 680,000 664,000 

24 30 96,000 118,400 147,200 182,400 220,000 256,000 296,000 344,000 408,000 480,000 568,000 630,400 704,000 784,000 880,000 944,000 1,024,000 1,104,000 1,184,000 

Slurry: -4°F ~ seal limit (for Pressure/Temperature chart, contact your sales representative). 

Clean Liquid: -58°F to -4°F 

Torque values provided in this catalog 

are under standard conditions of 

clean liquid and ambient temperature. 


78 

Notes: 

1. Torques are net peak (no safety factor). 

Select actuator output torque with safety 

factor based on actuator type and consider 

all operating conditions such as temperature, 

differential pressure, type of fluid, and 

operating frequency. 

2. Seat = H (Reinforced PTFE with Metal 

Carrier Ring)


Operating Torques for Control Ball Valves 

Operating Torque for WO400 and WO600 with 20% Safety Factor 

Valve Size Differential Pressure, psi - inch - lbs 

Full Reduced 

Bore Bore 

0 100 200 290 400 500 600 725 

1" 1.5" 125 156 260 319 363 399 410 410 

1 1/2" 2" 160 248 346 452 525 570 585 600 

2" 2.5" 205 354 576 770 975 1151 1239 1330 

2 1/2" 3" 235 445 755 1110 1510 1682 1947 2124 

3" 4" 455 975 1593 2213 3100 3810 4248 4956 

4" 5" 675 1465 2301 3275 4425 5576 6640 7788 

5" 6" 975 1950 3100 4602 6195 7877 9735 11065 

6" 8" 1595 3186 5310 7525 11505 14160 15930 19470 

8" 10" 2480 4868 8410 13275 – – – – 

10" 12" 3720 8235 15576 21685 – – – – 

– 14" 6195 15845 25665 38940 – – – – 

– 16" 11500 24780 48675 70800 – – – – 

– 18" 12280 39825 78680 132750 – – – – 

– 20" 28765 66375 141600 212400 – – – – 

Operating Torque for VS11 with 20% Safety Factor 

Valve Differential Pressure, psi - inch - lbs 

Size 0 100 200 290 400 500 600 725 

1" 125 156 260 319 363 399 410 410 

11/2" 160 248 346 452 525 570 585 600 

2" 205 354 576 770 975 1151 1239 1330 

21/2" 235 445 755 1110 1510 1682 1947 2124 

3" 455 975 1593 2213 3100 3810 4248 4956 

4" 675 1465 2301 3275 4425 5576 6640 7788 

6" 975 1950 3100 4602 6195 7877 9735 11065 

8" 1595 3186 5310 7525 11505 14160 15930 19470 

10" 2480 4868 8410 13275 – – – – 

Limitation of Laminated Seat is 572°F 


79


Ordering Instructions (When ordering: Quantity and Valve Size should precede KTM Code Number) 

Body Style 

Code Body Style (see page 82 for details) 

EO100–SB11 Full bore, floating ball, split body, ISO 

EB800R Reduced bore, floating ball, one piece unibody 

EB1 Full bore, floating, split body 

EB8 Reduced bore, floating, split body 

E071 Jacketed, end entry, over size flanged, full bore 

E078 Jacketed, end entry, over size flanged, 

reduced bore 

E011 Full bore, trunnion mounted ball, 

O-ring stem seal 

E081 Reduced bore, trunnion mounted ball, 

O-ring stem seal 

E012 Full bore, trunnion mounted ball, 

adjustable gland 

E082 Reduced bore, trunnion mounted ball, 

adjustable gland 

E031 3-way “L” Port, 2-seats, full bore 

E038 3-way “L” Port, 2-seats, reduced bore 

E39 3-way “L” or “T” Port, full bore, 4-seats 

E32 3-way “L” or “T” Port, 4-seats, full and reduced 

bore available 

Code Body Materials 

30 317 SS - CG8M 

31 304 SS - CF8 

32 316 SS - CF8M 

33 316L - CF3M 

34 304L - CF3 

36 Alloy 20-CN7M 

39 Duplex S.S.-CD4MCU 

41 Hastelloy ® “B"-N12MV 

42 Hastelloy ® “C”-CW12MV 

43 Monel ®-M-35-1 

44 Inconel ®-CY40 

45 Titanium 

46 Nickel-CZ100 

50 LCB 

51 LC1 

52 LC2 

53 LCC 

54 LC3 

62 WCB or A 105 

64 WCC 

68 WC1-F1 

69 LF2 

72 API-6A Type II 

99 Other Materials 

Body Special Ball/Stem Ball Seat Stem Pressure Manual Connection Special 

Materials Feature Materials* Coating Materials Packing Class Operator 

Example: EB1 32 - 32 E T - 15 L - S 

Body Style: full bore, floating ball, split body, fugitive emission option; Body Material: 316 SS; Ball-Stem Material: 316 SS; 

