SUPPLY OF
FIRE FIGHTING
SYSTEM
1
ISOLATION
VALVE (GATE
VALVE)
4f-3f
Worldwide
Contacts
www.tyco-fire.com
Resilient-Seated Gate Valves
Outside Screw and Yoke
General
Description
TYCO Resilient-Seated Gate Valves
are used in Fire Protection Systems
for on/off operation. End connection
configurations including Flange by
Flange, Flange by Groove, and Groove
by Groove are available.
The ductile Iron body weighs approximately 50% less than conventional
cast iron valves, which allows easier
handling on site and reduced shipping
costs.
The fully encapsulated EPDM ductile iron Wedge ensures bubble-tight
sealing.
Valve components are either inherently corrosion-resistant or protected
with fusion-bonded epoxy resin coating for a long, dependable service life
and enhanced UV protection in exposed installations.
This valve is one of the lightest, most
durable gate valves on the market today. Its design features and material
selection criteria fulfill the need for a
dependable, long life and easy to operate gate valve.
NOTICE
Never remove any piping component
nor correct or modify any piping deficiencies without first de-pressurizing
and draining the system. Failure to do
so may result in serious personal injury, property damage, and/or impaired
device performance.
It is the designer’s responsibility to select products suitable for the intended
service and to ensure that pressure
ratings and performance data are not
exceeded. Material and gasket selection should be verified for compatibility with the specific application. Always
read and understand the installation
instructions.
TYCO Gate Valves described herein must be installed and maintained
in compliance with this document, in
addition to the standards of any other
authorities having jurisdiction. Failure
to do so may result in serious personal injury or impair the performance of
these devices.
Technical
Data
The owner is responsible for maintaining their mechanical system and devices in proper operating condition.
The installing contractor or device
manufacturer should be contacted
with any questions.
Approvals
UL Listed
FM Approved
Sizes
2˝ (DN50), 2-1/2˝ (DN65), 3˝ (DN80),
4˝ (DN100), 6˝ (DN150), 8˝ (DN200),
10˝ (DN250), and 12˝ (DN300)
Maximum Working Pressure
UL - 300 psi (20,87 bar)
FM - 232 psi (16 bar)
Flanges
ASME B16.1/ASME B16.42
EN 1092-2/ISO 7005-2
Drilled to ANSI 125/150 or PN10/PN16
Materials of Construction
See valve parts list, Figure 1.
Page 1 of 6
NOVEMBER 2012
TFP1540
TFP1540
Page 2 of 6
15
14
16
17
12
9
10
22
11
17
13
13
9
8
19
7
20
18
6
18
4
21
14
3
2
1
5
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
DESCRIPTION
QTY.
Wedge .......................... 1
Wedge Nut ................... 1
Stem Pin ....................... 1
Sealing Gasket ............. 1
Sealing O-Ring ............. 3
Stem Guide .................. 1
Stem O-Ring................. 2
Compression Washer ... 1
Top Gland..................... 1
Washers ....................... 2
Top Nut ........................ 2
Handwheel ................... 1
Yoke ............................. 1
Stem ............................. 1
Gland Stud ................... 2
Gland Hex Nut .............. 2
Flat Washer .................. 4
Bonnet .......................... 1
Screw Grouting ............. 1
Bonnet Screw ............... 4
Body ............................. 1
Yoke Hex Nut ............... 2
MATERIAL
EPDM Coated Ductile Iron
Bronze
Stainless Steel
EPDM
NBR
Bronze
NBR
Stainless Steel
FBE Coated Ductile Iron
Bronze
Bronze
FBE Coated Ductile Iron
FBE Coated Ductile Iron
Stainless Steel
Zinc Coated Carbon Steel
Zinc Coated Carbon Steel
Zinc Coated Carbon Steel
FBE Coated Ductile Iron
Activated Resin
Black Oxide Carbon Steel
FBE Coated Ductile Iron
Zinc Coated Carbon Steel
FIGURE 1
OUTSIDE SCREW AND YOKE GATE VALVE
ASSEMBLY
Installation
In piping systems, TYCO ResilientSeated Gate Valves should be located where operation, inspection, and
maintenance are readily accessible.
Care and
Maintenance
The TYCO Resilient-Seated Gate
Valves must be maintained and serviced in accordance with this section.
Before closing a fire protection system
main control valve for maintenance
work on the fire protection system that
it controls, obtain permission to shut
down the affected fire protection system from the proper authorities and
notify all personnel who may be affected by this decision.
After placing a fire protection system
in service, notify the proper authorities
and advise those responsible for monitoring proprietary and/or central station alarms.
The owner is responsible for the inspection, testing, and maintenance of
their fire protection system and devices in compliance with this document,
as well as with the applicable standards of the National Fire Protection
Association (e.g., NFPA 25), in addition
to the standards of any authority having jurisdiction. The installing contractor or product manufacturer should be
contacted relative to any questions.
Any impairments must be immediately
corrected.
Automatic sprinkler systems are recommended to be inspected, tested,
and maintained by a qualified Inspection Service in accordance with local
requirements and/or national codes.
See Figure 1 for valve components
referenced in this section.
Debris lodged in the sealing area of
the Wedge (1) may cause the valve
to close hard. Backing off the Handwheel (12) and closing it again, several times if necessary, can correct this
problem.
The valve should never be forced to
seat by applying a wrench or extension to the Handwheel (12), as it may
distort the valve components or score
the sealing surfaces. All replacement
parts must be obtained from the manufacturer to assure proper operation
of the valve.
At initial valve installation the Gland
Hex Nuts (16) should be left only finger tight to allow the Gland (9) to remain in a relaxed state during normal valve operation. For applications
where the valve is subject to vibration,
a non-hardening thread sealant may
be applied to the Gland Hex Nuts (16)
to prevent self-loosening and subsequent disengagement of the Gland (9).
If leakage past the Sealing O-Rings (5)
occurs, evenly tighten the Gland Hex
Nuts (16) until the leakage ceases.
TFP1540
Page 3 of 6
OPEN
SHUT
CL1
CL2
L
L
FLANGE x FLANGE
FLANGE x GROOVE
Nominal
Valve
Size
Nominal
Pipe Size
ANSI
Inches
DN
O.D.
Inches
(mm)
L
CL1
CL2
2
DN50
2.375
(60,3)
7.00
(178)
15.55
(395)
2-1/2
DN65
2.875
(73,0)
7.50
(190)
–
DN65
3.000
(76,1)
3
DN80
L GROOVE
x GROOVE
Nominal
Handwheel
Turns
to Fully
Operate
(Open or
Shut)
Approx.
Weight
FxF
Lbs.
(kg)
Approx.
Weight
FxG
Lbs.
(kg)
Approx.
Weight
GxG
Lbs.
(kg)
13.07
(332)
13
29.8
(13,5)
27.6
(12,5)
25.4
(11,5)
16.14
(410)
13.31
(338)
16
35.3
(16)
30.9
(14)
26.5
(12)
7.50
(190)
16.14
(410)
13.31
(338)
16
—
30.9
(14)
26.5
(12)
3.500
(88,9)
8.00
(203)
18.9
(480)
14.96
(380)
20
41.9
(19)
36.4
(16.5)
30.9
(14)
4
DN100
4.500
(114,3)
9.00
(229)
22.56
(573)
17.72
(450)
20
57.3
(26)
50.7
(23)
44.1
(20)
–
DN150
6.500
(165,1)
10.50
(267)
29.53
(750)
23.31
(592)
25
—
88.2
(40)
79.4
(36)
6
DN150
6.625
(168,3)
10.50
(267)
29.53
(750)
23.31
(592)
25
97.0
(44)
88.2
(40)
79.4
(36)
8
DN200
8.625
(219,1)
11.50
(292)
37.64
(956)
29.45
(748)
34
154.4
(70)
143.3
(65)
110.3
(50)
10
DN250
12
DN300
10.750
(273,1)
12.750
(323,9)
13.00
(330)
14.00
(356)
46.26
(1175)
51.89
(1318)
34.96
(888)
39.57
(1005)
264.6
(120)
330.8
(150)
242.6
(110)
297.7
(135)
220.5
(100)
275.6
(125)
Nominal Dimensions
Inches (mm)
42
50
FIGURE 2
OUTSIDE SCREW AND YOKE GATE VALVE
NOMINAL DIMENSIONS
TFP1540
Page 4 of 6
Nominal
Valve Size
Nominal Dimensions in Inches (mm)
ANSI
Class 150
ANSI
Inches
DN
ISO 7005-2
PN16
Dim.
A
Dim.
B
Qty.
N
Dim.
A
Dim.
B
Qty.
N
2
DN50
4.75
(120,5)
0.75
(19)
4
4.92
(125,0)
0.75
(19)
4
2-1/2
DN65
5.50
(139,5)
0.75
(19)
4
5.71
(145,0)
0.75
(19)
4
3
DN80
6.00
(152,5)
0.75
(19)
4
6.30
(160,0)
0.75
(19)
8
4
DN100
7.50
(190,5)
0.75
(19)
8
7.09
(180,0)
0.75
(19)
8
6
DN150
9.50
(241,5)
0.88
(22)
8
9.45
(240,0)
0.88
(23)
8
8
DN200
11.75
(298,5)
0.88
(22)
8
11.61
(295,0)
0.88
(23)
12
10
DN250
12
DN300
14.25
(362,0)
17.00
(432,0)
1.00
(25)
1.00
(25)
13.98
(355,0)
16.14
(410,0)
1.13
(28)
1.13
(28)
12
12
Dim. A
Bolt Circle
Diameter
Dim. B
Bolt Hole
Diameter
Qty. N
Number of
Bolt Holes
12
12
FIGURE 3
GATE VALVE FLANGE
NOMINAL DIMENSIONS
600
800 1000
20000
NOMINAL PRESSURE DROP
IN POUNDS PER SQUARE INCH (PSI)
0.30
30000
0,020
0.20
0,010
0,009
0,008
0,007
0.10
0.09
0.08
0.07
0,006
0,005
0.06
0.05
100
0,004
200
300
400
600 800 1000
2000
3000 4000
FLOW RATE IN GALLONS PER MINUTE (GPM)
GRAPH A
GATE VALVE FRICTION LOSS
6000
10000
NOMINAL PRESSURE DROP IN BAR
(1 PSI = 0.06895 BAR)
400
FLOW RATE IN LITRES PER MINUTE (LPM)
(1 GPM = 3.785 LPM)
2000
3000 4000
6000
10000
TFP1540
Page 5 of 6
Nominal
Valve Size
Nominal
Pipe Size
ANSI
Inches
DN
O.D.
Inches
(mm)
Flange x Flange
ANSI Class 150
Flange x Flange
ISO 7005-2 PN16
Flange x Groove
ANSI Class 150
Flange x Groove
ISO 7005-2 PN16
Groove x Groove
2
DN50
2.375
(60,3)
TMRX-050-000-3
TMRX-050-000-1
TMRT-050-060-3
TMRT-050-060-1
TMRG-050-060-4
2-1/2
DN65
2.875
(73,0)
TMRX-065-000-3
TMRX-065-000-1
TMRT-065-073-3
TMRT-065-073-1
TMRG-065-073-4
–
DN65
3.000
(76,1)
—
—
TMRT-065-076-3
TMRT-065-076-1
TMRG-065-076-4
3
DN80
3.500
(88,9)
TMRX-080-000-3
TMRX-080-000-1
TMRT-080-089-3
TMRT-080-089-1
TMRG-080-089-4
4
DN100
4.500
(114,3)
TMRX-100-000-3
TMRX-100-000-1
TMRT-100-114-3
TMRT-100-114-1
TMRG-100-114-4
–
DN150
6.500
(165,1)
—
—
TMRT-150-165-3
TMRT-150-165-1
TMRG-150-165-4
6
DN150
6.625
(168,3)
TMRX-150-000-3
TMRX-150-000-1
TMRT-150-168-3
TMRT-150-168-1
TMRG-150-168-4
8
DN200
8.625
(219,1)
TMRX-200-000-3
TMRX-200-000-1
TMRT-200-219-3
TMRT-200-219-1
TMRG-200-219-4
10
DN250
10.750
(273,1)
TMRX-250-000-3
TMRX-250-000-1
TMRT-250-273-3
TMRT-250-273-1
TMRG-250-273-4
12
DN300
12.750
(323,9)
TMRX-300-000-3
TMRX-300-000-1
TMRT-300-324-3
TMRT-300-324-1
TMRG-300-324-4
Part Number
TABLE A
OUTSIDE SCREW AND YOKE GATE VALVE
PART NUMBERS
Ordering
Procedure
Contact your local distributor for availability. When placing an order, indicate the full product name and Part
Number (P/N). Refer to Table A for a
complete list of part numbers.
2
AUTOMATIC
AIR VENT
4f4f
CLASS 125 /PN16 /JIS 10K
Flanged Orifice Air Valve
Fig. 9101
Pressure Temperature Ratings
Working pressure
16bar
Testing Pressure
Working Temperature
Shell:24bar
Seal:17.6bar
-10 to 100
Material Specification
Part
Body
Orifice Cover
Air Release Nipple
Screw Plug
Float Ball
Ball Seal Orifice
Material
Ductile Iron
Ductile Iron
Brass
Brass
ABS ISO2580
EPDM
EN Spec.
EN-JS1050
EN-JS1050
EN 12165 CW603N
EN 12165 CW603N
Commercial
Commercial
H
L
Dimensions
mm
inch
DN
L
H
25
1
147
185
40
1-1/2
224
187
50
2
273
214
65
2-1/2
273
214
GALA RS INC WORLD HEADQUARTERS
80
3
283
244
100
4
302
270
125
5
353
323
150
6
353
323
200
8
433
401
11200 WESTHEIMER SUITE 201 HOUSTON TX 77042 USA
www.galars.info
250
10
491
450
57
3
BUTTERFLY
VALVE BFV-300
4f5f
Worldwide
Contacts
www.tyco-fire.com
Model BFV-300 Butterfly Valve
Wafer Style
General
Description
Technical
Data
The TYCO Model BFV-300 Wafer
Style Butterfly Valves are indicating
type valves designed for use in fire
protection systems where a visual
indication is required as to whether
the valve is open or closed. They are
used, for example, as system, sectional
and pump water control valves, and
are suitable for installation between
ANSI Class 125/150 flanges as well as
PN10/16 flanges without the need for
flange gaskets.
Sizes: ANSI Inches (DN)
For applications requiring supervision
of the open position of the valve, the
Gear Operators for the Model BFV-300
Butterfly Valves are provided with
two sets of factory installed internal switches each having SPDT contacts (Ref. Figure 3). The supervisory
switches transfer their electrical contacts when there is movement from the
normally open disc position during the
first two revolutions of the handwheel.
300 psi (20,7 bar)
NOTICE
The TYCO Model BFV-300 Wafer Style
Butterfly Valves described herein must
be installed and maintained in compliance with this document, as well as
with the applicable standards of the
National Fire Protection Association, in
addition to the standards of any other
authorities having jurisdiction. Failure
to do so may impair the performance
of these devices.
2-1/2 (DN65), 3 (DN80), 4 (DN100),
5 (DN125), 6 (DN150), 8 (DN200),
10 (DN250)
Approvals
UL Listed
FM Approved
CE Certified
All laboratory listings and approvals are for
indoor and outdoor use.
Maximum Working Pressure
Maximum Working Temperature
212°F (100°C) in accordance with UL 1091
Materials of Construction
Body Ductile Iron ASTM A536
Body Coating Nylon: RILSAN Fine
Powders (PA11) Black
Disc Ductile Iron ASTM A536
Disc Seal EPDM Encapsulated
Upper & Lower Stem AISI 410
Actuator
2-1/2 – 6 Inch (DN65 – DN150):
IP 65, bronze traveling nut gearbox with
internal dual switch in ductile iron housing
8, 10 Inch (DN200, DN250):
IP 65, segmented gearbox with internal
dual switch in ductile iron housing
For fire protection pressure rating,
listing and approval information, contact
your TYCO representative.
100% Silicone Free
BFV-300 Butterfly Valves are produced
and assembled not using silicone
lubricants in any form (such as: grease or
aerosol spray) and are suitable for paint or
oxygen applications.
Control Valve Seat Leakage Class
IEC 60534-4
CLASS VI (Type C) Control Valve Seat
Leakage according to ANSI/FCI 70-2-2006
(ASME B16.104)
The owner is responsible for maintaining their fire protection system
and devices in proper operating condition. Contact the installing contractor or product manufacturer with any
questions.
Page 1 of 6
SEPTEMBER 2015
TFP1516
TFP1516
Page 2 of 6
Nominal Dimensions
Inches
(mm)
Nominal
Valve
Sizes
Inches
(DN)
A
B
C
D
E
F
G
H
2-1/2
(DN65)
1.81
(46)
11.67
(296,5)
3.35
(85)
5.45
(138,5)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
1.65
(41,9)
13.4
(6,1)
3
(DN80)
1.81
(46)
12.27
(311,7)
3.58
(91)
5.81
(147,7)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
2.34
(59,5)
14.1
(6,4)
—
(80)
1.81
(46)
12.27
(311,7)
3.58
(91)
5.81
(147,7)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
2.34
(59,5)
14.1
(6,4)
4
(DN100)
2.16
(55)
13.92
(353,5)
4.29
(109)
6.75
(171,5)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
3.25
(82,6)
15
(6,8)
5
(DN125)
2.4
(61)
16
(406,6)
5.16
(131)
7.93
(201,5)
5.91
(150)
5.79
(147)
2.32
(58,9)
4
(101,6)
26.2
(11,9)
6
(DN150)
2.4
(61)
17.07
(433,6)
5.71
(145)
8.44
(214,5)
5.91
(150)
5.79
(147)
2.32
(58,9)
5.22
(132,6)
24.5
(11,1)
8
(DN200)
2.48
(63)
19.63
(498,5)
6.69
(170)
9.29
(236)
8.86
(225)
8.19
(208)
2.76
(70)
7.3
(185,4)
44.1
(20)
—
(DN200)
2.48
(63)
19.63
(498,5)
6.69
(170)
9.29
(236)
8.86
(225)
8.19
(208)
2.76
(70)
7.3
(185,4)
44.1
(20)
10
(DN250)
3.03
(77)
23.01
(584,5)
8.27
(210)
11.1
(282)
11.14
(283)
8.19
(208)
2.91
(74)
9.05
(230)
63.9
(29)
G
1/2" NPT
CONDUIT
CONNECTION
F
GEAR
OPERATOR
INDICATOR
FLAG
E
HANDWHEEL
BODY
D
B
DISC
H
C
A
FIGURE 1
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
NOMINAL DIMENSIONS
Weight
Lbs.
(kg)
TFP1516
Page 3 of 6
No.
Part
Material
01
Body
ASTM
A-536
Qty.
No.
Part
Material
Qty.
1
28
Spring Pin
Ø4 x 0.8t x 25
ASTM
A-228
1
14
Stem Housing
Fe
1
02
Upper Stem
AISI 410
1
15
Spring Pin
ASTM
A-228
1
29
Handwheel
ASTM
A-536
1
03
Lower Stem
AISI 410
1
16
Indicator
ASTM
A-619
1
30
Bolt (Round)
ASTM
A-167
3
04
Disc
EPDM
1
17
O-Ring
NBR
1
31
Plate Washer
ASTM
A-167
4
05
O-Ring (P12)
EPDM
4
18
Cover Gasket
Paper
1
32
Switch Assembly
—
1
06
Oiless B/R
(MB1410)
—
4
19
Spring Pin
Ø5 x 1T x 25
ASTM
A-228
1
33
T/R Bolt
ASTM
A-307
2
07
End Cap
2-1/2 – 4 Inch
EPDM
1
20
O-Ring (P10)
EPDM
1
34
Tapping Screw
ST3.5 x 7.5
S10C
1
08
Gear Box
ASTM
A-536
1
21
Worm Shaft
AISI 410
1
35
Tooth Washer 4#
S10C
1
09
Traveling Nut
2-1/2 – 6 Inch
Bronze
1
22
Bushing (1)
FD-0205-45
1
36
Lever
ASTM
A-619
1
09
Segment Gear
8, 10 Inch
C3604BD
1
23
Collar
FD-0205-45
1
37
Connector
—
1
10
Bushing (2)
FD-0205-45
1
24
Spring Washer
ASTM
A-167
4
38
Sticker
—
1
11
Cover
ASTM
A-619
1
25
Hex Bolt
M8 x 20L
ASTM
A-167
2
39
Sticker
—
1
12
Bushing
Fe
1
26
Hex Bolt
M8 x 25L
ASTM
A-167
2
40
Gasket
EPDM
2
13
Headless Wrench
Bolt M5 x 7L
ASTM
A-307
1
27
Gasket
Paper
1
41
Spring Pin
Ø3 x 0.6T x 25
ASTM
A-228
1
34
37
35
No.
Part
Material
Qty.
33
30
36
32
38, 39
28
31
30
29
20
19,
41
17
14
12
18
16
11
15
21
10
22
09
23
08
24
05
25
02
13
27
25
26
40
01
04
03
06
07
FIGURE 2
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
ASSEMBLY DRAWING
TFP1516
Page 4 of 6
400
600
800 1000
FLOW RATE IN LITERS PER MINUTE (LPM)
(1 GPM = 3,785 LPM)
2000
4000
6000
10000
20000
9.0
8.0
0,60
7.0
0,50
6.0
0,40
5.0
0,30
3.0
0,20
2.0
0,10
0,09
0,08
1.0
0.9
0.8
0,07
0.7
0,05
0.6
0,04
0,06
0.5
0,03
0.4
0.3
100
200
300
400
600
800 1000
2000
FLOW RATE IN GALLONS PER MINUTE (GPM)
3000
4000
GRAPH A
DN65 THROUGH DN250 MODEL BFV-300 BUTTERFLY VALVE
NOMINAL PRESSURE DROP VERSUS FLOW
16A 125V/250 VAC
CLOSED (RED)
S-1
FIRE ALARM
COMMON (WHITE)
CONTROL PANEL
SUPERVISORY
CIRCUIT
OPEN (YELLOW)
END OF LINE
RESISTOR
OR NEXT
DEVICE
(GREEN)
ACTUATOR CASE GROUND
CLOSED (ORANGE)
S-2
VOLTAGE
SOURCE
COMMON (BLACK)
OPEN (BLUE)
AUX. DEVICE
(BELL OR HORN)
FIGURE 3
MODEL BFV-300 BUTTERFLY VALVE
INTERNAL SWITCH WIRING DIAGRAM WITH VALVE IN OPEN POSITION
6000
NOMINAL PRESSURE DROP IN BAR
(1 PSI = 0,06895 BAR)
NOMINAL PRESSURE DROP
IN POUNDS PER SQUARE INCH (PSI)
4.0
TFP1516
Page 5 of 6
Nominal
Valve
Size
Inches
(DN)
Part Number
PSI
(bar)
Flange
Face
Agency Listing/Approval
BFV-300
BFV-300
With
Without
Internal Switch Internal Switch
CE
UL C-UL FM
2-1/2
(DN65)
300
ANSI 16.5, PN16 59300W025WS 59300W025NS
(20,7)
✓
✓
✓
3
(DN80)
300
(20,7)
ANSI 16.5
59300W030WS 59300W030NS
✓
✓
✓
DN80
300
(20,7)
BS PN16
59300W036WS 59300W036NS
✓
✓
✓
4
(DN100)
ANSI 16.5,
300
59300W040WS 59300W040NS
BS PN16,
(20,7) AS 2129 Table E
✓
✓
✓
5
(DN125)
300
(20,7)
59300W050WS 59300W050NS
✓
6
(DN150)
ANSI 16.5,
300
59300W060WS 59300W060NS
BS PN16,
(20,7) AS 2129 Table E
✓
✓
✓
8
(DN200)
300
(20,7)
ANSI 16.5
59300W080WS 59300W080NS
✓
✓
✓
DN200
300
(20,7)
BS PN16
59300W086WS 59300W086NS
✓
✓
✓
10
(DN250)
175
(12)
ANSI 16.5,
BS PN16
59300W100WS 59300W100NS
✓
✓
✓
ANSI 16.5,
BS PN16
VdS CCCf APSAD PAVUS VNIPPO
✓
TABLE A
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
WITH OR WITHOUT INTERNAL SUPERVISORY SWITCHES
PART NUMBER SELECTION AND AGENCY LISTINGS/APPROVALS
Nominal
Valve
Size
Inches
(DN)
Part Number
Bernstein
i88-IP65
Regular Switch
Bernstein
i88-IP65
LED Switch-24V
Bernstein GC-SU1Z
Ex IP-66/67 ATEX
(II 2 Ex d IIC T6) Switch
2-1/2 – 4
(DN65 – DN100)
59300SPBRACKSW10
59300SPBRACKSW10LED
59300SPBRACKSW10ATEX
5–6
(DN125 – DN150)
59300SPBRACKSW20
59300SPBRACKSW20LED
59300SPBRACKSW20ATEX
8, 10
(DN200, DN250)
59300SPBRACKSW30
59300SPBRACKSW30LED
59300SPBRACKSW30ATEX
TABLE B
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
MOUNTING BRACKET ASSEMBLY WITH BERNSTEIN EXTERNAL SWITCH
PART NUMBER SELECTION
Nominal
Valve Size
Inches
(DN)
Part
Number
2-1/2 – 4
(DN65 – DN100)
59300SPHWHEEL10
5–6
(DN125 – DN150)
59300SPHWHEEL20
8, 10
(DN200, DN250)
59300SPHWHEEL30
TABLE C
BFV-300 WAFER STYLE BUTTERFLY VALVE HANDWHEEL WITH PIN
PART NUMBER SELECTION
TFP1516
Page 6 of 6
draw sequence, tighten all flange bolts
until the valve is metal-to-metal with
both mating flanges. Recommended
tightening torques are listed in Table D.
