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Home > products > Control Valves > High Pressure Angle Type Control Valve ANSI 2500 Venturi Type Forged Angle Valve

High Pressure Angle Type Control Valve ANSI 2500 Venturi Type Forged Angle Valve

Product Details

Place of Origin: China

Brand Name: WEYO

Model Number: VAH

Payment & Shipping Terms

Minimum Order Quantity: Negotiable

Packaging Details: Customized packaging to protect products

Delivery Time: 7 - 15 days for small orders, 15 - 30 days for large orders

Payment Terms: L/C, T/T

Supply Ability: 5000 units per month for small parts. 1000 units per month for large parts

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High Pressure Angle Type Control Valve

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ANSI 2500 Angle Type Control Valve

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3/4'' control angle valve

Type:
Venturi-type Forged Angle Valve
Nominal Diameter:
3/4″, 1″ And 1.5″
Nominal Pressure:
ANSI 2500
Connection Type:
Flanged Type: RF, RJ And Lens Gasket Connection
Flange Standard:
In Accordance With ANSI 16.5
Material:
Forged Steel Or Forged Stainless Steel, 1.25Cr0.5Mo, 2.25Cr1.0Mo, 5.0Cr0.5Mo Or SCPH21, SCPH32, SCPH61
Upper Valve Bonnet:
Normal Temperature Type (S): 0~+200℃ High Temperature Type (RF): +200~+425℃
Gland Type:
Bolt-compressed Type
Packing:
V-type PTFE Packing, Impregnated PTFE, Asbestos Packing, Asbestos Braided Packing.
Type:
Venturi-type Forged Angle Valve
Nominal Diameter:
3/4″, 1″ And 1.5″
Nominal Pressure:
ANSI 2500
Connection Type:
Flanged Type: RF, RJ And Lens Gasket Connection
Flange Standard:
In Accordance With ANSI 16.5
Material:
Forged Steel Or Forged Stainless Steel, 1.25Cr0.5Mo, 2.25Cr1.0Mo, 5.0Cr0.5Mo Or SCPH21, SCPH32, SCPH61
Upper Valve Bonnet:
Normal Temperature Type (S): 0~+200℃ High Temperature Type (RF): +200~+425℃
Gland Type:
Bolt-compressed Type
Packing:
V-type PTFE Packing, Impregnated PTFE, Asbestos Packing, Asbestos Braided Packing.
High Pressure Angle Type Control Valve ANSI 2500 Venturi Type Forged Angle Valve

VAH High-Pressure Angle Control Valve

The valve core and valve seat of the VAH high-pressure angle control valve are made of materials with extremely high hardness to prevent erosion and wear caused by high-pressure fluids. The fluid flows from the side to the bottom; for controlling gas, the flow direction can also be from the bottom to the side.

 

Cv value and stroke are shown in Table 1 Table 1
Nominal diameter(mm) 3/4″ 1″ 1.5″
seat diameter(mm) 6 8 10 13 16
rated Cv value 0.33 0.73 1.3 2.3 3.2 6 9
rated stroke(mm) 14.3 19.05 23.8

 

Allowable pressure difference
A. Fluid flow direction: side-in and bottom-out (with positioner) are shown in Tables 2-5

(1) Air-closed valve (P2≈0 and △P=0.5 P1)  Table 2  Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2D 0.14 0.02~0.10 8 8 8    
0.26 29 16.5 10.5    
0.26 0.02~0.18 14 14 14    
VA3D 0.14 0.02~0.10 13 13 13 10  
0.26 42 27 17 10  
0.26 0.02~0.18 22 22 22 20  
VA4D 0.14 0.02~0.10         9.5
0.26         9.5
0.26 0.02~0.08         19

 

(2) Air-to-open valve (P2≈0 and △P=0.5 P1) Table 3 Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2R 0.14 0.04~0.12 12 10 10.5    
0.26 0.08~0.24 23.5 23.5 21    
VA3R 0.14 0.04~0.12 19.5 19.5 17.5 10  
0.26 0.08~0.24 30 30 30 20.5  
VA4R 0.14 0.02~0.12         9.5
0.26 0.08~0.24         19

 

