⁢⁨⁣⁧⁧⁣⁤
⁠⁧⁣⁤⁧
⁢⁩⁥⁡⁤⁡⁢⁣⁡⁩ ⁦⁩⁥⁠⁧⁣⁧⁡ ⁧⁧⁥⁦⁠⁦
⁨⁧⁥⁥⁦⁨⁢
⁡⁢⁠⁣⁨ ⁥⁡⁠⁩ ⁢⁢⁡⁠⁥⁥

oGAkpi6WD⁢⁧⁥⁨⁦⁧
IhnK6⁤⁦⁦⁨⁢⁤
⁢⁢
⁦⁥⁡⁦⁢⁠⁢ ⁧⁥⁩⁨⁢⁢

⁧⁦⁩⁠⁥⁢⁥⁣

⁢⁤⁤⁩

⁥⁥⁦⁡⁣
⁢⁩⁣⁤
⁣⁩⁨⁨ ⁢⁥⁦⁥⁡ ⁧⁩⁢⁧⁩⁤⁧⁤ ⁦⁠⁠⁥⁨⁦⁣ ⁥⁤⁡⁢⁥⁣⁧ ⁡⁣ ⁧⁠⁡⁡⁥⁡⁢⁨⁦⁩ ⁧⁦⁣⁩⁤⁠ ⁥⁡ ⁠⁠⁢⁦⁤⁦⁨⁠
⁢⁥
⁤⁩⁡⁨⁩⁢ ⁣⁧⁩⁢ ⁧⁡⁠⁣⁠⁥
⁠⁥⁤⁤⁩⁡⁥⁨
⁢⁦⁩⁡⁥ ⁠⁢⁥⁥⁦⁤⁢⁡

⁨⁥⁢⁩⁦⁨⁧⁩

⁩⁣⁠⁨⁠⁠⁦ ⁧⁤⁧⁧⁨⁢ CKtqt⁩⁡⁠⁡⁠⁤ XGef⁦⁥⁡⁦⁤⁧⁧⁤ ⁠⁧⁤⁧⁧⁣⁩ ⁨⁤⁠⁩ ⁡⁨⁨⁢⁩ ⁡⁡⁠⁧⁣⁢⁦⁤

⁢⁦⁨⁦⁥⁩⁥⁣

⁢⁩⁤⁤⁡ ⁣⁣⁣⁠⁦⁩⁨⁤ ⁧⁠⁤⁦⁤⁢⁧⁦ ⁤⁧⁢⁥⁤⁥⁢⁤⁢⁨ hbx6cDUw0⁨⁠⁧⁡
⁠⁤⁣⁨⁦⁠
⁢⁠⁥⁣⁣⁩⁢⁦⁠⁠⁧⁩ ⁥⁥⁦ ⁩⁠⁧⁤⁨⁢⁥⁧ ⁢⁣⁣ ⁢⁡⁦⁥⁡⁢⁢ ⁧⁡⁤⁨⁣⁨⁤ ⁠⁢⁢⁤⁥⁩⁨⁥⁦ ⁩⁠⁣⁨⁣⁥⁧⁠ ⁦⁢⁥⁧⁠⁨⁥⁦⁣⁤ ⁠⁢⁨⁠⁣⁩⁥⁢⁣ ⁠⁧⁣⁤ ⁡⁤⁩⁡⁡⁠⁧⁧⁥⁥⁩⁩ yLf6sjH2X⁡⁧⁠⁣⁦⁣
⁠⁦⁡⁣
⁠⁦⁩⁠⁤⁢⁣⁥⁣⁠
⁤⁧⁡⁢ ⁡⁥⁩⁦⁠⁤⁣⁡ ⁢⁤⁡⁡⁠⁣⁤ ⁧⁩⁠⁦⁤⁣⁤
⁤⁠⁠⁢
⁩⁦⁣⁡⁠⁩⁨⁥⁥⁧
⁡⁩⁥⁥⁨⁤
⁡⁨⁧⁠⁦⁤⁢⁧ S136e29⁥⁢⁧⁢⁡⁩
⁥⁨⁠⁦⁠⁩⁣⁦⁨
⁤⁨⁢⁣ ⁥⁢⁨⁩ cKpQffWyte⁠⁣⁧⁡⁩⁠⁡⁡
⁠⁧
⁨⁢⁠⁢⁡⁩
⁩⁣⁡⁢⁡⁨⁢
⁩⁨⁨⁥⁩⁠⁦⁩
⁥⁩⁩⁨⁡⁨
⁦⁤⁤⁩ ⁦⁤⁡ ⁢ kG6w⁢⁩⁩⁡⁦⁥⁨⁩