Limited
Warranty
For warranty terms and conditions, visit
www.tyco-fire.com.
33 – 50
(44,7 – 67,8)
Be certain to keep flange faces as
parallel as possible during and after
tightening bolts or studs. After final
tightening, again check the valve for
full opening and closing.
53 – 75
(71,8 – 101,7)
As applicable, refer to Figure 3 for the
internal switch wiring diagram.
TABLE D
RECOMMENDED MATING
FLANGE BOLT TORQUES
Conduit and electrical connections
are to be made in accordance with
the authority having jurisdiction and/
or the National Electrical Code. With
reference to Figure 3, the supervisory
switch is intended for connection to
the supervisory circuit of a fire alarm
control panel in accordance with NFPA
72. The auxiliary switch is intended for
the unsupervised connection to auxiliary equipment in accordance with
NFPA 70, National Electric Code.
Nominal
Flange Size
ANSI Inches
(DN)
Recommended
Minimum Torque
Ft.-Lbs
(Nm)
2-1/2 – 4
(DN65 – DN100)
20 – 30
(27,1 – 40,7)
5–8
(DN125 – DN200)
10
(DN250)
Installation
The TYCO Model BFV-300 Wafer Style
Butterfly Valves may be installed with
flow in either direction and can be
positioned either horizontally or vertically. They are designed for installation between the faces of ANSI Class
125 and 150 flanges as well as PN10/16
flanges without the need for flange
gaskets. The Series BFV-300 are selfsealing between mating flanges; therefore, they do not require the use of
additional gaskets.
The Model BFV-300 may be installed
with any pressure class or schedule of
pipe or tubing no greater than schedule 40 that is listed or approved for
fire protection service and installed in
accordance with the manufacturers
instructions.
The wafer bodies have locating lugs to
ensure proper centering of the valve
body when flange bolts are installed.
Refer to Figure 2 for bolt diameter. Bolts
and studs must meet the minimum
strength requirements of ASTM A307
(Grade B), and the nuts must meet the
minimum strength requirements of
ASTM A563 (Grade A).
Prior to installation, close the valve.
Spread the flanges apart to allow the
valve to slip easily between the flanges.
Make sure the pipe flange faces are
clean of any foreign material such as
scale, metal shavings, or welding slag.
Insert the valve between the flanges
(without flange gaskets). Do not apply
lubricant to the seat faces as this may
damage the seat material. Be sure to
center the valve and do not damage
the liner. Relax the separation of the
flanges, install, and hand-tighten all
flange bolts. Slowly open the valve,
checking for free movement of the disc.
If valve opens freely, leave the valve in
the open position, and using a cross-
NOTE: For outdoor applications with
internal supervisory switches, it is recommended that wiring connections
be made at a temperature above 15°F
(-9°C), in order to insure sufficient flexibility of the wire lead insulation.
Care and
Maintenance
The TYCO Model BFV-300 Wafer Style
Butterfly Valves must be maintained
and serviced in accordance with this
section.
Before closing a fire protection system
control valve for maintenance or
inspection work on either the valve or
fire protection system which it controls, permission to shut down the
affected fire protection systems must
be obtained from the proper authorities
and all personnel who may be affected
by this decision must be notified.
Ordering
Procedure
Model BFV-300 Wafer Style
Butterfly Valves
With Internal Normally Open
Supervisory Switches
Specify: (specify size) Model BFV-300
Wafer Style Butterfly Valve, Internal
Normally Open Supervisory Switches,
P/N (specify per Table A)
Without Supervisory Switches
Specify: (specify size) Model BFV-300
Wafer Style Butterfly Valve, P/N (specify
per Table A)
Replacement Parts
Refer to Figure 2 to identify parts.
NOTE: Only items described in this
section are offered as replacement
parts.
Mounting Bracket Assembly with
Bernstein External Switch
Specify: Mounting Bracket with Bernstein (specify model per Table B)
External Switch, (specify size) Model
BFV-300 Wafer Style Butterfly Valve,
P/N (specify per Table B)
Handwheel with Pin
Specify: Handwheel with Pin, (specify
size) Model BFV-300 Wafer Style Butterfly Valve, P/N (specify per Table C)
The owner is responsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in accordance with the applicable standards of the National Fire Protection
Association (e.g., NFPA 25), in addition
to the standards of any authority having
jurisdiction. Contact the installing contractor or product manufacturer with
any questions. Any impairment must
be immediately corrected.
It is recommended that automatic
sprinkler systems be inspected, tested,
and maintained by a qualified Inspection Service.
GLOBAL HEADQUARTERS | 1400 Pennbrook Parkway, Lansdale, PA 19446 | Telephone +1-215-362-0700
Copyright © 2015 Tyco Fire Products, LP. All rights reserved.
RILSAN is a registered trademark of Arkema, Inc.
4
ALARM CHECK
VALVE
ASSEMBLY
Worldwide
Contacts
www.tyco-fire.com
Model AV-1-300 Alarm Check Valve, 300 psi (20,7 bar)
2-1/2, 4, 6 & 8 Inch (DN65, DN100, DN150 & DN200)
Vertical or Horizontal* Installation
General
Description
The TYCO Model AV-1-300 Alarm
Check Valves are divided seat ring,
rubber-faced clapper, waterflow alarm
check valves that are intended for
use in wet pipe (automatic sprinkler)
fire protection systems. They may be
installed vertically or horizontally*,
and they are designed to automatically actuate electric and/or hydraulic
alarms when there is a steady flow of
water into the system that is equivalent
to the discharge rate of one or more
sprinklers.
A separately ordered Model RC-1
Retard Chamber (Ref. Technical Data
Sheet TFP920) is required for installations subject to variable pressures. It is
used to help prevent false alarms associated with pressure variations in public
water supplies.
The AV-1-300 Alarm Check Valve Trim
includes pressure gauges to monitor
system pressure conditions, a bypass
check valve, a main drain valve, and
an alarm test valve. The bypass check
valve reduces the possibility of false
alarms by permitting slow as well as
small transient increases in water supply pressure to be passed through to
the system without opening the waterway clapper.
NOTICE
The TYCO Model AV-1-300 Alarm
Check Valves described herein must
be installed and maintained in compliance with this document, as well as
with the applicable standards of the
National Fire Protection Association
(NFPA), in addition to the standards of
any authorities having jurisdiction. Failure to do so may impair the integrity of
these devices.
Technical
Data
Approvals
UL and C-UL Listed
FM Approved
Working Water Pressure Range
20 to 300 psi (1,4 to 20,7 bar)
Friction Loss
Refer to Graph A.
End Connections
Groove x Groove
Flange x Groove
Flange x Flange
Refer to Table A for size applicability
Weights
Refer to Table A.
Physical Characteristics
The body is ductile iron, the hand-hole
cover is ductile iron, and the seat ring
is bronze. The clapper for the 2-1/2
inch (DN65) valve size is stainless steel.
The clapper for the larger valve sizes
is ductile iron. All valve sizes utilize an
EPDM clapper facing.
Flanged connections are available
drilled per ANSI, ISO, AS, and JIS
specifications as detailed in Table B.
Threaded port connections for the
AV-1-300 Valves are available NPT
threaded or threaded per ISO 7-1 as
detailed in the Ordering Procedure section. Valves with NPT threaded ports
will readily accept the trim arrangements detailed in Figures 4 through 6.
The owner is responsible for maintaining their fire protection system
and devices in proper operating
condition. Contact the installing contractor or product manufacturer with
any questions.
For Fire Protection pressure rating, listing
and approval information, contact
your Tyco Representative.
* 4, 6, and 8 inch (DN100, DN150, and DN200) valve sizes
Page 1 of 20
SEPTEMBER 2014
TFP910
TFP910
Page 2 of 20
VALVE PARTS
NO. DESCRIPTION
QTY. REF.
1 Valve Body .............. 1
2 Handhole Cover ...... 1
3 Handhole Cover
Gasket..................... 1
4 Seat Ring ................ 1
5 Clapper ................... 1
6 Clapper Facing ........ 1
7 Clapper Washer ...... 1
8 Lock Nut,
2-1/2 Inch Valve ...... 1
Self-Locking Hex
Cap Screw, 4, 6, & 8
Inch Valves.............. 1
9 Clapper Hinge Pin ... 1
10 Clapper Hinge
Pin Bushing,
2-1/2 Inch Valve ...... 2
4, 6, & 8 Inch
Valves ..................... 4
11 Clapper Spring ........ 1
VALVE PARTS
NO. DESCRIPTION
QTY. REF.
NR
NR
See (a)
NR
See (b)
See (a) or (b)
See (b)
See (b)
See (b)
See (b)
NR
NR
See (b)
12 Handhole Cover
Hex Bolt,
2-1/2 Inch Valve,
1/2-13 UNC-2A
x 1-1/4" Long ......... 4
4 Inch Valve,
1/2-13 UNC-2A
x 1-3/4" Long ......... 4
6 Inch Valve,
1/2-13 UNC-2A
x 1-3/4" Long ......... 6
8 Inch Valve,
3/4-10 UNC-2A
x 2" Long ............... 6
13 Clapper Hinge Pin
Square Head Pipe
Plug, 3/8" NPT,
4, 6, & 8 Inch
Valves only .............. 1
REPLACEMENT PARTS
NO. DESCRIPTION
P/N
(a) Repair Parts Kit,
Includes 3 & 6
2-1/2 Inch Valve ............ 92-200-1-216
4 Inch Valve .................. 92-200-1-416
6 Inch Valve .................. 92-200-1-620
8 Inch Valve .................. 92-200-1-816
(b) Clapper Assembly,
Includes 5-9, 11
2-1/2 Inch Valve ............ 92-200-1-218
Includes 5-11
4 Inch Valve .................. 92-200-1-423
6 Inch Valve .................. 92-200-1-623
8 Inch Valve .................. 92-200-1-823
CH
CH
CH
CH
NOTES:
1. F x F valve shown for reference;
components for G x G and F x G
valves are shared.
2. NR: Not Replaceable
3. CH: Common Hardware
CH
1
11
11
5
5
10
6
10
7
8
CLAPPER
ASSEMBLY
2-1/2 INCH
VALVE
9
6
7
13
10
4
8
CLAPPER
ASSEMBLY
4, 6, & 8 INCH
VALVES
2
3
12
FIGURE 1
2-1/2, 4, 6 & 8 INCH (DN65, DN100, DN150 & DN200)
MODEL AV-1-300 ALARM CHECK VALVE ASSEMBLY
Nominal
Valve Size,
Inches
(DN)
Groove x Groove,
Lbs.
(kg)
Flange x Groove,
Lbs.
(kg)
Flange x Flange,
Lbs.
(kg)
2-1/2
(65)
22
(10,0)
28
(12,7)
N/A
4
(100)
38
(17,2)
47
(21,3)
57
(25,9)
6
(150)
58
(26,3)
70
(31,8)
84
(38,1)
8
(200)
102
(46,3)
120
(54,4)
149
(67,6)
TABLE A
AVAILABLE VALVE END CONNECTIONS AND VALVE WEIGHTS
TFP910
Page 3 of 20
FLOW RATE IN LITRES PER MINUTE (LPM)
(1 GPM = 3,785 LPM)
400
600
1000
2000
3000
5000
7000
10000
15000
3.0
0,20
2.0
0,10
0,09
0,08
1.0
0.9
0.8
0.7
100
0,07
0,06
NOMINAL PRESSURE DROP IN BAR
(1 PSI = 0,06895 BAR)
NOMINAL PRESSURE DROP
IN POUNDS PER SQUARE INCH (PSI)
4.0
0,05
200
300
400 500
700
1000
2000
3000 4000
FLOW RATE IN GALLONS PER MINUTE (GPM)
GRAPH A
2-1/2, 4, 6 & 8 INCH (DN65, DN100, DN150 & DN200) MODEL AV-1-300 ALARM CHECK VALVE
NOMINAL PRESSURE LOSS VERSUS FLOW
Nominal
Valve
Size
2-1/2 Inch
(DN65)
4 Inch
(DN100)
6 Inch
(DN150)
8 Inch
(DN200)
Flange Drilling Specification
Nominal Dimensions in Inches and (mm)
ANSI B16.1
ISO 2084
ISO 2084
JIS B 2210
(Class 125) 1
(PN10) 2
(PN16) 3
(10K)
Dim.
Dim. Qty. Dim.
Dim. Qty. Dim.
Dim. Qty. Dim.
Dim.
A
B
A
B
A
B
A
B
5.50
0.75
5.71
0.71
5.51
0.75
4
4
(139,7)
(19,0)
(145,0)
(18,0)
(140,0)
(19,0)
USE
7.50
0.75
7.09
0.71
6.89
0.75
ISO 2084
8
8
(190,5)
(19,0)
(180,0)
(18,0)
(175,0)
(19,0)
(PN16)
9.50
0.88
9.45
0.87
9.45
0.91
8
8
(241,3)
(22,2)
(240,0)
(22,0)
(240,0)
(23,0)
11.75
0.88
11.61
0.87
11.61
0.87
11.42
0.91
8
8
12
(298,5)
(22,2)
(295,0)
(22,0)
(295,0)
(22,0)
(290,0)
(23,0)
Dim. A
Bolt Circle
Diameter
1
AS 2129
(Table E)
Dim.
Qty. Dim.
A
B
5.00
0.71
4
(127,0)
(18,0)
7.00
0.71
8
(178,0)
(18,0)
9.25
0.87
8
(235,0)
(22,0)
11.50
0.87
12
(292,0)
(22,0)
Qty.
4
8
8
8
Same drilling as for B16.5 (Class 150) and B16.42 (Class 250).
Same drilling as for BS 4504 Section 3.2 (PN10) and DIN 2532 (PN10).
3
Same drilling as for BS 4504 Section 3.2 (PN16) and DIN 2532 (PN16).
2
Dim. B
Bolt Hole
Diameter
Qty. N
Number of
Bolt Holes
TABLE B
FLANGE DRILLING SPECIFICATIONS
TFP910
Page 4 of 20
Operation
When the fire protection system is initially pressurized, water flows into the
system until the water supply and system pressure become equalized, and
the torsion Spring closes the Waterway Clapper in the Alarm Check Valve.
Once the pressures stabilize, the Alarm
Check Valve is in service and the centrally located groove in the Seat Ring is
sealed. Consequently, with the Alarm
Check Valve set for service, there is
no flow through the alarm port to the
alarm devices (i.e., water motor alarm
and/or pressure alarm switch).
When there is a steady flow of water
into the sprinkler system due to a sprinkler operation, the Waterway Clapper
opens as shown in Figure 2. Water is
then permitted to flow into the centrally
located groove in the Seat Ring and
out through the alarm port towards the
Restriction Assembly (Figure 3). When
the flow through the Inlet Restriction of
the Restriction Assembly exceeds the
flow through the Outlet Restriction, the
Retard Chamber (where provided for
systems with variable pressure), begins
to fill.
Subsequently, the Water Motor Alarm
and/or the pressure alarm switch will
be actuated. The alarms will continue
to be actuated as long as the Waterway Clapper remains open. Water in
the alarm lines will automatically drain
out through the 1/8 inch (3,2 mm) Drain
Orifice in the Restriction Assembly
(Figure 3) when the Waterway Clapper closes (due to a stop in the flow of
water into the sprinkler system).
For variable pressure systems, slow
as well as small transient increases in
water supply pressure may continue to
build up in the system (via the Bypass
Check Valve) without opening the
Waterway Clapper.
A transient surge in supply pressure that is sufficient only to open the
Waterway Clapper momentarily will not
cause a false alarm, and a portion of
the increase in pressure will be trapped
within the system, thus reducing the
possibility of another opening. Any
water in the alarm line is automatically
drained, further reducing the possibility of a false alarm due to a successive
transient surge in supply pressure.
Design
Criteria
In planning installation of the TYCO
Model AV-1-300 Alarm Check Valves,
consideration must be given to the disposal of the large quantities of water
that may be associated with draining
the system or performing a flow test.
WATERFLOW
PRESSURE
ALARM SWITCH
ONCE RETARD
CHAMBER OVERFLOWS,
WATERFLOW PRESSURE
ALARM SWITCH AND
WATER MOTOR
ALARM ACTUATE
RETARD
CHAMBER
WATERFLOW
TO WATER
MOTOR ALARM
7/32"
(5,6 mm)
ORIFICE
INLET
RESTRICTION
ASSEMBLY
UPON SPRINKLER
FLOW, WATERWAY
CLAPPER OPENS
WATERFLOW
TO SYSTEM
SYSTEM
PRESSURE
GAUGE
1/8"
(3,2 mm)
ORIFICE
OUTLET
SUPPLY
PRESSURE
GAUGE
WHEN FLOW THROUGH
RESTRICTION ASSEMBLY
INLET EXCEEDS OUTLET,
RETARD CHAMBER
BEGINS TO FILL
MAIN
DRAIN
VALVE
WATERFLOW
THROUGH SEAT
RING GROOVE AND
ALARM PORT
ALARM
CHECK
VALVE
FIGURE 2
2-1/2, 4, 6 & 8 INCH (DN65, DN100, DN150 & DN200)
MODEL AV-1-300 ALARM CHECK VALVE
OPERATION
SCREEN
INLET RESTRICTION
WITH 0.219" (5,6 mm)
ORIFICE
DRAIN RESTRICTION
WITH 0.125" (3,2 mm)
ORIFICE
FIGURE 3
RESTRICTION ASSEMBLY
(Provided with Alarm Check Valve Trim)
Valves installed in the vertical position
must have the flow going up. Valves
installed in the horizontal position must
be positioned so that the drain connection points down.
The sprinkler system designer must
be aware that the configuration of
the piping network and its tendency
to trap pockets of air (such as in the
case of a peaked-roof gridded system) can affect the performance of the
alarm system. Although a slight amount
of trapped air is desirable to prevent
significant pressure increases due to
thermally induced expansion of the
water, a large quantity of trapped air in
a system may result in the possibility of
an intermittent alarm.
The possibility of an intermittent alarm
condition is a consequence of the fact
that the flow out of the system through
the test valve or a single sprinkler is
very small relative to the flow that can
be passed through the valve. This difference increases with valve size. If the
system were free of trapped air, flow in
would equal flow out and the Waterway
Clapper would always stabilize at some
open position (as needed to accommodate the required flow). With trapped
air in the system, however, the Waterway Clapper first opens wider since the
system initially demands greater flow
until the air pockets are compressed
(back to nearly the supply pressure),
and then it will tend to return closer
TFP910
Page 5 of 20
to the Seat Ring. If the volume of the
air pockets is excessive, flow into the
system can be momentarily reduced
to nearly zero (once the air pockets
are compressed) and the Waterway
Clapper may close, causing flow to the
alarms to be shutoff.
After the Waterway Clapper has
closed, sufficient water must flow out
of the system before the Waterway
Clapper will again open. A repetition
of the above described condition is
termed an intermittent alarm.
Using a vent (which can also serve
as an end-of-line Inspector’s Test
Connection) piped from the top of a
cross main or end of a branch line at
the point most remote from the alarm
valve, and filling the system slowly in
accordance with the steps described in
the Setting Procedure section, can prevent an excessive amount of air from
being trapped.
Installation
NOTICE
Proper operation of the TYCO Model
AV-1-300 Alarm Check Valves depends
upon the trim described in this data
sheet installed in accordance with the
following instructions. Failure to follow the appropriate trim installation
instructions may prevent the device
from functioning properly as well as
void listings/approvals and the manufacturer’s warranties.
The Alarm Check Valves must be
installed in readily visible and accessible locations.
It is recommended that provision be
made for viewing the alarm line drain
water by locating the main drain outlet
in a readily visible area.
Wet pipe fire protection systems must
be maintained at a minimum temperature of 40°F (4°C).
Step 6. The check valve in the externally mounted bypass around the
Waterway Clapper must be installed
with its arrow pointed up, and the drain
check valve must be installed with its
arrow pointing towards the drain.
Step 6. Close the remote branchline
vent connection after the discharge of
aerated water ceases, and the outlet
has flowed full for at least 15 seconds.
Step 7. It is recommended that a vent
connection (which may also be used
as an end-of-line Inspector’s Test
Connection), be piped from a cross
main or branch line at the point most
remote from the alarm valve. The vent
line should be connected to the top of
a cross main or to the end of a branch
line and be located at the highest level
of a multi-level installation.
Step 8. Open the end-of-line Inspector’s Test Connection (or Alarm Test
Valve, if acceptable to the authority
having jurisdiction) and verify that the
system alarms operate.
The vent connection can be used to
bleed-off excessive air from the system, and therefore, minimize the
possibility of a false alarm due to a
transient surge in supply pressure. The
contraction/expansion associated with
an excessive amount of trapped air
could also cause the Waterway Clapper to cycle open and shut during an
inspector’s test or during a discharge
by a single sprinkler.
Setting
Procedure
Steps 1 through 11 are to be performed
when initially setting the Model AV-1300 Alarm Check Valve or after system
operation due to a fire.
NOTICE
Filling the system with water will result
in operation of the associated alarms.
Consequently, notification must first be
given to the owner and fire department,
central station, or other signal station to
which the alarms are connected.
Notify the proper authorities and all
personnel who may be affected that
an alarm test is to be performed.
Step 1. Trim the Alarm Check Valve in
accordance with Figure 4, 5, or 6, as
applicable. Apply pipe-thread sealant
sparingly to male threads only.
After placing a fire protection system
in service, notify the proper authorities
and advise those responsible for monitoring proprietary and/or central station
alarms.
Step 2. The Alarm Vent Trim illustrated
in Figure 8 must be installed if a water
motor alarm is not to be used.
Step 1. Open the 1/4 inch Gauge Test
Valves for the Supply and System Pressure Gauges.
Step
3.
Plug
connections.
Step 2. Check to see that the Handhole Cover bolts are tight. If not,
cross-tighten them.
unused
alarm
Step 4. Suitable provision must be
made for disposal of alarm line and
system drainage water. Drainage
water must be directed so that it will
not cause damage or result in dangerous conditions.
Step 5. The alarm line drain must be
arranged so that there will be no danger of freezing.
Step 3. Close the Alarm Test Valve.
Step 4. Open the remote cross main or
branch line vent connection. (Refer to
Step 7 in the Installation section.)
Step 5. Slowly open the main control
valve until the sound of flowing water
just begins and then open the valve
one more turn.
Step 7. Fully open the main control
valve.
Step 9. Close the end-of-line Inspector’s Test Connection (or Alarm Test
Valve).
Step 10. Verify that water ceases to
flow from the alarm line drain. If water
continues to flow, follow the corrective
procedure described in the Care and
Maintenance section.
The Restriction Assembly has a 1/8
inch (3,2 mm) diameter drain orifice.
Sufficient time must be allowed for
drainage of the Retard Chamber and
the piping to the water motor alarm.
Step 11. After verification that the flow
of water out of the alarm line drain has
stopped, the alarm valve is set and is
ready for service.
TFP910
Page 7 of 20
NO. DESCRIPTION
QTY. P/N
1 300 psi/ 2000 kPa
Water Pressure Gauge . . 2
2 1/4" Gauge Test Valve . . 2
3 1/2" Swing Check Valve . 2
4 1/2" Globe Valve .............. 1
5 1/2" Y-Strainer .................. 1
6 Restriction Assembly ....... 1
7 2" Angle Valve .................. 1
8 1/4" Plug ........................... 2
9 1/2" x 1/4" Reducing
Bushing ............................ 1
10 1/2" Union ........................ 3
11 1/2" 90° Elbow ................. 4
12 1/2" 45° Elbow ................. 1
13 1/2" x 1/4" x 1/2" Tee.......1
14 1/2" x 1/2" x 3/4" Tee.......1
15 1/2" Tee...........................1
16 2" x 2" x 1/2" Tee .............1
17 1/4" x Close Nipple .......... 1
18 1/4" x 4" Nipple ...............1
19 1/2" x Close Nipple .......... 4
20 1/2" x 1-1/2" Nipple .........5
21 1/2" x 2" Nipple ...............2
1/2 INCH NPT
CONNECTION
FOR WATERFLOW
PRESSURE ALARM
SWITCH
NO. DESCRIPTION
22
23
24
25
26
27
28
29
92-343-1-005
46-005-1-002
46-049-1-004
46-047-1-004
52-353-1-005
92-210-2-005
46-048-1-009
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
1/2" x 3" Nipple . . . . . . . . 2
1/2" x 3-1/2" Nipple. . . . . 1
1/2" x 5" Nipple . . . . . . . . 1
1/2" x 5-1/2" Nipple. . . . . 1
1/2" x 6-1/2" Nipple. . . . . 1
Select Nipple per Table . . 2
Select Nipple per Table . . 2
2" x 3" Nipple. . . . . . . . . . 2
CH
CH
CH
CH
CH
CH
CH
CH
Select Appropriate Nipple Sizes
per AV-1 Alarm Check Valve Size
4 Inch (DN100)
6 Inch (DN150)
1/2" x 1-1/2"
1/2" x 2-1/2"
1/2" x 3-1/2"
1/2" x 4-1/2"
Nipple
Number
27
28
NOTES:
1. Install subassemblies in alphabetical order.
2. All Fittings and Nipples are galvanized
(Standard Order).
