Pressure reducing valve with flange connection
Construction
The pressure reducing valve comprises:
• Housing with PN25 flanges to DIN 86021
• Valve insert complete with diaphragm and valve seat
• Spring bonnet with adjustment knob
• Filter with 0.5 mm mesh
•Filter bowl
• Adjustment spring
• Pressure gauge not included (see accessories)
Materials
• Red bronze housing
• High-quality synthetic material valve insert
• Brass spring bonnet
• Stainless steel filter mesh
• Brass filter bowl
• Spring steel adjustment spring
• Fibre-reinforced NBR diaphragm
EN0H-1005GE23 R1109 • Subject to change
• NBR seals
D16
Standard pattern
Product specification sheet
Application
Pressure reducing valves of this type protect installations against
excessive pressure from the supply. They can be used for
household, industrial or commercial applications within the range
of their specification.
By installing a pressure reducing valve, pressurisation damage is
avoided and water consumption is reduced.
The set pressure is also maintained constant, even when there is
wide inlet pressure fluctuation.
Reduction of the operating pressure and maintaining it at a
constant level minimizes flow noise in the installation.
Special Features
• The outlet pressure is set by turning the adjustment knob
1
•G
/4" pressure gauge connections on inlet and outlet
• The adjustment spring is not in contact with the potable water
• The valve insert is of high quality synthetic material and can
be fully exchanged
• Intergral filter
• Easily retrofittable to convert valve to a reverse-rinsing filter
combination
• Inlet pressure balancing - fluctuating inlet pressure does not
influence outlet pressure
• Meets KTW recommendations for potable water
Range of Application
Medium Water, compressed air* and nitrogen* in
consideration of valid standards (e.g. DIN
EN 12502)
Inlet pressure max. 25 bar
Outlet pressure 1.5 - 12 bar
Set during manufacture at 4.0 bar outlet pressure
Technical Data
Operating temperature
Nominal pressure PN25
Minimum pressure
drop
Nominal size DN15 - DN40
*
As part of an installation being approved according to PED requirements, this
product must also be certified.
max. 70°C
1 bar
www.honeywell.com 35
D16 Pressure reducing valve with flange connection
Method of Operation
Spring loaded pressure reducing valves operate by means of a
force equalising system. The force of a diaphragm operates
against the force of an adjustment spring. If the outlet pressure
and therefore diaphragm force fall because water is drawn, the
then greater force of the spring causes the valve to open. The
outlet pressure then increases until the forces between the
diaphragm and the spring are equal again.
The inlet pressure has no influence in either opening or closing of
the valve. Because of this, inlet pressure fluctuation does not
influence the outlet pressure, thus providing inlet pressure balancing.
Options
D16-... A = With PN 25 flanged connections to DIN 86021
Special Versions available on request
Connection size
Connection sizeR1520253240
Weight approx. kg 2.9 3.6 5.6 7.5 9.5
Dimensions mm
L 130 130 160 180 200
H 103 103 140.5 140.5 172
h 51.5 51.5 77 77 114.5
D5656747485
F 95 95 115 140 150
-value 3.0 3.3 8.5 10.1 13.5
k
vs
Accessories
FN09S-AM HABEDO ® Retrofit filter
Reverse-rinsing filter with red bronze filter cup for
retro-conversion of a pressure reducing valves to a
filter combination unit
M38K Pressure gauge
M38K
Housing diameter 50 mm, below connection thread
1
G
/4". Ranges: 0 - 4, 0 - 10, 0 - 16 or 0 - 25 bar.
Please indicate upper value of pressure range when
ordering
FN09S-AM
36 www.honeywell.com
ZR06K
ZR06K Double ring wrench
For removal of spring bonnet and filter bowl
EN0H-1005GE23 R1109 • Subject to change
Installation Example
D16 Pressure reducing valve with flange connection
Connection size DN 15 20 25 32 40
W* mm 55 60 65 80 90
* Minimum distance from wall to centre line of pipework
Installation Guidelines
• Install in horizontal pipework with filter bowl downwards.
• Install shutoff valves
• The installation location should be protected against frost
and be easily accessible
o Pressure gauge can be read off easily
o Simplified maintenance and cleaning
• Install downstream of the strainer
o This position ensures optimum protection for the pressure
reducing valve against dirt
• Provide a straight section of pipework of at least five times the
nominal valve size after the pressure reducing valve (in accordance with DIN 1988, Part 5)
20
30
10
bar
40
0
10
5
15
bar
0
16
Typical Applications
Pressure reducing valves of this type are suitable for household,
industrial and commercial applications within the range of their
specifications.
Pressure reducing valves should be installed:
• If the static pressure exceeds the maximum permissible value
for the system
• If several pressure zones are required when a pressurisation
system is used (pressure reducers on each storey of a building)
• If pressure fluctuations in the downstream system must be
avoided
• To achieve constant inlet and outlet pressures on pumped
pressure boosting systems
Flow Diagram
EN0H-1005GE23 R1109 • Subject to change
www.honeywell.com 37
D16 Pressure reducing valve with flange connection
Spare Parts
Pressure Reducing Valve D16, from 1983 onwards
No. Description Dimension Part No.
1 Valve insert complete DN 15 + 20 D16A-15
for D16 DN 25 + 32 D16A-25
DN 40 D16A-40
2 Hexagon-plug all S06M-1/4
with O-ring R
1
(5 pcs.)
1
/4"
3 Replacement filter DN 15 + 20 ES16-15
insert DN 25 + 32 ES16-25
DN 40 ES16-40
4 O-ring DN15 + DN20 0901246
(10 pcs) DN25 + DN32 0901247
2
DN40 0901248
5 Brass filter bowl DN15 + DN20 SM06T-1/2
with o-ring DN25 + DN32 SM06T-1A
DN40 SM06T-11/2
1
3
4
Automation and Control Solutions
Honeywell GmbH
Hardhofweg
D-74821 Mosbach
Phone: (49) 6261 810
Fax: (49) 6261 81309
http://europe.hbc.honeywell.com
www.honeywell.com
5
Manufactured for and on behalf of the
Environmental and Combustion Controls Division
of Honeywell Technologies Sàrl, Rolle, Z.A. La
Pièce 16, Switzerland by its Authorised Representative Honeywell GmbH
EN0H-1005GE23 R1109
Subject to change without notice
© 2009 Honeywell GmbH
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