• 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • 14
  • 15
  • 16
  • 17
  • 18
  • 19
  • 20
  • 20
11 22 33 44 55 66 77 88 99 1010 1111 1212 1313 1414 1515 1616 1717 1818 1919 2020 2120
 
V- NOTCH BALL VALVE SERIES MIC -421

 

 
 
   

INTRODUCTION

The V–Notch Ball Valve gives non-clogging, high capacity,
straight through flow control of fluids containing pulp and
paper stock or slurries and fluids containing suspended
solids or fibrous materials. V-Notch Ball Valve is quarter
turn valve with a segment Ball. The V-Ball create a wedging
and shearing effect prevent the dragging of stock or slurry
between the ball and its seal the
V- Notch Ball Valves are offered squared and clamped
driven shaft plus ball shaft with splined connection
designed for zero lost motion for highly accurate
positioning and precise control.

 
 
 
SPECIFICATION :
DESIGN
BS. 5351
SIZE 25 to 200 mm (1" to 8")
RATING ANSI 150
END CONNECTION     Flanged End
F/F DIMENSIONS ANSI B-16.10
FLOW CHARACTERISTICS Modified Equal Percentage,
Linear, On-Off.
FLOW DIRECTION Forward (into convex face of V-ball)
MAX. BALL ROTATION 90˚
BODY MATERIAL        Carbon Steel, Stainless Steel, and Alloy
Steel etc.
BALL MATERIAL CF8M Chrome plated/Alloy steels.
SEAT RING PTFE, Carbon Filled Teflon.
BALL RING   CF8M, Alloy steels
GASKET PTFE, Graphite Laminate.
GLAND PACKING PTFE V Rings, Grafoil.
ACTUATOR FORM Diaphragm, Rotary, Electric
ACTUATOR TYPE Scotch
DIAPHRAGM Nitrile / Neoprene
SPRING RANGE 3 – 15 Psig (0.2 – 1.0 Kg/cm²)
6 – 30 Psig (0.4 – 2.0 Kg/cm²)
AIR SUPPLY 20 – 35 Psig (1.4 – 2.5 Kg/cm²)
AIR CONNECTION 1/ 4" or 1/ 2" NPT
ACCESSORIES OPTIONAL Valve Positioner – Pneumatic,
Electro Pneumatic, Smart, Airset,
Solenoid Valve, Air Lock,
Volume Booste, Position Transmitter,
Limit Switches etc.
Top or Side Mounted Handwheel
 
 

V-NOTCH BALL VALVE

 

DESIGN FEATURES :

  • A Shearing effect between the ball and seal ensures tight shut-off, even on fibrous slurries.
  • The unrestricted, straight – through flow design provides high capacity and wide
    rangeability.
  • Precise contouring of the V-notch balls provides a nearly equal percentage characteristic.
  • Replaceable ball seal and back up ring for added rigidity.
  • Ball machined to a super smooth finish, hard – chrome plated and polished to increase Ball
    seal life.
  • High Cv to body size ratio.

QUALITY AND PERFORMANCE GUARANTEE :

  • Produced with Quality Systems accredited to ISO 9001: 2008 by Bureau Veritas.
  • Full material certification available for all major component Parts.
  • Full guarantee on design and Performance.
  • All testing are performed to the requirements of ANSI B16.34.

VALVE SIZING CO-EFFICIENT Cv RATING

VALVE SIZE Inches 1 11/2 2 21/2 3 4 6 8
mm
   
25
40
50
65
80
100
150
200
Cv (MAX.) AT 90º OPENING
26
78
120
220
325
595
1050
1750

 

PRESSURE / TEMPERATURE
FOR PTFE BALL SEALS
FLOW CHARACTERISTIC
CURVES 90º OPENING
pressure-temp-ptfe-ball-seals FLOW CHARACTERISTIC
   
 

MOUNTING DIMENSIONS FOR V-NOTCH BALL VALVE

mounting-dimension-for-v-notch-ball

VALVE
SIZE
ACTUATOR
MODEL
FACE TO FACE C / C Ǿ D H STD TMH SMH
ANSI 150 H1 H2 H3
15
MIC-141-90º
108
188
218
85
328
488
--
25
MIC-166-90º
127
248
286
100
432
639
635
40
MIC-166-90º
165
280
286
100
432
639
635
50
MIC-166-90º
176
273
286
100
432
639
635
65
MIC-106-90º
190
301
371
100
466
673
670
80
MIC-106-90º
203
301
371
100
466
673
670
80
MIC-251-90º
203
306
443
160
657
944
907
100
MIC-251-90º
229
368
443
160
657
944
907
150
MIC-251-90º
267
396
443
170
667
954
917
150
MIC-411-90º
267
430
616
190
768
N/A
1073
200
MIC-411-90º
292
502
616
190
768
N/A
1073
  INSTALLATION
 

