HomeMy WebLinkAbout2234 RUTHERFORD RD; ; AS991344; Permit5/22/25, 12:58 PM
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AS991344 Permit Data
City of Carlsbad
Sprinkler Permit
2234 RUTHERFORD
RD
SPRINK
2120612600
0
24 HR FITNESS
Add'I Fees ($)
0
Permit No: AS991344
Status: ISSUED
Applied 5/12/1999
Approved:
Issued:
Inspector:
Owner:
S M/C T RESEARCH CENTER L L C
C/O KOLL BREN REAL TY ADVISORS INC
4343 VON KARMAN AVE
NEWPORT BEACH CA
1 /1
Carlsbad Fire Department 990138
2560 Orion Way
Carlsbad, CA 92008
Fire Prevention
(760) 931-2121
Plan Review Requirements Category: Auto. Sprinkler, OH
Reviewed by: Date of Report: 05/21/1999 ------------
Name: N&D Fire Protection ----------------------
Address: p O Box 90952
City, State: City of Industry CA 91715-0952
Plan Checker: Job #: 990138
Job Name: 24 Hr Fitness CB991344 ------------------Job Address: 2234 Rutherford Rd Ste. or Bldg. No.
~ Approved
D Approved
Subject to
D Incomplete
Review
FD Job#
The item you have submitted for review has been approved. The approval is
based on plans, information and / or specifications provided in your submittal;
therefore any changes to these items after this date, including field
modifications, must be reviewed by this office to insure continued conformance
with applicable codes and standards. Please review carefully all comments
attached as failure to comply with instructions in this report can result in
suspension of permit to construct or install improvements.
The item you have submitted for review has been approved subject to the
attached conditions. The approval is based on plans, information and/or
specifications provided in your submittal. Please review carefully all comments
attached, as failure to comply with instructions in this report can result in
suspension of permit to construct or install improvements. Please resubmit to
this office the necessary plans and / or specifications required to indicate
compliance with applicable codes and standards.
The item you have submitted for review is incomplete. At this time, this office
cannot adequately conduct a review to determine compliance with the
applicable codes and I or standards. Please review carefully all comments
attached. Please resubmit the necessary plans and/ or specifications to this
office for review and approval.
1st
990138
2nd
FD File#
3rd Other Agency ID
C
C
C
July 30, 1998
A. SYSTEM DESCRIPTION
(Refer to Figure 1, page 319 c)
Viking Electric/Pneumatic Double Inter-
locked Preaction Systems utilize a Vi-
king Deluge Valve (A.1) controlled by a
Pneumatic Actuator (F .1 ), normally held
closed by supervisory pressure main-
tained in the automatic sprinkler system,
AND a normally closed electric Solenoid
Valve (F.2) controlled by an approved
System Control Panel (F.4) with com-
patible detection system (F.5).
BOTH the electric detection system
must activate AND supervisory pressure
must be relieved from the sprinkler sys-
tem before the Deluge Valve will open to
fill the sprinkler system with water. If the
electric detection system (alone) oper-
ates due to fire, damage, or malfunction,
an alarm will activate but the Deluge
Valve will NOT open. If the sprinkler
piping is damaged or a sprinkler is bro-
ken or fused, but the detection system
has not activated, an alarm will activate
but the Deluge Valve will NOT open.
In fire conditions, operation of both the
detection system and a sprinkler is re-
quired before the Deluge Valve will open
allowing water to enter the system pip-
ing.
Electric/Pneumatic Double interlocked
preaction systems are commonly used
as refrigerated area systems. They are
also commonly used where flooding of
the pipe can have serious conse-
quences, and where it is important to
control accidental water discharge due
to damaged sprinkler piping.
Care should be taken since double inter-
locked preaction systems may not pro-
duce flow from opened sprinklers as
quickly as single or non-interlocked pre-
action systems. Activation of the detec-
tion system alone, or operation of a
sprinkler alone, will sound an alarm but
will NOT cause the system to fill with
water.
FACTORY MUTUAL APPROVAL
Viking Electric/Pneumatic Double Inter-
locked Preaction Systems are Factory
Mutual (FM) Approved as a refrigerated
area system when installed with specific
components. Refer to current FM Ap-
proval Guide. Consult the manufacturer
for any component approvals too recent
to appear in the FM Approval Guide.
Form No. F_070889
I
SYSTEM DATA
B. SYSTEM OPERATION
(Refer to Figure 1, page 319 c)
In the SET condition:
System water supply pressure enters
the priming chamber of the Deluge
Valve (A.1) through the 1/4" (8 mm)
priming line which includes a normally
open priming valve (B.1 ), strainer (B.2),
restricted orifice (B.3) and check valve
(B.4). In the SET condition, water sup-
ply pressure is trapped in the priming
chamber by check valve (B.4) and
BOTH Pneumatic Actuator (F .1) and
normally closed Solenoid Valve (F.2).
The water supply pressure trapped in
the priming chamber holds the Deluge
Valve clapper closed, keeping the outlet
chamber and system piping dry.
In a fire condition:
In a fire condition, when the detection
system (F .5) operates, System Control
Panel (F.4) energizes Solenoid valve
(F.2) open. Alarms activate, but the
Deluge Valve will NOT open until a
sprinkler opens relieving supervisory
pressure from the sprinkler system.
When a sprinkler opens, supervisory
pressure in the sprinkler piping is re-
duced causing the Pneumatic Actuator
(F.1) to open. After BOTH the electric
detection system activates AND super-
visory pressure in the sprinkler system
have been lost, pressure is released
from the priming chamber to open Drain
Cup (8.14) faster than it is supplied
through restricted orifice (8.3). The Del-
uge Valve clapper opens to allow water
to flow into the system piping and alarm
devices, causing Water Motor Alarm
(C.2) and water flow alarms connected
to Alarm Pressure Switch (C .1) to acti-
vate.
An optional accelerator (F .6) may be
installed to accelerate pressure loss
from the sprinkler system to provide ear-
lier alarms and/or allow the system to fill
with water faster. An Accelerator (F.6)
may be necessary to meet system dis-
charge time requirements.
When the Deluge Valve operates, the
sensing end of PORV (B.10) is pressur-
ized, causing the PORV to operate.
When the PORV operates, it continually
vents the priming chamber to prevent
the deluge valve from resetting even if
the open releasing devices (F .1 and F .2)
close. The deluge valve can only be
reset after the system is taken out of
service, and the outlet chamber of the
319 a
DOUBLE INTERLOCKED
PREACTION SYSTEM
ELECTRIC/PNEUMATIC
RELEASE
deluge valve and associated trim piping
is depressurized and drained.
Trouble conditions:
If a sprinkler opens prior to operation of
the detection system (F .5), or any time
supervisory pressure in the sprinkler
piping is lost, alarms connected to Air
Supervisory Switch (E.3) will signal a
low air pressure condition but the Del-
uge Valve will NOT open.
If the electric detection system (alone)
operates due to damage or malfunction,
alarms connected to System Control
Panel (F.4) will activate but the Deluge
Valve will NOT open.
Manual Operation:
Any time the handle inside Emergency
Release (8.11) is pulled, pressure is
released from the priming chamber; the
Deluge Valve will open. Water will flow
into the system piping, and alarm de-
vices (C.1 and C.2). If a sprinkler head
opens, water will flow from the system.
C. INSTALLATION
Refer to current Viking Technical Data
describing individual components of the
Viking Electric/Pneumatic Double Inter-
locked Preaction System. Technical
Data describing the Viking Deluge
Valve, and other system components
are packed with product and in the Vi-
king Engineering Design Data book.
Also, refer to applicable installation
standards, codes, and Authorities Hav-
ing Jurisdiction.
Important Settings:
(Also refer to Table 1, page 319 b)
1 . Provide a minimum 30 PSI (207 kPa)
pneumatic pressure to the closed
sprinkler system and the Pneumatic
Actuator (E.1) for system water pres-
sures of 175 PSI (1 207 kPa) or less.
For system water pressures above
175 PSI, up to a maximum of 250 PSI
For Technical Data,
Installation, Maintenance
and Testing Instructions for
individual system
components, refer to current
Viking Technical Data
describing individual
components of the Preaction
System used.
Viking Technical Data may be found on
The Viking Corporation's Web site at
http://www.vikingcorp.com.
The Web site may include a more recent edition of
this Technical Data page.
Replaces page 319 a-d dated July 1, 1996
(Revised for 250 PSI WWP Deluge Va. Trim)
319 b
(1 724 kPa), provide a minimum of 50
PSI (345 kPa) pneumatic pressure to
the sprinkler system and Pneumatic
Actuator (E.1 ).
2. Set Air Compressor Air Pressure Su-
pervisory Switch (G.2) to maintain a
constant air supply of 40 PSI (276
kPa) for system water pressures of
175 PSI ( 1 207 kPa) or less. For sys-
tem water pressures above 175 PSI,
up to a maximum of 250 PSI (1 724
kPa), set the Air Compressor Air
Pressure Supervisory Switch (G.2) to
maintain a constant air supply of 60
PSI (414 kPa).
3. Set Air Maintenance Device (G.6) to
maintain a constant air supply of 30
PSI (207 kPa) for system water pres-
sures of 175 PSI (1 207 kPa) or less.
For system water pressures above
175 PSI, up to a maximum of 250 PSI
(1 724 kPa), set the Air Compressor
Air Pressure Supervisory Switch
(G.2) to maintain a constant air sup-
ply of 50 PSI (345 kPa).
4. Set Air Pressure Supervisory Switch
(E.3) to activate at 25 PSI (172 kPa)
on pressure drop for system water
pressures of 175 PSI (1 207 kPa) or
less. For system water pressures
above 175 PSI, up to a maximum of
250 PSI (1 724 kPa), set the Air Pres-
sure Supervisory Switch (E.3) to ac-
tivate at 45 PSI (241 kPa) on pres-
sure drop. Air Pressure Supervisory
Switch (E.3) should be wired to acti-
vate an alarm to signal a low air pres-
sure condition. Activation of an
alarm to signal a high pressure con-
dition may be required. Refer to ap-
plicable installation standards and
the Authority Having Jurisdiction.
5. Alarm Pressure Switch (C.1) should
activate when pressurized to 4 to 8
PSI (27 to 55 kPa) on pressure rise.
Alarm Pressure Switch (C.1) should
be wired to activate the water flow
alarm.
Air Supply Design:
The air supply compressor should be
sized to establish total required air pres-
sure in 30 minutes. The air supply must
be regulated, restricted and maintained
automatically. Air maintenance device
(G.6) is used to regulate and restrict the
flow of supervisory air into the sprinkler
system piping.
The air supply must be regulated to
maintain the supervisory pressure de-
sired in the sprinkler piping. Pressures
SYSTEM DATA
TABLE 1
IMPORTANT SETTINGS
DEVICE
Air Compressor "On/Off" Switch (G.2)
Air Maintenance Device (G.6)
Release System
Pressure Supervisory Swttch (E.3)
in excess of the pressure settings rec-
ommended in paragraph C: "Installa-
tion", may affect operation of the system.
The air supply must be restricted to
ensure that the automatic air supply can-
not replace air as fast as it escapes
when a sprinkler operates.
It is recommended practice to provide
an Inspectors Test Connection on the
supervised sprinkler piping.
The sprinkler system Inspectors Test
Connection should terminate in an ori-
fice equal to the smallest sprinkler orifice
provided.
The Inspectors Test Connection should
be equipped with a ball valve (normally
locked closed) capable of being opened
to simulate the opening of a sprinkler
and should be installed at the most hy-
draulically demanding location of the
system. Inspectors Test Connections
may be used to verify that the automatic
air supply cannot replace air as fast as it
escapes when a sprinkler operates. Re-
fer to paragraph F. INSPECTIONS and
TESTS.
Speed of Operation
An optional Accelerator (F.6) may be
installed to accelerate pressure loss
from the sprinkler system to provide ear-
lier alarms and/or allow the system to fill
with water faster. An Accelerator (F.6)
may be necessary to meet system dis-
charge time requirements.
D. EMERGENCY INSTRUCTIONS
(Refer to Figure 1, page 319 c)
To Take System Out of Service:
WARNING: Placing a control valve or
detection system out of service may
eliminate the Fire Protection capabilities
of the system. Prior to proceeding, notify
all Authorities Having Jurisdiction. Con-
sideration should be given to employ-
ment of a Fire Patrol in the affected
areas.
After a fire, verify that the fire is OUT and
that placing the system out of service
has been authorized by the appropriate
Authority Having Jurisdiction.
1. Close Water Supply Valve (D.1 ).
July 30, 1998
DOUBLE INTERLOCKED
PREACTION SYSTEM
ELECTRIC/PNEUMATIC
RELEASE
WATER
SUPPLY PRESSURES
Upto 175 PSI (1 207 kPa) to
175 PSI (1 207 kPa) 250 PSI (1 724 kPa)
SET TO MAINTAIN SET TO MAINTAIN
40 PSI (276 kPa) 60 PSI (414 kPa)
30 PSI (207 kPa) 50 PSI (345 kPa)
25 PSI (172 kPa) 45 PSI (31 0 kPa)
On Pressure Drop On Pressure Drop
2. Open system Main Drain (D.3).
3. Silence alarms (optional).
a: To silence electric alarms control-
led by Viking PAR-3 Panel (F.3):
Open panel and press "ALARM
SILENCE'
b: To silence electric alarms control-
led by pressure switch (C.1) and
to silence Water Motor Alarm
(C.2): Close Alarm Shut-Off
Valve (B.9).
Note: Electric alarms controlled by a
pressure switch installed in the 1 /2"
(15 mm) NPT connection for a Non-
interuptable Alarm Pressure Switch
cannot be shut off until the Deluge
Valve is reset or taken out of service.
4. Shut off the air supply (optional).
5. Open Auxiliary Drain (B.6).
6. Close Priming Valve (B.1) (optional).
Sprinkler systems that have been sub-
jected to a fire must be returned to serv-
ice as soon as possible. The entire sys-
tem must be inspected for damage, and
repaired or replaced as necessary.
7. Replace any detectors (F.5) that have
been damaged.
8. Replace any sprinklers that have
opened, been damaged, or have
been exposed to fire conditions.
9. Perform all maintenance procedures
recommended in Technical Data de-
scribing individual components of the
system that has operated.
10. Return the system to service as
soon as possible. Refer to E: PLAC-
ING THE SYSTEM IN SERVICE.
E. PLACING THE SYSTEM
IN SERVICE (Refer to Figure 1.)
Note: Refer to instructions provided in
Technical Data describing the Viking
Deluge Valve, and other system compo-
nents.
To Return the System to Service:
1. Verify that the system has been prop-
erly drained. System Main Drain
(D.3) and Auxiliary Drain (B.6) should
be open. Verify that Emergency Re-
lease (B.11) is closed.
2. Close the system Main drain (D.3).
3. Open Priming Valve (B.1 ).
Continued on page 319 c
C
C
C
July 30, 1998 319 C
SYSTEM DATA
DOUBLE INTERLOCKED
PREACTION SYSTEM
ELECTRIC/PNEUMATIC
RELEASE
4. Reset the System Control Panel
(F.4).
should stop. The Low Air Alarm will lain 30 PSI (207 kPa) or 50 PSI (345
kPa) as required by Pneumatic Ac-
tuator (F.1). refer to Section C: "In-
stallation'.
activate.
For Viking Par-3 Panel: Open panel
and press "RESET".
a: For Par-3 Panels, to silence the
Solenoid Valve (F.2) should close.
Flow from the outlet of Pneumatic Ac-
tuator (F.1) to Drain Cup (B.14)
Low Air Alarm, open the panel
(F.4) and press ALARM SI-a: Verify that the 1/2" valve in the Air
Maintenance Device (G.6) by-LENCE.
5. Restore supervisory pressure to
sprinkler piping. Establish and main-Continued on page 319 d
\{:NT TO
A1MOSPl£RE
KEEP OPElrrl
MODEL E
tJ. F.4 fl,G.2 ACCELERATOR
,-1,.. -1" (OPTIONAL)
~1..'.;-~I~ ,1: ..... ~(('~ I
G-~~ G.4 G.1 0
G.4 1
~ ~Yi
1;r../
(15 mm)
I'<'., ..
G.~ ~.G.7
G.5u
NPT for Non-lnteruptoble B. 7
Alarm Pressure
Switch (Optional)
To
Drain
---Dashed lines indicate pipe required but not listed
in •system Components .. Tobie.
Point
A
To
Drain
Dotted lines indicate electrical detection system wiring
required but not listed in "System Components" Table.
For additional wiring requirements refer to technical
for components used.
DOUBLE INTERLOCKED PREACTION
ELECTRIC/PNEUMATIC
A SUPERVISED DRY SYSTEM CONTROLLED BY
ELECTRIC RELEASE SYSTEM and
PNEUMATIC SUPERVISORY PRESSURE
SYSTEM COMPONENTS
A. Valve
A.1 Deluge Volve *
B. Deluge Valve Conventional Trim
(See Deluge Volve Conventional Trim Cherts)
8.1 Priming Valve (Normally Open)
8.2 Strainer
B.3 1/16" Restriction
8.4 Spring Looded Check Volve
B.5 Alarm Test Valve (Normally Closed)
8.6 Auxiliary Droin Volve (Normally Closed)
8. 7 Drip Check Volve
8.8 Drip Check Volve
B.9 Alarm Shut-Off Valve (Normally Open)
8.10 Pressure Operated Relief Volve (P.O.R.V.}
B.11 Emergency Releose
B.12 Priming Pressure Weter Gouge end Volve
B.13 Water Supply Pressure Gouge end Valve
B.14 Drain Cup
8.15 Flow Test Volve (Normally Closed)
C. Weter Flow Alarm Equipment
C.1 Alarm Pressure Switch end/or
C.2 Water Motor Alarm {Strainer Required)
C.3
C.4
Riser
Strainer
Electric Alarm Bell
D.1 Water Supply Control Volve
D.2 Eosy Riser 111Check Valve or
rubber seated check valve
D.3 Sprinkler System Main Drain
D.4 90 "Ell. (Grooved Ell Shown. Deluge Valve
also available with Flanged Outlet.)
