HomeMy WebLinkAboutBuilding Permit 00-1011(sprklr)
.........,
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DATE RECEIVED i \CITY OF PRIOR LAKE
. BUILDING PERMIT,
NOY - 'III 1t~~PORARV CERTIFICATE OF
!'lONING COMPLIANCE
AND UtiLITY CONNECTION PERMIT
L.
!. (
DIRECTIONS
SPACES NUMBERED 1 THRU 17 MUST BE FILLED IN
BEFORE PERMIT IS ISSUED (Please Print or Type and sign at bottom)
2. SITE ADDRESS
1. DATE
/0-,3 - ~IJOO
LOT BLOCK PID
ADDITION W{:!.~U~ k Ol"'f lO..J
4. OWNER (Name) (Address) (Tel. No.)
OAd li,tw\e s .4 U,.f\SV'i Il-t p~
5. ARCHITECT (Name) (Tel. No. l"''&.
D~. l. uu€1Z- 884 -I..s rs-
6. BUILDER (Name) (Tel. No.) ~ (c,,'S"I)
e,.. '3 C( - 8"1 &0
S"u""t-t\ ~a.~
7. TYPE OF WORK Fireplace 0
New constructio~ Alterations 0
Chimney 0 Misc. 'U ,""II
8. PROPERTY AREA OR ACRES
Sq.Ft.
,.., 82; c..kue b-J ~f!..
Re-roofing 0 Porch 0
Re-siding 0 Finish Basement 0
1 O. CULVERT SIZE
Yes No
Depth
1. White
2. Pink
3. Yellow
File
C"'
MPlicant
(Depth) ,
JtX>
13. TYPE OF CONSTRUCTION
gu Lrt. 8 LJ.
14. FLOOR AREA APPORTIONMENT USE
15. NUMBER OF OCCUPANTS OR SEATS
OCCUPANTS
SEATS
16. PROJE9T COSTNALUE
#' /8". 00. 00
17. COMPLETIO DATE
I hereby certify that I have fumished infonnation on this application which is to the best of my knowledge true and correct. I also certify that I am the owner or authorized agent for
the above mentioned property and that all construction will conform to all existing state and local laws and will proceed in accordance with submitted plans. I am aware that the
building off.fi',can revoke this pe it for just cause. Furthennore, I hereby agree that the city official or a designee may enter upon the property to pertonn needed inspections.
X L..: C - CD'~ /tJ..31-~ooo
Signature License No. Date
FOR ADMINISTRATIVE USE
SETBACKS: Required
Actual
Front
Back
Side
Side
BUILDING DEPARTMENT VALUATION
OFF STREET PARKING
SPACES REO.
SPACES ON PLAN
USE OF BUILDING
PERMIT VALUATION
l~.~ .~
,
TYPE OF CONSTRUCTION: I II III IV V
Occupancy Group A B E F HIM R S U
Division 1 2 3 4
Pennit Fee ................................... $ 2. CD '2.. "2. t'
Plan Check Fee ............................. $~
State Su rcharge ............................. $ q tl!IO
Penalty ....................................... $
Plumbing Pennit Fee ....................... $
Mechanical Permit Fee ..................... $
MATERIAL FILED WITH APPLICATION
SOIL TESTS 0 ENERGY DATA 0
PILING LOGS 0
PLANS & SPECS 0
PERCOLATlr~S_O
SETS
SURVEY
PLOT PLAN
o COPIES
o
Amount Brought Forward .................. $
Park Support Fee ........................... $
SAC . .. . . .. . . . . . . . . . . . . . . . .. . . . .. . . .. . . . .. ... $
Collective Street Fee ....................... $
Sewer Tap ..................... .............. $
$
City:
~~
Pressure Reducer .......................... $
Meter Hom ... .. .. . .. . .. .. . .. .. . .. . .. .. .. . .... $
Water Meter .........:....................... $
Sewer & Water Connection Fee ........... $
Water Tower Fee ........................... $
Water Tap ........... ........................ $
Builder's Deposit............................ $
Sewer & Water Pennit ...................... $
Thi
By
ur Building Pennit 11en Approved.
Date "?'D - ~
Issued
Date I -
This is to certify that the request in the above application and accompanying documents is in accordance with the City Zoning Ordinance and may proceed requested. This document when
signed by the City Planner constitutes a temporary Certificate of Zoning compliance and allows construction to commence. Before occupancy, a Certificat of Occupancy must be issued.
City Planner
Date
Special Conditions if any
24 hour notice for all inspections 447-9850
NOV-22-2000 09:59
10'd "'~J.Ol
SUMMIT FIRE PROTECTION
612 639 8751 P.02/02
9 '\,,,
S.U.M.MIT
FI R.~.,:Pj.ROTECTION
November 20, 2000
Keyland Homes
1 7021 Fish Point Rd.
Prior Lalc.t. MN
Attention:
Mr. K.evin Horke
(via r.esimile: 9S2-44Q..940S)
RcgarclinS: New AdditiOD
Density Criteria
Geatlemen:
We aze pleased to submit the following for your cansidcration; warehouse system design crileria for your
C;(isting warehouse and new addition.
System design. is .24 dmsity calculated over 2000 sq.ft. with 216 degree sprinklers. Design allows for Class
III non.encapsuJated eommocUties (c:onvCDtioD8l pallets) single or double row rac:ks wim 1'-0" aisles and
maximum storage height of 16'.0". See table 7-4.2.1.6.2. figure 1-4.2.2.I.1.c in conjW'1Ctian with figure 7-
4.2.2.1.3 ofNPPA 13, 1999 edition. MaintaiD 18~ minimum between sprinklers and storage.
Please sign below and fax back. Thank you.
Sincerely,
SUMMIT FIllEPROTEC1l0N
(j8Y~R~
Gerald Rusk
Service Sales
The above is acccptcd this 2-1 day of ~ " -e."..,1o e r ,2000. By t..- -'" ~
88 eL.~L.a"Ct ."E.
IS~II.....~. MN 'S 11 ~
; 1 ) 6~9-e780 · F"AX (651 , 639-8751
630 I . 8..",CIII~ aa. ~ fill"., .503
Acc:...a:-rlZlit. "'N SSQO I
(507) 2Q0.0822. II F.a.z (507) 280.0577
28CO Z""P ST. NOATn
PAROe>> NO se, 02
(701) 293..0138. F~ (701) 2'3-0142
TOTRL P.02
-~~~~.L--~.~_e.' .. . Rod Size
29 I DSTR 11/2 * 3/8-16
.....-.-.--...1.----.-.....-....... ..'
30 I DSTR 1" * : 3/8-16
--...-..-...+..---. .-.
~: I :~~:!.~ *. ,~;:=~t."
33 I DST 15 _" - -'3/8=1'6
34 ! DST 20 3/8-1 6
-.............. _ .l.___._._....
35 I DST 25 3/8-1 6
-.. .............--1---...,,----
36 I DST 30 3/8-16
~L "37' 'losT516 3/8-16
~ 38 jTEK50 3/8-16
See page 11 for Stainless Steel
Description
1/4-20x1
1/4-14x1
1/4-14x1 1/2
1/4-14x2
1/4-14x2 1/2
1/4-14x3
12-24x1 1/2
Description
12-24x1 1/2
1/4-20x1
5/16-18x1 1/4
1/4-14x1
1/4-14x1 1/2
1/4-14x2
1/4-14x21/2
1/4-14x3
5/16-18x11/4
12-24x1 1/2
1500#
1475#
Steel
t...:.
