Ball Valves

Transcription

Ball Valves

Ball Valves
KITZ Ball Valves
The products introduced in this catalog are all
covered by ISO 9001 and 9002 certification
awarded KITZ Corporation, KITZ Corporation of
Europe, S.A. and KITZ Corporation of Taiwan.
Contents
Product Range
Design Features (Flanged Floating Ball Valves and Flanged High
Performance Ball Valves)
Stainless Steel/Carbon Steel Ball Valves
KITZ Corporation of Taiwan, Kaohsiung Plant, Taiwan
(ISO 9002)
1
6
9
Stainless Steel Pocetless Ball Valves
19
Stainless Steel Jaketed Ball Valves
19
Stainless Steel 3-way Ball Valves
20
Stainless Steel Tank Ball Valves
21
Stainless Steel PFA Lined Ball Valves
21
Stainless Steel/Carbon Steel (Uni-body) Ball Valves
22
Stainless Steel for Law Temprature Ball Valves
23
Ductile Iron Ball Valves
27
Ductile Iron Ball Valves for Gas Service
27
Ductile Iron 3-Way Ball Valves
28
Cast Iron Ball Valves
29
Cast Iron 3-Way Ball Valves
31
Bronze Ball Valves
31
Construction and Materials (Flanged Floating Ball Valves and Flanged High
KITZ Corporation of Europe, S.A., Barcelona Plant, Spain
(ISO 9001)
KITZ Corporation, Ina Plant, Japan (ISO 9001)
Performance Ball Valves)
32
Design Features(Λ-Port Coutrol Valves)
45
Design Data (Λ-Port Coutrol Valves)
47
Λ-Port Control Valves
48
Component Drawing (Flange Trunnion Mounted Ball Valves)
50
Desige Features (Flange Trunnion Mounted Ball Valves)
50
Stainless Steel/Carbon Steel (Trunnion) Ball Valves
51
Construction (Flange Trunnion Mounted Ball Valves)
61
Carbon Steel Ball Valves (Threaded or Welding)
64
Stainless Steel Ball Valves (Threaded or Welding)
67
Ductile Iron Ball Valves (Threaded)
72
Ductile Iron Ball Valves for Gas Service (Threaded)
72
Cast Iron Ball Valves (Threaded)
72
Brass&Bronze Ball Valves (Threaded or Soldered)
73
Brass&Bronze 3-way Ball Valves (Threaded or Soldered)
82
Brass&Bronze Ball Valves for Gas Service (Threaded)
83
■Technical
Information
KITZ Ball Seat Materials
85
Technical Data
86
Dimension of Actuator Mounting Pads
87
Pressure-Temperature Ratings
KITZ Corporation, Nagasaka Plant, Japan
(ISO 9001)
89
Allowable Port Orientation
100
General Precautions
101
Fiow Characteristics
102
Steel Pipe Flanges
103
■Product Range
Flanged Floating Ball Valves
Cast Iron
Ductile Iron
Stainless Steel
Carbon Steel
Shell
Material
Bronze
Class
KITZ Product Code
＊1
Bore
Body
Design
150
150SCTDZ
F
Split
150
150SCTA
R
Uni
300
300SCTDZ
F
Split
300
300SCTA
R
Uni
600
600SCTB
F
Split
1500
1500SCTB
F
Split
150
150SCTR
R
Split
Size
in.
1／
2
3／
4
1
mm
15
20
25
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
300
300SCTR
R
Split
10K
10SCTDZ
F
Split
20K
20SCTDZ
F
Split
150
150UTDZM
F
Split
150
150UTBM
F
Split
150
150UTAM
R
Uni
300
300UTDZM
F
Split
300
300UTAM
R
Uni
600
600UTBM
F
Split
1500
1500UTBM
F
Split
150
150UTDZXL
F
Split/Extended bonnet
300
300UTDZXL
F
Split/Extended bonnet
150
150UTALM
R
Uin
300
300UTALM
R
Uin
150
150UTDZL
F
Split
300
300UTDZL
F
Split
10
10UTDZL
F
Split
20
20UTDZL
F
Split
150
150UTRM
R
Split
300
300UTRM
R
Split
10K
10UTDZM
F
Split
20K
20UTDZM
F
Split
150
150UTB2L/2T
F
Split/3-way･2-seat
150
150UTB4LA/4T
F
10K
10UTB2LM/2TM
F
10K
10UTB4LAM/4TAM
F
150
150UTBPM
F
Split/Pocketless
150
150UTBJM
F
Jacketed
10K
10UTBJM
F
Jacketed
150
150UTRJM
R
Jacketed
10K
10UTRJM
R
Jacketed
150
150UTBTM
F
Split/Tank ball
10K
10UTBTM
F
Split/Tank ball
150
150UTBLN
F
Split/PFA lined
10K
10UTBLN
F
Split/PFA lined
10K
10STBF
F
Split
10K
10STLBF
F
Split/Gas service
20K
20STLB
F
Split/Gas service
10K
10STB4LAF/4TAF
F
10K
10STR4LAF/4TAF
R
125
125FCTB
F
Split
10K
10FCTB
F
Split
125
125FCTR
R
Split
10
10FCTR
R
Split
10K
10FCTB2L
F
10K
10FCTR2L
R
TB
F
Split
11／4 11／2
32
2
21／2
3
40
50
65
80
100 125 150 200 250 300
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
4
5
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
10
12
■
●
Page
11
25
11
●
22
10
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
■
■
＊3
＊3
＊3
＊3
■
■
●
11
9
22
11
●
22
10
10
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
■
●
■
●
●
●
●
●
●
●
●
●
●
■
●
●
■
■
■
■
●
●
●
●
●
●
●
●
●
■
■
■
■
■
■
●
●
●
●＊4
●＊4
●
●
●
●
●
●
●
●
●
■
■
■
■
■
■
■
■
●
●
●
●
●＊4
●＊4
●＊4
●＊4
●
■
■
■
■
■
■
■
■
●
●
●
●
■
■
■
■
25
26
23
23
24
■
24
24
24
●
●
■
■
＊3
＊3
＊3
＊3
20
●＊4
20
＊3
●＊4
●
＊3
19
19
＊3
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
＊3
＊3
■
■
21
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
27
27
27
28
●
●
●
21
＊3
＊3
●
●
●
●
●
●
8
10
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
6
28
29
■
●
●
30
29
30
31
31
31
＊1 Bore design: F=Full port, R=Reduced port
＊2 Worm gear operation is standardised for the sizes marked ■ with the prefix “G-” on each KITZ product code.
＊3 Please contact KITZ Corporation for details.
＊4 Reduced port.
1
■Product Range
Flanged High Performance Ball Valves
Metal Seated
Carbon and Stainless Steel
Metal Seated
Graphite Seated
FILLTITE® Seated Carbon
Steel and Stainless Steel
∧-port
Stainless Steel
Shell
Material
Class
KITZ Product Code
＊1
Bore
Size
Body
Design
in.
1／2
3／4
1
mm
15
20
25
11／4 11／2
32
●
150
L-150UVC
（T）
M＊2
F
Split/For control
150
G-150UVC
（T）
M＊2
F
Split/For control
300
L-300UVC
（T）
M＊2
F
Split/For control
300
G-300UVC
（T）
M＊2
F
Split/For control
10K
L-10UVC
（T）
M＊2
F
Split/For control
10K
G-10UVC
（T）
M＊2
F
Split/For control
20K
L-20UVC
（T）
M＊2
F
Split/For control
20K
G-20UVC
（T）
M＊2
F
Split/For control
150
150SCTDZ1H
F
Split/Max. 300℃
●
150
150UTDZ1H
F
Split/Max. 300℃
21／2
3
40
50
65
80
100 125 150 200 250 300 350
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
4
●
●
5
●
●
●
6
8
●
●
●
●
●
●
●
●
●
●
●
●
●
●
10
12
14
Page
48
●
●
●
48
49
●
49
48
●
●
●
48
●
●
●
●
●
●
●
●
●
●
49
●
●
●
●
●
●
●
■
■
■
■
12
●
●
●
●
●
●
●
●
■
■
■
■
12
●
●
●
●
■
■
■
■
●
●
●
●
■
■
■
■
●
●
●
●
●
■
■
■
■
＊4
●
●
●
●
●
■
■
■
■
＊4
●
●
●
●
■
■
■
■
＊4
●
●
●
●
■
■
■
■
＊4
●
●
●
●
●
■
■
■
13
■
■
■
13
300
300SCTDZ1H
F
Split/Max. 300℃
●
●
●
300
300UTDZ1H
F
Split/Max. 300℃
●
●
●
10K
10SCTDZ1H
F
Split/Max. 300℃
●
●
●
10K
10UTDZ1HM
F
Split/Max. 300℃
●
●
●
20K
20SCTDZ1H
F
Split/Max. 300℃
●
●
●
20K
20UTDZ1HM
F
Split/Max. 300℃
●
●
●
150
150SCTDZ3H
F
Split/Max. 500℃
●
●
●
150
150UTDZ3H
F
Split/Max. 500℃
●
●
●
300
300SCTDZ3H
F
Split/Max. 500℃
●
●
●
300
300UTDZ3H
F
Split/Max. 500℃
●
●
●
10K
10SCTDZ3H
F
Split/Max. 300℃
●
●
●
10K
10UTDZ3H
F
Split/Max. 300℃
●
●
●
20K
20SCTDZ3H
F
Split/Max. 425℃
●
●
●
20K
20UTDZ3HM
F
Split/Max. 425℃
●
●
●
150
150SCTDZ5H
F
Split/Max. 300℃
●
●
●
150
150UTDZ5H
F
Split/Max. 300℃
●
●
●
300
300SCTDZ5H
F
Split/Max. 300℃
●
●
●
300
300UTDZ5H
F
Split/Max. 300℃
●
●
●
10K
10SCTDZ5H
F
Split/Max. 300℃
●
●
●
10K
10UTDZ5H
F
Split/Max. 300℃
●
●
●
20K
20SCTDZ5H
F
Split/Max. 300℃
●
●
●
20K
20UTDZ5H
F
Split/Max. 300℃
●
●
●
150
150SCTDZ6H
F
Split/Max. 500℃
●
●
●
150
150UTDZ6H
F
Split/Max. 500℃
●
●
●
300
300SCTDZ6H
F
Split/Max. 500℃
●
●
●
300
300UTDZ6H
F
Split/Max. 500℃
●
●
●
10K
10SCTDZ6H
F
Split/Max. 300℃
●
●
●
10K
10UTDZ6H
F
Split/Max. 300℃
●
●
●
20K
20SCTDZ6H
F
Split/Max. 425℃
●
●
●
20K
20UTDZ6H
F
Split/Max. 425℃
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
＊1 Bore design: F=Full port
＊2 Operation: L=Lever, G=Gear
＊3 Worm gear operation is standardised for the sizes marked ■ with the prefix “G-” on each KITZ product code.
＊4 Please contact KITZ Corporation for details.
2
2
49
12
12
●
●
●
●
●
●
●
●
●
■
■
■
■
14
●
●
●
●
■
■
■
■
14
●
●
●
●
●
■
■
■
13
●
●
●
●
●
■
■
■
13
●
●
●
●
■
■
■
■
14
●
●
●
●
■
■
■
■
14
15
●
●
●
●
●
■
■
■
●
●
●
●
●
■
■
■
15
●
●
●
●
■
■
■
■
16
●
●
●
●
■
■
■
■
16
●
●
●
●
●
■
■
■
15
●
●
●
●
●
■
■
■
15
●
●
●
●
■
■
■
■
16
●
●
●
●
■
■
■
■
16
●
●
●
●
●
■
■
■
17
●
●
●
●
●
■
■
■
17
●
●
●
●
■
■
■
■
18
●
●
●
●
■
■
■
■
18
●
●
●
●
●
■
■
■
17
●
●
●
●
●
■
■
■
17
●
●
●
●
■
■
■
■
18
●
●
●
●
■
■
■
■
18
■Product Range
Flanged High Performance Ball Valves
Shell
Material
Class
Titanium
150
KITZ Product Code
Size
in.
1／2
3／4
1
mm
15
20
25
Split
●
●
●
＊1
Bore
150TTB
F
Body
Design
11／4 11／2
2
21／2
3
40
50
65
80
●
●
●
●
●
●
●
●
●
●
●
●
32
4
5
6
8
10
12
14
100 125 150 200 250 300 350
300
300TTB
F
Split
●
10K
10TTB
F
Split
●
●
●
●
●
●
●
●
20K
20TTB
F
Split
●
●
●
●
●
●
●
●
8
10
12
16
18
20
22
24
●
●
Page
●
●
＊
●
●
＊
●
●
＊
●
●
＊
28
30
＊ Please contact KITZ Corporation for details.
Flanged Trunnion Mounted Ball Valves
FILLTITEⓇ Seated Carbon
Steel and Stainless Steel
Stainless Steel
Carbon Steel
Shell
Material
Metal
Seated
Carbon
Size
in.
2
3
mm
50
80
F
Super-firesafe ＊3
●
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
■
52
300SCTCS
F
●
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
■
53
600SCTCS
F
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
900SCTCS
F
●
●
●
■
■
■
■
■
■
■
■
■
●
Class
KITZ
Product
Code
150
150SCTCS
300
600
900
＊1
Bore Body
Design
4
6
14
26
32
34
36
100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900
Page
54
55
1500
1500SCTCS
F
●
■
■
■
■
■
■
■
■
■
150
150SCTCRS
R
●
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
52
■
■
■
■
53
56
300
300SCTCRS
R
●
●
●
●
●
■
■
■
■
■
■
■
■
■
600
600SCTCRS
R
●
●
●
●
●
■
■
■
■
■
■
■
■
■
●
●
●
■
■
■
■
■
■
■
■
●
●
■
■
■
■
■
■
■
■
900
900SCTCRS
R
1500
1500SCTCRS
R
54
55
56
150
150UTCS
F
●
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
■
52
300
300UTCS
F
●
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
■
53
600
600UTCS
F
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
900
900UTCS
F
●
●
●
■
■
■
■
■
■
■
■
■
1500
1500UTCS
F
●
●
■
■
■
■
■
■
■
■
■
150
150UTCRS
R
●
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
52
300
300UTCRS
R
●
●
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
53
●
●
●
●
●
■
■
■
■
■
■
■
■
■
●
●
●
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
56
■
■
■
■
■
■
57
■
■
■
■
57
600
600UTCRS
R
900
900UTCRS
R
54
55
56
54
55
1500
1500SCTCRS
R
●
●
150
150SCTC1H
F
Split/MAX. 300°
C
●
●
●
150
150UTC1H
F
Split/MAX. 300°
C
●
●
●
■
■
300
300SCTC1H
F
Split/MAX. 300°
C
●
●
■
■
■
■
■
58
300
300UTC1H
F
Split/MAX. 300°
C
●
●
■
■
■
■
■
58
600
600SCTC1H
F
Split/MAX. 300°
C
●
●
■
■
■
■
■
59
■
■
■
■
■
■
■
■
■
■
57
■
■
■
■
57
600
600UTC1H
F
Split/MAX. 300°
C
●
●
■
10K
10SCTC1H
F
Split/MAX. 300°
C
●
●
●
10K
10UTC1H
F
Split/MAX. 300°
C
●
●
●
■
■
20K
20SCTC1H
F
Split/MAX. 300°
C
●
●
■
■
■
■
■
58
20K
20UTC1H
F
Split/MAX. 300°
C
●
●
■
■
■
■
■
58
600
600SCTC6H
F
Split/MAX. 500°
C
●
60
600
600UTC6H
F
Split/MAX. 500°
C
●
60
59
＊1 Bore design: F=Full port (Reduced port type is also available.)
＊2 Worm gear operation is standard for the sizes marked ■ with the prefix “G-” on each KITZ product code.
＊3 Non firesafe types are also available.
3
■Product Range
Threaded or Welded Ball Valves
Shell
Material
Class
KITZ Product Code
600WOG SCTK＊2
Carbon Steel
Stainless Steel
Ductile
Iron
Cast
Iron
in.
1／4
3／8
1／2
3／4
1
11／4
11／2
mm
8
10
15
20
25
32
40
Size
Body
Design
21／2
3
Page
Uni/Threaded ends
●
●
●
●
●
●
●
●
64
R
Seal welded/Threaded or Socket welded ends
●
●
●
●
●
●
●
●
65,66
1000WOG SC3TZF＊3
F
3-piece/Threaded or Socket welded ends
●
●
●
●
●
●
●
1000WOG SC3TZ＊3
R
3-piece/Threaded Socket or welded ends
●
●
●
●
●
●
67
1500/2000
AKSCTHZM＊4
WOG
1500/2000
AKSCTHWZM＊4
WOG
R
Split/Threaded ends
●
●
●
●
●
●
●
●
64
R
Seal welded/Threaded ends
●
●
●
●
●
●
●
●
65
3000WOG 3000SCTK＊3
R
Seal welded/Threaded or Socket welded ends
●
●
●
●
●
●
●
●
65,66
600WOG UTKM＊2
D
Uni/Threaded ends
●
●
●
●
●
●
●
●
67
800WOG UTHM＊2
R
Split/Threaded ends
●
●
●
●
●
●
68
1500WOG UTFM＊2
F
Split/Threaded ends
●
●
●
●
●
●
68
800WOG UTH4LM/4TM
R
Split/3-way･4-seat / Threaded ends
●
●
●
●
●
●
71
1000WOG U3TZFM＊3
F
3-piece/Threaded or Socket or welded ends
●
●
●
●
●
1000WOG U3TZM＊3
R
3-piece/Threaded or Socket or welded ends
●
●
●
●
●
●
70
1500/2000 AKUTHZM＊4
WOG
1500/2000 AKUTHWZM＊4
WOG
R
Split/Threaded ends
●
●
●
●
●
●
●
●
69
R
Seal welded/Threaded ends
●
●
●
●
●
●
●
●
71
800SCTK＊3
●
●
66
70
150
AK150UTM＊4
F
Split/Threaded ends
●
●
●
●
●
●
●
●
●
71
10K
10UTM
F
Split/Threaded ends
●
●
●
●
●
●
●
●
●
71
20K
20ST
R
Split/Threaded ends
●
●
●
●
●
●
R
Split/Threaded ends
●
●
●
●
●
●
●
R
Split/Threaded ends
●
●
●
●
●
●
●
400WOG STZ
10K
10FCT
●
Bore design: F=Full port, R=Regular port, D=Reduced port
Rc threaded ends are standard. Prefix “AK” means NPT threaded end.
Rc threaded ends are standard. Prefix “AK” means NPT threaded ends and “AW ” means socket welded ends.
NPT threaded ends are only available.
Please contact KITZ Corporation for details.
●Λ-port Ball Valve
4
2
D
800
＊1
＊2
＊3
＊4
＊5
＊1
Bore
72
72
●
●
72
■Product Range
Threaded or Solder Ball Valves
Bronze and Brass
Shell
Material
Class
KITZ Product Code
＊1
Bore
Design
Body
Size
in.
1／8
1／4
3／8
1／2
3／4
1
mm
6
10
10
15
20
25
11／4 11／2
32
40
2
21／2
3
4
50
65
80
100
●
●
Page
600
AKTAF＊2
F
2-Piece/Threaded ends
●
●
●
●
●
●
●
●
600
CTAF
F
2-Piece/Solder ends
●
●
●
●
●
●
●
●
600
AKTFLL＊2
F
●
●
●
●
●
●
●
●
600
CTFLL
F
2-Piece/Solder ends
●
●
●
●
●
●
73
600
AKTAFM＊2
F
●
●
●
●
●
●
74
●
●
73
73
73
600
CTAFM
F
2-Piece/Solder ends
●
●
●
●
●
●
●
600
AKTAFP＊2
F
●
●
●
●
●
●
●
●
●
●
●
74
600
AKTAFPM＊2
F
●
●
●
●
●
●
●
●
●
●
●
74
600
AKTAFD＊2
F
●
●
●
600
CTAFD
F
2-Piece/Solder ends
●
●
●
600
AKTAFC＊2
F
●
●
600
CTAFC
F
2-Piece/Solder ends
600
AKTKFO＊2
F
2-Piece/Threaded ends (M&F)
●
●
●
●
●
●
74
75
75
75
75
●
75
600
AKTAFU＊2
F
2-Piece/Threaded ends (F&Union)
●
●
●
●
●
●
●
●
76
600
AKTAFS＊2
F
●
●
●
●
●
●
●
●
76
400
TH
R
●
●
●
●
●
●
●
●
●
●
77
600
CTH
R
2-Piece/Solder ends
●
●
●
●
●
●
●
●
●
●
77
400
T
R
●
●
●
●
●
●
●
●
●
●
●
77
400
TT
R
●
●
●
●
●
●
●
●
●
●
●
77
400
AKT＊2
R
2-Piece/Solder ends
●
●
●
●
●
●
●
●
●
●
●
77
400
TO
R
●
●
●
●
●
400
TM
R
Split/Threaded ends
●
●
●
●
●
●
●
●
●
600
TK
R
Uni/Threaded ends
●
●
●
●
●
●
●
●
●
78
600
TKT
R
Uni/Threaded ends
●
●
●
●
●
●
●
●
●
78
600
AKTK＊2
R
Uni/Threaded ends
●
●
●
●
●
●
●
●
●
78
600
TKW
R
Uni/Threaded ends
●
●
●
●
●
●
400
TF
F
●
●
●
●
●
●
150
TFJ
F
●
●
●
●
●
●
79
400
TL
R
●
●
●
●
●
●
79
77
78
78
79
400
CTL
R
2-Piece/Solder ends
●
●
●
●
●
●
79
400
TLT
R
●
●
●
●
●
●
79
400
TLTU
R
2-Piece/Threaded end M&Union
●
●
●
80
400
CTLTU
R
2-Piece/Solder end &Union
●
●
●
80
600
AK3TM＊2
F
600
C3TM
F
3-Piece/Solder ends
●
●
●
●
●
●
●
●
●
80
●
●
●
●
●
●
●
●
80
●
●
●
600
ZO
R
●
●
●
●
●
400
ZS
R
●
●
●
●
●
80
81
600
ZET
F
●
●
●
●
●
●
●
●
600
AKSZA＊2
F
●
●
●
●
●
●
●
●
●
●
●
81
600
CSZA
F
2-Piece/Solder ends
●
●
●
●
●
●
●
●
●
●
81
600
SZA
F
●
●
●
●
●
●
●
●
82
600
AKSZAW＊2
F
●
●
●
●
●
●
●
●
82
400
CSZAW
F
2-Piece/Solder ends
●
●
●
●
●
●
●
400
TN
R
3-Way/Threaded ends
●
●
●
●
●
●
●
●
●
●
82
400
CTN
R
3-Way/Solder ends
●
●
●
●
●
●
●
●
●
●
82
400
AKTN＊2
R
3-Way/Threaded ends
●
●
●
●
●
●
●
●
●
●
82
400
T4T
R
3-Way/Threaded ends
●
●
●
●
●
●
400
AKT4T＊2
R
3-Way/Threaded ends
●
●
●
●
●
●
83
400
T4L
R
3-Way/Threaded ends
●
●
●
●
●
●
83
400
AKTNP＊2
R
3-Way/Threaded ends
●
●
●
●
●
●
83
400
CTNP
R
3-Way/Solder ends
●
●
●
●
●
●
83
TG
R
●
●
●
●
●
●
●
●
81
82
83
●
●
83
＊1 Bore design: F=Full port, R=Reduced Port
＊2 Rc threaded ends are standard. Prehix “AK” means NPT threaded end.
5
Flooting Ball Valves
KITZ 150/300SCTDZ/UTDZM Series
Full Port, Split Body, Side Entry Ball Valves
This is an illustrated cross-section of a typical KITZ split body
floating type full port ball valve to exhibit the basic design
concept. The actual design of a valve may be slightly different
from this illustration, depending on its size and pressure class.
Stem head conform
with CAPI ADDS2.02
dimension
(Double “D” design
parallel to flow
passage)
ISO 17292 position
stops
Low emission
(ISO 15848/
EPA Method 21)
stem packing
Key lock plate
Live loading spring
ISO5211 actuator
mounting pad
Upper and lower
stem bearing
Metal-to-metal
contact for
fire safe
Antistatic device
Low emission
body seal gasket
Precision
machined ball
Thrust washer
Body
HYPATITE® PTFE
ball seat with cavity
pressure relief
provision
Note:
Dimension of stem head are in accordance
with CAPI ADDS 2.02, but the maximum
specified dimension in CAPI ADDS 2.02 is
“F14”
For NPS 8 and 10, mounting pads are F16/
ISO 5211.
Body cap
2˝ KITZ 150UTDZ
Bubble-tight sealing performance with
HYPATITE® PTFE ball seats
HYPATITE PTFE ball seats, standard stem seals of KITZ ball
valves, are made of denatured PTFE, a molecularly reinforced
PTFE copolymer, and specifically engineered for high
bidirectional sealing performance and prolonged service life of
valves. Its resistance to high or low temperature, creep or
compression, abrasion and corrosion is all outstanding. As an
option, KITZ SWELLESS® ball seats principally made of PFA
are recommended specifically for monomer service. This epochmaking new seat maximizes resistance to the permeation of
monomer into its molecular structure (generally known as a
“swelling” problem) which causes seat deformation and
seriously affects shut-off function of valves in styrene and
butadiene monomer service.
®
6
Simplified actuator mounting
For 150/300SCTDZ/UTDZM and SCTA/UTAM Series ball
valves, ISO 5211 actuator mounting pad is integrally provided
for uniformly simplified mounting of any actuators provided with
valve mounting flanges designed to ISO 5211 dimensional
requirement. 150UTBM Series ball valves are provided with
KITZ standard integral actuator mounting pad.
Easy maintenance
Split body design for KITZ SCTDZ/UTDZM Series provides the
convenience of very easy maintenance critically required for
process plants. Body inserts of uni-body, end entry design for
KITZ 150/300SCTA/UTAM Series are threaded into the valve
body with provision of unthreading for valve disassembly in case
of maintenance operation.
KITZ 150/300SCTA/UTAM Series
Reduced Port, Uni-body, End Entry Ball Valves
This is an illustrated cross-section of a typical KITZ uni-body
floating type reduced port ball valve to exhibit the basic design
concept. The actual design of a valve may be slightly different
from this illustration, depending on its size and pressure class.
Key lock plate
Stem head
(Double “D” design
parallel to flow
passage)
Stopper pin
Gland nut
Low emission
stem packing
Belleville
spring washer
for live loading
Integral ISO 5211
Actuator mounting
pad
Antistatic device
Stem bearing
Thrust washer
Emission-free
PTFE primary
gasket
Blowout-proof
stem collar
Flexible graphite
secondary gasket
(Fire safe type only)
HYPATITE® PTFE
ball seat with cavity
pressure relief
provision
Precision
machined ball
Body insert
Metal-to-metal
firesafe contact
Body
11/2˝ KITZ 150SCTA
Extensive safety considerations
KITZ ball valves are designed with extensive safety considerations for users. Blow-out proof stems, provision of locking
devices and prevention of misalignment of lever handles provide
safe handling in the field and trouble-free operation in the plant.
Antistatic devices, firesafe seal design and cavity pressure relief
features all assure the economic benefits of smooth, steady
plant operation. KITZ advancements in low emission design
features contribute to the global battle against fugitive emissions
while greatly reducing costs caused by product loss.
For sour service
Hardness of body, body cap/insert, ball and stem mater i
al of KITZ Class 150/300 steel ball valves are controlled
by appropriate heat treatment and conformed to the
hardness requirements in NACE MR0175, as standard.
In addition to the above, following requirements are
optionally available.
-Bolting for valves exposed to sour environment.
-NACE requirements for Class 600 and higher steel ball
valves.
Please contact KITZ for those requirements.
7
Seven Safety Considerations
for KITZ 150/300SCTDZ/UTDZM 150UTBM and 150/300SCTA/UTAM Series Ball Valves
1. Double “D” stem head design provides mounting of the lever
handle always in parallel to the flow passage. Misaligment of the
handle is thus prevented. (Fig. 1)
Stem
2. The lower end of the stem is designed with an integral collar to be
blowout-proof. It also func-tions as the backseat for assured stem
sealing. (Fig. 2)
Stem Collar
Body
Antistatic
devices
Flow direction
3. An antistatic feature is provided to ensure electrical continuity
between ball, stem, and body. (Fig. 2)
4. Facility for mounting a locking device for preven-tion of accidental
valve operation is provided.
Top of stem
Ball
Handle
Fig. 1
5. Plant fires are a serious concern for soft-seated ball valves
because of possible fluid leakage and consequent increase of the
fire magnitude caused by deterioration of resilient sealing
materials.