3. CH: Common Hardware.
3/4 INCH NPT
CONNECTION FOR
WATER MOTOR
ALARM
1/2 INCH NPT
CONNECTION
FOR WATERFLOW
PRESSURE ALARM
SWITCH
LOCATION
FOR OPTIONAL
ELECTRICALLY
SUPERVISED
N.O. ALARM
CONTROL
VALVE
1/2" x 1-1/2"
(4 INCH VALVE)
or
1/2" x 2-1/2"
(6 INCH VALVE)
14
21
4
I
25
LOCATION
FOR OPTIONAL
ELECTRICALLY
SUPERVISED
N.O. ALARM
CONTROL
VALVE
H
12
6
RESTRICTION
ASSEMBLY,
SEE FIGURE 3
11
E
18
1
SUPPLY
PRESSURE
GAUGE
28
8
2
22
20
17
20
D
3 20
10
21
L
24
B
7 11
19
29
MAIN
DRAIN VALVE
(NORMALLY
C
M
N
10
J
8
2
13
A
22
20
1/2" x 4-1/2"
(6 INCH VALVE) 9
G
19
PRESSURE
GAUGE
F
23
15
5
1
(4 INCH VALVE)
or
11
10
26
PRESSURE
GAUGESSYSTEM
1/2" x 3-1/2"
ALARM
TEST VALVE
(NORMALLY
CLOSED)
3/4 INCH NPT
CONNECTION FOR
WATER MOTOR
27
ALARM
MODEL RC-1
RETARD
CHAMBER
ORDERED
SEPARATELY
(FOR VARIABLE
PRESSURE
SYSTEMS)
QTY. P/N
29
CLOSED)
MODEL AV-1
ALARM VALVE,
6 INCH (DN150)
FLANGE xFLANGE
SHOWN
16
11
19 19
3
20
K
2 INCH NPT
CONNECTION
TO DRAIN
MAIN DRAIN
VALVE
BRASS CHECK VALVE
FIGURE 4 (2 OF 3)
VERTICAL CLOSED DRAIN TRIM — STANDARD ORDER — SEMI-PREASSEMBLED
FOR 4 & 6 INCH (DN100 & DN150) MODEL AV-1-300 ALARM CHECK VALVES (P/N 52-204-4-951)
TFP910
Page 15 of 20
C
Vertical Closed Drain Trim
Dimensions in Inches and (mm)
With RC-1
Dimension
A
B
PLAN VIEW
RC-1
F
D
E
G
Without RC-1
4 Inch (DN100)
6 Inch (DN150)
4 Inch (DN100)
A
19 (483)
19 (483)
19 (483)
6 Inch (DN150)
19 (483)
B
10-1/2 (267)
11-1/4 (286)
10-1/2 (267)
11-1/4 (286)
C
10-1/2 (267)
11-1/2 (292)
10-1/2 (267)
11-1/2 (292)
D (G x G)
10-1/4 (260)
12-1/4 (311)
10-1/4 (260)
12-1/4 (311)
D (F x F)
10 (254)
12 (305)
10 (254)
12 (305)
D (F x G)
10 (254)
12 (305)
10 (254)
12 (305)
E
12-1/2 (318)
15 (381)
12-1/2 (318)
15 (381)
F
15-1/2 (394)
15-1/2 (394)
11-1/2 (292)
11-1/2 (292)
G
3 (75)
2-3/4 (70)
3 (75)
2-3/4 (70)
ELEVATION VIEW
C
Vertical Open Drain Trim
Dimensions in Inches and (mm)
Dimension
A
B
PLAN VIEW
RC-1
F
D
G
E
With RC-1
Without RC-1
4 Inch (DN100)
6 Inch (DN150)
4 Inch (DN100)
6 Inch (DN150)
A
19 (483)
19 (483)
19 (483)
19 (483)
B
10-1/2 (267)
11-1/4 (286)
10-1/2 (267)
11-1/4 (286)
C
10-1/2 (267)
11-1/2 (292)
10-1/2 (267)
11-1/2 (292)
D (G x G)
10-1/4 (260)
12-1/4 (311)
10-1/4 (260)
12-1/4 (311)
D (F x F)
10 (254)
12 (305)
10 (254)
12 (305)
D (F x G)
10 (254)
12 (305)
10 (254)
12 (305)
E
12-1/2 (318)
15 (381)
12-1/2 (318)
15 (381)
F
15-1/2 (394)
15-1/2 (394)
11-1/2 (292)
11-1/2 (292)
G
3 (75)
2-3/4 (70)
3 (75)
2-3/4 (70)
ELEVATION VIEW
RC-1
Horizontal Closed Drain Trim
Dimensions in Inches and (mm)
D
Dimension
B
E
C
ELEVATION VIEW
A
PLAN VIEW
With RC-1
Without RC-1
4 Inch (DN100)
6 Inch (DN150)
4 Inch (DN100)
6 Inch (DN150)
A (G x G)
10-1/4 (260)
12-1/4 (311)
10-1/4 (260)
12-1/4 (311)
12 (305)
A (F x F)
10 (254)
12 (305)
10 (254)
A (F x G)
10 (254)
12 (305)
10 (254)
12 (305)
B
15 (381)
15 (381)
10-1/2 (267)
11-1/2 (292)
C
3-1/4 (83)
3-1/4 (83)
3-1/4 (83)
3-1/4 (83)
D
14 (356)
15 (381)
14 (356)
15 (381)
E
13-3/4 (349)
14-3/4 (375)
13-3/4 (349)
14-3/4 (375)
FIGURE 7 (2 OF 3)
INSTALLATION DIMENSIONS
FOR 4 & 6 INCH (DN100 & DN150) MODEL AV-1-300 ALARM CHECK VALVES
TFP910
Page 16 of 20
C
Vertical Closed Drain Trim
Dimensions in Inches and (mm)
Dimension
A
D
FxF
FxG&
GxG
B
PLAN VIEW
RC-1
F
E
With RC-1
Without RC-1
A
18-1/2 (470)
15-3/4 (400)
B
16-1/8 (410)
16-1/8 (410)
C
12 (305)
12 (305)
D
14 (356)
14 (356)
E
16-1/2 (419)
16-1/2 (419)
F
15-1/2 (394)
N/A
G
2-1/2 (64)
2-1/2 (64)
G
ELEVATION VIEW
C
Vertical Open Drain Trim
Dimensions in Inches and (mm)
Dimension
A
D
FxF
FxG&
GxG
B
PLAN VIEW
RC-1
F
E
With RC-1
Without RC-1
A
18-1/2 (470)
15-3/4 (400)
B
16-1/8 (410)
16-1/8 (410)
C
12 (305)
12 (305)
D
14 (356)
14 (356)
E
16-1/2 (419)
16-1/2 (419)
F
15-1/2 (394)
N/A
G
3-1/2 (89)
3-1/2 (89)
G
ELEVATION VIEW
RC-1
Horizontal Closed Drain Trim
D
Dimensions in Inches and (mm)
B
Dimension
A
E
C
ELEVATION VIEW
A
F x F
FxG&
GxG
PLAN VIEW
With RC-1
Without RC-1
14 (356)
14 (356)
B
15 (381)
12 (305)
C
1-1/2 (38)
N/A
D
19-1/2 (495)
19-1/2 (495)
E
16-1/2 (419)
16-1/2 (419)
FIGURE 7 (3 OF 3)
INSTALLATION DIMENSIONS
FOR 8 INCH (DN200) MODEL AV-1-300 ALARM CHECK VALVES
TFP910
Page 17 of 20
NO. DESCRIPTION QTY.
1 3/4" x 1/4" Hex
Bushing .................. 1
2 3/32" Vent
Fitting ..................... 1
3 1/4" x 5'-0"
Tubing .................... 1
P/N
CH
92-032-1-002
CH
PRESSURE
SWITCH
1
3
(ROUTE TO
DRAIN)
2
(GREEN
TINT)
MODEL RC-1
RETARD
CHAMBER
Trim kit is ordered separately when a
Water Motor Alarm is not installed.
FIGURE 8
ALARM VENT TRIM KIT
(P/N 52-201-2-012)
Care and
Maintenance
The following procedures and
inspections should be performed in
accordance with this section, in addition to any specific requirements of the
NFPA. Any impairment must be immediately corrected.
NOTICE
Performing the care and maintenance
procedures will result in operation of
the associated alarms. Consequently,
notification must first be given to the
owner and fire department, central station, or other signal station to which the
alarms are connected.
Before closing a fire protection system
main control valve for maintenance
work on the fire protection system
that it controls, obtain permission to
shut down the affected fire protection
system from the proper authorities
and notify all personnel who may be
affected by this decision.
The owner is responsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in compliance with this document, as
well as with the applicable standards
of the National Fire Protection Association (e.g., NFPA 25), in addition to
the standards of any other authorities
having jurisdiction. Contact the installing contractor or product manufacturer
regarding any questions.
Automatic sprinkler systems are recommended to be inspected, tested,
and maintained by a qualified Inspection Service in accordance with local
requirements and/or national codes.
The TYCO Model AV-1-300 Alarm
Check Valves do not require any regularly scheduled maintenance. It is
recommended, however, that proper
operation of the alarms be periodically
verified in accordance with a procedure that is acceptable to the authority
having jurisdiction. Any impairment
must be immediately corrected.
Sprinkler System Drain-Down
Draining the sprinkler system must be
done in accordance with the following
procedure:
Step 1. Close the main control valve, if
this has not already been done.
Step 2. Open the remote cross main or
branch line vent connection. (Refer to
Step 7 in the Installation section.)
Step 3. Open the Main Drain Valve.
Check first to see that the drainage
water discharge will not cause damage or result in dangerous conditions.
Inspection Procedure
It is recommended that the following
inspection procedure be performed at
least quarterly by a qualified Inspection
Service.
Step 4. Wait until the Supply Pressure
Gauge reads zero pressure and the
sound of draining water has stopped
before performing any maintenance
work on the fire protection system.
Step 1. Notify the proper authorities
and all personnel who may be affected
that an alarm test is to be performed.
Leakage from Alarm Line Drain
Follow the steps indicated below until
water ceases to flow from the alarm
line drain. After each step check if leakage has stopped.
Step 2. Open the end-of-line Inspector’s Test Connection (or Alarm Test
Valve, if acceptable to the authority
having jurisdiction) and verify that the
system alarms operate in accordance
with the requirements of the authority
having jurisdiction. Verify that the water
motor alarm and/or the pressure alarm
switch properly actuate and within the
elapsed time required by the authority
having jurisdiction.
Step 3. Verify that water is flowing
out of the alarm line drain at a rate
consistent with the 1/8 inch (3,2 mm)
diameter drain orifice in the Restriction
Assembly.
Step 4. Close the end-of-line Inspector’s Test Connection (or Alarm Test
Valve).
Step 1. Open the Main Drain Valve. Let
the water flow for about 5 seconds and
then close the Main Drain Valve. This
should flush any loose debris that may
have become trapped between the
Clapper Facing and the Seat Ring or
in the seating area of the Drain Valve.
Step 2. Repeat Step 1 if the rate of
continued flow out of the drain was
noticeably reduced.
Step 3. Open the Alarm Test Valve and
allow water to flow for about 5 seconds
before re-closing the valve. This should
flush any loose debris that may have
become trapped in the seating area of
the Alarm Test Valve.
Step 5. Verify that water ceases to flow
from the alarm line drain.
Step 4. Repeat Step 3 if the rate of
continued flow out of the drain was
noticeably reduced.
Step 6. Clean the 1/2 inch Strainer
(located in the valve trim) as well as
the 3/4 inch Strainer (located at the
connection to the water motor alarm,
as applicable). Be sure to replace the
strainer baskets and tighten the caps
securely.
Step 5. Determine whether the water is
flowing from the Alarm Port (Ref. Figure
1) or past the Alarm Test Valve. If the
leakage is past the Alarm Test Valve,
close the main control valve, and then
repair or replace the Alarm Test Valve
as necessary.
NOTICE
Cleaning of the Strainers after each
operation of the alarms is especially
important in the case of water supplies (such as lakes and rivers) having
a large quantity of suspended matter. A
clogged alarm line can prevent operation of the alarms.
Step 7. Notify all authorities responsible for monitoring the installation that
the fire protection system has been
returned to service.
Step 6. If it appears that the leakage
noted in Step 5 is from the Alarm Port,
drain the system in accordance with
the prescribed procedure. After the
system has been drained, remove the
Handhole Cover.
Step 7. While holding the Spring down
by the coils, remove the Hinge Pin.
Remove the Spring and Waterway
Clapper Assembly.
TFP910
Page 18 of 20
Step 8. Using a light, check for and
remove any debris that may have
become lodged within the Seat Ring
groove. Inspect the Seat Ring seat
for any damage. If the Seat Ring has
become dented across the seat then
the Alarm Check Valve will have to be
replaced. It is impractical to re-face a
Seat Ring in the field.
Step 9. Check for and remove any
debris that may have become lodged
in the Clapper Facing. If a minor imperfection remains in the Clapper Facing,
then turn it over after thoroughly cleaning both surfaces with a clean cloth.
Replace the Clapper Facing if necessary. Be sure to securely re-tighten
the retaining fastener for the Clapper
Washer.
Step 10. Replace the Spring and
Waterway Clapper Assembly as shown
in Figure 1. While holding the coils of
the Spring down, re-insert the Hinge
Pin. Be sure that the Hinge Pin is
pushed all the way to the rear of the
valve.
Step 11. Replace the Handhole Cover.
Return the Alarm Valve to operation in
accordance with the steps described in
the Setting Procedure section.
Clogged Alarm Line Drain
If water either does not flow or only
dribbles out of the alarm line drain during an alarm test, then it is likely that
the screen protecting the Restriction
Assembly drain orifice (Ref. Figure 3)
has become clogged.
NOTICE
For variable pressure systems, a
clogged alarm line drain will increase
the likelihood of a false alarm.
First break the union downstream of
the Drain Restriction and remove the
Drain Restriction for cleaning by backflushing the screen. Re-install the Drain
Restriction and re-assemble the drain
line.
Loss of Excess System Pressure
For variable pressure systems, the
System Pressure Gauge normally indicates a pressure greater than that
shown by the Supply Pressure Gauge.
Also, the value should be close to that
of the peak supply pressure that has
occurred after the system was placed
in service.
NOTICE
For variable pressure systems, loss of
excess system pressure will increase
the likelihood of a false alarm.
Follow the procedure indicated below
to correct a loss of excess system
pressure condition.
Step 1. Check for signs of continued
leakage from the alarm line drain. If rust
stains and/or water deposits indicate
that continued leakage has been taking
place, take corrective action according
to the procedure described in the subsection entitled “Leakage from Alarm
Line Drain.”
Step 2. If there are no signs of continued leakage from the alarm line drain,
close the main control valve, slowly
remove the plug from the supply pressure gauge test valve to relieve the
supply pressure, and then slowly open
the union in the externally mounted
bypass.
Step 3. Check for leakage past the
Bypass Check Valve. If there is leakage, debris may have become lodged
between its clapper and seat. Drain
the system in accordance with the
prescribed procedure and then clean
or replace the Bypass Check Valve as
required.
Step 4. Re-assemble the externally
mounted bypass, replace the plug into
the Gauge Test Valve, and return the
fire protection system to operation in
accordance with the steps described
in the Operation section.
Step 5. If there are no signs of leakage past either the Alarm Check Valve
Clapper per Step 1 or the Bypass
Check Valve per Step 2, inspect the
sprinkler system for leakage.
Excess Pressure Due to
Thermal Expansion
Wet pipe sprinkler systems subject
to ambient temperatures in excess of
100°F (38°C) can experience significant
increases in system pressure due to
the thermal expansion of the water. In
particular, a gridded wet-pipe system
with a relatively small air pocket and
no relief valve can be subjected to an
increase of more than 100 psi (6,9 bar),
due to an increase in ambient temperature of approximately 50°F (28°C).
As necessary, install a pressure
relief valve, in accordance with the
requirements of the authority having
jurisdiction, to automatically relieve
the excess pressure that could otherwise be created in wet-pipe systems
exposed to significant increases in
ambient temperature.
False Alarms
Follow the step below when repeated
false alarms occur in a variable pressure system.
Step 1. Check for and correct the
cause of continued leakage out the
alarm line drain.
Step 2. Check for and clean a clogged
alarm line drain.
Step 3. Check for and correct the
cause of a loss in excess system
pressure.
Step 4. Drain the sprinkler system and
re-fill it using the steps described in the
Setting Procedure section.
Intermittent Alarms
If the pressure alarm switch gives a
steady signal, but the water motor generates an intermittent alarm, check for
binding in the water motor alarm drive
shaft.
If the water motor alarm and/or the
pressure alarm switch provide an
intermittent alarm, it is likely the consequence of an excessive amount of air
being trapped within the sprinkler system. Drain down the sprinkler system
and refill it using the steps described in
the Setting Procedure section.
A discontinuance of an alarm may also
be caused by the Clapper closing due
to a sudden drop in supply pressure
or the shut-off of a pump in the supply
line. These types of problems can only
be corrected by maintaining a steady
supply pressure.
TFP910
Page 19 of 20
Limited
Warranty
For warranty terms and conditions,
visit www.tyco-fire.com.
Ordering
Procedure
Contact your local distributor for availability. When placing an order, indicate
the full product name. Refer to Table
A (Page 3) for Flange Drilling Specifications. The Price Book provides
Part Numbers (P/Ns) for factory pretrimmed Model AV-1-300 Valves.
Standard AV-1-300
Alarm Check Valve
(Assumes American Standard Flange
Drilling, American Threaded Ports, and
American Groove Outside Diameter, as
applicable.)
Specify: (size in inches) Model AV-1300 Alarm Check Valve with (end
connections), P/N (specify):
2-1/2 Inch Valves
2.88 inch (73,0 mm) Groove O.D. x
2.88 inch (73,0 mm) Groove O.D.
2-1/2 Inch G x G ............. P/N 52-203-1-110
ANSI Flange x
2.88 inch (73,0 mm) Groove O.D.
2-1/2 Inch F x G ............. P/N 52-203-1-210
4 Inch Valves
4.50 inch (114,3 mm) Groove O.D. x
4.50 inch (114,3 mm) Groove O.D.
4 Inch G x G .................... P/N 52-203-1-113
ANSI Flange x
4.50 inch (114,3 mm) Groove O.D.
4 Inch F x G .....................P/N 52-203-1-413
ANSI Flange x ANSI Flange
4 Inch F x F .................... P/N 52-203-1-013
6 Inch Valves
6.62 inch (168,3 mm) Groove O.D. x
6.62 inch (168,3 mm) Groove O.D.
6 Inch G x G .................... P/N 52-203-1-115
ANSI Flange x
6.62 inch (168,3 mm) Groove O.D.
6 Inch F x G .................... P/N 52-203-1-615
ANSI Flange x ANSI Flange
6 Inch F x F ..................... P/N 52-203-1-015
8 Inch Valves
8.62 inch (219,1 mm) Groove O.D. x
8.62 inch (219,1 mm) Groove O.D.
8 Inch G x G ................... P/N 52-203-1-916
ANSI Flange x
8.62 inch (219,1 mm) Groove O.D.
8 Inch F x G .................... P/N 52-203-1-816
ANSI Flange x ANSI Flange
8 inch F x F .................... P/N 52-203-1-016
AV-1-300 Valve Trim
Standard Order
Specify: Vertical, Closed Drain Galvanized Trim for (size) Model AV-1-300
Alarm Check Valve, P/N (specify):
Vertical Closed Drain, Galvanized
(See Figure 4)
2-1/2 Inch ................................P/N 52-204-4-950
4 or 6 Inch* ................................P/N 52-204-4-951
8 Inch* .......................................P/N 52-204-4-952
*Provided semi-preassembled
Special Order
Specify: (Vertical or Horizontal),
(Closed or Open) Drain Galvanized Trim
for (size) Model AV-1-300 Alarm Check
Valve, P/N (specify):
Vertical Open Drain, Galvanized
(See Figure 5)
2-1/2 Inch ................................P/N 52-204-4-053
4 or 6 Inch* ................................P/N 52-204-4-954
8 Inch* .......................................P/N 52-204-4-955
*Provided semi-preassembled
Horizontal Closed Drain, Galvanized
(See Figure 6)
4 or 6 Inch .................................P/N 52-204-4-057
8 Inch .........................................P/N 52-204-4-058
Accessories
Other Model AV-1-300
Configurations
Other AV-1-300 Alarm Check Valves
are valves ordered with any combination of flange, threaded port, or groove
outside diameter not offered under
Standard AV-1-300 Alarm Check Valve
offerings.
Valves with NPT threaded ports are
intended for use with the AV-1-300
Valve Trim described in this data sheet.
Valves with ISO threaded ports are
intended for use with special order trim
that is provided by local distributors
to meet the specific needs of certain
localities. Contact your local distributor regarding valves and valve trim for
specific localities.
Specify: (size) Model AV-1-300 Alarm
Check Valve with (connections)
with (NPT or ISO) threaded ports,
P/N (specify):
2-1/2 Inch Valves with NPT Ports
ISO (PN16) Flange x
2.88 inch (73,0 mm)
Groove O.D..................... P/N 52-203-1-251
Order the following accessories, as
applicable:
ANSI Flange x
3.00 inch (76,1 mm)
Groove O.D..................... P/N 52-203-1-220
Model RC-1
Retard Chamber ............. P/N 52-211-1-002
(Required for variable pressure water supply conditions.)
ISO (PN16) Flange x
3.00 inch (76,1 mm)
Groove O.D..................... P/N 52-203-1-331
Alarm Vent Trim ............. P/N 52-201-2-012
(Required when a water motor alarm is not
installed.)
Model PS10-2 Potter Electric Waterflow
Pressure Alarm Switch ............... P/N 25710
(Required for electric signal indicating
waterflow.)
Model WMA-1 Water Motor Alarm
Red Finish Gong. . . . . . . . . . P/N 52-630-1-001P
Aluminum Finish Gong . . . . . P/N 52-630-2-001P
(Required
alarm.)
for
a
mechanical
waterflow
Optional 600 PSI Water
Pressure Gauge ............. P/N 92-343-1-004
Replacement Parts
Valve
Specify: (description) for use with (size)
Model AV-1-300 Alarm Check Valve,
P/N (specify, see Figure 1)
Trim
Specify: (description) for use with
Model AV-1-300 Alarm Check Valve,
P/N (specify, see Figure 4, 5, or 6)
AS Flange x
2.88 inch (73,0 mm)
Groove O.D..................... P/N 52-203-1-611
AS Flange x
3.00 inch (76,1 mm)
Groove O.D..................... P/N 52-203-4-410
JIS Flange x
2.88 inch (73,0 mm)
Groove O.D..................... P/N 52-203-1-710
JIS Flange x
3.00 inch (76,1 mm)
Groove O.D..................... P/N 52-203-1-810
3.00 inch (76,1 mm) Groove O.D x
3.00 inch (76,1 mm)
Groove O.D..................... P/N 52-203-1-120
2-1/2 Inch Valves with ISO Ports
ISO (PN16) Flange x
2.88 inch (73,0 mm)
Groove O.D..................... P/N 52-203-1-211
ISO (PN16) Flange x
3.00 inch (76,1 mm)
Groove O.D..................... P/N 52-203-1-311
3.00 inch (76,1 mm) Groove O.D. x
3.00 inch (76,1 mm)
Groove O.D..................... P/N 52-203-4-120
2.88 inch (73,0 mm) Groove O.D. x
2.88 inch (73,0 mm)
Groove O.D..................... P/N 52-203-1-921
TFP910
Page 20 of 20
4 Inch Valves with NPT Ports
6 Inch Valves with ISO Ports
ISO (PN16) Flange x
4.50 inch (114,3 mm)
Groove O.D .................... P/N 52-203-1-493
ISO (PN16) Flange x
ISO (PN16) Flange ........... P/N 52-203-4-115
ISO (PN16) Flange x
ISO (PN16) Flange .......... P/N 52-203-4-013
AS Flange x
AS Flange....................... P/N 52-203-4-313
AS Flange x
4.50 inch (114,3 mm)
Groove O.D .................... P/N 52-203-4-413
JIS Flange x
JIS Flange ...................... P/N 52-203-4-713
JIS Flange x
4.50 inch (114,3 mm)
Groove O.D .................... P/N 52-203-4-813
4 Inch Valves with ISO Ports
ISO (PN16) Flange x
ISO Flange ..................... P/N 52-203-4-113
ISO (PN16) Flange x
4.50 inch (114,3 mm)
Groove O.D .................... P/N 52-203-4-213
4.50 inch (114,3 mm) Groove O.D. x
4.50 inch (114,3 mm)
Groove O.D .................... P/N 52-203-1-923
6 Inch Valves with NPT Ports
ANSI Flange x
6.50 inch (165,1 mm)
Groove O.D .................... P/N 52-203-1-625
ISO (PN16) Flange x
6.62 inch (168,3 mm)
Groove O.D .................... P/N 52-203-1-695
ISO (PN16) Flange x
6.62 inch (168,3 mm)
Groove O.D .................... P/N 52-203-4-215
ISO (PN16) Flange x
6.50 inch (165,1 mm)
Groove O.D .................... P/N 52-203-4-225
6.62 inch (168,3 mm) Groove O.D. x
6.62 inch (168,3 mm)
Groove O.D .....................P/N 52-203-1-925
6.50 inch (165,1 mm) Groove O.D. x
6.50 inch (165,1 mm)
Groove O.D ..................... P/N 52-203-1-125
8 Inch Valves with NPT Ports
ISO (PN10) Flange x
8.62 inch (219,1 mm)
Groove O.D .................... P/N 52-203-1-896
ISO (PN16) Flange x
8.62 inch (219,1 mm)
Groove O.D .................... P/N 52-203-4-266
ISO (PN10) Flange x
ISO (PN10) Flange ........... P/N 52-203-4-016
ISO (PN16) Flange x
ISO (PN16) Flange ............P/N 52-203-4-118
AS Flange x
AS Flange ...................... P/N 52-203-4-316
AS Flange x
8.62 inch (219,1 mm)
Groove O.D .................... P/N 52-203-4-416
JIS Flange x
JIS Flange ....................... P/N 52-203-1-716
ISO (PN16) Flange x
6.50 inch (165,1 mm)
Groove O.D .................... P/N 52-203-5-215
JIS Flange x 8.62 inch (219,1 mm)
Groove O.D .................... P/N 52-203-4-816
ISO (PN16) Flange x
ISO (PN16) Flange .......... P/N 52-203-4-015
8 Inch Valves with ISO Ports
AS Flange x
AS Flange....................... P/N 52-203-4-315
AS Flange x
6.62 inch (168,3 mm)
Groove O.D .................... P/N 52-203-4-415
AS Flange x
6.50 inch (165,1 mm)
Groove O.D .................... P/N 52-203-4-425
JIS Flange x
JIS Flange ...................... P/N 52-203-4-715
JIS Flange x
6.62 inch (168,3 mm)
Groove O.D .................... P/N 52-203-4-815
ISO (PN10) Flange x
ISO (PN10) Flange ............P/N 52-203-4-116
ISO (PN16) Flange x
ISO (PN16) Flange ............ P/N 52-203-4-117
ISO (PN10) Flange x
8.62 inch (219,1 mm)
Groove O.D .................... P/N 52-203-4-216
ISO (PN16) Flange x
8.62 inch (219,1 mm)
Groove O.D .................... P/N 52-203-4-226
8.62 inch (219,1 mm) Groove O.D. x
8.62 inch (219,1 mm)
Groove O.D .....................P/N 52-203-1-926
JIS Flange x
6.50 inch (165,1 mm)
Groove O.D .................... P/N 52-203-5-815
6.50 inch (165,1 mm) Groove O.D. x
6.50 inch (165,1 mm)
Groove O.D ..................... P/N 52-203-1-124
GLOBAL HEADQUARTERS | 1400 Pennbrook Parkway, Lansdale, PA 19446 | Telephone +1-215-362-0700
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Technical Services: Tel: (800) 381-9312 / Fax: (800) 791-5500
Model RC-1 Retard Chamber
For Variable Pressure Wet Pipe Sprinkler Systems
300 psi (20,7 bar)
General
Description
Technical
Data
The Model RC-1 Retard Chamber is
required in installations that will be
subject to pressure variations, as are
generally associated with public water
supplies in order to help prevent false
alarms. The RC-1 is specifically intended for use as a separately ordered
item for the Model AV-1-300 (TFP910)
and AV-1-175 (TFP912) Alarm Check
Valves. It can, however, also be used
as a separately ordered item for
changing out older style Retard Chambers used with the Central Model F/G,
Gem Model A, or Star Model E/F Alarm
Check Valves.