Supervisory Air Supply
E.1 System Pressure Gouge and Valve
E.2 Soft Seat Swing Check Valve
E.3 Air Pressure Supervisory Switch
Release System
F.1 Pneumatic Actuator
F.2 Solenoid Valve (Normally Closed)
F.3 Electric/Pneumatic Release Module Trim
F. 4 System Control Panel
F.5 Electric Detection System. Heat Detector
shown for clarity.
F.6 Accelerator {Optional. See Inset.)
F.7 Accelerator Isolation Valve. {See Inset.)
G. Air Supply
G.1 Automatic Air Supply. Air Compressor
end Tonk shown for clarity.
G.2 Air Supervisory Pressure Switch
{Compressor On/Off Control Switch)
G.3 Soft Sect Check Valve
G.4 Shut Off Valve
(Indicating Boll Valve recommended.)
G.5 Dehydrotor
G.6 Air maintenance Device &: By-Poss Trim
G. 7 1 /2" x 1 /4" Reducing Coupling * Viking Deluge Volve Trim Packages contain items B.1 through 8.15 and ossocioted nipples.
Viking Accessory Pockage for Conventional Deluge Valve Trim contains B.2 through 8.5, B.7 through 8.11,
and 8.14. Fi ure 1
319 d
'\IIKING®
pass trim is closed and that both
1 /4" valves are open.
6. Reset the System Control Panel
(F.4). For Par-3 Panels, open the
panel and press RESET.
7. Open Flow Test Valve (8.15).
8. Partially open Main Water Supply
Control Valve (D.1)
9. When full flow develops from Flow
Test Valve (8.15), close the Flow
Test Valve.
b: Verify that there is no flow from
open Auxiliary Drain (B.6).
10. Close Auxiliary Drain (B.6).
11. Fully open and secure the Main
Water Supply Control Valve (D.1 ).
12. Verify that the Alarm Shut-off Valve
(B.9) is open and that all other valves
are in their normal operating position.
13. Depress the plunger of Drip check
(B.7). No water should flow from the
Drip Check when the plunger is
pushed.
F. INSPECTIONS and TESTS
It is imperative that the system be in-
spected and tested on a regular basis.
Refer to INSPECTIONS and TESTS
recommended in current Viking Techni-
cal Data describing individual compo-
nents of the Viking Electric/Pneumatic
Double Interlocked Preaction System
used.
The frequency of the inspections may
vary due to contaminated water sup-
plies, corrosive water supplies, corro-
sive atmospheres as well as the condi-
tion of the air supply to the system. For
minimum maintenance and inspection
requirements, refer to the National Fire
Protection Association Pamphlet that
describes care and maintenance of
sprinkler systems. In addition, the
Authority Having Jurisdiction may have
additional maintenance, testing, and in-
spection requirements which must be
followed.
WARNING: Any system maintenance
which involves placing a control valve or
detection system out of service may
eliminate the fire protection capabilities
of that system. Prior to proceeding, no-
tify all Authorities Having Jurisdiction.
Consideration should be given to em-
ployment of a fire patrol in the affected
areas.
F.1 Low Air Pressure Alarm
Test
Quarterly testing of low air alarms is
recommended.
SYSTEM DATA
To Test Sprinkler System "Low Su-
pervisory Air" Alarm.
1. To prevent operation of the Deluge
Valve and filling the system with
water during the test, do NOT oper-
ate the electric detection system dur-
ing this test. Consider closing the
Main Water Supply Control Valve
(D.1).
2. Fully open the sprinkler system In-
spectors Test Valve to simulate op-
eration of a sprinkler.
3. Verify that low air alarms operate
within an acceptable time period and
continue without interruption.
4. Close the Inspectors Test Valve.
5. Establish recommended pneumatic
supervisory pressure to be main-
tained. Refer to paragraph C: IN-
STALLATION.
6. Open the System Control Panel (F.4)
and press RESET. Alarms should
stop.
When testing is complete, return the
system to service following steps 1
through 9 below.
Caution, this procedure applies only
when done In conjunction with "Low
Air" Alarm testing described above.
1. Verify that the pressure indicated on
Priming Pressure Water Gauge
(8.12) indicates that the priming
chamber is pressurized with system
Water Supply Pressure.
2. Depress the plunger of Drip check
(B.7). No water should flow from the
Drip Check when the plunger is
pushed.
If the Main Water Supply Control Valve
was NOT closed in step 1, proceed to
step 8 below.
If the Main Water Supply Control Valve
WAS closed in step 1, proceed with
steps 3 through 9 below.
3. Open Flow Test Valve (B.15) and
Auxiliary Drain (8.6).
4. Partially open Main Water Supply
Control Valve (D.1)
5. When full flow develops from Flow
Test Valve (8.15), close the Flow
Test Valve.
b: Verify that there is no flow from
open Auxiliary Drain (B.6).
6. Close Auxiliary Drain (B.6).
7. Fully open and secure the Main
Water Supply Control Valve (D.1 ).
8. Verify that the Alarm Shut-off Valve
(B.9) is open and that all other valves
are in their normal operating position.
Replaces page 319 a-d dated July 1, 1996
(Revised for 250 PSI WWP Deluge Va. Trim)
July 30, 1998
DOUBLE INTERLOCKED
PREACTION SYSTEM
ELECTRIC/PNEUMATIC
RELEASE
9. Depress the plunger of Drip check
(B.7). No water should flow from the
Drip Check when the plunger is
pushed.
F.2 Full Flow Trip test
Performance of a Trip Test is recom-
mended annually during warm weather.
Consider coordinating this test with op-
eration testing of the detectors.
Caution! Performance of this test will
cause the Deluge Valve to open and the
sprinkler system to fill with water. If Trip
Testing is considered not practical con-
sult the Authority Having Jurisdiction.
To Trip Test the Electric/Pneumatic
Double Interlocked Preaction Sys-
tem:
1 . Notify the Authority Having Jurisdic-
tion and those in the area affected by
the test.
2. To trip the Deluge Valve:
a: Operate a detector according to
the manufacturers instructions.
b: Open the Sprinkler System Inspec-
tors Test Va Ive.
3. The Deluge Valve should open, filling
the sprinkler system with water.
a: Water flow alarms should operate.
4. Verify adequate flow from the Sprin-
kler System Inspectors Test Valve
within an acceptable lime period.
When Trip Testing is complete:
5. Perform steps 1 through 1 O of para-
graph "D" EMERGENCY INSTRUC-
TIONS to take the system out of serv-
ice.
6. Perform steps 1 through 13 of para-
graph "E" PLACING THE SYSTEM
IN SERVICE to return the system to
service.
7. Notify the Authority Having Jurisdic-
tion and those in the affected area af-
fected that testing is complete.
G. MAINTENANCE
NOTICE: The owner is responsible for
maintaining the fire protection system
and devices in proper operating condi-
tion.
Refer to MAINTENANCE INSTRUC-
TIONS provided in current Viking Tech-
nical Data describing individual compo-
nents of the Viking Electric/Pneumatic
Double Interlocked Preaction System
used.
Where difficulty in performance is expe-
rienced, the valve manufacturer or his
authorized representative shall be con-
tacted if any field adjustment is to be
made.
Form No. F_070889
C
C
C
August 20, 1998
1. PRODUCT NAME
Viking Model E-1 Deluge Valve
3" (80 mm) Manufactured 1985-
4" (100 mm) Manufactured 1985-
6" (150 mm) Manufactured 1984-
2. MANUFACTURER
THE VIKING CORPORATION
210 N. Industrial Park Road
Hastings, Michigan 49058 U.S.A.
Telephone: (616) 945-9501
(877) 384-5464
Fax Number: (616) 945-9599
From outside U.S.A.:
Telephone: +1 (616) 945-9501
Fax Number: +1 (616) 945-9599
3. PRODUCT DESCRIPTION
The Viking Model E-1 Deluge Valve is
a quick opening, differential diaphragm,
flood valve with one moving part.
The Deluge Valve is used to control
water flow in Deluge and Preaction
sprinkler systems. The valve is held
closed by system water pressure
trapped in the priming chamber; keeping
the outlet chamber and system piping
dry. In fire conditions, when the releas-
ing system operates, pressure is re-
leased from the priming chamber. The
Deluge Valve clapper opens to allow
water to flow into the system piping.
4. TECHNICAL DATA
Approvals:
For 250 PSI (1 724 kPa) WWP
U.L. Listed
Guide No. VLFT
C-UL Listed
FM Approved
Consult current FM Approval Guide
for acceptable applications.
For 175 PSI (1 207 kPa) WWP
Approved by the New York City Board
of Standards and Appeals
Calendar Number 21 9-76-SA
ABS, American Bureau of Shipping
LPCB
VdS.
TECHNICAL DATA
Deluge 220 a
MODEL E-1
DELUGE VAL VE
3" (80 mm), 4" (100 mm), 6" (150 mm)
Maximum 250 PSI Water Worl<ing Pressure
Table 1
Size Inlet Outlet Friction Cv Shipping Part
Valve Tv"" Tv"" Loss** Factor Weight No.
3" (BO mm) Flange• Groove 29 ft. (8.8m) 187 66 lbs (33 kg) 05835C
3" (80 mm) Flange• Flange* 29 ft. (8.Bm) 187 73 lbs (33 kg) 05912C
4" (100 mm) Flange* Groove 35 ft. (10,7m) 470 112 lbs (51 kg) 05839C
4" (100 mm) Flange* Flange* 35 ft. (10,7m) 470 123 lbs (56 kg) 05909C
6" (150 mm) Flange• Groove 33ft. (10,1m) 1088 236 lbs (107 kg) 05456C
6" (150 mm) Flange* Flange* 33ft. (10,1m) 1088 251 lbs (114 kg) 05906C
* Viking Model E-1 Deluge Valves are available tor use outside North America with flanges drilled
according to European PN1 O specifications or Table E specifications. Contact manufacturer for availability
0 Expressed in equivalent length of schedule 40 pipe based on Hazen & Williams formula. C = 120.
90 Degree Pattern (inlet to outlet)
Connections: Flanged inlet with
flanged outlet or flanged inlet with
grooved outlet· See Table 1
Factory tested to 500 psi (3 447 kPa)
Valve differential over 2:1 (priming
chamber to inlet chamber)
Priming chamber supply restriction (re-
quired): 0.0625" (1,6 mm)
Color of Valve: Painted red for identifi-
cation purposes
Friction loss: Refer to Table 1
Material Standards:
Refer to Materials Chart (page 220-e)
Ordering Information:
Part Numbers: Refer to Table 1
Shipping weight: Refer to Table 1
Systems with water working pres•
sures above 175 PSI (1 207 kPa) may
require extra-heavy pattern fittings.
Viking Model E-1 Deluge Valve
flanges are Ductile Iron ANSI B16.42
Class 150 with a maximum water
working pressure of 250 PSI. ANSI
B16.42 Class 150 flanges are NOT
compatible with ANSI Class 250 or
Class 300 flanges. To mate the Model
E-1 Deluge Valve with ANSI Class 250
or Class 300 flanges, use the
grooved-outlet style valve, installed
with listed groove/flange adapters of
the appropriate pressure rating. For
piping with grooved connections, the
grooved-outlet style valve may be in·
stalled with listed grooved couplings
of the appropriate pressure rating.
5. FEATURES
a: Field replaceable Diaphragm and
Seat Rubbers
b: Designed for installation in any posi-
tion
c: Designed to be reset without open-
ing the valve
d: Compatible with Hydraulic,
Pneumatic and/or Electric Release
Systems
Sa. Accessories:
1. A Conventional Trim package for
use with the Model E-1 Deluge
Valve. The trim package includes
the VALVE ACCESSORY PACK-
AGE and the fittings and nipples
shown on the Viking Deluge Valve
Conventional Trim Chart for the
valve used.
Trim Charts are provided in trim
packages and the Viking Engineer-
ing Design Data book.
For optional factory assembled
"modular" trim packages, refer to
the Viking list price schedule or con-
tact the manufacturer.
2. A Deluge VALVE ACCESSORY
PACKAGE includes required trim
components. This package is
needed when Viking Trim Pack-
ages are not used.
3. Auxiliary Components are required
for specific valve functions. For com-
plete operating trim requirements re-
fer to system data for the system
used. System data is provided in the
Viking Engineering Design Data
book.
Note: For part numbers of accesso-
ries, refer to Viking list price sched-
ule.
6. OPERATION (Refer to Figure 3)
The Viking Model E-1 Deluge Valve has
an inlet chamber, an outlet chamber and
a priming chamber. The inlet chamber
and outlet chamber are separated from
the priming chamber by the clapper (6)
and diaphragm (2).
In the set condition, system pressure is
supplied to the priming chamber through
a restricted priming line (trim) equipped
with a check valve. System water sup-
ply pressure trapped in the priming
chamber, holds the clapper (6) on seat
(9) due to area differential design. Clap-
per (6) separates the inlet chamber from
the outlet chamber, keeping the outlet
chamber and system piping dry.
Note: Units of measure in parentheses may be approximations.
Form No. F_053096
Replaces page 220 a-g dated June 10, 1996 (Valves Listed and
Approved for 250 PSI WWP) and page 220 a-g dated March 24, 1998
(Added C-UL Listing).
Deluge 220 b
In fire conditions:
When the release system operates,
pressure is released from the priming
chamber faster than it is supplied
through the restricted priming line.
Water supply pressure in the inlet cham-
ber, forces the clapper (6) off from seat
(9), allowing water to flow through the
outlet and into the system and alarm
devices.
7. AVAILABILITY AND SERVICE
The Viking Deluge Valve and accesso-
ries are available through a network of
Domestic, Canadian, and International
Distributors.
For proper operation and approval, the
valve must be trimmed in accordance
with the current Viking Trim Chart for the
valve used. Where difficulty in perform-
ance is experienced, verify that the valve
is trimmed property. Contact Viking or
Viking's authorized representative be-
fore any field adjustments are made.
See the Yellow Pages of the telephone
directory for your closest distributor
(listed under "Sprinklers Automatic
Fire") or contact The Viking Corporation.
Viking Technical Data may be found on
The Viking Corporation's Web site at
http://www.vikingcorp.com.
The Web site may include a more recent
edition of this Technical Data oaae.
8. GUARANTEES
TECHNICAL DATA
B,9
1/2:/ B,8
(15 mm)
NPT for Non-
lnteruptable B
Alarm Pressure
Switch (Optional)
I
To
Drain
3", 4", OR 6"
MODEL E-1 DELUGE VALVE WITH
CONVENTIONAL TRIM
TRIM COMPONENTS *
8.1 Priming Valve (Normally Open)
B.2 Strainer
8.3 1/16~ Restricted Orifice
8.4 Spring Loaded Check Valve
8.5 Alarm Test Valve (Normally Closed)
8.6 Auxiliary Drain Valve (Normally Closed)
8. 7 Drip Check Valve
8.8 Drain Check Valve
8.9 Alarm Shut-Off Valve (Normally Open)
8. 10 Pressure Operated Relief Valve (P.O.R.V.)
8.11 Emergency Release
8.12 Priming Pressure Water Gauge and Valve
B. 13 Water Supply Pressure Gauge and Valve
B. 14 Drain Cup
B.15 Flow Test Valve (Normally Closed)
For details of warranty, refer to Viking's
current list price schedule or contact Vi-*
king directly.
D. 1 Water Supply Control Valve
Viking Deluge Valve Trim Packages contain items
B. 1 through 8.15 and associated nipples.
9. INSTALLATION
(Refer to Figure 2 for identification of trim compo-
nents)
9-A. General Instruction
1. Viking 3" (80 mm), 4" (100 m), & 6"
(150 mm) Deluge Valves may be
installed in any position.
a: Minor modification to trim may be
required to facilitate drainage from
the outlet chamber of the Deluge
Valve (consult manufacturer).
b: Certain trim devices may require
the valve to be installed vertically.
(Refer to system data for the sys-
tem used.)
2. The valve must be installed in an area
not subject to freezing temperatures
or physical damaoe.
When Valve Trim is used, to main-
tain listings and approvals, trim
must be installed according to Vi-
king Model E Deluge Valve Conven-
tional Trim Charts specifically la-
beled "Maximum 250 PSI Water
Working Pressure." Refer to page
225 a-c. Order 250 PSI (1 724 kPa)
trim separately.
Viking Accessory Package for Conventional Deluge
Valve Trim contains 8.2 through 8.5, 8.7 through
8.11, and 8.14.
-----Dashed lines indicate pipe required but not
provided in Conventional Trim Packages
Figure 2
3. The valve must be trimmed according
to current Viking Trim Charts and ap-
propriate instructions for the system
used. Trim Charts are printed in the
Viking Engineering and Design Data
book, and are provided with trim
packages.
a. Remove all plastic thread protec-
tors from the openings of the Del-
uge Valve.
b. Apply a small amount of pipe joint
compound or tape to the external
threads of all pipe connections re-
quired. Take care not to allow any
compound, tape, or other foreign
matter inside any of the nipples or
openings of the valve or trim com-
ponents.
August 20, 1998
MODEL E-1
DELUGE VAL VE
3" (80 mm), 4' (100 mm), 6" (150 mm)
Maximum 250 PSI Water Working Pressure
c. Viking Model E Deluge Valve con-
ventional Trim Charts are provided
with Trim Packages and in the Vi-
king Engineering and Design Data
book.
d. Verify that all system components
are rated for the water working pres-
sure of the system.