",.- .
\
SAMMYS
/"
i
...~~~~--L_..~_~_~~!
100 i #14 Nut Driver
#14
Nut Driver
(Item #100)
4
3/4-4
.188".3/16"
.25"-1/4"
.188 1500+# / 3/16"
.50 3125#/1/4"
* When installing DSTR or SWlJR add retainer nut and torque to 20 foot lbs. for maximum pull out in steel.
_I- - -'PU"~I
......-..............--......:;;........................""""'1' .-~DsT
Underside Liner
Ins tallatio ns
STEEL INSTALLATION INSTRUCTIONS
DST, DSTR, TEK 50, SWD, SWDR, SWT -
See diagram figures 1-4, 11-14 on page 14 and 15.
(DST - Self-drills & self-taps into steel up to 3/16" thick;
DSTR - Self-drills & self-taps into steel up to 3/16" thick
and accepts retainer nut; TEK 50 - Self-drills & self-
taps into steel up to 112" thick;SWO - Self-drills & self-
taps thru 3116" steel; SWOR - Self-drills & self-taps
thru 3/16" steel and accepts retainer nut; SWT -- Self-
drills & self-taps thru 112" steel)
Step 1: Insert the appropriate nut driver into a 2200
RPM 3/8" or 1/2" portable drill: (a) Use #14 for OST,
OSTR, TEK 50; (b) use #14SW for SWO, SWOR, SWT.
Step 3: Pos"ition drill and begin installation: (a) for installing OST, TEK 50,
DSTR* drill should be in a vertical position; (b) for installing SWD, SWDR*,
SWT drill should be in a horizontal position, at a right angle to the structural
member.
Step 4: When the nut driver spins freely on the cap of the screw installation
is complete.
~.
Step 5: Screw is now ready to receive 1/4",3/8", 1/2" or metric all thread rod
or bolt stock.
Step 2: Insert the screw into the nut driver. Now you
are ready to install the screw.
4 Steel - Sammys
Eye protection should be worn at all times when installing this product.
Note: Must be installed with appropriate Ilut driver to ('omply with warranty.
!I ~
SUMMIT
FI RE PROTECTION
ulm
]"
2 788 CLEVELAND AVE: NUE:
RC5E:VILLE:, MN 55113
PH CN E: 651 -639-8 78[]
FAX 651-639-8751
SUMMIT FIRE PROTECTION
2788 CLEVELAND AVENUE
ROSEVILLE MN 55113
651-639-8780
Job Name
Building
Location
System
Contract
Data File
KEYLAND HOMES WAREHOUSE
WAREHOUSE ADDITION
17012 FISH POINTE ROAD
1
KEYLAND.WX1
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION
WAREHOUSE ADDITION
Page 2
Date
Hydraulic Design Information Sheet
Name - WAREHOUSE ADDITION
Location - 17012 FISH POINTE ROAD
Building - WAREHOUSE ADDITION
Contractor - SUMMIT FIRE PROTECTION
Calculated By - C. LONG
Construction: ( ) Combustible (X) Non-Combustible
Occupancy - BUILDING MATERIAL STORAGE
Date - 10-30-2000
System No. - 1
Contract No. -
Drawing No. - 1 OF 1
Ceiling Height - 22.0
S
Y
S
T
E
M
(X) NFPA 13 () Lt. Haz.
( ) NFPA 231 ( ) NFPA 231C
Other .237 OVER 2000 SQ FT
Specific Ruling
Ord. Haz . Gp. ( ) 1 ( ) 2 ( ) 3 ) Ex. Haz .
(X) Figure 7-4.2.2.1.1 Curve E
Made By
Date
D
E
S
I
G
N
Area of Sprinkler Operation - 2000 System Type
Density - 0.237 (X) Wet
Area Per Sprinkler - 125 ( ) Dry
Elevation at Highest Outlet - 21 ( ) Deluge
Hose Allowance - Inside - 100 ( ) Preaction
Rack Sprinkler Allowance - 0 ( ) Other
Hose Allowance - Outside - 400
Sprinkler/Nozzle
Make VIKING
Model M
Size 3/4
K-Factor 8.0
Temp.Rat.286
Note
Calculation
Swmnary
Flow Required - 1042
C-Factor Used: 120
Press Required - 67.3
Overhead 140
POC
Underground
W
A
T
E
R
Water Flow Test:
Date of Test - 03-17-94
Time of Test
Static Press
Residual Press
Flow
Pump Data:
Tank or Reservoir:
Cap. -
Elev.-
Rated Cap.-
@ Press
Elev.
S
U
P
P
L
Y
Elevation
- 80
- 70
- 1.2 10
- -5
Well
Proof Flow
Location -
Source of Information -
C
o
M
M
Commodity BUILDING MATERIALS
Storage Ht. 16X
Storage Method: Solid Piled
Class III Location
Area Aisle W. 8' - 16' AISLES
% Palletized % Rack
Single Row
S R Double Row
T A Mult. Row
0 C
R K Flue Spacing
A Longitudinal
Conven. Pallet
Slave Pallet
( ) Auto. Storage
( ) Solid Shelf
( ) Open Shelf
Encap_
Non
Clearance:Storage to Ceiling
Transverse
G
~ornputer ~a'pYBJlf2!~rESC ~deJfute 111
Windham N.H. USA 03087
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SUMMIT FIRE PROTECTION
WAREHOUSE ADDITION
Page 8
Date
Fitting Legend
Abbrev.
Name
A
B
C
D
E
F
G
H
I
J
K
L
M
N
o
P
Q
R
S
T
U
V
W
X
Y
Z
Generic Alarm Va
Generic Butterfly Valve
Roll Groove Coupling
Dry Pipe Valve
90' Standard Elbow
45' Elbow
Gate Valve
45' Grvd-Vic Elbow
90' Grvd-Vic Elbow
90' Grvd-Vic Tee
Detector Check Valve
Long Turn Elbow
Medium Turn Elbow
PVC Standard Elbow
PVC Tee Branch
PVC 45' Elbow
Flow Control Valve
PVC Coupling/Run Tee
Swing Check Valve
90' Flow thru Tee
45' Firelock Elbow
90' Firelock Elbow
Wafer Check Valve
90' Firelock Tee
Mechanical Tee
Flow Switch
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 9
WAREHOUSE ADDITION Date
Unadjusted Fittings Table
1/2 3/4 1 1/4 1 1/2 2 2 1/2 3 3 112
A 7,7 21.5 17.0
B 7 10 12
c 1 1 1 1
0 23 23 29 30
E 2 2 2 3 4 5 6 7 8 10
F 1 1 1 2 2 3 3 3 4
G 1 1 1 1 2
H 1 1.5 2 2 3 3 3.5 3.5
I 2 3 4 3.5 6 5.0 8 7
J 4.5 8 8.5 10,8 13 17 16
K 14 14
L 2 2 2 3 4 c: ') 6
...J
M ') 2 3 3 4 5 6 6 8
N 7 7 7 8 9 11 12 13
0 3 3 ') 6 8 10 12 15
P 1 1 1 2 2 2 3 4
Q 1B 29 35
R 1 1 1 1 1 2 2
S 4 5 5 9 11 14 16 19 22
T 3 4 5 6 8 10 12 15 17 20
U 1.8 2.2 2.6 3,4
V 3.5 4.3 5 6.8
W 10.3
X 8.5 10.8 13 16
Y 2.0 4.0 5.0 6.0 8. 10.5 12.5 15.5 22
Z 2 2 ) 3 4 5 6 7 8 10
5 6 10 12 14 16 18 20 24
A 17 27 29
B 9 10 12 19 21
c 1 1 1 1 1 1 1
0 33 40 50
E 12 14 18 22 27 35 40 45 50 61
F 5 7 9 11 13 17 19 21 24 28
G 2 3 4 5 6 7 8 10 11 13
H 4.5 5 6.5 8,5 10 18 20 23 25 30
I 8.5 10 13 17 20 23 25 33 36 40
J 21 25 33 41 50 65 78 88 98 120
K 36 55 45
L 8 9 13 16 18 24 27 30 34 40
M 10 12 16 19 22
N
0
p
Q 33
R
S 27 32 45 55 65 76 87 98 109 130
T 25 30 35 50 60 71 81 91 101 121
U 4.2 5.0 5.0
V 8.5 10 13
w 13.1 31.8 35.8 27.4
X 21 25 33
y
Z 12 14 18 22 LI 35 40 45 50 61
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 10
WAREHOUSE ADDITION Date
Node Elevation K-Fact pt Pn Flow Density Area Press
No. Actual Actual Added Req. Req.