The Model RC-1 Retarding Chamber
is a redesignation for the Gem Model
F211 for use with Gem Model
F20/F200/F2001 Alarm Check Valves,
as well as the Star Model S310 for use
with Star Model S30/S300/S3001
Alarm Check Valves.
Approvals
UL and ULC Listed, as well as FM,
LPCB, and VdS Approved for use with
the following Alarm Check Valves:
WARNING
The Model RC-1 Retard Chamber described herein must be installed and
maintained in compliance with this
document, as well as with the applicable standards of the National Fire Protection Association, in addition to the
standards of any other authorities having jurisdiction. Failure to do so may
impair the integrity of this device.
The owner is responsible for maintaining their fire protection system and devices in proper operating condition.
The installing contractor or sprinkler
manufacturer should be contacted
relative to any questions.
Page 1 of 4
Model AV-1-175
Gem Model F20/F200/F2001
Gem Model A
Star Model S30/S300/S3001
UL and ULC Listed, as well as FM
Approved for use with the Model AV1-300 Alarm Check Valves.
Working Water Pressure
300 psi (20,7 bar)
Construction
The Model RC-1 Retard Chamber
shown in Figure 1 is cast iron, and a
3/4" x 1/2" x 3/4" Tee is provided at the
outlet (top) for connection of a pressure alarm switch and/or water motor
alarm. The Restriction Assembly
shown in Figure 2 is comprised of
brass restrictions assembled to a cast
iron or malleable iron threaded tee fitting. The screen is stainless steel.
Operation
When there is a steady flow of water
into the sprinkler system due to a
sprinkler operation, the Clapper in the
Alarm Check Valve opens as shown in
Figure 3. Water is then permitted to
flow into the centrally located groove in
the Seat Ring and out through the
alarm port towards the Restriction Assembly (Figure 2). When the flow
through the inlet restriction of the Restriction Assembly exceeds the flow
out through the outlet restriction, the
Retard Chamber begins to fill. Subsequently, the water motor alarm
and/or the pressure alarm switch will
be actuated. The alarms will continue
to be actuated as long as the Clapper
in the Alarm Check Valve remains
open. Water in the alarm lines will auto-
JANUARY, 2004
matically drain out through the 1/8"
(3,2 mm) drain orifice in the Restriction
Assembly (Figure 2) when the Alarm
Valve Clapper closes (due to a discontinuation in the flow of water into the
sprinkler system).
In the case of variable pressure systems, a transient surge in supply pressure that is sufficient to only momentarily open the Alarm Valve Clapper
will not cause a false alarm, since the
volume of the Retard Chamber is sufficiently large enough that it will not
have filled to operate the connected
alarm devices. Any water in the alarm
line is then automatically drained, further reducing the possibility of a false
alarm due to a successive transient
surge in supply pressure.
TFP920
Model WMA-1 Water Motor Alarm
Hydraulically Operated
Mechanical Sprinkler Alarm
General
Description
The TYCO Model WMA-1 Water Motor Alarm is a hydraulically operated
outdoor alarm designed for use with
fire protection system waterflow detection valves. It is lightweight yet rugged, and it can be used in conjunction
with alarm check, dry pipe, deluge,
and preaction valves to sound a local
alarm.
The Water Motor Alarm is suitable
for mounting to any type of rigid wall
and can accommodate a wall thickness range of 2 to 18 inches (50 to
450 mm). It is provided with a listed
and approved TYCO Model WMA-1 YStrainer for use in the alarm line.
The Model WMA-1 utilizes a lightweight, impeller design that can produce a very high sound pressure
level. The Gong, Gong Mount, and
Water Motor Housing are fabricated
from corrosion-resistant aluminum alloys. The polymer drive bearings do
not require lubrication, and the Gong
is closely fitted to the Gong Mount
to eliminate the need for a separate
cover.
The Model WMA-1 Water Motor Alarm
is a redesignation for the Central
Model F-2, Gem Model F630, and Star
Model S450.
Technical
Data
Approvals
UL and ULC Listed
FM Approved
LPCB Approved
VdS Approved
Gong Finish
Red or Aluminum
Working Water Pressure Range
7 to 300 psi (0,5 to 20,7 bar)
Nozzle K-factor
0.7 gpm/psi1/2 (10,1 lpm/bar1/2)
Y-Strainer
3/4 inch, cast iron, 20 mesh screen
Trim Components
Galvanized steel nipples and cast iron
fittings
TFP921
Page 3 of 6
NO. DESCRIPTION
QTY.
1 Water Motor ............ 1
2 Support Washer . . . 1
3 Drive Shaft Sleeve . 1
4 Drive Shaft .............. 1
5 Gong Mount ............ 1
6 Striker ..................... 1
7 Gong....................... 1
8 Cap Nut .................. 1
(a) Red Gong Repair
Kit includes items:
6, 7 (red), and 8 ...... 1
(a) Aluminum Gong Repair
Kit includes items:
6, 7 (alum.), and 8 . . 1
REF.
92-630-1-012
NR
NR
NR
NR
See (a)
See (a)
See (a)
92-630-1-025
STRIKER ARM
COUPLING
SPACER
COUPLING
3/4" NPS
STRIKER
RING
STRIKER
SHAFT
BEARING
2
CROSS-SECTION VIEW
OF STRIKER (ITEM 6)
92-630-2-025
NR: Not Replaceable
1
3
6
7
4
IMPELLER
NOZZLE
INLET
DRAIN
5
8
INTERNAL VIEW OF
WATER MOTOR (ITEM 1)
FIGURE 1
MODEL WMA-1 WATER MOTOR ALARM ASSEMBLY
TFP921
Page 4 of 6
2"
(50,8 mm)
7/8"
(22,2 mm)
3/4" NPS
1-3/8"
(34,2 mm)
WATER
MOTOR
2-9/16" T/O
(65,0 mm)
2-1/2" T/O
(63,5 mm)
3/4" NPT
INLET
2-7/16"
(61,9 mm)
2-3/4"
(69,9 mm)
8-1/2" DIA.
(215,9 mm)
SLEEVE END
3/4" NPT
THREADED
BY INSTALLER
1" NPT
DRAIN
1-13/16"
(46,0 mm)
DRAIN CL
10"
(254,0 mm)
MINIMUM
A
3/4" (DN20) NPS
GALVANIZED
STEEL OR
BRASS PIPE
1
4
1
1" (DN25) NPS
GALVANIZED
STEEL OR
BRASS PIPE
2-1/16"
(52,4 mm)
INLET CL
B
C
D
3
RIGID WALL
STRUCTURE
2
3/4"
Y-STRAINER
STRAINER
CLEAN-OUT
CAP
LOCATION FOR
SEPARATELY ORDERED
ELECTRICALLY SUPERVISED
N.O. ALARM CONTROL VALVE
(SEE NOTE 4)
NOTES:
1. All installation dimensions are shown at nominal value.
2. All dimensions are in inches and (mm).
3. Items shown in dotted lines are not included with the WMA-1.
4. Consult local Authority Having Jurisdiction for mechanical
alarm isolating control valve requirements.
5. All included trim components are galvanized.
16" (457,2 mm)
MAXIMUM
CLEAN-OUT
SUMP PLUG
2" (50,8 mm)
MINIMUM
STANDARD INLET TRIM
NO. DESCRIPTION
QTY.
OPTIONAL DRAIN TRIM
NO. DESCRIPTION
QTY.
1
2
3
A
B
C
D
4
3/4" x 3" Nipple......... 2
3/4" 90° Elbow ........... 1
3/4" x 1/4" x 3/4" Tee
with 1/4" Plug ........... 1
3/4" Union.................. 1
FIGURE 2
MODEL WMA-1 WATER MOTOR ALARM TYPICAL INSTALLATION
1" 90° Elbow............... 1
1" 45° Elbow............... 1
Wall Plate ................... 1
1" x 1'-6" Pipe,
T.O.E. ........................ 1
SWITCHES
Technical Data:
Model
PS10-1A
PS10-2A
Size
1/2”
1/2”
NPT
NPT
Number of
SPDT contacts
1
2
Pressure
Rating
17 Bars
17 Bars
Weight (kg)
0.580
0.620
Fire & Building
Products
13
Item 8. In order to minimize any wall
staining that can be created by drain
water, it is recommended that the
drain piping from the Water Motor be
galvanized steel, brass, or other suitable corrosion-resistant material.
Installation
Item 9. Drain water must be directed
to prevent accidental damage to property or danger to persons when the
alarm is operating or thereafter.
Step 1. Mark the through-wall locations for the centerlines of the Sleeve
and Drain Outlet. The Drain Outlet
must be located at least 10 inches
(250 mm) below the Sleeve per Figure
2.
Item 10. The alarm line drain, at the
waterflow detection valve, must be
maintained at a minimum temperature
of 40°F (4°C).
Item 11. A single Water Motor Alarm
may be connected to the alarm lines
from a maximum of three separate fire
protection systems. However, when
two or three alarm lines are interconnected, each alarm line must be provided with the following:
• a 3/4 inch Model WM-1 Y-Strainer
(P/N 52-271-1001), and
The TYCO Model WMA-1 Water Motor
Alarm must be installed in accordance
with this section.
Step 2. Make 1-1/2 inch (38 mm) diameter holes straight through the wall
at both locations.
Step 3. Cut the non-threaded end of
the Sleeve to a length equal to that of
the wall thickness plus 0 to 1/8 inch
(0 to 3 mm). Thread the cut end to 3/4
inch NPT per ANSI B1.20.1.
Step 4. Install the alarm line piping
up to and including the Union half per
Item 4, Figure 2.
• a 3/4 inch Check Valve with 3/32
inch orifice (P/N 52-403-1-005)
Note: Use thread sealant sparingly on
male threads only.
Strainers must be located at the alarm
outlet in the trim of each of the waterflow detection valves. Check valves
must be located between each strainer and the interconnection with the
alarm line from another system.
Step 5. Prior to initiating installation
of the Water Motor Alarm, mount the
Drain Trim (less the Wall Plate and 45°
Elbow) as well as the balance of alarm
line piping, including the other Union
half, to the Water Motor.
Step 10. Hold the Gong Mount in
position against the wall, engage the
Coupling with the Drive Shaft, and
then carefully thread the Striker Shaft
Bearing onto the Sleeve. Securely
tighten the Striker Shaft Bearing using
a pair of toungue-and-groove pliers
on the 1-1/2 inch (38 mm) hex end.
Step 11. Spin the Striker by hand and
verify that it spins freely, without any
sign of binding. If it does not, make
the necessary adjustments.
Step 12. Install the Gong and securely
tighten the Cap Nut. The identification sign lettering must be orientated
horizontally.
Step 13. Test the Water Motor Alarm
by opening the alarm test valve in
the trim of the waterflow detection
valve. The alarm must be clear and
steady. If it is not, make the necessary
adjustments.
NOTICE
Testing of the Water Motor Alarm may
result in operation of other associated
alarms. Consequently,
notification
must be given to the owner and the
fire department, central control station, or other signal station to which
the alarms are connected.
TFP921
Page 5 of 6
Care and
Maintenance
Limited
Warranty
The TYCO Model WMA-1 Water Motor
Alarm must be maintained and serviced in accordance with this section.
For warranty terms and conditions,
visit www.tyco-fire.com.
Before closing a fire protection system
main control valve for maintenance
work on the fire protection system that
it controls, obtain permission to shut
down the affected fire protection system from the proper authorities and
notify all personnel who may be affected by this decision.
Ordering
Procedure
Testing of the Water Motor Alarm may
result in operation of other associated
alarms. Consequently,
notification
must be given to the owner and the
fire department, central control station, or other signal station to which
the alarms are connected.
If the alarm was silenced during operation, the alarm control valve must
be reopened immediately after the
fire protection system is restored to
service.
The owner is responsible for the inspection, testing, and maintenance of
their fire protection system and devices in compliance with this document,
as well as with the applicable standards of the National Fire Protection
Association (e.g., NFPA 25), in addition
to the standards of any other authorities having jurisdiction. Contact the
installing contractor or product manufacturer regarding any questions.
Automatic sprinkler systems are recommended to be inspected, tested,
and maintained by a qualified Inspection Service in accordance with local
requirements and/or national codes.
Orders for the WMA-1 Water Motor
Alarm Assembly, Optional Drain Trim,
and replacement parts must include
the description and Part Number
(P/N).
The complete Model WMA-1 Alarm
Assembly includes the Model WMA1 Water Motor Alarm, Model WM-1
Strainer, and Standard Inlet Trim.
WMA-1 Water Motor Alarm
Assembly
Specify one of the following:
Red Finish Gong ................... P/N 52-630-1-001P
Aluminum Finish Gong . . . . . P/N 52-630-2-001P
Optional Drain Trim
Specify: Optional Drain Trim for
Model WMA-1 Water Motor Alarm,
P/N 52-630-2-002
Separately Ordered
Alarm Control Valve
Specify: UL/FM 3/4 Inch Ball Valve,
P/N 92-300-1-006
Separately Ordered Parts for
Multiple Systems
Specify: Model WM-1 Y-Strainer,
P/N 52-271-1-001
(One Y-Strainer is required for two
systems; two Y-Strainers are required
for three systems.)
The following procedures and inspections should be performed as
indicated, in addition to any specific
requirements of the NFPA, and any
impairment must be immediately
corrected:
Specify: 3/4 Inch Check Valve with
3/32 Inch Orifice, P/N 52-403-1-005
(Two Check Valves are required for
two systems; three Check Valves are
required for three systems.)
Step 1. The Model WMA-1 Water Motor Alarm does not require any regularly scheduled maintenance. Rotating
parts do not require lubrication. It
is recommended, however, that fire
alarms be periodically operated, i.e.,
inspected, to verify that they generate
a clear and steady sound. Correct any
impairment immediately.
Step 2. The inspection should be
made quarterly or more frequently, as
may be necessary for locations subject to vandalism.
Replacement Parts for
Water Motor Alarm
Specify (description) for use with
Model WMA-1 Water Motor Alarm,
P/N (see Figure 1)
The Y-Strainer and Sump are to be
cleaned out after each operation of
the Water Motor Alarm and after the
alarm line piping has been drained.
Close
TFP920
Page 2 of 4
Installation
1/2" NPT
WATERFLOW
PRESSURE
ALARM SWITCH
CONNECTION
3/4" NPT WATER
MOTOR ALARM
CONNECTION
3/4" x 1/2" x 3/4"
REDUCING TEE
INLET
RESTRTICTION FITTING
WITH 0.219" (5.6 mm)
ORIFICE
SCREEN
3/4" x 1-1/2"
NIPPLE
9-1/8"
(232,0 mm)
END-TO-END
1 GAL.
(3,8 L)
NOMINAL
CAPACITY
In the case of retrofitting Central Model
F/G Alarm Check Valves refer to Figure 4; In the case of retrofitting Gem
Model A Alarm Check Valves refer to
Figure 5; and, in the case of retrofitting
Star Model E/F Alarm Check Valves
refer to Figures 6 and 7.
NOTE
When retrofitting per Figures 4, 5, 6, or
7, the Restriction Assembly, YStrainer, and associated pipe nipples
and fittings must be ordered separately to complete the installation.
DRAIN
RESTRTICTION FITTING
WITH 0.125" (3.2 mm)
ORIFICE
1/2" NPT INLET
CONNECTION
8-1/8"
(206,0 mm)
DIA.
Apply pipe thread sealant sparingly to
male threads only.
FIGURE 2
RESTRICTION
ASSEMBLY
FIGURE 1
MODEL RC-1 RETARD
CHAMBER
WATERFLOW
PRESSURE
ALARM SWITCH
RETARD
CHAMBER
WATERFLOW
TO WATER
MOTOR ALARM
7/32"
(5,6 mm)
ORIFICE
INLET
1
WATERFLOW
TO SYSTEM
3
MAIN
DRAIN
VALVE
The owner is responsible for the inspection, testing, and maintenance of
their fire protection system and devices in compliance with this document, as well as with the applicable
standards of the National Fire Protection Association (e.g., NFPA 25), in
addition to the standards of any
authority having jurisdiction. The installing contractor or product manufacturer should be contacted relative to
any questions.
UPON SPRINKLER
FLOW, WATERWAY
CLAPPER OPENS
1/8"
(3,2 mm)
ORIFICE
OUTLET
WHEN FLOW THROUGH
RESTRICTION ASSEMBLY
INLET EXCEEDS OUTLET,
RETARD CHAMBER
BEGINS TO FILL
Care and
Maintenance
4
ONCE RETARD
CHAMBER OVERFLOWS,
WATERFLOW PRESSURE
ALARM SWITCH AND
WATER MOTOR
ALARM ACTUATE
RESTRICTION
ASSEMBLY
The Model RC-1 Retard Chamber
must be installed in accordance with
the specific instructions provided with
the Tyco Fire Products Model AV-1300 (TFP910) or Model AV-1-175
(TFP912) Alarm Check Valves. The
standard trim for these Alarm Check
Valves includes all of the necessary
components including the Restriction
Assembly shown in Figure 2.
2
WATERFLOW
THROUGH SEAT
RING GROOVE AND
ALARM PORT
FIGURE 3
MODEL RC-1 RETARD CHAMBER
— OPERATION—
SYSTEM
PRESSURE
GAUGE
It is recommended that automatic
sprinkler systems be inspected,
tested, and maintained by a qualified
Inspection Service.
SUPPLY
PRESSURE
GAUGE
Specific consideration must be given
to cleaning the Screen within the Restriction Assembly, as well as the YStrainer. More frequent cleaning than
that required by NFPA 25 may be necessary as determined after the first
inspection and is a function of the
water quality with respect to water
borne debris.
NOTES
Before closing a fire protection system
control valve for inspection or maintenance work on the fire protection system that it controls, permission to shut
down the affected fire protection system must first be obtained from the
proper authorities, and all personnel
Close
Page 3 of 4
TFP920
1/2" NPT
WATERFLOW
PRESSURE
ALARM SWITCH
CONNECTION
NIPPLES & FITTINGS 1
NO. DESCRIPTION
QTY.
1
1/2" NPT
WATERFLOW
PRESSURE
ALARM SWITCH
CONNECTION
2
3
4
3/4" NPT WATER
MOTOR ALARM
CONNECTION
MODEL RC-1
RETARD CHAMBER
P/N 52-211-1-002 2
1
Nipples & fittings
may be acquired
from sources other
than TFP.
1/2" Y-STRAINER
P/N 52-353-1-005
2
Includes nipple and
tee per Figure 1.
1
2
4
2
2
RESTRICTION
ASSEMBLY
P/N 92-210-1-005
(SEE FIGURE 2)
3/4" NPT WATER
MOTOR ALARM
CONNECTION
3/4" x 1/2" 90°
Reducing Elbow ................ 1
1/2" x 1-1/2" Nipple ............ 3
1/2" x 2" Nipple ................. 1
Select per Table................ 1
3
Valve
Nipple 4 Size
4" (DN100)
3/4" x 6"
6" (DN150)
8" (DN200)
3/4" x 4-1/2"
3/4" x 1-1/2"
REMOVE
GEM MODEL A-3
RETARD CHAMBER
WITH ALARM TRIM
REFER TO DATA
SHEET TD1-1
GEM MODEL A
ALARM CHECK VALVE
WITH BASIC TRIM
(6"/DN150 SHOWN)
REFER TO DATA
SHEET TD1
MODEL RC-1
RETARD CHAMBER
P/N 52-211-1-002
(INCLUDES NIPPLE &
TEE PER FIGURE 1)
1/2" NPT
WATERFLOW
PRESSURE
ALARM SWITCH
CONNECTION
3/4" NPT WATER
MOTOR ALARM
CONNECTION
RESTRICTION
ASSEMBLY
P/N 92-210-1-005
(SEE FIGURE 2)
ROTATE EXISTING
RETARD CHAMBER DRAIN TRIM
TO ACCOMMODATE NEW
RETARD CHAMBER TRIM
CENTRAL MODEL F/G
ALARM CHECK VALVE
WITH ALARM TRIM
(6"/DN150 SHOWN)
REFER TO DATA
SHEET 7-3.0
GEM MODEL A
ALARM CHECK VALVE
WITH BASIC TRIM
(6"/DN150 SHOWN)
REFER TO DATA
SHEET TD1
REMOVE
ORIGINAL
ALARM TRIM
TO THIS
POINT
DRIP FUNNEL
(IF REQUIRED)
1/2" Y-STRAINER
P/N 52-353-1-005
FIGURE 4
MODEL RC-1 RETARD CHAMBER
WITH CENTRAL MODEL F/G ALARM CHECK VALVES
who may be affected by this action
must be notified.
After placing a fire protection system
in service, notify the proper authorities
and advise those responsible for monitoring proprietary and/or central station alarms.
FIGURE 5
MODEL RC-1 RETARD CHAMBER
WITH GEM MODEL A ALARM CHECK VALVES
Limited
Warranty
Products manufactured by Tyco Fire
Products are warranted solely to the
original Buyer for ten (10) years
against defects in material and workmanship when paid for and properly
installed and maintained under normal
use and service. This warranty will expire ten (10) years from date of shipment by Tyco Fire Products. No warranty is given for products or
components manufactured by companies not affiliated by ownership with
Tyco Fire Products or for products and
components which have been subject
to misuse, improper installation, corrosion, or which have not been installed,
maintained, modified or repaired in accordance with applicable Standards of
the National Fire Protection Association, and/or the standards of any other
Authorities Having Jurisdiction. Materials found by Tyco Fire Products to be
defective shall be either repaired or
replaced, at Tyco Fire Products’ sole
option. Tyco Fire Products neither assumes, nor authorizes any person to
assume for it, any other obligation in
connection with the sale of products or
parts of products. Tyco Fire Products
shall not be responsible for sprinkler
Close
TFP920
Page 4 of 4
1/2" NPT
WATERFLOW
PRESSURE
ALARM SWITCH
CONNECTION
NIPPLES & FITTINGS 1
NO. DESCRIPTION
QTY.
NIPPLES & FITTINGS 1
NO. DESCRIPTION
QTY.
1 3/4" x 1/2" 90°
Reducing Elbow ................ 1
2 1/2" x 1-1/2" Nipple ........... 3
3 3/4" x 3-1/2" Nipple ............ 1
1 3/4" x 1/2" 90°
Reducing Elbow ................ 1
2 1/2" x 1-1/2" Nipple ........... 3
3 3/4" x 3-1/2" Nipple ........... 1
MODEL RC-1
RETARD CHAMBER
P/N 52-211-1-002 2
3/4" NPT WATER
MOTOR ALARM
CONNECTION
1/2" Y-STRAINER
P/N 52-353-1-005
1
Nipples & fittings
may be acquired
from sources other
than TFP.
1
Nipples & fittings
may be acquired
from sources other
than TFP.
MODEL RC-1
RETARD CHAMBER
P/N 52-211-1-002 2
2
2
Includes nipple and
tee per Figure 1.
1/2" Y-STRAINER
P/N 52-353-1-005
Includes nipple and
tee per Figure 1.