Fig. 2
Body
Body
KITZ ball valves are engineered for firesafety and successfully fire
tested to minimize both external and internal fluid leakage after
plant fires. They have post-fire metal-to-metal contact of all sealing
areas such as:
Seat
Metal-to-metal
contact
■ Contact between ball and valve shell
(Fig. 3 & 4)
Fig. 3 (Before fire)
■ Contact between stem and valve shell
Fig. 4 (After fire)
(Fig. 5 & 6)
■ Valve shell coupling flanges of split body design
(Fig. 7 & 8)
■ Contact between valve body and insert of uni-body design
Packing
(Fig. 9)
The problem of external fluid leakage is more serious than internal
leakage through the valve bore because of the fear of fueling the
fire. To prevent this, KITZ ball valves may be ordered with flexible
graphite packing and gaskets, which are extremely heat
resistant, and not affected by the fire.
Washer
Stem
Gasket
6. The surface of stem and stuffing box, and interface clearance of stemto-gland, stem-to-body and gland-to-stuffing box are precision
controlled on machining and assembly for low emission service. A
Belleville spring washer is employed for live loading on gland
packing rings, to minimize need of gland retightening for low
emission service.
7. Some line fluid is usually left trapped inside the ball-body cavity. This
fluid can expand under the influence of high ambient or line
temperature. An abnormal increase of such cavity pressure may
sometimes damage the valve seats or balls, unless the valve has an
adequate cavity pressure relief provision. Trunnion mounted ball
valves generally provide perfect protection from this problem.
Please contact KITZ Corporation for details.
In case of floating ball valves, however, their rather simple seating
principle requires some special protection from excessive cavity
pressure rise when highly volatile liquid in service is subject to
frequent and large temperature variation, while the valve is not
frequently operated. K I T Z 1 5 0 / 3 0 0 S C T D Z / U T D Z M a n d
150/300SCTA/UTAM Series ball valves offer self-relieving of
excessive cavity pressure as a standard feature engineered in
HYPATITE® PTFE ball seats.
Other general solutions for floating ball valves include employment
of automatic pressure relief valves or drilling pressure equalization
holes on the ball. If the requirement of automatic cavity pressure
relief is as critical as in chlorine service, be sure to contact KITZ
Corporation or its distributors for technical advice.
This capability is influenced by many variables including: fluid
characteristics, variations in pressure, temperature and thermal
cycles.
8
Metal-to-metal
contact
Bearing
Fig. 6 (After fire)
Ball
Ball
Metal-to-metal
contact
Gasket
Flexible graphite
gasket for superfiresafe provision
Emission-free
PTFE primary
gasket
Fig. 9 (Uni-body insert)
Fig. 8 (After fire)
As the primary body seal, emission
free PTFE gasket is always
provided. Flexible graphite gasket
may be additionally employed as
the secondary body seal for superfiresafe provision.
Class 150 Stainless Steel Ball Valves
Full port, Split body, Side entry design
Features
●Antistatic device
●Blowout-proof stem
●Double “D” stem head
●High performance HYPATITE®
Page 93 for Pressure-Temperature Ratings.
Page 36 for Construction and Materials.
PTFE ball seats
150UTBM
Dimensions of 150UTBM
Valve Size
Unit: mm
in.
1／2
3／4
1
11／2
2
21／2
3
4
mm
15
20
25
40
50
65
80
Ball Bore
15
20
25
40
50
65
5
6
8
10
100
125
150
200
250
80 100
125
150
200
250
L
108
117
127
165
178
190
203
229
356
394
457
533
H
102
105
124
115
120
155
165
200
220
295
355
Gear
operation
D
130
130
160
230
230
400
400
460
460
1000 1500
Gear
operation
Gear Operation
Class
Valve Size
(inch)
Valve operator
1/2´´〜8´´: Lever operation
5´´〜8´´: Optional gear operation
10´´: Standard gear operation
Unit: mm
150
Gear Operator
A
H
D
C
A
5
312
310
165
65.5
6
337
310
165
65.5
8
414
360
210
88.5
10
477
500
363
93.5
C
H
Worm gear operators may be mounted on KITZ
ball valves at your option for the smoothest
valve operation. Electric or pneumatic actuators
are also optionally available. Contact KITZ
distributors for appropriate choice and sizing of
valve actuators.
D
9
Class 600/1500 Stainless Steel/Carbon Steel Ball Valves
Features
●Fire test certification★ (API 607) ...Carbon Steel only
●Ball seats: Reinforced PTFE with MoS2 for Class 600
Nylon with MoS2 for Class 1500
600UTBM/600SCTB
1500UTBM/1500SCTB
Page 38 to 41 for Construction and Materials.
D
H
L
Dimensions of 600UTBM, 600SCTB
Unit: mm
in.
1／
2
3／
4
1
11／2
mm
15
20
25
40
13
19
25
38
L
165
190
216
241
H
105
108
130
118
D
130
130
160
230
Valve Size
Ball Bore
Dimensions of 1500UTBM, 1500SCTB
1／2
3／4
1
11／2
mm
15
20
25
40
13
19
25
38
L
216
229
254
305
H
132
117
123
157
D
160
230
230
400
Ball Bore
10
Options (Carbon Steel only)
★Flexible graphite packing and flexible
graphite spiral wound gasket
(See Page 8 and 38 and 39)
● Ball and stem to 316
Unit: mm
in.
Valve Size
Valve operator
Lever operation
Valve operator
Lever operation
Options (Carbon Steel only)
★Flexible graphite packing and flexible
graphite spiral wound gasket
(See Page 8 and 40 and 41)
● Ball and stem to 316
Features
●Fire test certification★(API 607, ISO 10497)
●Stem head conform with CAPI ADDS 2.02 dimensions
●High performance HYPATITE® PTFE ball seats
●Actuator mounting pad to ISO 5211
150UTDZM/150SCTDZ
300UTDZM/300SCTDZ
●Conform
to NACE MR0175 for hardness of body, body cap, stem and ball.
Page 87 for Dimension of Actuator Mounting Pad.
D
H
L
Dimensions of 150UTDZM, 150SCTDZ
Valve Size
Unit: mm
in.
1／2
3／4
1
11／4
11／2
2
21／2
3
4
5
6
8
10
mm
15
20
25
32
40
50
65
80
100
125
150
200
250
＊
＊
14
19
24
32
38
50
64
76
100
123
151
202
L
108
117
127
140
165
178
190
203
229
356
394
457
H
108
111
124
128
134
143
179
189
224
240
315
Gear
406 operation
D
130
130
160
160
230
230
400
400
460
Gear
460 1000 1500 operation
Ball Bore
Valve operator
10´´: Standard gear operation
Option
★Flexible graphite packing and gasket
(See Page 8 and 35)
● Ball and stem to CF8M (316) (150SCTDZ)
＊for Stainless Steel
Dimensions of 300UTDZM, 300SCTDZ
Valve Size
Unit: mm
in.
1／
2
3／
4
1
11／4
11／2
2
21／2
3
4
5
6
8
mm
15
20
25
32
40
50
65
80
100
125
105
200
＊
＊
14
19
24
32
38
50
64
76
100
123
151
202
L
140
152
165
178
190
216
241
283
305
381
403
502
H
108
111
124
128
134
143
179
189
251
267
315
406
D
130
130
160
160
230
230
400
400
750
750
Ball Bore
Gear Operation
1000 1500
300
H
D
A
C
A
150 300 150 300 150 300 150 300
Valve
Size
(inch)
6
6
322 335 310 360 165 210 66.5 88.5
8
8
412 412 360 360 210 210 88.5 88.5
10
Option
(See Page 8 and 35)
● Ball and stem to CF8M (316) (300SCTDZ)
Unit: mm
Gear Operator
Class 150
Valve operator
448
−
500
−
363
−
93.5
C
H
D
valve actuators.
−
11
Features
●FILLTITE® ball seats. Temperature range: –29℃ to 300℃
●Fire test certification (API 607, ISO 10497)
●Stem head conform with CAPI ADDS2.02 dimensions
●Conform
to NACE MR0175 for hardness of body, body cap, stem and ball
150UTDZ1H/150SCTDZ1H
300UTDZ1H/300SCTDZ1H
D
H
L
Dimensions of 150UTDZ1H, 150SCTDZ1H
Valve Size
Unit: mm
in.
1／2
3／4
1
11／4
11／2
2
21／2
3
4
5
6
8
10
mm
15
20
25
32
40
50
65
80
100
125
150
200
250
14
19
24
32
38
50
64
76
100
123
151
202
253
L
108
117
127
140
165
178
190
203
229
356
394
457
533
H
108
111
124
128
134
143
179
189
251
D
130
130
160
160
230
230
400
400
750
Ball Bore
Gear
Gear
Gear
Gear
operation operation operation operation
Gear
Gear
Gear
Gear
Valve Size
Unit: mm
in.
1／
2
3／
4
1
11／2
2
21／2
3
4
6
8
mm
15
20
25
40
50
65
80
100
150
200
14
19
24
38
50
64
76
100
151
202
L
149
152
165
190
216
241
283
305
403
502
H
108
111
124
134
143
179
189
D
130
130
160
230
230
400
400
Gear
operation
Gear
operation
Gear
operation
Gear
operation
Gear
operation
Gear
operation
Ball Bore
Gear Operation
300
H
150
4
Valve
Size
(inch)
12
D
300
150
258
C
Options
● Ball and stem to CF8M (316)
Electric or pneumatic actuators are also
optionally available.
Contact KITZ distributors for appropriate
choice and sizing of valve actuators.
300
150
310
A
A
300
150
165
300
65.5
5
5
274
6
6
335
332
360
500
210
363
88.5 93.5
8
8
409
417
500
500
363
377
93.5 134.0
10
Valve operator
Lever operation
4´´〜8´´: Standard gear operation
1/2´´〜3´´:
Unit: mm
Gear Operator
Class 150
Valve operator
456
310
500
165
377
65.5
134.0
C
H
D
Hard graphite seated floating ball design valve (Trim 3H)
150/10UTDZ3H,
150/10SCTDZ3H
D
H
UP TO SIZE 1.1/2
D
H
UP TO SIZE 3/4
L
Nominal size
in.
1／
2
3／4
1
11／4
＊
11／2
Unit: mm
2
21／2
3
4
100
5
6
8
15
20
25
32
40
50
65
80
L
108
117
127
140
165
178
190
203
229
H
108
111
124
128
134
148
209
219
251
Gear
Gear
Gear
operation operation operation
D
130
130
160
160
230
300
600
600
1000
Gear
Gear
Gear
mm
125
150
200
356
394
457
Valve operator
＊150UTDZ3H only.
Nominal size
in.
1／2
3／4
mm
15
20
Unit: mm
1
＊
11／4
11／2
2
21／2
3
4
5
6
8
25
32
40
50
65
80
100
125
150
200
356
394
457
L
108
117
127
140
165
178
190
203
229
H
108
111
124
128
134
148
209
219
251
Gear
Gear
Gear
D
130
130
160
160
230
300
600
600
1000
Gear
Gear
Gear
＊10UTDZ3H only.
Gear Operation
Class
Valve Size
(inch)
Unit: mm
150
10
5
5
A
Gear Operator
H
D
C
A
247
310
165
66.5
6
6
335
360
210
8
8
417
500
377 134.0
88.5
C
H
D
valve actuators.
13
Hard graphite seated floating ball design valve (Trim 3H)
300/20UTDZ3H,
300/20SCTDZ3H
D
H
UP TO SIZE 1 1/4
D
H
UP TO SIZE 3/4
L
Nominal size
in.
1／
2
3／4
1
11／4
＊
11／2
Unit: mm
2
21／2
3
4
5
6
8
15
20
25
32
40
50
65
80
100
125
150
200
L
140
152
165
178
190
216
241
283
305
381
403
502
H
108
111
124
128
139
148
209
219
Gear
Gear
Gear
Gear
D
130
130
160
160
600
600
1000 1000
Gear
Gear
Gear
Gear
mm
Valve operator
＊300UTDZ3H only.
Nominal size
in.
1／2
3／4
1
＊
11／4
Unit: mm
11／2
2
21／2
3
4
5
6
8
15
20
25
32
40
50
65
80
100
125
150
200
L
140
152
165
178
190
216
241
283
305
381
403
502
H
108
111
124
128
139
148
209
219
Gear
Gear
Gear
Gear
D
130
130
160
160
230
300
600
600
Gear
Gear
Gear
Gear
mm
＊20UTDZ3H only.
Gear Operation
Class
Valve Size
(inch)
14
Unit: mm
Gear Operator
300
20
H
D
C
A
5
5
286
360
210
88.5
6
6
302
360
210
88.5
8
8
360
500
377 134.0
10
10
417
500
377 213.0
A
C
H
D
valve actuators.
Metal seated floating ball design valve (Trim 5H)
150/10UTDZ5H,
150/10SCTDZ5H
D
H
UP TO SIZE 1.1/2
D
H
UP TO SIZE 3/4
L
Nominal size
in.
1／
2
3／4
1
11／4
＊
11／2
Unit: mm
2
21／2
3
4
100
5
6
8
15
20
25
32
40
50
65
80
L
108
117
127
140
165
178
190
203
229
H
108
111
124
128
134
148
209
219
251
Gear
Gear
Gear
D
130
130
160
160
230
300
600
600
1000
Gear
Gear
Gear
mm
125
150
200
356
394
457
Valve operator
＊150UTDZ5H only.
Nominal size
in.
1／
2
3／4
mm
15
20
Unit: mm
1
＊
11／4
11／2
2
21／2
3
4
5
6
8
25
32
40
50
65
80
100
125
150
200
356
394
457
L
108
117
127
140
165
178
190
203
229
H
108
111
124
128
134
148
209
219
251
Gear
Gear
Gear
D
130
130
160
160
230
300
600
1000 1000
Gear
Gear
Gear
＊150UTDZ5H only.
Gear Operation
Class
Valve Size
(inch)
Unit: mm
A
Gear Operator
150
10
H
D
C
A
5
5
302
360
210
88.5
6
6
335
360
210
88.5
8
8
417
500
377 134.0
C
H
D
valve actuators.
15
300/20UTDZ5H,
300/20SCTDZ5H
D
H
UP TO SIZE 1
D
H
UP TO SIZE 3/4
L
Nominal size
in.
1／
2
3／4
1
11／4
11／2
Unit: mm
2
21／2
3
4
5
6
15
20
25
32
40
50
65
80
100
125
150
200
140
152
165
178
190
216
241
283
305
381
403
502
H
108
111
124
128
139
148
209
219
Gear
Gear
Gear
Gear
D
130
130
160
160
600
600
1000 1000
Gear
Gear
Gear
Gear
11／2
2
Nominal size
in.
1／
2
3／4
1
11／4
3
4
5
6
8
15
20
25
32
40
50
65
80
100
125
150
200
L
140
152
165
178
190
216
241
283
305
381
403
502
H
108
111
124
128
139
148
209
219
Gear
Gear
Gear
Gear
D
130
130
160
160
600
600
1000 1000
Gear
Gear
Gear
Gear
mm
Class
Valve Size
(inch)
Valve operator
Unit: mm
21／2
Gear Operation
16
8
L
mm
Unit: mm
300
20
4
5
Gear Operator
H
D
C
A
4
286
360
210
88.5
5
299
500
210
88.5
6
6
360
500
377 134.0
8
8
489
500
377 213.0
A
C
H
D
valve actuators.
150/10UTDZ6H,
150/10SCTDZ6H
D
H
UP TO SIZE 1.1/2
D
H
L
Nominal size
in.
1／
2
3／4
1
11／4
＊
11／2
Unit: mm
2
21／2
3
4
5
6
8
15
20
25
32
40
50
65
80
100
125
150
200
L
108
117
127
140
165
178
190
203
229
356
394
457
H
108
111
124
128
134
148
209
219
251
Gear
Gear
Gear
D
130
130
160
160
230
300
600
600
1000
Gear
Gear
Gear
mm
Valve operator
＊150UTDZ6H only.
Nominal size
in.
1／
2
3／4
mm
15
20
Unit: mm
1
＊
11／4
11／2
2
21／2
3
4
5
6
8
25
32
40
50
65
80
100
125
150
200
356
394
457
L
108
117
127
140
165
178
190
203
229
H
108
111
124
128
134
148
209
219
251
Gear
Gear
Gear
D
130
130
160
160
230
300
600
600
1000
Gear
Gear
Gear
＊10UTDZ6H only.
Gear Operation
Class
Valve Size
(inch)
Unit: mm
A
Gear Operator
150
10
H
D
C
A
5
5
302
360
210
88.5
6
6
335
360
210
88.5
8
8
417
500
377 134.0
C
H
D
valve actuators.
17
300/20UTDZ6H,
300/20SCTDZ6H
D
H
UP TO SIZE 1. 1/4
D
H
L
Nominal size
in.
1／2
3／4
mm
15
Unit: mm
1
＊
11／4
11／2
2
21／2
3
4
5
6
8
20
25
32
40
50
65
80
100
125
150
200
305
381
403
502
L
140
152
165
178
190
216
241
283
H
108
111
124
128
139
148
209
219
Gear
Gear
Gear
Gear
D
130
130
160
160
600
600
1000 1000
Gear
Gear
Gear
Gear
11／2
2
Valve operator
＊300UTDZ6H only.
Nominal size
in.
3／4
1／2
1
11／4
＊
Unit: mm
21／2
3
4
5
6
8
15
20
25
32
40
50
65
80
100
125
150
200
L
140
152
165
178
190
216
241
283
305
381
403
502
H
108
111
124
128
139
148
209
219
Gear
Gear
Gear
Gear
D
130
130
160
160
600
600
1000 1000
Gear
Gear
Gear
Gear
mm
＊20UTDZ6H only.
Gear Operation
Unit: mm
Gear Operator
Class 300
4
Valve
Size
(inch)
18
20
4
H
D
C
A
A
300
20
300
20
300
20
300
286
286
360
360
210
210
88.5 88.5
20
5
5
299
299
500
500
210
363
88.5 93.5
6
6
360
360
500
500
377
377 134.0 134.0
8
8
489
489
500
500
377
377 213.0 213.0
C
H
D
valve actuators.
Class 150 Stainless Steel Pocketless Ball Valves
Features
●Unique
filled cavity provides
excellent resistance to media build
up and/or stagnation between seats
PTFE ball seats
●Actuator mounting pad to KITZ
standard
Valve operator
150UTBPM
D
H
L
Dimensions of 150UTBPM
Valve Size
Unit: mm
in.
1／
2
3／
4
1
11／2
2
21／2
3
4
5
6
8
mm
15
20
25
40
50
65
80
100
125
150
200
15
20
25
40
50
65
80
100
125
150
200
Ball Bore
L
108
117
127
165
178
190
203
229
356
394
457
H
102
105
124
115
120
155
165
200
220
295
355
D
130
130
160
230
230
400
400
460
460
1000
1500
Class 150 Stainless Steel Jacketed Ball Valves
Full port
Features
150UTBJM
●Fully
jacketed to maintain media
temperature
PTFE ball seats
●Actuator mounting pad to KITZ
standard
Valve operator
6´´: Optional gear operation
D
Note
･Maximum allowable pressure is 1.37MPa
(199psi) at 260゜
C (500゜
F).
･10K type is also available.
H
L
Dimensions of 150UTBJM
Valve Size
Unit: mm
in.
1／2
3／4
1
11／2
2
21／2
3＊
4＊
6＊
mm
15
20
25
40
50
65
80
100
150
15
20
25
40
50
65
65
80
125
L
110
120
130
165
180
190
200
230
270
H
131
135
150
150
157
188
188
213
258
D
130
130
160
230
230
400
400
400
460
Ball Bore
＊150UTRJM
19
Class 150 Stainless Steel 3-way Ball Valves
Full port, 2-seated or 4-seated, Split body, Side entry design
Features
●Used for diverting or mixing process media
●One 3-way valve can replace several other valves
150UTB 2L/2T: Page 90 for Pressure-Temperature Ratings. (See UTB Series)
plus the
150UTB 4LA/4TA: Page 94 for Pressure-Temperature Ratings.
associated piping pieces
●High performance HYPATITE® PTFE ball seats
●Actuator mounting pad to KITZ standard
150UTB2L (L-port, 2-seated)
150UTB2T (T-port, 2-seated)
150UTB4LA (L-port, 4-seated)
150UTB4TA (T-port, 4-seated)
L1
L1
D
D
H
H
L
L
Dimensions of 150UTB2L, 150UTB2T
Valve Size
Unit:mm
in.
1
11／2
2
21／2
3
4
mm
25
40
50
65
80
100
6＊
150
Ball Bore
25
38
51
65
76
102
127
L
165
210
220
250
262
342
437
L1
82.5 105
110
125
131
171
218.5
H
124
115
123
155
165
200
220
D
160
230
230
400
400
460
460
Valve operator
1´´〜6´´: Lever operation
6´´: Optional gear operation
Note
＊150UTR2LM, 150UTR2TM
Dimensions of 150UTB4LA, 150UTB4TA
Unit:mm
1／
2
3／
4
1
11／2
2
21／2
3
4
15
20
25
40
50
65
80
100
15 19 25 38 51 64 L
120 140 160 180 200 242 262 342 348 407
463
L1
H
128 132 135 146 155 185 198 267 267 289
335
D
160 160 160 400 400 460 460 1000 1000 1000
1500
Valve Size
Ball Bore
in.
mm
65 70 80 5＊
6＊
8＊
125
150
200
76 102 100 125
150
90 100 121 131 171 174 203.5 231.5
＊150UTR4LAM, 150UTB4TM
20
Valve operator
Note
Class 150 Stainless Steel Tank Ball Valves
Features
150UTBTM
●Direct mounting to tank bottom
●Churning media evenly
Valve operator
1´´〜6´´: Lever operation
D
Note
･Maximum allowable temperature is 200゜
C
(392゜
F).
･Class 300 and 10K/20K types are also
available.
H
PTFE ball seats
mounting pad to KITZ
standard
●Actuator
D1
L1
L
Dimensions of 150UTBTM
Valve Size
in.
mm
Ball Bore
L
H
D
L1
D1
1
25
25
102
150
160
35
135
Unit: mm
11／2
40
40
125
134
230
35
155
21／2
65
65
160
177
400
43
185
2
50
50
142
143
230
41
175
3
80
80
171
187
400
45
210
4
100
100
176
222
460
53
280
5
125
125
255
242
460
53
305
6
150
150
292
312
1000
53
330
8
200
10
250
For these sizes,
please contact
KITZ Corporation.
10K Stainless Steel PFA Lined Ball Valves
Features
10UTBLN
●Highly corrosion-resistant PFA lining
●Fine lining without a pinhole
●Highly heat-resistant PFA
●No additives or paints are included
Valve operator
D
Note
･Class 150 type is also available.
H
PTFE ball seats
mounting pad to KITZ
standard
●Actuator
L
Dimensions of 10UTBLN
Valve Size
Unit: mm
in.
1／2
3／4
1
11／2
2
21／2
3
4
mm
15
20
25
40
50
65
80
100
15
20
25
40
50
65
80
100
L
140
152
165
191
216
240
250
280
H
104
106
129
118
124
157
166
204
D
130
130
160
230
230
400
400
460
Ball Bore
21
Regular port, Uni-body, End entry design
Features
●Fire test certification★ (API 607)
●High performance HYPATITE® PTFE
●Conform
to NACE MR0175 for hardness of body, body insert, stem and ball.
ball seats
Page 88 for Dimension of Actuator Mounting Pad.
150UTAM/150SCTA
300UTAM/300SCTA
D
H
L
Dimensions of 150UTAM/150SCTA
Valve Size
Unit: mm
in.
1／
2
3／
4
1
11／2
2
3
4
6
8
10
mm
15
20
25
40
50
80
100
150
200
250
10
12.5 17
38
58
76
114
144
187
292
330
Ball Bore
30
L
108
117
127
165
178
203
229
267
H
91
100
127
132
197
213
246
293
346
D
140
140
160
180
230
400
400
750
1000
1500
89
Dimensions of 300UTAM/300SCTA
Valve Size
1／2
in.
15
mm
Ball Bore
10
3／4
1
20
25
12.5 17
2
40
30
3
50
38
4
80
58
6
8
10
100
150
200
250
76
114
144
187
419
457
140
152
165
190
216
283
305
403
H
91
100
127
132
197
213
246
293
346
D
140
140
160
180
230
400
400
750
1000
1500
Gear Operation
Class
Valve Size
(inch)
22
Options
(See Page 8 and 37)
● Ball and stem to CF8M (316) (150SCTA)
Unit: mm
11／2
L
89
Valve operator
Valve operator
Options
(See Page 8 and 37)
● Ball and stem to CF8M (316) (300SCTA)
Unit: mm
A
Gear Operator
150
300
H
D
C
A
6
6
257
300
283
71
8
8
306
300
283
71
10
10
364
400
337
86
C
H
D
valve actuators.
Class150 / 300 Stainless Steel Floating Ball Design (Reduced Port)
Ｄ
Ｈ
Design Specifications
Items
L
Materials
Wall thickness
BS 5351
Cryogenic valve citation standard
MESC
Face to face dimensions
ASME B16.10
Flange
ASME B16.5
Dimensions of Class 150 RF-flanged 150UTALM
1／
2
3／4
11／2
Name of parts
Materials
Body
SCS14A
Bonnet
SCS14A
Insert
SCS14A
H
312
314
275.5
405
421
532
548
※
※
※
Stem
SUS630
D
140
140
160
180
230
400
400
※
※
※
Seat spring
SUS304CSP（Size 3B over）
Ball
SCS14A
Gland
SCS14A
Gland packing
Flexible graphite cored PTFE
braided packing +
Flexible graphite die mold
packing
Ball seat
HYPATITE PTFE
Handle
FCD400
Flexible graphite spiral wound
Gasket
Nominal
size
in.
mm
L
15
20
108
117
1
25
127
2
Unit: mm
3
4
6
8
40
50
80
100
150
200
250
165
178
203
229
267
292
330
Dimensions of Class 300 RF-flanged 300UTALM
Nominal
size
in.
1／2
3／4
mm
15
20
10
Unit: mm
1
11／2
2
3
4
6
8
10
25
40
50
80
100
150
200
250
L
140
152
165
190
216
283
305
403
419
457
H
312
314
268
405
421
532
548
※
※
※
D
140
140
160
180
230
400
400
※
※
※
※Gear operation only Please contact KITZ Corporation for detailes.
Flexible graphite seat
PTFE
Bonnet bolt
A320 Gr. B8M CL2
Bonnet nut
A194 Gr. 8M
23
Class 150 / 300 10/20K Stainless Steel Floating Ball Design (Full Port)
Ｄ
H
Items
L
Wall thickness
ASME B16.34
Face to face dimensions
ASME B16.10
JIS B 2220（10K／20K）
Flange
Materials
Name of parts
Dimensions of Class 150 RF-flanged 150UTDZL
Materials
Nominal
size
Body
SCS13A
Body cap
SCS13A
Bonnet
SUS304
Stem
SUS304
Seat spring
SUS304CSP（Size 2B over）
Ball
SUS304 or SCS13A
Ball seat A
HYPATITE PTFE
HYPATITE PTFE
PCTFE（Size 11／2B under）
D
Ball seat B
Gasket
ASME B16.5（150／300）
Flexible graphite spiral wound
Flexible graphite seat
Bonnet bolt
SUS304（B8）
Bonnet nut
SUS304（8）
Gland packing
Flexible graphite die mold packing
in.
1／
2
3／4
1
11／4 11／2
mm
15
20
25
32
Unit: mm
2
21／2
3
4
5
6
8
10
40
50
65
80
100
125
150
200
250
L
108
117
127
140
165
178
190
203
229
356
394
457
533
H
330
333
354
358
421
430
526
536
619
635
758
849
937
D
130
130
160
160
230
230
400
400
※
※
※
※
※
Dimensions of Class 300 RF-flanged 300UTDZL
in.
1／
2
3／4
mm
15
20
L
140
H
330
130
Nominal
size
1
11／4
11／2
25
32
40
152
165
─
333
354
─
130
160
─
Unit: mm
2
21／2
3
4
5
6
8
10
50
65
80
100
125
150
200
250
190
216
241
283
305
─
403
502
─
421
435
557
557
619
─
755
849
─
230
300
600
※
※
─
※
※
─
2
21／2
3
4
5
6
8
10
Dimensions of Class 10K RF-flanged 10UTDZL
Nominal
size
Unit: mm
in.