82 13 33,01 na
182 18 27.64 na
201 19.5 8 16.36 na 32.36 .237 125 7
202 20.25 8 14.47 na 30.43 .237 125 7
203 21 8 13.71 na 29.63 ,237 125 7
204 21 8 13.71 na 29.63 .237 125 7
205 20,25 8 14,45 na 30.41 .237 125 7
206 19.5 8 16,31 na 32,31 .237 125 7
162 18 27 .42 na
81 13 33.11 na
181 18 27.92 na
207 19.5 8 17 .23 na 33.21 .237 125 7
208 20.2S 8 15.51 na 31.5 .237 125 7
209 21 8 14,87 na 30,85 .237 125 7
210 21 8 14.89 na 30.87 .237 125 7
211 20,25 8 15,83 na 31.83 .237 125 7
212 19.5 8 18,13 na 34,06 ,237 125 7
161 18 26.83 na
80 13 33.47 na
180 18 28.96 n3
213 20.25 8 17.53 na 33.49 .237 125 7
214 21 8 16.3 na 32.3 .237 125 7
215 21 8 16,21 na 32.21 .237 125 7
216 20,25 8 16.73 na 32.72 .237 125 7
':11 19,5 8 18.26 na 34.18 .237 125 7
160 18 28.26 na
79 13 34,16 ~a
179 18 31.99 na
159 18 31. 88 na
78 13 34.88 na
178 13 34.88 na
158 18 32,65 na
77 13 35.61 na
177 18 33.44 na
157 18 33.41 na
76 13 36.35 na
176 18 34.18 na
156 18 34.16 na
75 13 37.1 na
175 18 34.93 na
155 18 34.9 na
74 13 37,86 na
174 18 35.69 na
154 18 35.64 na
73 13 38.63 na
173 18 36.46 na
153 18 36.36 na
72 13 39.42 na
172 18 37,24 na
152 18 37.06 na
71 13 40.24 na
171 18 38.05 na
151 18 37.75 na
8 13 41.13 na
16 13 42.14 na
22 13 43.22 na
24 13 44.38 na
26 13 45.64 na
28 13 47.04 na
30 13 48.6 na
33 13 51.76 na
35 13 51. 64 na
Computer Programs by Hydratec Inc. Route 111 Windham N. H. USA 03087
SUMMIT FIRE PROTECTION Page 11
WAREHOUSE ADDITION Date
Node Elevation K-Fact pt Pn Flow Density Area Press
No. Actual Added Reg. Reg.
37 13 51. 59 na
39 13 51. 57 na
71 13 40.24 na
82 13 33.01 na
81 13 33.11 na
80 13 33.47 na
79 13 34.16 na
78 13 34.88 na
77 13 35.61 na
76 13 36.35 na
75 13 37.1 na
74 13 37.86 na
73 13 38.63 na
72 13 39.42 na
71 13 40.24 na
8 13 41.13 na
16 13 42.14 na
22 13 43.22 na
24 13 44,38 na
26 13 45.64 na
28 13 47.04 na
30 13 48,6 na
31 13 52.21 na
33 13 51.76 na
35 13 51. 64 na
37 13 51. 59 na
62 13 32.73 na
61 13 32.84 na
60 13 33.24 na
59 13 34.04 na
58 13 34.81 na
57 13 35.57 na
56 13 36.32 na
55 13 37.06 na
54 13 37.8 na
53 13 38.52 na
52 13 39.22 na
51 13 39,89 na
1 13 40.51 na
9 13 41.13 na
17 13 41.71 na
23 13 42.22 na
25 13 42.66 na
27 13 43.03 na
29 13 43.32 na
32 13 43.53 na
34 13 43.65 na
36 13 43,7 na
31 13 52.21 na
TOR 13 53.22 na
BfLY 4 58.85 na
STUB 1 62.65 na 100
poe -5 67.33 na 400
The maximum velocity is 16.06 and it occurs in the pipe between nodes 182 and 201
Computer Programs by Hydratec Inc.