1
RESTRICTION
ASSEMBLY
P/N 92-210-1-005
(SEE FIGURE 2)
2
3
2
REMOVE AND
DISCARD EXISTING
3/4" x 2" NIPPLE
DISCARD EXISTING
3/4" x 2" NIPPLE
STAR MODEL E
ALARM CHECK VALVE
WITH ALARM TRIM
REFER TO DATA
SHEET 2-1.1.20
FIGURE 6
MODEL RC-1 RETARD CHAMBER
WITH STAR MODEL E ALARM CHECK VALVES
IN NO EVENT SHALL TYCO FIRE
PRODUCTS BE LIABLE, IN CONTRACT, TORT, STRICT LIABILITY OR
UNDER ANY OTHER LEGAL THEORY, FOR INCIDENTAL, INDIRECT,
SPECIAL OR CONSEQUENTIAL
DAMAGES, INCLUDING BUT NOT
LIMITED TO LABOR CHARGES, REGARDLESS OF WHETHER TYCO
FIRE PRODUCTS WAS INFORMED
ABOUT THE POSSIBILITY OF SUCH
DAMAGES, AND IN NO EVENT
SHALL TYCO FIRE PRODUCTS’ LI-
2
3
2
2
SEPARATE
EXISTING 1/2"
UNION HALVES
TO FACILITATE
ASSEMBLY OF
NEW RETARD
CHAMBER
TRIM
system design errors or inaccurate or
incomplete information supplied by
Buyer or Buyer’s representatives.
3/4" NPT WATER
MOTOR ALARM
CONNECTION
1
REMOVE AND
2
ROTATE EXISTING
RETARD CHAMBER DRAIN TRIM
TO ACCOMMODATE NEW
RETARD CHAMBER TRIM
1/2" NPT
WATERFLOW
PRESSURE
ALARM SWITCH
CONNECTION
STAR MODEL F
ALARM CHECK VALVE
WITH ALARM TRIM
(6"/DN150 SHOWN)
REFER TO DATA
SHEET 2-1.1.10
RESTRICTION
ASSEMBLY
P/N 92-210-1-005
(SEE FIGURE 2)
SEPARATE
EXISTING 1/2"
UNION HALVES
TO FACILITATE
ASSEMBLY OF
NEW RETARD
CHAMBER
TRIM
ROTATE EXISTING
RETARD CHAMBER DRAIN TRIM
TO ACCOMMODATE NEW
RETARD CHAMBER TRIM
FIGURE 7
MODEL RC-1 RETARD CHAMBER
WITH STAR MODEL F ALARM CHECK VALVES
ABILITY EXCEED AN AMOUNT
EQUAL TO THE SALES PRICE.
THE FOREGOING WARRANTY IS
MADE IN LIEU OF ANY AND ALL
OTHER WARRANTIES EXPRESS OR
IMPLIED, INCLUDING WARRANTIES
OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
Ordering
Information
clude the description and Part Number
(P/N).
RC-1:
Specify: Model RC-1 Retard Chamber
w/galvanized steel fittings,
P/N 52-211-2-002.
NOTE
When retrofitting per Figures 4, 5, 6, or
7, the Restriction Assembly, YStrainer, and associated pipe nipples
and fittings must be ordered separately to complete the installation.
Orders for the RC-1 and additional
components, as applicable, must in-
TYCO FIRE PRODUCTS, 451 North Cannon Avenue, Lansdale, Pennsylvania 19446
Worldwide
Contacts
www.tyco-fire.com
Resilient-Seated Gate Valves
Outside Screw and Yoke
General
Description
TYCO Resilient-Seated Gate Valves
are used in Fire Protection Systems
for on/off operation. End connection
configurations including Flange by
Flange, Flange by Groove, and Groove
by Groove are available.
The ductile Iron body weighs approximately 50% less than conventional
cast iron valves, which allows easier
handling on site and reduced shipping
costs.
The fully encapsulated EPDM ductile iron Wedge ensures bubble-tight
sealing.
Valve components are either inherently corrosion-resistant or protected
with fusion-bonded epoxy resin coating for a long, dependable service life
and enhanced UV protection in exposed installations.
This valve is one of the lightest, most
durable gate valves on the market today. Its design features and material
selection criteria fulfill the need for a
dependable, long life and easy to operate gate valve.
WITH ISOLATION
SWITCH
NOTICE
Never remove any piping component
nor correct or modify any piping deficiencies without first de-pressurizing
and draining the system. Failure to do
so may result in serious personal injury, property damage, and/or impaired
device performance.
It is the designer’s responsibility to select products suitable for the intended
service and to ensure that pressure
ratings and performance data are not
exceeded. Material and gasket selection should be verified for compatibility with the specific application. Always
read and understand the installation
instructions.
TYCO Gate Valves described herein must be installed and maintained
in compliance with this document, in
addition to the standards of any other
authorities having jurisdiction. Failure
to do so may result in serious personal injury or impair the performance of
these devices.
Technical
Data
The owner is responsible for maintaining their mechanical system and devices in proper operating condition.
The installing contractor or device
manufacturer should be contacted
with any questions.
Approvals
UL Listed
FM Approved
Sizes
2˝ (DN50), 2-1/2˝ (DN65), 3˝ (DN80),
4˝ (DN100), 6˝ (DN150), 8˝ (DN200),
10˝ (DN250), and 12˝ (DN300)
Maximum Working Pressure
UL - 300 psi (20,87 bar)
FM - 232 psi (16 bar)
Flanges
ASME B16.1/ASME B16.42
EN 1092-2/ISO 7005-2
Drilled to ANSI 125/150 or PN10/PN16
Materials of Construction
See valve parts list, Figure 1.
Page 1 of 6
NOVEMBER 2012
TFP1540
TFP1540
Page 2 of 6
15
14
16
17
12
9
10
22
11
17
13
13
9
8
19
7
20
18
6
18
4
21
14
3
2
1
5
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
DESCRIPTION
QTY.
Wedge .......................... 1
Wedge Nut ................... 1
Stem Pin ....................... 1
Sealing Gasket ............. 1
Sealing O-Ring ............. 3
Stem Guide .................. 1
Stem O-Ring................. 2
Compression Washer ... 1
Top Gland..................... 1
Washers ....................... 2
Top Nut ........................ 2
Handwheel ................... 1
Yoke ............................. 1
Stem ............................. 1
Gland Stud ................... 2
Gland Hex Nut .............. 2
Flat Washer .................. 4
Bonnet .......................... 1
Screw Grouting ............. 1
Bonnet Screw ............... 4
Body ............................. 1
Yoke Hex Nut ............... 2
MATERIAL
EPDM Coated Ductile Iron
Bronze
Stainless Steel
EPDM
NBR
Bronze
NBR
Stainless Steel
FBE Coated Ductile Iron
Bronze
Bronze
FBE Coated Ductile Iron
FBE Coated Ductile Iron
Stainless Steel
Zinc Coated Carbon Steel
Zinc Coated Carbon Steel
Zinc Coated Carbon Steel
FBE Coated Ductile Iron
Activated Resin
Black Oxide Carbon Steel
FBE Coated Ductile Iron
Zinc Coated Carbon Steel
FIGURE 1
OUTSIDE SCREW AND YOKE GATE VALVE
ASSEMBLY
Installation
In piping systems, TYCO ResilientSeated Gate Valves should be located where operation, inspection, and
maintenance are readily accessible.
Care and
Maintenance
The TYCO Resilient-Seated Gate
Valves must be maintained and serviced in accordance with this section.
Before closing a fire protection system
main control valve for maintenance
work on the fire protection system that
it controls, obtain permission to shut
down the affected fire protection system from the proper authorities and
notify all personnel who may be affected by this decision.
After placing a fire protection system
in service, notify the proper authorities
and advise those responsible for monitoring proprietary and/or central station alarms.
The owner is responsible for the inspection, testing, and maintenance of
their fire protection system and devices in compliance with this document,
as well as with the applicable standards of the National Fire Protection
Association (e.g., NFPA 25), in addition
to the standards of any authority having jurisdiction. The installing contractor or product manufacturer should be
contacted relative to any questions.
Any impairments must be immediately
corrected.
Automatic sprinkler systems are recommended to be inspected, tested,
and maintained by a qualified Inspection Service in accordance with local
requirements and/or national codes.
See Figure 1 for valve components
referenced in this section.
Debris lodged in the sealing area of
the Wedge (1) may cause the valve
to close hard. Backing off the Handwheel (12) and closing it again, several times if necessary, can correct this
problem.
The valve should never be forced to
seat by applying a wrench or extension to the Handwheel (12), as it may
distort the valve components or score
the sealing surfaces. All replacement
parts must be obtained from the manufacturer to assure proper operation
of the valve.
At initial valve installation the Gland
Hex Nuts (16) should be left only finger tight to allow the Gland (9) to remain in a relaxed state during normal valve operation. For applications
where the valve is subject to vibration,
a non-hardening thread sealant may
be applied to the Gland Hex Nuts (16)
to prevent self-loosening and subsequent disengagement of the Gland (9).
If leakage past the Sealing O-Rings (5)
occurs, evenly tighten the Gland Hex
Nuts (16) until the leakage ceases.
TFP1540
Page 3 of 6
OPEN
SHUT
CL1
CL2
L
L
FLANGE x FLANGE
FLANGE x GROOVE
Nominal
Valve
Size
Nominal
Pipe Size
ANSI
Inches
DN
O.D.
Inches
(mm)
L
CL1
CL2
2
DN50
2.375
(60,3)
7.00
(178)
15.55
(395)
2-1/2
DN65
2.875
(73,0)
7.50
(190)
–
DN65
3.000
(76,1)
3
DN80
L GROOVE
x GROOVE
Nominal
Handwheel
Turns
to Fully
Operate
(Open or
Shut)
Approx.
Weight
FxF
Lbs.
(kg)
Approx.
Weight
FxG
Lbs.
(kg)
Approx.
Weight
GxG
Lbs.
(kg)
13.07
(332)
13
29.8
(13,5)
27.6
(12,5)
25.4
(11,5)
16.14
(410)
13.31
(338)
16
35.3
(16)
30.9
(14)
26.5
(12)
7.50
(190)
16.14
(410)
13.31
(338)
16
—
30.9
(14)
26.5
(12)
3.500
(88,9)
8.00
(203)
18.9
(480)
14.96
(380)
20
41.9
(19)
36.4
(16.5)
30.9
(14)
4
DN100
4.500
(114,3)
9.00
(229)
22.56
(573)
17.72
(450)
20
57.3
(26)
50.7
(23)
44.1
(20)
–
DN150
6.500
(165,1)
10.50
(267)
29.53
(750)
23.31
(592)
25
—
88.2
(40)
79.4
(36)
6
DN150
6.625
(168,3)
10.50
(267)
29.53
(750)
23.31
(592)
25
97.0
(44)
88.2
(40)
79.4
(36)
8
DN200
8.625
(219,1)
11.50
(292)
37.64
(956)
29.45
(748)
34
154.4
(70)
143.3
(65)
110.3
(50)
10
DN250
12
DN300
10.750
(273,1)
12.750
(323,9)
13.00
(330)
14.00
(356)
46.26
(1175)
51.89
(1318)
34.96
(888)
39.57
(1005)
264.6
(120)
330.8
(150)
242.6
(110)
297.7
(135)
220.5
(100)
275.6
(125)
Nominal Dimensions
Inches (mm)
42
50
FIGURE 2
OUTSIDE SCREW AND YOKE GATE VALVE
NOMINAL DIMENSIONS
5
ALARM CHECK
VALVE
ASSEMBLY
Worldwide
Contacts
www.tyco-fire.com
Model BFV-300 Butterfly Valve
Wafer Style
General
Description
The TYCO Model BFV-300 Wafer
Style Butterfly Valves are indicating
type valves designed for use in fire
protection systems where a visual
indication is required as to whether
the valve is open or closed. They are
used, for example, as system, sectional
and pump water control valves, and
are suitable for installation between
ANSI Class 125/150 flanges as well as
PN10/16 flanges without the need for
flange gaskets.
For applications requiring supervision
of the open position of the valve, the
Gear Operators for the Model BFV-300
Butterfly Valves are provided with
two sets of factory installed internal switches each having SPDT contacts (Ref. Figure 3). The supervisory
switches transfer their electrical contacts when there is movement from the
normally open disc position during the
first two revolutions of the handwheel.
NOTICE
The TYCO Model BFV-300 Wafer Style
Butterfly Valves described herein must
be installed and maintained in compliance with this document, as well as
with the applicable standards of the
National Fire Protection Association, in
addition to the standards of any other
authorities having jurisdiction. Failure
to do so may impair the performance
of these devices.
Technical
Data
Sizes: ANSI Inches (DN)
2-1/2 (DN65), 3 (DN80), 4 (DN100),
5 (DN125), 6 (DN150), 8 (DN200),
10 (DN250)
Approvals
UL Listed
FM Approved
CE Certified
All laboratory listings and approvals are for
indoor and outdoor use.
Maximum Working Pressure
300 psi (20,7 bar)
Maximum Working Temperature
212°F (100°C) in accordance with UL 1091
Materials of Construction
Body Ductile Iron ASTM A536
Body Coating Nylon: RILSAN Fine
Powders (PA11) Black
Disc Ductile Iron ASTM A536
Disc Seal EPDM Encapsulated
Upper & Lower Stem AISI 410
Actuator
2-1/2 – 6 Inch (DN65 – DN150):
IP 65, bronze traveling nut gearbox with
internal dual switch in ductile iron housing
8, 10 Inch (DN200, DN250):
IP 65, segmented gearbox with internal
dual switch in ductile iron housing
For fire protection pressure rating,
listing and approval information, contact
your TYCO representative.
100% Silicone Free
BFV-300 Butterfly Valves are produced
and assembled not using silicone
lubricants in any form (such as: grease or
aerosol spray) and are suitable for paint or
oxygen applications.
Control Valve Seat Leakage Class
IEC 60534-4
CLASS VI (Type C) Control Valve Seat
Leakage according to ANSI/FCI 70-2-2006
(ASME B16.104)
The owner is responsible for maintaining their fire protection system
and devices in proper operating condition. Contact the installing contractor or product manufacturer with any
questions.
Page 1 of 6
SEPTEMBER 2015
TFP1516
TFP1516
Page 2 of 6
Nominal Dimensions
Inches
(mm)
Nominal
Valve
Sizes
Inches
(DN)
A
B
C
D
E
F
G
H
2-1/2
(DN65)
1.81
(46)
11.67
(296,5)
3.35
(85)
5.45
(138,5)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
1.65
(41,9)
13.4
(6,1)
3
(DN80)
1.81
(46)
12.27
(311,7)
3.58
(91)
5.81
(147,7)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
2.34
(59,5)
14.1
(6,4)
—
(80)
1.81
(46)
12.27
(311,7)
3.58
(91)
5.81
(147,7)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
2.34
(59,5)
14.1
(6,4)
4
(DN100)
2.16
(55)
13.92
(353,5)
4.29
(109)
6.75
(171,5)
4.92
(125)
4.28
(108,6)
1.99
(50,5)
3.25
(82,6)
15
(6,8)
5
(DN125)
2.4
(61)
16
(406,6)
5.16
(131)
7.93
(201,5)
5.91
(150)
5.79
(147)
2.32
(58,9)
4
(101,6)
26.2
(11,9)
6
(DN150)
2.4
(61)
17.07
(433,6)
5.71
(145)
8.44
(214,5)
5.91
(150)
5.79
(147)
2.32
(58,9)
5.22
(132,6)
24.5
(11,1)
8
(DN200)
2.48
(63)
19.63
(498,5)
6.69
(170)
9.29
(236)
8.86
(225)
8.19
(208)
2.76
(70)
7.3
(185,4)
44.1
(20)
—
(DN200)
2.48
(63)
19.63
(498,5)
6.69
(170)
9.29
(236)
8.86
(225)
8.19
(208)
2.76
(70)
7.3
(185,4)
44.1
(20)
10
(DN250)
3.03
(77)
23.01
(584,5)
8.27
(210)
11.1
(282)
11.14
(283)
8.19
(208)
2.91
(74)
9.05
(230)
63.9
(29)
G
1/2" NPT
CONDUIT
CONNECTION
F
GEAR
OPERATOR
INDICATOR
FLAG
E
HANDWHEEL
BODY
D
B
DISC
H
C
A
FIGURE 1
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
NOMINAL DIMENSIONS
Weight
Lbs.
(kg)
TFP1516
Page 3 of 6
No.
Part
Material
01
Body
ASTM
A-536
Qty.
No.
Part
Material
Qty.
1
28
Spring Pin
Ø4 x 0.8t x 25
ASTM
A-228
1
14
Stem Housing
Fe
1
02
Upper Stem
AISI 410
1
15
Spring Pin
ASTM
A-228
1
29
Handwheel
ASTM
A-536
1
03
Lower Stem
AISI 410
1
16
Indicator
ASTM
A-619
1
30
Bolt (Round)
ASTM
A-167
3
04
Disc
EPDM
1
17
O-Ring
NBR
1
31
Plate Washer
ASTM
A-167
4
05
O-Ring (P12)
EPDM
4
18
Cover Gasket
Paper
1
32
Switch Assembly
—
1
06
Oiless B/R
(MB1410)
—
4
19
Spring Pin
Ø5 x 1T x 25
ASTM
A-228
1
33
T/R Bolt
ASTM
A-307
2
07
End Cap
2-1/2 – 4 Inch
EPDM
1
20
O-Ring (P10)
EPDM
1
34
Tapping Screw
ST3.5 x 7.5
S10C
1
08
Gear Box
ASTM
A-536
1
21
Worm Shaft
AISI 410
1
35
Tooth Washer 4#
S10C
1
09
Traveling Nut
2-1/2 – 6 Inch
Bronze
1
22
Bushing (1)
FD-0205-45
1
36
Lever
ASTM
A-619
1
09
Segment Gear
8, 10 Inch
C3604BD
1
23
Collar
FD-0205-45
1
37
Connector
—
1
10
Bushing (2)
FD-0205-45
1
24
Spring Washer
ASTM
A-167
4
38
Sticker
—
1
11
Cover
ASTM
A-619
1
25
Hex Bolt
M8 x 20L
ASTM
A-167
2
39
Sticker
—
1
12
Bushing
Fe
1
26
Hex Bolt
M8 x 25L
ASTM
A-167
2
40
Gasket
EPDM
2
13
Headless Wrench
Bolt M5 x 7L
ASTM
A-307
1
27
Gasket
Paper
1
41
Spring Pin
Ø3 x 0.6T x 25
ASTM
A-228
1
34
37
35
No.
Part
Material
Qty.
33
30
36
32
38, 39
28
31
30
29
20
19,
41
17
14
12
18
16
11
15
21
10
22
09
23
08
24
05
25
02
13
27
25
26
40
01
04
03
06
07
FIGURE 2
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
ASSEMBLY DRAWING
TFP1516
Page 4 of 6
400
600
800 1000
FLOW RATE IN LITERS PER MINUTE (LPM)
(1 GPM = 3,785 LPM)
2000
4000
6000
10000
20000
9.0
8.0
0,60
7.0
0,50
6.0
0,40
5.0
0,30
3.0
0,20
2.0
0,10
0,09
0,08
1.0
0.9
0.8
0,07
0.7
0,05
0.6
0,04
0,06
0.5
0,03
0.4
0.3
100
200
300
400
600
800 1000
2000
FLOW RATE IN GALLONS PER MINUTE (GPM)
3000
4000
GRAPH A
DN65 THROUGH DN250 MODEL BFV-300 BUTTERFLY VALVE
NOMINAL PRESSURE DROP VERSUS FLOW
16A 125V/250 VAC
CLOSED (RED)
S-1
FIRE ALARM
COMMON (WHITE)
CONTROL PANEL
SUPERVISORY
CIRCUIT
OPEN (YELLOW)
END OF LINE
RESISTOR
OR NEXT
DEVICE
(GREEN)
ACTUATOR CASE GROUND
CLOSED (ORANGE)
S-2
VOLTAGE
SOURCE
COMMON (BLACK)
OPEN (BLUE)
AUX. DEVICE
(BELL OR HORN)
FIGURE 3
MODEL BFV-300 BUTTERFLY VALVE
INTERNAL SWITCH WIRING DIAGRAM WITH VALVE IN OPEN POSITION
6000
NOMINAL PRESSURE DROP IN BAR
(1 PSI = 0,06895 BAR)
NOMINAL PRESSURE DROP
IN POUNDS PER SQUARE INCH (PSI)
4.0
TFP1516
Page 5 of 6
Nominal
Valve
Size
Inches
(DN)
Part Number
PSI
(bar)
Flange
Face
Agency Listing/Approval
BFV-300
BFV-300
With
Without
Internal Switch Internal Switch
CE
UL C-UL FM
2-1/2
(DN65)
300
ANSI 16.5, PN16 59300W025WS 59300W025NS
(20,7)
✓
✓
✓
3
(DN80)
300
(20,7)
ANSI 16.5
59300W030WS 59300W030NS
✓
✓
✓
DN80
300
(20,7)
BS PN16
59300W036WS 59300W036NS
✓
✓
✓
4
(DN100)
ANSI 16.5,
300
BS PN16,
59300W040WS 59300W040NS
(20,7) AS 2129 Table E
✓
✓
✓
5
(DN125)
300
(20,7)
59300W050WS 59300W050NS
✓
6
(DN150)
ANSI 16.5,
300
BS PN16,
59300W060WS 59300W060NS
(20,7) AS 2129 Table E
✓
✓
✓
8
(DN200)
300
(20,7)
ANSI 16.5
59300W080WS 59300W080NS
✓
✓
✓
DN200
300
(20,7)
BS PN16
59300W086WS 59300W086NS
✓
✓
✓
10
(DN250)
175
(12)
ANSI 16.5,
BS PN16
59300W100WS 59300W100NS
✓
✓
✓
ANSI 16.5,
BS PN16
VdS CCCf APSAD PAVUS VNIPPO
✓
TABLE A
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
WITH OR WITHOUT INTERNAL SUPERVISORY SWITCHES
PART NUMBER SELECTION AND AGENCY LISTINGS/APPROVALS
Nominal
Valve
Size
Inches
(DN)
Bernstein
i88-IP65
Regular Switch
Bernstein
i88-IP65
LED Switch-24V
Bernstein GC-SU1Z
Ex IP-66/67 ATEX
(II 2 Ex d IIC T6) Switch
2-1/2 – 4
(DN65 – DN100)
59300SPBRACKSW10
59300SPBRACKSW10LED
59300SPBRACKSW10ATEX
5–6
(DN125 – DN150)
59300SPBRACKSW20
59300SPBRACKSW20LED
59300SPBRACKSW20ATEX
8, 10
(DN200, DN250)
59300SPBRACKSW30
59300SPBRACKSW30LED
59300SPBRACKSW30ATEX
Part Number
TABLE B
MODEL BFV-300 WAFER STYLE BUTTERFLY VALVE
MOUNTING BRACKET ASSEMBLY WITH BERNSTEIN EXTERNAL SWITCH
PART NUMBER SELECTION
Nominal
Valve Size
Inches
(DN)
Part
Number
2-1/2 – 4
(DN65 – DN100)
59300SPHWHEEL10
5–6
(DN125 – DN150)
59300SPHWHEEL20
8, 10
(DN200, DN250)
59300SPHWHEEL30
TABLE C
BFV-300 WAFER STYLE BUTTERFLY VALVE HANDWHEEL WITH PIN
PART NUMBER SELECTION
TFP1516
Page 6 of 6
draw sequence, tighten all flange bolts
until the valve is metal-to-metal with
both mating flanges. Recommended
tightening torques are listed in Table D.
Limited
Warranty
For warranty terms and conditions, visit
www.tyco-fire.com.
33 – 50
(44,7 – 67,8)
Be certain to keep flange faces as
parallel as possible during and after
tightening bolts or studs. After final
tightening, again check the valve for
full opening and closing.
53 – 75
(71,8 – 101,7)
As applicable, refer to Figure 3 for the
internal switch wiring diagram.
TABLE D
RECOMMENDED MATING
FLANGE BOLT TORQUES
Conduit and electrical connections
are to be made in accordance with
the authority having jurisdiction and/
or the National Electrical Code. With
reference to Figure 3, the supervisory
switch is intended for connection to
the supervisory circuit of a fire alarm
control panel in accordance with NFPA
72. The auxiliary switch is intended for
the unsupervised connection to auxiliary equipment in accordance with
NFPA 70, National Electric Code.
Nominal
Flange Size
ANSI Inches
(DN)
Recommended
Minimum Torque
Ft.-Lbs
(Nm)
2-1/2 – 4
(DN65 – DN100)
20 – 30
(27,1 – 40,7)
5–8
(DN125 – DN200)
10
(DN250)
Installation
The TYCO Model BFV-300 Wafer Style
Butterfly Valves may be installed with
flow in either direction and can be
positioned either horizontally or vertically. They are designed for installation between the faces of ANSI Class
125 and 150 flanges as well as PN10/16
flanges without the need for flange
gaskets. The Series BFV-300 are selfsealing between mating flanges; therefore, they do not require the use of
additional gaskets.
The Model BFV-300 may be installed
with any pressure class or schedule of
pipe or tubing no greater than schedule 40 that is listed or approved for
fire protection service and installed in
accordance with the manufacturers
instructions.
The wafer bodies have locating lugs to
ensure proper centering of the valve
body when flange bolts are installed.
Refer to Figure 2 for bolt diameter. Bolts
and studs must meet the minimum
strength requirements of ASTM A307
(Grade B), and the nuts must meet the
minimum strength requirements of
ASTM A563 (Grade A).
Prior to installation, close the valve.
Spread the flanges apart to allow the
valve to slip easily between the flanges.
Make sure the pipe flange faces are
clean of any foreign material such as
scale, metal shavings, or welding slag.