1／2
3／4
1
mm
15
20
25
32
40
50
65
80
100
125
150
200
250
11／4 11／2
L
108
117
127
140
165
178
190
203
229
356
394
457
533
H
330
333
354
358
421
430
526
536
619
635
758
841
937
D
130
130
160
160
230
230
400
400
※
※
※
※
※
2
21／2
3
4
5
6
8
10
Dimensions of Class 20K RF-flanged 20UTDZL
Nominal
size
11／4 11／2
1／
2
3／4
1
mm
15
20
25
32
40
50
65
80
100
125
150
200
250
L
140
152
165
178
190
216
241
283
305
381
403
502
─
H
330
333
354
358
421
435
557
557
619
663
755
849
─
D
130
130
160
160
230
300
600
※
※
※
※
※
─
※Gear operation only Please contact KITZ Corporation for detailes.
24
Unit: mm
in.
Class 150 Low Temperature Service Ball Valves
Features
●Extended bonnet for assured stem seal and freezing prevention.
●Bolted bonnet with body seal gasket.
●Protection of stem alignment by means of two bearings built on top
and bottom of stem extension.
Lowest working temperature: －104℃
150UTDZXL
G-150UTDZXL
D
D
H1
H
H1
H
Valve operator
5´´〜10´´: Gear operation
L
L
Refer to Page 32 and 33 for the basic construction and materials.
Dimensions of 150UTDZXL
Valve Size
in.
1／
2
3／
4
mm
15
20
14
Ball Bore
Unit: mm
Standard materials
2
2 1／2
3
4
Parts
Materials
50
65
80
100
Body
CF8＊
38
50
64
76
100
Body cap
CF8＊
1
1 1／4
1 1／2
25
32
40
19
24
32
L
108
117
127
140
165
178
190
203
229
Bonnet
CF8
H
228
231
268
272
300
309
373
383
458
Stem
304
H1
120
120
143
143
165
165
194
194
207
D
130
130
160
160
230
230
400
400
750
Ball
304/CF8
Gland
CF8
Gland packing
PTFE
Dimensions of G-150UTDZXL
Valve Size
in.
5
Unit: mm
6
8
10
125
150
200
250
Ball Bore
123
151
202
253
L
356
394
457
533
mm
H
482
572
685
724
H1
207
236
268
268
D
310
360
500
500
Ball seat
HYPATITE® PTFE
Gasket
Ceramic filled PTFE
Bonnet bolt/nut
B8/8
Cap bolt/nut
B8/8
＊CF8M are available
25
Class 300 Low Temperature Service Ball Valves
Features
●Extended bonnet for assured stem seal and freezing prevention.
●Bolted bonnet with body seal gasket.
●Protection of stem alignment by means of two bearings built on top
and bottom of stem extension.
Lowest working temperature: －104℃
300UTDZXL
G-300UTDZXL
D
D
H1
H
H1
H
Valve operator
4´´〜8´´ : Gear operation
L
L
Refer to Page 32 and 33 for the basic construction and materials.
Dimensions of 300UTDZXL
Valve Size
Unit: mm
in.
1／
2
3／
4
mm
15
20
14
Bore Size
2
3
Parts
Materials
50
65
80
Body
CF8＊
38
50
64
76
Body cap
CF8＊
1
25
40
19
24
L
140
152
165
190
216
241
283
Bonnet
CF8
H
228
231
268
300
309
373
383
Stem
304
H1
120
120
143
165
165
194
194
D
130
130
160
230
230
400
400
Ball
304/CF8
Gland
CF8
Gland packing
PTFE
Dimensions of G-300UTDZXL
Valve Size
in.
4
Unit: mm
6
8
100
150
200
Bore Size
100
151
202
L
305
403
502
mm
H
466
569
685
H1
207
236
268
D
310
500
500
※Valve size 11/4´´ and 5´´ are available
26
Standard materials
2 1／2
11／2
Ball seat
HYPATITE® PTFE
Gasket
Ceramic filled PTFE
Bonnet bolt/nut
B8/8
Cap bolt/nut
B8/8
＊CF8M are available
10K Ball Valve (Full Port)
10STBF
10STLBF (Gas service)
Maximum Service Pressure
Code
FF-flanged
Valve size
Temperature
Pressure
All size
120℃
W.O.G.
1.37MPa
4″and
smaller
160℃
W.O.G.
0.98MPa
5″ to 8″
140
W.O.G.
0.98MPa
F03
80℃
gas
1.18MPa
D
10STBF
10STLBF
H
●Use for lubricating or hydraulic oil is acceptable.
Materials
L
2″
∼3″& 5″
6″& 8″
F-F dimension : ASME B16.10
End flanges : JIS B 2239 10K
Dimensions of 10STBF, 10STLBF
size
in.
1／2
3／4
mm
15
20
Unit: mm
1
11／4
11／2
25
32
40
2
21／2
3
4
5
6
50
65
80
100
125
150
8
200
L
108
117
127
140
165
178
190
203
229
356
394
457
H
106
109
130
135
115
120
153
162
199
219
293
352
D
130
130
160
160
230
230
400
400
460
460
1000 1500
※RF-flanged ends shall be optionally available.
Code
Body
Body cap
Stem
Ball
Gland
Gland packing
Handle
Gasket
Packing washer
Ball seat
Cap bolt / nut
Gland bolt
★3
O ring
Stopper
★3
Name plate
JIS material
FCD-S
FCD-S
SUS 403
SUS 304 / SCS 13A / SUS 304TP
FCD-S
PTFE
FCD 400
PTFE
SUS 304 (1／2″〜11／4″)
★1
HYPATITE PTFE
★2
SS 400
SCM 435
NBR
SUS 430
SUS 304
PTFE or C/F PTFE is optionally available.
Different bolt / nut material is required for service
exceeding temperature range of 0〜225℃ .
Contact KITZ Corporation for technical advice.
★3
for 10STLB only
Contact KITZ Corporation for use of valve actuators.
★1
★2
20K Ball Valve for Gas Service (Full Port)
20STLB
80℃ Gas ............................ 2.4MPa
RF-flanged
D
Materials
8″only
Code
Body
Body cap
Stem
Ball
Gland
Gland packing
Gasket
Ball seat
O-ring
Cap bolt / nut
Stopper
Snap ring
Handle
H
L
F-F dimension : ASME B16.10
Dimensions of 20STLB
Unit: mm
in.
1／2
3／4
1
11／4
11／2
2
21／2
3
4
6
mm
15
20
25
32
40
50
65
80
100
150
L
140
152
165
178
190
216
241
283
305
403
502
H(open)
106
109
130
135
115
120
153
162
241
293
352
D
130
130
160
160
230
230
400
400
750
size
JIS material
FCD-S
FCD-S
SUS 403
SUS 304 / SCS 13A
FCD-S
PTFE
PTFE
HYPHTITE PITFE
NBR
S45C
SUS 430
SK5
FCD 400-15
8
200
1000 1500
27
10K Ball Valve 3-way 4-seat
10STB4LAF
120℃ W.O.G. ........................ 1.0MPa
150℃ W.O.G. ........................ 0.4MPa
(L port. Full Port 11/2´´~4´´)
10STB4TAF
Materials
(T port. Full Port 11/2´´~4´´)
10STR4LAF
(L port. Reduced Port 5´´ & larger)
Code
Body
Body cap
Ball
Stem
Ball seat
Gland packing
D
L1
10STR4TAF
(T port. Reduced Port 5´´ & larger)
JIS material
FCD-S
FCD-S
SCS 13A
SUS 304
HYPATITE PTFE
PTFE
Gear operators may be optionally used for 6″and 8″.
H
◦Page 100 for Allowable Port Orientation.
L
E-E dimension :KITZ Std.
Dimensions of 10STB4LAF, 10STB4TAF, 10STR4LAF, 10STR4TAF
size
Ｌ
L₁
Ｈ
Ｄ
in.
11／2
mm
40
（STB）
（STR）
（STB）
（STR）
（STB）
（STR）
（STB）
（STR）
2
3
4
5
6
8
50
65
80
100
125
150
200
180
200
240
260
330
―
―
―
―
―
―
―
―
340
400
450
90
100
120
130
165
―
―
―
―
―
―
―
―
170
200
225
143
152
177
190
259
―
―
―
―
―
―
―
―
259
281
323
400
400
460
460
1000
―
―
―
―
―
―
―
―
1000
1000
1500
※RF-flanged ends shall be optionally available.
28
Unit: mm
21／2
CLASS 125 IRON BALL VALVE (Full Port)
120ºC Non-shock water 1.37MPa, 120ºC Water, oil, gas 0.98MPa
Saturated steam 0.69MPa
125FCTB
Materials
Parts
Body
Body cap
Stem
Size 6 & larger
D
Ball
H
Blowout-proof stem
SIZE 5 ONLY
JIS Spec.
A126 CL. B
A126 CL. B
A276 Type403
A276 Type 304
or A312 Gr.TP304
Stainless Steel
orA351 Gr.CF8
PTFE
PTFE
PTFE
Carbon Steel
Ductile Iron
UP TO SIZE 11/4
L
SIZE 21/2-4, 6
Grand packing
Gasket
Ball Seat
Cap bolt
Handle
Material
Cast Iron
Cast Iron
Stainless Steel
Items
Shell wall thickness and general valve design KITZ Standard
Face-to-face dimensions End-to-end dimensions ASME B16.10 Class150
End flange dimensions Gasket contact facing
ASME B16.1 Class125
SIZE 8 ONLY
Dimensions of 125FCTB
Valve Size
Unit: mm
21／2
2
in.
3
4
6
8
50
65
80
100
150
200
L
178
190
203
229
394
457
H
120
155
165
200
295
355
D
230
400
400
460
1000
1500
mm
CLASS 125 IRON BALL VALVE (Reduced Port)
125FCTR
Materials
Parts
Body
Body cap
Stem
D
H
Ball
Grand packing
Gasket
Ball Seat
Cap bolt
Handle
Material
Cast Iron
Cast Iron
Stainless Steel
JIS Spec.
A126 CL. B
A126 CL. B
A276 Type403
A312 Gr.TP304
Stainless Steel
or A351 Gr.CF8
PTFE
PTFE
PTFE
Carbon Steel
Ductile Iron
L
H
Blowout-proof stem
Items
ASME B16.1 Class125
Size 8 & 10
Size 6 only
Size 10 only
Dimensions of 125FCTR
Valve Size
in.
Unit: mm
6
8
10
150
200
250
L
267
292
330
H
220
295
355
D
460
1000
1500
mm
29
10K IRON BALL VALVE (Full Port)
10FCTB
Materials
H
Size 6 & larger
D
H
L
Blowout-proof stem
SIZE 21/2 to 4, 6
Material
Cast Iron
Cast Iron
Stainless Steel
Ball
Stainless Steel
Grand packing
Gasket
Ball Seat
Cap bolt
Handle
Carbon Steel
Ductile Iron
JIS Spec.
FC200
FC200
SUS403
SCS13A or SUS304
or SUS304TP
PTFE
PTFE
PTFE
SS400
FCD400
UP TO SIZE 11/4
SIZE 5 ONLY
Parts
Body
Body cap
Stem
Items
ASME B16.1 Class125
SIZE 8 ONLY
Dimensions of 10FCTB
Valve Size
Unit: mm
in.
1／2
3／4
1
11／4
11／2
2
21／2
3
4
5
6
8
10
mm
15
20
25
32
40
50
65
80
100
125
150
200
250＊
L
110
120
130
140
165
180
190
200
230
300
340
450
533
H
102
105
124
128
114
121
154
163
199
219
292
352
477
D
130
130
160
160
230
230
400
400
460
460
1000
1500
―
＊Note: Gear Operated. Contact KITZ or KITZ distributors for details.
JIS 10K IRON BALL VALVE (Reduced Port)
10FCTR
D
H
L
H
Blowout-proof stem
SIZE 6 ONLY
SIZE 10 ONLY
Material
JIS Spec.
Cast Iron
FC200
Cast Iron
FC200
Forged Brass
C3771BD
Cast Iron
FC200
Bronze
CAC406
Bronze
CAC406
Ductile Iron
FCD-S
Asbestos-free
Asbestos-free
Carbon Steel
SS400
Carbpn Steel
SS400
Bronze
CAC406
Cast Iron
FC250
Ductile Iron
FCD400
Items
Shell wall thickness and general valve design＊ KITZ Standard
Face-to-face dimensions End-to-end dimensions JIS B2002
JIS B2239 10K
＊Nominal size 11/4, shall not be in accordance with JIS B2031 Unit: mm
Dimensions of 10FCTR
30
Parts
Body
Bonnet
Stem
Disc
Disc seat ring
Body seat ring
Gland
Gland packing
Gasket
Gland bolt/nut
Bonnet bolt/nut
Bonnet bushing
11/2 to 8
Hand wheel
10 to 12
Size 8 & 10
Valve Size
Materials
in.
5
6
8
10
mm
125
150
200
250
330
L
250
270
290
H
200
220
295
355
D
460
460
1000
1500
10K IRON GATE VALVE (Full or Reduced Port)
10FCTB2L
• Full Bore: Size 1 1/2 to 4
L1
10FCTR2L
• Reduced Bore: Size 5 to 8
D
H
Materials
Parts
Body
Body cap
Stem
Ball
Grand packing
Gasket
Ball Seat
Cap bolt/nut
Handle
Material
Cast Iron
Cast Iron
Stainless Steel
Stainless Steel
JIS Spec.
FC200
FC200
SUS403
SCS13
PTFE
PTFE
PTFE
Carbon Steel
Ductile Iron
SS400
FCD400
◦Page 100 for Allowable Port Orientation.
Items
Shell wall thickness and general valve design JIS B2031
Face-to-face dimensions End-to-end dimensions KITZ Standard
JIS B2239 10K
L
Blowout-proof stem
Dimensions of 10FCTB2L, 10FCTR2L
Valve Size
in.
11／2
Unit: mm
21／2
2
3
4
5
6
8
40
50
65
80
100
125
150
200
L
210
220
250
260
330
370
430
540
L₁
105
110
125
130
165
185
215
270
H
115
123
155
163
205
205
225
295
D
230
230
400
400
460
460
460
1000
mm
BRONZE BALL VALVE
W.O.G. non-shock 1.4 MPa (14kgf/cm2),
W.O.G. 150ºC 0.69 MPa (7kgf/cm2)
Bolted body cap, Full bore
Fringed ends to JIS B2240 10K
TB
Materials
• Flanged ends to JIS 10K
Parts
Body
Body cap
Stem
Ball
Ball seat
Grand packing
D
H
Material
Bronze
Bronze
Dezincification Resistant Brass
Brass＊＊/ Stainless Steel＊
PTFE
PTFE
＊Size 4 only
＊＊Chrome or Nickel-chrome plated
L
Dimensions of TB
Nominal
Size
L
in.
mm
Unit: mm
1／2
3／4
1
11／4
11／2
2
21／2
3
4
15
20
25
32
40
50
65
80
100
110
120
130
140
165
180
190
200
230
H
85
88
95
100
115
122
153
162
190
D
130
130
160
160
230
230
400
400
460
31
Construction and Materials
Parts List :1H
Standard
No.
Parts
150/300SCTDZ
JIS Material Designation
ASTM Material Designation
Super-firesafe
150/300SCTDZ-FS
No.
Parts
Stainless steel shell
150/300UTDZ1H
Carbon steel shell
150/300UTDZ1HM 150/300SCTDZ1H
10/20UTDZ1H
10/20UTDZ1HM
10/20SCTDZ1H
1 Body*1
A216 Gr.WCB
1 Body
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
2 Body cap*1
A216 Gr.WCB
2 Body cap
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
A276 Type 304
SUS304
SUS316
SUS304
3 Stem
A276 Type 304*5
3 Stem
A276 Type 304
A276 Type 316
4 Ball*2
A276 Type 304 or A351 Gr.CF8
4 Ball
A276 Type 304 or
A351 Gr.CF8
A276 Type 316 or
A351 Gr.CF8M
A351 Gr.CF8
7 Gland
PTFE 8 Gland packing
9 Handle*3
7 Gland
Flexible graphite
Ductile iron
8 Gland packing
A276 Type 304 or SUS304 or SCS13A SUS316 or SCS14A SUS304 or SCS14A
A351 Gr.CF8
A351 Gr.CF8
SCS13A
Flexible graphite
Flexible graphite
Ductile iron
FCD400-10
9 Handle*1
9A Handle bar*
Carbon steel
9A Handle bar*1
Carbon steel
SGP
9B Handle head*3
Ductile iron
9B Handle head*1
Ductile iron
FCD400-10
3
A276 Type 304*5
16 Name plate
PTFE 19 Gasket
20 Packing washer*4
Flexible graphite
A276 Type 316L*6
16 Name plate
A276 Type 304
SUS304
19 Gasket
Flexible graphite
Flexible graphite
20 Packing washer
A276 Type 316L
SUS316L
30 Ball seat
HYPATITE® PTFE (Trim 1H: FILLTITE®)*7
30 Ball seat
FILLTITE® PTFE
FILLTITE® PTFE
33 Cap nut
A194 Gr.2H
33 Cap nut
A194 Gr.8
A194 Gr.2H
SUS304
S45C
35 Cap bolt
A193 Gr.B7
35 Cap bolt
A193 Gr.B8
A193 Gr.B7
SUS304
SNB7
36 Gland bolt
Stainless steel
36 Gland bolt
Stainless steel
Stainless steel
40 Keylock plate
A276 Type 304*5
40 Keylock plate
A276 Type 304
SUS304
43 Handle-lock plate
A276 Type 304*5
A276 Type 304
SUS304
48 Snap ring
A276 Type 304*5
47 Thrust washer
Carbon
Carbon
49 Stopper
A276 Type 304*5
48 Snap ring
A276 Type 304
SUS304
51 Stopper plate
A276 Type 304*5
49 Stopper
A276 Type 304
SUS304
51 Stopper plate
A276 Type 304
SUS304
Carbon
Carbon
SUS304
57 Gland bush
Reinforced PTFE (Trim 1H: Carbon)*7
58 Gland washer
A276 Type 304*5
67 Stem bearing
57 Gland bush
Reinforced PTFE (Trim 1H: Carbon)*
58 Gland washer
A276 Type 304
123A Handle-lock plate bolt
Stainless steel
67 Stem bearing
Carbon
Carbon
123B Handle bolt
Stainless steel
Stainless steel
Stainless Steel
124 Spring & pin
7
A313 & A276 Type 316
123B Handle bolt
Stainless steel
Stainless Steel
A313 & A276 Type 316
SUS316-WPA & SUS316
126 Stopper plate bolt
Stainless steel
Stainless Steel
145 Coned disc spring
Stainless steel
SUS304-CSP
Stainless steel
124 Spring & pin
Stainless steel
*1 A352 Gr. LCC low-temperature service materials are optionally available.
*2 CF8M or Type 316 is optionally available for balls & stems.
*3 Class 150: Bar type handle used for size 6´´ & 8´´.
Class 300: Bar type handle used for size 4´´ to 8´´.
*4 Up to size 1´´.
5
A276
Type 304 or equal.
*
*6 A276 Type 316 or equal.
*7 Trim 1H (150/300SCTDZ1H)
All part numbers are corresponding with those
shown in valve assembly drawings.
*1) Refer to the following table *2) Equivalent to AISI Type 329
• The substitutional equivalent materials may be used for valve part materials where ASTM A276 and/or A564 is stated on the material descriptions in this catalog.
Operation (Standard) Class 150/10K
Lever type
Bar type
Gear
Size 1/2 to 3
Class 300/20K
Size 1/2 to 3
Size 4
Size 5 to 8
Size 4 to 8
Refer to illustration on Page.
32
Carbon steel shell
■Class 150/300 10/20 Floating Ball Design Valve
123A
43
9
48
40
9B
49
123B 9A
126
51
36
145
7
57
58
8
20
67
3
124
16
2
33
19
4
30
30
35
1
Illustration shows Size 4˝ design.
33
No.
Parts
Standard
Super-firesafe
150SCTA
300SCTA
150SCTA-FS
300SCTA-FS
1 Body
A216 Gr. WCB *1
3 Stem
A276 Type 304*2 *4
10 Handle nut
A276 Type 316 *5
1/2″
∼11/2″
2″
∼ 10″
A351 Gr. CF8
PTFE
8 Gland packing
9 Handle*3
1/2″
∼1″
∼
11/2″
Ductile iron
1/2″
∼11/2″
PTFE
19A Primary gasket
20 Packing washer 11/2″only
1/2″
∼11/2″
3″
∼ 6″
30 Ball seat
36 Gland bolt
1/2″
∼1″
−
9
Flexible graphite
A276 Type 316*5
A216 Gr. WCB
A105N
HYPATITE® PTFE
48
Stainless steel
49
∼4″
11/2″
Carbon steel
2″
∼10″
Stainless steel
34
Stainless steel
40 Key lock plate
∼11/2″
43 Corned disc spring 1/2″
47 Thrust washer
123
Stainless steel
Stainless steel
19B Secondary gasket
34 Gland nut
Flexible graphite
Carbon steel
16 Nameplate
29 Body-insert
applied to sour service.
A276 Type 304 / A351 Gr. CF8
4 Ball
7 Gland
■Standard material configuration can be
1/2″
∼2″
48 Snap ring
2″
∼10″
49 Stopper
∼10″
11/2 ″
67 Stem bearing
3″
∼10″
43
Stainless steel
Reinforced PTFE
Carbon steel
7
Stainless steel
8
Reinforced PTFE
123 Handle bolt
Carbon steel
124 Spring + pin
Stainless steel
126 Stopper pin
Stainless steel
20
67
*1 A352 low-temperature service materials are optionally available.
*3 Bar type handles are used for 6″and larger.
47
3
All part numbers are corresponding
with those shown in valve
assembly drawings.
40
29
124
126
19B
16
19A
30
4
30
1
Illustration shows Size 1/2˝ design.
34
Standard
No.
Parts
150UTDZ
300UTDZ
A351 Gr.CF8 A351 Gr.CF8M
A351 Gr.CF8
A351 Gr.CF8M
2 Body cap
A351 Gr.CF8 A351 Gr.CF8M
A351 Gr.CF8
A351 Gr.CF8M
3 Stem
A276 Type 304 A276 Type 316 A276 Type 304 A276 Type 316
4 Ball*2
A276 Type 304 or A276 Type 316 or A276 Type 304 or A276 Type 316 or
A351 Gr.CF8
A351 Gr.CF8M
A351 Gr. CF8
A351 Gr. CF8M
A351 Gr.CF8
7 Gland
PTFE
Flexible graphite
9 Handle*3
Ductile iron
9A Handle bar*3
Carbon steel
9B Handle head*3
Ductile iron
A276 Type 304*4
16 Name plate
19 Gasket
PTFE
Flexible graphite
A276 Type 316L*5
20 Packing washer*4
30 Ball seat
HYPATITE® PTFE (Trim 1H: FILLTITE®)*6
33 Cap nut
A194 Gr.8
35 Cap bolt
A193 Gr.B8
123A
43
Stainless steel
36 Gland bolt
40 Keylock plate
A276 Type 304*4
A276 Type 304*4
48 Snap ring
A276 Type 304*4
49 Stopper
A276 Type 304*4
51 Stopper plate
A276 Type 304*4
57 Gland bush
150UTDZ-FS 150UTDZM-FS
300UTDZ-FS 300UTDZM-FS
1 Body
8 Gland packing
Super-firesafe
150UTDZM
300UTDZM
9
48
40
49
126
Reinforced PTFE (Carbon: Trim 1H)*6
58 Gland washer
A276 Type 304*4
67 Stem bearing
Reinforced PTFE (Carbon: Trim 1H)*6
Stainless steel
145
Stainless steel
7
A313 & A276 Type 316
Stainless steel
Stainless steel
9A
36
123B Handle bolt
123B
51
124 Spring & pin
9B
57
58
8
*2 Class 150: Bar type handle used for size 6´´ & 8´´.
20
Class 300: Bar type handle used for size 4´´ to 8´´.
*3 Up to size 11/4´´.
4
A276
Type 304 or equal.
*
*6 Trim 1H (150/300UTDZ1H)
67
All part numbers are corresponding with those
shown in valve assembly drawings.
3
124
16
35
30
4
30
19
2
33
1
35
Standard
No.
Parts
150UTB
150UTBM
1 Body
A351 Gr. CF8
A351 Gr. CF8M
2 Body cap
A351 Gr. CF8
A351 Gr. CF8M
3 Stem
A276 Type 304*3
A276 Type 316*4
4 Ball
A276 Type 304*3 or
A351 Gr. CF8
A276 Type 316*4 or
A351 Gr. CF8M
A351 Gr. CF8
7 Gland
PTFE
8 Gland packing
Ductile iron
9 Handle*1
Aluminum
16A Nameplate
Carbon steel
16B Washer
PTFE
19 Gasket
20 Packing washer*2
A276 Type 316*4
30 Ball seat
HYPATITE® PTFE
33 Cap nut
A194 Gr. 8
36
9
A193 Gr. B8
35 Cap bolt
Stainless Steel
36 Gland bolt
47 Thrust washer
Reinforced PTFE
48 Snap ring
A276 Type 304*3
49 Stopper
A276 Type 304*3
48
49
16B
Reinforced PTFE
67 Stem bearing
123 Handle bolt
6″〜10″
124A Spring & pin
21/2″〜10″
124B Spring
1/2″
〜 2″
Carbon steel
16A
7
A313 & A276 Type 316
A313 Type 316*4
8
20
*1 Bar type handles are used for 6″and 8″. Worm gear operations are used for 10″.
*2 Packing washers are used only for 1″and smaller.
47
All part numbers are corresponding with those shown in valve assembly drawings.
67
124B
3
124A
33
2
19
30
4
30
35
1
36
Standard
No.
Parts
150UTA
300UTA
Super-firesafe
150UTAM
300UTAM
A351 Gr. CF8M
A351 Gr. CF8/CF8M
1 Body
A351 Gr. CF8
3 Stem
A276 Type 304*2
A276 Type 316*3 A276 Type 304*2/316*3
A276 Type 304*2
A276 Type 316*3 A276 Type 304*2/316*3
4 Ball
7 Gland
A351 Gr. CF8
10 Handle nut
A276 Type 316*
A351 Gr. CF8
2″
∼10 ″
PTFE
Flexible graphite
Stainless steel
1/2″
∼1″
123
Ductile iron
11/2″
∼
Stainless steel
1/2″
∼11/2″
Stainless steel
16 Nameplate
9
PTFE
19A Gasket
−
19B Secondary gasket
Flexible graphite
A276 Type 316*3
20 Packing washer 11/2″only
29 Insert
A351Gr. CF8/CF8M
3
8 Gland packing
9 Handle*1
A351 Gr. CF8M
1/2″
∼11/2″
150UTA-FS/UTAM-FS
300UTA-FS/UTAM-FS
1/2″
∼4″
A351 Gr. CF8
A351 Gr. CF8M
A351 Gr. CF8/CF8M
6″
∼10″
A182 Gr. F304
A182 Gr. F316
A182 Gr. F304/F316
HYPATITE ®
30 Ball seat
48
49
PTFE
34 Gland nut
1/2″
∼11/2″
Stainless steel
36 Gland bolt
2″
∼10″
Stainless steel
34
Stainless steel
40 Key lock plate
∼11/2″
43 Coned disc spring 1/2″
Stainless steel
43
47 Thrust washer
1/2″
∼2″
Reinforced PTFE
48 Snap ring
2″
∼10″
Stainless steel
7
49 Stopper
∼10″
11/2″
Stainless steel
8
67 Stem bearing
3″
∼10″
Reinforced PTFE
123 Handle bolt
Carbon steel
124 Spring & pin
Stainless steel
126 Stopper pin
Stainless steel
20
67
*1 Bar type handles are used for 6″and larger.
47
with those shown in valve
assembly drawings.
3
40
29
124
126
19B
16
19A
30
4
30
1
37
No.
Standard
Parts
1 Body
2 Body Cap
3 Stem
600UTBM
A351 Gr. CF8*2
A351 Gr. CF8M*2
600UTBS/UTBMS
A351 Gr. CF8/
A276 Type 304*2*3 A276 Type 316*2*4
4 Ball
7 Gland
9 Handle
A276 Type
3 Stem
304*3/316*2*4
4 Ball
Super-firesafe
600SCTBS
A105*1
A276 Type 304*2 *4
A351 Gr. CF8
PTFE
8 Gland packing
Stainless steel
16 Nameplate
Flexible graphite
spiral wound
A276 Type 316*4
Flexible graphite
spiral wound
－
19 Gasket*3
20 Packing washer
Flexible graphite
Ductile iron
9 Handle
Stainless steel
1/2″
〜1″
Standard
600SCTB
7 Gland
Flexible graphite
－
19 Gasket*1
Parts
1 Body
2 Body cap
Ductile iron
16 Nameplate
No.