Hydrostatic Test:
The Model E-1 Deluge Valve is
manufactured and listed for use at
a maximum Water Working Pres-
sure of 250 PSI (1 724 kPa). The
valve is factory tested at 500 PSI (3
447 kPa). Model E-1 Deluge
Valves may be hydrostatically
tested at 300 PSI (2 069 kPa)
and/or 50 PSI (345 kPa) above the
normal Water Working Pressure,
for limited periods of time (two
hours), for the purpose of accep-
tance by the Authority Having Juris-
diction. If air testing is required, do
not exceed 40 PSI (276 kPa) air
pressure.
Note: Never conduct the Hydrostatic
Test against the Pressure Oper-
ated Relief Valve. (P.O.R.V.) Tem-
porarily remove the P.O.R.V. from
the trim and plug trim openings
while conducting the Hydrostatic
Test.
Trim Note:
(Refer also to System Data and/or Trim Chart)
Discharge piping from the auxiliary drain
valve, the flow test valve, and all system
drains should be kept separate.
DO NOT connect the outlet of the drip
check to any other drain.
Exception: Viking Tota/Pac systems
are manufactured with a specific ar-
rangement of interconnected drain
piping tested at the factory.
4. The priming line must be connected
upstream of the system water supply
main control valve or to a constant
source of water at a pressure equal to
the system water supply.
5. After the Deluge Valve is set, opera-
tion of the Deluge Valve requires the
release of priming water from the
priming chamber. This may be by
automatic or manual operation of the
release system. Viking Deluge
Valves are compatible with hydraulic,
pneumatic, and electric release sys-
tems. For specific Trim arrange-
ments refer to Trim Charts and Sys-
tem Data describing the system being
installed. Trim Charts are printed in
the Viking Engineering and Design
Data book, and are provided with trim
packages. System Data sheets are
printed in the Viking Engineering and
Design Data book.
C
C
C
August 20, 1998
a: Hydraulic Release Systems:
See Graphs A through C (pages
220 1-g) for the maximum allow-
able elevation of hydraulic release
piping above the Deluge Valve. lithe
maximum height of hydraulic release
piping exceeds the limtt shown in
Graph A, B, or C for the valve used,
use a Pneumatic or Electric Release
System.
b: Pneumatic Release Systems:
A Viking Pneumatic Actuator is
required between the release sys-
tem connection provided on del-
uge valve trim and pneumatic re-
lease system piping.
c: Electric Release:
Solenoid Valves, System Control
Panels, and Electrical Detectors
must be compatible. Consult ap-
propriate listing and/or approval
guides.
Note: For operation at water
pressures in excess of 175 PSI,
a 250 PSI Rated Solenoid Valve
must be used. Refer to appro-
priate Viking Technical Data
Page for type of system used.
Caution: Operation of Viking Deluge
Valves by pressurizing the priming
chamber with air pressure or any
other pressurized gas is not recom-
mended or approved.
9-B. Placing the Valve in Service
(Refer to Figure 2 and/or appropriate
Trim Charts and System Data for the
system used.)
For Deluge Valves, equipped with Con-
ventional Deluge Valve Trim, follow
steps 1 through 10 (and 11 & 12 if appli-
cable) below.
1. Verify:
a: The system Main Water Supply
Control Valve (D.1) is closed and
the Deluge Valve is trimmed ac-
cording to current Viking Trim
Charts and schematic drawings
for the system used.
b: The system has been properly
drained.
c: Auxiliary Drain (B.6) is open.
d: The Emergency Release (B.11) is
closed.
e: The system water supply piping is
pressurized up to the closed Main
Water Supply Control Valve (D.1)
and the priming line is pressurized
up to the closed Priming Valve
(B.1 ).
2. For Systems equipped with:
a: Hydraulic Release Systems:
a-1: Verify that all releasing de-
vices are set and that any
TECHNICAL DATA
Inspector's Test Valve and/or
auxiliary drain valves are
closed.
a-2: Open Priming Valve (B.1 ).
Allow the hydraulic release
system to fill. When priming
pressure gauge (B.12) indi-
cates that the release piping
and priming chamber pres-
sure is equal to system sup-
ply pressure, proceed to step
3.
a-3: Proceed to step 3.
b: Pneumatic Release Systems:
b-1 : Set the release system.
b-2: Open Priming Valve (B.1 ).
b-3: Proceed to step 3.
c: Electric Release Systems:
c-1: Open Priming Valve (B.1 ).
c-2: Set the electric release sys-
tem.
c-3: Proceed to step 3.
3. Open Flow Test Valve (8.15).
4. Partially open Main Water Supply
Control Valve (D.1 ).
5. When full flow develops from the Flow
Test Valve (8.15), close the Flow
Test Valve.
a: Verify that there is no flow from the
open Auxiliary Drain (B.6).
6. Close Auxiliary Drain (B.6).
7. Fully open and secure the Main Water
Supply Control Valve (D.1 ).
8. Verily that the Alarm Shut-off Valve
(B.9) is open and that all other valves
are in their normal** operating posi-
tion.
9. Depress the plunger of Drip Check
(B.7). No water should flow from the
Drip Check when the plunger is
pushed.
10. Check for, and repair all leaks.
11 . On new installations, those systems
that have been placed out of service
or where new equipment has been
installed, trip test the system to verily
that all equipment functions properly.
Refer to MAINTENANCE paragraph
1 0-B-3: ANNUAL maintenance in-
structions.
Caution! Performing a trip test results in
operation of the Deluge Valve. Water will
flow into the sprinkler piping. Take neces-
sary precautions to prevent damage.
12. After completing a trip test, perform
SEMI-ANNUAL maintenance.
** For normal operating position, refer to Figure 2
(page 220-b) and/or Trim Charts and System
Data tor the system used
9-C. Valve Removed From Service
Note: When a valve has been removed
from service and is subject to freezing
or will be out of service for an ex-
tended period of time, all water must
Deluge 220 c
MODEL E-1
DELUGE VAL VE
3" (80 mm), 4" (100 mm), 6" (150 mm)
Maximum 250 PSI Water Working Pressure
be removed from the priming cham-
ber, trim piping, water supply piping
and other trapped areas.
10. INSPECTIONS AND TESTS
(Refer to Figure 2, page 220-b, for identifica-
tion of trim components).
10-A. Inspection
It is imperative that the system be in-
spected and tested on a regular basis.
The frequency of the inspections may
vary due to contaminated water sup-
plies, corrosive water supplies or corro-
sive atmospheres. Also, the alarm de-
vices, detection systems or other con-
nected trim may require a more frequent
schedule. For minimum maintenance
and inspection requirements, refer to the
National Fire Protection Association
pamphlet that describes care and main-
tenance of sprinkler systems. In addi-
tion, the Authority Having Jurisdiction
may have additional maintenance, test-
ing, and inspection requirements which
must be followed. The following recom-
mendations are minimum requirements.
(For additional information, refer to Vi-
king Trim Charts and System Data de-
scribing systems with the release sys-
tem used.)
Weekly:
Weekly visual inspection of the Viking
Deluge Valve is recommended.
1. Verily that the Main Water Supply
Control Valve (D.1) is open and that
all other valves are in their normal**
operating position and appropriately
secured.
2. Check for signs of mechanical dam-
age, leakage, and/or corrosive activ-
ity. If detected, perform maintenance
as required. If necessary, replace the
device.
3. Verify that the valve and trim are ade-
quately heated and protected from
freezing and physical damage.
** For normal operating position, refer to Figure 2
(page 220-b) and/or Trim Charts and System
Data for the system used.
10-B. Tests
Quarterly:
Quarterly testing of water flow alarms
and performance of a Main Drain Test is
recommended and may be required by
the Authority Having Jurisdiction.
10-B-1: Water Flow Alarm Test
1. Notify the Authority Having Jurisdic-
tion and those in the area affected by
the test.
2. To test the local electric alarm (ii pro-
vided) and/or mechanical water mo-
tor alarm (if provided), OPEN the
Deluge 220 d
alarm test valve (B.5) in the Deluge
Valve trim.
a: Electric alarm pressure switches
(if provided) should activate.
b: Electric local alarms should be
audible.
c: The local water motor gong should
be audible.
d: If equipped with remote station
alarm signaling devices, verify
that alarm signals were received.
3. When testing is complete, CLOSE the
alarm test valve (B.5).
Verify:
a: All local alarms stop sounding and
alarm panels (if provided) reset.
b: All remote station alarms reset.
c: Supply piping to water motor
alann properly drains.
4. Verify that the alarm shut-off valve
(B.9) is OPEN, and the alarm test
valve (B.5) is CLOSED.
5. Verify that the outlet chamber is free
of water. No water should flow from
the drip check when the plunger is
pushed.
6. Notify the Authority Having Jurisdic-
tion and those in the affected area
that testing is complete.
10-B-2: Main Drain Test
1. Notify the Authority Having Jurisdic-
tion and those in the area affected by
the test.
2. Record pressure reading from the
water supply pressure gauge (B.13).
3. Verify that the outlet chamber of the
Deluge Valve is free of water. No
water should flow from the drip check
(B.7) when the plunger is pushed.
4. Fully OPEN the Flow Test Valve
(B.15).
5. When a full flow is developed from the
Flow Test Valve (B.15), record the
residual pressure from the water sup-
ply pressure gauge (B.13).
6. When the test is complete, SLOWLY
CLOSE the Flow Test Valve.
7. Compare test results with previous
flow information. If deterioration of
the water supply is detected, take ap-
propriate steps to restore adequate
water supply.
8. Verify:
a: normal water supply pressure has
been restored to the inlet cham-
ber, the priming chamber, and the
release system. The pressure on
the priming chamber water pres-
sure gauge should equal the sys-
tem water supply pressure.
b: All alarm devices, and valves are
secured in normal** operating po-
sition.
TECHNICAL DATA
9. Notify the Authority Having Jurisdic-
tion that the test is complete. Record
and/or provide notification of test re-
sults as required by the Authority
Having Jurisdiction.
** For normal operating position, refer to Figure 2
(page 220-b) and/or Trim Charts and System
Data tor the system used.
1 O-B-3: Annual
Annual Trip Tests are recommended.
Caution! Performing this test results in
operation of the Deluge Valve. Water will
flow into the sprinkler piping and from any
open sprinklers and/or nozzles. Take nec-
essary precautions to prevent damage.
1. Notify the Authority Having Jurisdic-
tion and those in the area affected by
the test.
2. Fully open the Flow Test Valve (B.15)
to flush away any accumulation of
foreign material.
3. Close the Flow Test Valve (B.15).
4. Trip the system by operating the re-
lease system. Allow a full flow to
pass through the Deluge Valve.
a: Water flow alarms should operate.
5. When test is complete:
a: Close the Main Water Supply Con-
trol Valve (D.1 ).
b: Close the Priming Valve (B.1 ).
c: Open the Auxiliary Drain Valve
(B.6).
d: Open all system main drains and
auxiliary drains. Allow the system
to drain completely.
6. Perfonn SEMI-ANNUAL maintenance.
Refer to paragraph 11-B SEMI-AN-
NUAL MAINTENANCE
7. Place the system in service. Refer to
Item 9-B, INSTALLATION: PLACING
THE VALVE IN SERVICE.
a. Note: Deluge Valves supplied by
brackish water, salt water, foam,
foam/water solution, or any other
corrosive water supply, should be
flushed with good quality fresh
water before being returned to
service.
8. Notify the Authority Having Jurisdic-
tion that the test is complete. Record
and/or provide notification of test re-
sults as required by the Authority
Having Jurisdiction.
11. MAINTENANCE
(Refer to Figure 2, page 220-b, for identifica-
tion of trim components).
NOTICE: The owner is responsible for
maintaining the fire protection system
and devices in proper operating condi-
tion. The Deluge Valve must be kept
from freezing conditions and physical
damage that could impair its operation.
August 20, 1998
MODEL E-1
DELUGE VALVE
3" (80 mm), 4" (100 mm), 6" (150 mm)
Maximum 250 PSI Water Working Pressure
Where difficulty in performance is expe-
rienced, the valve manufacturer or his
authorized representative shall be con-
tacted if any field adjustment is to be
made.
WARNING: Any system maintenance
which involves placing a control valve or
detection system out of service may
eliminate the Fire Protection capabilities
of that system. Prior to proceeding, no-
tify all Authorities Having Jurisdiction.
Consideration should be given to em-
ployment of a Fire Patrol in the affected
areas.
11-A. After Each Operation:
1. Sprinkler systems that have been
subjected to a fire must be returned
to service as soon as possible. The
entire system must be inspected for
damage, and repaired or replaced as
necessary.
2. Deluge Valves and trim that have
been subjected to brackish water, salt
water, foam, foam/water solution, or
any other corrosive water supply,
should be flushed with good quality
fresh water before being returned to
service.
3. Perfonn SEMI-ANNUAL maintenance
after every operation.
11-B. Semi-Annual Maintenance:
1. Remove the system from service.
(Refer to Deluge or Preaction System
Data that describes systems with the
release system used for additional
infonnation.)
a: Close the Main Water Supply
Control Valve (D.1) and Priming
Valve (B.1 ).
b: Open the Auxiliary Drain Valve
(B.6).
c: Relieve pressure in the priming
chamber by opening the Emer-
gency Release Valve (B.11 ).
2. Inspect all trim for signs of corrosion
and/or blockage. Clean and/or re-
place as required.
3. Clean and/or replace all strainer
screens (including B.2).
4. Refer to Item 9-B, INSTALLATION:
PLACING THE VALVE IN SERVICE.
11-C. Every Fifth Year
1. Internal inspection of Deluge Valves
is recommended every five years un-
less inspections and tests indicate
more frequent internal inspections
are required. Refer to DISASSEM-
BLY instnuctions provided below.
2. Internal inspection of strainers, and
restricted orifices is recommended
every five years unless inspections
C
C
C
August 20, 1998 Deluge 220 e
TECHNICAL DATA
MODEL E-1
DELUGE VALVE
3" (80 mm), 4" (100 mm), 6" (150 mm)
Maximum 250 PSI Water Working Pressure
A
B
C
D
E
F
3" 4"
10-1/4" 11-1/4"
(260 mm) (286 mm)
12· 12·
{305 mm) (305 mm)
29-1/2. J1-1;2·
(749 mm) {800 mm)
7-1/4" 9-J/4"
(184 mm) (248 mm) ,· 8-1/2"
(178 mm) (216 mm)
5• 6-1/2"
{127 mm) {165 mm)
Dimensions
311 ,411 &611
6"
13-1/4"
(JJ7 mm)
12·
(305 mm)
34-1/2·
(876 mm)
12·
(JOS mm)
12·
{305 mm) ..
(203 mm)
(80 mm, 100 mm, 150 mm)
Deluge Valve
with Model E Deluge Valve
Conventional Trim for
250 PSIWWP
B
SIZE A
3" 7"
(80mm) (178)
4" 9"
(100mm) (229)
6" 12"
(150mm) (305)
1/2" (1
3 4 1
Primi
A
B C D E
5" 4-1/4' 5-3/8" 7-1/2"
(127) (108) (137) (190,5)
6-1/2' 5-1/4' 7" 9"
(165} (133} (178} (228,6)
8" 7" 9-1/8" 11"
(203) (178) (232) (279,4)
D
F*
3/4"
(19,05)
15/16"
(23,81)
1"
(25,4)
p: • '(32mm)
" Valve
m)
NPT Tap:
3" Valve
3/4"(20mm)
4" & 6" Va.
1" (25mm)
Dimensions shown in
parentheses are mm.
* 4"&: 6'' valves are
manufactured with
sculptured flanges.
Dimension indicates
thickness of flange
at bait holes.
3" 4" & 6" MODEL E-1 DELUGE VALVE MATERIALS CHART & REPLACEMENT PARTS
ITEM 3" 4" 6" No. Re 'd
NO.
2
3
4
5
6
7
8
9
10
11
Part No.
02492C
07983
2 --
02497B
3 --
Part No.
02377B
07984
4 ..
5 ..
02382B
4 --
Part No. Descri tion
Body
01974C Diaphragm Rubber
07985 Cover
Clamp Ring
.. 6 Screw
Clapper
--7 Screw
02176B Seal Rubber Assembly
Seal
8 Screw
Plug; 1/2" NPT
Note: --Indicates replacement part nol available.
Material
Duclile Iron 60-40-18
EPDM
Ductile Iron 60-40-18
Bronze UNS-C84400
Stainless Sleel
Duclile Iron 65-45-12 Teflon Coated
Steel
EPDM/St. Steel UNS-S30400
Bronze UNS 84400
Slainless Sleel
Sleel
3"
6
1
10
1
1
6
• lndicales part is available in Sub-Assembly only. See Sub-Assembly list
2• 4•5 02491 B 02376B 05703B Cl A bl 6, 8, 1 o apper ssem y
1
2 Phillips Drive Round Head Screw, Na. 10-24 x 1/2" (12,7 mm) Lg.
3 Hex Head Cap Screw, 1/2"-13 x 1-1/4" (31,8 mm) Lg.
4 Phillips Drive Round Head Screw, No. 10-24 x 3/8" (9,5 mm) Lg.
Hex Head Cap Screw, 5/16"-18 x 1/2" (12,7 mm) Lg.
5
6 Hex Head Cap Screw, 1/2"-13 x 1-1/2" (38,1 mm) Lg.
7 Hex Head Cap Screw, 3/8"-16 x 5/8" (15,9 mm) Lg.
8 Hex Head Cap Screw, 5/8"-11 x 1-3/4" (44,5 mm) Lg.
Hex Head Cap Screw, 3/8"-16 x 1/2" (12,7 mm) Lg.
FIGURE 3
4"
8
1
12
1
1
8
1
6"
12
1
15
12
1
Deluge 220 I August 20, 1998
'\IIKING® TECHNICAL DATA
MODEL E-1
DELUGE VALVE
3" (80 mm), 4" (100 mm), 6" (150 mm)
Maximum 250 PSI Water Working Pressure
and tests indicate more frequent in-
ternal inspections are required.
For311,4",or6"
3. Record and provide notification of in-
spection results as required by the
Authority Having Jurisdiction.