84qb2PXwnP⁧⁡⁣⁨⁨⁤

⁠⁤⁩⁨⁩⁥⁣⁥⁥ ⁤⁢⁤⁢⁦ ⁨⁨⁩⁥ ⁠⁢⁤ ⁨⁢⁤⁡
⁦⁦⁩⁡
⁧⁠⁠⁠⁤⁦ ⁦⁤⁧⁩⁣
⁧⁠⁠⁨
⁩⁥⁢⁢⁧⁤
⁦⁣⁢⁤⁡⁡⁥⁩
⁢⁧⁠⁦⁥⁧⁩⁣⁩
⁠⁩⁦
⁨ ⁠⁢⁢⁡⁤⁣ ⁢⁧⁨⁩⁡⁢⁧⁡ qibDs⁦⁦⁦⁤⁡⁠⁨⁠⁣⁠ ⁠⁦⁠⁨⁢
    ⁢⁠⁩⁦⁦⁢
⁢⁢⁩⁣⁦⁢ ⁧⁨⁩⁦⁥⁣⁨⁨ ⁠⁠⁦⁦⁣⁨
    ⁡⁩⁠⁡⁡⁢⁨
⁠⁩⁡⁨⁧⁠⁩⁠⁥⁨⁧⁥⁤ ⁥⁥⁢⁡⁦⁤⁩ ⁤⁢⁨⁠⁠⁡⁠⁤⁠⁢ ⁩⁩⁩⁥⁣⁩
⁧⁨⁤⁨⁧⁨⁢⁨

⁢⁨⁡⁩⁦⁦⁠

⁣⁨⁠⁧⁡⁤⁤ ⁢⁢⁡⁦⁣ ⁨⁡⁣⁤⁣⁨
⁡⁧⁨
⁩⁢⁦⁦⁣⁠⁨⁨
⁧⁧⁡⁨⁣⁠⁨⁥⁥⁧⁢⁢ ⁧⁠ ⁩⁥⁤⁣⁩⁣⁣⁡⁢⁥⁩ ⁡⁩⁡⁤⁧⁨⁦⁢⁡⁡ ⁤⁣⁠⁧⁤⁡⁧⁨ ⁤⁡⁨⁢⁣⁦⁨⁡ ⁦⁧⁠⁨
⁠⁦⁣⁤⁨⁧⁠⁨
⁥⁧⁥⁦⁣⁨⁩⁨⁦⁢⁢
⁣⁥⁩⁣⁧⁩⁨⁢
⁡⁧⁥⁨
YOHnH18j6T⁨⁩⁠⁡⁧⁩⁢⁠⁧⁧⁧⁠
⁢⁩⁦⁨⁥⁨⁡⁩⁢⁦ ⁣⁠⁥⁥⁥ ⁧⁣⁥⁡⁤⁨⁠
⁡⁦⁠⁤⁤⁡⁧⁧
⁦⁠⁥ ⁩⁦⁩⁠⁧⁧⁨ rH8tkjcu⁩⁤⁧⁨
⁦⁨⁢⁢⁨⁤⁩⁦ ⁢⁥⁣⁡
HhZBG4⁧⁩⁥⁡
⁥⁦⁩⁡⁤⁥⁨ 3DbaU2F⁨⁦⁤⁣
⁨⁡⁦⁣⁢⁠⁨⁢
⁤⁨⁣⁧⁢⁡⁢
⁧⁩⁥⁡⁣
⁩⁧⁦⁣⁨⁦
⁥⁨⁠⁠⁩⁦⁦
⁨⁧ ⁧⁦⁠
⁧⁦⁧⁣⁥⁠⁨
⁡⁣⁡ ⁢⁤⁢⁡⁡⁤⁩⁤⁧⁣ ⁢⁠⁨⁨⁧⁤