Seat Material: PTFE-PFA Copolymer; Stem Packing: PTFE; Pressure class: ANSI 150; Manual Operator: Lever handle 


80 

Code Special Feature 

L “L” Port for 3-way 

T “T” Port for 3-way 

U B7M/2HM Bolting for SS and Alloy Bodies 

Code Ball/Stem Materials* 

30 317 SS - CG8M 

31 304 SS - CF8 

32 316 SS - CF8M 

33 316L - CF3M 

34 304L - CF3 

35 420 S.S. 

36 Alloy 20 

37 410 SS 

38 403 SS 

39 329 SS 

41 Hastelloy ® “B” 

42 Hastelloy ® “C” 

43 Monel ® 

44 Inconel ® 

45 Titanium 

46 Nickel 

50 LCB 

52 LC2 

53 LCC 

54 LC3 

62 WCB or A105 

63 Cr-Mo Steel 

69 LF2 

71 AISI 4137 

72 AISI 4135 

99 Other Materials 

* When stem material is different than ball material, the code number for the 

stem material should follow the code number for the ball material. 

32/39-Ball = CF8M or 316SS, Stem = 329SS 

Code Ball Coating 

E ENP (Electroless Nickel Plated) 3 mils 

C Hard Chrome Plated 

N Nickel Alloy Overlay



Body Style 

Code Seat Materials 

T PTFE 

G Reinforced PTFE (carbon fiber reinforce) 

G’ Special reinforced T.F.E. 

H Same as G but with a metal carrier ring 

A’ Reinforced Nylon (ANSI 2500, API 6A) 

F Hard Graphite 

M Metal Seat 

K Peek 

P UHMW Polyethylene 

E PTFE-PFA Copolymer 

S Moly/Glass T.F.E. 

Code Stem Packing or Seals 

T PTFE 

N NBR 

N’ Hydrin or Low Temp. NBR 

V Viton ® 

U GRAFOIL ® 

G Reinforced PTFE 

Code Pressure Class 

15 ANSI 150 lb. 

30 ANSI 300 lb. 

60 ANSI 600 lb. 

90 ANSI 900 lb. 

150 ANSI 1500 lb. 

250 ANSI 2500 lb. 

Code Manual Operator Type 

L Lever Handle 

G Worm Gear Operator 

W Oval Handwheel 






When other than lever or gear operators are desired, a complete description 

of the actuator should follow the valve coding number. 

Code Connection 

--- Raised Face Standard (specify for all others) 

RTJ Ring Type Joint 

BW Butt-weld End 

SE Screwed End 

SW Socket Weld End 

FF Flat Face 

Code Special 

SB11 Special – give complete detail 

EXT Extended Bonnet for cryogenic service 

SVB Special Vented Ball (Uni-directional flow 

required) 

X Fugitive Emission Double Gland Packing and 

Lantern Ring 

ZP Exxon Partial Burn Valve 

Z Exxon Full Burn Valve 

D DuPont Coded 

PL Cavity-Free/No Fill/Pocketless 


81



Body Styles 

Body Style 

Floating Ball Valves 

Code Body Style Connection Pressure Class Sizes 

SB11 Floating Ball, Split Body, Fire-safe Full Bore Flanged 150 ANSI 1/2" to 8" 

EB800R Floating Ball, One-Piece Body, Reduced Bore Flanged 150-300 ANSI 1/2" to 8" 

Fire-safe 

EB1 Floating Ball, Split Body, Full Bore Flanged 150-300 ANSI 1/2" to 8" 

Fugitive Emission Option 

EB8 Floating Ball, Split Body, Reduced Bore Flanged 150 ANSI 6" to 10" 

Fugitive Emission Option 

E03 Bar Stock Type, 3 Piece Design Full Bore Screwed or Socket Weld Max 1500 WOG 1/2" to 1 1/2" 

E02 Bar Stock Type, 3 Piece Design Reduced Bore Screwed or Socket Weld Max 1500 WOG 1/2" to 2" 

E071 Jacketed, End Entry Full Bore Over Sized Flanged 150-300 ANSI 1/2" to 8" 