(3) Air-closed valve (△P≈0.5 P1) Table 4 Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2D 0.14 0.02~0.10 7 7 7    
0.26 29 16 10.5    
0.26 0.02~0.18 12 12 12    
VA3D 0.14 0.02~0.10 11.5 11.5 11.5 9.5  
0.26 42 27 17 10  
0.26 0.02~0.18 20 20 20 14.5  
VA4D 0.14 0.02~0.10         8
0.26         9.5
0.26 0.02~0.08         14

 

(4) Air-to-open valve (△P≈0.5 P1) Table 5 Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2R 0.14 0.04~0.12 11 11 11    
0.26 0.08~0.24 21.5 21.5 21    
VA3R 0.14 0.04~0.12 18 18 17.5 10  
0.26 0.08~0.24 35.5 35.5 34.5 20.5  
VA4R 0.14 0.02~0.12         9.5
0.26 0.08~0.24         19

 

B. Fluid flow direction: bottom-in and side-out (with positioner) are shown in Tables 6-9

(1) Air-closed valve (P2≈0 and △P≈P1)Table 6  Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2D 0.14 0.02~0.10 17 11 8    
0.26 42 42 38    
0.26 0.02~0.18 30 19.5 13.5    
VA3D 0.14 0.02~0.10 28.5 18.5 13 8.5  
0.26 42 42 42 41  
0.26 0.02~0.18 42 32 22.5 15  
VA4D 0.14 0.02~0.10         8.5
0.26         40.5
0.26 0.02~0.08         14.5

 

(2) Air-to-open valve (P2≈0 and △P=P1) Table 7 Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2R 0.14 0.04~0.12 26.5 17 12    
0.26 0.08~0.24 42 24.5 28.5    
VA3R 0.14 0.04~0.12 42 28.5 20 13  
0.26 0.08~0.24 42 42 40.5 26.5  
VA4R 0.14 0.02~0.12         9
0.26 0.08~0.24         22

 

(3) Air-closed valve (△P≈0.5 P1) Table 8 Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2D 0.14 0.02~0.10 9.5 8 6.5    
0.26 42 37.5 31.5    
0.26 0.02~0.18 16 13.5 11.5    
VA3D 0.14 0.02~0.10 15.5 13 11 7.5  
0.26 42 42 42 35  
0.26 0.02~0.18 26.5 22.5 19 12.5  
VA4D 0.14 0.02~0.10         7
0.26         34
0.26 0.02~0.08         12

 

(4) Air-to-open valve (△P≈0.5 P1) Table 9 Unit: MPa
Actuator supply pressure spring range rated Cv value
0.33~1.3 2.3 3.2 6 9
VA2R 0.14 0.04~0.12 14.5 12 10    
0.26 0.08~0.24 28.5 24 20    
VA3R 0.14 0.04~0.12 23.5 20 16.5 11.5  
0.26 0.08~0.24 42 33.5 33.5 22.5  
VA4R 0.14 0.02~0.12         11
0.26 0.08~0.24         22

 

Overall dimensions and weight are shown in Table 10 Table 10
Nominal diameter Actuator A(mm)E(mm) D
(mm)
H(mm) C
(mm)
weight kg
RFRJ lens gasket   normal temperature high temperature normal temperature high temperature
3/4″ VA2D,R 61.4 55 220 55 810 940 350 80 90
VA3D,R 955 1085 450 105 120
1″ VA3D,R 71.4 65 250 65 980 1105 450 130 140
1.5″ VA4D 81.4 75 285 75 1160 1315 520 255 275
VA4R 1275 1430 280 300

 

Ordering Instructions
  1. Model
  2. Nominal diameter × seat diameter or required Cv value
  3. Nominal pressure and flange connection type
  4. Materials of valve body and internal valve components, requirements for surface hardening treatment
  5. Type of upper valve bonnet
  6. Actuator model, handwheel mechanism, supply pressure
  7. Valve action type
  8. Accessories
  9. Medium name, temperature and specific gravity
  10. Normal flow rate and required maximum flow rate
  11. Fluid pressure (when fully open or fully closed), outlet pressure, inlet pressure
  12. Medium viscosity, presence of suspended impurities
  13. Medium flow direction