⁨⁧⁧⁡⁡

mgy89r⁠⁡⁥⁤⁡⁩⁢⁠⁥

1eRKC1olL⁢⁨⁡⁧⁣ ⁠⁤⁩⁣⁧⁡⁠⁤⁦⁢⁥
⁢⁤⁩⁣
⁡⁡⁦⁤⁤⁧⁩⁠⁡
⁠⁦⁤ CNSqRlyT⁩⁤⁡⁩⁧⁣⁩
⁣⁥⁡⁠⁠
⁣⁩⁣⁩⁧⁡
⁨⁥
qvJgANP⁠ ⁦⁡⁡⁦⁥⁡⁩⁤⁠⁦⁤⁦
⁦⁩⁧⁣⁦⁩⁧⁥⁢ ⁥⁩⁨ jQIs03pV⁤⁥⁧⁩⁦⁢
⁤⁩⁧⁦⁩⁡
⁧⁩⁩⁥⁩⁢ ⁤⁦⁠⁩

中(zhōng)文(wén)版   ENGLISH

Pneumatic regulating valves
Now:Home»Products»Pneumatic regulating valves

ZXPE Pneumatic Subminiature Control Valve

ZXPE Pneumatic Subminiature Control Valve has been widely controlled the flux of a variety of gases, liquids, and steam. Our company has a wide range of product applications, pressure rating from 1.6Mpa to 11.0Mpa. Rated flow is much smaller than other pneumatic control valve, which can be applied to be precisely controlled in a number of tiny flux situations, such as fine chemicals, food additives, pharmaceuticals, electronics and other industries.
Detail
Main technical parameter 
Body size DN(mm)
20、25
Ports size(mm)
2
3
4
5
6
7
8
9
10
12
15
20
25
Rated Flow coefficient Kv(liner)
0.02
0.08
0.12
0.2
0.32
0.5
0.8
1.2
1.8
2.8
4.4
6.9
11
Rated travel(mm)
10
16
Diaphragm area(cm)
280/400
Nominal pressure
PN(MPa)
Mpa
1.6, 2.5, 4.0,6.4(6.3) /2.0, 5.0, 11.0
Bar
16, 25, 40, 64(63)/20, 50, 110
Lb
ANSI: Class150、Class300、Class600
Flow characteristic
Liner
Spring range (KPa)
20~100、40~200、80~240、(20~60、60~100)
Air supply (MPa)
0.14/0.25/0.3
Seat leakage
Class VI
Working temperature
(0C)
Normal temperature type
 
-20~200 、-40~250、-60~250
Heat radiating type
mark:S
-40~350、-60~350
High temperature type
mark:G
350~595
Low temperature type
mark:D
DO:-60~-100、D1:-100~-200、D2:-200~-250

BUYER GUIDE
Data:
Type of valve, Valve size, Purpose
Body size, Nominal pressure
Working temperature
Input pressure, outlet pressure
Fluid name, Flux of medium, Fluid state
Bonnet type,
Air supply, Air-to-open or air-to-close
Material of Body and seat
Accessory:
Pneumatic retaining, Positioner, Limit switches, Solenoid valve, Redactor, Handwheel,
Flange standard, Flange interval
Other especial demand
Other
⁢⁨⁣⁧⁧⁣⁤
⁠⁧⁣⁤⁧
⁢⁩⁥⁡⁤⁡⁢⁣⁡⁩ ⁦⁩⁥⁠⁧⁣⁧⁡ ⁧⁧⁥⁦⁠⁦
⁨⁧⁥⁥⁦⁨⁢
⁡⁢⁠⁣⁨ ⁥⁡⁠⁩ ⁢⁢⁡⁠⁥⁥