E078 Jacketed, End Entry Reduced Bore Over Sized 150-300 ANSI 3" to 8" 

Trunnion Ball Valves 


E011 Trunnion Mounted Ball, Split Body Full Bore Flanged 150-300 ANSI 10" to 30" 

Full Bore Flanged 600 ANSI 2" to 24" 

Full Bore Flanged 900-1500 ANSI 1 1/2" to 20" 

E081 Trunnion Mounted Ball, Split Body Reduced Bore Flanged 150-300 ANSI 12" to 36" 

Reduced Bore Flanged 600 ANSI 3" to 26" 

Reduced Bore Flanged 900-1500 ANSI 2" to 24" 

E012 Trunnion Mounted Ball, Split Body, Full Bore Flanged 150-300 ANSI 2" to 30" 

Adjustable Gland Full Bore Flanged 600 ANSI 2" to 24" 

Full Bore Flanged 900-1500 ANSI 1 1/2" to 20" 

E082 Trunnion Mounted Ball, Split Body, Reduced Bore Flanged 150-300 ANSI 3" to 36" 

Adjustable Gland Reduced Bore Flanged 600 ANSI 3" to 26" 

Reduced Bore Flanged 900-1500 ANSI 3" to 24" 

3-Way Ball Valves 







E031 3-way “L” Port 2-seats Full Bore Flanged 150-300 ANSI 1 1/2" to 12" 

Full Bore Flanged 600 ANSI 1 1/2" to 6" 

E038 3-way “L” Port, 2-seats Reduced Bore Flanged 150-300 ANSI 6" to 10" 

E39 3-way “L” or “T” Port, 4-seats Full Bore Flanged 150 ANSI 1/2" to 8" 

E32 3-way “L” or “T” Port, 4-seats Reduced Bore Flanged 150 ANSI 6" and 8" 

Full Bore Flanged 300 ANSI 1/2" to 4" 

Full Bore Flanged 600 ANSI 1/2" to 1 1/2" 


82


Standards and Approvals 

KTM Ball Valves are manufactured in strict accordance with 

worldwide industry standards. 

ANSI Title 

B16.5 Steel pipe flanges and flanged fittings 

B16.10 Face-to-Face and End-to-End dimensions 

B16.34 Valves – flanged, threaded and welded end 

B16.25 Butt-welded ends 

FCI 70-2 Control valve seat leakage 

API Title 

6D Pipeline valve specifications 

598 Valve inspection and test 

607 Fire-tested for soft-seated valves (4th Edition) and EXES 3-14-1-2A 

RP6F Fire test for valves 

6FA Fire test for valves 

608 Metal ball valves – flanged and butt-welded ends 

MSS Title 

SP-6 Standard finishes for contact faces of pipe flanges and connecting-end 

flanges of valves and fittings 

SP-25 Standard marking system for valves, fittings, flanges and unions 

SP-55 Quality standard for steel castings for valves, flanges and fittings 

(visual method) 

SP-61 Pressure testing of steel valves 

SP-72 Ball valves with flanged or butt-welded ends for general services 

NACE Title 

MR-01-75 Sulfide stress-cracking resistant metallic materials for oilfield equipment 

BS Title 

5351 Steel ball valve for the petroleum, petrochemical and allied industries 

5146 Inspection and testing 

Details on acceptance of KTM products with other organizations are available 

upon request. 


83


Tyco Flow Control (TFC) provides the information herein in good faith but makes no representation as to its comprehensiveness or accuracy. This data sheet is intended only as a guide to TFC products and services. 

Individuals using this data sheet must exercise their independent judgment in evaluating product selection and determining product appropriateness for their particular purpose and system requirements. TFC MAKES NO 

REPRESENTATIONS OR WARRANTIES, EITHER EXPRESS OR IMPLIED, INCLUDING WITHOUT LIMITATION ANY WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE WITH RESPECT TO 

THE INFORMATION SET FORTH HEREIN OR THE PRODUCT(S) TO WHICH THE INFORMATION REFERS. ACCORDINGLY, TFC WILL NOT BE RESPONSIBLE FOR DAMAGES (OF ANY KIND OR NATURE, INCLUDING 

INCIDENTAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES) RESULTING FROM THE USE OF OR RELIANCE UPON THIS INFORMATION. Patents and Patents Pending in the U.S. and foreign countries. Tyco 

reserves the right to change product designs and specifications without notice. All registered trademarks are the property of their respective owners. Printed in the USA. 


84 

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