CF8M*2
A351 Gr. CF8
PTFE
8 Gland packing
20 Packing washer
Super-firesafe
600UTB
1/2″
〜1″
A276 Type 316*5
30 Ball seat
Reinforced PTFE with MoS2
30 Ball seat
Reinforced PTFE with MoS2
33 Cap nut
A194 Gr. 8
33 Cap nut
A194 Gr. 2H
35 Cap bolt
A193 Gr. B8
35 Cap bolt
A193 Gr. B7
36 Gland bolt
FKM
45A O-ring
45B O-ring
－
NBR
45A O-ring
Metal-backed PTFE
47 Thrust washer
Metal-backed PTFE
－
NBR
45B O-ring
FKM
47 Thrust washer
Cr-Mo steel
36 Gland bolt
Stainless Steel
48 Snap ring
A276 Type 304*3
48 Snap ring
49 Stopper
A276 Type 304*3
49 Stopper
A276 Type 304*4
67 Stem bearing
Reinforced PTFE
67 Stem bearing
Reinforced PTFE
124 Spring & pin
INCONEL X-750
A167 Type 304/
INCONEL X-750
A276 Type 304*3 A276 Type 316*4 A276 Type 304*3/316*4
150 Seat retainer
A313 & A276 Type 316
124 Spring & pin
A313 & A276 Type 316
A167 Type 304
143 Seat spring
Carbon steel
143 Seat spring
A167 Type 304
150 Seat retainer
A105 Zn plating
155 Spacer*1
－
－
PTFE
155 Spacer*3
－
PTFE
175 Retainer gland*1
－
－
A276 Type 304*3
175 Retainer gland*3
－
A105
－
－
Flexible graphite
176 Retainer packing*
－
Flexible graphite
176 Retainer packing*
1
*1 This parts are used only for super-firesafe provision.
*2 Other stainless steel are optionally available.
3
*2 Type 316 and other stainless steels are optionally available for ball & stem.
*3 These parts are used only for super-firesafe provision.
All part numbers are corresponding with those shown in
valve assembly drawings.
■An optional material configuration is
available for sour service.
Refer to the illustration on Page 39.
38
■Class 600 Floating Ball Design Valve
48
9
36
49
67
7
47
8
3
20
35
124
33
2
16
1
19 (or 45A)
155
176
175
143
150
30
45B
4
39
No.
Standard
Parts
1 Body
2 Body Cap
3 Stem
1500UTB
1500UTBM
A351 Gr. CF8*2
A351 Gr. CF8M*2
A276 Type 304*2*3 A276 Type 316*2*4
4 Ball
A351 Gr. CF8
7 Gland
Parts
Super-firesafe
1500SCTBS
1 Body
A216 Gr. WCB*1
2 Body cap
3 Stem
A276 Type 304*2*4
4 Ball
A351 Gr. CF8
PTFE
8 Gland packing
Flexible graphite
9 Handle
Ductile iron
9 Handle
19 Gasket*1
－
19 Gasket*3
30 Ball seat
Nylon with MoS2
30 Ball seat
Nylon with MoS2
31 Stem washer
A276 Type 316*
31 Stem washer
A276 Type 316*5
4
Ductile iron
Flexible graphite
spiral wound
－
33 Cap nut
A194 Gr. 8
33 Cap nut
A194 Gr. 2H
35 Cap bolt
Stainless Steel
35 Cap bolt
A193 Gr. B7
A193 Gr. B8
36 Grand bolt
FPM
45A O-ring
45B O-ring
FPM
45B O-ring
Metal-backed PTFE
47 Thrust washer
A276 Type 304*3
48 Snap ring
49 Stopper
A276 Type 304*3
49 Stopper
67 Stem bearing
Reinforced PTFE
67 Stem bearing
85 Plug
A276 Type 316*4
85 Plug
A313 & A276 Type 316
A167 Type 304
143 Seat spring
INCONEL X-750
PTFE
146 Back-up ring
NBR
－
NBR
Metal-backed PTFE
47 Thrust washer
48 Snap ring
124 Spring & pin
Cr-Mo steel
36 Gland bolt
45A O-ring
Carbon steel
A276 Type 304*4
Reinforced PTFE
A576 Gr. 1025 Zn plating
124 Spring & pin
A313 & A276 Type 316
143 Seat spring
A167 Type 304
146 Back-up ring
PTFE
150 Seat retainer
A105 Zn plating
A276 Type 304*3
A276 Type 316*4
－
－
155 Spacer*3
175 Retainer gland*
－
－
175 Retainer gland*
－
A105
176 Retainer packing*1
－
－
176 Retainer packing*3
－
Flexible graphite
150 Seat retainer
155 Spacer*1
1
*2 Other stainless steel are optionally available.
－
3
PTFE
*2 Type 316 is optionally available for ball & stem.
with those shownin valve assembly
drawings.
■An optional material configuration is
available for sour service.
Refer to the illustration on Page 41.
40
Standard
1500SCTB
7 Gland
PTFE
8 Gland packing
No.
■Class 1500 Floating Ball Design Valve
48
9
143
175
49
19 (or 45A)
36
7
8
4
30
150
155
176
146
45B
1
33
35
2
67
47
31
3
124
85
41
ASTM Material Designation (Trim 3H)
No.
Parts
Carbon steel shell
150/300UTDZ3H 150/300UTDZ3HM 150/300SCTDZ3H
10/20UTDZ3H
10/20UTDZ3HM
10/20SCTDZ3H
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
2 Body cap
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
3 Stem
A276 Type 304 A276 Type 316 A276 Type 304
SUS304
SUS630
SUS304
4 Ball
A276 Type 304 A276 Type 316 A276 Type 304
SUS304
SUS316
SUS304
8 Gland packing
9 Handle*1
A351 Gr.CF8
SCS13A
Flexible graphite
Flexible graphite
Ductile iron
FCD400-10
9A Handle bar*1
Carbon steel
SGP
9B Handle head*1
Ductile iron
FCD400-10
16 Name plate
A276 Type 304
SUS304
19 Gasket
Flexible graphite
Flexible graphite
20 Packing washer
30 Ball seat
A276 Type 316L
SUS316L
Carbon + JIS SUS329J1*1
Carbon + SUS329J1
33 Cap nut
A194 Gr.8
A194 Gr.2H
SUS304
S45C
35 Cap bolt
A193 Gr.B8
A193 Gr.B7
SUS304
SNB7
36 Gland bolt
Stainless steel
Stainless steel
40 Keylock plate
A276 Type 304
SUS304
A276 Type 304
SUS304
Carbon
Carbon
48 Snap ring
A276 Type 304
SUS304
49 Stopper
A276 Type 304
SUS304
51 Stopper plate
A276 Type 304
SUS304
47 Thrust washer
57 Gland bush
Floating Ball Design Valve (Trim 3H)
Carbon steel shell
1 Body
7 Gland
■Class 150/300, 10/20 Metal Seated
JIS Material Designation (Trim 3H)
123A
43
9
Carbon
Carbon
48
58 Gland washer
A276 Type 304
SUS304
40
67 Stem bearing
Carbon
Carbon
Stainless steel
123B Handle bolt
Stainless steel
Stainless Steel
A313 & A276 Type 316
SUS316-WPA & SUS316
Stainless steel
Stainless Steel
Stainless steel
SUS304-CSP
Flexible graphite
Flexible graphite
124 Spring & pin
176 Seat packing
9A
49
Stainless Steel
51
36
145
7
57
Class 150/10K
Class 300/20K
Size 1/2 to 11/2
Size 1/2 to 11/4
Bar type
Size 2 to 4
Size 11/2 to 3
Gear
Size 5 to 8
Size 4 to 8
Lever type
123B
126
*1) Equivalent to AISI Type 329
Operation (Standard)
9B
58
8
20
67
3
124
16
2
35
1
42
176
30
4
30
176
19
33
No.
Parts
Carbon steel shell
150/300UTDZ5H
10/20UTDZ5H
10/20UTDZ5HM
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
2 Body cap
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
10/20SCTDZ5H
3 Stem
A564 Type 630
SUS630
4 Ball
A276 Type 316 with Cr. plating
SUS316 with Cr. plating
8 Gland packing
9 Handle*1
A351 Gr.CF8
SCS13A
Flexible graphite
Flexible graphite
Ductile iron
FCD400-10
9A Handle bar*1
Carbon steel
SGP
9B Handle head*1
Ductile iron
FCD400-10
16 Name plate
A276 Type 304
SUS304
19 Gasket
Flexible graphite
Flexible graphite
20 Packing washer
30 Ball seat
A276 Type 316L
SUS316L
A276 Type 316 + Ni-Cr alloy hard facing*1
SUS 316 + Ni-Cr alloy hard facing*1
33 Cap nut
A194 Gr.8
A194 Gr.2H
SUS304
S45C
35 Cap bolt
A193 Gr.B8
A193 Gr.B7
SUS304
SNB7
36 Gland bolt
Stainless steel
Stainless steel
40 Keylock plate
A276 Type 304
SUS304
A276 Type 304
SUS304
Carbon
Carbon
48 Snap ring
A276 Type 304
SUS304
49 Stopper
A276 Type 304
SUS304
51 Stopper plate
A276 Type 304
SUS304
47 Thrust washer
57 Gland bush
Carbon steel shell
1 Body
7 Gland
123A
43
9
Carbon
Carbon
48
58 Gland washer
A276 Type 304
SUS304
40
67 Stem bearing
Carbon
Carbon
Stainless steel
Stainless Steel
123B Handle bolt
Stainless steel
Stainless Steel
Stainless steel
Stainless Steel
Stainless steel
SUS304-CSP
Flexible graphite
Flexible graphite
176 Seat packing
49
9A
51
36
145
7
Lever type
123B
126
*1) Equivalent to METCO Type 16C
9B
Class 150/10K
Class 300/20K
Size 1/2 to 11/2
Size 1/2 to 1
Bar type
Size 2 to 4
Size 11/2 to 3
Gear
Size 5 to 8
Size 4 to 8
57
58
8
20
67
3
124
16
2
30
35
4
30 176
33
19
176
1
43
No.
Parts
Carbon steel shell
150/300UTDZ6H
10/20UTDZ6H
10/20UTDZ6HM
10/20SCTDZ6H
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
2 Body cap
A351 Gr.CF8
A351 Gr.CF8M
A216 Gr.WCB
SCS13A
SCS14A
SCPH2
3 Stem
A564 Type 630
SUS630
4 Ball
A276 Type 316 with Ni-Cr alloy hard facing*2
SUS316 with Ni-Cr alloy hard facing*2
8 Gland packing
9 Handle*1
A351 Gr.CF8
SCS13A
Flexible graphite
Flexible graphite
Ductile iron
FCD400-10
9A Handle bar*1
Carbon steel
SGP
9B Handle head*1
Ductile iron
FCD400-10
16 Name plate
A276 Type 304
SUS304
19 Gasket
Flexible graphite
Flexible graphite
20 Packing washer
30 Ball seat
A276 Type 316L
SUS316L
A276 Type 316 + Ni-Cr alloy hard facing*1
SUS 316 + Ni-Cr alloy hard facing*1
33 Cap nut
A194 Gr.8
A194 Gr.2H
SUS304
S45C
35 Cap bolt
A193 Gr.B8
A193 Gr.B7
SUS304
SNB7
36 Gland bolt
Stainless steel
Stainless steel
40 Keylock plate
A276 Type 304
SUS304
A276 Type 304
SUS304
Carbon
Carbon
48 Snap ring
A276 Type 304
SUS304
49 Stopper
A276 Type 304
SUS304
51 Stopper plate
A276 Type 304
SUS304
47 Thrust washer
57 Gland bush
58 Gland washer
123A
43
9
Carbon
Carbon
48
A276 Type 304
SUS304
40
67 Stem bearing
Carbon
Carbon
Stainless steel
Stainless Steel
123B Handle bolt
Stainless steel
Stainless Steel
Stainless steel
Stainless Steel
Stainless steel
SUS304-CSP
Flexible graphite
Flexible graphite
176 Seat packing
49
123B
9A
51
36
145
7
Class 150/10K
Class 300/20K
Size 1/2 to 11/2
Size 1/2 to 11/4
Bar type
Size 2 to 4
Size 11/2 to 3
Gear
Size 5 to 8
Size 4 to 8
Lever type
9B
126
*1) Equivalent to METCO Type 16C
Carbon steel shell
1 Body
7 Gland
57
58
8
20
67
3
124
16
35
1
44
176
30
4
30
176
19
2
33
Λ-Port Control Valves
■Design Features
Automation ease with
integral actuator mounting
pad conforming to ISO 5211
Choice of two different
trim configurations for
generaI service or
heavy duty service
Low friction high seal
PTFE gland packing set
Low friction metal backed
PTFE stem bearings on top
and bottom stems
Top and bottom stems for
trunnion mounting of disc.
Spline shafted stem ends are
firmly jointed with disc.
Sharply edged Λ-port®
with wide rangeabiIity
FulI bore design for
hiqh flow efficiency
MetaI-to-metaI contact for
correct seat centering and
high operationaI durability
Two-piece bolted body construction
for easy maintenance
45
■Design Features
1. Sharp solid cutting
A trunnion mounted disc is sharpIy edged for cutting solids
a n d f i b r o u s o b j e c t s m i xe d i n l i n e f l u i d s, p r eve n t i n g
disturbance to vaIve closing operation, and minimizlng fluid
residue within the valve bore.
3. Structural reliability
MetaI-to-metal contact is accommodated between body and
cap, and between seat and cap, for correct seat centering
and adequate depressing force. Spline shafted stem ends
are firmly jointed with the disc for correct disc centering and
higher operational durability. In addition, trunnion mounting
of the disc oh the body helps increase totaI structural
reIiability of the valve against extraordinary piping stress.
4. Stabilized operating torque
Metall backed PTFE stem bearings are employed on top and
bottom stems for minimized and stabilized torque of valve
operation. Fine finish of the disc surface and other sliding
surfaces of components also helps smooth operation of the
vaIve
2. Choice of trims
Choice of two different trim configurations is available,
depending on the planned service condition:
FLEKSEAT, made of spring Steel Type 316, provides
elasticity in its contact with the hard-chromium plated CF8M
disc for higher sealing performance. Recommended for pulp
and paper mill process control and services where higher
sealing performance is criticaIIy required on valve shut-off.
AIways good for throttling service. (KITZ Fiq. UVC)
Disc
Seat
Metal-to-metal
contact
Gasket
5. Maintenance ease
Two-Piece split body construction provides the convenience
of easy maintenance which is always critically required for
handling viscous or fibrous line fluids
6. High flow effcieney
Full bore deslgn guarantees maximized and linearized flow
characteristics with minimized pressure loss, helping viscous
or fibrous line fIuids pass through the vaIve bore smoothly.
7. Valve automation
Quarter-turn valve drive mechanism enables technically
easier mounting of valve automation measures such as
electric and pneumatic actuators. lntegral pads are provided
for easy, safe and assured on-thespot actuator mounting without disassembIy of vaIve glands,
as required by ISO standard.
Note: Customers are requested to prepare mounting
brackets and connectors chosen for their vaIve actuation as
illustrated here.
Actuator mounting pad
Bracket
KNIFESEAT, made of Stellite deposited steel Type 316,
contacts hard-chromium pIated CF8M disc for heavy duty
services. Recommended for sIurry service, and all other
abrasion services. AIso good for high viscosity services
i n c l u d i n g p u l p a n d p a p e r m i I I p r o c e s s e s . A I w ay s
recommended for throttling service. (KITZ Fig. UVCT)
Stellite deposit
Disc
Seat
Metal-to-metal
contact
46
Gasket
Caution: KITZ Λ-port ® controI vaIves are designed for unidirectionaI flow control. Be sure to mount the vaIve
correctly so that the direction of Iine flow matches the
direction of the arrow mark cast on the valve body.
■Design Data
Design specifications
Valve structure
SpIit body side entry, RF-flanged，fulI bore, trunnion mounted disc
WaII thickness
ASME B16.34 Class150/Class300
F-F dimensions
JIS B2002 or ASME B16.10 Class150/Class 300 for balI vaIves
End connection
RF-flanged to JIS B2238 10K/20K or ASME B16.5 Class 150/CIass 300
ISO 5211
P-T rating
JIS B223810K/20K or ASME B16.34 Class 150/Class 300
Operation
Quarter-turn
Test Pressure
Seat test
FLEKSEAT
Allowable leakage 0.0005% of Nominal Cv to
Hydrostatic or
for general service
IEC 534-4 Class IV-SI ANSI FCI 70-2 Class IV×0.05
0.39MPa
KNIFESEAT
Allowable leakage 0.5% of Nominal Cv to
(4kgf/cm² or 60 psi)
for heavy duty service
IEC 534-4 Class II ANSI FCI 70-2 Class II
pneumatic at
Maximum Allowable Seat Leakage {Per minute under 0.39MPa(4kaf/cm²) test pressure}
FLEKSEAT (UVC)
Valve size
Cv at full opening
Hyd rostatic (cc)
KNIFESEAT (UVCT)
Pneumatic (Nl)
Cv at full opening
Hydrostatic (l)
Pneumatic (Nl)
inch
mm
1
25
25
3.6
0.16
31
11／2
40
85
12.1
0.53
100
14.2
622
2
50
145
20.7
0.90
160
22.8
994
21／2
65
240
34.2
1.49
265
37.8
1646
3
80
380
54.1
2.36
400
57.0
2486
4
100
550
78.3
3.42
585
83.4
3636
5
125
960
137
5.97
1010
144
6276
6
150
1500
214
9.32
1550
220
9632
8
200
2700
385
16.8
2750
392
17090
10
250
4300
613
26.7
4400
626
27340
12
300
6200
883
38.5
6300
898
39140
14
350
8200
1168
51.0
8300
1182
51580
4.42
193
Condition : Absolute air pressure 0.010MPa(1.033kgf/cm²) A at 20℃
47
Class 150 / 10KLever oprated Λ-port® control valves
Trim
FLEKSEAT
KNIFESEAT
D
ASME Class 150
L-150UVC (M)
L-150UVCT (M)
H
10K
L-10UVC (M)
L-10UVCT (M)
d
H1
In case of CF8M valve body, KITZ Fig. shall be suffixed with “M”.
L
L1
Dimensions of L-150UVC (M), L-150UVCT (M), L-10UVC (M), L-10UVCT (M)
Valve size
in.
1
11／2
2
21／2
3
mm
Unit: mm
4
5
6
8
25
40
50
65
80
100
125
150
200
d
25
38
51
64
76
102
127
152
203
L
127
165
178
190
203
229
356
394
457
L₁
48
67
69
76
77
89
158
197
228.5
H
190
199
205.5
252.5
259
292.5
315
397
471.5
76
84.5
97
106
133.5
157
182
226.5
400
400
460
460
1000
68.5
H₁
160
D
230
230
1500
Class 150 / 10KGear oprated Λ-port® control valves
Trim
FLEKSEAT
KNIFESEAT
A
D
ASME Class 150
G-150UVC (M)
G-150UVCT (M)
H
10K
G-10UVC (M)
G-10UVCT (M)
d
H1
L
L1
Dimensions of G-150UVC (M), G-150UVCT (M), G-10UVC (M), G-10UVCT (M)
Valve Size
5
6
10
12
14
mm
125
150
250
300
350
337
d
152
203
254
305
L
394
457
533
610
686
L₁
197
228.5
266.5
260
293
H
330
410
446
524
547.5
H₁
182
226.5
268.5
365.5
403.5
D
310
360
500
500
500
134
134
A
48
Unit: mm
in.
65.5
88.5
93.5
Class 300 / 20KLever oprated Λ-port® control valves
Trim
FLEKSEAT
KNIFESEAT
D
ASME Class 150
L-300UVC (M)
L-300UVCT (M)
H
10K
L-20UVC (M)
L-20UVCT (M)
d
H1
L
L1
Dimensions of L-300UVC (M), L-300UVCT (M), L-20UVC (M), L-20UVCT (M)
Valve size
in.
1
11／2
2
21／2
3
mm
Unit: mm
4
5
6
8
25
40
50
65
80
100
125
150
200
d
25
38
51
64
76
102
127
152
203
190
216
L
165
L₁
68
H
190
73.5
199
205.5
79
87.5
71.5
H₁
160
D
87.5
230
230
241
283
305
381
403
502
102
120.5
125
158
182
228.5
252.5
259
292.5
315
397
471.5
100
109
133.5
157
182
226.5
400
400
460
460
1000
1500
Class 300 / 20KGear oprated Λ-port® control valves
Trim
FLEKSEAT
KNIFESEAT
A
D
ASME Class 150
G-300UVC (M)
G-300UVCT (M)
H
10K
G-20UVC (M)
G-20UVCT (M)
d
H1
L
L1
Dimensions of G-300UVC (M), G-300UVCT (M), G-20UVC (M), G-20UVCT (M)
Unit: mm
in.
6
8
10
mm
150
200
250
d
152
203
254
L
403
502
568
L₁
182
228.5
242.5
Valve Size
H
330
410
446
H₁
182
226.5
268.5
D
310
360
500
A
65.5
88.5
93.5
49
Trunnion Mounted Ball Valves
■Component Drawing
2
A
B 7
8
45B 176 45E
19B 67 150 30
1
2
Cap
A
O-ring stem seal
B
Gland plate
7
Gland (Threaded)
8
Firesafe gland packing(Flexible graphite)
19B Firesafe gasket(Flexible graphite)
45B O-ring
67 Stem bearing
176 Firesafe retainer packing(Flexible graphite)
150 Seat retainer
45E O-ring
30 Ball seat
1
Body
4
Precision Machined ball
19A Firesafe gasket(Flexible graphite)
45A O-ring
19C Firesafe gasket(Flexible graphite)
45C O-ring
103 Bottom Stem (Trunnion)
C
Drain port
151 Retainer Ring
4 19A
45A 45C
19C 103
143 Seat spring
C 151 143
Where requirement of the firesafe provision is less stringent,valves may be optionally provided with sealing
materials other than flexible graphite,for economic advantage.Contact KITZ Corporation for more details.
*The illustration shown in this catalog represents the typical structure of class 600 valves.
The structure may differ depending on size and class. Please consult KITZ for more details on the specifications and structure of the valve.
■Design Features
1.Super-firesafe Design.
(2) External leakage prevention
Leakage from the valve stem area is
prevented by double sealing with O-ring and
flexible graphite gland packings.Leakage
through the valve body joint is also protected
by double sealing with O-rings and flexible
graphite gaskets. After a fire has deteriorated
O-rings, flexible graphite packings and
gaskets are the measure that prevents
external fluid leakage.
(1) Internal leakage prevention:
When resilient sealing materials are decomposed or deteriorated
by a plant fire,the edge of the metal seat retainer preloaded by
the seat spring comes into contact with the ball to shut off the line
fluid to minimize internal leakage through the valve bore.The seat
retainer also compresses KITZ originally designed flexible
graphite retainer packings to prevent fluid leakage form between
the valve body and the seat retainer(PATENTED).
Flexible Graphite
Body
O-Ring
Ball Seat
Ball
50
Body
Metal-to-Metal
Contact
Seat Retainer
Line Pressure
Ball
Line Pressure
■Design Features
2.Tight Shut-off Sealing Mechanism
3.Block and Bleed Function.
A floating seat design is employed so that each of the upstream
and downstream seats is adequately maintained in contact with
the ball by means of a seat spring.Line pressure helps this contact
method. It features excelletnt sealing performance independently
on both side seats at the same time.
Ball seats shut off the line fluid independently on the upsteam and
downsteam side of the ball.The valve bore and the body cavity
are isolated from each other when the valve is fully opened or
closed so that the residue within the body cavity may be disposed
through the drain port or an optional vent valve mounted on the
bottom of the valve body.The design prevents fluid contamination
within the valve interior and easily detects seat leakage from both
flow directions,without dismantling the vavle from the pipeline.
O-Ring
Ball Seat
Seat Spring
Body
Body Cavity
Ball
Seat Retainer
4.Cavity Pressure Relief.
In case of an unusually high increase of servicing or ambient
temperature,liquefied gas or highly volatile liquid trapped within
the body cavity may evaporate,and cause an excessive rise in the
cavity pressure.For safety consideration, a provision is made so
that when the cavity pressure exceeds the line pressure,the ball
seat will move slightly away from the ball surface to relieve the
excessive cavity pressure into the valve bore.
plants handling the toxic gas specified by the Environmental
Protection Agency, to periodically monitor their plant equipment
for detection of leaks exceeding 500 ppm, and repair or replace
all defective parts immediately. California has exceeded the
Federal law with a state regulation requiring 100 ppm maximum
leak level for an astonishing 99% reduction of such an
environmental pollution for the Northern California Region after
1997.
6.Options
Cavity Pressure
Body
Seat Retainer
(1) Emergency Seal Restoration.
For accidental leakage form the seat or stem sealing area, a
sealant supply mechanism may be provided as an option.Should
the sealing material be damaged or decomposed by fire or other
accidental causes, leakage can be temporarily prevented by
injection of the sealant into this mechanism.
Sealant
Ball
Line Pressure
Body
5.Low Emission Design
The emission suppressing design of KITZ trunnion mounted ball
valves is guaranteed by the production test carried out at
factories prior to shipment.In the United States, the Federal Clean
Air Act was dramatically amended in 1990, to realize the new
environmental protection policy of a 95% reduction in fugitive
emission or leak levels of toxic gases and chemicals from plant
equipment. Promulgated in April, 1994, the new law requires all
Ball
Line Pressure
(2) Low Temparture,cryogenic Temperature.
(3) Stem Extetion.
Please contact your KITZ agent or distributor.
51
Class 150 Stainless Steel/Carbon Steel Ball Valves
Split body, side entry design
(G-)150UTCS
(Full Port)
(G-)150SCTCS
(Full Port)
H1
H2
Size 2∼8
d
Size 10∼32
Size 34 & over
L
Dimensions of (G-)150UTCS, (G-)150SCTCS
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
2
50
2
51
7
178
6.50
165
3.98
101
3
80
3
76
8
203
7.60
193
5.04
128
4
100
4
102
9
229
9.09
231
6.02
153
6
150
6
152
15.5
394
12.95
329
8.62
219
8
200
8
203
18
457
15.47
393
10.75
273
10
250
10
254
21
533
15.47
393
13.35
339
12
300
12
305
24
610
17.36
441
15.16
385
14
350
13.25
337
27
686
18.94
481
16.69
424
16
400
15.25
387
30
762
23.54
598
18.54
471
18
450
17.25
438
34
864
25.31
643
20.24
514
Unit: mm
20
22
24
26
28
30
32
34
36
500
550
600
650
700
750
800
850
900
19.25
21.25
23.25
25
27
29
30.75
32.75
34.5
489
540
591
635
686
737
781
832
876
36
40
42
45
49
51
54
58
60
914
1016
1067
1143
1245
1295
1372
1473
1524
27.87
31.42
33.98
33.86
35.42
37.01
38.98
39.65
41.14
708
798
863
860
895
940
990
1007
1045
22.80
24.72
27.17
26.97
28.35
30.51
32.48
34.21
35.71
579
628
690
685
720
775
825
869
907
(G-)150UTCRS
(Reduced Port)
(G-)150SCTCRS
(Reduced Port)
H1
H2
Size 3×2×3 to 10×8×10
d
Size 12×10×12 & over
L
Dimensions of (G-)150UTCRS, (G-)150SCTRS
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
52
3
80
2
51
8
203
6.50
165
3.98
101
4
100
3
76
9
229
7.60
193
5.04
128
6
150
4
102
15.5
394
9.09
231
6.02
153
8
200
6
152
18
457
12.95
329
8.62
219
10
250
8
203
21
533
15.47
393
10.75
273
12
300
10
254
24
610
15.47
393
13.35
339
14
350
12
305
27
686
17.36
441
15.16
385
16
400
13.25
337
30
762
18.94
481
16.69
424
18
450
15.25
387
34
864
23.54
598
18.54
471
Unit: mm
20
22
24
26
28
30
32
34
36
500
550
600
650
700
750
800
850
900
17.25
17.25
19.25
21.25
23.25
23.25
25
27
29
438
438
489
540
591
591
635
686
737
36
40
42
45
49
51
54
58
60
914
1016
1067
1143
1245
1295
1372
1473
1524
25.31
25.31
27.87
31.42
33.98
33.98
33.86
35.42
37.01
643
643
708
798
863
863
860
895
940
20.24
20.24
22.80
24.72
27.17
27.17
26.97
28.35
30.51
514
514
579
628
690
690
685
720
775
(G-)300UTCS
(Full Port)
(G-)300SCTCS
(Full Port)
H1
H2
Size 2∼8
d
Size 10∼28
L
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
2
50
2
51
8.5
216
6.50
165
3.98
101
3
80
3
76
11.125
283
7.60
193
5.04
128
4
100
4
102
12
305
9.09
231
6.02
153
6
150
6
152
403
403
8.62
329
8.62
219
8
200
8
203
19.75
502
15.47
393
10.75
273
Size 30 & over
10
250
10
254
22.375
568
15.47
393
13.35
339
12
300
12
305
25.5
648
17.36
441
15.16
385
14
350
13.25
337
30
762
18.94
481
16.69
424
16
400
15.25
387
33
838
23.54
598
18.54
471
18
450
17.25
438
36
914
25.31
643
20.24
514
20
500
19.25
489
39
991
27.87
708
22.80
579
22
550
21.25
540
43
1092
31.42
798
24.72
628
24
600
23.25
591
45
1143
33.98
863
27.17
690
26
650
25
635
49
1245
35.04
890
28.15
715
28
700
27
686
53
1346
37.20
945
30.31
770
30
750
29
737
55
1397
37.80
960
32.09
815
32
800
30.75
781
60
1524
39.76
1010
34.06
865
Unit: mm
34
850
32.75
832
64
1626
42.52
1080
35.79
909
36
900
34.5
876
68
1727
44.02
1118
37.28
947
(G-)300UTCRS
(Reduced Port)
(G-)300SCTCRS
(Reduced Port)
H1
H2
Size 3×2×3 to 10×8×10
d
Size 12×10×12∼34×28×34
L
Dimensions of (G-)300UTCRS, (G-)300SCTCRS
in.