Route III
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 12
WAREHOUSE ADDITION Date
Hyd. Qa nia. Fitting Pipe pt Pt
Ref. "C" or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
82 -92.77 1. 687 IT 10.044 4.500 33.007
to 120 10.044 -2.166
182 -92.77 -0.2200 14.544 -3.199 Vel -13.316
182 1.536 IT 10.108 20.500 27.642
to 120 10.108 -0.650
201 -92.77 -0.3472 30.608 -10.628 Vel = -16.063
201 32.36 1.536 10.000 16.363 K Factor = 8.0
to 120 -0.325
202 -60.41 -0.1570 10.000 -1.570 Vel = -10.460
202 30.43 1. 536 10.000 14.468 K Factor = 8.0
to 120 -0.325
203 -29.98 -0.0430 10.000 -0.430 Vel = -5.191
203 29.62 1. 536 10.000 13.713 K Factor = 8.0
to 120
204 -0.36 10.000 Vel = -0.062
204 29.63 1.536 10.000 13.713 K Factor = 8.0
to 120 0.325
205 29.27 0.0411 10.000 0.411 Vel = 5.068
205 30.41 1. 536 10.000 14.449 K Factor = 8.0
to 120 0.325
206 59.68 0.1535 10.000 1.535 Vel = 10.333
206 32.30 1.536 IT 10.108 20.500 16.309 K Factor = 8.0
to 120 10.108 0.650
162 91. 98 0.3418 30.608 10.462 Vel = 15.926
162 1. 687 1T 10.044 4.500 27.420
to 120 10.044 2.166
62 91. 98 0.2165 14.544 3.149 Vel 13.202
91.98 32.735 K Factor 16.08
81 -89.96 1. 687 IT 10.044 4.500 33.109
to 120 10.044 -2.166
181 -89.96 -0.2078 14.544 -3.022 Vel -12.912
181 1. 536 IT 10.108 20.500 27.922
to 120 10.108 -0.650
207 -89.96 -0.3280 30.608 -10.040 Vel = -15.576
207 33.20 1.536 10.000 17.231 K Factor = 8.0
to 120 -0.325
208 -56.76 -0.1399 10.000 -1.399 Vel = -9.828
208 31.51 1.536 10.000 15.507 K Factor = 8.0
to 120 -0.325
209 -25.25 -0.0313 10.000 -0.313 Vel = -4.372
209 30.85 1.536 10.000 14.869 K Factor = 8.0
to 120
210 5.60 0.0019 10.000 0.019 Vel = 0.970
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 13
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. "e" or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
210 30.86 1. 53 6 10.000 14.889 K Factor = 8.0
to 120 0.325
211 36.46 0.0617 10.000 0.617 Vel = 6.313
211 31.83 1. 536 10.000 15.831 K Factor = 8.0
to 120 0.325
212 68.29 0.1970 10.000 1. 970 Vel = 11. 824
212 34.06 1. 687 IT 10.044 20.500 18.126 K Factor = 8.0
to 120 10.044 0.650
161 102.35 0.2638 30.544 8.057 Vel :;::: 14.691
161 1. 687 IT 10.044 4.500 26.833
to 120 10.044 2.166
61 102.35 0.2638 14.544 3.837 Vel 14.691
102.35 32.836 K Factor 17.86
80 -78.40 1. 687 IT 10.044 4.500 33.469
to 120 10.044 -2.166
180 -78.40 -0.1611 14.544 -2.343 Vel -11.253
180 1.536 IT 10.108 31.000 28.960
to 120 10.108 -0.974
213 -78.40 -0.2543 41. 108 -10.455 Vel = -13.574
213 33.49 1.536 10.000 17.529 K Factor:;::: 8.0
to 120 -0.325
214 -44.91 -0.0907 10.000 -0.907 Vel :;::: -7.776
214 32.30 1. 536 10.000 16.297 K Factor = 8.0
to 120
215 -12.61 -0.0087 10.000 -0.087 Vel = -2.183
215 32.21 1. 536 10.000 16.211 K Factor = 8.0
to 120 0.325
216 19.60 0.0196 10.000 0.196 Vel = 3.394
216 32.72 1.536 10.000 16.731 K Factor = 8.0
to 120 0.325
217 52.32 0.1204 10.000 1. 204 Vel :;::: 9.059
217 34.18 1. 536 IT 10.108 20.550 18.259 K Factor = 8.0
to 120 10.108 0.650
160 86.50 0.3051 30.658 9.353 Vel = 14.977
160 1. 687 IT 10.044 4.500 28.263
to 120 10.044 2.166
60 86.50 0.1932 14.544 2.810 Vel 12.416
86.50 33.239 K Factor 15.00
79 -3.95 1. 687 IT 10.044 4.500 34.165
to 120 10.044 -2.166
179 -3.95 -0.0006 14.544 -0.009 Vel -0.567
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 14
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. "e" or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
179 1. 536 2T 10.108 90.000 31. 990
to 120 20.216
159 -3.95 -0.0010 110.216 -0.111 Vel -0.684
159 1. 687 IT 10.044 4.500 31. 879
to 120 10.044 2.166
59 -3.95 -0.0006 14.544 -0.009 Vel -0.567
-3.95 34.036 K Factor -0.68
78 -2.82 1. 687 IT 10.044 4.500 34.881
to 120 10.044
178 -2.82 -0.0003 14.544 -0.005 Vel -0.405
178 1. 536 2T 10.108 90.000 34.876
to 120 20.216 -2.166
158 -2.82 -0.0005 110.216 -0.060 Vel -0.488
158 1. 687 IT 10.044 4.500 32.650
to 120 10.044 2.166
58 -2.82 -0.0003 14.544 -0.005 Vel -0.405
-2.82 34.811 K Factor -0.48
77 -2.05 1. 687 IT 10.044 4.500 35.611
to 120 10.044 -2.166
177 -2.05 -0.0002 14.544 -0.003 Vel -0.294
177 1. 536 2T 10.108 90.000 33.442
to 120 20.216
157 -2.05 -0.ElO03 110.216 -0.033 Vel -0.355
157 1. 687 IT 10.044 4.500 33.409
to 120 10.044 2.166
57 -2.05 -0.0002 14.544 -0.003 Vel -0.294
-2.05 35.572 K Factor -0.34
76 -1.73 1. 687 IT 10.044 4.500 36.351
to 120 10.044 -2.166
176 -1. 73 -0.0001 14.544 -0.002 Vel -0.248
176 1.536 2T 10.108 90.000 34.183
to 120 20.216
156 -1.73 -0.0002 110.216 -0.024 Vel -0.300
156 1.687 IT 10.044 4.500 34.159
to 120 10.044 2.166
56 -1.73 -0.0001 14.544 -0.002 Vel -0.248
-1.73 36.323 K Factor -0.29
75 -1. 95 1. 687 IT 10.044 4.500 37.100
to 120 10.044 -2.166
175 -1. 95 -0.0002 14.544 -0.003 Vel -0.280..
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 15
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. "e" or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
175 1.536 2T 10.108 90.000 34.932
to 120 20.216
155 -1.95 -0.0003 110.216 -0.030 Vel -0.338
155 1. 687 IT 10.044 4.500 34.902
to 120 10.044 2.166
55 -1.95 -0.0002 14.544 -0.003 Vel -0.280
-1. 95 37.065 K Factor -0.32
74 -2.65 1. 687 IT 10.044 4.500 37.859
to 120 10.044 -2.166
174 -2.65 -0.0003 14.544 -0.004 Vel -0.380
174 1. 536 2T 10.108 90.000 35.689
to 120 20.216
154 -2.65 -0.0005 110.216 -0.053 Vel -0.459
154 1. 687 IT 10.044 4.500 35.635
to 120 10.044 2.166
54 -2.65 -0.0003 14.544 -0.004 Vel -0.380
-2.65 37.797 K Factor -0.43
73 -3.71 1.687 IT 10.044 4.500 38.631
to 120 10.044 -2.166
173 -3.71 -0.0006 14.544 -0.008 Vel -0.533
173 1. 536 2T 10.108 90.000 36.457
to 120 20.216
153 -3.71 -0.0009 110.216 -0.099 Vel -0.642
153 1.687 IT 10.044 4.500 36.358
to 120 10.044 2.166
53 -3.71 -0.0006 14.544 -0.008 Vel -0.533
-3.71 38.516 K Factor -0.60
72 -5.09 1. 687 IT 10.044 4.500 39.423
to 120 10.044 -2.166
172 -5.09 -0.0010 14.544 -0.015 Vel -0.731
172 1.536 2T 10.108 90.000 37.243
to 120 20.216
152 -5.09 -0.0016 110.216 -0.178 Vel -0.881
152 1.687 IT 10.044 4.500 37.065
to 120 10.044 2.166
52 -5.09 -0.0010 14.544 -0.015 Vel -0.731
-5.09 39.216 K Factor -0.81
71 -6.76 1. 687 IT 10.044 4.500 40.242
to 120 10.044 -2.166
171 -6.76 -0.0017 14.544 -0.025 Vel -0.970..