Insert the valve between the flanges
(without flange gaskets). Do not apply
lubricant to the seat faces as this may
damage the seat material. Be sure to
center the valve and do not damage
the liner. Relax the separation of the
flanges, install, and hand-tighten all
flange bolts. Slowly open the valve,
checking for free movement of the disc.
If valve opens freely, leave the valve in
the open position, and using a cross-
NOTE: For outdoor applications with
internal supervisory switches, it is recommended that wiring connections
be made at a temperature above 15°F
(-9°C), in order to insure sufficient flexibility of the wire lead insulation.
Care and
Maintenance
The TYCO Model BFV-300 Wafer Style
Butterfly Valves must be maintained
and serviced in accordance with this
section.
Before closing a fire protection system
control valve for maintenance or
inspection work on either the valve or
fire protection system which it controls, permission to shut down the
affected fire protection systems must
be obtained from the proper authorities
and all personnel who may be affected
by this decision must be notified.
Ordering
Procedure
Model BFV-300 Wafer Style
Butterfly Valves
With Internal Normally Open
Supervisory Switches
Specify: (specify size) Model BFV-300
Wafer Style Butterfly Valve, Internal
Normally Open Supervisory Switches,
P/N (specify per Table A)
Without Supervisory Switches
Specify: (specify size) Model BFV-300
Wafer Style Butterfly Valve, P/N (specify
per Table A)
Replacement Parts
Refer to Figure 2 to identify parts.
NOTE: Only items described in this
section are offered as replacement
parts.
Mounting Bracket Assembly with
Bernstein External Switch
Specify: Mounting Bracket with Bernstein (specify model per Table B)
External Switch, (specify size) Model
BFV-300 Wafer Style Butterfly Valve,
P/N (specify per Table B)
Handwheel with Pin
Specify: Handwheel with Pin, (specify
size) Model BFV-300 Wafer Style Butterfly Valve, P/N (specify per Table C)
The owner is responsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in accordance with the applicable standards of the National Fire Protection
Association (e.g., NFPA 25), in addition
to the standards of any authority having
jurisdiction. Contact the installing contractor or product manufacturer with
any questions. Any impairment must
be immediately corrected.
It is recommended that automatic
sprinkler systems be inspected, tested,
and maintained by a qualified Inspection Service.
GLOBAL HEADQUARTERS | 1400 Pennbrook Parkway, Lansdale, PA 19446 | Telephone +1-215-362-0700
Copyright © 2015 Tyco Fire Products, LP. All rights reserved.
RILSAN is a registered trademark of Arkema, Inc.
VSR
VANE TYPE WATERFLOW
ALARM SWITCH WITH RETARD
Service Pressure:
450 PSI (31 BAR) - UL
Flow Sensitivity Range for Signal:
4-10 GPM (15-38 LPM) - UL
Maximum Surge: 18 FPS (5.5 m/s)
Contact Ratings:
Two sets of SPDT (Form C)
10.0 Amps at 125/250VAC
2.0 Amps at 30VDC Resistive
10 mAmps min. at 24VDC
Conduit Entrances: Two knockouts provided for 1/2" conduit.
Individual switch compartments suitable
for dissimilar voltages.
Environmental Specifications:
• NEMA 4/IP54 Rated Enclosure suitable for indoor or
outdoor use with factory installed gasket and die-cast housing
when used with appropriate conduit fitting.
• Temperature Range: 40°F - 120°F, (4.5°C - 49°C) - UL
• Non-corrosive sleeve factory installed in saddle.
Service Use:
Automatic Sprinkler
One or two family dwelling
Residential occupancy up to four stories
National Fire Alarm Code
NFPA-13
NFPA-13D
NFPA-13R
NFPA-72
Ordering Information
Nominal Pipe Size
Model
Part Number
2"
DN50
VSR-2
1144402
2 1/2"
DN65
VSR-2 1/2
1144425
3"
DN80
VSR-3
1144403
3 1/2"
-
VSR-3 1/2
1144435
4"
DN100
VSR-4
1144404
5"
-
VSR-5
1144405
6"
DN150
VSR-6
1144406
8"
DN200
VSR-8
1144408
Optional: Cover Tamper Switch Kit, Stock No. 0090148
• Installation must be performed by qualified personnel and in
accordance with all national and local codes and ordinances.
• Shock hazard. Disconnect power source before servicing. Serious
injury or death could result.
• Risk of explosion. Not for use in hazardous locations. Serious
injury or death could result.
GENERAL INFORMATION
to indicate unauthorized removal of the cover. See bulletin number
5401103 for installation instructions of this switch.
The Model VSR is a vane type waterflow switch for use on wet
sprinkler systems. It is UL Listed and FM Approved for use on steel
pipe; schedules 10 through 40, sizes 2" thru 8" (50 mm thru 200
mm).
INSTALLATION: See Fig.1
LPC approved sizes are 2" thru 8" (50 mm thru 200 mm). See Ordering
Information chart.
The VSR may also be used as a sectional waterflow detector on large
systems.
The VSR contains two single pole, double throw, snap action switches
and an adjustable, instantly recycling pneumatic retard. The switches
are actuated when a flow of 10 GPM (38 LPM) or more occurs
downstream of the device. The flow condition must exist for a period
of time necessary to overcome the selected retard period.
ENCLOSURE
The VSR switches and retard device are enclosed in a general purpose,
die-cast housing. The cover is held in place with two tamper resistant
screws which require a special key for removal. A field installable
cover tamper switch is available as an option which may be used
Potter Electric Signal Company
PRINTED IN USA
These devices may be mounted on horizontal or vertical pipe. On
horizontal pipe they should be installed on the top side of the pipe
where they will be accessible. The device should not be installed
within 6" (15 cm) of a fitting which changes the direction of the
waterflow or within 24" (60 cm) of a valve or drain.
Drain the system and drill a hole in the pipe using a hole saw in a slow
speed drill. (see Fig. 1)
Clean the inside pipe of all growth or other material for a distance equal
to the pipe diameter on either side of the hole.
Roll the vane so that it may be inserted into the hole; do not bend or
crease it. Insert the vane so that the arrow on the saddle points in the
direction of the waterflow. Install the saddle strap and tighten nuts
alternately to required torque. (see Fig. 1). The vane must not rub the
inside of the pipe or bind in any way.
Specifications subject to change without notice.
• 2081 Craig Road, St. Louis, MO, 63146-4161 • Phone: 800-325-3936/Canada 888-882-1833 • www.pottersignal.com
MFG. #5401146 - REV F
3/07
PAGE 1 OF 3
VSR
VANE TYPE WATERFLOW
ALARM SWITCH WITH RETARD
FIG. 1
FIG. 2 SWITCH TERMINAL
CONNECTIONS
CLAMPING PLATE
TERMINAL
(Flowing water activates device in one direction only.)
Installation Requirements
Model
Nominal Pipe Size
Nominal Pipe O.D.
inch
mm
inch
mm
2
DN50
2.375
60.3
2.875
73.0
76.1
VSR-2
VSR-2 1/2
2 1/2
VSR-2 1/2
2 1/2
DN65
3.000
3
DN80
3.500
88.9
4.000
101.6
4.500
114.3
5.563
141.3
VSR-3
VSR-3 1/2
3 1/2
VSR-4
4
VSR-5
5
DN100
VSR-6
6
DN150
6.625
168.3
VSR-8
8
DN200
8.625
219.1
Hole Size
mm
1.25 + .125/-.062
33.0 ± 2.0
2.00 ± .125
FIG. 3
TYPICAL ELECTRICAL CONNECTIONS
BELL
U-Bolt Nuts Torque
inch
ft-lb
n-m
20
27
50.8 ± 2.0
An uninsulated section of a single conductor should not
be looped around the terminal and serve as two separate
connections. The wire must be severed, thereby providing
supervision of the connection in the event that the wire
become dislodged from under the terminal. Failure to
sever the wire may render the device inoperable risking
severe property damage and loss of life.
Waterflow switches that are monitoring wet pipe sprinkler
systems should not be used as the sole initiating device to
discharge AFFF, deluge, or chemical suppression systems.
Waterflow switches used for this application may result
in unintended discharges caused by surges, trapped air, or
short retard times.
FIG. 4
FIG. 5
Break out thin section of cover when wiring both
switches from one conduit entrance.
To remove knockouts: Place screwdriver
at inside edge of knockouts, not in the
center.
NEGATIVE
DC OR
NEUTRAL
AC
POSITIVE DC
OR HOT AC
EOLR
WATERFLOW ZONE
ON FIRE PANEL
NOTES:
1. The Model VSR has two switches, one can be used
to operate a central station, proprietary or remote
signaling unit, while the other contact is used to
operate a local audible or visual annunciator.
2. A condition of LPC Approval of this product is
that the electrical entry must be sealed to exclude
moisture.
3. For supervised circuits see “Switch Terminal
Connections” drawing and caution note (Fig. 2).
PRINTED IN USA
MFG. #5401146 - REV F
3/07
PAGE 2 OF 3
VSR
VANE TYPE WATERFLOW
ALARM SWITCH WITH RETARD
Compatible Pipe
Model
Nominal Pipe Size
Nominal Pipe O.D.
Pipe Wall Thickness
Schedule 10 (UL)
Schedule 40 (UL)
BS-1387 (LPC)
DN (VDS)
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
inch
mm
VSR-2
2
DN50
2.375
60.3
0.109
2.77
0.154
3.91
0.142
3.6
0.091
2.3
VSR-2 1/2
2 1/2
2.875
73.0
0.120
3.05
0.203
5.16
0.142
3.6
0.102
2.6
0.120
3.05
0.216
5.49
0.157
4.0
0.114
2.9
0.177
4.5
0.126
3.2
VSR-2 1/2
VSR-3
3
VSR-3 1/2
3 1/2
VSR-4
4
VSR-5
5
VSR-6
6
VSR-8
8
DN65
3.000
76.1
DN80
3.500
88.9
4.000
101.6
0.120
3.05
0.226
5.74
DN100
4.500
114.3
0.120
3.05
0.237
6.02
5.563
141.3
0.134
3.40
0.258
6.55
DN150
6.625
168.3
0.134
3.40
0.280
7.11
0.197
5.0
0.157
4.0
DN200
8.625
219.1
0.148
3.76
0.322
8.18
0.248
6.3
0.177
4.5
NOTE: For copper or plastic pipe use Model VSR-CF.
The frequency of inspection and testing for the Model VSR and its associated protective monitoring system should be in accordance with applicable
NFPA Codes and Standards and/or the authority having jurisdiction (manufacturer recommends quarterly or more frequently).
If provided, the inspector’s test valve, that is usually located at the end of the most remote branch line, should always be used for test purposes. If there
are no provisions for testing the operation of the flow detection device on the system, application of the VSR is not recommended or advisable.
A minimum flow of 10 GPM (38 LPM) is required to activate this device.
TESTING
MAINTENANCE
Inspect detectors monthly for leaks. If leaks are found, replace the detector. The VSR waterflow switch should provide years of trouble-free service.
If any part of the detector does not perform properly, replace the entire detector.
REMOVAL
• To prevent accidental water damage, all control valves should be shut tight and the system completely drained before waterflow detectors are
removed or replaced.
• Turn off electrical power to the detector, then disconnect wiring.
• Loosen nuts and remove U-bolts.
• Gently lift the saddle far enough to get your fingers under it. With your fingers, roll the vane so it will fit through the hole while continuing
to lift the waterflow detector saddle.
• Lift detector clear of pipe.
IMPORTANT NOTICE
Please advise the person responsible for testing of the fire protection system that this system must be tested in accordance with the testing
instructions
MOUNTING DIMENSIONS
NO
PRINTED IN USA
NC
COM
COM
NC
NO
MFG. #5401146 - REV F
3/07
PAGE 3 OF 3
FOR IMMEDIATE RELEASE:
Contact:
Mike Henke
Potter Electric Signal Company
Phone: 800-325-3936
Fax: 314-878-7264
sales@pottersignal.com
www.pottersignal.com
Potter Electric Announces New VSR Waterflow Switch
St. Louis, MO – Potter is pleased to announce the new VSR Waterflow Switch as a replacement to the VSR-F
Waterflow Switch, effective immediately.
The VSR is the FIRST AND ONLY waterflow switch with separate low and high voltage wiring chambers to allow
safer installation of different voltage applications. The retard and switch assembly is designed to allow for easy
replacement while in the field, and the updated retard dial provides better accuracy while setting the switch.
The design of the VSR eliminates the possibility of any type of corrosion concerning dissimilar metals or MIC.
Synchronized snap action switches provide a visual indication of activation.
Additional information can be obtained by contacting Mike Henke by phone at 800-325-3936 or via e-mail at
sales@pottersignal.com.
###
PRESSURE GAUGE
DUAL-CALIBRATED PRESSURE GAUGE
Applications:
■ Fire Protection System
■ Suitable for all media that will not obstruct the pressure system
Design:
EN 837-1 & ASME B40.100
Size:
4” Diameter (100mm)
Accuracy:
± 2.5% of span (ANSI B40.100 Grade B )
Dual Calibration:
psi and kPa
Ranges:
0 – 300 psi and 0 – 2000 kPa
Operating Temp:
Ambient: -40°F to 140°F (-40°C to 60°C)
Media: 140°F (60°C) maximum
Bourdon Tube:
Copper alloy C-type material
Connection:
¼” NPT
Movement:
Copper alloy
Case:
ABS, Black finish
Window:
Twist-on clear Polycarbonate
Approvals:
■ Factory Mutual (FM) approved
■ UL listed
For enquiries please contact :
Tyco Fire & Building Products Asia Pte Ltd
Tel: +65 - 6577 4360
Fax: +65 - 6481 8719
Technical Services: Tel: (800) 381-9312 / Fax: (800) 791-5500
Model F350 Sectional Test & Drain,
1-1/4 Inch NPT x 5.6K (80K) Test Orifice For Use
With Field Fabricated Sectional Control Arrangements
General
Description
Figure 1 illustrates a typical sectional control arrangement that is utilized
for the flow control, inspection, testing, and draining of feed mains to sections of wet pipe automatic sprinkler
systems. A typical application is in a
multi-story building where waterflow
alarm devices are required on each
floor at each riser.
The Model F350 Sectional Test & Drain
(Ref. Figure 2) with an integral sight
glass assembly, provides a simplified
means for testing of waterflow alarm
devices and draining of feed mains.
It is typically utilized for connection to
a common inside drain where it is not
practical to terminate an inspector’s
test connection outside of a building.
The F350 has a smooth bore corrosion
resistant test orifice equivalent to that
of a 5.6K (80K) orifice sprinkler, and it
is provided with 1-1/4 inch NPT pipe
size connections that make it suitable
for use as a sectional drain connection with up to a 3-1/2 inch (DN80) size
feed main. Additional features of the
F350 include:
• Pre assembled indicating type valve
arrangement;
• Installation in any position;
• Dual handle control to provide positive-stop positioning for test, drain
and shut-off;
• A unique, self-cleaning sight glass
assembly that provides a positive indication of flow, even in dimly lit areas without a flashlight;
• Visual flow indicator for both alarm
test (partial flow) and flow test (full
flow conditions) vibrates to provide
a positive indication of flow even in
dimly lit areas.
WARNINGS
The Model F350 Sectional Test & Drain
described herein must be installed and
maintained in compliance with this
document, as well as with the applicable standards of the National Fire Protection Association, in addition to the
standards of any other authorities having jurisdiction. Failure to do so may
impair the performance of these
devices.
The owner is responsible for maintaining their fire protection system and devices in proper operating condition.
The installing contractor or sprinkler
manufacturer should be contacted
with any questions.
Technical
Data
Approvals
UL Listed. FM Approved.
Maximum Service Pressure
175 psi (12,1 bar)
Shut-Off Valve
A stainless steel quarter turn ball valve.
Corrosion resistant copper alloys with
glass filled PTFE seals.
Dual-Orifice Valve
A chrome plated, corrosion resistant
bronze quarter turn ball valve with a
5.6K (80K) smooth bore test orifice.
Sight Glass Assembly
A red painted cast iron body with dual
glass lenses mounted in plated steel,
NPT threaded inserts.
Thread Connections
All of the F350 pipe thread connections are assembled with a Teflon*
based pipe joint sealant and each assembly is factory tested to 350 psi
(24,1 bar).
The Model F350 Sectional Test & Drain
is a redesignation for the Gem Model
F350.
Page 1 of 4
MAY, 2006
TFP1650
Page 2 of 4
TFP1650
Installation
NOTES
The Model F350 Sectional Test & Drain
must be installed in a readily visible
and accessible location, preferably not
over seven feet above the floor.
Wet pipe fire protection systems must
be maintained at a minimum temperature of 40°F (40°C).
The outlet of the F350 must be connected to a drain sized to accept full
flow during a sectional flow test.
The Model F350 Sectional Test & Drain
is to be installed in accordance with
the following criteria:
Step 1. Apply pipe thread sealant
sparingly to male pipe threads only.
Use of a Teflon* based pipe joint sealant is recommended.
Step 2. The F350 may be installed in
any position; however, the arrow on
the Label must point in the direction of
flow (towards drain) and there must be
no restriction to the full movement of
the valve handles (Ref. Figure 2).
FIGURE 1
TYPICAL SECTIONAL CONTROL ARRANGEMENT
Step 3. To prevent distortion of the
valve bodies, make the inlet pipe connection by wrenching on the Shut-off
Valve only and make the outlet pipe
connection by wrenching on the Sight
Glass Assembly fitting only.
Step 4. Do not use the F350 to force a
pipe- line into position. Doing so may
result in distortion of the valves.
FIGURE 2
MODEL F350 SECTIONAL TEST & DRAIN
* Registered Trademark of DuPont
TFP1650
Care and
Maintenance
The Model F350 Sectional Test & Drain
does not require any regularly scheduled maintenance. However, the following procedures, as applicable and
in addition to any specific requirements
of the NFPA, may be used to perform
an alarm test of a sectional waterflow
detector, to perform a sectional flow
test, or to drain a section of the sprinkler system (after closing the sectional
control valve). Any impairments must
be immediately corrected.
Page 3 of 4
Step 2. Position the Shut-off Valve
handle in the “ON” position. Water is
then permitted to flow through the test
orifice to simulate the flow from an individual 5.6K (80K) orifice sprinkler located downstream of the water-flow
detector (Ref. Figure 1).
Step 3. Observe the Flow Indicator located within the Sight Glass Assembly
and check for vibratory movement that
indicates water flow.
Step 4. After verifying proper operation of the waterflow detector, return
the Shut-off Valve handle to the “OFF”
position.
The owner is responsible for the inspection, testing, and maintenance of
their fire protection system and devices in compliance with this document,
as well as with the applicable standards of the National Fire Protection
Association (e.g., NFPA 25), in addition
to the standards of any authority having jurisdiction. The installing contractor or product manufacturer should be
contacted relative to any questions.
Sectional Flow Test:
Step 1. Position the Dual-orifice Valve
handle in the “DRAIN” position.
It is recommended that automatic sprinkler systems be inspected, tested, and
maintained by a qualified Inspection
Service in accordance with local requirements and/or national codes.
Step 4. Observe the Flow Indicator located within the Sight Glass Assembly
and check for vibratory movement that
indicates water flow.
NOTES
No attempt is to be made to repair an
impaired F350 Sectional Test & Drain.
The complete assembly must be replaced if there is any indication of malfunction. With the exception of the
Sight Glass Assembly, no attempt is to
be made to disassemble and clean the
F350 Sectional Test & Drain.
Before testing alarms, notification
must be given to the owner and the fire
department, central station or other
signal station to which the alarms are
connected.
Before closing a fire protection system
control valve for inspection or maintenance work on the fire protection system that it controls, permission to shut
down the affected fire protection systems must be obtained from the proper authorities and all personnel who
may be affected by this decision must
be notified.
After placing a fire protection system
in service, notify the proper authorities
and advise those responsible for monitoring proprietary and/or central station alarms.
Sectional Alarm Test:
Step 1. Position the Dual-orifice Valve
handle in the Test position.
Step 2. Make note of the static water
pressure at the inlet to the F350 Sectional Test & Drain.
Step 3. Position the Shut-off Valve
handle in the “ON” position. Water
from the system will then be permitted
to flow through the drain orifice.
Step 5. Make note of the residual
(flowing) water pressure at the inlet to
the F350 Sectional Test & Drain.
If the static or residual pressure readings vary significantly from those previously recorded or expected, then the
reasons for the variations should be investigated and resolved.
Step 6. After the sectional flow test is
completed, slowly return the Shut-off
Valve handle to the “OFF” position.
Sectional Drain:
Step 1. Close the sectional control
valve.
Step 2. Position the Dual-orifice Valve
handle in the “DRAIN” position,
Step 3. Position the Shut-off Valve
handle in the “ON” position. Water
from the system will then be permitted
to drain through the drain orifice.
Page 4 of 4
TFP1650
Limited
Warranty
Ordering
Procedure
Products manufactured by Tyco Fire
& Building Products (TFBP) are warranted solely to the original Buyer for
ten (10) years against defects in material and workmanship when paid for
and properly installed and maintained
under normal use and service. This
warranty will expire ten (10) years from
date of shipment by TFBP. No warranty is given for products or components
manufactured by companies not affiliated by ownership with TFBP or for
products and components which have
been subject to misuse, improper installation, corrosion, or which have not
been installed, maintained, modified or
repaired in accordance with applicable
Standards of the National Fire Protection Association, and/or the standards
of any other Authorities Having Jurisdiction. Materials found by TFBP to be
defective shall be either repaired or replaced, at TFBP’s sole option. TFBP
neither assumes, nor authorizes any
person to assume for it, any other obligation in connection with the sale of
products or parts of products. TFBP
shall not be responsible for sprinkler
system design errors or inaccurate or
incomplete information supplied by
Buyer or Buyer’s representatives.
In no event shall TFBP be liable, in
contract, tort, strict liability or under
any other legal theory, for incidental,
indirect, special or consequential damages, including but not limited to labor
charges, regardless of whether TFBP
was informed about the possibility of
such damages, and in no event shall
TFBP’s liability exceed an amount
equal to the sales price.
Orders must include the description
and Part Number (P/N). Contact your
local distributor for availability.
Sectional Test & Drain:
Specify: 1-1/4 inch NPT Model F350
Sectional Test & Drain with K5.6 (K80)
test orifice, P/N 54-350-1-001.
The foregoing warranty is made in lieu
of any and all other warranties, express or implied, including warranties
of merchantability and fitness for a
particular purpose.
This limited warranty sets forth the exclusive remedy for claims based on
failure of or defect in products, materials or components, whether the claim
is made in contract, tort, strict liability
or any other legal theory.
This warranty will apply to the full extent permitted by law. The invalidity,
in whole or part, of any portion of this
warranty will not affect the remainder.
TYCO FIRE & BUILDING PRODUCTS, 451 North Cannon Avenue, Lansdale Pennsylvania 19446
Models 106-PR-10159 UL / 106-PR-8702A ULC
Pressure Reducing Valve
KEY FEATURES
• UL and ULC approved for fire extinguishing systems
• Reliable diaphragm actuated
• Hydraulically operated design
• Stainless steel fasteners
• Class 150 and 300 flanges (grooved, threaded - UL only)
• Heat-fused red epoxy coating
• Available in globe and angle style
PRODUCT OVERVIEW
The 106-PR, which is UL and ULC labelled and listed, is ideal for automatically reducing a higher inlet
pressure to a steady lower discharge pressure, regardless of fluctuations in flow or inlet pressure.
The valves are based on the 106-PG or A106PG control valves and are available in a complete range of
sizes from 2 in / 50 mm to 8 in / 200 mm (sizes depend on UL classification). In typical pressure reducing
applications, the globe style 106-PR is often the preferred valve style.
SCHEMATIC DRAWING
1. Main Valve - Model 106-PG, SPG or GE, Globe or Angle,
2 in / 50 mm - 8 in / 200 mm UL (2 in / 50 mm, 8 in / 200
mm ULC) Grooved - 2 in / 50 mm to 8 in / 200 mm, Globe
style only
2. Lockable Isolation Valve J0044A_SS - optional
3. Strainer J0098A - standard 4 in / 100 mm and larger
4. Fixed Restriction
5. Lockable Isolation Valve J0044A_SS - optional
6. Pressure Reducing Pilot Model 161PR (UL), 160PR (ULC)
• Range: 30 to 165 psi / 2.06 to 11.37 bar (UL)
• Range: 20 to 200 psi / 1.38 to 13.8 bar (ULC)
• Optional 100-300 psi / 3.89 to 20.68 bar
• Note: Maximum outlet setting for both UL and ULC pilots
is 165 psi / 11.37 bar
Schematic A-10159B UL
7. Lockable Isolation Valve J0044A_SS - optional
Note: UL listed valves use rolling diaphragm on 6 in / 150 mm and 8 in / 200 mm valves.
ULC listed valves use flat diaphragms only. For UL dimensions, ULC dimensions and
Grooved dimensions, see page 28.
SINGERVALVE.COM
2016.1
7
6
PRESSURE
REDUCING
VALVE
Models 106-PR-10159 UL / 106-PR-8702A ULC
Pressure Reducing Valve
KEY FEATURES
• UL and ULC approved for fire extinguishing systems
• Reliable diaphragm actuated
• Hydraulically operated design
• Stainless steel fasteners
• Class 150 and 300 flanges (grooved, threaded - UL only)
• Heat-fused red epoxy coating
• Available in globe and angle style
PRODUCT OVERVIEW
The 106-PR, which is UL and ULC labelled and listed, is ideal for automatically reducing a higher inlet
pressure to a steady lower discharge pressure, regardless of fluctuations in flow or inlet pressure.
The valves are based on the 106-PG or A106PG control valves and are available in a complete range of
sizes from 2 in / 50 mm to 8 in / 200 mm (sizes depend on UL classification). In typical pressure reducing
applications, the globe style 106-PR is often the preferred valve style.