4
3
Nominal Size
mm
80
100
in.
2
3
d (bore)
mm 51
76
11.125 12
in.
L
mm 283
305
6.50
7.60
in.
H₁
mm 165
193
3.98
5.04
in.
H₂
mm 101
128
6
150
4
102
15.875
403
9.09
231
6.02
153
8
200
6
152
19.75
502
12.95
329
8.62
219
10
250
8
203
22.375
568
15.47
393
10.75
273
Size 36×30×36 only
12
300
10
254
25.5
648
15.47
393
13.35
339
14
350
12
305
30
762
17.36
441
15.16
385
16
400
13.25
337
33
838
18.94
481
16.69
424
18
450
15.25
387
36
914
23.54
598
18.54
471
20
500
17.25
438
39
991
25.31
643
20.24
514
22
550
17.25
438
43
1092
25.31
643
20.24
514
24
600
19.25
489
45
1143
27.87
708
22.80
579
26
650
21.25
540
49
1245
31.42
798
24.72
628
28
700
23.25
591
53
1346
33.98
863
27.17
690
30
750
23.25
591
55
1397
33.98
863
27.17
690
32
800
25
635
60
1524
35.04
890
28.15
715
34
850
27
686
64
1626
37.20
945
30.31
770
Unit: mm
36
900
29
737
68
1727
37.80
960
32.09
815
53
(G-)600UTCS
(Full Port)
(G-)600SCTCS
(Full Port)
H1
H2
Size 2∼6
d
Size 8∼24
Size 26 & over
L
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
2
50
2
51
11.5
292
6.93
176
4.69
119
3
80
3
76
14
356
9.72
247
5.79
147
4
100
4
102
17
432
10.87
276
6.77
172
6
150
6
152
22
559
14.29
363
9.84
250
8
200
8
203
26
660
14.29
363
12.52
318
10
250
10
254
31
787
16.77
426
14.65
372
12
300
12
305
33
838
21.57
548
17.09
434
14
350
13.25
337
35
889
23.54
598
19.06
484
16
400
15.25
387
39
991
25.51
648
21.02
534
18
450
17.25
438
43
1092
29.13
740
23.23
590
20
500
19.25
489
47
1194
31.89
810
25.91
658
24
600
23.25
591
55
1397
36.22
920
30.16
766
26
650
25
635
57
1448
37.20
945
32.48
825
28
700
27
686
61
1549
40.87
1038
35.04
890
Unit: mm
30
750
29
737
65
1651
42.83
1088
36.93
938
(G-)600UTCRS
(Reduced Port)
(G-)600SCTCRS
(Reduced Port)
H1
H2
Size 3×2×3 to 10×8×10
d
Size 12×10×12 & over
L
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
54
3
80
2
51
14
356
6.93
176
4.69
119
4
100
3
76
17
432
9.72
247
5.79
147
6
150
4
102
22
559
10.87
276
6.77
172
8
200
6
152
26
660
14.29
363
9.84
250
10
250
8
203
31
787
14.29
363
12.52
318
12
300
10
254
33
838
16.77
426
14.65
372
14
350
12
305
35
889
21.57
548
17.09
434
16
400
13.25
337
39
991
23.54
598
19.06
484
18
450
15.25
387
43
1092
25.51
648
21.02
534
20
500
17.25
438
47
1194
29.13
740
23.23
590
24
600
19.25
489
55
1397
31.89
810
25.91
658
26
650
21.25
540
57
1448
34.06
865
27.99
711
28
700
23.25
591
61
1549
36.22
920
30.16
766
Unit: mm
30
750
23.25
591
65
1651
36.22
920
30.16
766
(G-)900UTCS
(Full Port)
(G-)900SCTCS
(Full Port)
H1
H2
Size 2∼4
d
Size 6∼18
Size 20 & 24
L
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
2
50
2
51
14.5
368
7.56
192
5.59
142
3
80
3
76
15
381
10.98
279
6.77
172
4
100
4
102
18
457
12.40
315
8.07
205
6
150
6
152
24
610
12.72
323
10.71
272
10
250
10
254
33
838
20.39
518
15.98
406
8
200
8
203
29
737
15.00
381
13.19
335
12
300
12
305
38
965
22.36
568
18.15
461
14
350
12.75
324
40.5
1029
26.18
665
20.20
513
16
400
14.75
375
44.5
1130
28.74
730
22.95
583
18
450
16.75
426
48
1219
31.30
795
25.43
646
20
500
18.625
473
52
1321
32.48
825
27.80
706
Unit: mm
24
600
22.5
572
61
1549
38.31
973
32.72
831
(G-)900UTCRS
(Reduced Port)
(G-)900SCTCRS
(Reduced Port)
H1
H2
Size 3×2×3∼6×4×6
d
Size 8×6×8∼20×18×20
Size 24×20×24 only
L
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
3
80
2
51
15
381
7.56
192
5.59
142
4
100
3
76
18
457
10.98
279
6.77
172
6
150
4
102
24
610
12.40
315
8.07
205
8
200
6
152
29
737
12.72
323
10.71
272
10
250
8
203
33
838
15.00
381
13.19
335
12
300
10
254
38
965
20.39
518
15.98
406
14
350
12
305
40.5
1029
22.36
568
18.15
461
16
400
12.75
324
44.5
1130
26.18
665
20.20
513
18
450
14.75
375
48
1219
28.74
730
22.95
583
20
500
16.75
426
52
1321
31.30
795
25.43
646
Unit: mm
24
600
18.625
473
61
1549
32.48
825
27.80
706
55
(G-)1500UTCS
(Full Port)
(G-)1500SCTCS
(Full Port)
H1
H2
Size 2 & 3
d
Size 4∼14
Size 16 & over
L
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
2
50
2
51
14.5
368
9.92
252
6.50
165
4
100
4
102
21.5
546
10.71
272
8.90
226
3
80
3
76
18.5
470
11.81
300
8.07
205
6
150
5.75
146
27.75
705
13.43
341
11.77
299
8
200
7.625
194
32.74
832
19.41
493
15.28
388
10
250
9.5
241
39
991
22.24
565
18.07
459
12
300
11.375
289
44.5
1130
27.56
700
21.85
555
14
350
12.5
318
49.5
1257
29.41
747
23.78
604
16
400
14.25
362
54.5
1384
31.30
795
26.93
684
18
450
16.125
410
60.5
1537
34.53
877
29.80
757
Unit: mm
20
500
17.875
454
65.5
1664
38.78
985
32.68
830
(G-)1500UTCRS
(Reduced Port)
(G-)1500SCTCRS
(Reduced Port)
H1
H2
Size 3×2×3 & 4×3×4
d
Size 6×4×6∼16×14×16
Size 18×16×18 & 20×18×20
L
in.
Nominal Size
mm
in.
d (bore)
mm
in.
L
mm
in.
H₁
mm
in.
H₂
mm
56
3
80
2
51
18.5
470
9.92
252
6.50
165
4
100
3
76
21.5
546
11.81
300
8.07
205
6
150
4
102
27.75
705
10.71
272
8.90
226
8
200
5.75
146
32.74
832
13.42
341
11.77
299
10
250
7.625
194
39
991
19.41
493
15.28
388
12
300
9.5
241
44.5
1130
22.24
565
18.07
459
14
350
11.38
289
49.5
1257
27.56
700
21.85
555
16
400
12.5
318
54.5
1384
29.41
747
23.78
604
18
450
14.25
362
60.5
1537
31.30
795
26.93
684
Unit: mm
20
500
16.125
410
65.5
1664
34.53
877
29.80
757
FILLTITE® seated trunnion ball design valves (Trim 1H)
Dimensions of 150UTC1H, 150SCTC1H
150/10UTC1H,
150/10SCTC1H
Nominal size
D
Unit: mm
in.
2
3
4
mm
50
80
100
L
178
203
229
H
165
193
231
D
230
400
460
NOTE (1) A
llowable seat leakage (ml/min.) = 21.75 × Port dia (inch)
× Pressure (Mpa)
H
L
Dimensions of G-150UTC1H, G-150SCTC1H
G-150/10UTC1H,
G-150/10SCTC1H
10
12
14
16
18
20
mm
250
300
350
400
450
500
H
647
722
762
883
928
953
D
500
500
500
500
500
500
A
213
213
213
277
277
277
C
377
377
377
457
457
457
Nominal
size
A
Unit: mm
in.
NOTE (1) A
× Pressure (Mpa)
(2) 10K: Please contact KITZ Corporation for details.
H
C
D
57
300/20UTC1H,
300/20SCTC1H
Nominal size
D
Unit: mm
in.
2
3
mm
50
80
L
216
283
H
191
245
D
600
1000
NOTE (1) A
× Pressure (Mpa)
H
L
G-300/20UTC1H,
G-300/20SCTC1H
Nominal
size
A
Unit: mm
in.
4
6
8
10
12
mm
100
150
200
250
300
798
H
334
440
484
673
D
500
500
500
500
500
A
93.5
93.5
134
213
277
C
363
363
377
377
457
NOTE (1) A
llowable seat leakage (ml/min.) = 21.75 × Portdia (inch)
× Pressure (MPa)
H
B
D1
58
600UTC1H,
600SCTC1H
Nominal size
D
Unit: mm
in.
2
3
mm
50
80
L
292
356
H
230
265
D
1000
1500
NOTE (1) A
× Pressure (Mpa)
H
Please contact KITZ Corporation for Pressure-Temperature Rating.
L
G-600UTC1H,
G-600SCTC1H
3
4
6
8
10
12
mm
80
100
150
200
250
300
H
307
304
454
647
783
818
D
500
500
500
500
500
500
134
213
277
277
377
377
457
457
Nominal
size
A
Unit: mm
in.
A
C
93.5
363
93.5
363
NOTE (1) A
× Pressure (Mpa)
H
C
D
59
Metal seated trunnion ball design valve (Trim 6H)
600UTC6H,
600SCTC6H
Nominal size
D
● Reduced
● Reduced
in.
Unit: mm
1
2
50
mm
L
292
H
242
D
1000
bore is also available. : 600UTCR6H(M)
bore is also available. : 600SCTCR6H
H
L
60
Construction
No
45D
57
47A
7
60B
124B
3
8
14
1
1
30 Ball Seat
2
33B Cover Nut
1set
35A Cap Bolt
1set
35B Cover Bolt
1set
36 Gland Bolt
1set
45D/E O-ring
2each
47A/B Thrust Washer
1each
36
45E
150
176
30
151
132
155B
47B
31
45C
1set
20
1
103
1
33A Cap Nut
1each
144
143
1each
20 Pacing Washer
45A/B/C/F O-ring
67
85A
1
1set
45F
138
137
147
1
7 Gland
57 Gland Bush
60A/B Key
85B
19C
1
4 Ball
31 Stem Washer
155A
67
1
3 Stem
19A/B/C Gasket
19B
60A
124A
1
14 Set Pin
45B
Quantity
2 Body Cap
8 Gland Packing
102
146
Name of Parts
1 Body
67 Stem Bearing
85A/B Plug
1
1each
2
1each
102 Gear Unit
1
103 Bottom Stem
1
124A Set Bolt
1
124B Spring & Pin
1
132 Set Bolt
2
137 Nut
1set
143 Seat Spring
1set
144 Gland Plate
1
146 Back-up Ring
2
147 End Plate
1
150 Seat Retainer
2
151 Retainer Ring
155A/B Shim
176 Retainer Packing
2
1set
2
4
132
45A
19A
35B
33B
151
30
176
150
45E
35A
2
33A
61
Construction
■Class 150/300/600 FILLTITE® Seated
Trunnion Ball Design Valve (Trim 1H)
No
Name of Parts
1
2 Body Cap
1
3 Stem
1
4 Ball
1
7 Gland
8 Gland Packing
14 Set Pin
19A/B/C Gasket
102
30 Ball Seat
93
19B
60B
124B
67
85B
33B Cover Nut
1set
34 Gland Nut
1set
138
35A Cap Bolt
1set
35B Cover Bolt
1set
36 Gland Bolt
1set
140
46 Flange
60A/B Key
67 Stem Bearing
85A/B Plug
36B
8
14
143
150
4
132
33B
151
30
150
176
175
19A
151
2
62
1
33A
2
143 Seat Spring
1set
144 Gland Plate
1
147 End Plate
1
150 Seat Retainer
2
151 Outer Ring
2
2
2set
146 Back-up Ring
2
147 End Plate
1
150 Seat Retainer
2
147
35B
1
124B Spring & Pin
155A/B Shim
151
132
19C
1
124A Set Bolt
151 Retainer Ring
30
103
1
176
2
1each
102 Gear Unit
175 Retainer Grand
175
1
1set
103 Bottom Stem
132 Set Bolt
1
67
2
92
144
85A
1set
1each
1set
34
36A
60A
124A
1
1set
33A Cap Nut
7
3
Quantity
1 Body
2
1set
2
Construction
■Class 150/300/600 Meatl Seated
Trunnion Ball Design Valve (Trim 6H)
No
Name of Parts
1
2 Body Cap
1
3 Stem
1
4 Ball
1
7 Gland
1
8 Gland Packing
14 Set Pin
19A/B/C Gasket
102
30 Ball Seat
92
138
93
19B
60B
124B
60A
124A
140
67
1set
35A Cap Bolt
1set
35B Cover Bolt
1set
36 Gland Bolt
1set
1
1
85A
175
143
1
1set
138 Bolt
1set
143 Seat Spring
2set
144 Gland Plate
1
147 End Plate
1
2
2set
2set
146 Back-up Ring
2
176
147 End Plate
1
150 Seat Retainer
2
30
151 Retainer Ring
103
155A/B Shim
4
19C
1
137 Nut
175 Retainer Gland
1
2
1each
102 Gear Unit
124B Spring & Pin
144
1
1set
103 Bottom Stem
124A Set Bolt
85B
67
1set
34 Gland Nut
67 Stem Bearing
8
14
2
33B Cover Nut
85A/B Plug
36B
36A
1each
1set
60A/B Key
34
1
1set
33A Cap Nut
46 Flange
7
3
Quantity
1 Body
2
1set
2
147
35B
33B
143
30
176
175
19A
35A
2
33A
63
Floating Ball Valves (Threaded or soldered)
Type 600 Carbon Steel Ball Valves
Reduced port, Uni-body design, Threaded ends
Features
Standard materials
SCTK
●Choice of threaded ends:
D
・Rc threads to BS 21 (Fig. SCTK)
・NPT threads to ASME B1.20.1
(Fig. AKSCTK)
H
Parts
Materials
Body
WCB
Ball
316 or 304＊1
Stem
316 or 304＊2
Ball seat
Glass filled PTFE
Gland packing
Glass filled PTFE
Handle
Plastic covered S.S.
＊1 304 for
& larger
＊2 304 for 3/4´´ & larger
1/2´´
End-to-end dimensions: KITZ standard
L
Dimensions of SCTK
Valve Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
32
Ball Bore
4.5
6.8
9.2
12.5
16
20
24.5 L
39
44
56.5
59
71
78
83
100
H
31
36
41
44
48
54
65
72
D
60
70
85
85
100
100
125
125
Valve operator
Lever operation
T-type handle as option (3/4´´ & larger only)
Type 1500/2000 Carbon Steel Ball Valves
Regular port, Split body design, Threaded ends
Features
●API 607 firesafe type as
●NPT threaded ends to
Standard materials
AKSCTHZM
option
D
ASME B1.20.1
H
Parts
Materials
Body
WCB
Body cap
WCB
Ball
316
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE＊
Gasket
PTFE＊
Handle
Plastic covered C.S.
＊API 607 firesafe flexible graphite is optionally
available.
L
Dimensions of AKSCTHZM
Valve Size
64
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
Ball Bore
L
H
D
9.5 53
50.5 100
9.5 53
50.5 100
10
15
20
25
32
40
62
72
85
94
107
120
64
83
89
115
155
190
58.5 115
63.5 135
67.5 135
Valve operator
Lever operation with latch lock
Oval handle as option
Type 1500/2000 Carbon Steel Ball Valves
Regular port, Welded body design, Threaded ends
Features
●API 607 firesafe type as
●NPT threaded ends to
Standard materials
AKSCTHWZM
option
D
ASME B1.20.1
H
Parts
Materials
Body
WCB
Body cap
WCB
Ball
316
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE＊
Gasket
PTFE＊
Handle
Plastic covered C.S.
available.
Welded
L
Dimensions of AKSCTHWZM
Valve Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
Ball Bore
9.5 L
53
H
50.5 D
100
9.5 53
50.5 100
10
15
20
25
32
40
62
72
85
94
107
120
58.5 64
63.5 67.5 83
89
115
155
190
115
135
135
Valve operator
Class 800 and Type 3000 Carbon Steel Ball Valves
Features
●Fire test certification(800SCTK
Standard materials
800/3000 SCTK
D
only)★
・Rc threads to BS 21
(Fig. 800/3000SCTK)
(Fig. AK800/3000SCTK)
H
Note
1. Class 800 ball valves are designed to BS 5351.
2. Type 3000 ball valves are designed to KITZ
standard for servicing water, oil and gaseous
fluid under the maximum working pressure of
3000psi.
Welded
Valve Size
D
1／4
3／8
8
mm
A105
Body cap
A105
Stem
316 (Class 800)
329 (Type 3000)
Ball
316
Gland packing
PTFE
Ball seat
PTFE (Class 800)
PCTFE＊ (Type 3000)
＊Polychloro-Trifluoro-Ethylene.
Unit: mm
1／2
10
Materials
Body
L
Dimensions of 800SCTK, 3000SCTK
in.
Parts
3／4
15
11／4
1
20
25
11／2
32
2
40
50
Ball Bore
10
10
10
15
20
25
32
38
L
88
88
88
90
105
117
130
150
H
44
44
44
54
57
64
69
80
Class 800 100
100
100
115
115
135
135
150
Type 3000 100
100
100
115
115
160
160
230
Valve operator
Lever operation
Option
★Flexible graphite packing and gasket.
65
Class 800 and Type 3000 Carbon Steel Ball Valves
Regular port, Split body design, Socket welding ends
Features
●Socket welding ends
Standard materials
AW800/3000 SCTK
D
to
ASME B16.11
H
Note
1. Class 800 ball valves are designed to BS 5351.
2. Type 3000 ball valves are designed to KITZ
standard for servicing water, oil and gaseous
fluid under the maximum working pressure of
3000psi.
Welded
Welded
Parts
Materials
Body
A105
Body cap
A105
Stem
316 (Class 800)
329 (Type 3000)
Ball
316
Gland packing
Flexible graphite
Ball seat
PTFE (Class 800)
PCTFE＊ (Type 3000)
＊Polychloro-Trifluoro-Ethylene.
L
Dimensions of AW800SCTK, AW300SCTK
Valve Size
D
Unit: mm
in.
1／4
3／8
1／2
3／4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
Ball Bore
10
10
10
15
20
25
32
38
L
170
170
170
176
196
210
226
262
H
44
44
44
54
57
65
70
81
Class 800 100
100
100
115
115
135
135
150
Type 3000 100
100
100
115
115
160
160
230
Valve operator
Lever operation
Full port, Three-piece body design, Threaded or socket welding ends
Features
●Swing-away body for
Standard materials
SC3TZF
maintenance
D
ease
・Rc threads to BS 21 (Fig. SC3TZF)
(Fig. AKSC3TZF)
・Socket welding ends to BS 5351
(Fig. SWSC3TZF)
・Socket welding ends to
ASME B16.11 (Fig. AWSC3TZF)
H
Parts
Materials
Body
WCB
Body cap
WCB
Ball
CF8M/316
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
L
Dimensions of SC3TZF
Valve Size
66
Unit: mm
in.
1／4
3／8
1／2
3／4
1
11／4
11／2
mm
8
10
15
20
25
32
40
Ball Bore
10
10
14
19
24
30
38
L
63
63
71
90
103
110
127
H
48
48
60
69
82
88
104
D
120
120
130
130
150
150
180
Valve operator
Lever operation
Note
･Use SC3TZ for size 2´´.
Regular port, Three-piece body design, Threaded or socket welding ends
Features
Standard materials
SC3TZ
maintenance
D
ease
・Rc threads to BS 21 (Fig. SC3TZ)
(Fig. AKSC3TZ)
(Fig. SWSC3TZ)
ASME B16.11 (Fig. AWSC3TZ)
H
Parts
Materials
Body
WCB
Body cap
WCB
Ball
CF8M/316
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
L
Dimensions of SC3TZ
Valve Size
Unit: mm
in.
1／2
3／4
1
11／4
11／2
2
mm
15
20
25
32
40
50
Valve operator
Lever operation
Ball Bore
10
14
19
24
30
38
L
63
71
90
103
110
127
H
48
60
69
83
88
104
D
120
130
130
150
150
180
Note
･Use SC3TZF for sizes 1/4´´ & 3/8´´.
Type 600 Stainless Steel Ball Valves
Reduced port, Uni-body design, Threaded ends
Features
Standard materials
UTKM
D
・Rc threads to BS 21 (Fig. UTKM)
(Fig. AKUTKM)
H
Parts
Materials
Body
CF8M
Ball
316
Stem
316
Seat
Glass filled PTFE
Gland packing
Reinforced PTFE
Handle
L
Dimensions of UTKM
Valve Size
Unit: mm
in.
1／4
3／8
1／2
3／4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
Ball Bore
12.5 16
20
24.5 L
39
4.5 44
6.8 56.5 9.2 59
71
78
83
H
31
36
41
44
48
54
65
75
D
60
70
85
85
100
100
125
125
Valve operator
Lever operation
T-type handle as option
32
100
67
Features
Standard materials
UTHM
D
・Rc threads to BS 21 (Fig. UTHM)
(Fig. AKUTHM)
H
Parts
Materials
Body
CF8M
Body cap
CF8M
Ball
316
Stem
316 Cr plated
Seat
PTFE
Gland packing
PTFE
Handle
L
Dimensions of UTHM
Valve Size
Unit: mm
in.
1／
2
3／
4
1
11／4
11／2
2
mm
15
20
25
32
40
50
Ball Bore
10
15
20
25
32
40
L
60
70
80
95
108
124
H
49
54
64
68
79
85
D
100
100
130
130
150
150
Valve operator
Lever operation
Full port, Split body design, Threaded ends
Features
Standard materials
UTFM
D
・Rc threads to BS 21 (Fig. UTFM)
(Fig. AKUTFM)
H
Parts
Materials
Body
CF8M
Body cap
CF8M
Ball
316
Stem
316 Cr plated
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
L
Dimensions of UTFM
Valve Size
68
Unit: mm
in.
1／
2
3／
4
1
11／4
11／2
2
mm
15
20
25
32
40
50
Ball Bore
15
20
25
32
40
50
L
62
73
85
98
108
124
H
53
63
67
75
81
102
D
100
130
130
150
150
200
Valve operator
Lever operation
Type 1500/2000 Stainless Steel Ball Valves
Features
Standard materials
AKUTHZM
●API 607 firesafe type as option
●NPT threads to ASME B1.20.1
D
H
Parts
Materials
Body
CF8M
Body cap
CF8M
Ball
316
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
available.
L
Dimensions of AKUTHZM
Valve Size
Unit: mm
in.
1／4
3／8
1／2
3／4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
Ball Bore
9.5 L
53
H
50.5 D
100
9.5 53
50.5 100
10
15
20
25
32
40
62
72
85
94
107
120
58.5 64
63.5 67.5 83
89
115
155
190
115
135
135
Valve operator
Type 1500/2000 Stainless Steel Ball Valves
Features
Standard materials
AKUTHWZM
●API 607 firesafe type as option
●NPT threads to ASME B1.20.1
D
H
Parts
Materials
Body
CF8M
Body cap
CF8M
Ball
316
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
available.
Welded
L
Dimensions of AKUTHWZM
Valve Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
Ball Bore
L
H
D
9.5 53
50.5 100
9.5 53
50.5 100
10
15
20
25
32
40
62
72
85
94
107
120
64
83
89
115
155
190
58.5 115
63.5 135
67.5 135
Valve operator
69
Full port, 3-pce body design, Threaded or socket welding ends
Features
Standard materials
U3TZFM
maintenance
D
ease
・Rc threads to BS 21 (Fig. U3TZFM)
(Fig. AKU3TZFM)
(Fig. SWU3TZFM)
ASME B16.11 (Fig. AWU3TZFM)
H
Parts
Materials
Body
CF8M
Body cap
CF8M
Ball
316 or CF8M
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
L
Dimensions of U3TZFM
Valve Size
Unit: mm
in.
1／4
3／8
1／2
3／4
1
11／4
11／2
mm
8
10
15
20
25
32
40
Ball Bore
10
10
14
19
24
30
38
L
63
63
71
90
103
110
127
H
48
48
60
69
82
88
104
D
120
120
130
130
150
150
180
Valve operator
Lever operation
Note
･Use U3TZM for size 2´´.
Regular port, 3-pce body design, Threaded or socket welding ends
Features
Standard materials
U3TZM
maintenance
D
ease
・Rc threads to BS 21 (Fig. U3TZM)
(Fig. AKU3TZM)
(Fig. SWU3TZM)
ASME B16.11 (Fig. AWU3TZM)
H
Parts
Materials
Body
CF8M
Body cap
CF8M
Ball
316 or CF8M
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
L
Dimensions of U3TZM
Valve Size
70
Unit: mm
in.
1／
2
3／
4
1
11／4
11／2
2
mm
15
20
25
32
40
50
Ball Bore
10
14
19
24
30
38
L
63
71
90
103
110
127
H
48
60
69
83
88
104
D
120
130
130
150
150
180
Valve operator
Lever operation
Note
･Use U3TZFM for sizes 1/4´´ & 3/8´´.
Type 800 Stainless Steel 3-way Ball Valves
Regular port, 4-seated, Split body, Threaded ends
●L-port and T-port
●Rc threads to BS
Standard materials
UTH4LM (L-port)
UTH4TM (T-port)
21
D
H
L1
Materials
Body
CF8M
Body cap
CF8M
Ball
316 or CF8M
Stem
316
Seat
HYPATITE® PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
L
This drawing shows L-port design.
Page 100 for Allowable Port Orientation.
Dimensions of UTH4LM, UTH4TM
Valve Size
Parts
Unit: mm
in.
1／
2
3／
4
1
11／4
11／2
2
mm
15
20
25
32
40
50
Valve operator
Lever operation
Ball Bore
10
14
19
25
32
38
L
69
84
96
114
132
150
L1
34.5
42
48
57
66
75
H
63
65
75.5
79.5
95.5
101
D
130
130
230
150
150
230
10K Stainless Steel Ball Valves
Full port, Split body, Side entry design, Threaded ends
●Choice
of threaded ends:
・Rc threads to BS 21
(Fig. 10UTM)
Standard materials
10UTM
D
H
Materials
Body
CF8M
Body cap
CF8M
Ball
316
Stem
316 or CF8M
Seat
PTFE
Gland packing
PTFE
Gasket
PTFE
Handle
Wall thickness: ASME B16.34 Class 150
L
Dimensions of 10UTM
Valve Size
Parts
Unit: mm
in.
