V5011R Honeywell - Resideo
Control valve thhreaded

V5011R Honeywell - Resideo Control valve thhreaded
calculation and selection
87 % - model rating
Drawing V5011R Honeywell - Resideo Control valve thhreaded
Data sheet
Сфера применения
Техническое описание

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Model
V5011R
Manufacturer
Country
United States
Allowable working fluids
Water | Steam
Body material
brass
Control element
globe valve
Flow characteristic
-
Regulation
proportional
Pressure-balanced valve
-
Connection type
internal thread
Drive connection
-
Tmax (for water)
120 °C
Tmin (for water)
2 °C
PN
16
Kvs m³/h
dP= 0.0 kPa

technical
specifications
price

DN
mm 		Kvs
m³/h 		L
mm 		h
mm 		compatible with
actuator 		price
15 0.63
1.00
1.60
2.50
4.00
 83 20

ML6420A, ML6425A/B
Honeywell - Resideo : dPmax = 16.0 bar

ML7420A, ML7425A/B
Honeywell - Resideo : dPmax = 16.0 bar

 add your price
20 6.30
 83 20

ML6420A, ML6425A/B
Honeywell - Resideo : dPmax = 16.0 bar

ML7420A, ML7425A/B
Honeywell - Resideo : dPmax = 16.0 bar

 add your price
25 10
 103 20

ML6420A, ML6425A/B
Honeywell - Resideo : dPmax = 10.0 bar

ML7420A, ML7425A/B
Honeywell - Resideo : dPmax = 10.0 bar

ML6421A/B
Honeywell - Resideo : dPmax = 16.0 bar

 add your price
32 16
 106 20

ML6420A, ML6425A/B
Honeywell - Resideo : dPmax = 7.0 bar

ML7420A, ML7425A/B
Honeywell - Resideo : dPmax = 7.0 bar

ML6421A/B
Honeywell - Resideo : dPmax = 16.0 bar

 add your price
40 25
 120 20

ML6420A, ML6425A/B
Honeywell - Resideo : dPmax = 4.6 bar

ML7420A, ML7425A/B
Honeywell - Resideo : dPmax = 4.6 bar

ML6421A/B
Honeywell - Resideo : dPmax = 15.0 bar

 add your price
50 40
 134 20

ML6420A, ML6425A/B
Honeywell - Resideo : dPmax = 2.6 bar

ML7420A, ML7425A/B
Honeywell - Resideo : dPmax = 2.6 bar

ML6421A/B
Honeywell - Resideo : dPmax = 8.5 bar

 add your price

DN - nominal diameter, mm.

L - length along the pipeline axis, mm.

h - valve stem travel, mm.

dP - permissible pressure drop across the valve (for water), bar.

Kvs - flow capacity, corresponds to the water flow rate in m³/h, at which the pressure drop across the valve will be 1 bar.

question : comment : feedback

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Kvs
Flow coefficient
m³/h
PN
Nominal pressure PN
bar
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