ISO 6164 Ball Valves

ISO 6164 ball valve is made in accordance to ISO 6164-1 (ISO250) and ISO 6164-2 (ISO400). Two-way high pressure ball valves are designed to use as on/off flow devices for hydraulic applications and have a round shape body. The size range available is from DN13 to DN200, which is from 1/2” to 8”.​

The working pressure is available from 100 bar to 400 bar, subjected to valve size diameter. The final maximum pressure rating of flange connection is determined by the overall working pressure of the pipeline. 
Size
  • 1/2" to 3"
Material
  • ​Carbon Steel, 212A & 2128
  • Stainless Steel, 282A & 2828
Working Pressure
  • ​250 bar
  • 400 bar
Connection Type
  • ISO 6164 Flange
ISO 6164 Ball Valves Catalogue

What are ISO 6164 Ball Valves?

1. What is ISO 6164 ball valve? 
​
ISO 6164 is a valve design to use in high pressure hydraulic systems. The valve working pressure determines by valve body size and when the body size goes bigger, the valve operation pressure goes lower. The final overall running pressure is determined by pipe or tube rating and flange connected. The working temperature ranges from -10°c to 100°c, subjected to material combination of the complete ball valve.
Model Type (ISO 6164-1)
Unit Weight (kg)
Working Pressure PN (bar)
KH-DN13-ISO250
2.90
350
KH-DN19-ISO250
6.80
350
KH-DN25-ISO250
7.20
315
KH-DN32-ISO250
12.50
250
KH-DN38-ISO250
16.60
250
KH-DN51-ISO250
24.90
250
KH-DN56-ISO250
26.60
250
KH-DN63-ISO250
36.90
​250
Table 1: ISO 250 Ball Valve Series
Model Type (ISO 6164-2)
​Unit Weight (kg)
​Working Pressure PN (bar)
KH-DN13-ISO400
2.90
400
KH-DN19-ISO400
6.80
400
KH-DN25-ISO400
7.20
​400
KH-DN32-ISO400
12.50
400
KH-DN38-ISO400
16.60
400
KH-DN51-ISO400
24.90
400
KH-DN56-ISO400
26.60
400
KH-DN63-ISO400
42.53
400
​KH-DN70-ISO400
43.00
315
KH-DN80-ISO400 (PN100)
51.00
100
KH-DN80-ISO400 (PN400)
63.00
​400
Table 2: ISO 400 Ball Valve Series
2. What material is a ball valve made of?
​
The material available for ISO 6164 ball valve is stainless steel and carbon steel. The major component parts of the ball valve consist of the body, ball, stem, ball seats and O-ring. Please refer to the standard chemical combination below. Other chemical combination can be customized upon request.
Materials
DN 15-50
​212A
DN 15-50
2128
DN 15-50
282A
DN 15-50
2828
Body
Steel
​Steel
​Steel
​Steel
Ball
​Steel
​Steel
​Steel
​Steel
Stem
​Steel
Steel
Duplex
​Duplex
Ball Seats
POM
POM
POM
POM
O-rings
NBR
FPM
NBR
FPM
T Min. / T Max.
-10°c / 100°c
-10°c / 100°c
-10°c / 100°c
-10°c / 100°c
Table 3: Chemical combination for complete ball valve
3. How do you stop a ball valve leak?

When larger ball valve size has to be activated at full differential pressure, a smaller ball valve can be used before activation in order to equalize the pressure. A combine bypass within the flange valve body to provide less leakage points compared to a pipe installation solution. 
​
  • Both main valve and bypass valve can be offered with locking device features or any other accessory like limit switches or actuators.
  • Bypass valve is a standard manifold mounting PKH valve which can be easily removed, replaced and maintained. 
  • Bypass manifold mounting valve provides bubble tight shut off application.
4. What are ball valve accessories? 

Valve can be customised with additional accessories options on request as per below:
  • Locking devices 
  • Actuators packages 
  • Mounting holes 
  • Alternative lever designs and materials 
  • Position switches 
  • Special combination 
  • Detent
5. What is a ball valve used for?
​
The ball valve can be applied in different industry:  
  • Pipeline construction 
  • Machine tool 
  • System engineering 
  • Offshore sector 
  • Marine hydraulic 
  • Power units 
  • Oil & Gas refinery rings
6. Does the valve has any certification? 
​
MHA valve has the following test facilities:
Test mediums
  • Hydraulic oil 
  • Water
  • Air
  • Helium
  • Nitrogen
Test Pressures
  • 0.6 MPa to 40 MPa air 
  • 0.01 MPa to 650 MPa water
  • 20 MPa nitrogen 
  • Helium leak test
Test Temperatures
  • 20°C to 500°C
Table 4: Test Facilities by MHA-Zentgraf
MHA carries out the following technical approval and issues certificates as below: 

6.1 Test certificates according to DIN EN 10204 for ball valves 
  • 3.1
  • 2.2

6.2 Material certificates according to DIN EN 10204
  • 3.1
  • 3.2
  • 2.2
Certificate Type
Types of Test Certificates
Content of Certificates
Confirmation of Certificate by
2.2
Test Report
Confirmation of accordance to the order stating the results of non-specific tests
The manufacturer
3.1
Inspection Certificate 3.1
Confirmation of accordance to the order stating the results of specific tests
Authorised manufacturer inspection representative (independent party from the production division)
3.2
Inspection Certificate 3.2
Confirmation of accordance to the order stating the results of specific tests
Authorised manufacturer inspection representative (independent party from the production division) and the authorised buyer inspection representative or the inspection representative who is authorised by official legal regulation
Table 5: Material Cert Type by MHA-Zentgraf
ISO 6164 Ball Valves Catalogue

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