SCHEMATIC DRAWING
1. Main Valve - Model 106-PG, SPG or GE, Globe or Angle,
2 in / 50 mm - 8 in / 200 mm UL (2 in / 50 mm, 8 in / 200
mm ULC) Grooved - 2 in / 50 mm to 8 in / 200 mm, Globe
style only
2. Lockable Isolation Valve J0044A_SS - optional
3. Strainer J0098A - standard 4 in / 100 mm and larger
4. Fixed Restriction
5. Lockable Isolation Valve J0044A_SS - optional
6. Pressure Reducing Pilot Model 161PR (UL), 160PR (ULC)
• Range: 30 to 165 psi / 2.06 to 11.37 bar (UL)
• Range: 20 to 200 psi / 1.38 to 13.8 bar (ULC)
• Optional 100-300 psi / 3.89 to 20.68 bar
• Note: Maximum outlet setting for both UL and ULC pilots
is 165 psi / 11.37 bar
Schematic A-10159B UL
7. Lockable Isolation Valve J0044A_SS - optional
Note: UL listed valves use rolling diaphragm on 6 in / 150 mm and 8 in / 200 mm valves.
ULC listed valves use flat diaphragms only. For UL dimensions, ULC dimensions and
Grooved dimensions, see page 28.
SINGERVALVE.COM
2016.1
7
7
SP RINKER
HEADS
Worldwide
Contacts
www.tyco-fire.com
Series TY-FRB, 5.6 K-factor
Upright, Pendent, and Recessed Pendent Sprinklers
Quick Response, Standard Coverage
General
Description
The TYCO Series TY-FRB, 5.6 K-factor,
Upright (TY313) and Pendent (TY323)
Sprinklers described in this data sheet
are quick response, standard coverage,
decorative 3 mm glass bulb-type spray
sprinklers designed for use in light or
ordinary hazard, commercial occupancies such as banks, hotels, and shopping malls.
The recessed version of the Series TYFRB Pendent Sprinkler, where applicable, is intended for use in areas with a
finished ceiling. This recessed pendent
sprinkler uses one of the following:
• A two-piece Style 15 Recessed
Escutcheon with recessed adjustment up to 5/8 inch (15,9 mm) from
the flush pendent position.
• A two-piece Style 20 Recessed
Escutcheon with recessed adjustment up to 1/2 inch (12,7 mm) from
the flush pendent position.
NOTICE
The TYCO Series TY-FRB Sprinklers
described herein must be installed and
maintained in compliance with this document, as well as with the applicable
standards of the National Fire Protection Association, in addition to the standards of any other authorities having
jurisdiction. Failure to do so may impair
the performance of these devices.
The owner is responsible for maintaining their fire protection system and
devices in proper operating condition.
The installing contractor or sprinkler
manufacturer should be contacted with
any questions.
Sprinkler
Identification
Number (SIN)
TY313............... Upright 5.6K, 1/2˝ NPT
TY323............. Pendent 5.6K, 1/2˝ NPT
The adjustment provided by the
Recessed Escutcheon reduces the
accuracy to which the fixed pipe drops
to the sprinklers must be cut.
Technical
Data
Intermediate level versions of Series
TY-FRB Sprinklers are described in
Technical Data Sheet TFP357. Sprinkler guards and shields are described
in Technical Data Sheet TFP780.
Approvals
UL and C-UL Listed
FM, LPCB, and VdS Approved
CE Certified
Sprinklers with Polyester Finish are UL
and C-UL Listed as Corrosion-Resistant Sprinklers.
Maximum Working Pressure
175 psi (12.1 bar)
250 psi (17.2 bar)*
IMPORTANT
Always refer to Technical Data
Sheet TFP700 for the “INSTALLER
WARNING” that provides cautions
with respect to handling and installation of sprinkler systems and components. Improper handling and
installation can permanently damage a sprinkler system or its components and cause the sprinkler to fail
to operate in a fire situation or cause
it to operate prematurely.
Page 1 of 4
* The maximum working pressure of 250 psi
(17.2 bar) only applies to the listing by Underwriters Laboratories, Inc. (UL).
Discharge Coefficient
K=5.6 GPM/psi1/2 (80,6 LPM/bar1/2)
FEBRUARY 2014
Temperature Rating
135°F (57°C)
155°F (68°C)
175°F (79°C)
200°F (93°C)
286°F (141°C)
Finishes
Sprinkler: Refer to Table A
Recessed Escutcheon: White Coated,
Chrome Plated, or Brass Plated
Physical Characteristics
Frame ....................................... Bronze
Button ........................... Brass/Copper
Sealing Assembly.................. Stainless
Steel w/TEFLON
Bulb ............................................. Glass
Compression Screw ................. Bronze
Deflector ................................... Bronze
TFP172
TFP172
Page 2 of 4
Components:
1 - Frame
2 - Button
3 - Sealing
Assembly
* Temperature rating is ** Pipe thread connections per ISO 7-1
4 - Bulb
indicated on Deflector.
can be provided on special request.
5 - Compression
Screw
1/2"
7/16" (11,1 mm)
ESCUTCHEON PLATE
SEATING SURFACE
6 - Deflector * DEFLECTOR *
NPT** NOMINAL MAKE-IN
STYLE 15 or 20
RECESSED
ESCUTCHEON
6*
7/16"
(11,1 mm)
NOMINAL
MAKE-IN
5
4
2
3
2"
(50,8 mm)
1-3/8"
(34,9 mm)
2"
(50,8 mm)
WRENCH
FLATS
1
1/2" NPT**
DEFLECTOR
UPRIGHT
CROSS SECTION
*
PENDENT
2-7/8" (73,0 mm) DIA.
RECESSED PENDENT
FIGURE 1
SERIES TY-FRB UPRIGHT (TY313) AND PENDENT (TY323) SPRINKLERS
5.6 K-FACTOR, 1/2 INCH NPT, QUICK RESPONSE
WRENCH RECESS
(USE ONLY
END "A")
FIGURE 2
W-TYPE 6
SPRINKLER WRENCH
WRENCH
RECESS
PUSH WRENCH
IN TO ENSURE
ENGAGEMENT
WITH SPRINKLER
WRENCHING AREA
FIGURE 3
W-TYPE 7 RECESSED
SPRINKLER WRENCH
Operation
Installation
The glass bulb contains a fluid which
expands when exposed to heat. When
the rated temperature is reached, the
fluid expands sufficiently to shatter the
glass bulb, allowing the sprinkler to
activate and water to flow.
The TYCO Series TY-FRB, 5.6 K-factor,
Upright (TY313) and Pendent (TY323)
Sprinklers must be installed in accordance with this section.
Design
Criteria
The TYCO Series TY-FRB, 5.6 K-factor,
Upright (TY313) and Pendent (TY323)
Sprinklers are intended for fire protection systems designed in accordance
with the standard installation rules recognized by the applicable Listing or
Approval agency (such as, UL Listing
is based on the requirements of NFPA
13, and FM Approval is based on the
requirements of FM’s Loss Prevention
Data Sheets). Only the Style 15 or Style
20 Recessed Escutcheon is to be used
for recessed pendent installations.
General Instructions
Do not install any bulb-type sprinkler if
the bulb is cracked or there is a loss
of liquid from the bulb. With the sprinkler held horizontally, a small air bubble should be present. The diameter
of the air bubble is approximately 1/16
inch (1,6 mm) for the 135°F (57°C) and
3/32 inch (2,4 mm) for the 286°F (141°C)
temperature ratings.
A leak-tight 1/2 inch NPT sprinkler joint
should be obtained by applying a minimum to maximum torque of 7 to 14 ft.lbs. (9,5 to 19,0 Nm). Higher levels of
torque can distort the sprinkler Inlet
with consequent leakage or impairment
of the sprinkler.
Do not attempt to compensate for
insufficient adjustment in the Escutcheon Plate by under- or over-tightening
the sprinkler. Re-adjust the position of
the sprinkler fitting to suit.
Upright and Pendent Sprinklers
The Series TY-FRB Upright and Pendent Sprinklers must be installed
in accordance with the following
instructions.
Step 1. Install Pendent sprinklers in the
pendent position. Install upright sprinklers in the upright position.
Step 2. With pipe-thread sealant
applied to the pipe threads, handtighten the sprinkler into the sprinkler
fitting.
TFP172
Page 3 of 4
Step 3. Tighten the sprinkler into the
sprinkler fitting using only the W-Type
6 Sprinkler Wrench (Figure 2). With reference to Figure 1, apply the W-Type 6
Sprinkler Wrench to the wrench flats.
Torque sprinklers 7 to 14 ft.-lbs. (9,5 to
19,0 Nm).
Recessed Pendent Sprinklers
The Series TY-FRB Recessed Pendent
Sprinklers must be installed in accordance with the following instructions.
Step A. After installing the Style 15 or
Style 20 Mounting Plate over the sprinkler threads, and with pipe-thread
sealant applied to the pipe threads,
hand-tighten the sprinkler into the
sprinkler fitting.
Step B. Tighten the sprinkler into the
sprinkler fitting using only the W-Type
7 Recessed Sprinkler Wrench (Figure
3). With reference to Figure 1, apply the
W-Type 7 Recessed Sprinkler Wrench
to the sprinkler wrench flats. Torque
sprinklers 7 to 14 ft.-lbs. (9,5 to 19,0
Nm).
Step C. After ceiling installation and finishing, slide on the Style 15 or Style 20
Closure over the Series TY-FRB Sprinkler and push the Closure over the
Mounting Plate until its flange comes in
contact with the ceiling.
Care and
Maintenance
The TYCO Series TY-FRB, 5.6 K-factor,
Upright (TY313) and Pendent (TY323)
Sprinklers must be maintained and serviced in accordance with this section.
Before closing a fire protection system
main control valve for maintenance
work on the fire protection system
that it controls, obtain permission to
shut down the affected fire protection
systems from the proper authorities
and notify all personnel who may be
affected by this action.
Absence of the outer piece of an
escutcheon, which is used to cover
a clearance hole, can delay sprinkler
operation in a fire situation.
The owner must assure that the sprinklers are not used for hanging any
objects and that the sprinklers are only
cleaned by means of gently dusting
with a feather duster; otherwise, nonoperation in the event of a fire or inadvertent operation may result.
Sprinklers which are found to be leaking or exhibiting visible signs of corrosion must be replaced.
Automatic sprinklers must never be
painted, plated, coated, or otherwise altered after leaving the factory.
2-7/8" DIA.
(73,0 mm)
FACE OF
SPRINKLER
FITTING
2-1/4" DIA.
(57,2 mm)
5/8" (15,9 mm)
FLUSH
3/8±5/16"
(9,5±7,9 mm)
1/8"
(3,2 mm)
MOUNTING
SURFACE
CLOSURE
SERIES
TY-FRB
MOUNTING
PLATE
1-3/8" (34,9 mm)
3/4" (19,1 mm)
FIGURE 4
SERIES TY-FRB RECESSED PENDENT SPRINKLER ASSEMBLY (TY323)
WITH TWO PIECE 5/8 INCH TOTAL ADJUSTMENT STYLE 15
RECESSED ESCUTCHEON
2-7/8" DIA.
(73,0 mm)
FACE OF
SPRINKLER
FITTING
2-1/4" DIA.
(57,2 mm)
5/16±1/4"
(7,9±6,4 mm)
1/2" (12,7 mm)
FLUSH
1/8"
(3,2 mm)
MOUNTING
SURFACE
CLOSURE
SERIES
TY-FRB
MOUNTING
PLATE
1-3/8" (34,9 mm)
7/8" (22,2 mm)
FIGURE 5
SERIES TY-FRB RECESSED PENDENT SPRINKLER ASSEMBLY (TY323)
WITH TWO PIECE 1/2 INCH TOTAL ADJUSTMENT STYLE 20
RECESSED ESCUTCHEON
Modified sprinklers must be replaced.
Sprinklers that have been exposed to
corrosive products of combustion, but
have not operated, should be replaced
if they cannot be completely cleaned
by wiping the sprinkler with a cloth or
by brushing it with a soft bristle brush.
Care must be exercised to avoid damage to the sprinklers before, during, and
after installation. Sprinklers damaged
by dropping, striking, wrench twist/
slippage, or the like, must be replaced.
Also, replace any sprinkler that has a
cracked bulb or that has lost liquid from
its bulb. (Ref. Installation Section.)
The owner is responsible for the
inspection, testing, and maintenance of
their fire protection system and devices
in compliance with this document, as
well as with the applicable standards
of the National Fire Protection Association (e.g., NFPA 25), in addition to the
standards of any other authorities having jurisdiction. Contact the installing
contractor or sprinkler manufacturer
regarding any questions.
Automatic sprinkler systems are recommended to be inspected, tested,
and maintained by a qualified Inspection Service in accordance with local
requirements and/or national codes.
TFP172
Page 4 of 4
P/N* 77 – XXX – X – XXX
SPRINKLER
FINISH
TEMPERATURE
RATINGS
SIN
1
NATURAL BRASS
135
135°F (57°C)
370
5.6K UPRIGHT (1/2˝ NPT)
TY313
3
PURE WHITE (RAL9010)**
POLYESTER
155
155°F (68°C)
371
5.6K PENDENT (1/2˝ NPT)
TY323
4
SIGNAL WHITE (RAL9003)
POLYESTER
175
175°F (79°C)
9
CHROME PLATED
200
200°F (93°C)
286
286°F (141°C)
* Use suffix “I” for ISO 7-1 connection;
for example, 77-370-4-175-I
** Eastern Hemisphere sales only
TABLE A
SERIES TY-FRB UPRIGHT AND PENDENT SPRINKLERS
PART NUMBER SELECTION
Limited
Warranty
Ordering
Procedure
For warranty terms and conditions, visit
www.tyco-fire.com.
Contact your local distributor for availability. When placing an order, indicate
the full product name and Part Number (P/N).
Sprinkler Assemblies with NPT
Thread Connections
Specify: Series TY-FRB Upright or Pendent (specify) Sprinkler, SIN (specify),
K=5.6, Quick Response, (specify) temperature rating, (specify) finish, P/N
(specify, refer to Table A).
Recessed Escutcheon
Specify: Style 15 Recessed Escutcheon
with (specify*) finish, P/N (specify*)
Specify: Style 20 Recessed Escutcheon with (specify*) finish, P/N (specify*)
* Refer to Technical Data Sheet TFP770
Sprinkler Wrench
Specify: W-Type 6 Sprinkler Wrench,
P/N 56-000-6-387
Specify: W-Type 7 Sprinkler Wrench,
P/N 56-850-4-001
GLOBAL HEADQUARTERS | 1400 Pennbrook Parkway, Lansdale, PA 19446 | Telephone +1-215-362-0700
Copyright © 2014 Tyco Fire Products, LP. All rights reserved.
TEFLON is trademark of The DuPont Corporation.
8
Double Check
Valve
Test Cock
Powder Epoxy Coated
Ductile Iron Body
Resilient Gate valve
Relief Valve
9
Double Check
Back Flow
Preventer
Test Cock
Powder Epoxy Coated
Ductile Iron Body
Resilient Gate valve
Relief Valve
10
Flexible
Connector
11
Fire Sprinkler
Supervisory
Panel
4007ES Fire Control Panels
UL, ULC, CSFM Listed;
FM, NYC Fire Dept Approved*
4007ES Hybrid, Fire Detection and Control Panel with
Addressable and/or Conventional Initiation
Features
Flexible standard combination of conventional and
addressable initiation satisfies a wide variety of
new and retrofit applications
4.3” (109 mm) Diagonal color touchscreen display:
 Convenient and intuitive user interface provides detailed
system status and individual point information
 Supports dual language selection, including unicode
character languages
 A custom background display appears when operation is
normal (see page 6 for details)
Eight Point Zone/Relay Module:
 Each point is selectable as an IDC input or Relay output,
Class A IDCs require 2 points (one out and one return);
one module is standard, up to 3 additional modules can
be field installed for a total of 4 eight point zone/relay
modules per system
 Each point on the IDC/Relay Module can be configured
as a control relay rated 2 A @ 30 VDC (resistive) as
either normally open or normally closed
 Can be powered directly from the power supply or
through the optional 25 VDC Regulator Module
 IDC end-of-line resistor value can be selected from a
wide range of resistance values for retrofit convenience
Electrically isolated IDNet+ addressable initiating
device SLC:
 Provides built-in short circuit isolation for monitoring
and control of TrueAlarm analog sensors and IDNet
communications monitoring and control devices; for use
with either shielded or unshielded, twisted or untwisted
single pair wiring; outputs are Class A or Class B
 Standard panel SLC provides up to 100 addressable
points; optional additional loop expansion modules
provide an additional isolated loop with short circuit
isolation for the IDNet+ channel; each loop expansion
module also provides an additional 75 addressable points
to the IDNet+ channel capacity for a total of up to 250
addressable points
Power Supply Features:
 Four Notification Appliance Circuits (NACs) selectable
as Class A or Class B with 6 A total available current
 NAC end-of-line resistor value can be selected from a
wide range of resistance values for retrofit convenience
 Additional notification power capacity is available using
the 4009 IDNet NAC Extender
 Battery backup charging of up to 33 Ah; up to 18 Ah for
cabinet mounted batteries and up to 33 Ah batteries for
mounting in close-nippled remote battery cabinet
General Mechanical:
 Compact red or platinum cabinet for convenient surface
or semi-flush mounting; rated NEMA 1 and IP30
* This product has been approved by the California State Fire Marshal (CSFM) pursuant to
Section 13144.1 of the California Health and Safety Code. See CSFM Listing
7165-0026:0378 for allowable values and/or conditions concerning material presented in this
document. NYC Fire Dept COA #6151. Additional listings may be applicable; contact your
local Simplex product supplier for the latest status. Listings and approvals under Simplex
Time Recorder Co. are the property of Tyco Fire Protection Products.
4007ES Hybrid Panel Front View
Software Feature Summary:
 Current and previous panel configuration are both
maintained in on-board memory to allow easy selection
of desired revision
 An internal Ethernet service port and an internal serial
service port are available for service computer
connections to perform configuration updates,
downloads and uploads; report downloads, and system
software updates (Ethernet port only); the serial port
provides the connection for the optional TrueInsight
Module
 An internal USB interface allows a compatible portable
memory device (memory stick/thumb drive) to store job
revisions, update revised jobs and panel software, and
save detailed system reports from the panel without
requiring a service computer
Optional modules and connections include:
 Point or Event DACT assembly that is compatible with
IP Communicators
 Up to two additional IDNet+ addressable device output
loop connections with short circuit fault protection and
with 75 additional point capacity each
 Front mounted 48 LED annunciator with custom label
inserts provides 24 Yellow LEDs, 20 Red LEDs, and
4 Red/Green LEDs; LEDs are programmable for up to
24 IDC zones of alarm and trouble annunciation or as
required for custom annunciation requirements
 Remote LED annunciator support via RUI (remote unit
interface) communications port for use with unshielded,
twisted pair wiring (UTP)
 Alarm relays and auxiliary relays
 City connections, with or without disconnect switch
 4003EC Voice Control Panels
 4009 IDNet NAC Extenders to extend NAC capability
for power and distance
 Battery brackets for seismic area protection (see page 2)
4007ES Listings reference:
 UL 864, Fire Detection and Control (UOJZ)
 ULC S527, Control Units for Fire Alarm Systems
S4007-0001-6 11/2015
Introduction
Operator Interface Features (Continued)
4007ES Series Fire Detection and Control Panels
provide extensive installation, operator, and service features
with point and module capacities suitable for a wide range of
system applications. The convenient and intuitive color
touchscreen provides easy access for typical system response
actions and for detailed system review or configuration
updates with password control to limit user access.
Flexible for new and retrofit applications. Standard
conventional IDCs and addressable IDNet+ communications
provide flexibility for both new and retrofit systems. IDC
and NAC end-of-line resistor values are selectable to match
a wide range of existing initiating device circuits and
notification appliance circuits.
 Alarm and Trouble History Logs (up to 1000 entries for
each, 2000 total events) are available for viewing from
the display or to be downloaded to a service computer or
to the USB drive
 Module level ground fault searching assists installation
and service by locating and isolating modules with
grounded wiring
 WALKTEST silent or audible system test performs an
automatic self-resetting test cycle and supports up to 8
WALKTEST groups
 Install Mode allows grouping of multiple troubles for
uninstalled modules and devices into a single trouble
condition (typical with future phased expansion); with
future equipment and devices grouped into a single
trouble, operators can more clearly identify events from
the commissioned and occupied areas
Operator Interface
Convenient Status Information. With the locking door
closed, the glass window allows viewing of the display status
LEDs. The user interface is a 4.3” diagonal color touchscreen
LCD with separate status LEDs as shown below.
LED indicators describe the general category of activity
being displayed with the LCD providing more detail. For the
authorized user, unlocking the door provides access to the
control functions and allows further inquiry by scrolling the
display for additional detail.
Mechanical Description
 Locking door with acrylic insert
 Latching front panel assembly swings forward for
convenient internal access
 Smooth box surfaces are provided for locally cutting
conduit entrance holes exactly where required
 Modules are power-limited (except as noted, such as
relay modules)
 Battery compartment (bottom) accepts two batteries,
up to 18 Ah, to be mounted within the cabinet without
interfering with module space; charger capacity is up
to 33 Ah; for batteries greater than 18 Ah, refer to
page 6 for external battery cabinet details
 Cabinet assembly design has been seismic tested and
is certified to IBC and CBC standards as well as to
ASCE 7 categories A through F, requires battery
brackets as detailed on data sheet S2081-0019
Operator Interface and Software Features
 Convenient and detailed operator information is easily
accessed using a logical, menu-driven touchscreen
display with password access control
 Multiple automatic and manual diagnostics for
maintenance reduction
Touchscreen Display with LED Status Indicators (approximately full size)
Alarm Indicator
red LED
Supervisory
Indicator yellow LED
Priority 2 Indicator
red LED
Alarm Silenced
yellow LED
Trouble Indicator
yellow LED
AC Power
green LED
Color Touchscreen LCD with
sample Fire Alarm List showing
2
3 Programmable LEDs with Custom
Label Insert; top two selectable as
Red or Yellow, bottom selectable as
Green or Yellow
S4007-0001-6 11/2015
Operator Screen Reference
Main Menu Screen provides easy navigation to the function
required. Buttons A, B, and C have programmable functions.
Main Menu
System Alarm Screen identifies active alarms with custom
labels displayed, arrows allow navigation through the list
May 27, 2015
12:24 PM
System Trouble Screen identifies active troubles with
custom labels displayed, arrows allow navigation through
the list
Trouble Log Screen allows review of past troubles with
time stamp and point details shown.
Point Information Screen allows review of point details,
arrows allow navigation through the information.
User Access Login Screen controls access to panel
operations as determined per panel.
3
S4007-0001-6 11/2015
IDNet+ Addressable Device Control
Overview. The 4007ES Hybrid provides an IDNet+
addressable initiating device Signaling Line Circuit (SLC) that
supervises wiring connections and the individual device
communications status on the SLC. With 2-wire IDNet+
SLCs, initiation, monitoring, and control devices such as
manual fire alarm stations, TrueAlarm sensors, control relays,
and sprinkler waterflow switches can communicate their
identity and status and receive fire alarm system control.
Additional addressable interface modules include circuit
isolators, conventional IDC zone adapters, and interface to
other system circuits such as fans, dampers, and elevator
controls.
TrueAlarm heat sensors can be selected for fixed
temperature detection, with or without rate-of-rise detection.
Utility temperature sensing is also available, typically to
provide freeze warnings or alert to HVAC system problems.
Readings can selected as either Fahrenheit or Celsius.
TrueSense Early Fire Detection. Multi-sensor
4098-9754 provides photoelectric and heat sensor data
using a single 40070ES IDNet+ address. The panel
evaluates smoke activity, heat activity, and their
combination, to provide TrueSense early detection. For
more details on this operation, refer to data sheet
S4098-0024.
IDNet+ Addressable Device Operation
Diagnostics and Default Device Type
Each addressable device on the IDNet+
communication channel is continuously interrogated for
status condition such as: normal, off-normal, alarm,
supervisory, or trouble. Both Class B and Class A operation
is available. Sophisticated poll and response
communication techniques ensure supervision integrity and
allow for "T-tapping" of the circuits for Class B operation.
Devices with LEDs pulse the LED to indicate receipt of a
communications poll and can be turned on steady from the
panel. With addressable devices, the location and status of
the connected device is monitored, logged, and displayed
on the operator interface LCD with each device having its
own 40 character custom label for precise identification.
Sensor Status. TrueAlarm operation allows the control
panel to automatically indicate when a sensor is almost
dirty, dirty, and excessively dirty. The NFPA 72
requirement for a test of the sensitivity range of the
sensors is fulfilled by the ability of TrueAlarm operation
to maintain the sensitivity level of each sensor. CO
Sensors track their 10 year active life status providing
indicators to assist with service planning. Indicators occur
at: 1 year, 6 months, and end of life.
Modular TrueAlarm sensors use the same base and
different sensor types (smoke or heat sensor) and can be
easily interchanged to meet specific location requirements.
This allows intentional sensor substitution during building
construction when conditions are temporarily dusty.
Instead of covering smoke sensors (causing them to be
disabled), heat sensors may be installed without
reprogramming the control panel. The control panel will
indicate an incorrect sensor type, but the heat sensor will
operate at a default sensitivity to provide heat detection
for building protection at that location.
TrueAlarm Addressable Sensor Operation
Addressable initiating device communications
include operation of TrueAlarm smoke and temperature
sensors. Smoke sensors transmit an output value based on
their smoke chamber condition and the CPU maintains a
current value, peak value, and an average value for each
sensor. Status is determined by comparing the current sensor
value to its average value. Tracking this average value as a
continuously shifting reference point filters out
environmental factors that cause shifts in sensitivity.