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 16
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. nCn or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
171 1. 536 2T 10.108 90.000 38.051
to 120 20.216
151 -6.76 -0.0027 110.216 -0.301 Vel -1.170
151 1.687 IT 10.044 4.500 37.750
to 120 10.044 2.166
51 -6.76 -0.0017 14.544 -0.025 Vel -0.970
-6.76 39.891 K Factor -1. 07
8 -8.15 1. 452 2E 3.843 100.000 41.130
to 120 2T 7.686 23.059
1 -8.15 -0.0051 123.059 -0.625 Vel -1.579
-8.15 40.505 K Factor -1.28
16 -10.57 1. 452 2E 3.843 100.000 42.141
to 120 2T 7.686 23.059
9 -10.57 -0.0082 123.059 -1.010 Vel -2.048
-10.57 41. 131 K Factor -1. 65
22 -13.14 1. 452 2E 3.843 100.000 43.217
to 120 2T 7.686 23.059
17 -13.14 -0.0123 123.059 -1.511 Vel -2.546
-13.14 41. 706 K Factor -2.03
24 -15.93 1. 452 2E 3.843 100.000 44.377
to 120 2T 7.686 23.059
23 -15.93 -0.0175 123.059 -2.158 Vel -3.087
-15.93 42.219 K Factor -2.45
26 -18.96 1. 452 2E 3.843 100.000 45.644
to 120 2T 7.686 23.059
25 -18.96 -0.0242 123.059 -2.978 Vel -3.674
-18.96 42.666 K Factor -2.90
28 -22.26 1. 452 2E 3.843 100.000 47.042
to 120 2T 7.686 23.059
27 -22.26 -0.0326 123.059 -4.008 Vel -4.313
-22.26 43.034 K Factor -3.39
30 -25.84 1. 452 2E 3.843 100.000 48.602
to 120 2T 7.686 23.059
29 -25.84 -0.0429 123.059 -5.281 Vel -5.007
Computer Programs by Hydratec Inc.
Route III
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SUMMIT FIRE PROTECTION Page 17
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. nCn or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
-25.84 43.321 K Factor -3.93
33 -32.86 1. 452 2E 3.843 100.000 51.764
to 120 2T 7.686 23.059
32 -32.86 -0.0669 123.059 -8.238 Vel -6.367
-32.86 43.526 K Factor -4.98
35 -32.34 1. 452 2E 3.843 100.000 51. 645
to 120 2T 7.686 23.059
34 -32.34 -0.0650 123.059 -7.998 Vel -6.266
-32.34 43.647 K Factor -4.90
37 -32.09 1. 452 2E 3.843 100.000 51.589
to 120 2T 7.686 23.059
36 -32.09 -0.0641 123.059 -7.884 Vel - 6.218
-32.09 43.705 K Factor -4.85
39 -32.03 1. 452 2E 3.843 100.000 51.573
to 120 2T 7.686 23.059 5.630
38 -32.03 -0.0638 123.059 -7.857 Vel -6.206
-32.03 49.346 K Factor -4.56
71 -5.97 1. 452 2E 3.843 100.000 40.242
to 120 2T 7.686 23.059
51 -5.97 -0.0029 123.059 -0.351 Vel -1. 157
-5.97 39.891 K Factor -0.95
82 92.77 3.314 12.500 33.007
to 120
81 92.77 0.0082 12.500 0.103 Vel 3.451
81 89.97 3.314 12.500 33.109
to 120
80 182.74 0.0288 12.500 0.360 Vel 6.797
80 78.40 3.314 12.500 33.469
to 120
79 261. 14 0.0557 12.500 0.696 Vel 9.713
79 3.95 3.314 12.500 34.165
to 120
78 265.09 0.0573 12.500 0.716 Vel 9.860
78 2.82 3.314 12.500 34.881
to 120
77 267.91 0.0584 12.500 0.730 Vel 9.965
77 2.05 3.314 12.500 35.611
to 120
76 269.96 0.0592 12.500 0.740 Vel 10.041
Computer Programs by Hydratec Inc.
Route III
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION Page 18
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. nCn or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
76 1. 73 3.314 12.500 36.351
to 120
75 271. 69 0.0599 12.500 0.749 Vel 10.106
75 1.95 3.314 12.500 37.100
to 120
74 273.64 0.0607 12.500 0.759 Vel 10.178
74 2.65 3.314 12.500 37.859
to 120
73 276.29 0.0618 12.500 0.773 Vel 10.277
73 3.71 3.314 12.500 38.631
to 120
72 280.00 0.0634 12.500 0.792 Vel 10.415
72 5.09 3.314 12.500 39.423
to 120
71 285.09 0.0655 12.500 0.819 Vel 10.604
71 12.73 3.314 12.500 40.242
to 120
8 297.82 0.0710 12.500 0.888 Vel 11. 077
8 8.15 3.26 12.500 41.130
to 120
16 305.97 0.0809 12.500 1.011 Vel 11. 761
16 10.56 3.26 12.500 42.141
to 120
22 316.53 0.0861 12.500 1.076 Vel 12.167
22 13.14 3.26 12.500 43.217
to 120
24 329.67 0.0928 12.500 1.160 Vel 12.672
24 15.93 3.26 12.500 44.377
to 120
26 345.60 0.1013 12.500 1.266 Vel 13.284
26 18.96 3.26 12.500 45.644
to 120
28 364.56 0.1118 12.500 1. 398 Vel 14.013
28 22.27 3.26 12.500 47.042
to 120
30 386.83 0.1248 12.500 1.560 Vel 14.869
30 25.83 3.26 IT 20.159 5.500 48.602
to 120 20.159
31 412.66 0.1407 25.659 3.609 Vel 15.862
31 -541.98 3.26 IT 20.159 7.000 52.211
to 120 20.159
33 -129.32 -0.0164 27.159 -0.446 Vel -4.971
33 32.86 3.26 12.500 51. 764
to 120
35 -96.46 -0.0095 12.500 -0.119 Vel -3.708
Computer Programs by Hydratec Inc.
Route III
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SUMMIT FIRE PROTECTION Page 19
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. nCn or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
35 32.34 3.26 12.500 51. 645
to 120
37 -64.12 -0.0045 12.500 -0.056 Vel -2.465
37 32.09 3.26 12.500 51.589
to 120
39 -32.03 -0.0013 12.500 -0.016 Vel -1.231
-32.03 51.573 K Factor -4.46
62 91. 98 3.314 12.500 32.735
to 120
61 91. 98 0.0081 12.500 0.101 Vel 3.421
61 102.36 3.314 12.500 32.836
to 120
60 194.34 0.0322 12.500 0.403 Vel 7.228
60 86.50 3.314 12.500 33.239
to 120
59 280.84 0.0637 12.500 0.796 Vel 10.446
59 -3.95 3.314 12.500 34.035
to 120
58 276.89 0.0621 12.500 0.776 Vel 10.299
58 -2.82 3.314 12.500 34.811
to 120
57 274.07 0.0609 12.500 0.761 Vel 10.194
57 -2.05 3.314 12.500 35.572
to 120
56 272.02 0.0601 12.500 0.751 Vel 10.118
56 -1.73 3.314 12.500 36.323
to 120
55 270.29 0.0594 12.500 0.742 Vel 10.053
55 -1. 95 3.314 12.500 37.065
to 120
54 268.34 0.0586 12.500 0.732 Vel 9.981
54 -2.65 3.314 12.500 37.797
to 120
53 265.69 0.0575 12.500 0.719 Vel 9.882
53 -3.71 3.314 12.500 38.515
to 120
52 261. 98 0.0560 12.500 0.700 Vel 9.744
52 -5.09 3.314 12.500 39.215
to 120
51 256.89 0.0540 12.500 0.675 Vel 9.555
51 -12.73 3.314 12.500 39.891
to 120
1 244.16 0.0492 12.500 0.615 Vel 9.082
Computer Programs by Hydratec Inc.