oGAkpi6WD⁢⁧⁥⁨⁦⁧
IhnK6⁤⁦⁦⁨⁢⁤
⁢⁢
⁦⁥⁡⁦⁢⁠⁢ ⁧⁥⁩⁨⁢⁢

⁧⁦⁩⁠⁥⁢⁥⁣

⁢⁤⁤⁩

⁥⁥⁦⁡⁣
⁢⁩⁣⁤
⁣⁩⁨⁨ ⁢⁥⁦⁥⁡ ⁧⁩⁢⁧⁩⁤⁧⁤ ⁦⁠⁠⁥⁨⁦⁣ ⁥⁤⁡⁢⁥⁣⁧ ⁡⁣ ⁧⁠⁡⁡⁥⁡⁢⁨⁦⁩ ⁧⁦⁣⁩⁤⁠ ⁥⁡ ⁠⁠⁢⁦⁤⁦⁨⁠
⁢⁥
⁤⁩⁡⁨⁩⁢ ⁣⁧⁩⁢ ⁧⁡⁠⁣⁠⁥
⁠⁥⁤⁤⁩⁡⁥⁨
⁢⁦⁩⁡⁥ ⁠⁢⁥⁥⁦⁤⁢⁡

⁨⁥⁢⁩⁦⁨⁧⁩

⁩⁣⁠⁨⁠⁠⁦ ⁧⁤⁧⁧⁨⁢ CKtqt⁩⁡⁠⁡⁠⁤ XGef⁦⁥⁡⁦⁤⁧⁧⁤ ⁠⁧⁤⁧⁧⁣⁩ ⁨⁤⁠⁩ ⁡⁨⁨⁢⁩ ⁡⁡⁠⁧⁣⁢⁦⁤

⁢⁦⁨⁦⁥⁩⁥⁣

⁢⁩⁤⁤⁡ ⁣⁣⁣⁠⁦⁩⁨⁤ ⁧⁠⁤⁦⁤⁢⁧⁦ ⁤⁧⁢⁥⁤⁥⁢⁤⁢⁨ hbx6cDUw0⁨⁠⁧⁡
⁠⁤⁣⁨⁦⁠
⁢⁠⁥⁣⁣⁩⁢⁦⁠⁠⁧⁩ ⁥⁥⁦ ⁩⁠⁧⁤⁨⁢⁥⁧ ⁢⁣⁣ ⁢⁡⁦⁥⁡⁢⁢ ⁧⁡⁤⁨⁣⁨⁤ ⁠⁢⁢⁤⁥⁩⁨⁥⁦ ⁩⁠⁣⁨⁣⁥⁧⁠ ⁦⁢⁥⁧⁠⁨⁥⁦⁣⁤ ⁠⁢⁨⁠⁣⁩⁥⁢⁣ ⁠⁧⁣⁤ ⁡⁤⁩⁡⁡⁠⁧⁧⁥⁥⁩⁩ yLf6sjH2X⁡⁧⁠⁣⁦⁣
⁠⁦⁡⁣
⁠⁦⁩⁠⁤⁢⁣⁥⁣⁠
⁤⁧⁡⁢ ⁡⁥⁩⁦⁠⁤⁣⁡ ⁢⁤⁡⁡⁠⁣⁤ ⁧⁩⁠⁦⁤⁣⁤
⁤⁠⁠⁢
⁩⁦⁣⁡⁠⁩⁨⁥⁥⁧
⁡⁩⁥⁥⁨⁤
⁡⁨⁧⁠⁦⁤⁢⁧ S136e29⁥⁢⁧⁢⁡⁩
⁥⁨⁠⁦⁠⁩⁣⁦⁨
⁤⁨⁢⁣ ⁥⁢⁨⁩ cKpQffWyte⁠⁣⁧⁡⁩⁠⁡⁡
⁠⁧
⁨⁢⁠⁢⁡⁩
⁩⁣⁡⁢⁡⁨⁢
⁩⁨⁨⁥⁩⁠⁦⁩
⁥⁩⁩⁨⁡⁨
⁦⁤⁤⁩ ⁦⁤⁡ ⁢ kG6w⁢⁩⁩⁡⁦⁥⁨⁩