Deluge Valve Disassembly
(Refer to Figure 3, page 220-e)
1. Remove the valve from service (see
the release system description and
Technical Data for additional infor-
mation). Close the main control
valve, open the main drain valve. Re-
lease the pressure in the priming
chamber by opening the Emergency
Release Valve.
7. To replace the diaphragm rubber (2),
remove the circle of screws (5). Re-
move the clamp ring (4) and remove
the diaphragm rubber (2).
8. To replace the seat rubber assembly
(8), clapper assembly (2, 4, 5, 6, 8,
10) must be removed from the.valve.
Remove the circle of screws (10).
Seat rubber assembly (8) can be re-
moved.
11-D. Valve Disassembly
1. Remove the valve from service.
f----
:r:
L'.J
w :r:
w z
..J
f----D
..J
o_
::,:
::::i ::,:
X <[
::,:
a. Close the Main Water Supply
Control Valve (D.1) and Priming
Valve (B.1 ). NOTE: Prior to installing a new clapper
rubber (2) or seat rubber assembly (8),
make certain that all surfaces are clean
and free of foreign matter. The plated
seat (9) must be smooth and free of
nicks, burrs or indentations.
b. Open the Auxiliary Drain Valve
(B.6). 2. Remove trim as required to allow re-
c. Release the pressure in the prim-
ing chamber by opening the Emer-
gency Release Valve (8.11).
moval of cover (3).
3. Remove screws (7).
4. Lift cover (3) from body (1).
150 ft.
140 ft.
130 ft.
120 ft,
110 ft.
100 ft.
90 ft.
80 ft,
70 ft.
60 ft,
50 ft,
40 ft.
30 ft.
20 ft
10 ft
0 ft.
5. Remove clapper assembly (No. 2, 4,
5, 6, 8, 10) by lifting it from the body
(1 ).
6. Inspect seat (9). If replacement is
necessary, do not attempt to separate
seat from body (1 ). It is not removable.
C. Valve Reassembly
1 . Prior to reassembly flush the valve of
all foreign matter.
2. To reassemble, reverse disassembly
procedure.
(45, 7 M) ,----,. -----,-----r-----, -----,-----,------.,.-----,-----..-----,-----,---,
I I I I I I I ) I 1 I I 100 -ft. (30,5 M)
(42,7 l'l) ~-----+-----:-----+------+-----:-----{------+-----:-----+------}----1_ 7 SQQ ft, (152,4 M)
I I I I I I I t I I I Ft (304,8 M)
(39,6 r,) ~ -----+-----:-----t-----1-----:-----r-----t-----:-----t-----
, I I I I I J I I I
(36,6 M) t-------+-----1-----+-------t-----1-----r------+-----1-----+--,,-,,-,,.--
1 I I I I I ) I J
(33,5 M) t-----+-----:-----i------+-----:-----+------+-----!----C~C,-
1 I I I I I I I I I I
(30,5 M) ~-----f-----:-----}-----t-----:-----t------t----1 ---}-----t-----:--7
I I I I I I I I I I I I <27,4 M) r----➔-----1-----t-----;-----1-----r------1-----t-----➔-----1----1
l I I I I I I I I I I )
(24,4 M) t -----+-----:-----+------+-----:-____ I --+-----:-----+------+-_ ---:---+
I I I I I I I I I ! I I
(21,3 M) ~ -----t-----:-----} ----1----_I t------t-----:-----}----1-----)--7
I I I I I I I I I I I I (18,3 M) t------+-----1-----t-------t--1-----r-----+ -----1-----t----·---t-----1---;
I I I I I I I I I I I I
(15,2 M) t-----+-----:-----+--,-----:-----+------+-----:-----+------f-----:--~
I I I l I I I I I J I I
(12,2 M) ~ -----t-----:---I -----t-----1-----t------t-----J-----}----1-----:--7
I I I I I I I I I I I J I (9,1 M) t-----➔--------t------;,-----l-----r-----+-----1-----t-------t-----l---;
I I I I I I I I I I I J I
(6,1 M) t----I ---:-----}------+-----:-----+-----i-----:-----}------+-----1---+
I I I I I I I I I I I I __ ..l _____ 1 _____ L ____ J _____ I _____ L _ -__ .J ____ -1-____ L ____ J _____ I __ ....l
I I I I I I I I I I I I (3,0 M)
I I I I I I J I I I I I I <O,O M) r----➔ -----1-----t-----➔-----1-----r----➔ -----1-----+-----;-----1---;
I I I I I I I I I I I I I
20e0PSI \ 60 PSI \ 100 PSI 11 140 PSI \ 180 PSI \ 220 PSI \ 250 PSI
038 kPo) ' (414 kPo) ' <690 kPo) ' (965 kPo.) ' (1 241 kPo.) ' (1 517 kPo) • (1 724 kPo)
40 PSI 80 PSI 120 PSI 160 PSI 200 PSI 240 PSI
<276 kPo) (552 kPo) (827 kPo.) (1 103 kPo) (1 379 kPo) (1 655 kPo.)
SYSTEM SUPPLY PRESSURE
Graph A
Maximum Allowable Pilot Heights for Select l:quivalent Lengths of Hydraulic Release Piping
For 3" (80 mm) Model E-1 Deluge Valves with 1/16" (1,6 mm) Restricted Orifice
Graph is based on 1/2tt (15 mm) pilot sprinklers installed on 1/2" (15 mm) schedule 40 galvanized release system piping.
It the maximum height of hydraulic release piping exceeds the limits shown on the graph, use Pneumatic or Electric Release System.
C
C
C
August 20, 1998 Deluge 220 g
f-:r: l'J
w
:r:
w z
_J
f-
0
_J
Q_
2
::J
2
X
<I
2
f-:r L.:J
w :r:
w z
_J
f-
D _J
(l_
::,:
:::J ::,:
X <I ::,:
TECHNICAL DATA
MODEL E-1
DELUGE VALVE
3" (80 mm), 4" (100 mm), 6" (150 mm)
Maximum 250 PSI Water Working Pressure
140 ft. (42,7 M) r-----.-----,-----r-----,-----,-----r----,-----1-----,----,-----,--7
I I I I I I I I I I I I
130 ft. (39,6 M) ~----:-----:-----: -----+-----:-----{-----:-----:-----: -----t----
100 ft. (30,5 M)
500 ft. (152,4 M)
1000 ft (304,8 M) 1 I I I I I I I I I I 120 ft. (36,6 M) l-------+-----l------i----------1------1-----,l--------4-----l------l------
l I I I I I I I I I
-,
I I
I I I I I I I I I I 110 ft. <33,5 M) r----7"-----1-----r----,-----1-----r-----r-----1-----I I I -----1--7
1 I I I I I I I I I I I
}QQ ft (JQ,5 M) ~----:-----:-----: -----t-----:-----t-----:---_____ _l _____ l __ _J
l I I I
1 I I I I I I I I I I I
90 ft. (27,4 M) i----1-----:-----t----1-----:-----t------+ --I-----J...--------1------1----1
I I I I I
I I I I I I I 80 ft. (24,4 n) r-----1-----1-----r----,-----1-----, I I I I I ------1-----r----,-----1--7
70 ft. (21,3
60 ft <18,3
50 ft (15,2
40 ft. (12,2
30 ft (9,1
20 ft. (6,1
10 ft. (3,0
0 ft. (0,0
I I I I I I I I I I I I
M) ~----:-----:-----: ----➔-----:--_____ I _____ I _____ I ____ _J _____ I __ _J
I I I I I I I ) I I I I I I I I I I I
M) 1------1------1-----J...--------I---
) I I I I
----I--------i-----1-----J...----➔ -----1----1
I I I I I I I
I I I I M) r------r-----1-----r---I I I I I I I I ----1-----r ------r-----1-----r----,-----1--7
1 I I I I I I I I I I I I
M) ~----:-----:----
___ _J _____ I _____ L ____ I _____ I _____ I ____ _l _____ l __ _J
I I I I I I I I I
1 I I I I I I I I I I I I
M) 1--------i-----l I ---+---------1------1------1--------i-----l-----J...--------l------1----I I I I I I I I I I I I I I I I I I I I I I I I M) r----
1
---1-----r----,-----1-----r ------r -----1-----r ----,-----1--7
I I I I I I I I I I I ---+-----:-----: ----➔-----l-----t-----:-----:-----+------}-----l--7
I I I I I I I I I I I I I
M) I------+-----1-----+-------I------1------I------+-----1-----+-------I------1---I
I I I I I I I I I I I I I
LL
:::JD
C, w
w
V)
<I w
_J w IY
2020PSI ] 60 PSI : 100 PSI : 140 PSI : 180 PSI : 220 PSI : 250 PSI
(1~8 kPn) • (414 kPn) • (690 kPn) ' (965 kPn) ' (1 241 kPn) ' (1 517 kPn) '<1 724 kPn)
40 PSI 80 PSI 120 PSI 160 PSI 200 PSI 240 PSI
<276 kPn) (552 kPn) (827 kPo) (1 103 kPn) (1 379 kPn) (1 655 kPn)
SYSTEM SUPPLY PRESSURE
Graph B
Maximum Allowable Pilot Heights for Select Equivalent Lengths of Hydraulic Release Piping
For 4" (100 mm) Model E-1 Deluge Valves with 1/16" (1,6 mm) Restricted Orifice
Graph is based on 1/2" (15mm) pilot sprinklers installed on 1/2" (15mm) schedule 40 galvanized release system piping.
If the maximum height of hydraulic release piping exceeds the limits shown on the graph, use Pneumatic or Electric Release System.
170 -ft. (51,8 M) ,-----.-----,-----,-----.-----,-----,-----,-----1-----,----7-----,--7 100 f't. (30,5 M) 500 f't. (152,4 .-,)
f't (304,8 r,)
I I I I I I I I I I I I
160 -ft (48,7 M) ~-----+-----:-----+------+-----:-----t------+-----:-----+------+----
150 Ft
140 Ft.
130 Ft.
120 Ft
llO Ft.
100 Ft.
90 Ft.
80 Ft.
70 Ft
60 Ft.
50 Ft.
40 Ft
30 Ft
20 Ft.
10 Ft.
0 Ft
1 I I I I I I I I I I ,
(45, 7 M) :------t-----:-----t-----i-----:-----i -----t-----:-----t-----➔ ----I , ,
I I I I I I I I I I (42,7 M) r ------r -----,-----r ------r -----1-----r ----7 -----,-----r -I I ----1--7
I I I I I I I I I I , , ,
(39,6 M) ~----:-----:-----+------+-----:-----+-----:-----:-----__ _l _____ l __ _J , , ,
1 I I I I I I I I , , ,
(36,6 r-i) :------t-----:-----t-----i-----:-----i-----t-------!---------1------~---1 I I I I I I I I I I I I (33,5 r-i) r----7-----1-----r----,-----1-----r----7-I I I I 1-----r----,-----1--7
1 I I I I I I I I I I I
(30,5 M) ~-----+-----:-----: -----+-----:-----t----____ I _____ I ____ _l _____ l __ _J
I I I I I
1 I I I I I I I I I I I I (27,4 M) f-----4-----l-----!-------4-----1-----1 I I I I I ---l -----1-----!-------+ -----1---I I I I I I I I I I I I I (24,4 r-i) ,----7-----1-----r----,-----1-I I I I I I ,----,-----1-----r----,-----1--7
1 I I I I I I I I I I I
(21,3 .-,) ~----f-----:-----+------f-------t-----+-----~----+------+-----i---l
1 I I I I I I I I I I I I
M) f-------1------1-----!-----I I I I <18,3 ---1-----+------I------1-----!---------1------1---I I I I I I I I I I I I I r,) ,----7-----,-----r; (15,C I I I I I I I I I -..,. -----1-----r ----r -----1-----r ----..,. -----1--7 , , , I I I I I I I I I
M) ~----:-----:--(12,2 _____ J _____ I _____ L ____ I _____ I _____ I ____ _l _____ l __ _J
I I I I I I I I I I 1 , I I I I I I I I I I M) f-____ _j_ __ _ , , (9,1 -----!-----➔-----1-----!-----_j_ _ ----1-----!-------+ -----1----1 I I I I I I I I I I I
M) ~ ---(6,1 I I I I I I I I I I I ----1-----r ----..,. -----1-----,------r -----,-----r----, ·-----1--7
1 I I I I I I I I I I I I
(3,0 M) ----+-----:-----: -----}-----:-----{-----:-----:-----: -----}-----:---1
I I I I I I I I I I I I I (0,0 M) f-------t-----1------I-------+ -----1-----+-------t-----1------I------+ -----1---I
I I I I I I I I I I I I I
202aPSI : 60 PSI : 100 PSI : 140 PSI : 180 PSI : 220 PSI : 250 PSI
<138 kPn) ' C414 kPo) ' (690 kPo) ' (965 kPo) ' (1 241 kPa) ' (1 517 kPa) • (1 724 kPa)
40 PSI 80 PSI 120 PSI 160 PSI 200 PSI 240 PSI
(276 kPa) (552 kPa) (827 kPa) (1 103 kPa) (1 379 kPa) Cl 655 kPa)
SYSTEM SUPPLY PRESSURE
Graph C
Maximum Allowable Pilot Heights for Select Equivalent Lengths of Hydraulic Release Piping
For 6" (150 mm) Model E-1 Deluge Valves with 1/16" (1,6 mm) Restricted Orifice
Graph is based on 1/2" (15 mm) pilot sprinklers installed on 1/2" (15 mm) schedule 40 galvanized release system piping
It the maximum height of hydraulic release piping exceeds the limits shown on the graph, use Pneumatic or Electric Release System
Replaces page 220 a-g dated June 10, 1996 (Valves Listed and
Approved for 250 PSI WWP) and page 220 a-g dated March 24, 1998
(Added C-UL Listing).
Form No. F_053096
J
(_
(_
C
July 30, 1998
Manufactured 1995-
1/2"x 1-1/2"
(38,1)
For Solenoid
10199
1/2"x 3" (76,2)
For o'ther Viking
Straight Body
Solenoids
SOLENOID
VALVE
,,
I\\\ \1 , Order
\\ \ Separately
\\ " ,~, 1 /2"x 3" •:~~: 6·h (16.2)
""'t~ .. , ___ .. J l, , ___ .. ,
1/2"x 2-1/2" ---\
(63,5}
1/2"
ELBOW
1/2"x 2·
(50,8)
1/2"
ELBOW
1/2"x 6"J
(152,4}
Exception:
For 3" or 4" (80 or 100 mm)
Deluge or Flow Control
Valve with factory preossembled
Conventional Trim, use:
1/2"x 7"
(177,8}
TECHNICAL DATA
1/2"x 1-1/2"
(38,1}
1;2· : e
ELBOW i:
',,, I I ;\,?\1
u-PNEUf.AATI
AClUATO
Order
Separately
Figure 1
1/2"
ELBOW
1/2"x a·
(203,2)
1/2"
UNION
1/2"x 2"
(50,8)
Release Trim 226 c
RELEASE MODULE TRIM CHART
For Electric /Pneumatic
Double Interlocked Preaction System
With Conventional Trim
Maximum 250 PSI Water Workin Pressure
This Electric/Pneumatic Release Trim Chart is for use with
Viking Electric/Pneumatic Double Interlocked
?reaction systems equipped with a Viking
Deluge or Flow Control Valve (all sizes)
installed withConventional Trim
For use on For use on
Standard* Foam System**
Trim Trim
09314 09713
Note:
For use on
Brass***
Trim
09714
Order Solenoid Valve and
Pneumatic Actuator separately.
Electric/Pneumatic Release Modules
are for use with Viking Solenoid Valve
Part Numbers 01412A, 07829, 07830,
07831,07832,07833,07834, 10196,&
10199 and Viking Model H-1 Pneumatic
Actuator part number 06459B.
The Viking Electric/Pneumatic Release
Module is for use on Viking Elec-
tric/Pneumatic Double Interlocked Pre-
action systems equipped with a Viking
Deluge or Flow Control Valve. Verify
that the valve is trimmed with Conven-
tional Trim installed according to the
current Conventional Trim Chart for the
Valve used. Install the Electric/Pneu-
matic Release Module using the con-
nections provided and as shown in Fig.
1, this page.
• Standard Conventional trim sets tor Viking
Delu~e Valves and Flow Control Valves consist of galvanized nipples and fittings.
0 Trim sets for Viking Deluge Valves and Flow
Control Valves used on pre-mixed foam
systems consist of black steel nipples and cast iron or malleable Iron fittirtQS.
Refer to notes provided on Conventional
Trim Charts .
... Refer to Technical Data describing the
HalarCI Coated Deluge Valve or Flow
Control Valve and the Viking Foam System Engineering Design Data book for applica-
tions where brass trim is recommended.
Note:
Nipple lengths tor brass trim may vary from
those shown on this Trim Chart.
Electric/Pneumatic Double Interlocked Preaction Release Module
Form No. F_111094 Replaces 226-d dated June 27, 1996 and Feb. 20, 1998
(New Pneumatic/Pneumatic Release Module)
(Revised for 250 psi rating, added nipple)
Release Trim 226 d July 30, 1998
TECHNICAL DATA
RELEASE MODULE TRIM CHART
For Pneumatic /Pneumatic
Double Interlocked Preaction System
With Conventional Trim
Maximum 250 PSI Water Workin Pressure
Manufactured 1998-
1/4" PRESSURE RELEASE VALVE
(NORMALLY CLOSED)
(SEE SET-UP INSTRUCTION)
1/2" NPT
PNEUMATIC
ACTUATOR
No. 1 TUBING
No.
l/2'x 2'
(50,8)
NDTEI
For New Systems
Package Includes pre-assembled
Pneumatic/Pneumatic Release Module,
and 1/2" NPT nipples, and unions to connect the module to
Conventional Deluge Valve Trim
For use on For j,JSe on Standard* Foam System**
Trim Trim
10372 Not available
To Replace
For use on Brass***
Trim
Not available
1/16' (1,6 MM)
Restricted Orifice
Pressure Operated Shut-Off (POSO) Valve Assembly
on Existing Pneumatic/Pneumatic
Double Interlocked Systems
is Required
ond provided only
with 250 PSI TriM.