IDNet+ Device Wiring Reference
IDNet+ Addressable Channel Capacity. The
4007ES Hybrid provides an isolated output IDNet+
signaling line circuit (SLC) that supports up to 250
addressable monitor and control points intermixed on the
same pair of wires. (250 total requires two 4007-9803
IDNet+ Loop Expansion Modules.)
TrueAlarm Addressable Sensor Reference
IDNet+ SLC Wiring Specifications
TrueAlarm Photo
Sensor with Base
Maximum Distance
from Control Panel
per Device Load
TrueAlarm Photo/Heat
Sensor in CO Base
0 to 125 4000 ft (1219 m); 50 ohms
126-250 2500 feet (762 m); 35 ohms
Total Wire Length Allowed With Up to 12,500 ft (3.8 km);
“T” Taps for Class B Wiring
0.60 µF
Maximum Capacitance Between
1 µF
IDNet+ Channels
0.8 mA supv., 1 mA alarm;
Loading per device
2 mA per activated device LED
Shielded or unshielded,
Wire Type and Connections
twisted or untwisted wire*
Terminal blocks for 18 to
Connections
12 AWG
Programmable sensitivity of each sensor can be selected
at the control panel for different levels of smoke obscuration
(shown directly in percent) or for specific heat detection
levels. To evaluate whether the sensitivity should be revised,
the peak value is stored in memory and can be easily read
(or downloaded as a report) and compared to the alarm
threshold directly in percent.
CO sensor bases combine an electrolytic CO sensing
module with a TrueAlarm analog sensor to provide a single
multiple sensing assembly using one system address. The
CO sensor can be enabled/disabled, and can be used in
LED/Switch modes and custom control. (refer to data sheet
S4098-0052 for details)
Compatibility includes: IDNet communicating devices and
TrueAlarm sensors including QuickConnect and QuickConnect2
sensors; see data sheet S4090-0011 for additional reference
* Some applications may require shielded wiring. Review your
system with your local Simplex product supplier.
4
S4007-0001-6 11/2015
Power Supply Output and Zone/Relay Module Details
Power Supply Output Details:
 RUI Communications controls up to 10 remote devices
at up to 2500 ft (762 m) for single run, or 10,000 ft
(3048 m) total if wiring is Class B and T-tapped;
selectable as Class B or Class A
 Compatible RUI remote equipment includes:
4606-9202 and 4606-9205 Color Touchscreen
Annunciators (up to 6 total), 4100 Series 24 I/O and
LED/Switch modules, 4602 Series LED/Switch and I/O
Annunciator modules, including 4602-9101 Status
Command Units (SCU), and 4602-9102 Remote
Command Units (RCU)
 IDNet+ SLC Output provides electrically isolated
Class B or Class A communication; standard capacity is
up to 100 addressable points with expansion for up to
250 points using up to two 4007-9803 IDNet+ Loop
Expansion Modules (as described on page 4)
 6 A Output Rating. This includes current for: special
application notification appliances; IDNet devices;
module currents; and auxiliary output current (battery
charging, CPU, and power supply current does not
subtract from the 6 A); when NACs are controlling
Regulated 24 DC Appliances, total NAC current
available is 3 A
 Four on-board Class B/Class A NACs, rated 3 A each
for Special Application appliances; selectable for
SmartSync horn and strobe control, or strobe
synchronization; rated 2 A each for Regulated 24 DC
appliances
 NAC end-of-line (EOL) resistor values are selectable as:
10 kΩ, 3.9 kΩ, 4.7 kΩ, 5.1 kΩ, 5.6 kΩ, or 15 kΩ
Power Supply Output Details (Continued):
 Battery Charger is dual rate, temperature compensated,
and charges up to 18 Ah sealed lead-acid batteries
mounted in the battery compartment, and charges up to
33 Ah batteries mounted in an external cabinet
 Battery and Charger Monitoring includes battery
charger status and low or depleted battery conditions;
status information provided to the master controller
includes analog values for: battery voltage, charger
voltage and current, actual system voltage and current,
and NAC current
 Low Battery Voltage Cutout is selectable when
required (required for ULC listing applications)
 2 A Auxiliary Output (AUX/SNAC) can be selected either
as resettable auxiliary power of 2 A @ 24 VDC, or
selected to be a simple NAC (SNAC) for sounder base
power, 4-wire detector power, or door holder power
Zone/Relay Module Details:
 Select as IDC or Relay; configure up to 8, Class B
IDCs, or up to 4, Class A IDCs; or up to 8, Relay outputs
rated 2 A resistive @ 30 VDC (N.O. or N.C.); or
combinations of IDCs and Relays; each zone is
separately configurable as an IDC or Relay output
 IDC Support. Each IDC supports up to 30, two-wire
devices
 IDC EOL resistor values are selectable as: 3.3 kΩ,
2 kΩ, 2.2 kΩ, 3.4 kΩ, 3.9 kΩ, 4.7 kΩ, 5.1 kΩ, 5.6 kΩ,
6.34/6.8 kΩ, and 3.6 kΩ + 1.1 kΩ; see instructions for
more details
Product Selection
Model*
Color
4007-9101(BA)
Red
4007-9102(BA)
Platinum
Description
4007ES Hybrid with 4 conventional 3 A NACs and a 6 A output power supply/battery
charger; includes IDNet+ communications for 100 addressable points and 1, 4007-9801
Zone/Relay module; Note: Add optional module and other currents separately for battery
calculations; base panel current does not subtract from the 6 A power available for
optional modules and external loads
Supv.
Alarm
145 mA
190 mA
Supv.
Alarm
83 mA
max
351 mA
max
190 mA
290 mA
390 mA
445 mA
801 mA
1156 mA
NA
NA
* Models with (BA) are available assembled in the USA by adding the suffix “BA”.
Module and Accessories Selection Information
Factory
Programming
Options
Model
4007-8810
4007-0831
Description
Factory Programming (select)
Custom Labels and Programming (requires 4007-8810)
Field Installed Optional Modules (refer to diagram on page 7 for module locations)
Model
4007-9801
4007-9802
4007-9803
4007-9805
4007-9806
4007-9807
4007-9808
4007-9809
Description
Eight Point Zone/Relay Module, each point is selectable as an IDC input or Relay output, Class A IDCs
require 2 points (one out and one return); one module is included as standard, select up to 3 additional;
current shown is for 8 Class B IDCs with 4 in alarm, detector current is added separately
with 1 module
25 VDC Regulator Module; 2 A maximum output; use to power Zone/Relay modules
with 2 modules
connected to initiating devices requiring nominal 25 VDC voltage; refer to technical
publication 579-832, 2-Wire Detector Compatibility Chart for application details
with 3 modules
IDNet+ Loop Expansion Module; provides an additional isolated loop with short circuit isolation to the
existing IDNet+ channel, also provides an additional 75 addressable points to the IDNet+ channel
capacity, maximum of two
no LEDs on
Panel Mounted 48 LED Status Annunciator Module; provides 24 Yellow LEDs, 20 Red
LEDs, and 4 Red/Green LEDs that are programmable for up to 24 IDC zones of alarm
with
and trouble annunciation, or as required for custom annunciation requirements
LEDs on
SDACT Module for Point or Event Reporting; order 2080-9047 connection cables as required (see cable
details under accessories)
City Circuit Module with Disconnect Switch
City Circuit Module without Disconnect Switch
Relay Module; relays for Alarm, Supervisory, and Trouble; rated 2 A resistive @ 32 VDC
5
10 mA
10 mA
1.75 mA per LED,
105 mA max
30 mA
40 mA
20 mA
20 mA
15 mA
36 mA
36 mA
37 mA
continued on next page
S4007-0001-6 11/2015
Module and Accessories Selection Information (Continued)
Field Installed Optional Modules
Model
4190-8001*
Description
TrueInsight Remote Service Gateway Module and Programming Selection
TrueInsight Remote Service Gateway Module Installation Kit; includes module and
harness; configured for dynamic IP address operation unless ordered with 4190-4016
4190-6106 *
Required
Selection
Supv.
Alarm
62 mA
73 mA
TrueInsight Remote Service Gateway Module for fixed IP Addressing; optional, select if application will use fixed IP
address
4190-4016 *
* Refer to data sheet S4100-0063 for additional TrueInsight Service Gateway details
Batteries
Model
2081-9272
2081-9274
2081-9288
2081-9275
Capacity
6.2 Ah
10 Ah
12.7 Ah
18 Ah
2081-9287
2081-9276
25 Ah
33 Ah
Battery Mounting Details
12 V Batteries for cabinet mounting; select one battery model per system standby requirements; order quantity of
two; to be wired in series for 24 VDC
For remote mount in Battery Box 4009-9801
For remote mount in Battery Box 4009-9802
Batteries for remote mounting; see battery cabinet details
below
Battery Accessories
Model
Color
4009-9801
Beige
4009-9802
Beige
Capacity
For up to 25 Ah
batteries
Dimensions
16 ¼” W x 13 ½” H x 5 ¾” D
(413 mm x 343 mm x 146 mm)
For up to 33 Ah
batteries
25 ¾” W x 20 ¾” H x 4 ⅛” D
(654 mm x 527 mm x 105 mm)
Description
External battery cabinet without charger, with locking solid
door and battery harness; for close-nippled mounting to fire
alarm control panel cabinet
Accessories
Model
2080-9047
2975-9812
2975-9813
2081-9031
4081-9002
4081-9018
Description
DACT cable, 14 ft (4.3 m) long, RJ45 plug one end, spade lugs on the other; order one per phone line connection required
Red semi-flush box trim; 1 7⁄16” (37 mm) wide, four corners and trim pieces for top, bottom, and sides
Platinum semi-flush box trim; 1 7⁄16” (37 mm) wide, four corners and trim pieces for top, bottom, and sides
Series resistor for WSO, IDCs (N.O. water flow and tamper on same circuit, wires after water flow and before tamper) 470 Ω,
1 W, encapsulated, two 18 AWG leads (0.82 mm2 ), 2 ½” L x 1 ⅜” W x 1” H (64 mm x 35 mm x 25 mm)
3.3 kΩ, 1 W end-of-line resistor harness for non-addressable NACs
10 kΩ, 1 W end-of-line resistor harness for Class B non-addressable initiating zones
General Specifications
Input Power
4007ES Hybrid Power
Supply Output Ratings
120 VAC Input
240 VAC Input
Power Supply
Output Rating
NAC Ratings
Auxiliary Power Tap
Special Application Non-Addressable
Appliances
Regulated 24 DC Non-Addressable Appliances
Battery Charger
Ratings
(sealed lead-acid
batteries)
Battery capacity range
Charger characteristics
and performance
Custom Background Display Details
Operating Temperature
Operating Humidity
Additional Technical Reference
Environmental
2 A maximum @ 102 to 132 VAC, 50/60 Hz
1 A maximum @ 204 to 264 VAC, 50/60 Hz
Including module currents and auxiliary power outputs;
Output switches to
6 A total
battery backup
3 A each for Special Application Appliances
during mains AC
2 A each for Regulated 24 DC Appliances
failure or brownout
conditions
2 A maximum, 24 VDC nominal (19.5 to 31.1 VDC)
Simplex horns, strobes, and combination horn/strobes and speaker/strobes
(contact your Simplex product representative for compatible appliances)
Power for other UL listed appliances; use associated external synchronization
modules where required
UL and ULC listed for battery charging of 6.2 Ah up to 33 Ah (batteries larger
than 18 Ah require a remote battery cabinet)
Temperature compensated, dual rate, recharges depleted batteries within 48
hours per UL Standard 864; to 70% capacity in 12 hours per ULC Standard
S527
Supported file types: JPG, BMP, GIF, and PNG
Recommended image type is JPG, recommended image size is 480 x 240, and
the file size limit is 100 kb
32° to 120°F (0° to 49° C)
Up to 93% RH, non-condensing @ 90° F (32° C) maximum
Description
Document
Description
Document
Installation Manual
Zone/Relay Module Installation Manual
Detailed Operator’s Manual
579-1102
579-1103
579-1165
Single Page Operator Instructions
2-Wire Detector Compatibility Chart
579-1109
579-832
6
S4007-0001-6 11/2015
4007ES Mounting and Module Location Reference
21-1/8" (537 mm)
20-7/8" (530 mm)
16" (406 mm)
2
10
3
3
4
5
6
1
20-3/16"
(512 mm)
11
7
9
8
20-7/16"
(519 mm)
Side View Reference
Finished wall surface (including
semi-flush Trim Kit if used)
Exposed box for semi-flush mounting
1-3/4" (44 mm) minimum
4-7/16" Deep (112 mm)
Module Locations:
1.
Primary location for 4007-9801 Zone/Relay Module, or 4190-6106 TrueInsight Remote Service Gateway.
2.
Location for additional 4007-9801 Zone/Relay Module, or (as shown) 4007-9802 25 V Regulator Module.
3.
4007-9803 IDNet+ Loop Expansion Modules, maximum of two (two are shown).
4.
Power Supply Assembly.
5.
Location for additional 4007-9801 Zone/Relay Module.
6.
Location for additional 4007-9801 Zone/Relay Module.
7.
4007-9807 or 4007-9808 City Circuit Module, or 4007-9809 Relay Module.
8.
Battery location for up to 18 Ah batteries. Note: No conduit entry or wiring in this area, 14-7/8” (378 mm)
wide.
9.
4007-9806 SDACT location.
10. CPU and User Interface assembly.
11. Location for optional 4007-9805 LED Module.
NOTE: A system ground must be provided for Earth Detection and transient protection devices. This connection shall be
made to an approved, dedicated Earth connection per NFPA 70, Article 250, and NFPA 780.
7
S4007-0001-6 11/2015
4007ES Hybrid Additional Reference
4606-9205 (Platinum) Color LCD
Touchscreen Remote Annunciator
4007ES Hybrid with optional 48 LED
Annunciator Module (4007-9805)
4606-9202 (Red) Color LCD
Touchscreen Remote Annunciator
4007ES Hybrid Operator View with door open
Additional Compatible Equipment and Reference
Subject
Data Sheet
Subject
4009 IDNet NAC Extender
S4009-0002
Battery and Battery Cabinet Reference
S2081-0006
Data Sheet
4003EC Voice Control Panel
S2081-0019
S4003-0002
Seismic Battery Brackets Reference
4606 Series Color LCD Touchscreen
Remote Annunciator
S4606-0003
Addressable Device Compatibility, IDNet
Communication Sensors and Devices
S4090-0011
Graphic I/O Modules
S4100-0005
Serial DACT (SDACT)
S2080-0009
4602 Series SCU/RCU
S4602-0001
TrueInsight Remote Service
S4100-0063
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. NFPA 72 and National Fire Alarm Code
are trademarks of the National Fire Protection Association (NFPA).
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA
www.simplex-fire.com
S4007-0001-6 11/2015
© 2015 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
12
Fire Hose
Reel & Cabinet
Swinging Type Fire Hose Reels
EN 671-1 Cert No. 1226a
LPCB Approved
BF-MS-001
Model
DN
BF-AS-002
BF-MS-003
1”
BF-AS-004
¾”
Hose
Length
Mechanism
30m
Manual
Automatic
Manual
Specifications
Hose Material
Double Braided Polyester Cord-Reinforced Rubber
Drum Material
Powder Coated Mild Steel
Test Pressure
300psi
Accessories Included
Nozzle, Ball Valve, Mounting Bracket
Optional Accessories
Lockshield Valve, Pressure-Reducing Valve
Automatic
Fire Blanket
Model
L
Specifications
W
BF4X4
BF4X6
4’
4’
1200mm
1200mm
4’
6’
Blanket Material
Silicone Coated Fiber Glass
Casing
PVC
13
Fire Extinguishers
BRISTOL: A History & Future.
In 1971, seven emirates joined forces to create the United Arab Emirates, with the goal of becoming a growing leader on an international
scale. The UAE’s focus has always been the safety of its land and people, BRISTOL was established in support of that same vision.
BRISTOL FIRE ENGINEERING, part of the Concorde – Corodex Group, is the leading fire-fighting and fire protection manufacturer in the
Middle East and has been unsurpassed in innovative fire-fighting solutions for more than 40 years.
We have been steadfast in our developments and have grown to become pioneers in the industry for unmatched quality and dependability,
longstanding commitment and unwavering dedication.
Our headquarters and manufacturing facility started in the UAE’s Emirate of Dubai, producing world-class fire-fighting systems and equipment
in cooperation with international know-how and technology with a grand vision to expand globally.
We strive to continue to adopt the highest international and national standards in line with the UAE’s goal to become the safest country in t he
world.
BRISTOL was one of the first fire-fighting companies in the Middle East to receive an ISO 9001 certification, placing great emphasis on achieving local and international approvals on product certifications such as Kite Mark, LPCB, UL listing, and FM approval. Moreover, BRISTOL is
certified to ISO 14001 and OHSAS 18001.
We focus on innovation by means of continual research and development of advanced fire-fighting solutions, ensuring we not only meet, but
exceed the demands of our rapidly changing market.
For decades, we have been proudly supplying various government entities and sectors such as the oil and gas, commercial, and industrial
sectors across the globe with world-class equipment and services.
BRISTOL has been serving Middle Eastern, African, Asian, and European markets for more than four decades with a vision to exp and further.
Paving the road towards safety for more than four decades, and counting: BRISTOL.
Portable Fire Extinguishers
Portable Fire Extinguishers are used for putting out or containing small fire until fire department arrives.
BRISTOL Portable Fire Extinguisher comply to BS EN – 3, they are light weight and easy to use, suitable for
industrial, commercial and home use.
4
Regular, Pressure Type
Model
DP1N
DP2N
DP3N
DP4/4.5N
Fire Class
ABC
Extinguishing Agent
40% ABC Dry Chemical Powder
Capacity
1kg
2kg
3kg
4.5kg
Specifications
Propellant
Nitrogen
Operating Temperature Range
-20ºC to 60ºC
Working Pressure
15bar
Test Pressure
27bar
Cylinder Material
Steel
Body Color
RAL 3000 (Signal Red)
DP6N
DP9N
DP12N
6kg
9kg
12kg
Regular, Cartridge Type
Model
DP6CN
DP9CN
Fire Class
ABC
Extinguishing Agent
40% ABC Dry Chemical Powder
Capacity
Specifications
6
DP4.5CN
4.5kg
6kg
9kg
Propellant
Nitrogen / Carbon Dioxide
Operating Temperature Range
-20ºC to 60ºC
Test Pressure
27bar
Cylinder Material
Steel
Body Color
RAL 3000 (Signal Red)
DP12CN
12kg
Carbon Dioxide
Features
-
Easy grip control valve
Seamless, corrosion-resistant body
Refillable and parts are replaceable
Comes with heavy-duty bracket
Model
CD2
CD5
Fire Class
BE
Extinguishing Agent
Carbon Dioxide
Capacity
2kg
Propellant
5kg
Carbon Dioxide
Fire Rating
(BS EN 3 -7:2004+A1:2007)
34B
89B
Discharge Time
10s
15s
Specifications
Operating Temperature Range
-20ºC to 60ºC
Working Pressure
60bar
Test Pressure
250bar
Total Height
58cm
76cm
Cylinder Diameter
10.5
13.8cm
Cylinder Material
34CrMo4 (Alloy Special Steel)
Body Color
RAL 3000 (Signal Red)
Regular
Model
CD2N
CD5N
Fire Class
BE
Extinguishing Agent
Carbon Dioxide
Capacity
2kg
5kg
Specifications
Propellant
Carbon Dioxide
Operating Temperature Range
-20ºC to 60ºC
Working Pressure
60bar
Test Pressure
250bar
Cylinder Material
Steel Alloy
Body Color
RAL 3000 (Signal Red)
CD6N
6kg
7
Jet/Spray/Off Branch Pipe Nozzle (Accessories)
BF-NZ-001
Model
DN
2½”
Inlet
Type
Male Instantaneous BS 336
Specifications
Outlet Diameter
½”
Material
Aluminum Alloy BS1490
Mode
Jet/Spray/Off
Working Pressure
100psi
Flow Rate @ 100psi Jet
250L/min
Pin Rack Assembly (Accessories)
Swinging Type
Model
BFHR-250W
Hose DN
Specifications
Rack Type
Rack Material
Valve Options
12
BFHR-250V
BFHR-150W
2½”
Wall Mounted
BFHR-150V
1½”
Valve Mounted
Wall Mounted
Mild Steel
Pressure-Restricting Angle Valve
Regular Angle Valve
Valve Mounted
13
Street / Pillar
Hydrant
WET BARREL HYDRANT
TWO HOSE OUTLET VALVES
This type of hydrant is equipped with outlet valves which has
pressurized water at every outlet constantly. Wet Barrel
Hydrants are used in conditions where there no possibility of
water freezing due to weather conditions.
Painted and coated with non-corrosive elements to ensure that
the hydrants are climate safe, long lasting and durable, Bristol
Wet Barrel Hydrant is dependable and efficient. Customizations
can be done to meet specific requirement based on need.
MODEL
Inlet
DN
Type
BFE-WT04D
4‖
EN1092 PN16 Flange
No
Two-Way
DN
2½‖
Outlets
Type
Female Instantaneous
BS336
with Cap & Chain
(Oblique Landing Valve)
Working Pressure
16bar
Test Pressure
20bar
Total Height
800mm
Body Material
Cast Iron
© Bristol Fire Engineering. All rights reserved. (2016)
WWW.BRISTOL-FIRE.COM
14
2-Way
Breeching Inlet
Two-Way
KM 599357
BSI Kitemark Approved
BFE08049
BFE-2WBI
Model
Compliance
BS 5041-3
BSI Kitemark Approval
KM 599357
Inlet Details
Not Applicable
2 x 2½” M Instantaneous BS 336
Specifications
DN
100mm
Outlet
Type
Flange PN16
Working Pressure
10bar
Operating Temperature Range
0ºC to 38ºC
Test Pressure
20bar
Four-Way
BSI Kitemark Approved
Model
BFE-4WBI
Compliance
BS 5041-3
BSI Kitemark Approval
Inlet Details
KM 599357
Not Applicable
4 x 2½” M Instantaneous BS 336
Specifications
DN
150mm
Outlet
Type
Working Pressure
8
BFE08063A
Flange PN16
10bar
Operating Temperature Range
0ºC to 38ºC
Test Pressure
20bar
15
Portable Fire
Extinguishers
HASEEN HABIB TRADING (PVT.) LTD.
FIRE FIGHTING & SAFETY EQUIPMENT
UAN: 111 SAFETY (723 389) www.haseenhabib.com
Description
Item
Type
Model
Kind of Fire Extinguished
Weight of Fire Extinguishing Chemical
Fire Extinguishing Grade
Operating Gas
Operating Temperature
HHT-MFZ-6
A,B,C
6KG
21A,89B,C
N2
-30/+60℃
Operating Pressure
14BAR
Water Pressure
25BAR
Effective Bulk Range
Effective Discharge
Fire Extinguisher Chemical
Insulation Function
Cylinder Drameter**High (mm)
4M
≧9S
DRY POWDER
≧5KV
Ø162MM×415MM
HASEEN HABIB TRADING (PVT.) LTD.
FIRE FIGHTING & SAFETY EQUIPMENT
UAN: 111 SAFETY (723 389) www.haseenhabib.com
Description
Item
Type
Model
HHT-MT5
Kind of Fire Extinguished
B,C
Weight of Fire Extinguishing Chemical
5KG
Fire Extinguishing Grade
Operating Gas
Operating Temperature
34B,C
CO2
-30/+60℃
Operating Pressure
150BAR
Water Pressure
250BAR
Effective Bulk Range
3M
Effective Discharge
≧9S
Fire Extinguisher Chemical
CO2
Insulation Function
Cylinder Drameter**High (mm)
≧5KV
Ø152MM×550MM
HASEEN HABIB TRADING (PVT.) LTD.
FIRE FIGHTING & SAFETY EQUIPMENT
UAN: 111 SAFETY (723 389) www.haseenhabib.com
Description
Item
Type
Model
HHT-AUTO.12KG
Kind of Fire Extinguished
A,B,C
Weight of Fire Extinguishing Chemical
12KG
Fire Extinguishing Grade
Operating Gas
Operating Temperature
55A,183B,C
N2
-30/+60℃
Operating Pressure
14BAR
Water Pressure
25BAR
Effective Bulk Range
2.5M
Effective Discharge
≦9S
Fire Extinguisher Chemical
Insulation Function
Cylinder Drameter**High (mm)
DRY POWDER
≧5KV
Ø350mm*324mm
HASEEN HABIB TRADING (PVT.) LTD.
FIRE FIGHTING & SAFETY EQUIPMENT
UAN: 111 SAFETY (723 389) www.haseenhabib.com
Description
Item
Type
Model
Kind of Fire Extinguished
Weight of Fire Extinguishing Chemical
Fire Extinguishing Grade
Operating Gas
Operating Temperature
HHT-AUTO.6KG
A,B,C
6KG
34A,144B,C
N2
-30/+60℃
Operating Pressure
14BAR
Water Pressure
25BAR
Effective Bulk Range
2.1M
Effective Discharge
≦8S
Fire Extinguisher Chemical
Insulation Function
Cylinder Drameter**High (mm)
DRY POWDER
≧5000V
Ø250mm*87mm
16
Wheeled Fire
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HASEEN HABIB TRADING (PVT.) LTD.
FIRE FIGHTING & SAFETY EQUIPMENT
UAN: 111 SAFETY (723 389) www.haseenhabib.com
DCP & CO2 Combine Trolley Mounted:
Trolley mounted Fire Extinguishers with 2 x CO2 Trolley Mounted (10 Kg) & 1x DCP Portable Type (9Kg )