Route 111
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SUMMIT FIRE PROTECTION Page 20
WAREHOUSE ADDITION Date
Hyd. Qa Dia. Fitting Pipe pt pt
Ref. nCn or Ftng's Pe Pv ******* Notes ******
Point Qt Pf/UL Eqv. Ln. Total Pf Pn
1 -8.14 3.26 12.500 40.505
to 120
9 236.02 0.0500 12.500 0.625 Vel 9.072
9 -10.57 3.26 12.500 41. 131
to 120
17 225.45 0.0460 12.500 0.575 Vel 8.666
17 -13.14 3.26 12.500 41. 705
to 120
23 212.31 0.0411 12.500 0.514 Vel 8.161
23 -15.93 3.26 12.500 42.220
to 120
25 196.38 0.0356 12.500 0.445 Vel 7.548
25 -18.96 3.26 12.500 42.665
to 120
27 177.42 0.0295 12.500 0.369 Vel 6.820
27 -22.26 3.26 12.500 43.033
to 120
29 155.16 0.0230 12.500 0.288 Vel 5.964
29 -25.84 3.26 12.500 43.321
to 120
32 129.32 0.0164 12.500 0.205 Vel 4.971
32 -32.86 3.26 12.500 43.527
to 120
34 96.46 0.0095 12.500 0.119 Vel 3.708
34 -32.34 3.26 12.500 43.646
to 120
36 64.12 0.0045 12.500 0.056 Vel 2.465
36 -32.09 3.26 12.500 43.702
to 120 5.630
38 32.03 0.0013 12.500 0.016 Vel 1.231
32.03 49.348 K Factor 4.56
31 541.98 4.31 IE 13.937 3.000 52.211
to 120 13.937
TOR 541.98 0.0598 16.937 1. 013 Vel 11. 918
TOR 4.31 12 13.937 15.000 53.223
to 120 13.937 3.898
BFLY 541.98 0.0598 28.937 1. 730 Vel 11.918
BFLY 4.026 lK 14.000 4.000 58.851
to 120 1B 12.000 26.000 1.299
STUB 541. 98 0.0833 30.000 2.500 Vel = 13.659
STUB 100.00 6.16 IE 20.084 125.000 62 . 650 Qa = 100
to 140 IT 43.037 67.425 2.599
POC 641. 98 0.0108 1G 4.304 192.425 2.078 Vel = 6.911
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMIT FIRE PROTECTION
WAREHOUSE ADDITION
Page 21
Date
Hyd. Qa Dia.
Ref. ncn
Point Qt Pf/UL
400.00
1041. 98
Fitting
or
Eqv. Ln.
Pipe
Ftng's
Total
pt
Pe
Pf
67.327'
pt
Pv
Pn
******* Notes ******
Qa = 400.00
K Factor = 126.99
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
SUMMJ'T' F1 RE PROTECTION
WAREHUG;; ADDI'x'ION
Page 22
Date
Auto Peaking Summary
List of Pipes for Area Calculated
Left Right
Side ,ide
From To Length From '1'0 Length
180 213 31. 000 206 162 20.500
181 207 20.500 212 161 20.500
182 201 20.500 217 J 60 20.550
Flow
Required
Pressure
Required
Pressure
Differential
LEFT 10.000
AREA CALCULATED
RIGHT 10.000
I
I
I
1041.36
10 .98
1042.65
66.857
67.327
67.013
-0.470
0.000
-0.314
Typical Distance Between Heads = 10.000
Split Point Used in Area Calculated = 204
Computer Programs by Hydratec Inc.
Route 111
Windham N.H. USA 03087
. ,._..cJOE>=FF /30/.29
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ADDRESS
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PLANS - /
INSTAUATlON CONFORMS 10 ACCEPTED PlANS ~~ DNa
EQUIPMENT USED IS APPROVED DNO
IF NO. EXPLAIN DEVIATIONS
/
HAS PERSON IN OiARGE OF ARE EQUIPMENT BEEN INSTRUCTED AS 10 LOCATION .YES DNO
OF CONTROl VALVES AND CARE AND MAINTENANCE OF THIS NEW EQUIPMENT
IF NO. EXPLAIN
- /
INSTRUcnONS HAVE COPIES OF THE FOLLOWING BEEN lEFT ON THE PREMISES ~ DNO
1. SYSTEM COMPONENTS INSTRUCTIONS . . DNO
2. CARE AND MAINTENANCE INSTRUCTlONS ~~ DNa
. 3. NFPA13A DNO
SUPPUES BUILDINGS
LOCATION W"("'~ LD U ")~ ~61; \..:0 ^
lJFSYSTEM
........ . YEAR OF ORIACE TEMPERATURE
MAKE MODEL MANUFAcnJRER SIZE OUANTITY RATING
\), \c. W'-'" ~oJe 1 l-t lli)(~ "- \- &00 ., \ ~ 2 1;2-' J8toO
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TIME 10 TRlp. WATER 'AlA . TRIP POlNT ,TlMEWATER . AlARM
THAOUGH TESt PRESSURE PRESSURE AIR PRESSURE . REAaiSl . . OPERATED
:.=:-:--.~~"'":. ", ., CONNECnON ... .' TEST~ PROPERlY
MIN. . I 'SEe, "'PSt . ~ -' . . c. ... . ;.-.PSt ''':',V',-::' "..;., .:.' -" .- 'PSI-."";>' .: -..! ......M1N.;="t.~ I ~sec. ~:...:"'" ;;'YES.~ ~1'40 ::''2:.-
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DRY PtPE onn
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TEST
DESCRIPTION
TESTS
/Y
BLANK TESTING
GASKETS
WELDING
CUTOUTS
(DISKS)
HYDRAULIC
DATA
NAMEPLATE
REMARKS
SIGNATURES
~~-. ,,"'....;
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DYES DNO
DYES DNO
HYDROSTATIC: Hydrostatic teSts shalf be made at not Jess than 200 psi (13.6 bars) for two hoofs or 50 psi (3.4 bars) above static pressure in EOO:eSs
of 150 psi (10.2b3rs) for two hours.. Differential dry-pipe valve dappers shall be left open during test to prevent damage. All aboveground piping
leakage shalf be stopped.
PNEUMATIC: Estabfish 40 psi (2.7 bars) air pressure and measure drop which shall not exceed 1 Yz psi (0.1 bars) in 24 hours. Test pressure tanks at
nonnaf water levef and air pressure and measure air pressum drop which shall not exceed 1 Yz Ps! (0.1 bars) in 24 hours.
ALL PIPING HYDROSTATICAllY TESTED AT PSI FOR
DRY PIPING PNEUMATICALLY TESTED ~ YES 0 NO
EQUIPMENT OPERATES PROPERLY ~ES 0 NO
HAS.