3／8
1／2
3／4
1
11／4
11／2
2
21／2
3
mm
10
15
20
25
32
40
50
65
80
Ball Bore
10
15
20
25
L
62
65
80
90
110
32
120
40
140
50
160
65
182
H
71
102
105
124
130
115
120
155
165
D
130
130
130
160
160
230
230
400
400
Valve operator
Lever operation
80
71
20K Ball Valve (Reduced Port)
D
20ST
20STL (Gas service)
Maximum Service Pressure
Code
20ST
20STL
H
Temperature
110℃ W.O.G.
140℃ W.O.G.
80℃ gas.
Parts
Body
Body cap
Stem
Ball
Gland
Gland packing
Gasket
Ball seat
★
O ring
Gland bolt
Cap bolt
Handle
★
Name plate
End threads : JIS B 0203
L
Dimensions of 20ST, 20STL
Valve Size
Materials
Pressure
2.75MPa
1.96MPa
2.4MPa
Unit: mm
in.
1／
2
3／
4
1
mm
11／4
11／2
2
15
20
25
32
40
50
L
75
80
90
105
115
130
H
106
106
107
129
133
114
D
130
130
130
160
160
230
JIS material
FCD-S
FCD-S
SUS 403
SUS 304 / SCS 13A
FCD-S
PTFE
PTFE
HYPATITE PTFE
NBR
SCM 435
S45C
FCD 400
SUS 304
for 20STL only
★
Class 400 Ball Valve (Reduced Port)
D1
STZ
W.O.G. at Room temp ......... 2.75MPa
Saturated steam .................. 0.98MPa
Materials
H
d
L1
Valve Size
L
End threads : JIS B 0203
Dimensions of STZ
in.
S1
d2
SIZE 1 & 11/4
SIZE 11/2 & 2
Unit: mm
1／
2
3／
8
1／
2
3／
4
1
11／4
11／2
2
8
10
15
20
25
32
40
L
46
51
57
65
76
86
95
H
38
38
42
49
52
57
63
68
D
80
80
100
130
130
130
130
150
mm
50
Parts
Body
Cap
Ball
Stem
Gland packing
Ball seat
Gland
Gasket
Handle nut
Handle
JIS material
FCD-S
FCD-S
★1
C3771BE
PTFE
Reinforced PTFE
★2
C3604BD
PTFE
★3
SS 400
★4
SUS 430
Ni ＋ Cr electroplated
Zinc electroplated
Zinc dicromate electoroplated
★4
Plastic covering
★1
★2
★3
115
10K IRON THREADED BALL VALVE (Full Port)
10FCT
Materials
D1
UP TO SIZE 1.1/4
H
Dimensions of 10FCT
72
Material
Cast Iron
Cast Iron
Stainless Steel
Ball
Stainless Steel
Grand packing
Gasket
Ball Seat
Cap bolt
Handle
Carbon Steel
Ductile Iron
JIS Spec.
FC200
FC200
SUS403
SCS13A or SUS304
or SUS304TP
PTFE
PTFE
PTFE
SS400
FCD400
Blowout-proof stem
Valve Size
Parts
Body
Body cap
Stem
SIZE 2.1/2 & 3
L
Unit: mm
in.
3／
8
1／
2
1／
2
1
11／4
11／2
2
21／2
3
mm
10
15
20
25
32
40
50
65
80
L
72
80
85
95
120
120
140
160
182
H
71
102
105
125
130
115
120
155
165
D
130
130
130
160
160
230
230
400
400
Items
Shell wall thickness and general valve design
KITZ Standard
Face-to-face dimensions End-to-end dimensions KITZ Standard
JIS B0203
TYPE 600 BRASS BALL VALVE (FULL PORT)
W.O.G. non-shock 4.14 MPa (600 psi), Saturated steam pressure 1.03 MPa (150 psi)
AKTAF
Materials
D
• Threaded end to ASME B1.20.1
Screwed body cap, Blowout-proof Stem
Threaded ends to ASME B1.20.1
Parts
H
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass (TEA Plating)
Ball seat
PTFE
Gland Packing
PTFE
L
Dimensions of AKTAF
Nominal Size
Approvals
(up to 2)
NSF/ANSI61-8 CSA (US/C)
UL
FM
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
L
41
42
53
60
72
82
92
H
39
39
42
51
59
64
73
105
80
D
82
82
82
100
130
130
150
150
CTAF
Materials
D
• Solder joint end to ASME B16.18
Solder joint ends to ASME B16.18
*Size 21／2 & 3
Parts
H
Material
Body
Brass/Bronze*
Body cap
Brass/Bronze*
Stem
Ball
Brass: TEA Plating (Size 3／8 to 2)
Brass: Nickel-Chrome Plating
(Size 21／2 & 3)
Ball seat
PTFE
PTFE
Gland Packing
L
Solder joint end valves should not be used in service where the
temperature of line fluid is higher than the softening point of solder.
Dimensions of CTAF
Nominal Size
Approvals
(up to 2)
NSF/ANSI61-8
UL
FM
Unit: mm
in.
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
mm
10
15
20
25
32
40
50
65
80
L
46
54
73
88
100
115
140
163
187
H
39
42
51
59
64
73
80
108
122
D
82
82
100
130
130
150
150
200
300
Maximum pressure temperature limitation: 150 psi at 300ºF
AKTFLL
• ‌Threaded end to
ASME B1.20.1
CTFLL
Screwed body cap, Blowout-proof stem.
Double O-ring stem seals
Threaded ends to NPT or solder joint ends.
Materials
D
Parts
• ‌Solder joint end
to ASME B16.18
H
Material
Body
Brass
Body cap
Brass
Stem
Ball
Ball seat
PTFE
NBR, FKM: CTFLL only
O-ring
L
Dimensions of AKTFLL, CTFLL
Nominal Size
L
(up to 2)
AKTFLL only
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
41
42
53
60
72
82
92
105
54
73
88
100
115
140
L1 (Solder)
Approvals
CSA (US/C)
Unit: mm
in.
H
35
35
39
47
55
59
67
75
D
82
82
82
100
130
130
150
150
73
D
AKTAFM
Materials
Parts
CTAFM
H
Brass
Body cap
Brass
Stem
Stainless Steel (Type 316)
Ball
Stainless Steel
(Type 316 or Gr. CF8M)
Ball seat
PTFE
(up to 2)
*AKTAFM only
UL
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
41
42
53
60
72
82
92
105
46
54
73
88
100
115
140
L
*
*
PTFE
Dimensions of AKTAFM, CTAFM
Nominal Size
Material
Body
Gland Packing
L
Approvals
Stainless steel trim
Threaded ends to NPT or solder joint ends.
L1 (Solder)
H
39
39
42
51
59
64
73
80
D
82
82
82
100
130
130
150
150
AKTAFP
Mounting pad
Materials
D
Parts
H
Mounting Pad
Up to size 2
Mounting Pad
Size 21／2
and larger
L
Material
Body
Brass/Bronze*
Body cap
Brass/Bronze*
Stem
Ball
Brass: NIckel-Chrome Plating
Ball seat
PTFE
Gland Packing
PTFE
*Size 21／2 and larger
Dimensions of AKTAFP
Nominal Size
Approvals
(up to 2)
UL
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
4
mm
8
10
15
20
25
32
40
50
65
80
100
L
41
42
53
60
72
82
92
105
135
156
192
H
39
39
42
51
59
64
73
80
108
122
140
D
82
82
82
100
130
130
150
150
200
300
300
AKTAFPM
250 WSP Steam trim, Mounting pad
Screwed body cap, Blowout-proof stem.
Materials
D
Parts
H
Mounting Pad
Up to size 2
Mounting Pad
Size 21／2
and larger
L
Material
Body
Brass/Bronze*
Body cap
Brass/Bronze*
Stem
Ball
Stainless Steel
(Type 316 or Gr. CF8M)
Ball seat
Reinforced PTFE
Gland Packing
Reinforced PTFE
Dimensions of AKTAFPM
Nominal Size
Approvals
(up to 2)
74
UL
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
4
mm
8
10
15
20
25
32
40
50
65
80
100
L
41
42
53
60
72
82
92
105
135
156
192
H
39
39
42
51
59
64
73
80
108
122
140
D
82
82
82
100
130
130
150
150
200
300
300
Drainable, Screwed body cap,
Blowout-proof Stem, Drain port
D
AKTAFD
Materials
CTAFD
Parts
H
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Ball seat
PTFE
Gland Packing
PTFE
Dimensions of AKTAFD, CTAFD
Nominal Size
Unit: mm
in.
1／
2
3／
4
1
mm
25
15
20
L
55
62
73
L1 (Solder)
54
73
88
H
42
51
59
D
82
100
130
Threaded end 3／4 Hose connection
with cap & chain, Blowout-proof stem,
Threaded/Hose connection
(ASME B1.20.1/ASME B1.20.7 3／4 11.5NHR)
AKTAFC
D
Materials
CTAFC
Parts
H
d3
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Ball seat
PTFE
Gland Packing
PTFE
Dimensions of AKTAFC, CTAFC
Nominal Size
Unit: mm
3／
4
1／
2
in.
mm
L
15
20
74
84
90
L1 (Solder)
75
H
42
51
D
82
100
3／ -11.5
4
d3
3／ -11.5
4
NHR
NHR
AKTAFO
D
Screwed body cap,
Blowout-proof Stem, Male & Female,
Materials
Parts
H
Material
Body
Brass
Body cap
Brass
Stem
Ball
Ball seat
PTFE
Gland Packing
PTFE
L
Dimensions of AKTAFO
Nominal Size
in.
Unit: mm
1／
4
3／
8
1／
2
3／
4
1
8
10
15
20
25
L
52
53
66
73
88
H
39
39
42
51
59
D
82
82
82
100
130
mm
75
AKTAFU
D
Single union, Screwed body cap,
Blowout-proof Stem,
Materials
Parts
H
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Ball seat
PTFE
Gland Packing
PTFE
Dimensions of AKTAFU
Nominal Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
126
L
52
52
63
75
88
98
113
H
39
39
42
51
59
64
73
80
D
82
82
82
100
130
130
150
150
W.O.G. non-shock 1.38 MPa (200 psi), –18ºC to + 93ºC (Not Freezing)
AKTAFS
Safety exhaust, Screwed body cap,
Blowout-proof stem, Latch lock handle
D
Materials
Parts
H
L
E
Material
Body
Brass
Body cap
Brass
Stem
Ball
Ball seat
PTFE
Gland Packing
PTFE
Dimensions of AKTAFS
Nominal Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
L
41
42
53
60
72
82
92
105
H
39
39
42
51
59
64
73
80
E
4
4
4
4
4
4
4
4
D
82
82
82
100
130
130
150
150
● Exhaust hole diameter : 4mm (all nominal size)
76
TYPE 400/600 BRASS BALL VALVE
CTH W.O.G. non-shock 4.14 MPa (600 psi), W.O.G. 150ºC non-shock 0.69 MPa (100 psi)
TH W.O.G. non-shock 2.76 MPa (400 psi), W.O.G. 150ºC non-shock 0.69 MPa (100 psi)
TH
BS21
CTH
Materials
D
Parts
to ASME B16.18
Material
Brass
Brass
Brass*
PTFE
FKM
Body
Body cap
Stem
Ball
Ball seat
O-ring
H
*Nickel-Chrome Plated
L
Dimensions of TH, CTH
Nominal Size
Screwed body cap, Blowout-proof Stem,
Threaded ends to BS21 or solder joint ends.
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
mm
8
10
15
20
25
32
40
50
65
80
L
44
45
56
63
74
82
91
104
–
–
L1 (Solder)
47
47
54
73
88
98
113
135
147
177
H
41
41
45
48
54
58
63
74
89
103
D
60
60
80
80
110
110
110
140
200
300
*TH: 1／4 to 2
TYPE 400 BRASS BALL VALVE
W.O.G. non-shock 2.76 MPa (400 psi), W.O.G. 150ºC 0.69 MPa (100 psi)
T
BS21
AKT
TT
D
Threaded ends to BS21 or NPT
D1
BS21
Materials
Parts
H
ASME B1.20.1
L
L
*Size 4 only
**Nickel-chrome plated
Dimensions of T, TT, AKT
Nominal Size
Material
Brass/Bronze*
Brass/Bronze*
Brass**
PTFE
FKM
Body
Body cap
Stem
Ball
Ball seat
O-ring
H1
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
4
mm
8
10
15
20
25
32
40
50
65
80
100
L
50
50
65
68
79
86
96
109
127
153
179
L1
45
45
45
50
55
60
65
75
91
105
124
H1
41
41
44
48
55
61
66
80
D
60
60
80
80
110
110
110
140
200
300
400
D1
65
65
80
80
90
105
105
120
*TH: 1／4 to 2
TO
D
• Threaded end to BS21
Male & Female Threaded ends to BS21
Materials
Parts
H
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
PTFE
O-ring
FKM
*Nickel-chrome plated
Dimensions of TO
Nominal Size
in.
Unit: mm
1／
4
3／
8
1／
2
3／
4
1
8
10
15
20
25
L
59
60
74
80
94
H
45
45
45
50
55
D
60
60
80
80
110
mm
77
TM
Bolted body and cap, Blowout-proof Stem,
Double O-ring stem seals, Threaded ends to BS21
D
Materials
Parts
H
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
PTFE
O-ring
FKM
*Chrome or Nickel-chrome plated
L
Dimensions of TM
Nominal Size
Unit: mm
in.
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
mm
10
15
20
25
32
40
50
65
80
L
56
60
68
80
86
101
117
136
160
H
45
45
49
55
60
65
75
91
105
D
60
80
80
110
110
110
140
200
300
TK
BS21
AKTK
TKT
D
BS21
One-piece body, Blowout-proof Stem,
Materials
D1
Parts
H
H1
ASME B1.20.1
• AKTK 1/4 to 2
L
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
G/F PTFE
Grand packing
G/F PTFE
Dimensions of TK, TKT, AKTK
Nominal Size
Unit: mm
in.
1／
8
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
6
8
10
15
20
25
32
40
50
L
32
39
44
56.5
59
71
78
83
H
31
31
36
41
44
48
54
65
100
72
H1
23
23
27
31
34
42
48
53
60
D
60
60
70
85
85
100
100
125
125
D1
35
35
40
60
60
76
76
100
100
TKW
One-piece body, Blowout-proof Stem, with
Wing handle
Threaded ends to BS21
Materials
D
Parts
H
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
G/F PTFE
Grand packing
G/F PTFE
Dimensions of TKW
Nominal Size
78
in.
Unit: mm
1／
8
1／
4
3／
8
1／
2
3／
4
1
6
8
10
15
20
25
L
32
39
44
56.5
59
71
H
25
25
29
35
39
41
D
35
35
40
55
55
69
mm
TF
D
Materials
Parts
H
Material
Body
Brass/Bronze*
Body cap
Brass/Bronze*
Stem
Ball
Brass**
Ball seat
PTFE
O-ring
FKM
*Size 2 only
L
Dimensions of TF
Nominal Size
Unit: mm
in.
1／
2
3／
4
1
11／4
mm
11／2
2
15
20
25
32
L
62
73
85
98
40
50
108
124
H
48
54
58
64
75
84
D
80
110
110
110
140
150
TFJ
Locking device, Screwed body cap,
Blowout-proof Stem, Double O-ring stem seals
D
Materials
Parts
H
Material
Body
Brass/Bronze*
Body cap
Brass/Bronze*
Stem
Ball
Brass**
Ball seat
PTFE
O-ring
FKM
*Size 2 only
L
Dimensions of TFJ
Nominal Size
Unit: mm
in.
1／
2
3／
4
1
11／4
mm
11／2
15
20
25
32
L
62
73
85
98
H
53
58
67
72
90
D
65
65
90
90
110
2
40
50
108
124
98.5
110
TYPE 400 BRONZE BALL VALVE
TL, CTL W.O.G. non-shock 2.76 MPa (400 psi), W.O.G. 150ºC 0.69 MPa (100 psi),
TLT W.O.G. non-shock 2.76 MPa (400 psi), W.O.G. 80ºC 1.96 MPa (286 psi)
TL
Materials
D1
D
CTL
Threaded ends to BS21 or solder joint ends
Parts
• ‌Threaded end to • ‌Solder joint end
BS21
to ASME B16.18
H
H1
Bronze
Body cap
Bronze
Stem
Ball
Ball seat
PTFE
FKM
O-ring
L
Unit: mm
L
Dimensions of TL, CTL, TLT
in.
1／
2
3／
4
1
11／4
11／2
2
mm
15
20
25
32
40
50
L
56
65
78
86
96
109
L1 (Solder)
58
73
88
99
114
135
H
75
79
83
98
102
109
H1
79
83
90
105
109
124
D
80
80
110
110
110
140
D1
82
82
94
94
94
120
Nominal Size
TLT
• ‌Threaded end
to BS21
Material
Body
79
TYPE 400 BRONZE BALL VALVE
TLTU
Single union, Screwed body and cap,
Blowout-proof stem, Double O-ring stem seals,
Threaded ends to BS21 or solder joint ends
D
Materials
Body
Bronze
Body cap
Bronze
Stem
CTLTU
Parts
H
Material
Ball
Ball seat
PTFE
O-ring
FKM
L
Dimensions of TLTU, CTLTU
Nominal Size
in.
1／
2
mm
15
Unit: mm
3／
4
1
20
25
L
90.5
103.5
119
L1 (Solder)
89.5
107.5
124
H
79
83
90
D
82
82
94
AK3TM
Three piece body with Mounting pad
Threaded end to ASME B1.20.1
Solder jointed to ASME B16.18
D
Materials
*Size 21／2 only
Parts
C3TM*
H
*C3TM 3/8 to 21/2
Material
Body
Brass/Bronze*
Body cap
Brass
Stem
Ball
Brass (chrome free plated)
Ball seat
PTFE
PTFE
Grand packing
L
Dimensions of AK3TM, C3TM
in.
Nominal Size
3／
8
1／
2
3／
4
1
11／4
(up to 2)
21／2
2
8
10
15
20
25
32
40
50
65
49
61
70
83
99
117
139
167
49
61
73
88
99
117
139
167
H
39
39
48
55
63
69
78
85
108
D
82
82
82
100
130
130
150
150
200
L1 (Solder)
NSF/ANSI61-8
11／2
49
mm
L
Approvals
Unit: mm
1／
4
ZO
Male & Female Threaded ends to BS21
D
Materials
Parts
H
Material
Body
Brass
Body cap
Brass
Stem
Brass: Nickel plated
Ball
Brass*
Ball seat
PTFE
O-ring
FKM
L
Dimensions of ZO
Nominal Size
80
in.
Unit: mm
1／
4
3／
8
1／
2
3／
4
1
8
10
15
20
25
L
59
60
74
80
94
H
37
37
40
44
50
D
70
70
80
80
110
mm
W.O.G. non-shock 2.76 MPa (400 psi), W.O.G. 150ºC 0.69 MPa (100 psi), Saturated steam pressure 0.98 MPa (142 psi)
ZS
D
Materials
Parts
H
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
PTFE
Grand packing
G/F PTFE
Dimensions of ZS
Nominal Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
99
L
42
43
51
59
71
78
88
H
44
44
45
49
63
67
71
76
D
72
72
87
87
116
116
117
117
ZET
D
Materials
Parts
H
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
PTFE
O-ring
FKM
L
Dimensions of ZET
Nominal Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
L
42
42
52
60
72
84
92
H
35
35
41
45
54
59
75
110
82
D
55
55
70
70
100
100
130
130
W.O.G. non-shock 4.14 MPa (600 psi)*, W.O.G. 150ºC 1.03 MPa (150 psi)
AKSZA
D
Bolted body and cap, Blowout-proof Stem, Double O-ring stem seals,
Threaded ends to ASME B1.20.1 or solder joint ends.
*Size 4 : W.O.G. non-shock 2.76MPa (400psi), W.O.G. 150℃ 0.69MPa (100psi)
• Threaded end to ASME B1. 20. 1
Materials
CSZA
*Size 4 only
Parts
• Solder joint to ASMB 16.18
H
Material
Body
Brass/Bronze*
Body cap
Brass/Bronze*
Stem
Ball
Brass: chrome free plated (Size 1／4 to 3)
Brass: Nickel-chrome plated (Size 4)
Ball seat
PTFE
FKM
O-ring
L
Dimensions of AKSZA, CSZA
Nominal Size
Approvals
(up to 2)
*
L
**
NSF/ANSI 61-8 CSA (US/C)
UL
*AKSZA: Size 1／4 to 3, **AKSZA only
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
4
mm
8
10
15
20
25
32
40
50
65
80
100
42
42
53
60
72
84
92
110
138
167
193
46
54
73
88
100
115
140
164
187
L1 (Solder)
FM
Unit: mm
in.
H
37
37
40
43
50
55
65
72
100
112
131
D
70
70
80
80
110
110
150
150
200
300
300
81
SZA
Double O-ring stem seals,
D
Materials
Parts
H
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
PTFE
O-ring
FKM
L
Dimensions of SZA
Nominal Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
L
42
42
53
60
72
84
92
H
37
37
40
43
50
55
65
110
72
D
70
70
80
80
110
110
150
150
AKSZAW
Double O-ring stem seals,
Threaded ends to ASME B1.20.1 or
solder joint ends.
D
• Threaded end to ASME B1. 20. 1
Materials
• Solder joint to ASME B16.18
Body
Brass
Body cap
Brass
Stem
CSZAW
Parts
H
Material
Ball
Brass: Chrome free plated
Ball seat
PTFE
O-ring
FKM
L
Dimensions of AKSZAW, CSZAW
Nominal Size
(up to 2)
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
mm
8
10
15
20
25
32
40
50
42
42
53
60
72
84
92
110
46
54
73
88
100
115
140
L
*
Approvals
L1 (Solder)
UL
FM
*AKSZAW only
Unit: mm
in.
H
35
35
41
45
54
59
75
82
D
55
55
70
70
100
100
130
130
TYPE 400 3-WAY BRASS BALL VALVE
TN
BS21
AKTN
Screwed body cap, 2-seat, L-port design,
Blowout-proof Stem, Double O-ring stem seals*
Threaded ends to BS21 or NPT, or solder joint ends.
CTN
D
to ASME B16.18
• CTN1/2 to 2
Materials
ASME B1.20.1
H
L1
Body
Brass/Bronze*
Body cap
Brass
Stem
Ball
Brass**
Ball seat
PTFE
O-ring
FKM
Unit: mm
Dimensions of TN, CTN, AKTN
Nominal Size
Material
**Chrome or Nickel-chrome plated
L
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
mm
8
10
15
20
25
32
40
50
65
80
100
115
138
166
L
40
46
67
68
79
89
L1 (Solder)
20
23
33.5
34
39.5
44.5
50
57.5
69
83
H
30
35
45
48
55
60
65
75
91
105
D
60
70
80
80
110
110
110
140
200
300
Page loo for Allowable Port Orientation.
82
*Size 21／2 and 3
Parts
TYPE 400 3-WAY BRONZE BALL VALVE
T4T
Screwed body cap, 4-seat, L or T-port design,
D
Materials
Body
Bronze
Body cap
Brass
Stem
AKT4T
Parts
H
T4L
L1
L
Ball
Brass*
Ball seat
PTFE
O-ring
FKM
Dimensions of T4T, AKT4T, T4L
Nominal Size
Material
in.
1／
2
3／
4
mm
Unit: mm
11／4
1
11／2
15
20
L
70
85
L1
35
42.5
50
57.5
65
H
52
56
63
68
94.5
D
130
130
150
150
2
25
32
40
50
100
115
130
150
75
102
230
230
TYPE 400 3-WAY BRONZE BALL VALVE, with MOUNTING PAD
AKTNP
Screwed body cap, 2-seat, L-port design,
D
Materials
CTNP
Parts
H
L1
L
Nominal Size
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
PTFE
O-ring
FKM
Mounting Pad
Dimensions of AKTNP, CTNP
Material
Body
in.
1／
2
3／
4
1
11／4
mm
Unit: mm
11／2
2
15
20
25
32
L
67
68
79
89
40
50
100
115
L1
33.5
34
40
44.5
50
H
45
48
55
60
65
75
D
80
80
110
110
130
140
57.5
BRASS BALL VALVE, DESIGNED FOR GAS SERVICE
Gas service 40ºC 0.98 MPa (142 psi)
TG
Screwed body cap,
D
Materials
Parts
H
L
Material
Body
Brass
Body cap
Brass
Stem
Ball
Brass*
Ball seat
PTFE
O-ring
NBR
Dimensions of TG
Nominal Size
Unit: mm
in.
1／
4
3／
8
1／
2
3／
4
1
11／4
11／2
2
21／2
3
mm
8
10
15
20
25
32
40
50
65
80
L
50
50
65
68
79
86
96
109
127
153
H
45
45
45
50
55
60
65
75
91
105
D
60
60
80
80
110
110
110
140
200
300
83
Technical Information
KITZ Ball Seat Materials
Technical Data
Dimension of Actuator Mounting Pads
Pressure-Temperature Ratings
Allowable Port Orientation
General Precautions
Flow Characteristics
Steel Pipe Flanges
■KITZ Ball Seat Materials
The following seat materials are available.
Material
Features
Maximum Service Temperature
Virgin PTFE
High chemical resistance and operation
efficiency
HYPATITE® PTFE
Monomer permeability is lower and
resistance against compression and
creeping is higher than other PTFE materials
260℃ /270℃＊1
Carbon filled PTFE
Excellent heat and abrasion resistance
260℃ /270℃＊1
＊FILLTITE®
Highest heat resistance among PTFE
based materials
300℃＊2
Graphite
Excellent for high temperature service
500℃
Metal
Excellent for high temperature and
abrasive service
500℃
PEEK
Higher heat resistance and mechanical
strength
270℃
Glass fiber filled PTFE with MoS2
Higher abrasion resistance and operation
efficiency
230℃
Nylon with MoS2
Higher mechanical strength
140℃
200℃
＊：FILLTITE® is a specially reinforced ball seat, made by using more carbon based fillers into PTFE than conventional carbon filled PTFE, which
greatly improves heat and abrasion resistance. The material shows excellent operability, durability, chemical resistance and sealing performance
at a high temperature of 300℃ . In addition, the ball seat is replaceable with the most of our conventional ball seats, so it also has the cost
advantage.
＊1 270℃ : SCTDZ/UTDZM Series only.
＊2 Uni-body design: 260℃
HYPATITE® PTFE Ball Seats
KITZ ball valves are furnished, as the manufacturer’s standard, with HYPATITE®
PTFE ball seats made of denatured PTFE, a molecularly reinforced PTFE
copolymer, and specially engineered for high performance which include:
groove
notch
notch
■ Wide service temperature range of －29゜
C (－20゜
F) through 270゜
C (518゜
F)
SCTDZ/UTDZM Series, 260゜
C (500゜
F) UTB and SCTA/UTAM Series.
This is for standard valve design and materials used for medium to high temperature
services. The lower temper-ature range can be extended down to －196゜
C (－321゜
F) by
means of extended bonnet design and special low temperature service materials.
■ High chemical resistance is comparable to virgin PTFE.
■ Monomer permeability is lower than other PTFE materials.
■ Resistance against compression and creeping (cold flow) is higher than other PTFE
materials to guarantee long life cycle.
■ Specific gravity and friction coefficient are equal to those of virgin PTFE for smooth valve
operation.
■ Purity of processed products is guaranteed as highly as virgin PTFE.
■ Resiliency is as high as other PTFE materials for bubble-tight sealing performance.
Front
Rear
A typical HYPATITE® PTFE seat used for 4" KITZ 150SCTDZ ball valves.
FILLTITE® Ball Seats
Highest heat resistance amond PTFE based materials.
■ Service temperature range: －29℃ to 300℃
■ Trim symbol: 1H
85
■Technical Data
1. Choice of trim for heated abrasive service
6. Metal seated ball valves (Trim 5H/6H)
Metal seated ball valves are guaranteed for a maximum service
temperature of 300°C(572˚F) (Trim symbol 5H) and 500°C(932˚F)
(Trim symbol 6H*). For hard graphite seated ball valves, a maximum
service temperature of 500°C(932˚F) is also guaranteed (Trim symbol
3H). Heat resistant sealing and trim materials qualify these valves for
heated abrasive service which cannot be properly handled by
conventional soft seated ball valves due to the limited heat resistant
characteristics and mechanical properties of their soft seats.
"FILLTITE® is a specially reinforced ball seat, made by using more
carbon based fillers into PTFE than conventional carbon filled PTFE,
which greatly improves heat and abrasion resistance. The material
shows excellent operability, durability, chemical resistance and sealing
performance at a high temperature of 300°C. In addition, the ball seat is
replaceable with the most of our conventional ball seats, so it also has
the cost advantage.
