70 - 550*
Construction
The filling valve comprises:
• Housing with PN16 flanges per ISO7005-2, EN1092-2
• Pilot float valve 70-550*
Pilot float valve 70-610*
• Control circuit with ball valves on inlet and outlet
• Control circuit with integral rinsable filter insert
Materials
• Ductile iron housing, cover plate and diaphragm plate
(ISO 1083), powder coated
• Red bronze/stainless steel regulating cone
• Stainless steel pressure spring and control rod
• Fibre-reinforced NBR diaphragm
• NBR and EPDM seals
• Stainless steel valve seat
• High quality synthetic material control circuits
• Brass compression fittings
• Brass float valve housing
EN0H-1328GE23 R1009 • Subject to change
• Stainless steel filter insert
• High quality synthetic material spherical float
* not included in delivery
70 - 610*
FV300
Filling valve
Product specification sheet
Application
Filling valve of this type can be used in water supplies and for
industrial and commercial applications for the filling of reservoirs,
tanks and cisterns.It is controlled by the main storage medium via
a float valve and impulse link pipework.
Filling valve of this type is prevented from filling constantly by the
use of a pilot valve, which can be adjusted to provide varying fill
level differentials for opening and closing the valve.
Special Features
• High flow capacity
• Light weight
• Compact construction
• Powder coated inside and outside - Powder used is physiologically and toxicologically safe
• Integral control circuit and ball valves
Range of Application
Medium Water
Operating pressure Max. 16 bar
Switching level differential
Technical Data
Operating temperature
Nominal pressure PN 16
Minimum pressure 0.7 bar + pressure resulting from differential
Connection size DN 50 - 450
5 - 80 cm with
Pilot float valve 70-550
160 cm on request
5 - 40 cm with
Pilot float valve 70-610
Max. 80 °C
PN 25 on request
in physical height of the impulse link pipe
www.honeywell.com 51
FV300 Filling valve
Method of Operation
At zero pressure conditions the diaphragm valve is closed. If flow
is opened to the filling valve of this type, water enters the inlet
area and the increasing pressure opens the valve so that water
in the outlet area can flow into the container. If the water level in
the container reaches the preset level, then the float valve closes.
The inlet pressure in the diaphragm chamber increases and
closes the diaphragm valve. If the water level in the container
falls, the float valve opens, the pressure in the diaphragm
chamber falls and the inlet pressure opens the diaphragm valve
for as long as the set water level in the container is not reached.
Options
FV300- ... A =Housing with flange, PN 16,
ISO 7005, EN 1092-2
FV300- ... Z = PN 25, on request
Please order pilot float valves separately
Connection size
Connection size DN 50 65 80 100 150 200 250 300 350 400 450
Weight approx.kg14 15 24 39 82 159 247 407 512 824 947
Dimensions (mm)
Flow rate (Q
) in m3/h
max
L
230
H
235
h
83
292
294
93
310
400
100
350
433
110
480
558
143
600
650
173
730
823
205
850
944
230
980
990
260
1100
1250
290
40 40 90 160 350 480 970 1400 1900 2500 3150
1200
1250
310
- V=5.5 m/s
kvs-value m3/h 43 43 103 167 407 676 1160 1600 1600 3300 3300
Accessories
5
r
15
ba
0
16
FY69P Strainer
With double mesh, grey cast iron housing, powder
coated inside and outside.
A = Mesh size approximately 0.5 mm
FY69P
F76S-F Reverse-rinsing filter
Red bronze housing and filter bowl. Available in sizes
DN 65 to DN 100, with filter mesh sizes 100 µm
or 200 µm
RV283P
70-550
52 www.honeywell.com
F76S-F
70-610
RV283P Check valve
Grey cast iron housing, powder coated inside and
outside. DIN/DVGW tested in compulsory test sizes
DN 65, DN 80 and DN 100
70-550 Pilot float valves
Level switching differential 5 - 160 cm
70-610 Pilot float valve
Level switching differential 5 - 40 cm
EN0H-1328GE23 R1009 • Subject to change
Installation Example
FV300 with pilot float valve 70-550
FV300 Filling valve
FV300 with pilot float valve 70-610
Installation Guidelines
• Install shutoff valves on both sides of the pressure sustaining
valves
• Install strainer upstream of filling valve
o Protects against damage from coarse dirt
• Note flow direction (indicated by arrow)
• Ensure good access
o Simplifies maintenance and inspection
• It is recommended that the pilot float valve be fitted with a
stabiliser to prevent fluctuating water levels
• Install connectors for removal and refitting for maintenance
Flow Diagram
[
l/s
1000
500
100
50
10
5
EN0H-1328GE23 R1009 • Subject to change
1
3
]
[m
5000
1000
/h]
500
100
50
10
5
Typical Applications
Filling valves of this type, within the limits of their specifications,
are suitable for installation in water supply systems, in residential
buildings and in commercial and industrial installations.
The following are some typical applications:
• Potable water supplies, for example water reservoirs etc.
• Swimming pools
• Firefighting systems - sprinkler installations
• Ship construction (fire tenders)
• Watering systems in market gardens and in agriculture
• Water supply networks in large building developments (eg.
high rise blocks)
• Mining applications
• Gravel pits, concrete mixing plants etc.
DN 450
DN 400
DN 350
DN 300
DN
250
DN 200
DN 150
DN 100
DN 80
DN 65
DN 50
1
0,01
0,05 0,1 0,5 1 105
www.honeywell.com 53
[
bar
]
FV300 Filling valve
Spare Parts
Filling valve FV300, from 2002 onwards
2
No. Description Dimension Part No.
1 Pilot float valve
DN 50 - 450 70-550
Level switching differential 5 - 160 cm
3
1
2 Pilot float valve
Level switching diffe-
DN 50 - 450 70-610
rential 5 - 40 cm
3 Set of seals DN 50 0903750
DN 65 0903751
DN 80 0903752
DN 100 0903753
DN 150 0903754
DN 200 0903755
3
3
3
3
DN 250 0903756
DN 300 0903757
DN 350 0903758
DN 400 0903759
DN 450 0903760
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
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-1328GE23 R1009
Subject to change without notice
© 2009 Honeywell GmbH
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