VMV水波纹

V9000 Series Bellows Control Valve

VMV V9000 series GLOBE straight-stroke bellows control valve is developed by Newton’s professional R&D team. Conventional control valve, packing is easy to wear, leak externally, poor adjustment regulating, bellows seal is not durable and other phenomena.

V9000 Series Bellows Control Valve

Description

VMV V9000 series GLOBE straight-stroke bellows control valve is developed by Newton’s professional R&D team. In view of the conventional control valve, packing is easy to wear, leak externally, poor adjustment regulating, bellows seal is not durable and other phenomena, VMV has collected much operational condition informatio and researched technically for the above phenomenon.Many tests have proved that the V9000 series can fully meet the users’ needs, especially applied in the petrochemical industry and high requirements for fresh air and other special conditions.

  • Long-term operation, maintenance-free to keep working
  • Zero leakage of valve stem during long operation cycles
  • Bellows’ operational service life >500,000 times
  • High regulating precision
  • Fast response speed
  • Convenient and quick on-site valve maintenance
  • Wide temperature range(-196℃~588℃)

VMV equipped with either pneumatic diaphragm actuator or electric actuator according to the user’s on-site energy

Nominal diameterDN15(NPS1/2)~DN300
Pressure ratingPN16~PN420、Class150~Class2500
Operating voltage (electric actuator)220VAC, 380VAC, 24VDC
Air supply pressure (pneumatic actuator)0.4~0.6MPa
Operating temperature-45~588 ℃
PackingV-type combination packing(≤300℃)
Graphite combination packing(>300℃)
Rated Cv valueSee table below
Flow characteristicEqual percentage, linear, quick opening
Regulating50:1
Leakage levelIV (metal hard seal)
V (metal hard seal)
VI (soft seal)
Hysteresis<1%
Dead zone<0.8%
Allowable differential pressureSee table below
5.1 Single-seat control valve

V9000 SERIES BELLOWS CONTROL VALVE Structure And Characteris1

①. Bellows anti-rotation Structure
The keyway on the valve stem is matched with the pin of the bellows sleeve. Forcing the bellows to move along the axis to prevent damage and increase the service life of the bellows.

②. Bellows failure detection structure
A pressure gauge or pressure sensor can be connected to the detection port on the valve bonnet for real-time monitoring of bellows leakage.

③. Single bonnet structure
Lower external leakage risk.

④. Thread + Pin Connection Structure
The plug and stem are closely connected, and there is no relative moving gap. Effectively prevent stem fatigue and fracture caused by the relative swing of the plug and stem.

⑤. Sealing gasket quantitative compression structure
Prevent the gasket from being overly compressed to achieve durable sealing without leakage.

⑥. Up-pressure valve seat structure
By loosening the valve bonnet bolts, the internal components of the valve can be removed one by one, allowing for quick maintenance and replacement of the valve seat and internal components on-site,thus saving the user’s maintenance time.

⑦. Bellows and flow channel separation structure
Prevent the medium from directly impacting the bellows, improve the service life of the bellows.

⑧. Double-guided valve plug structure
The valve core operates smoothly, not prone to vibration and sticking,ensuring higher regulating precision.cc

⑨. Bellows structure with protective armor
Protects the bellows during handling, installation, and operation. Without bonnet parts, more convenient and fast to replace.

⑩. Bellows external pressure bearing structure
Provide stable pressure load for bellows, reduce movement and increase the maximum allowable stress, thus improving the bellows service life and valve operation accuracy.

5.2 Balanced Single-Seat Bellows Control Valve

V9000 SERIES BELLOWS CONTROL VALVE Structure And Characteris2

①. Wear-resistant piston ring seal structure
The wear-resistant piston ring still has self-lubricating at temperatures above 200°C, making the valve not easy to stretch and stick during the long period regulating process, maintaining a seal class above level IV .

②. Balanced single-seat structure
Low thrust overcomes the large pressure difference, has better performance of overcoming differential pressure.

③. Spherical valve plug structure
The throttling orifice is uniformly distributed on the surface of the valve core, allowing the medium to flow smoothly and stably, thus has higher regulating precision.