The valve should preferably be installed with actuator vertically above or below the valve body. It
can be installed in a horizontal or angled position if actuator is suitably supported. Necessary
clearance should be provided above the actuator to permit servicing. The flange bolts are to be
tightened evenly to avoid placing strain on the body. The inlet of air pressure regulator (Air set)
should be connected to the pneumatic supply line. Supply pressure to the diaphragm actuator
should be either 1.5 kg/cm² (20 psig) or 2.5 kg/cm² (35 psig) as per indication on the nameplate.
For cylinder actuator, supply pressure specified. For control applications, the air set and valve
positioner are mounted, piped and adjusted at the factory.

   
 

FINAL CHECK

After installation, check the valve operation for full stroke as indicated on the nameplate, check for
leaks in air line connection. Open and close the valve two or three times to ensure proper operation.
Before commissioning the process flow, it is essential to flush clean the piping properly. Ball valves
require minimum maintenance for its operation. Apply a few drops of oil on the exposed guides and
bushings, Hand wheel, if present, must be greased periodically

 

The Company’s policy is one of continuous product improvement and the right is reserved to
modify the specifications contained herein without notice.

 
PH Sensor   I   PH Electrode   I   Industrial Dip   I   Industrial PH Sensor   I   Sterilizable PH Sensor   I   Online PH Indicator / Controller / Transmitter   I   PH Meter   I   
PH Bench Meter With 0.001 Resolution and Stability Indicator   I   Slim PH Meter   I   
Conductivity Sensor   
I   Conductivity Sensors   I   Conductivity Sensor - Industrial Pipeline   I   Conductivity Sensor - Industrial Dip   I   Sanitary Conductivity Sensor   I   Conductivity Indicating Controller Cum Transmitter   I   Conductivity Meter   I   Multi-ranging Conductivity, TDS, NaCl, Temperature Meter   I   Multi - Ranging Conductivity Meter   I   Dissolved Oxygen Sensors   IGalvanic-Maintenance Free DO2 Electrode  I   Polarographic DO2 Electrode   I   MicroSet DO Sensor   I   DO ( Dissolved Oxygen ) Meter   I   Dissolved Oxygen Meter   I   Table Top Dissolved Oxygen Meter   I   Portable Dissolved Oxygen Meter   I   Ultrasonic Level Transmitter   I   Electromagnetic Flow Meter   I   PH Transmitters   I   On-line Panel Mounted PH Indicator cum Transmitter   I   Online PH Transmitter   I   Oxidation Reduction Potential   I   Oxidation Reduction Potential Sensor (I) – ( ORP Sensor )   I   Oxidation Reduction Potential Sensor – ( ORP Sensor )   I   Online Oxidation Reduction Potential Indicator, Controller and Transmitter   I  Oxidation Reduction Potential Transmitters - ( ORP Transmitters )   I   Ozone Amperometric Sensors   I   Dissolved Chlorine Sensors   I  TDS Indicating Controller   I   Magnetic Flowmeter   I   Dissolved Chlorine Dioxide Sensors   I   Dissolved Oxygen Transmitter - ( DO Transmitter )   I   Conductivity Transmitter Micro-CT-211T  II  Temperature and Air Velociy Transmitter DUW 221  II   Clamp On Ultrasonic Flow Meter  II   Process Conductivity / TDS Controller & Transmitter  II   Micro Controller Bsed Conductivity Indicator / Controller  II   Electromagnetic Flow Meter MS FL 0117  II   High Precision Air / Gas Velocity Transmitter  II   Magnetic Float Operaded, Guided Level Switch  II   Micro Controller Based Conductivity / TDS  II   Micro controller Based PH Indicator / Controller  II   Micro Controller Based ORP Indicatorc / Controller  II   Digital pH Indicator CUM Transmitter  II   Micro Controller Based PH Meter MS pH 644  II   Digital Bench Top pH Meter  II   Digital Bench Top TDS / Conductivity Meter  II   Micro Controller Based TDS Indicator / Contorller  II   UPVc Electromagnetic Flow Meter MS FL 0117  I   Home   I   About Us   I   Contact Us   I
Enquiry   I   Sitemap