For other triMS,
Package Includes pre-assembled Pneumatic/Pneumatic Release Module,
and 1/2" NPT nipples, and unions
shown in Figure 2
AND
replace Restricted
Orifice with
1/16' (1,6 MM)
Restricted Orifice
1/2" x 1/4" NPT Bushings to connect existing
1/4" NPT pneumatic piping to the 1/2' NPT openings on the new
Pneumatic/Pneumatic Release Module
AND The required 1 ts· Restricted Orifice for
Deluge or Flow Control Valve Priming line.
For use on For use on Standard* Foam System ..
Trim Trim
10376 Not available
For use on Brass***
Trim
Not available
• Standard Conventional trim sets for Viking
Detu~e Valves and Flow Control Valves
consist of galvanized nipples and fittings.
•• Trim sets for Viking Deluge Valves and Flow
Control Valves used on pre-mixed foam
systems consist of black steel niP.Ples
and cast iron or malleable iron fittin~s.
Refer to notes provided on Conventional
Trim Charts.
••• Refer to Technical Data describing the
HalartD Coated Deluge Vatve or Flow Control Valve and the Viking Foam System Engineering Design Data book for applica-
tions where brass trim is recommended.
Note: Nipple lengths for brass trim may vary from those shown on this Trim Chart.
4" (100 mm) Deluge Valve
Shown for clarity.
The Pneumatic/Pneumatic
Double Interlocked Preaction System
Release Module is for
use with Viking Deluge Valves
or Flow Control Valves
(all sizes) equipped with
Deluge Valve Conventional Trim
Order
Deluge Valve or
Flow control Valve,
Deluge Valve Conventional Trim,
and Pneumatic/Pneumatic
Release Module
Seporatel y.
Figure 2
Pneumatic/Pneumatic Double Interlocked Preactlon Release Module
Replaces 226-d dated June 27, 1996 or Feb. 20, 1998
(New Pneumatic/Pneumatic Release Module)
(Revised for 250 psi rating, added nipple)
Form No. F _ 111094
February 20, 1998
General Notes:
TECHNICAL DATA
eluge Valve
arately
Trim 225 a
3", 4" & 6" (80, 100, & 150 mm)
MODEL E DELUGE VALVE
CONVENTIONAL TRIM CHART
Maximum 250 PSI Water Working
This Trim Chart
is for use with
the following Viking Trim Sets
Size Standard* Foam System0 Brass*"'*
Valve Trim P/N Trim PIN Trim PIN
3" 10204 10242 111?52
4" 10205 10243 10253
6" 10206 10244 10254
. Standard Trim s~ts for _Model E Deluge Valves consist of galvanized mwles and f1ttmgs .. T~m sets tor Model E Deluge Valves used on_ pre-
mixed Fo!3-m Systems con~1st of black steel nipples and cast iron or malleable iron f1tt1ngs
See Trim Chart Notes ... Refer to Technical Data_d_escribing the Halal'~ Coated peluge Valve and the V1k1ng Foar:n System Engineer-
1n_g Design Data book for apphcat1ons where brass
tnm is recommended. Note Nipple lengt~s for brass trim may vary from those
shown on th!S T nm Chart. For nipele len~ths provided wrth brass trim, refer to charts pac ed wit brass trim
For Detailed Trim Chart
Open to
Page 225 b
NOTES: For Use with Trim Chart on Page 225 b
(open fold-out)
Valve must be trimmed as shown. Any deviation from trim size or arrangement may affect the proper operation of the valve.
All pipe, 3/4" (20 mm) and smaller, shall be galvanized steel except when other materials are specified in the Technical Data for the
Halar• Coated Deluge Valve or when other materials are specified in the Viking Foam System Engineering and Design Data book.
When Model E Deluge Valves are used on pre-mixed Foam Systems, trim piping must be of black steel pipe with cast iron or malleable
iron fittings unless otherwise specified in the Technical Data for the Halar• Coated Deluge Valve or the Viking Foam System Engineering
and Design Data book.
Dimensions in parentheses are millimeter.
Note 1: Do not plug the 1/4" (8 mm) outlet from the P.O.R.V. Pipe the 1/4" (8 mm) outlet to open drain. When piped as shown, the outlet
discharges to drain cup. Do not use soft tubing.
Note 2: 1/2" (15 mm) NPT plugged outlet provided for connecting certain optional components and associated trim.
Note 3: Release System connection. Viking Deluge and Flow Control Valves are compatible with hydraulic, pneumatic, and electric release
systems. A Pneumatic Actuator is required on all Viking Deluge Valves and Flow Control Valves equipped with Pneumatic Release
Systems.
Note 4: Alarm Connections: Connect alarm line piping to 3/4" (20 mm) NPT outlet. When using a Water Motor Alarm, a strainer is required.
1/2" (15 mm) NPT outlet is for electric Alarm Pressure Switch.
Note 5: Optional non-interuptable connection for Alarm Pressure Switch to activate electric alarm panel. Note: After the Deluge Valve trips, this
location cannot be shut off. Alarms may operate until the outlet chamber of the deluge valve is de-pressurized below the set point of
the Alarm Pressure Switch.
Note 6: Viking Drain Check Valve is manufactured with a 0.067" (1,7 mm) orifice to allow alarm line to drain. Do not substitute. Check label for
proper orientation.
Form No. 012194 Replaces Page 225 a-c dated June 27, 1996
(Revised trim for 250 PSI WWP)
Trim 225 b
Refer to page 225 a
for General Notes
and
Notes 1 through 6
0 Nur1bff-s 1 -60 lndlco'i•
rec-,iad nql»l'IC•
SIDE
0U1ILT
Gt.OK VALVE
~ lns-tc.llo-tlon. <Provld•d
only wlwnt s.qu1Pnc• of'f·•c-ts
•os• of' lnstollotlon.)
-s-.•·
••
®1 UN0:11~1
Form No. 012194
::s" 1-1/4-.:S-w ri4·
(101.1)
TODRAII
(1-1/2'" N'IP
lntomal lhreoda)
C
~ SEE
NOlE 2
1/2'"•1/l"'/2"
_)
February 20, 1998
3", 4" & 6" (80, 100, & 150 mm)
MODEL E DELUGE VAL VE
CONVENTIONAL TRIM CHART
Maximum 250 PSI Water Working
SEE NOlE 2
1/4"a1-1/2"
C-1)
1/4"a1-1/2" (:Jl.1)
1/4"
UN0N
1~11r
(241.J) PRNIIIG CONl£Cll0N ® (CQNIIECT BELOW ORY VALVE)
1/4"lc12" ::s"
TO OPEN DRAIN
SEE N01E 1
J/4".l/4".S/4°
TEE ....
J/4" BAU. IIAL IIE ....
1° W VALVE
(N0RMALLY Q.OSfD)
Order Deluge Valve
separately
Replaces Page 225 a-c dated June 27, 1996
(Revised trim for 250 PSI WWP)
Trim 225 c
3"
A 10-1/4"
(260 mm)
12·
B (305 mm)
C 29-1/2"
(749 mm)
D 7-1/4"
(184 mm)
E 7"
(178 mm)
F 5"
(127 mm)
Replaces Page 225 a-c dated June 27, 1996
(Revised trim for 250 PSI WWP)
4" 6"
11-1/4" 13-1/4"
(286 mm) (337 mm)
12" 12"
(305 mm) (305 mm)
31-1/2" 34-1/2"
(800 mm) (876 mm)
11-3/4" 1211
(300 mm) (305 mm)
8-1/2" 12·
(216 mm) (305 mm)
6-1/2" 8"
(165 mm) (203 mm)
Form No. 012194
(_
C
August 20, 1998
IKIN<G®
1. PRODUCT NAME
VIKING PNEUMATIC ACTUATOR
Model H-1
Part No. 064598
Manufactured since 1986
Model R-1 *
Part No. 09733
Manufactured since 1996
* The Model R-1 Pneumatic Actuator is similar to the
H-1 except some components are specially plated
for additional corrosion resistance and it has no
listings or Approvals.
2. MANUFACTURER
THE VIKING CORPORATION
210 N. Industrial Park Road
Hastings, Michigan 49058 U.S.A.
Telephone: (616) 945-9501
(877) 384-5464
Fax: (616) 945-9599
e-mail: techsvcs@vikingcorp.com
3. PRODUCT DESCRIPTION
The Viking Pneumatic Actuator is a
spring loaded to open, rolling dia-
phragm, piston operated valve. It is used
wherever a separation is required be-
tween the detection and operating sys-
tems. The pneumatic actuator is a re-
quired component on systems using
pneumatic detection to provide the
separation between the air in the detec-
tion system and the water in the valve
operating trim.
The Model H-1 Pneumatic Actuator is
listed and Approved for use on Viking
Pneumatic Release systems. The
Model R-1 Pneumatic Actuator is similar
to the H-1 except some components are
specially plated for additional corrosion
resistance and it has no listings or Ap-
provals.
FormNo.F_072589
TECHNICAL DATA
4. TECHNICAL DATA
Approvals: Model H-1
U.L. Listed Guide No. VLTR
U.L. Control No. 957 A
C-UL Listed
FM Approved
Approvals: Model R-1
No Listings or Approvals
Models H-1 and R-1:
Rated to 250 PSI (1 724 kPa) water
pressure
Hydrostatically tested to 500 PSI (3 447
kPa)
k Factor: 4.6 (6,62*)
* Metric K Factor shown is for use when pressure is measured in kPa. When pressure is measured in BAR, multiply the metric K Factor shown by 10.0.
Shipping Weight: 2 lbs.
Materials:
Cast Brass: UNS-C84400
Brass Bar Stock: UNS-C36000
Stainless Steel: UNS-S30200
Piston: Polycarbonate
Diaphragm: Polyester Fabric and
EPDM Elastomer
5. FEATURES
Models H-1 and R-1:
Corrosion resistant construction with
minimum moving parts. The differential
design allows low detection pressures to
control high operating pressures.
Model R-1:
Some components are specially plated
for additional corrosion resistance (see
Table 1, page 237-b).
6. AVAILABILITY AND
SERVICE
The Viking Pneumatic Actuator is avail-
able through a network of domestic, Ca-
nadian, and international distributors.
See the Yellow Pages of the telephone
directory for a local distributor (listed un-
der "Sprinklers-Automatic-Fire") or con-
tact The Viking Corporation.
Viking Technical Data may be found on
The Viking Corporation's Web site at
http://www.vikingcorp.com.
The Web site may include a more recent
edition of this Technical Data page.
7. GUARANTEES
For details of warranty, refer to Viking's
current list price schedule or contact Vi-
king directly.
The Model R-1 Pneumatic Actuators are
without guarantee or warranty either ex-
pressed or implied.
237a
PNEUMATIC ACTUATOR
Maximum 250 PSI (1 724 kPa)
Water Working Pressure
8. OPERATION
The Viking Pneumatic Actuator has an
inlet, outlet and priming chamber. When
pressure is applied to the priming cham-
ber, the rolling diaphragm and piston
assembly moves constricting the spring
and sealing the inlet from the outlet.
Pressure can then be applied to the inlet.
Due to the differential design, a small
amount of pressure in the priming cham-
ber can control a higher inlet pressure.
When the pressure in the priming cham-
ber is released, the inlet pressure and
spring forces the rolling diaphragm and
piston assembly to move allowing the
inlet pressure to run through the angle
outlet.
9. MAINTENANCE
Where difficulty in performance is expe-
rienced, the valve manufacturer or his
authorized representative shall be con-
tacted if any field adjustment is to be
made.
WARNING
Any system maintenance or testing
which involves putting a control valve
or detection system out of service
may eliminate the fire protection of
that system. Prior to proceeding, NO-
TIFY all authorities having jurisdic-
tion. Consideration should be given
to employment of a fire patrol in the
affected area.
A. The Viking Pneumatic Actuator must
be kept free of foreign matter and
freezing conditions that could impair
its operation. At regular intervals, at
least annually, inspect and test the
pneumatic actuator. The frequency
of the inspections is dependent upon
the condition of the water and release
system.
PRIOR TO PERFORMING ANY
WORK ON THE PNEUMATIC AC-
TUATOR, REFER TO SYSTEM DE-
SCRIPTION FOR INSTRUCTIONS
AND WARNINGS REGARDING
THE FIRE PROTECTION SYSTEM
AND RELEASE SYSTEM.
B. Inspection
1. Place the fire protection system
out of service.
2. Trip the Release System.
3. Drain any accumulated condensa-
tion from the release system.
4. Purge the Release System of any
foreign matter.
5. Place the Release System back
in service.
Replaces pages 237-238, dated July 25, 1989 (Added Model R-1 and 250 PSI (1 724 kPa)
WWP Rating) and page 237a-b, dated July 9, 1998 (added c-UL listing of Model H-1).
237 b
6. Establish pressure on the pneu-
matic actuator inlet.
7. Trip test the pneumatic actuator
by activating a Pneumatic Re-
lease. The pneumatic actuator
should release the inlet pressure
through the outlet.
8. Reset the Release System, then
reset the Fire Protection System
and secure all main control
valves open.
9. Should the Pneumatic Release
fail to trip or reset, remove it from
service and disassemble. Clean
and/or replace any dirty or worn
parts and reinstall. Repeat the in-
spection procedures.
C. Disassembly
(Refer to Figure 1, Page 237 b)
1. Place the Fire Protection System
out of service.
2. Trip the Release System.
3. Remove the Pneumatic Actuator
4. Remove the three cover screws
(6). CAUTION -The assembly is
under spring tension.
5. Separate the Cover (4) from the
lower assembly.
6. Separate the upper Diaphragm
(3), Piston (5), lower Diaphragm
(7), Spring Pad (8) from the Body
(1 ).
7. Clean and/or replace dirty or
worn parts.
8. If required, remove the Valve
Seat (10) from the Body (1) and
replace.
D. Reassembly
1. Reverse the Disassembly Proce-
dure, making sure that the Burr
side of the Spring Pad (8) is to-
ward the Spring, away from the
lower Diaphragm (7).
2. Purge all Trim Piping of foreign
matter.
3. Reinstall the Pneumatic Actuator
and Trim piping.
4. Repeat inspection procedures
5. Check and repair all leaks
6. Reset the Release System, then
reset the Fire Protection System
and secure all main control
valves open.
10-INSTALLATION
INSTRUCTIONS
A. Remove all thread protector inserts
from the device.
B. The Pneumatic Actuator requires
three 1/2" (15mm) NPT pipe connec-
TECHNICAL DATA
lions. Refer to System Trim Charts for
piping arrangement.
C. When used with a Viking Deluge or
Flow Control Valve, connect the inlet
to the Pressure Operated Relief
Valve or the Flow Control Valve prim-
ing chamber. Connect the outlet to an
open drain or as indicated in the Sys-
tem Piping Diagrams. Connect the
priming chamber to the pneumatic re-
lease system. A tee connection is
desirable to allow the release line to
August 20, 1998
PNEUMATIC ACTUATOR
Maximum 250 PSI (1 724 kPa)
Water Working Pressure
be drained of condensation or
purged.
D. Set the release line air pressure at a
minimum 30 PSI (207 kPa) for system
water pressures up to 175 PSI (1 207
kPa), and at a minimum 50 PSI (345
kPa) for system water pressures
above 175 PSI ( 1 207 kPa) up to a
maximum of 250 PSI (1 724 kPa).
WARNING -If pressure should
back up through the outlet, the
Pneumatic Actuator may operate.
PriMing ChQMber_~
112· <15 MM) NPT 4 ~~~ ~~ 0l~~r ~ ' ' 6 ~' Ni, , , ~
\ ~ ~~ J
!',"'-.','\.,,:~,:~ )(_ ' J \ " ' 3-1/4' ' I / / ' ' 7
<82,6! ~::let--~ '~
'V "'--~ A'" ~''<;;' 8 l/2' <15 MM) NPT ~ / '--! ;Lrt~'<s '~ / \ / ' ' l,"\:,',>,"'', ' /.,, 9
~
' / /~ ~-// 10 '/ 1,/ //,,-1
Inlet j
1/2' (15 r1r1) NPT I
3-1/8' Dia.
(79,4 MM)
ITEM PART NUMBER MATERIAL NO.
NO. H-1 R-1 DESCRIPTION H-1 R-1 REQ'D.
Body Brass Brass· 1 ----UNS-C84400 UNS-C84400 1
Spacer Brass Brass* 1 2 ----UNS-C84400 UNS-C84400
3 04735A 04735A Upper Diaphragm EPDM/Polyester EPDM/Polyester 1 Fabric Fabric
Cover Brass Brass• 4 ----UNS-C84400 UNS-C84400 1
5 04736A 04736A Piston Polycarbonate Polycarbonate 1
Hex Head Screw, Steel Stainless Steel 6 04732A 06228A #10-24 X 1-1/4" Lg Zinc Coated UNS-S31600 3
EPDM/Polyester EPDM/Polyester 1 7 04861A 04861A Lower Diaphragm Fabric Fabric
Stainless Steel
8 04739A 06227A Spring Pad U NS-S30200/ Monel #400 1
UNS-S30400
9 04741A 06224A Spring Stainless Steel lnconel #600
UNS-S30200 1
10 06464B 06464BJ Seat Brass Brass ..
UNS-C36000 UNS-C36000 1
• Electroless Nickel plated, Model R-1 only
•• Nickel and Tin plated, Model R-1 only
--Indicates part is not available
Table 1
Replaces pages 237-238, dated July 25, 1989 (Added Model R-1 and 250 PSI (1 724 kPa)
WWP Rating) and page 237a-b, dated July 9, 1998 (added c-UL listing of Model H-1). Form No. F _072589
J
(_
(_
C
July 9, 1998
1. PRODUCT NAME
High Pressure Solenoid Valve
Base Part Number: 10199
Manufactured since 1998
2. MANUFACTURED FOR
THE VIKING CORPORATION
210 N. Industrial Park Road
Hastings, Michigan 49058 U.S.A.