IF NO. STATE REASON
00 YOU CERTIFY AS mE SPRINKlER CONTRACTOR THAT ADDIT1VES AND CORROSIVE CHEMICALS, SODIUM SIUCATE OR DERIVATIVES
OF ODIUM SILICATE. 8RINE, OR OTHER CORROSIVE CHEMICALS WERE NOT USED FOR TESTING SYSTEMS OR STOPPING LEAKS?
N
DRAIN READING OF GAGE LOCATED NEA WATER SUPPLY TEST PIPE:
TEST STAnC PRESSURE SI
RESIDUAL PRESSURE WITH VAlVE IN TEST PIPE OPEN WIDE
~5 'PSI
Underground mains and lead in connections to system risers flushe,d before.connection made to sprinkJer piping.
VERIFIED 8Y CO~ OF THE U FORM NO. 858 ivES 0 NO OfHER EXPLA.IN
FLUSHED BY INSTAlLER OF UNDER- /
GROUND SPRINKLER PIPING, lli7YES 0 NO
NUMBER USEp
/JONE-
WELDED PIPING
NUM8ER REMOVED
IFYES_. _
DO YOU CERTIFY AS THE SPRINKlER CONTRACTOR THAT WELDING PROCEDURES COMPLY
WITH THE REOUIREMENTS OF AT LEAST AWS 010.9., LEVEL AR-3
~ES
ONO
00 YOU CERllFY THAT THE WELDING WAS PERFORMED 8Y WELDERS QUALIFIED IN
COMPLIANCE Wffii THE REOUIREMENlS OF AT LEASTAWS 010.9, LEVEL AR-3
~ES
ONO
00 YOU CERllFY THATWEl..DING WAS CARRIED OUT IN COMPUANCE WITH A
DOCUMENTED QUAUTY CONTROL PRQC8)URE 10 INSURE THAT ALL DISCS ARE
RETRIEVED, THAT OPENINGS IN ptPING ARE SMOOTH, THAT SlAG AND OTHER
W8...DING RESIDUE ARE REMOVED, AND THAT THE INTERNAL DIAMETERS OF
PIPING ARE NOT PENETRATED
00 YOU CERTIFY THAT YOU HAVE A CONTROL FEATURE m ENSURE THAT ALL
cumUTS (DISKS) ARE RETRIEVED .
~ES 0 NO
-/-rES 0 NO
IF NO, EXPLA.IN
N~EPLA.TE PROVIDED
~YES 0 NO
DATE L&'IIN SERVICE WITH ALL CONTROL VALVES OPEN:
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-'~~.~ CtiJ:'::Sj1:.;t';:~(~$:jf:%';~~~~~rti~i~~:~i~~;t;;~~:r~j:if~~iJ~~-F~e:..:~:.:~i:...~;:
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'JIKlN(;@
1. PRODUCT NAME
Viking Micromati~ Model M-5
Horizontal Sidewall Sprinkler
Sprinkler Base Part Number 09849
2. MANUFACTURER
The Viking Corporation
210 N. Industrial Park Road
Hastings, Michigan 49058, U.S.A.
Telephone: (616) 945-9501
(877) 384-5464
Fax: (616) 945-9599
e-mail: techsvcs@vikingcorp.com
3. PRODUCT DESCRIPTION
The Viking MicromatiC@ Model M-5 Hori-
zontal Sidewall Sprinkler is a small,
standard response, thermosensitive
glass-bulb spray sprinkler. The sprinkler
features a small frame with a pip-cap
and spring sealing assembly held in
place by a rugged 5 mm glass bulb.
Viking Micromati~ Model M-5 Horizon-
tal Sidewall Sprinklers are available with
finishes and temperature ratings to meet
design requirements. The special T et-
lon<<l and Polyester coatings can be used
in decorative applications where colors
are desired. In addition, these two fin-
ishes are corrosion resistant and pro-
vide protection against many corrosive
environments.
During fire conditions, the heat-sensitive
liquid in the glass bulb expands, causing
the bulb to shatter, releasing the pip-cap
and sealing spring assembly. Water
flowing through the sprinkler orifice
strikes the sprinkler deflector, forming a
uniform spray pattern to extinguish or
control the fire.
The sprinklers may be ordered and/or
used as open sprinklers (glass bulb and
pip-cap assembly removed) on deluge
systems.
4. TECHNICAL DATA
LISTINGS AND APPROVALS
Refer to Table 2 on page 14 g.
Glass-bulb fluid temperature rated to
-65 of (-55 OC).
Rated to 175 psi (1 207 kPa) water work-
ing pressure.
Factory tested hydrostatically to 500 psi
(3 448 kPa).
Minimum operating pressure: 7 psi (48,3
kPa)
Spring: USA Patent No. 4,167,974
Bulb: USA Patent No.4, 796, 710
SPRINKLER MATERIALS
Frame: Brass Castings UNS-C84400
Vertical Deflector: Brass UNS-C26000
I .
I
TECHNICAL DATA
Horizontal Deflector: Copper
UNS-C 19500
Bulb: Glass, nominal 5 mm diameter
Seal: T eflonf) Tape
Spring: Nickel Alloy
Screw: Brass UNS-C36000
Pip Cap: Copper U NS-C 11000 and
Stainless Steel UNS-S30400
Polyester-Coated Sprinklers:
Spring: Nickel alloy, exposed
Screw: Brass UNS-C36000
Painted white for appearance only.
Pip Cap: Copper UNS-C 11000 and
Stainless Steel UNS-S30400
Teflon@-Coated Sprinklers:
Screw: Brass UNS-C36000
Painted black for appearance only.
Spring: Nickel Alloy, exposed
Pip Cap: Copper UNS-C 11000 and
Stainless Steel UNS-S30400, Tef.
lon@ Coated
SPRINKLER FINISHES
Chrome-Enlo~ (patents pending),
Brass, Bright Brass, White Polyester,
Navajo White Polyester, Black Polyes-
ter, Black Teflon@, and Wax-Coated
Brass or Wax Over Polyester
ACCESSORIES
Sprinkler Wrenches:
II
MicromatictD MODEL M-5
HORIZONTAL SIDEWAll
.SPRINKlER
Standard Response: For Light
Hazard and Ord,inary Hazard
Group I and II Occupancies
A. Standard Micromaticf) wrench: Part
No.05000CW/B
B. Wrench for coated and recessed
Micromatic4D sprinklers: Part No.
07398W*
* A %M ratchet is required (not available
from Viking).
Refer to the "SPRINKLER ACCES-
SORIES" section of the Viking Engi-
neering and Design Data book for other
accessories.
5. AVAILABilITY AND SERVICE
Viking sprinklers are available through a
network of domestic, Canadian, and in-
ternational distributors. See the Yellow
Sprinkler Nominal Ceiling Temperature at Sprinkler
Temperature Sprinkler Max. Ambient Max. Recommended Bulb Color3
Classification Temp. Rating Temp. Allowed1 Ambient Temp.2
(Fusing Point)
Ordinary 135 OF (57 oc) 115 OF (46 oc) 100 OF (38 OC) Orange
Ordinary 155 OF (68 oc) 135 OF (57 OC) 100 OF (38 OC) Red
Intermediate 175 OF (79 OC) 155 OF (68 OC) 150 OF (65 OC) Yellow
Intermediate 200 OF (93 oc) 180 OF (82 OC) 150 OF (65 OC) Green
High 286 OF (141 oc) 266 OF (130 OC) 225 OF (107 OC) Blue
Sprinkler Finishes: Brass, Bright Brass, Chrome-Enloy@, White Polyester, Navajo WhitE!