Rigid construction with full metallic contact
between the ball and seats, and high durability
of trim materials make KITZ metal seated ball
valves ideally suited to highly abrasive
services handling slurries and other viscous
fluids.
● Trim materials (Floating)
Valve Design
Trim symbol
Temp.
Seat leakage*1
Ball
Parts
Ball Seat
* Temperature is limited to 450°C(842°F) for trunnion mounted ball vavles with trim 6H"
Stem
2. Unconditional firesafe provision
While metal or hard graphite seats are extremely heat resistant, other
sealing components such as gland packing and flange gaskets are
made of flexible graphite, another heat resistant material, so that no part
of the valve will be affected by extraordinarily heated environments.
Also the provision of an anti-static device is not required because of
inter-component electric conductivity.
Trunnion Mounting
Ball Valve
6H
6H
500°C
450°C
932°F
842°F
ANSI FCI 70-2 Class Ⅵ
ASTM A276 Type 316 ASTM A276 Type 316 ASTM A276 Type 304
or A351 Gr.CF8M
or ASTM A351 CF8M
+ SFNi *2
+ SFNi *2
+ Cr plated
ASTM A276 Type 316 ASTM A276 Type 316 ASTM A276 Type304
+ SFNi *2
+ SFNi *2
+ SFNi *2
ASTM A276 Type304
A 564 Type 630
A 564 Type 630
+ SFNi *2
Floating Ball Valve
5H
300°C
572°F
*1 Maximum allowable seat leakage *2 Ni-Cr alloy thermal spraying
● Durable metal seat design and material also provides fully guaranteed
throttling service performance, which makes KITZ metal seated ball
valves function as a reliable control valve.
● Bi-directional flow.
Caution:
● Use a gear operator or valve actuator to fix the valve position when used for throttling service.
3. Maintenance ease
Split body construction of the valve body provides the convenience of
easy maintenance, a critical requirement for handling slurries and other
viscous fluids.
4. Valve automation
Quarter-turn valve drive mechanism makes mounting of valve automation
measures such as electric and pneumatic actuators technically easier. KITZ
floating ball valves employ integral actuator mounting pads, complying with
ISO 5211 and CAPI, for easy, safe and assured on-the-spot actuator
mounting without disassembly of valve glands.
5. High flow efficiency
Full port design provides maximized and linearized flow characteristic
with minimal pressure loss as the line flow travels through the valve
bore. This is a necessary design requirement particularly for trouble-free
service of slurries and other viscous fluids.
7. Hard graphite seated ball valves (Trim 3H)
● Bi-directional flow.
● Recommended for low abrasion service.
Valve Design
Floating Ball Valve
Trim symbol
3H
500°C
932°F
ANSI FCI 70-2 Class Ⅵ
ASTM A276
Type 304*1 or A351 Gr.CF8*2
Cabon + JIS SUS329J1*3
ASTM A276 Type 304*4
Temp.
Seat leakage*1
Parts
Ball
Ball Seat
Stem
*1 Maximum allowable seat leakage *2 Shell material CF8M; Ball Type 316 or CF8M
*3 Equivalent to AISI Type 329
*4 Shell material CF8M; Stem Type 316
Caution:
● Not recommended for throttling service.
● Not recommended for high abrasion service.
● Maximum working temperature for oxidizing service, such as high temperature air, is 450˚C (842˚F).
8. FILLTITE® seated ball valves (Trim1H)
● Highest heat resistance amond PTFE based materials.
Valve Design
Trim symbol
Temp.
Ball
Parts
Ball Seat
Stem
Trunnion Mounting
Ball Valve
1H
300°C
572°F
ASTM A276
Type 304*1 or A351 Gr.CF8*1
FILLTITE® PTFE
Floating
Ball Valve
*1 Shell material CF8M; Ball Type 316 or CF8M
*2 Shell material CF8M; Stem Type 316
86
■Dimension of Actuator Mounting Pads
Integral Actuator Mounting Pads
KITZ 150/300 SCTDZ/UTDZM series and 150/300 SCTA/UTAM series ball valves are
furnished with an integral actuator mounting pad designed and factory-drilled according to
ISO 5211 specification. This easily and uniformly enable mouthing of any actuators provided
with ISO 5211 valve mounting flanges. Mounting pad and stem head dimension also
conforms to CAPI ADDS 2.02.
Actuator
mounting pad
Actuator
mounting pad
Note: Customers are requested to prepare mounting brackets and connectors for the actuators chosen
for their valve automation. Actuators can be mounted on KITZ ball valves without disassembly of
valve glands.
Split body design
Uni-body design
Dimensions of ISO 5211 Actuator Mounting Pad
for Class 150 / 300 Full Port, Split Body, Side Entry Design Ball Valves
φE
φ
B
G
A
K
F
T
4-d
L
Dimensions
Class
Nominal
size
(in.)
1/2
3/4
150
300
1
11/4
11/2
2
21/2
3
4
5
6
8
10
1/2
3/4
1
11/2
2
21/2
3
4
6
8
-0.05
-0.10
A
9
9
14
14
17
17
22
22
27
27
36
46
46
9
9
14
17
17
22
22
27
36
46
＊KITZ product codes:
(4) 300SCTDZ
(1) 150UTDZ (5) 150UTDZXL
(2) 150SCTDZ
(6) 300UTDZXL
(3) 300UTDZ -0.1
-0.2
φB
12
12
18
18
22
22
28
28
36
36
48
60
60
12
12
18
22
22
28
28
36
48
60
-0.1
-0.2
φE
25
25
35
35
55
55
70
70
85
85
100
130
130
25
25
35
55
55
70
70
85
100
130
±0.2
φF
G
K
L
36
36
50
50
70
70
102
102
125
125
140
165
165
36
36
50
70
70
102
102
125
140
165
9
9
14
14
17
17
22
22
27
27
36
46
46
9
9
14
17
17
22
22
27
36
46
22
22
30
30
34
34
45
45
52
52
63
79
79
22
22
30
34
34
45
45
52
63
79
108
117
127
140
165
178
190
203
229
356
394
457
533
140
152
165
190
216
241
283
305
403
502
d
M thread
M5
M5
M6
M6
M8
M8
M10
M10
M12
M12
M16
M20
M20
M5
M5
M6
M8
M8
M10
M10
M12
M16
M20
T
1
1
1.5
1.5
1.5
1.5
2
2
2
2
2
2
2
1
1
1.5
1.5
1.5
2
2
2
2
2
Unit: mm
ISO 5211
Flange
Type
F03
F03
F05
F05
F07
F07
F10
F10
F12
F12
F14
F16
F16
F03
F03
F05
F07
F07
F10
F10
F12
F14
F16
Note: Dimension of stem head are in accordance with CAPI ADDS 2.02,
but the maximum specified dimension in CAPI ADDS 2.02 is “F14”.
For NPS 8 and 10, mounting pads are F16/ISO 5211.
87
■Dimension of Actuator Mounting Pads
Dimensions of ISO 5211 Actuator Mounting Pad
for Class 150 / 300 Regular Port, Uni-body, End Entry Design Ball Valves
φF
φF
φF
T1
T2
φB
T1
T1
A
T2
T2
4-d
VIEW X
4-d
4-d
φB
VIEW X
VIEW X
A
φB
X
X
φE1
φE
A
φE1
X
φE1
φE
φE
K
G
T
G
K
G
K
T
T
M1
H
H
H
L1
L1
L1
L
L
for 1/2´´ to 1´´
L
for 11/2´´ only
for 2´´ to 10´´
Dimensions
Unit: mm
Class
Nominal
size
(in.)
－0.02
－0.06
A
－0.1
－0.2
φB
1/2
7＊
10
25
48
36
7.2
18.5
16
108
48
M5
1/4-20
150
3/4
7＊
10
25
48
36
7.2
21
16
117
48
M5
1/4-20
9
12
25
55
36
10
27
21.5
127
55
M5
11/2
14
18
35
65
50
14
48
32
165
58
2
17
22
55
90
70
17
59
34
178
3
22
28
70
125
102
22
102
45
4
22
28
70
125
102
22
118
45
6
27
36
85
150
125
27
136.5
8
36
48
100
175
140
36
10
46
60
130
210
165
1/2
7＊
10
25
48
3/4
7＊
10
25
48
1
150
300
φE1
±0.2
φF
G
H
K
L
L1
M1
T
T1
T2
ISO 5211
flange type
UNC
6
1.5
11.5
17
F03
UNC
6
1.5
11.5
24
F03
1/4-20
UNC
6
1.5
14
30.5
F03
M6
1/4-20
UNC
－
2
9.5
44
F05
70
M8
5/16-18
UNC
－
2
6
54
F07
203
75
M10
3/8-16
UNC
－
2
8
76.5
F10
229
85
M10
3/8-16
UNC
－
2
13
13
F10
50
267
120
M12
1/2-13
UNC
－
2
16.5
－
F12
166
63
292
131
M16
5/8-11
UNC
－
2
12
－
F14
46
202
78
330
164
M20
3/4-10
UNC
－
2
27
－
F16
36
7.2
18.5
16
140
52
M5
1/4-20
UNC
6
1.5
12
21.5
F03
36
7.2
21
16
152
57
M5
1/4-20
UNC
6
1.5
14
27
F03
UNC thread★
9
12
25
55
36
10
27
21.5
165
62
M5
1/4-20
UNC
6
1.5
14
31.5
F03
14
18
35
65
50
14
48
32
190
65
M6
1/4-20
UNC
－
2
9
44
F05
2
17
22
55
90
70
17
59
34
216
90
M8
5/16-18
UNC
－
2
19.5
17.5
F07
3
22
28
70
125
102
22
102
45
283
98
M10
3/8-16
UNC
－
2
21.5
27.5
F10
4
22
28
70
125
102
22
118
45
305
100
M10
3/8-16
UNC
－
2
20.5
39.5
F10
6
27
36
85
150
125
27
136.5
50
403
138
M12
1/2-13
UNC
－
2
23.5
33
F12
8
36
48
100
175
140
36
166
63
419
158
M16
5/8-11
UNC
－
2
26
43
F14
10
46
60
130
210
165
46
202
78
457
189
M20
3/4-10
UNC
－
2
33.5
28
F16
＊These dimensions are specified as F03S by CAPI.
KITZ product codes:
150SCTA
150UTAM
300SCTA
300UTAM
88
d
M thread
11/2
1
300
－0.1
－0.2
φE
★UNC threads optionally available.
■Pressure-Temperature Ratings
shock fluid service here, based on our past experiences both in
the field and in our laboratory.
In case of extraordinary service conditions as mentioned below,
contact KITZ Corporation or its distributors for technical advice:
The pressure-temperature ratings of ball valves are determined,
not only by valve shell materials, but more essentially by sealing
materials, used for ball seats, gland packing and gaskets.
Sealing materials may be high molecule, or rubber, but the
choice is limited by the characteristics of the service fluid,
working temperatures, working pressures, velocity of fluid, and
operational frequency of valves.
As it is very difficult to predetermine the exact pressuretemperature rating for all kinds of fluid under all imaginable
conditions, we have prepared general rating charts for non-
1. Valves shall be left fully closed for a long period of time under
high temperature or high differential pressure.
2. Valves shall be frequently operated under high temperature or
high differential pressure.
3. Frequent change of line pressure or temperature.
HYPATITE® PTFE is the standard seat material for KITZ ball valves. Specify virgin PTFE or carbon-filled PTFE when required. The body ratings shown
here are for ASTM A216 Gr. WCB and A351 Gr. CF8M. For the pressure ratings of other valve shell materials, refer to the latest edition of ASME B16.34.
FILLTITE® is a specially reinforced ball seat, made by using carbon based fillers into PTFE at higher rate than conventional carbon filled PTFE, which
greatly improves heat and abrasion resistance. The material shows excellent operability, durability, chemical resistance and sealing performance at a high
temperature of 300℃ . In addition, the ball seat is replaceable with the most of our conventional ball seats, so it also has the cost advantage.
Class 150/300/600/SCTCS/SCTCRS/UTCS/UTCRS
MPa
U-3
600
10.21
9.81
U-2
psi
U-1
1500
L1
Pressure
1200
81
75.6
L2
7.35
L3
S-2
Ball Seat Rating
S-1
S-3
67.7
900
300
5.11
4.90
52.1
43.1 600
4.90
0
−55
−50
S-4
150
2.45
1.96
25.4
L4
−20
−30−29
−35
−50
0
0
38 50
50
300
25.7
100
80
150
100 120
200
150 170
250
300
200
350
230 250 270（℃）
260
400
450
0
500 （°
F）
Temperature
Class 900/1500SCTCS/SCTCRS/UTCS/UTCRS
MPa
1500
25.55
25.40
U-3
U-2
U-1
psi
3500
L1
216.6
3000
19.61
S-5
Pressure
L2
S-1
900
15.31
14.71
10.79
9.81
0
−55
−50
S-2
81
75.6
67.7
0
U-1 : (1)FKM(Standard for stainless steel valves)
(2)Low-temperature FKM
U-2 : (1)EPDM
U-3 : (1)NBR(Standard for carbon steel valves)
(2)Low-temperature NBR
O-ring Lower Limits
1500
L-1 : (1)FKM(Standard for stainless steel valves)
L-2 : (1)EPDM
(2)NBR(Standard for carbon steel valves)
L-3 : Low-temperature FKM
L-4 : Low-temperature NBR
500
S-4
−50
O-ring Upper Limits
2000
1000
S-3
L4
−20
−30−29
−35
Modfied PEEK* : Lower temperature limit is
-30℃(-22 °F).
Special care should be taken
to select Modified PEEK based on
chemical compatibility with
the service.
Contact KITZ Corporation for
application engineering details.
Modfied PEEK is available for
12 and smaller valves.
* Poly Ether Ether Ketone.
153.2
L3
4.90
2500
S-1 : Modfied PEEK*
S-2 : Carbon-filled PTFE
S-3 : (1)KITZ HYPATITE®
(2)Glass-filled PTFE
(3)Glass-filled PTFE with MoS2
(Standard for Class 150,300,&600)
S-4 : Virgin PTFE
S-5 : Reinforced Nylon
(Standard for Class 900&1500)
0
38 50
50
100
70 80
150
100 120
200
250
150 170
300
350
200
400
230 250 270（℃）
260
450
0
500 （°
F）
Temperature
Body ratings shown above are for ASTM A216 Gr.WCB.For ratings of other valve shell materials,refer to the latest edition of ASME B16.34
89
150/300UTDZM/SCTDZ: 1／2˝, 3／4˝
150/300UTDZM/SCTDZ: 1˝∼2 1／2˝
psi
1160
MPa
8
Seat: A : Virgin PTFE
B : HYPETITE® PTFE
C : FILLTITE®
7
6.9
6.2
6.1
6
Class 300
4
Class 30
5
WCB body
rating
600
0 CF8M bo
dy rating
3
A
B
Class 150
2
Class 150
WCB body
CF8M body
1
−29
0
−20
50
100
250 270
200
300
Temperature
400
500
Class 150
Class 150
0
0
300 （°
C）
−29
0
50
−20
F）
572 （°
rating
600
dy rating
A
B
WCB body
CF8M body
100
400
C
rating
rating
100
200
150
200
250 270
200
300
400
Temperature
500
0
300 （°
C）
F）
572 （°
150/300UTDZM/SCTDZ: 5˝, 6˝
psi
1160
B : HYPETITE® PTFE
C : FILLTITE®
7
psi
1160
MPa
8
B : HYPETITE® PTFE
C : FILLTITE®
7
1000
6
1000
6
800
5.2
Class 300
4
Class 30
5
WCB body
rating
600
0 CF8M bo
3
Class 150
2
A
B
WCB body
Class 150
−29
0
CF8M body
−20
50
400
C
150
200
300
Temperature
400
250 270
500
300 （°
C）
F）
572 （°
psi
1160
MPa
8
B : HYPETITE® PTFE
C : FILLTITE®
7
1000
6
800
5
Class 300
4
Class 300
A
B
Class 150
2
Class 150
CF8M body
1
−29
−20
0
50
100
WCB body
rating
100
200
600
CF8M bo
dy rating
400
C
WCB body
Class 30
3
A
rating
200
rating
150
300
Temperature
200
400
250 270
500
0
300 （°
C）
F）
572 （°
rating
600
B
dy rating
400
C
Class 150 WC
B body rating
Class 150 CF
0
WCB body
0 CF8M bo
8M body rat
1
150/300UTDZM/SCTDZ: 8˝, 10˝
3
4
200
rating
200
Class 300
2
100
100
dy rating
rating
1
800
5.2
Pressure
5
Pressure
WCB body
0 CF8M bo
1
MPa
8
Pressure
Class 30
200
rating
150/300UTDZM/SCTDZ: 3˝, 4˝
90
4
2
150
200
Class 300
3
400
C
rating
100
800
5.3
Pressure
Pressure
5
0
1000
6.2
800
0
B : HYPETITE® PTFE
C : FILLTITE®
7
1000
6
0
psi
1160
MPa
8
−29
−20
0
50
100
100
200
200
ing
150
300
Temperature
200
400
250 270
500
0
300 （°
C）
F）
572 （°
seated floating ball valves: Trim 1H: 1˝∼2 1／2˝
MPa 7
5
Pressure
Class
300 W
4
dy rati
n
Class15
0 CF8 bo
1
0
−29 0
−20 32
50
122
rating
Class15
0 WCB
dy ratin
100
152
g
150
302
200
392
250
482
300
572
6
725
5
435
（300°C,1.0MPa）
（572°F,145psig）
2
870
580
g
CF8 body
3
1015 psig
（175°C,5.2MPa）
（347°F,754psig）
350
662
4
450
842
3
145
1
0
0
−29 0
−20 32
°C
°F
MPa 7
（100°C,5.2MPa）
（212°F,754psig）
5
0 WCB
Class300
3
0 CF8 bo
2
0 CF8 bo
1
0
−29 0
−20 32
50
122
100
152
ting
CF8 body
g
200
392
250
482
300
572
870
6
725
5
580
rating
Class15
0 WCB
dy ratin
150
302
435
350
662
290
body ra
ting
400
752
290
145
body ra
ting
0
50
122
100
152
150
302
200
392
250
482
300
572
350
662
400
752
450
842
°C
°F
seated floating ball valves: Trim 1H: 8˝, 10˝
1015 psig
（125°C,4.0MPa）
（257°F,580psig）
870
725
300 W
Class300
3
1
0
0
−29 0
−20 32
CB bo
dy rati
n
CF8 body
580
g
rating
435
（300°C,1.0MPa）
（572°F,145psig）
2
145
°C
°F
450
842
Class15
0 CF8 bo
Class15
dy ratin
0 WCB
g
290
145
body ra
ting
0
50
122
100
152
150
302
200
392
250
482
300
572
350
662
400
752
450
842
°C
°F
Temperature
graphite seated floating ball valves: Trim 3H
MPa 7
1015 psig
（200°C,5.2MPa）
（392°F,754psig）
6
（500°C,3.3MPa）
（932°F,479psig）
870
（450°C,3.6MPa）
（842°F,522psig）
5
Pressure
g
4
Temperature
● Hard
Class15
0 WCB
dy ratin
Class
body ra
（300°C,1.0MPa）
（572°F,145psig）
Class15
435
MPa 7
Pressure
Class30
Pressure
● FILLTITE®
1015 psig
4
580
g
rating
Temperature
6
dy rati
n
CF8 body
（300°C,1.0MPa）
（572°F,145psig）
Temperature
● FILLTITE®
CB bo
Class300
Class15
body ra
ting
400
752
300 W
2
290
870
725
Class
CB bo
Class300
MPa 7
1015 psig
（200°C,6.2MPa）
（392°F,899psig）
6
● FILLTITE®
Pressure
● FILLTITE®
725
Class３
００W
C
4
Class30
3
2
580
B bod
y ratin
3.3
g
0 CF8 bo
435
dy ratin
g
Note*
290
Class15
0 WCB
body ra
0 CF8 bo
ting
dy ratin
g
Class15
1
0
−29 0
−20 32
50
122
100
152
150
302
200
392
250
482
300
572
145
350
662
400
752
450
842
0
500 °C
932 °F
Temperature
Note* Maximum working temperature for oxidizing service, such as high temperature air, is 450°C(842°F).
Note: 3H Maximum working temperature for oxidizing service, such as high temperature air, is 450°C(842°F).
Note: 3H/5H/6H Serviceable temperature terminates at 300℃(572°F）for JIS 10K and at 425℃(797F°) for JIS 20K.
91
MPa
seated floating ball valves: Trim 5H: 1／2˝∼11／4˝
1015 psig
7
6
(40°C,5.2MPa)
(104°F,754psig)
5
Pressure
● Metal
Class
300 W
4
Class300
3
CB bo
ng
rating
2
Class15
0 CF8 bo
1
0
−29 0
−20 32
50
122
Class1
50 WC
dy ratin
100
152
g
150
302
200
392
250
482
B bod
300
572
y ratin
g
350
662
400
752
450
842
°C
°F
1015 psig
7
870
6
5
435
(300°C,2.16MPa)
(572°F,313psig)
seated floating ball valves: Trim 5H: 11／2˝, 2˝
725
580
dy rati
CF8 body
MPa
Pressure
● Metal
300 W
2
145
1
0
0
−29 0
−20 32
7
6
Class
300 W
Pressure
● Metal
1015 psig
4
3
Class15
0 WCB
2
0
−29 0
−20 32
50
122
dy rati
100
152
rating
Class15
100
152
150
302
200
392
250
482
300
572
350
662
725
5
200
392
400
752
(100°C,5.2MPa)
(212°F,754psig)
Pressure
5
3
Class30
(500°C,3.14MPa)
(932°F,455psig)
300 W
CB bo
dy rati
ng
0 CF8 bo
● Metal
1
dy ratin
Class15
0 WCB
Class15
0 CF8 bo
50
122
150
302
0
−29 0
−20 32
50
122
0 WCB
100
152
150
302
g
200
392
250
482
300
572
350
662
580
body ra
ting
400
752
450
842
145
0
500 °C
932 °F
Pressure MPa (psi)
Class 300 body rating
20K body rating
10K body rating
200
(392)
300
(572)
400
450
500 °C
(752) (842) (932) °F
Continuas use in long time
is not recomended.
Note: Maximum working temperature for oxidizing service, such as high temperature air, is 400°C(752°F).
92
350
662
400
752
450 °C
842 °F
0
5
5.88 (852)
Temperature
300
572
145
725
6.64
(963)
100
(212)
250
482
MPa
Class
300 W
4
CB bo
(500°C,2.16MPa)
(932°F,313psig)
dy rati
Class30
ng
0 CF8 bo
3
1
0
−29 0
−20 32
g
435
(100°C,3.63MPa)
(212°F,526psig)
2
Class15
0 CF8 bo
50
122
100
152
150
302
290
Class15
dy ratin
0 WCB
g
200
392
725
580
dy ratin
250
482
300
572
Temperature
7.84 (1137)
0
−30 0
(−22) (32)
g
870
9.81 (1423)
1.96 (284)
(300°C,0.86MPa)
(572°F,125psig)
6
seated trunnion mounted ball valves: Trim 6H
3.92 (569)
435
ng
870
Temperature
● Metal
ting
200
392
580
rating
290
body ra
dy ratin
100
152
dy rati
CF8 body
1015 psig
g
Class15
dy ratin
0
°C
°F
7
290
0 CF8 bo
450
842
725
CB bo
Class300
2
0
−29 0
−20 32
435
2
Class15
400
752
Temperature
7
4
350
662
300 W
(40°C,2.45MPa)
(104°F,355psig)
0
450 °C
842 °F
1015 psig
Class
300
572
Class
3
1
seated floating ball valves: Trim 6H: 1／2˝∼5˝
6
250
482
870
4
145
Pressure
MPa
145
1015 psig
Temperature
● Metal
290
seated floating ball valves: Trim 5H: 5˝∼8˝
6
290
rating
150
302
435
(300°C,1.32MPa)
(572°F,191psig)
0 WCB
body ra
ting
Class15
0 CF8 bo
dy ratin
g
50
122
580
ng
rating
7
870
435
(300°C,1.13MPa)
(572°F,164psig)
ting
CF8 body
MPa
580
ng
CF8 body
body ra
Class150
1
CB bo
Class300
(40°C,2.79MPa)
(104°F,405psig)
dy rati
CF8 body
Temperature
seated floating ball valves: Trim 5H: 21／2˝, 4˝
5
CB bo
Class300
3
290
Pressure
MPa
725
Class
4
Temperature
● Metal
870
(40°C,3.63MPa)
(104°F,526psig)
350
662
body ra
ting
400
752
450
842
145
0
500°C
932°F
150UTBM : 1／2˝, 3／4˝
150 / 300SCTA / UTAM : 1／2˝∼1˝
150UTBM : 1˝∼2 1／2˝
150 / 300SCTA / UTAM : 11／2˝∼3˝
MPa
B : HYPETITE® PTFE
C : FILLTITE®
* FILLTITE® is only
applicable to
SCTA/UTAM series.
5.11
Class 30
Pressure
0 WCB
3.92
Class 30
0 CF8M
A
B
1.96
MPa
800
body ra
ting
600
body ra
ting
400
C
B : HYPETITE® PTFE
C : FILLTITE®
6.20
5.88
applicable to
SCTA/UTAM series.
5.30
5.11
5.00
Class 30
0 WCB
Pressure
6.20
6.08
5.88
psi
1000
3.92
Class 30
0 CF8M
A
B
1.96
Class 15
0 WCB bo
Class 15
0
−20
50
100
100
200
150
300
400
Temperature
B : HYPETITE® PTFE
C : FILLTITE®
5.88
applicable to
SCTA/UTAM series.
5.20
5.11
Class 30
0 WCB
3.92
Class 30
0 CF8M
B
psi
1000
MPa
800
5.20
5.11
0
50
100
100
200
150
ting
300
Temperature
−20
100
100
200
400
F）
572 （°
500
B : HYPETITE® PTFE
C : FILLTITE®
applicable to
SCTA/UTAM series.
ting
3.92
Class 30
0 CF8M
A
B
1.96
dy rating
150
300
Temperature
0
300 （°
C）
250
400
500
F）
572 （°
ting
ting
400
0 WCB bo
dy rating
0 CF8M bo
dy rating
0
−29
−20
0
50
100
100
200
150
300
Temperature
600
body ra
Class 15
dy rating
200
body ra
Class 15
200
psi
1000
800
C
0 CF8M bo
50
0
300 （°
C）
250
0 WCB
600
body ra
0 WCB bo
Class 15
0
dy rating
200
5.88
400
Class 15
−29
200
dy rating
Class 30
body ra
C
1.96
0
ting
150UTBM : 5˝, 6˝
150 / 300SCTA / UTAM : 8˝, 10˝
MPa
Pressure
−29
−20
F）
572 （°
500
150UTBM : 3˝, 4˝ *
150 / 300SCTA / UTAM : 4˝, 6˝
A
0
0
300 （°
C）
250
600
body ra
0 CF8M bo
dy rating
200
ting
0 WCB bo
Pressure
−29
body ra
400
Class 15
0 CF8M bo
0
800
C
Class 15
200
dy rating
psi
1000
200
400
250
500
200
0
300 （°
C）
F）
572 （°
150UTBM : 8˝, 10˝
MPa
B : HYPETITE® PTFE
psi
1000
5.88
800
Pressure
5.11
600
3.92
A
400
B
1.96
0
200
Class 15
0 CF8M bo
0.92
−29
−20
0
50
100
100
200
150
300
Temperature
200
400
dy rating
250
500
0
300 （°
C）
F）
572 （°
93
＊Refer to 150UTBM ratings
for 150UTB2LM/2TM
600/1500SCTB/UTBM
24.52
00 WCB
00 C
F8M
g
body
ratin
g
2500
⑦
10.79
9.81
Class 600
CF8M body
①
50
100
80 100
150
200
Ball Seat Materials
120
150 170
250
300
Temperature
1000
②
500
400
450
100
50
0
−29
0
50
100
100
200
150
200
300
Temperature
400
Seat: HYPATITE® PTFE
1.5
1.37
200
10K body rating
150
1.0
0.5
psi
MPa
8.0
15A∼20A
3500
3000
6.0
25A∼65A
80A, 100A
2500
ASME B16, 34-1996 Class 300 CF8
125A, 150A
2000
4.0
1500
3.0
200A, 250A
1000
2.0
ASME B16, 34-1996 Class 150 CF8
500
1.0
−50
−155
−50
0
0
50
50
150
100
Temperature
0
150 （°
C）
100
200
250
−29
−20 0
F）
300 （°
0
50
50
100
100
150
Temperature
200
100
50
760 0
Torr
100Torr
0Torr
150 （°
C）
0
0
−104
F）
572 （°
500
250
⑤:
（1）
FKM
（2）
Low-temperature FKM
⑥:
（1）
EPDM
（2）
ECO（Epichlorohydrin Copolymer）
⑦:
（1）
NBR
（2）
Low-temperature NBR
150/300UTDZXL
7.0
6.9
0
300 （°
C）
250
psi
290
MPa
2.0
1.9
F）
500（°
⑧: FKM
* O-rings made of others than FKM
can wichstand −29˚C（−20˚F）
Pressure
150
0
250 （°
C）
O-ring Lower Limit
94
ting
O-ring Upper Limit
①: KITZ HYPATITE® or
Carbon-filled PTFE
②: Glass-filled PTFE with MoS2
③: Virgin PTFE
④: Nylon with MoS2
250
200
y ra
1.0
−20 0
200
350
bod
Degree of vacuum (Torr)
50
8M
1500
rating
③
0
−29 −20 0
CF
psi
290
0.5
Class 600 WCB body rating
4.90
150
2000
⑤
④
Pressure
Pressure
⑥
⑧
ss
1.5
body ratin
Pressure
s 15
14.71
Cla
3000
Clas
19.61
5.3
5.0
Max. velocity:
Liquid・
・
・
・3m/sec
Gas・
・
・
・
・
・30m/sec
3500
Class 15
−20 0
MPa
2.0
psi
MPa
250
F）
300 （°
150/300UVC
60 / 20UVC
5.88
855 psi
4.90
④
Pressure
3.92
③
2.94
4.90
570
3.92
FLEKSEAT
265
②
①
0.98
0
−30
0
140
50
100
150
Temperature
200
①: Valve body rating to JIS B2238 10K steel
②: Valve body rating to ASME B16.34 Class 150 CF8
③: Valve body rating to JIS B2238 20K steel
④: Valve body rating to ASME B16.34 Class 300 CF8
250
5.88
710
425
1.96
MPa
300 °C
Pressure
MPa
150/300UVC
10 / 20UVC
855 psi
710
④
570
③
2.94
425
KNIFESEAT
2.45
1.96
265
②
①
0.98
0
−30
0
140
50
100
150
Temperature
200
250
300 °C
①: Valve body rating to JIS B2238 10K steel
②: Valve body rating to ASME B16.34 Class 150 CF8
③: Valve body rating to JIS B2238 20K steel
④: Valve body rating to ASME B16.34 Class 300 CF8
KNIFESEAT made of hard-feced heavy stainless steel is coupled with hard-faced stainless
steel ball for handling slurries under high differential pressure, and handling fluid of high
viscosity.