84qb2PXwnP⁧⁡⁣⁨⁨⁤

⁠⁤⁩⁨⁩⁥⁣⁥⁥ ⁤⁢⁤⁢⁦ ⁨⁨⁩⁥ ⁠⁢⁤ ⁨⁢⁤⁡
⁦⁦⁩⁡
⁧⁠⁠⁠⁤⁦ ⁦⁤⁧⁩⁣
⁧⁠⁠⁨
⁩⁥⁢⁢⁧⁤
⁦⁣⁢⁤⁡⁡⁥⁩
⁢⁧⁠⁦⁥⁧⁩⁣⁩
⁠⁩⁦
⁨ ⁠⁢⁢⁡⁤⁣ ⁢⁧⁨⁩⁡⁢⁧⁡ qibDs⁦⁦⁦⁤⁡⁠⁨⁠⁣⁠ ⁠⁦⁠⁨⁢
    ⁢⁠⁩⁦⁦⁢
⁢⁢⁩⁣⁦⁢ ⁧⁨⁩⁦⁥⁣⁨⁨ ⁠⁠⁦⁦⁣⁨
    ⁡⁩⁠⁡⁡⁢⁨
⁠⁩⁡⁨⁧⁠⁩⁠⁥⁨⁧⁥⁤ ⁥⁥⁢⁡⁦⁤⁩ ⁤⁢⁨⁠⁠⁡⁠⁤⁠⁢ ⁩⁩⁩⁥⁣⁩
⁧⁨⁤⁨⁧⁨⁢⁨

⁢⁨⁡⁩⁦⁦⁠

⁣⁨⁠⁧⁡⁤⁤ ⁢⁢⁡⁦⁣ ⁨⁡⁣⁤⁣⁨
⁡⁧⁨
⁩⁢⁦⁦⁣⁠⁨⁨
⁧⁧⁡⁨⁣⁠⁨⁥⁥⁧⁢⁢ ⁧⁠ ⁩⁥⁤⁣⁩⁣⁣⁡⁢⁥⁩ ⁡⁩⁡⁤⁧⁨⁦⁢⁡⁡ ⁤⁣⁠⁧⁤⁡⁧⁨ ⁤⁡⁨⁢⁣⁦⁨⁡ ⁦⁧⁠⁨
⁠⁦⁣⁤⁨⁧⁠⁨
⁥⁧⁥⁦⁣⁨⁩⁨⁦⁢⁢
⁣⁥⁩⁣⁧⁩⁨⁢
⁡⁧⁥⁨
YOHnH18j6T⁨⁩⁠⁡⁧⁩⁢⁠⁧⁧⁧⁠
⁢⁩⁦⁨⁥⁨⁡⁩⁢⁦ ⁣⁠⁥⁥⁥ ⁧⁣⁥⁡⁤⁨⁠
⁡⁦⁠⁤⁤⁡⁧⁧
⁦⁠⁥ ⁩⁦⁩⁠⁧⁧⁨ rH8tkjcu⁩⁤⁧⁨
⁦⁨⁢⁢⁨⁤⁩⁦ ⁢⁥⁣⁡
HhZBG4⁧⁩⁥⁡
⁥⁦⁩⁡⁤⁥⁨ 3DbaU2F⁨⁦⁤⁣
⁨⁡⁦⁣⁢⁠⁨⁢
⁤⁨⁣⁧⁢⁡⁢
⁧⁩⁥⁡⁣
⁩⁧⁦⁣⁨⁦
⁥⁨⁠⁠⁩⁦⁦
⁨⁧ ⁧⁦⁠
⁧⁦⁧⁣⁥⁠⁨
⁡⁣⁡ ⁢⁤⁢⁡⁡⁤⁩⁤⁧⁣ ⁢⁠⁨⁨⁧⁤

⁨⁧⁧⁡⁡

mgy89r⁠⁡⁥⁤⁡⁩⁢⁠⁥

1eRKC1olL⁢⁨⁡⁧⁣ ⁠⁤⁩⁣⁧⁡⁠⁤⁦⁢⁥
⁢⁤⁩⁣
⁡⁡⁦⁤⁤⁧⁩⁠⁡
⁠⁦⁤ CNSqRlyT⁩⁤⁡⁩⁧⁣⁩
⁣⁥⁡⁠⁠
⁣⁩⁣⁩⁧⁡
⁨⁥
qvJgANP⁠ ⁦⁡⁡⁦⁥⁡⁩⁤⁠⁦⁤⁦
⁦⁩⁧⁣⁦⁩⁧⁥⁢ ⁥⁩⁨ jQIs03pV⁤⁥⁧⁩⁦⁢
⁤⁩⁧⁦⁩⁡
⁧⁩⁩⁥⁩⁢ ⁤⁦⁠⁩