6.1 Common valve trim materials
BodySeatPlugStemBellowsPacking
JS1249420+HT420+HT410304PTFE
WCB304+STL304+STL630316Flexible graphite
LCB304304XM-19HC276
WC6316L+STL316L+STL304316Ti
WC9321+STL321+STL316L
CFS304+RPTFE304+RPTFEHC276
CF3316L+RPTFE316L+RPTFE
CF8MFll+Q.STLFll+Q.STL
CF3MHC276HC276
HC276
6.2 Temperature and pressure corresponding range of valve body material(MPa)
TempClass150Class300Class600
WCBWC6WC9CF8CF8MWCBWC6WC9CFSCF8MWCBWC6WC9CF8CF8M
-196~-301.901.904.964.969.939.93
-29~381.961.981.981.901.905.115.175.174.964.9610.2110.3410.349.939.93
501.921.951.951.831.845.015.175.174.784.8110.210.3410.349.569.62
1001.771.771.771.571.624.665.155.154.094.229.3210.310.38.178.44
1501.581.581.581.421.484.514.975.033.73.859.029.9510.037.47.7
2001.381.381.381.321.374.384.84.863.453.578.769.599.726.97.13
2501.211.211.211.211.214.194.634.633.253.348.399.279.276.56.68
3001.021.021.021.021.023.984.294.293.093.167.968.578.576.186.32
3250.930.930.930.930.933.874.144.143.023.097.748.268.266.046.18
3500.840.840.840.840.843.764.034.032.963.037.518.048.045.936.07
3750.740.740.740.740.743.643.893.892.92.997.277.767.765.815.98
4000.650.650.650.650.653.473.653.652.842.946.947.337.335.695.89
4250.550.550.550.550.552.883.523.522.82.915.757.007.005.65.83
4500.460.460.460.463.373.372.742.886.776.775.485.77
4750.370.370.370.373.173.172.692.876.346.345.395.73
5000.280.280.280.282.572.822.652.825.155.655.35.65
5380.140.140.140.141.491.842.442.522.983.694.895.00
5501.271.562.543.13
5750.881.051.762.11
6000.610.691.221.38
Temp℃PN16PN25PN40
WCBWC6WC9CF8CF8MWCBWC6WC9CFSCF8MWCBWC6WC9CF8CF8M
-196~-301.571.572.452.453.923.92
-29~381.611.631.631.571.572.522.552.552.452.454.034.084.083.923.92
501.581.631.631.511.522.472.552.552.362.373.954.084.083.783.8
1001.461.631.631.291.332.292.542.542.022.083.664.064.073.233.33
1501.431.571.581.171.222.232.452.481.831.93.573.933.962.933.04
2001.381.511.541.091.132.162.372.411.71.763.463.793.852.722.82
2501.321.461.461.031.052.062.282.291.61.653.293.643.662.562.63
3001.221.351.350.9711.912.112.111.511.563.063.383.382.422.5
3501.171.271.270.930.961.821.981.981.461.52.93.183.182.332.4
3751.151.231.230.920.941.81.911.911.441.472.883.063.062.32.36
4001.091.151.150.90.931.71.81.81.411.452.722.892.892.262.32
4250.911.111.110.880.921.421.731.731.371.442.272.772.772.22.3
4501.071.070.860.911.671.671.351.422.672.672.162.28
475110.850.911.561.561.331.412.52.52.132.26
5000.80.880.840.861.241.371.311.351.992.192.092.16
5250.570.680.760.80.91.071.191.251.431.711.92
5500.40.490.690.760.630.761.071.1811.211.721.89
5750.280.330.630.430.520.990.690.831.58
6000.190.220.530.30.310.830.480.511.32
TempPN63PN100
WCBWC6WC9CF8CF8MWCBWC6WC9CF8CF8M
-196~-306.176.179.89.8
-29~386.356.436.436.176.1710.0810.2110.219.89.8
506.226.436.435.955.989.8810.2110.219.449.5
1005.776.46.415.085.259.1510.1610.178.078.33
1505.626.196.244.624.798.929.829.97.347.6
2005.455.966.064.294.438.659.479.636.817.04
2505.195.745.764.044.158.239.119.146.416.59
3004.815.335.333.813.937.648.468.166.056.24
3504.59553.673.797.297.947.945.836.01
3754.534.824.823.633.727.27.667.665.765.9
4004.294.554.553.563.666.817.227.225.645.81
4253.574.364.363.463.625.676.926.925.55.75
4504.24.23.43.596.676.675.45.69
4753.943.943.353.566.256.255.325.66
5003.143.463.293.44.985.495.235.4
5252.262.692.993.143.584.284.754.99
5501.581.912.72.972.513.034.294.72
5751.091.312.51.742.083.96
6000.750.862.081.191.363.31
6.3 The valve trim material corresponds to the temperature and pressure range