Telephone: (616) 945-9501 (800) 968-9501
Fax Number: (616) 945-9599
e-mail: techsvcs@vikingcorp.com
3. PRODUCT DESCRIPTION
The high pressure solenoid valve is a
two way type with one inlet and one
outlet. It is a packless, internal pilot op-
erated valve, suitable for use in releas-
ing water pressure from the priming
chamber of Viking Model E Series Del-
uge Valves and Viking Model H Series
Flow Control Valves. The solenoid
valve has floating diaphragm construc-
tion which requires a minimum pressure
drop across the valve to operate prop-
erly. This valve is available normally
closed and has a voltage rating of 24 volt
DC. This solenoid valve is for use with
system control units that are listed
and/or approved for releasing service for
water based fire protection systems.
4. TECHNICAL DATA
Approvals: CE:
See Chart, page 217 b
Materials:
Body: Brass with 1/2" (15mm) NPT
connections
Seals and Discs: Buna N
Core Tube: 305 Stainless Steel
Core and Plugnut: 430F Stainless Steel
Springs: 302 Stainless Steel
Coil: Class H; Continuous Duty
Maximum Operating Pressure: 250 PSI
(1 724 kPa)
Minimum Operating Pressure: 5 PSI
(34,5 kPa)
See Table for Enclosure Descriptions
and recommended ambient tempera-
tures.
Form No. F 052689
TECHNICAL DATA
Manufacturer: Automatic Switch Com-
pany (ASCO)
Straight Body Styles are ASCO Bulletin
8210 Diaphragm T,¥pe Valves (Red-
Hat® or Red-Hat II Models)
5. FEATURES AND
ACCESSORIES
a. Normally closed.
b. 24 VDC.
c. Easy to clean.
d. Required Accessories -a 50 mesh
strainer must be installed on the inlet
side of the valve. This strainer is
included as part of the Model E-1
Deluge Valve Trim and Model H
Folow Control Valve Trim.
6. OPERATION
The solenoid valve is an internal pilot
operated valve with pilot and bleed ori-
fices utilizing line pressure for operation.
Normally closed de-energized valves
open when energized. Power is applied
to the solenoid coil causing the solenoid
core to lift, opening the pilot orifice to the
outlet side of the valve. This relieves
pressure on the top side of the dia-
phragm and allows the line pressure to
open the valve. When de-energized, the
solenoid core reseals the pilot orifice,
allowing the line pressure to build above
the diaphragm, closing the valve.
Normally closed solenoid valves are
commonly used as releases for Viking
deluge and flow control valves. Opening
the solenoid valve allows the deluge or
flow control valve to open.
Note: When using a normally closed so-
lenoid valve as a release, a system will
not operate automatically on total loss of
power. For this reason it is recom-
mended and normally required that an
emergency back up, supervised power
supply be provided to maintain fire pro-
tection during interruptions of the main
power system and to meet the require-
ments of appropriate Authorities Having
Jurisdiction.
7. AVAILABILITY AND SERVICE
The solenoid valve is available through
a network of domestic and international
distributors, see the Yellow Pages of the
telephone directory for closest distribu-
tor (listed under "Sprinklers Automatic
Fire") or contact The Viking Corporation
directly.
Viking Technical Data may be found on
The Viking Corporation's Web site at
http://www.vikingcorp.com.
The Web site may include a more recent
edition of this Technical Data page.
217 a
HIGH PRESSURE
SOLENOID VALVE
Maximum 250 PSI (1 724 kPa)
Water Working Pressure
8. GUARANTEES
For details of warranty, refer to Viking's
current list price schedule or contact Vi-
king directly.
9. MAINTENANCE
WARNING:
The owner is responsible for maintaining
the fire protection system in proper op-
erating condition.
Any system maintenance or testing
which involves placing a control valve or
detection system out of service may
eliminate the Fire Protection of that sys-
tem. Prior to proceeding notify all
Authorities Having Jurisdiction. Consid-
eration should be given to employment
of a Fire Patrol in the affected area.
Warning: Prior to operating the solenoid
valve, be sure to close the system con-
trol valve to avoid unintentional opera-
tion of the deluge valve.
a. Inspections -It is imperative that the
system be inspected and tested on a
regular basis. The frequency of the
inspections may vary due to contami-
nated water supplies, corrosive water
supplies or corrosive atmospheres.
In addition, the alarm devices, detec-
tion systems or other connected trim
may require a more frequent sched-
ule. Refer to the system description
and applicable codes for minimum
requirements.
b. The valve must be operated at least
monthly. The valve must open and
close freely. When open, the water
flow must be clear and clean at the
proper flow rate. When closed, a total
water shut off must be observed. Af-
ter the test, the strainer must be
cleaned. Prior to cleaning the
strainer, the priming line valve must
be closed and the priming line de-
pressurized. After the strainer is
cleaned, the priming line valve must
be reopened.
c. The valve must be inspected at least
monthly for cracks, corrosion, leak-
age, etc., and cleaned, repaired or
replaced as necessary.
d. At least annually, the valve dia-
phragms and seats must be in-
spected and if necessary, repaired or
replaced.
WARNING: Close system control
valve, turn off power supply and de-
pressurize valve before disassem-
bling valve. It is not necessary to
remove the valve from the pipe line to
make inspections.
Replaces page 217a-b, dated March 7, 1996
217 b
e. When lubricating valve components
use a high jade silicone grease
(Dow Coming 111 Compound Lu-
bricant or equal).
f. When reassembling, tighten
parts to torque values indicated in
ASCO's maintenance instructions
(packed with valve).
g. After maintenance is completed, op-
erate the valve a few times to be sure
of proper operation. A metallic "click"
signifies the solenoid is operating.
h. It is recommended that the valve be
replaced at seven (7) year intervals.
Shorter intervals may be required if
the valve is subject to corrosive water
supplies or atmospheres.
i. All service must be performed by
qualified personnel. Upon comple-
tion of inspections or replacement of
the valve the entire system must be
Viking ASCO Enclosure
Part Orf.
TECHNICAL DATA
checked for proper operation. See
appropriate system description and
testing instructions for additional in-
formation.
10. INSTALLATION
a. Check nameplate for correct unit in-
cluding voltage and mode of opera-
tion. Follow all installation and main-
tenance instructions enclosed with
the valve.
b. Standard solenoids may be mounted
in any position. However, for opti-
mum life and performance, solenoids
should be mounted vertically and up-
right with the coil upright.
c. A 50 mesh strainer is required on the
inlet side of the valve. This strainer
is included as part of the Model E-1
Deluge Valve Trim. Install the
strainer as indicated on Viking's trim
drawing. Install the solenoid accord-
Minimum Operating
Watts DC Pressure Catalogue :,~ Type Description Voltage
Number Number (NEMA Ratlng)2 (De-<!nerglzed) AMPS Dtfferentlal3
10199 HV274060-001 314• Straight 1, 2. 3. 3S NC 24DC 22.6 DC 942mA 5 PSI
4& 4X (34,5 kPa)
July 9, 1998
HIGH PRESSURE
SOLENOID VALVE
Maximum 250 PSI (1 724 kPa)
Water Working Pressure
ing to markings on the valve body.
Apply pipe compound sparingly to
male pipe threads only. If applied to
valve threads, it may enter the valve
and cause operation difficulty or leak-
age. Avoid putting pipe compound
on first two male threads as well.
d. The unit must be wired in accordance
with Local and National Electrical
Codes. For valves equipped with
water tight enclosures, the electrical
fittings must be approved for use in
the hazardous location.
e. Upon completing the installa-
tion the entire system must be
tested for proper operation. See sys-
tem description and testing instruc-
tions for additional information.
Maximum Listings/ Approvals
Ambient Cv
Temp4 Factor UL CSA' FM' NYC
130°F 4.0 Yes Yes Yes ..
(54"C)
1 0/erall take-out (end ol inlet nipple to end of outlet nipple)= 2-13/16" (71,4 mm). All valves have 1/2" (15 mm) NPT connections.
2 Enclosure Type: 1 (General Purpose), 2 (Drip Proof), 3 & 3S (Rain Tight), 4 & 4X (Watertight), 6 & 6P (Submersible), 7 (Explosion Proo!, Class t,
Groups A, B, C, D), 9 (Dust Ignition Proof Class II, Groups E, F, G) 3 Minimum operating pressure differential is that required to open valve and keep it open. The valve will start to close below the minimum operating pressure
differefltial.
4 Minimum Ambient Temperature for all valves is 40"F (4 'C). Manufacturer's recommended maximum ambient temperatures are determined under continuously
energized conditions with maximum fluid temperatures in the valves. Actual conditions (such as normally closed and normally de-energized with room
temperature water in the tine) will permit use at considerably higher ambient temperatures.
5 CSA recognized to CSA Standards C22.2 No. 0 and No. 129. Explosion proof versions are CSA recognized to CSA Standards C22.2 Nos. o, 139, 25 and 30.
They are certified for hazardous locations Class I, Groups C & D, Class II, Groups E, F, G. 6 FM Approved as a component of Viking 250 PSI (1 724 kPa) electrically released Deluge, Preaction, and Flow Control systems.
Replaces page 217a-b, dated March 7, 1996 Form No. F_052689
(_
l.
C
July 9, 1998
1. PRODUCT NAME
Replacement Solenoid Valves
For Maximum 175 PSI (1 207 kPa) WWP
2. MANUFACTURED FOR
THE VIKING CORPORATION 210 N. Industrial Park Road Hastings, Michigan 49058 U.S.A. Telephone: (616) 945-9501 (800) 968-9501
Fax Number: (616) 945-9599 e-mail: techsvcs@vikingcorp.com
3. PRODUCT DESCRIPTION
The solenoid valves are two way type
with one inlet and one outlet. They are
packless, internal pilot operated valves
suitable for use in releasing water pres-
sure from the priming chamber of Viking
Model E-1 and E-2 Deluge Valves and
Model H-1 and H-2 Flow Control Valves.
They have either floating diaphragm or
piston type construction which requires
a minimum pressure drop across the
valve to operate properly. Both normally
closed and nonmally open valves are
available. Although these valves are
available in several voltages, 24 volt DC
and 120 VAC models are normally
stocked. These valves are to be used
with system control units that are
listed/approved for releasing service for
water based fire protection systems.
4. TECHNICAL DATA
Materials:
Body: Brass with 1/2" (15mm) NPT
connections
Seals and Discs: Buna-A or Ethylene
Propylene
Core Tube: 305 Stainless Steel
Core and Plugnut: 430F Stainless Steel
Springs: 302 Stainless Steel
Coil: Class F or H; Continuous Duty
Maximum Operating Pressure: 175 Psi
(1 207 Kpa)
See Table for Enclosure Descriptions
and recommended ambient tempera-
tures.
Manufacturer: Automatic Switch Com-
pany (ASCO)
Form No. F _052689
TECHNICAL DATA
Straight Body Styles are ASCO Bulletin
821~ Diaphragm TJpe Valves (Red-
Hat or Red-Hat II Models)
Angle Body Styles are ASCO Bulletin
8223 Piston Type Valves (Red-Hat®
Model)
5. FEATURES AND
ACCESSORIES
a. Available normally open or normally
closed.
b. Available in several voltages.
c. Easy to clean.
d. Required Accessories -a 50 mesh
strainer must be installed on the inlet side
of the valve. This strainer is included as
part of the Model E-1 Deluge Valve Trim
And Model H Flow Control Valve Trim.
6. OPERATION
The solenoid valves are internal pilot
operated valves with pilot and bleed ori-
fices utilizing line pressure for operation.
Normally closed de-energized valves
open when energized. Power is applied
to the solenoid coil causing the solenoid
core to lift, opening the pilot orifice to the
outlet side of the valve. This relieves
pressure on the top side of the dia-
phragm or piston and allows the line
pressure to open the valve. When de-en-
ergized, the solenoid core reseals the
pilot orifice, allowing the line pressure to
build above the diaphragm or piston,
closing the valve.
Normally-open de-energized valves
close when energized. When power is
applied to the solenoid coil the solenoid
core seals the pilot orifice allowing the
line pressure to build above the dia-
phragm or piston causing the valve to
close. When de-energized the solenoid
core opens the pilot orifice to the outlet
side of the valve. This relieves pressure
on the top side of the diaphragm or pis-
ton and allows the line pressure to open
the valve.
Normally closed solenoid valves are
commonly used as releases for Viking
deluge and flow control valves. Opening
the solenoid valve allows the deluge or
flow control valve to open.
217 C
SOLENOID VALVES
Maximum 175 PSI (1 207 kPa)
Water Working Pressure
Not for use with 250 PSI (1 724 kPa) Trim
Note: When using a normally closed so-
lenoid valve as a release, a system will
not operate automatically on total loss of
power. For this reason it is recom-
mended and normally required that an
emergency back up, supervised power
supply be provided to maintain fire pro-
tection during interruptions of the main
power system and to meet the require-
ments of appropriate Authorities Having
Jurisdiction.
When nonmally open solenoid valves
are used as releases for deluge or flow
control valves, they must be energized
constantly to maintain systems in the set
condition, any loss or interruption of
power to the solenoid valve will allow the
system to trip. Normally open solenoids
are used as releases in special applica-
tions requiring a fail-safe, system
tripped, condition on total loss of power.
An example of the principal would be
Vikings's Firecycle II system. Care must
be taken in selecting the appropriate
normally open or nonmally closed sole-
noid valve to ensure desired protection,
from fire and accidental system opera-
tion, is achieved.
7. AVAILABILITY AND
SERVICE
The solenoid valve is available through
a network of domestic and international
distributors, see the Yellow Pages of the
telephone directory for closest distribu-
tor (listed under "Sprinklers Automatic
Fire") or contact The Viking Corporation
directly.
Viking Technical Data may be found on
The Viking Corporation's Web site at
http://www.vikingcorp.com.
The Web site may include a more recent
edition of this Technical Data page.
8. GUARANTEES
For details of warranty, refer to Viking's
current list price schedule or contact Vi-
king directly.
9. MAINTENANCE
WARNING
The owner is responsible for maintaining
his fire protection system in proper oper-
ating condition.
Any system maintenance or testing
which involves placing a control valve or
detection system out of service may
eliminate the Fire Protection of that sys-
tem. Prior to proceeding notify all
Authorities Having Jurisdiction. Consid-
eration should be given to employment
of a Fire Patrol in the affected area.
Warning: Prior to operating the solenoid
valve, be sure to close the system con-
Replaces page 217a-b, dated March 7, 1996
217 d
'\IIKIN<G.
trol valve to avoid unintentional opera-
tion of the deluge valve.
a. Inspections -It is imperative that the sys-
tem be inspected and tested on a regular
basis. The frequency of the inspections
may vary due to contaminated water sup-
plies, corrosive water supplies or corro-
sive atmospheres. In addition, the alarm
devices, detection systems or other con-
nected trim may require a more frequent
schedule. Refer to the system description
and applicable codes for minimum re-
quirements.
b. The valve must be operated at least
monthly. The valve must open and close
freely. When open, the water flow must be
clear and clean at the proper flow rate.
When closed, a total water shut off must
be observed. After the test, the strainer
must be cleaned. Prior to cleaning the
strainer, the priming line valve must be
closed and the priming line depressurized.
After the strainer is cleaned, the priming
line valve must be reopened.
c. The valve must be inspected at least
monthly for cracks, corrosion, leakage,
etc., and cleaned, repaired or replaced as
necessary.
d. At least annually, the valve diaphragms
and seats must be inspected and if neces-
sary, repaired or replaced.
WARNING: Close system control valve,
I
Viking ASCO Enclosure
Part Catalogue Bod)-Type
Number Number Ort. Style7 (NEMA Ratlng)1
01412A T8210A107 518 Straight 1
07832 HV2648571 1/2 Straight 1, 2, 3, 3S, 4, 4X
07833 HV2648571 1/2 Straight 1, 2, 3, JS, 4, 4X
07830 HV2648572 1/2 Straight 3, 3S, 4, 4X, 6,
6P, 7, 9
07834 HV2648572 112 Straight 3, 3S, 4, 4X, 6,
6P, 7, 9
04895A WPHTX8223· 3/8 Angle 3, 4, 4X, 6
A3EN0
07831 HV2648581 1/2 Straight 1, 2, 3, 3S, 4, 4X
07829 HV2648582 1/2 Straight 3, 3S, 4, 4X, 6
6P, 7, 9
TECHNICAL DATA
tum off power supply and depressurize
valve before disassembling valve. It is not
necessary to remove the valve from the
pipe line to make inspections.
e. When lubricating valve components use t
high grade silicone grease (Dow Corning
111 Compound Lubricant or equal).
f. When reassembling, tighten parts
to torque values indicated in ASCO's
maintenance instructions (packed with
valve).
g. After maintenance is completed, operate
the valve a few times to be sure of proper
operation. A metallic "click" signifies the
solenoid is operating.
h. It is recommended that the valve be re-
placed at seven (7) year intervals. Shorter
intervals may be required if the valve is
subject to corrosive water supplies or at-
mospheres.
All service must be performed by qualified
personnel. Upon completion of inspec-
tions or replacement of the valve the entire
system must be checked for proper opera-
tion. See appropriate system description
and testing instructions for additional infor-
mation.