FLEKSEAT made of hard-feced flexible stainless steel and supported by stainless steel
spring recommended where higher sealing performance is required.
The products introduced in this catalog are all covered by the
ISO 9001 Certification awarded KITZ Corporation in 1989, the
earliest in the valve industry.
95
Type 600 : SCTK / UTKM
Type 1000 :UTFM
psi
1000
MPa
6.86
psig
1000
MPa
6.86
Seat: Reinforced PTFE
5.88
5.88
800
800
4.90
4.12
3.92
600
2.94
400
Pressure
Pressure
4.90
1.96
600
3.92
2.94
400
1.96
200
200
0.98
0
0.98
−29
0
−20 0
50
100
100
200
150
300
Temperature
200
400
250
500
0
300 （°
C）
0
F）
572 （°
−20 0
Type 800 : UTHM
−29
0
50
100
100
200
150
300
Temperature
200
0
300 （°
C）
250
400
F）
572 （°
500
Class 800 and Type 3000 : SCTK
psi
1000
MPa
6.86
Seat: PTFE
5.88
5.49
psi
MPa
800
Seat: 1 : PTFE
2 : PCTFE*
3000WOG ②
20.59
19.61
3000
600
3.92
2.94
400
Pressure
Pressure
4.90
1.96
14.71
13.73
BS C
lass 8
00 bo
2000
dy ra
ti
ng
9.81
Class 800 ①
6.86
1000
200
4.90
0
300 （°
C）
0
F）
572 （°
−20 0
0.98
0
−29
0
−20 0
50
100
100
200
150
300
Temperature
200
400
250
500
−29
0
50
100
100
200
150
300
Temperature
200
400
250
500
0
300 （°
C）
F）
572 （°
* Polychloro-Trifluoro-Ethylene
Type 800 : UTH4LM /4TM
Type 1000 : SC3TZ / U3TZ Series
MPa
2.45
Max. velocity:
Liquid・
・
・
・3m/sec
Gas・
・
・
・
・
・30m/sec
2.0
1.96
psi
1000
psig
MPa
1500
9.80
800
600
0.98
400
Pressure
Pressure
7.85
1.47
6.86
1000
5.88
3.92
500
0.49
0
200
−29
−20 0
0
50
100
100
200
150
300
Temperature
200
400
250
500
1.96
0
300 （°
C）
0
−29
F）
572 （°
−20 0
0
50
100
100
200
Note: Type 1500 is optionally available
96
150
300
Temperature
200
400
250
500
0
300 （°
C）
F）
572 （°
Type 1500 / 2000 :
AKSCTHZM /AKSCTHWZM/AKUTHZM /AKUTHWZM
Class 150 : AK150UTM
psi
2500
MPa
17.16
psi
MPa
Seat: PTFE
13.73
2000
10.30
1500
6.86
1000
3.43
500
400
Pressure
Pressure
2.94
300
1.96
1.37
200
0.98
0
0
0
50
100
100
200
150
300
Temperature
200
400
0
250 （°
C）
F）
500（°
100
0
−29
−20 0
0
50
100
100
200
150
300
Temperature
200
400
250
500
0
300 （°
C）
F）
572 （°
97
■Pressure-Temperature Ratings (Seat rating)
150/300UTALM: 1／2˝∼1˝
150/300UTALM: 1／2˝∼3˝
5.88
7.84
Seat rating
5.30
6.86
4.90
6.85
5.88
Seat rating
Pressure MPa
Pressure MPa
3.92
5.38
4.90
3.92
2.94
2.94
1.96
1.90
1.96
0.98
0.98
0
196
150
100
50
0
50
0
196
100
150
100
150/300UTALM: 4˝, 6˝
Seat rating
4.22
100
4.96
4.90
4.90
3.24
3.92
Pressure MPa
3.92
Pressure MPa
50
5.88
5.30
2.94
1.96
Seat rating
2.94
1.96
0.98
0.98
150
100
50
Temperature ℃
98
0
150/300UTALM: 8˝, 10˝
5.88
0
196
50
Temperature ℃
Temperature ℃
0
50
100
0
196
150
100
50
Temperature ℃
0
50
100
■Pressure-Temperature Ratings (Seat rating)
150/300UTDZL: 1／2˝∼11／2˝
10/20UTDZL: 15∼40
150/300UTDZL: 2˝, 21／2˝
10/20UTDZL: 50, 65
6.00
6.00
Seat rating
Seat rating
5.00
5.00
4.00
Pressure MPa
Pressure MPa
4.00
20K body rating
3.00
2.00
10K body rating
1.00
0
196
150
100
20K body rating
3.00
2.00
10K body rating
1.00
50
0
50
0
196
100
150
100
Temperature ℃
50
0
50
100
Temperature ℃
150/300UTDZL: 3˝, 4˝
10/20UTDZL: 80, 100
150/300UTDZL: 5˝, 6˝
10/20UTDZL: 125, 150
6.00
6.00
Seat rating
5.00
5.00
Seat rating
4.00
Pressure MPa
Pressure MPa
4.00
20K body rating
3.00
2.00
10K body rating
1.00
0
196
150
100
20K body rating
3.00
2.00
10K body rating
1.00
50
0
50
100
Temperature ℃
0
196
150
100
50
0
50
100
Temperature ℃
150/300UTDZL: 8˝, 10˝
10/20UTDZL: 200, 250
6.00
5.00
Seat rating
Pressure MPa
4.00
20K body rating
3.00
2.00
10K body rating
1.00
0
196
150
100
50
0
50
100
Temperature ℃
99
■Allowable Port Orientation
Valve Design
Form
3-Way 2-seat
L-port ball valve
Fluid Passage
Top View
P1
B
A
P2
P2
C
A
B
P1
P2
P2
P1
Form 1
When the fluid pressure P2 in the closed path
is higher than P1 in the open path, a little fluid
leakage may occur to P1 through the ball seat
of the closed path.
1
All ports are open in Form 1. Flow is between
Ports ”B” and ”C” in Form 2. Flow is between
Ports ”A” and ”C” in Form 4. Flow can be
switched from Form 1 to Form 2, (Standard
operation pattern) or from Form 1 to Form 4 in
either direction. The stopper is assembled for
the standard operation pattern.
2
of the closed path.
Form 2
Top View
C
C
P1
B
B
P1
A
P2
Form 1
Form 2
C
P2
C
P1
B
P1
■
Please select one of the above operation
patterns at time of order.
Form 4
Top View
C
1
All ports are open in Form 1. Flow is between
Ports ”B” and ”C” in Form 2. Flow is between
Ports ”A” and ”B” in Form 3. Flow is between
Ports ”A” and ”C” in Form 4. All forms are
available for switching, diverging or mixing of
flows. The stopper is assembled for standard
operation pattern to switch flow from Form 1 to
Form 2.
2
of the closed path.
C
P1
B
A
P2
B
P1
Form 1
Form 2
C
P2
C
P1
■
A
P1
B
P1
Form 3
100
Operation patterns available
• Pattern 1 : From Form 1 to Form 4
• Pattern 2 : From Form 1 to Form 2 (Standard)
B
P2
A
P1
Form 3
Not Available
A
2
C
B
3-Way 4-seat
T-port ball valve
Flow is between Ports ”A” and ”C” in Form 1.
Flow is between Ports ”B” and ”C” in Form 2.
Flow paths in Form 1and Form 2 can be
changed each other.
P1
A
A
P1
1
P1
Form 2
P1
A
of the closed path.
B
Top View
3-Way 2-seat
T-port ball valve
2
P1
Form 1
3-Way 4-seat
L-port ball valve
Flow is between Ports ”A” and ”C” in Form 1.
Flow is between Ports ”B” and ”C” in Form 2.
Flow paths in Form 1and Form 2 can be
changed each other.
C
C
P1
A
1
B
P2
A
P1
Form 4
Operation patterns available
1 : From Form 1 to Form 4
2 : From Form 1 to Form 2 (Standard)
• Pattern
• Pattern
• Pattern
• Pattern
Please select one of the above operation
patterns at time of order.
■General Precautions for Trouble-free Operation of Soft-seated Ball Valves
1. Excessive Cavity Pressure
Refer to Page 8. Very important
2. High-Temperature and High-Pressure Service
The pressure-temperature ratings published by manufacturers are usually considered an appropriate guide to the
maximum temperature and pressure that such ball valves
may withstand. KITZ recommends, however, reference to the
valve distributor or manufacturer for an assurance of
suitability when ball valves are to be subjected to the following conditions:
a: Floating ball valves are left closed for a long period of time
under high temperature or high differential pressure.
b: Floating ball valves are operated frequently for long period
of time under high temperature or high differential pressure.
c: Floating ball valves are subjected to frequent change of
the line pressure or service temperature.
3. Liquids with High Velocity
When ball valves must be operated frequently on liquids with
very high velocity, a check should be made with the valve
distributor or manufacturer for appropriate advice to minimize the possibility of seat deformation, especially when
they are highly pressurized on high-temperature lines.
4. Valve Selection
Be sure to select a valve with design specifications which
meet the pressure and temperature conditions required.
Take special care to select the valve to be used for the fluid
containing abrasives, since the high molecular materials
employed in the seats could suffer degradation.
5. Valve Mounting
Before mounting the valve, the pipe bore should be checked
to confirm that no weld spatter, scale or rust particles remain
inside. For mounting flanged valves, diagonally located
flange bolts should be tightened evenly.
6. Degree of Valve Opening
Ball valves should basically be considered as ON/OFF
valves only and care should be taken to ensure that they are
fully closed or open. Opening ball valves partially will result
in seat erosion and cause seat leakage. Pipelines that
require the use of ball valves for throttling service should be
designed in consideration of the amount of the seat leakage
which may occur in its fully closed position. Note that ball
valves should be stored in a fully open position.
7. Valve Actuation
Two types of pneumatic valve actuator (KITZ B-Series,
F-Series) are available for our factory mounting. Also KITZ
“KELMO” electric actuators are available. Electric actuators
or pneumatic actuators of any other specified brands are
also available for our factory mounting.
In case of user’s mounting their own actuators on KITZ ball
valves, however, all users are recommended to contact KITZ
or its authorized distributors for adequate technical advice,
because any improper sizing of actuators may cause serious
problems in the field. It must be carefully noted that the
actual value of the operating torque of any given valve may
vary, depending on the service conditions listed below:
(1) Fluid
a. Kind of fluid
b. Line pressure
c. Line temperature
d. Fluid volume
(2) Ambient temperature
(3) Opening/closing degree
(4) Type of actuator
(5) Frequency and pattern of change of line pressure
(6) Frequency and pattern of change of line and ambient
temperatures
8. Valve Disassembly
The line fiuid should be completely removed from the internal
of the valves before they are dismantled from the pipeline for
maintenance.
Even after the line fluid has been discharged through the
pipeline, some fluid is always trapped inside the body and
body cavity (the room surrounded by the body, ball and two
seats).
Be sure to completely discharge the pressure trapped in the
body cavity, before valve disassembly.
Inspection and Warranty
Each KITZ ball valve is subjected to 100% in-house inspection designated by API 598 or BS 6755 Part 1. This includes
hydrostatic shall tests and pneumatic low-pressure seat test.
Manufacturer’s material certificates and test reports are
available upon request. Each KITZ ball valve is guaranteed
for 12 months after placement in service, but not exceeding
18 months after shipment from KITZ factories.
101
■Flow Characteristics
Valve opening vs. flow rate
One of the best advantages of ball valves is that every flow
per any given bore size is larger than other types of valves.
Fluid is much less disturbed by eddy currents or pulsation.
To obtain the figure of flow per valve opening, simply multiply
the flow rate (%) given here by the corresponding value
given in the table of Pressure Loss vs. Flow Rate.
100
Flow rate (%)
80
60
40
20
0
45゜
Opening degree
90゜
Pressure Loss vs. Flow Rate
kPa
6.9
Pressure loss
■Full port valves
Pressure loss
11/2˝ 2˝
1˝
21/2˝ 3˝
4˝ 5˝ 6˝
psi
1.0
8˝ 10˝
0.01
100
1000
Flow in gallons per minute (gpm)
10
kPa
6.9
1/2˝ 3/4˝
1˝
11/2˝ 2˝
3˝
10000
4˝
6˝ 8˝
100000
0.01
psi
1.0
10˝
0.69
0.069
1.0
0.01
10
100
1
kPa
6.9
■Schedule 40 steel
pipe (10m)
3/4˝
0.69
0.069
1.0
■Reduced port valves
1/2˝
1/2˝
3/4˝
1˝
11/4˝ 11/2˝
2˝ 21/2˝ 3˝
1000
4˝
5˝
6˝
10000
8˝
0.01
10˝ 12˝ 16˝18˝ psi
1.0
20˝
Pressure loss
24˝
0.69
0.069
1.0
102
0.01
10
100
1000
10000
100000
0.01
■Steel Pipe Flanges
h
t
g
C
ASME B16.5-1996
Class 150 RF, Class 300 RF
D
Class 150 steel pipe flange dimensions
Nominal Size
inch
1/2
mm
15
D
in.
C
mm
3.50
89
g
in.
mm
in.
2.38
60.5
1.38
t
mm
35
h (Bolt hole)
Bolt
in.
mm
in.
mm
Number
0.44
11.2
0.62
16
4
Diam.
1/2
3/4
20
3.88
98
2.75
70.0
1.69
43
0.50(0.44) 12.7(11.2)
0.62
16
4
1/2
1
25
4.25
108
3.12
79.5
2.00
51
0.56(0.44) 14.3(11.2)
0.62
16
4
1/2
11/4
32
4.62
117
3.50
89.0
2.50
64
0.62(0.50) 15.9(12.7)
0.62
16
4
1/2
11/2
40
5.00
127
3.88
98.5
2.88
73
0.69(0.56) 17.5(14.3)
0.62
16
4
1/2
2
50
6.00
152
4.75
120.5
3.62
92
0.75(0.62) 19.1(15.9)
0.75
19
4
5/8
21/2
65
7.00
178
5.50
139.5
4.12
105
0.88(0.69) 22.3(17.5)
0.75
19
4
5/8
3
80
7.50
190
6.00
152.5
5.00
127
0.94(0.75) 23.9(19.1)
0.75
19
4
5/8
4
100
9.00
229
7.50
190.5
6.19
157
0.94
23.9
0.75
19
8
5/8
5
125
10.00
254
8.50
216.5
7.31
186
0.94
23.9
0.88
22
8
3/4
6
150
11.00
279
9.50
241.5
8.50
216
1.00
25.4
0.88
22
8
3/4
28.6
0.88
22
8
3/4
8
200
13.50
343
11.75
298.5
10.62
270
1.12
10
250
16.00
406
14.25
362.0
12.75
324
1.19
30.2
1.00
25
12
7/8
12
300
19.00
483
17.00
432.0
15.00
381
1.25
31.8
1.00
25
12
7/8
14
350
21.00
533
18.75
476.5
16.25
413
1.38
35.0
1.12
29
12
1
16
400
23.50
597
21.25
539.5
18.50
470
1.44
36.6
1.12
29
16
1
18
450
25.00
635
22.75
578.0
21.00
533
1.56
39.7
1.25
32
16
11/8
20
500
27.50
698
25.00
635.0
23.00
584
1.69
42.9
1.25
32
20
11/8
24
600
32.00
813
29.50
749.5
27.25
692
1.88
47.7
1.38
35
20
11/4
Height of raised face is 0.06 inch (1.6 mm) each. Dimensions in ( ) are for valve flanges.
Nominal Size
inch
1/2
mm
15
D
in.
3.75
C
mm
95
g
in.
mm
in.
2.62
66.5
1.38
t
mm
35
h (Bolt hole)
Bolt
in.
mm
in.
mm
Number
Diam.
0.56
14.3
0.62
16
4
1/2
3/4
20
4.62
117
3.25
82.5
1.69
43
0.62
15.9
0.75
19
4
5/8
1
25
4.88
124
3.50
89.0
2.00
51
0.69
17.5
0.75
19
4
5/8
11/4
32
5.25
133
3.88
98.5
2.50
64
0.75
19.1
0.75
19
4
5/8
11/2
40
6.12
156
4.50
114.5
2.88
73
0.81
20.7
0.88
22
4
3/4
2
50
6.50
165
5.00
127.0
3.62
92
0.88
22.3
0.75
19
8
5/8
21/2
65
7.50
190
5.88
149.0
4.12
105
1.00
25.4
0.88
22
8
3/4
3
80
8.25
210
6.62
168.0
5.00
127
1.12
28.6
0.88
22
8
3/4
4
100
10.00
254
7.88
200.0
6.19
157
1.25
31.8
0.88
22
8
3/4
5
125
11.00
279
9.25
235.0
7.31
186
1.38
35.0
0.88
22
8
3/4
6
150
12.50
318
10.62
270.0
8.50
216
1.44
36.6
0.88
22
12
3/4
8
200
15.00
381
13.00
330.0
10.62
270
1.62
41.3
1.00
25
12
7/8
10
250
17.50
444
15.25
387.5
12.75
324
1.88
47.7
1.12
29
16
1
12
300
20.50
521
17.75
451.0
15.00
381
2.00
50.8
1.25
32
16
11/8
14
350
23.00
584
20.25
514.5
16.25
413
2.12
54.0
1.25
32
20
11/8
16
400
25.50
648
22.50
571.5
18.50
470
2.25
57.2
1.38
35
20
11/4
18
450
28.00
711
24.75
628.5
21.00
533
2.38
60.4
1.38
35
24
11/4
20
500
30.50
775
27.00
686.0
23.00
584
2.50
63.5
1.38
35
24
11/4
24
600
36.00
914
32.00
813.0
27.25
692
2.75
69.9
1.62
41
24
11/2
Height of raised face is 0.06 inch (1.6 mm) each.
103
h
t
g
C
D
Class 600 RF
Nominal Size
inch
1/2
mm
15
D
in.
3.75
C
mm
95
g
in.
mm
in.
2.62
66.5
1.38
t
mm
35
h (Bolt hole)
Bolt
in.
mm
in.
mm
Number
0.56
14.3
0.62
16
4
Diam.
1/2
3/4
20
4.62
117
3.25
82.5
1.69
43
0.62
15.9
0.75
19
4
5/8
1
25
4.88
124
3.50
89.0
2.00
51
0.69
17.5
0.75
19
4
5/8
11/4
32
5.25
133
3.88
98.5
2.50
64
0.81
20.7
0.75
19
4
5/8
11/2
40
6.12
156
4.50
114.5
2.88
73
0.88
22.3
0.88
22
4
3/4
2
50
6.50
165
5.00
127.0
3.62
92
1.00
25.4
0.75
19
8
5/8
21/2
65
7.50
190
5.88
149.0
4.12
105
1.12
28.6
0.88
22
8
3/4
3
80
8.25
210
6.62
168.0
5.00
127
1.25
31.8
0.88
22
8
3/4
4
100
10.75
273
8.50
216.0
6.19
157
1.50
38.1
1.00
25
8
7/8
5
125
13.00
330
10.50
266.5
7.31
186
1.75
44.5
1.12
29
8
1
6
150
14.00
356
11.50
292.0
8.50
216
1.88
47.7
1.12
29
12
1
8
200
16.50
419
13.75
349.0
10.62
270
2.19
55.6
1.25
32
12
11/8
10
250
20.00
508
17.00
432.0
12.75
324
2.50
63.5
1.38
35
16
11/4
12
300
22.00
559
19.25
489.0
15.00
381
2.62
66.7
1.38
35
20
11/4
14
350
23.75
603
20.75
527.0
16.25
413
2.75
69.9
1.50
38
20
13/8
16
400
27.00
686
23.75
603.0
18.50
470
3.00
76.2
1.62
41
20
11/2
18
450
29.25
743
25.75
654.0
21.00
533
3.25
82.6
1.75
45
20
15/8
20
500
32.00
813
28.50
724.0
23.00
584
3.50
88.9
1.75
45
24
15/8
24
600
37.00
940
33.00
838.0
27.25
692
4.00
101.6
2.00
51
24
17/8
104
h
h
t
t
g
C
D
g
C
D
Class 600 to 1500
Class 150, 300
Class 1500 RF
Nominal Size
D
C
g
t
h (Bolt hole)
Bolt
inch
mm
in.
mm
in.
mm
in.
mm
in.
mm
in.
mm
Number
Diam.
1/2
15
20
25
32
40
50
65
80
100
125
150
200
250
300
350
400
450
500
600
4.75
5.12
5.88
6.25
7.00
8.50
9.62
10.50
12.25
14.75
15.50
19.00
23.00
26.50
29.50
32.50
36.00
38.75
46.00
121
130
149
159
178
216
244
267
311
375
394
483
584
673
749
826
914
984
1168
3.25
3.50
4.00
4.38
4.88
6.50
7.50
8.00
9.50
11.50
12.50
15.50
19.00
22.50
25.00
27.75
30.50
32.75
39.00
82.5
89.0
101.5
111.0
124.0
165.0
190.5
203.0
241.5
292.0
317.5
393.5
482.5
571.5
635.0
705.0
774.5
832.0
990.5
1.38
1.69
2.00
2.50
2.88
3.62
4.12
5.00
6.19
7.31
8.50
10.62
12.75
15.00
16.25
18.50
21.00
23.00
27.25
35
43
51
64
73
92
105
127
157
186
216
270
324
381
413
470
533
584
692
0.88
1.00
1.12
1.12
1.25
1.50
1.62
1.88
2.12
2.88
3.25
3.62
4.25
4.88
5.25
5.75
6.38
7.00
8.00
22.4
25.4
28.5
28.5
31.8
38.1
41.2
47.8
53.9
73.2
82.6
92.0
108.0
124.0
133.4
146.1
162.1
177.8
203.2
0.88
0.88
1.00
1.00
1.12
1.00
1.12
1.25
1.38
1.62
1.50
1.75
2.00
2.12
2.38
2.62
2.88
3.12
3.62
22
22
25
25
29
25
29
32
35
41
38
45
51
54
60
67
73
79
92
4
4
4
4
4
8
8
8
8
8
12
12
12
16
16
16
16
16
16
3/4
3/4
3/4
1
11/4
11/2
2
21/2
3
4
5
6
8
10
12
14
16
18
20
24
7/8
7/8
1
7/8
1
11/8
11/4
11/2
13/8
15/8
17/8
2
21/4
21/2
23/4
3
31/2
ASME B16.47-1996 (Series A)
Nominal Size
D
C
g
t
h (Bolt hole)
Bolt
inch
mm
in.
mm
in.
mm
in.
mm
in.
mm
in.
mm
Number
Diam.
26
28
30
32
34
36
650
700
750
800
850
900
34.25
36.50
38.75
41.75
43.75
46.00
870
927
984
1060
1111
1168
31.75
34.00
36.00
38.50
40.50
42.75
806.5
863.5
914.5
978.0
1029.0
1086.0
29.50
31.50
33.75
36.00
38.00
40.25
749
800
857
914
965
1022
2.69
2.81
2.94
3.18
3.25
3.56
68.4
71.4
74.7
80.8
82.6
90.5
1.38
1.38
1.38
1.62
1.62
1.62
35
35
35
41
41
41
24
28
28
28
32
32
11/4
11/4
11/4
11/2
11/2
11/2
Nominal Size
D
C
g
t
h (Bolt hole)
Bolt
inch
mm
in.
mm
in.
mm
in.
mm
in.
mm
in.
mm
Number
Diam.
26
28
30
32
34
36
650
700
750
800
850
900
38.25
40.75
43.00
45.25
47.50
50.00
972
1035
1092
1149
1207
1270
34.50
37.00
39.25
41.50
43.50
46.00
876.5
940.0
997.0
1054.0
1105.0
1168.5
29.50
31.50
33.75
36.00
38.00
40.25
749
800
857
914
965
1022
3.12
3.38
3.62
3.88
4.00
4.12
79.3
85.9
92.0
98.6
101.6
104.7
1.75
1.75
1.88
2.00
2.00
2.12
45
45
48
51
51
54
28
28
28
28
28
32
15/8
15/8
13/4
17/8
17/8
2
Nominal Size
D
C
g
t
h (Bolt hole)
Bolt
inch
mm
in.
mm
in.
mm
in.
mm
in.
mm
in.
mm
Number
Diam.
26
28
30
650
700
750
40.00
42.25
44.50
1016
1073
1130
36.00
38.00
40.25
914.5
965.0
1022.5
29.50
31.50
33.75
749
800
857
4.25
4.38
4.50
108.0
111.3
114.3
2.00
2.12
2.12
51
54
54
28
28
28
17/8
2
2
105
E-201 ＝10
Pressure-temperature ratings and other performance date published in this catalog have
been developed from our design calculation, in-house testing, field reports provided by our
customers and / or published official standards or specifications. They are good only to cover
typical applications as a general guideline to users of KITZ products introduced in this catalog.
For any specific application, users are kindly requested to contact KITZ Corporation for
technical advice, or to carry out their own study and evaluation for proving suitability of
these products to such an application. Failure to follow this request could result in property
damage and / or personal injury, for which we shall not be liable.
While this catalog has been compiled with the utmost care, we assume no responsibility for
errors, impropriety or inadequacy. Any information provided in this catalog is subject to
from-time-to-time change without notice for error rectification, product discontinuation,
design modification, new product introduction or any other cause that KITZ Corporation
considers necessary. This edition cancels all previous issues.
Read instruction manual carefully before use.
If any products designated as strategic material in the Foreign Exchange and Foreign Trade
Law, Cabinet Order Concerning Control of Export Trade, Cabinet order Concerning Control
of Foreign Exchange and other related laws and ordinances ( Foreign Exchange Laws ) are
exported to any foreign country or countries, an export license issued by the Japanese
Government will be required under the Foreign Exchange Laws.
Further, there may be cases where an export license issued by the government of the United
States or other country will be required under the applicable export-related laws and
ordinances in such relevant countries.
The contract shall become effective subject to that a relevant export license is obtained from
the Japanese Government.
Printed in Japan
1310①ITP

Ball Valves

Transcription

Similar documents

Ball Valves