①Valve plug (valve seat) material 420+HT
V9000 ①Valve plug (valve seat) material 420+HT

② Valve plug (valve seat) material: F11+Q.STL

V9000 ②Valve plug (valve seat) material F11+Q.STL

③ Valve plug (valve seat) material: 304+STL/316L+STL

V9000 ③Valve plug (valve seat) material 304+STL 316L+STL

④ Valve plug (valve seat) material: 304/316L

V9000 ④Valve plug (valve seat) material 304 316L

⑤ Valve plug material: 304+RPTFE/316L+RPTFE

V9000 ⑤Valve plug material 304+RPTFE 316L+RPTFE

⑥ Packing material: PTFE

V9000 ⑥Packing material PTFE

⑦ Packing material: graphite

V9000 ⑦Packing material graphite

V9000 7.Typical flow characterissc curve

Nominal diameterTravelValve seat diameter codeRated CV
LinearEqual percentage
166E0.002
166D0.005
166C0.008
166B0.01
166A0.08
1660.120.12
1670.230.23
1680.580.58
16101.21.2
16121.91.9
16142.92.9
DN1516154.74.7
16187.47.4
DN2016201010
DN2516251414
DN3220322424
DN4020403030
DN5020504845
DN6530657474
DN803080117117
DN10030100187187
DN12560125320287
DN15060150456433
DN20060200749678
DN250102501100950
DN3001030016001400
DN35013035021001900
DN40013040028002600
Nominal diameterActuator modelPN lOMPa (metal seal level IV )
PTFE packingGraphite packing
Unbalanced single seat structureBalanced single seat structureUnbalanced single seat structureBalanced single seat structure
DN20MT14.31.9
DN25MT13.61.6
DN32MT11.960.92.2
DN40MT11.360.72.2
DN50MT10.860.42.2
DN65MT21.28.71.15
DN80MT20.88.70.76.5
DN100MT20.56.80.45
DN125MT30.7100.29.2
DN150MT30.59.87.7
DN200MT364.6
DN250MT47.25.6
DN300MT45.74.5

V9000 SERIES BELLOWS CONTROL VALVE Dimensions and Weight

10.1 Overall dimensions (mm)
Nominal diameterActuator modelLH1H2H3ΦA
PN16PN25PN40CLASS 150CLASS 300PN63 PN100 CLASS600Standard type bonnetRadiator fin type bonnetWithout handwheelWith handwheel
DN15MT116016016016019420675310425300450180
DN20MT116016016016019420675310425300450180
DN25MT116016016016019721075310425300450180
DN32MT118018018018022225190335455300450180
DN40MT120020020020023525190335455300450180
DN50MT1230230230230267286105375495300450180
DN65MT2290290290290292311115454654398651270
DN80MT2310310310310318337120454654398651270
DN100MT2350350350350368394145479689398651270
DN125MT34004004004004254571897801100681890400
DN150MT34804804804804735081897801100681890400
DN200MT36006006006005686102398011150681890400
DN250MT46737087086737087523051129150011001700590
DN300MT47377757757377758193351294165011001700590
10.2 Weight (kg)
Nominal DiameterActuator modelWeight
PN≤5MPaPN≤10MPa
Without handwheelWith handwheelWithout handwheelWith handwheel
DN15MT117242027
DN20MT117242027
DN25MT117242027
DN32MT133404148
DN40MT134414249
DN50MT135424350
DN65MT265757989
DN80MT267778292
DN100MT28696106116
DN125MT3171190209228
DN150MT3202221249268
DN200MT3285304357376
DN250MT4531566662697
DN300MT4703738885920

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