10. INSTALLATION
a. Check nameplate for correct unit including
voltage and mode of operation. Follow all
Minimum Operating
Descrlptton DC Pressure
(Deenerglzed) Voltage Watts AMPS Dlfferentlal'
NC 24VDC 16.8 700mA Spsi
(34,5 kPa)
NC 24VOC 10.6 442mA 5psi
(34,5 kPa)
NC 120V 9.5 " 5 psi
60 Hz (34,5 kPa)
110V 11.5 " 50 H,
NC 24VOC 10.6 442mA 5 psi
(34,5 kPa)
NC 120V 9.5 " 5 psi
60 Hz (34,5 kPa)
110V 11.5 " 50Hz
NO 24VDC 16.8 700mA 5psi
(172,4 kPa)
NO 24VDC 10.6 442mA 5psi
(34,5 kPa)
NO 24VDC 10.6 442mA 5 psi
(34,5 kPa)
July 9, 1998
SOLENOID VALVES
Maximum 175 PSI (1 207 kPa)
Water Working Pressure
Not for use with 250 PSI (1 724 kPa) Trim
installation and maintenance instructions
enclosed with the valve.
b. Standard solenoids may be mounted in
any position. However, for optimum life
and performance, solenoids should be
mounted vertically and upright with the coil
upright. Explosion proof solenoids must
have the coil upright.
c. A 50 mesh strainer is required on the inlet
side of the valve. This strainer is included
as part of the Model E-1 Deluge Valve
Trim. Install the strainer as indicated on
Viking's trim drawing. Install the solenoid
according to markings on the valve body.
Apply pipe compound sparingly to male
pipe threads only. If applied to valve
threads, it may enter the valve and cause
operation difficulty or leakage. Avoid put-
ting pipe compound on first two male
threads as well.
d. The unit must be wired in accordance with
Local and National Electrical Codes. For
valves equipped with explosion-proof and
water tight enclosures, the electrical fit-
tings must be approved for use in the
hazardous location.
e. Upon completing the installation
the entire system must be tested for
proper operation. See system description
and testing instructions for additional infor-
mation.
Listings/Approvals Maximum For 175 PSI (1 207 kPa) WWP Ambient Cv
Temp2 Factor UL CSA4 FM NYC
77°F 4 Yes3 -Yes" Yes
(25"C)
104°F 3 Yes3 Yes
(40"C)
125°F 3 Yes3 Yes
(52"C)
104°F 3 Yes5 Yes -
(40"C)
125"F 3 Yes5 Yes
(52"C)
77°F 3.2 Yes9 Yes6 Yes6
(25"C)
104°F 3 Yes5 Yes -(40"C)
104°F 3 Yes5 Yes -
(40"C)
1 Enclosure Type 1 (General Purpose), 2 (DripProof), 3 & 3S (Raintight), 4 & 4X (Watertight), 6 & 6P (Submersible), 7 (Explosion Proof, Class I, Groups A B, C, D), 9 (Dust Ignition Proof
Class II, Groups E, F, G) 2 Minimum Ambient Temperature for all valves ·Is 32°F (0'C). Manufacturer's recommended maximum ambient temperatures are determined under continuously energized conditions with
maximum fluid temperatures in the valves. Actual conditions (such as normally closed and normally de-energized with room temperature water in the line) will permit use at considerably
higher ambient temperatures.
3 UL Listed as Safety Shutoff (UL429) and Fire Protection Special System Water Control• Releasing Service (UL429A • Product Category VL TR) ~ CSA recognized_ to CSA Standards C22.2 No. 0 and No. 129. Explosion proof versions are CSA recognized to CSA Standards C22.2 Nos. 0, 139, 25 and 30. They are certified for
hazardous locations Class I, Groups C & D, Class II, Groups E, F, G.
5 UL Listed as a general purpose valve under UL 429, "Electrically Operated Valves•. Explosion Proof versions are listed !or hazardous locations Class I, Groups C, D; Class II,
Groups E, F, G. 6 FM Approved an an integral part of Firecycle II System. 7 All straight body styles are Red Hat II Models with an overall take-out (end of inlet nipple to end of outlet nipple)= 1-1/6" (27 mm) except Part Number 01412A which is a Red Hat Model
w~th an overall t~ke-out (end of inlet n_ipple to end of outlet nipple)= 1-3,'4" (44,5 mm). All valves have 1/2" (15 mm) NPT connections.
6 M1rnmum operating pressure differential is that required to open valve and keep it open. The valve will start to close below the minimum operating pressure differential. 9 UL Listed for use with Viking Model A-1 Release Control Panel. 1° For AC voNages, in rush current (ie to start plunger moving)= 28 volt amps. Holding curren1 (ie to hold plunger open)= 23 volt amps.
11 FM Approved as a component of Viking 175 PSI (1 207 kPa) electrically released Deluge, Preaction, and Flow Control systems.
Replaces page 217a-b, dated March 7, 1996 Form No. F_052689
N & D FIRE PROTECTION, INC.
P.O. BOX 90952
CITY OF INDUSTRY CA 91715
HYDRAULIC CALCULATIONS
FOR
24 HOUR FITNESS
2234 RUTHERFORD RD.
CARLSBAD, C.A.
FILE NUMBER: 98-0293
MAY 11, 1999
-DESIGN DATA-
OCCUPANCY CLASSIFICATION: LIGHT
DENSITY: .10
HAZARD
gpm
NUMBER OF SPRINKLERS CALC.ULATED: 29 HEADS
TOTAL SPRINKLER WATER FLOW REQUIRED: 587.1
TOTAL WATER REQUIRED (including hose): 687.1
FLOW AND PRESSURE (@ BOR): 487.3
SPRINKLER ORIFICE SIZE: 1/2
NAME OF CONTRACTOR: N & D FIRE PROTECTION,INC
DESIGN/LAYOUT BY: ALEX ARGUMEDO
gpm
gpm
gpm@
inch
76.4 psi
AUTHORITY HAVING JURISDICTION: CITY OF CARLSBAD FIRE PREVENTION
CONTRACTOR CERTIFICATION NUMBER: 657954
CALCULATIONS BY HASS COMPUTER PROGRAM (LICENSE# 817C980
HRS SYSTEMS, INC.
ATLANTA, GA
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 1
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
WATER SUPPLY DATA
SOURCE STATIC RESID. FLOW AVAIL. TOTAL REQ'D
NODE PRESS. PRESS. @ PRESS. @ DEMAND PRESS.
TAG (PSI) (PSI) (GPM) (PSI) (GPM) (PSI)
SRC 120.0 115.0 1530.0 119.1 587.1 82.4
AGGREGATE FLOW ANALYSIS:
TOTAL FLOW AT SOURCE 587.1 GPM
TOTAL HOSE STREAM ALLOWANCE AT SOURCE 100.0 GPM
OTHER HOSE STREAM ALLOWANCES 0.0 GPM
TOTAL DISCHARGE FROM ACTIVE SPRINKLERS 487.1 GPM
~ODE ANALYSIS DATA
NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE
(FT) (PSI) (GPM)
1 16.2 K= 5.50 7.0 14.6
2 16.0 ----7.5 ---
3 16.0 ----7.5 ---
4 16.2 K= 5.50 7.1 14.6
5 16.0 ----7.6 ---
6 16.2 K= 5.50 7.1 14.7
7 15.0 ----9.0 ---
8 16.0 ----7.8 ---
9 16.2 K= 5.50 7.3 14.9
10 16.0 ----7.8 ---
11 16.2 K= 5.50 7.3 14.9
12 16.2 K= 5.50 7.0 14.6
13 16.0 ----7.5 ---
14 16.0 ----7.5 ---
15 16.2 K= 5.50 7.0 14.6
16 16.0 ----7.6 ---
17 16.2 K= 5.50 7.1 14.7
18 15.0 ----9.2 ---
19 16.0 ----7.6 ---
20 16.2 K= 5.50 7.2 14.7
21 16.0 ----7.7 ---
22 16.2 K= 5.50 7.2 14. 7
23 16.0 ----7.7 ---
24 16.2 K= 5.50 7.6 15.1
25 16.2 K= 5.50 7.7 15.3
26 16.0 ----8.2 ---
27 16.0 ----8.3 ---
28 16.2 K= 5.50 7.7 15.3
29 16.0 ----8.4 ---
30 16.2 K= 5.50 7.9 15.4
31 15.0 ----10.0 ---
32 16.0 ----8.4 ---
33 16.2 K= 5.50 7.9 15.5
34 16.0 ----8.5 ---
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 2
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE
(FT) (PSI) (GPM)
35 16.2 K= 5.50 7.9 15.5
36 16.0 ----8.5 ---
37 16.2 K= 5.50 8.0 15.5
38 16.0 ----8.9 ---
39 16.2 K= 5.50 8.3 15.9
40 16.0 ----9.6 ---
41 16.2 K= 5.50 9.0 16.5
42 15.0 ----11. 5 ---
43 16.2 K= 5.50 9.9 17.3
44 16.0 ----10.6 ---
45 16.0 ----10.6 ---
46 16.2 K= 5.50 10.0 17.4
47 16.0 ----10.7 ---
48 16.2 K= 5.50 10.1 17.5
49 15.0 ----12.1 ---
,50 16.0 K= 5.50 11. l 18.3
51 16.2 ----11. 0 ---
52 15.0 ----18.1 ---
58 16.2 K= 5.50 14.6 21. 0
59 16.0 ----15.5 ---
60 16.0 ----15.5 ---
61 16.2 K= 5.50 14. 7 21. l
62 16.0 ----15.7 ---
63 16.2 K= 5.50 14.9 21. 2
64 15.0 ----17.5 ---
65 16.0 ----16.3 ---
66 16.2 K= 5.50 15.4 21. 6
PREIN 4.0 43.3 ---
PREOUT 3.0 ----36.3 ---
67 16.0 ----68.4 ---
68 16.2 K= 5.50 16.1 22.0
69 15.0 ----18.7 ---
70 16.2 K= 5.50 17.0 22.7
71 15.0 20.1 ---
A 16.0 ----7.9 ---
B 16.0 7.9 ---
C 16.0 8.7 ---
E 16.0 11.2 ---
G 16.0 16.4 ---
TOR 16.0 69.3 ---
UGl -3.0 78.1 ---
UG2 -3.0 78.2 ---
UG3 -3.0 81. 9 ---
DCOUT 3.0 75.9 ---
DCIN 3.0 78.9 ---
SRC -3.0 SOURCE 82.4 487.1
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 3
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
PIPE DATA
PIPE TAG Q(GPM) DIA ( IN) LENGTH PRESS.
END ELEV. NOZ. PT DISC. VEL(FPS) HW (C) (FT) SUM.
NODES (FT) ( K) (PSI) (GPM) F.L./FT (PSI)
Pipe: 1 -14.6 1. 049 PL 0.20 PF 0.4
1 16.2 5.5 7.0 14.6 5.4 100 FTG T PE 0.1
2 16.0 0.0 7.5 0.0 0.102 TL 3.77 PV 0.2
Pipe: 2 -14.6 2.157 PL 8.00 PF 0.0
2 16.0 0.0 7.5 0.0 1. 3 100 FTG PE 0.0
3 16.0 0.0 7.5 0.0 0.003 TL 8.00 PV 0.0
Pipe: 3 -29.2 2.157 PL 8.00 PF 0.1
3 16.0 0.0 7.5 0.0 2.6 100 FTG PE 0.0
5 16.0 0.0 7.6 0.0 0.011 TL 8.00 PV 0.0
P:i.pe: 4 -14.6 1. 049 PL 0.20 PF 0.4
4 16.2 5.5 7.1 14.6 5.4 100 FTG T PE 0.1
3 16.0 0.0 7.5 0.0 0.102 TL 3.77 PV 0.2
Pipe: 5 -43. 9 2.157 PL 5.66 PF 0.3
5 16.0 0.0 7.6 0.0 3.9 100 FTG T PE 0.0
A 16.0 -0. 0 7.9 0.0 0.023 TL 14.22 PV 0.1
Pipe: 6 -14.7 1.049 PL 0.20 PF 0.4
6 16.2 5.5 7.1 14.7 5.5 100 FTG T PE 0.1
5 16.0 0.0 7.6 0.0 0.103 TL 3.77 PV 0.2
Pipe: 7 -73. 7 2.703 PL 10.00 PF 0.2
7 15.0 0.0 9.0 0.0 4.1 100 FTG PE 0.0
18 15.0 0.0 9.2 0.0 0.020 TL 10.00 PV 0.1
Pipe: 8 -14. 9 2.157 PL 6.00 PF 0.0
8 16.0 0.0 7.8 0.0 1. 3 100 FTG PE 0.0
10 16.0 0.0 7.8 0.0 0.003 TL 6.00 PV 0.0
Pipe: 9 -14 .. 9 1.049 PL 0.20 PF 0.4
9 16.2 5.5 7.3 14.9 5.5 100 FTG T PE 0.1
8 16.0 0.0 7.8 0.0 0.106 TL 3.77 PV 0.2
Pipe: 10 -29.8 2.157 PL 1.00 PF 0.1
10 16.0 0.0 7.8 0.0 2.6 100 FTG T PE 0.0
A 16.0 0.0 7.9 0.0 0.011 TL 9.56 PV 0.0
Pipe: 11 -14.9 1. 049 PL 0.20 PF 0.4
11 16.2 5.5 7.3 14.9 5.5 100 FTG T PE 0.1
10 16.0 0.0 7.8 0.0 0.106 TL 3.77 PV 0.2
Pipe: 12 -14.6 1. 049 PL 0.20 PF 0.4
12 16.2 5.5 7.0 14. 6 5.4 100 FTG T PE 0.1
13 16.0 0.0 7.5 0.0 0.101 TL 3.77 PV 0.2
Pipe: 13 -14.6 2.157 PL 8.00 PF 0.0
13 16.0 0.0 7.5 0.0 1. 3 100 FTG PE 0.0
14 16.0 0.0 7.5 0.0 0.003 TL 8.00 PV 0.0
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 4
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
PIPE DATA (cont.)
PIPE TAG Q(GPM) DIA ( IN) LENGTH PRESS.
END ELEV. NOZ. PT DISC. VEL(FPS) HW (C) (FT) SUM.
NODES (FT) ( K) (PSI) (GPM) F.L./FT (PSI)
Pipe: 14 -29.1 2.157 PL 8.00 PF 0.1
14 16.0 0.0 7.5 0.0 2.6 100 FTG PE 0.0
16 16.0 0.0 7.6 0.0 0.011 TL 8.00 PV 0.0
Pipe: 15 -14. 6 1. 049 PL 0.20 PF 0.4
15 16.2 5.5 7.0 14.6 5.4 100 FTG T PE 0.1
14 16.0 0.0 7.5 0.0 0.102 TL 3.77 PV 0.2
Pipe: 16 -43.8 2.157 PL 5.66 PF 0.3
16 16.0 0.0 7.6 0.0 3.8 100 FTG T PE 0.0
B 16.0 0.0 7.9 0.0 0.023 TL 14.22 PV 0.1
Pipe: 17 -14.7 1 .. 049 PL 0.20 PF 0.4
17 16.2 5.5 7.1 14.7 5.4 100 FTG T PE 0.1
16 16.0 0.0 7.6 0.0 0.103 TL 3.77 PV 0.2
Pipe: 18 -162.0 2.703 PL 10.25 PF 0.9
18 15.0 0.0 9.2 0.0 9.1 100 FTG PE 0.0
31 15.0 0.0 10.0 0.0 0.087 TL 10.25 PV 0.6
Pipe: 19 -14. 7 2.157 PL 6.00 PF 0.0
19 16.0 0.0 7.6 0.0 1.3 100 FTG PE 0.0
21 16.0 0.0 7.7 0.0 0.003 TL 6.00 PV 0.0
Pipe: 20 -14.7 1. 049 PL 0.20 PF 0.4
20 16.2 5.5 7.2 14.7 5.5 100 FTG T PE 0.1
19 16.0 0.0 7.6 0.0 0.103 TL 3.77 PV 0.2
Pipe: 21 -29.5 2.157 PL 2.00 PF o.o
21 16.0 0.0 7.7 0.0 2.6 100 FTG PE 0.0
23 16.0 0.0 7.7 0.0 0.011 TL 2.00 PV 0.0
Pipe: 22 -14.7 1. 049 PL 0.20 PF 0.4
22 16. 2. 5.5 7.2 14.7 5.5 100 FTG T PE 0.1
21 16.0 0.0 7.7 0.0 0.104 TL 3.77 PV 0.2
Pipe: 23 -44.6 2.157 PL 1.00 PF 0.2
23 16.0 0.0 7.7 0.0 3.9 100 FTG T PE 0.0
B 16.0 0.0 7.9 0.0 0.024 TL 9.56 PV 0.1
Pipe: 24 -15.1 2.157 PL 0.20 PF 0.0
24 16.2 5.5 7.6 15.1 1. 3 100 FTG T PE 0.1
23 16.0 0.0 7.7 • 0. 0 0.003 TL 8.76 PV o.o
Pipe: 25 -15.3 1. 049 PL 0.20 PF 0.4
25 16.2 5.5 7.7 15.3 5.7 100 FTG T PE 0.1
26 16.0 0.0 8.2 0.0 0.111 TL 3.77 PV 0.2
Pipe: 26 -15.3 2.157 PL 8.00 PF 0.0
26 16.0 0.0 8.2 0.0 1. 3 100 FTG PE 0.0
27 16.0 0.0 8.3 0.0 0.003 TL 8.00 PV 0.0
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 5
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
PIPE DATA (cont.)
PIPE TAG Q (GPM) DIA ( IN) LENGTH PRESS.
END ELEV. NOZ. PT DISC. VEL{FPS} HW (C} (FT} SUM.
NODES (FT} {K) (PSI) (GPM) F.L./FT (PSI)
Pipe: 27 -30.6 2.067 PL 8.00 PF 0.1
27 16.0 0.0 8.3 0.0 2.9 100 FTG PE 0.0
29 16.0 0.0 8.4 0.0 0.015 TL 8.00 PV 0.1
Pipe: 28 -15.3 1. 049 PL 0.20 PF 0.4
28 16.2 5.5 7.7 15.3 5.7 100 FTG T PE 0.1
27 16.0 0.0 8.3 0.0 0.111 TL 3.77 PV 0.2
Pipe: 29 -46,0 2.157 PL 5.66 PF 0.4
29 16.0 0.0 8.4 0.0 4.0 100 FTG T PE 0.0
C 16.0 0.0 8.7 0.0 0.025 TL 14.22 PV 0.1
Pipe: 30 -15.4 1. 049 PL 0.20 PF 0.4
30 16.2 5.5 7.9 15.4 5.7 100 FTG T PE 0.1
29 16.0 0.0 8.4 0.0 0.113 TL 3.77 PV 0.2
Pipe: 31 -254.6 2.703 PL 7.00 PF 1.4
31 15.0 0.0 10.0 0.0 14.2 100 FTG PE 0.0
42 15.0 0.0 11. 5 0.0 0.201 TL 7.00 PV 1.4
Pipe: 32 -15.5 2.157 PL 6.00 PF 0.0
32 16.0 0.0 8.4 0.0 1.4 100 FTG PE 0.0
34 16.0 0.0 8.5 0.0 0.003 TL 6.00 PV 0.0
Pipe: 33 -15.5 1. 049 PL 0.20 PF 0.4
33 16.2 5.5 7.9 15.5 5.7 100 FTG T PE 0.1
32 16.0 0.0 8.4 0.0 0.113 TL 3.77 PV 0.2
Pipe: 34 -31. 0 2.157 PL 2.00 PF 0.0
34 16.0 0.0 8.5 0.0 2.7 100 FTG PE 0.0
36 16.0 0.0 8.5 o.o 0.012 TL 2.00 PV 0.0
Pipe: 35 -15.5 1. 049 PL 0.20 PF 0.4
35 16.2 5.5 7.9 15.5 5.8 100 FTG T PE 0.1
34 16.0 0.0 8.5 0.0 0.114 TL 3.77 PV 0.2
Pipe: 36 -46.5 2 .. 157 PL 1.00 PF 0.2
36 16.0 0.0 8.5 0.0 4.1 100 FTG T PE 0.0
C 16.0 0.0 8.7 0.0 0.026 TL 9.56 PV 0.1
Pipe: 37 -15.5 1. 049 PL 0.20 PF 0.4
37 16.2 5.5 8.0 15.5 5.8 100 FTG T PE 0.1
36 16.0 0.0 8.5 0.0 0.114 TL 3.77 PV 0.2
Pipe: 38 -15.9 1. 049 PL 6.00 PF 0.7
38 16.0 0.0 8.9 0.0 5.9 100 FTG PE 0.0
40 16.0 0.0 9.6 0.0 0.119 TL 6.00 PV 0.2
Pipe: 39 -15.9 1.049 PL 0.20 PF 0.4
39 16.2 5.5 8.3 15.9 5.9 100 FTG T PE 0.1
38 16.0 0.0 8.9 0.0 0.119 TL 3.77 PV 0.2
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 6
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
PIPE DATA (cont.}
PIPE TAG Q (GPM} DIA ( IN} LENGTH PRESS.
END ELEV. NOZ. PT DISC. VEL(FPS} HW (C) (FT) SUM.
NODES (FT} (K) (PSI} (GPM} F.L./FT (PSI}
Pipe: 40 -32.4 1. 380 PL 6.00 PF 1. 5
40 16.0 0.0 9.6 0.0 6.9 100 FTG ET PE 0.4
42 15.0 0.0 11.5 0.0 0.117 TL 12.42 PV 0.3
Pipe: 41 -16.5 1. 049 PL 0.20 PF 0.5
41 16.2 5.5 9.0 16.5 6.1 100 FTG T PE 0.1
40 16.0 0.0 9.6 0.0 0.128 TL 3.77 PV 0.3
Pipe: 42 -286.9 2.703 PL 2.75 PF 0.7
42 15.0 0.0 11.5 0.0 16.0 100 FTG PE 0.0
49 15.0 0.0 12.1 0.0 0.251 TL 2.75 PV 1. 7
Pipe: 43 -17.3 1. 049 PL 0.20 PF 0.5
43 16.2 5.5 9.9 17.3 6.4 100 FTG T PE 0.1
44 16.0 0.0 10.6 0.0 0.140 TL 3.77 PV 0.3
Pipe: 44 -17.3 2.157 PL 8.00 PF 0.0
44 16.0 0.0 10.6 0.0 1. 5 100 FTG PE 0.0
45 16.0 0.0 10.6 . 0. 0 0.004 TL 8.00 PV 0.0
Pipe: 45 -34.7 2.157 PL 8.00 PF 0.1
45 16.0 0.0 10.6 0.0 3.0 100 FTG PE 0.0
47 16.0 0.0 10.7 0.0 0.015 TL 8.00 PV 0.1
Pipe: 46 -17.4 1.049 PL 0.20 PF 0.5
46 16.2 5.5 10.0 17.4 6.5 100 FTG T PE 0.1
45 16.0 0.0 10.6 0.0 0.141 TL 3.77 PV 0.3
Pipe: 47 -52.2 2.157 PL 5.66 PF 0.5
47 16.0 0.0 10.7 0.0 4.6 100 FTG T PE 0.0
E 16.0 0.0 11. 2 0.0 0.032 TL 14.22 PV 0.1
Pipe: 48 -17.5 1. 049 PL 0.20 PF 0.5
48 16.2 5.5 10.1 17.5 6.5 100 FTG T PE 0.1
47 16.0 0.0 10.7 0.0 0.142 TL 3.77 PV 0.3
Pipe: 49 -357.5 2.703 PL 2.50 PF 6.0
49 15.0 0.0 12.1 0.0 20.0 100 FTG T PE 0.0
52 15.0 0.0 18.1 0.0 0.376 TL 15.85 PV 2.7
Pipe: 50 -18.3 2.157 PL 1.00 PF 0.0
50 16.0 5.5 11.1 18.3 1. 6 100 FTG T PE o.o
E 16.0 0.0 11.2 0.0 0.005 TL 9.56 PV 0.0
Pipe: 51 0.0 1. 049 PL 0.20 PF 0.0
51 16.2 0.0 11. 0 0.0 0.0 100 FTG T PE 0.1
50 16.0 5.5 11.1 18.3 0.000 TL 3.77 PV 0.0
Pipe: 52A -487.1 3.314 PL 13.50 PF 11. 0
71 15.0 0.0 20.1 0.0 18.1 100 FTG 2EC PE 5.2
PREOUT 3.0 0.0 36.3 0.0 0.247 TL 44.69 PV 2.2
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 7
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
PIPE DATA (cont.)
PIPE TAG Q(GPM) DIA ( IN) LENGTH PRESS.
END ELEV. NOZ. PT DISC. VEL(FPS) HW (C) (FT) SUM.
NODES (FT) (K) (PSI) (GPM) F.L./FT (PSI)
Pipe: 52B -442.4 3. 314 PL 3.00 PF 0.6
52 15.0 0.0 18.1 0.0 16.5 100 FTG PE 0.0
69 15.0 0.0 18.7 0.0 0.207 TL 3.00 PV 1.8
Pipe: 52C -22.0 1.049 PL 4.80 PF 2.1
68 16.2 5.5 16.1 22.0 8.2 100 FTG ET PE 0.5
69 15.0 0.0 18.7 0.0 0.218 TL 9.80 PV 0.5
Pipe: 52D -464.4 3. 314 PL 6.00 PF 1.4
69 15.0 0.0 18.7 0.0 17.3 100 FTG PE 0.0
71 15.0 0.0 20.1 0.0 0.226 TL 6.00 PV 2.0
Pipe: 52E -22.7 1.049 PL 4.80 PF 2.6
70 16.2 5.5 17.0 22.7 8.4 100 FTG 2ET PE 0.5
71 15.0 0.0 20.1 0.0 0.230 TL 11. 22 PV 0.5
Pipe: 57 84.9 2.703 PL 7.75 PF 0.6
52 15.0 0.0 18.1 0.0 4.7 100 FTG T PE 0.0
64 15.0 0.0 17.5 0.0 0.026 TL 21.10 PV 0.2
Pipe: 58 -21. 0 1. 049 PL 0.20 PF 0.8
58 16.2 5.5 14.6 21. 0 7.8 100 FTG T PE 0.1
59 16.0 0.0 15.5 0.0 0.200 TL 3.77 PV 0.4
Pipe: 59 -21. 0 2.157 PL 8.00 PF 0.0
59 16.0 0.0 15.5 0.0 1. 8 100 FTG PE 0.0
60 16.0 0.0 15.5 0.0 0.006 TL 8.00 PV 0.0
Pipe: 60 -42.1 2.157 PL 8.00 PF 0.2
60 16.0 0.0 15.5 0.0 3.7 100 FTG PE 0.0
62 16. 0 .. 0.0 15.7 0.0 0.022 TL 8.00 PV 0.1
Pipe: 61 -21.1 1. 049 PL 0.20 PF 0.8
61 16.2 5.5 14.7 21.1 7.8 100 FTG T PE 0.1
60 16.0 0.0 15.5 0.0 0.201 TL 3.77 PV 0.4
Pipe: 62 -63.3 2.157 PL 5.66 PF 0.7
62 16.0 0.0 15.7 0.0 5.6 100 FTG T PE 0.0
G 16.0 0.0 16.4 0.0 0.046 TL 14.22 PV 0.2
Pipe: 63 -21. 2 1. 049 PL 0.20 PF 0.8
63 16.2 5.5 14.9 21. 2 7.9 100 FTG T PE 0.1
62 16.0 0.0 15.7 0.0 0.203 TL 3.77 PV 0.4
Pipe: 65 -21. 6 2.157 PL 1.00 PF 0.1
65 16.0 0.0 16.3 0.0 1. 9 100 FTG T PE 0.0
G 16.0 0.0 16.4 0.0 0.006 TL 9.56 PV 0.0
Pipe: 66 -21. 6 1.049 PL 0.20 PF 0.8
66 16.2 5.5 15.4 21. 6 8.0 100 FTG T PE 0.1
65 16.0 0.0 16.3 0.0 0.210 TL 3.77 PV 0.4
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 8
Date: 05/11/1999 24HOUR.SDF
JOB TITLE: 24hour
PIPE DATA (cont.)
PIPE TAG Q(GPM} DIA ( IN} LENGTH PRESS.
END ELEV. NOZ. PT DISC. VEL(FPS) HW (C) (FT) SUM.
NODES (FT} (K} (PSI) (GPM} F.L./FT (PSI)
Pipe: 67 -487.1 3.068 PL 29.00 PF 7.4
PREOUT 3.0 0.0 36.3 0.0 21. l 120 FTG PE -0.4
PREIN 4.0 0.0 43.3 0.0 0.257 TL 29.00 PV 3.0
Pipe: 68 -487.1 3.260 PL 89.33 PF 30.3
PREIN 4.0 0.0 43.3 0.0 18.7 120 FTG 4ETB PE -5.2
67 16.0 0.0 68.4 0.0 0.191 TL 158.33 PV 2.4
Pipe: 69 -487.1 4.260 PL 4.50 PF 0.9
67 16.0 0.0 68.4 0.0 11. 0 120 FTG E PE 0.0
TOR 16.0 0.0 69.3 0.0 0.052 TL 17.50 PV 0.8
Pipe: 70 -73.7 2.157 PL 1.00 PF 0.6
A 16.0 0.0 7.9 0.0 6.5 100 FTG T PE 0.4
7 15.0 0.0 9.0 0.0 0.061 TL 9.56 PV 0.3
Pipe: 71 -88.4 2.157 PL 1.00 PF 0.8
B 16.0 0.0 7.9 0.0 7.8 100 FTG T PE 0.4
18 15.0 0.0 9.2 0.0 0.085 TL 9.56 PV 0.4
Pipe: 72 -92.5 2.157 PL 1.00 PF 0.9
C 16.0 0.0 8.7 0.0 8.1 100 FTG T PE 0.4
31 15.0 0.0 10.0 0.0 0.093 TL 9.56 PV 0.4
Pipe: 73 -70.5 2.157 PL 1.00 PF 0.5
E 16.0 0.0 11. 2 0.0 6.2 100 FTG T PE 0.4
49 15.0 0.0 12.1 0.0 0.056 TL 9.56 PV 0.3
Pipe: 74 -84.9 2.157 PL 1.00 PF 0.8
G 16.0 0.0 16.4 0.0 7.5 100 FTG T PE 0.4
64 15.0 0.0 17.5 0.0 0.079 TL 9.56 PV 0.4
Pipe: 75 -487.1 6.357 PL 18.00 PF 0.6
TOR 16.0 o.o 69. 3 0.0 4.9 120 FTG EC PE 8.2
UGl -3.0 0.0 78.1 0.0 0.007 TL 76.00 PV 0.2
Pipe: 75A -487.1 6.280 PL 8.00 PF 0.0
UGl -3.0 0.0 78.1 0.0 5.0 140 FTG PE 0.0
UG2 -3.0 0.0 78.2 0.0 0.006 TL 8.00 PV 0.2
Pipe: 76 -487.1 6.357 PL 5.00 PF 0.3
UG2 -3. 0 0.0 78.2 0.0 4.9 120 FTG 2EG PE -2.6
DCOUT 3.0 0.0 75.9 0.0 0.007 TL 45.00 PV 0.2
Pipe: 77 FIXED PRESSURE LOSS DEVICE
DCIN 3.0 0.0 78.9 0.0 3.0 psi, 487.1 gpm
DCOUT 3.0 0.0 75.9 0.0
Pipe: 78 -487 ._1 6.357 PL 5.00 PF 0.5
DCIN 3.0 0.0 78.9 0.0 4.9 120 FTG ET PE 2.6
UG3 -3.0 0.0 81. 9 0.0 0.007 TL 61. 00 PV 0.2
SPRINKLER SYSTEM HYDRAULIC ANALYSIS
Date: 05/11/1999
JOB TITLE: 24hour
PIPE DATA (cont.)
PIPE TAG
END ELEV. NOZ.
NODES (FT) ( K)
Pipe: 79
UG3 -3.0 0.0
SRC -3.0 SRCE
NOTES:
PT
(PSI)
81. 9
82.4
Q(GPM) DIA ( IN) LENGTH
DISC. VEL(FPS) HW(C) (FT)
(GPM) F.L./FT
-487.1 6.280 PL 15.00
0.0 5.0 140 FTG TG
(N/A) 0.006 TL 72.00
Page 9
24HOUR.SDF
PRESS.
SUM.
(PSI)
PF 0.4
PE 0.0
PV 0.2
(1) Calculations were performed by the HASS 6.3.0 computer program
under license no. 817C980 granted by
HRS Systems, Inc.
2193 Ranchwood Dr., N.E.
Atlanta, GA 30345
(2) The system has been balanced to provide an average
imbalance at each node of 0.002 gpm and a maximum
imbalance at any node of 0.129 gpm.
(3) Velocity pressures are printed for-information only, and are
not used in balancing the system. Maximum water velocity
is 21.1 ft/sec at pipe 67.
(4) PIPE FITTINGS TABLE
Pipe Table Name: STANDARD.PIP
MATERIAL: S40 HWC: 120 PAGE: A
Diameter
(in)
Equivalent Fitting Lengths in Feet
E
Ell
T L C B
Tee LngEll ChkVlv BfyVlv
G A
GatVlv AlmChk
D
DPVlv
--------------------------------------------------------
1.049
1.380
2.067
3.068
PAGE: B
Diameter
(in)
N
NPTee
2.00 5.00 2.00 5.00 6.00 1.00 10.00 10.00
5.00
3.00 6.00 2.00 7.00 6.00 1.00 10.00 10.00
6.00
5.00 10.00 3.00 11. 00 6.00 1.00 10.00 10.00
10.00
7.00 15.00 5.00 16.00 10.00 1.00 13.00 10.00
15.00
MATERIAL: THNWL HWC: 120
Equivalent Fitting Lengths in Feet
E T L C B G A D
Ell Tee LngEll ChkVlv BfyVlv GatVlv AlmChk DPVlv
--------------------------------------------------------
N
NPTee
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 10
24HOUR.SDF Date: 05/11/1999
JOB TITLE: 24hour
2.157
3.260
4.260
6.357
PAGE: D
Diameter
( in)
6.280
PAGE: F
Diameter
( in)
2.703
3. 314
6.00 12.00 4.00 14.00 7.00
12.00
9.00 20.00 7.00 22.00 13.00
20.00
13.00 26.00 8.00 29.00 16.00
26.00
18.00 38.00 11.00 40.00 13.00
38.00
MATERIAL: DIRON
Equivalent
T L
HWC: 140
Fitting Lengths
C B E
Ell Tee LngEll ChkVlv BfyVlv
24.00 52.00 16.00 55.00 17.00
MATERIAL: SFLOW
Equivalent
E T L
Ell Tee
HWC: 120
Fitting Lengths
C B
ChkVlv BfyVlv
9.30 18.70
10.20 21.80
6.20 21.80 10.90
7.30 23.30 14.60
1.00 12.00 12.00
1.00 18.00 13.00
3.00 26.00 13.00
4.00 35.00 24.00
in Feet
G
GatVlv
N
NPTee
5.00 52.00
in Feet
G A
GatVlv AlmVlv
D
DPVlv
1.·60 15.50 15.50
1.50 18.90 14.60
SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 11
24HOUR.SDF Date: 05/11/1999
JOB TITLE: 24hour
WATER SUPPLY CURVE
120*\\\\\\0\\\\\\\\\\\\
\\\\\\\\\\\\\\\\\\\\
110+
100+
90+
P 80+
R
E
s
S 70+ u
R
E
60+
(
p
s
I 50+
)
40+
30+
20+
10+
X
==============================
LEGEND
X = Required Water Supply
82.37 psi@ 587.1 gpm
0 = Available water Supply
119.15 psi@ 587.1 gpm II
II
* <-115.0 psi@ 1530 gpm
Flow Test Point
0++-+---+----+-----+-----"~--------~--------+---------+-----------+
400 600 800 1000 1200 1400 1600 1800 2000
FLOW (GPM)