Polyester, Black Polyester, and Black Teflon@
Corrosion-Resistant Coatings4: Polyester and Teflon@ in all temperatures, and Wax- 1
Coated Brass and Wax Over Polyester in the following temperatures:
135 OF (57 oc) White Wax 175 OF (79 OC) Dark Brown Wax
155 OF (68 oc) Light Brown Wax 200 OF (93 OC) Dark Brown Wax
Footnotes 1 Based on National Fire Prevention and Control Administration Contract No. 7-34860. I
2 Based on NFPA-13. Other limits may apply, depending on fire loading, sprinkler location,
and other requirements of the Authority Having Jurisdiction. Refer to specific installation
standards. I
3 The temperature rating is stamped on the deflector.
4 The corrosion-resistant coatings have passed the standard corrosion test required by the
approving agencies indicated (refer to Table 2 on page 14 g). These tests cannot and do I
not represent all possible corrosive environments. Prior to installation, verify through the I
end-user that the coatings are compatible or suitable for the proposed environment. The
coatings indicated are applied to the exposed exterior surfaces only and, therefore, cannot
be used as open sprinklers. Note that the spring is exposed on the Teflon"'and Polyester j
coated sprinklers.
Table 1
Note: Units of measure in parentheses may be approximations.
Form No. F._123096
Replaces sprinkler page 14 e-g, dated May 16, 1997
(updated approved finish and escutcheon lists and
revised pip-cap materials).
Sprinkler 14 f .
~IKlN~@
Pages of the telephone directory for a lo-
cal distributor (listed under "Sprin-
klers-Automatic-Fire") or contact Viking.
Viking Technical Data may be found on
The Viking Corporation's Web site at
http://www.vikingcorp.com.
The Web site may include a more recent
edition of this technical data page.
6. GUARANTEES
For details of warranty, refer to Viking's
current list price schedule or contact The
Viking Corporation directly.
7. INSTALLATION
WARNING: Viking sprinklers are manu-
factured and tested to meet the rigid re-
quirements of the approving agencies.
The sprinklers are designed to be in-
stalled in accordance with recognized
installation standards. Deviation from
the standards or any alteration to the
sprinkler after it leaves the factory in-
cluding, but not limited to: painting, plat-
ing, coating, or modification, may render
the sprinkler inoperative and will auto-
matically nullify the approvals and any
guarantee made by The Viking Corpora-
tion. Refer to the Authority Having Juris-
diction prior to installation.
A. Sprinklers are to be installed in accor-
dance with the latest published stan-
dards of the National Fire Protection
Association, Factory Mutual, Loss
Prevention Council, Assemblee
Pleniere, Verband der
Sachversicherer or other similar or-
ganizations, and also with the provi-
sions of governmental codes, ordi-
nances, and standards whenever ap-
plicable.
B. Sprinklers must be handled with care.
They must be stored in a cool, dry
place in their original shipping con-
tainer. Never install sprinklers that
have been dropped, damaged, or ex-
posed to temperatures in excess of
the maximum ambient temperature
allowed (such sprinklers should be
destroyed immediately). Never in-
stall any glass-bulb sprinkler if the
bulb is cracked or if there is a loss of
liquid from the bulb. If a glass bulb
lacks the appropriate amount of fluid,
it should be set aside and returned to
Viking (or an authorized Viking dis-
tributor) for analysis as soon as pos-
sible. If the sprinkler is not returned to
Viking, it should be destroyed imme-
diately.
C. Corrosion-resistant sprinklers must
be installed when subject to corro-
TECHNICAL DATA
sive atmospheres. When installing
corrosion-resistant sprinklers, take
care not to damage the corro-
sion-resistant coating. Use only the
special wrench designed for install-
ing coated and recessed Viking
sprinklers. (Any other wrench may
damage the unit.) DO NOT use the
sprinkler deflector to start or thread
the sprinkler into a fitting.
D. Use care when locating sprinklers
near fixtures that can generate heat.
Do not install sprinklers where they
will be exposed to temperatures that
exceed the maximum recommended
ambient temperature for the temper-
ature rating used.
E. Before installation, be sure to have
the appropriate sprinkler model and
style, with the proper orifice size,
temperature rating, and response
characteristics. Locate Micromatic@
Model M-5 Horizontal Sidewall Sprin-
klers with the deflectors between 4"
and 12" (102 mm and 305 mm) below
ceilings and 4" to 6" (102 mm to 152
mm) from walls. Exception: Hori-
zontal sidewall sprinklers may be in-
stalled with deflectors less than 4"
(102 mm) from the wall on which they
are mounted. Align horizontal side-
wall sprinklers with the deflectors
parallel to the ceiling or roof. The
sprinklers must be installed after the
piping is in place to prevent mechani-
cal damage.
1. Install escutcheon (if used), which
is designed to thread onto the ex-
ternal threads of the sprinkler. Re-
fer to the "Sprinkler Accessories"
section of the Viking Engineering
and Design Data book for ap-
proved escutcheons and other ac-
cessories.
2. Apply a small amount of pipe-joint
compound or tape to the external
threads of the sprinkler only, tak-
ing care not to allow a build-up of
compound in the sprinkler inlet.
3. Install the sprinkler on the piping
using the special sprinkler wrench
only, taking care not to over-
tighten or damage the sprinkler
operating parts. DO NOT use the
deflector to start or thread the
sprinkler into a fitting.
F. After installation, the entire sprinkler
system must be tested in accordance
with the recognized installation stan-
dards. The test is applied after the
sprinkler installation to ensure that no
damage has occurred to the sprinkler
June 4,1999
I
Micromaticf> MODEL M-5
HORIZONTAL SIDEWALL
SPRINKLER
during shipping and installation, and
to make sure the sprinkler has been
properly tightened. If a thread leak
occurs, normally the sprinkler must
be removed, new pipe-joint com-
pound or tape applied, and then rein-
stalled. This is due to the fact that
when the joint seal is damaged, the
sealing compound or tape is washed
out of the joint. Air testing the sprin-
kler piping prior to testing with water
may be' considered in areas where
leakage during testing must be pre-
vented. Refer to the appropriate
technical data and the Authority Hav-
ing Jurisdiction prior to air testing the
sprinkler piping.
G. Sprinklers must be protected from
mechanical damage. Wet pipe sys-
tems must be provided with ade-
quate heat.
8. MAINTENANCE
NOTICE: The owner is responsible for
maintaining the fire-protection system
and devices in proper operating condi-
tion. For minimum maintenance and in-
spection requirements, refer to the ap-
propriate National Fire Protection Asso-
ciation's pamphlet that describes care
and maintenance of sprinkler systems.
In addition, the Authority Having Juris-
diction may have additional mainte-
nance, testing, and inspection require-
ments that must be followed.
A. The sprinklers must be inspected on a
regular basis for corrosion, mechani-
cal damage, obstructions, paint, etc.
The frequency of the inspections
may vary due to corrosive atmo-
spheres, water supplies, and activity
around the device.
B. Sprinklers that have been painted or
mechanically damaged must be re-
placed immediately. Standard re-
sponse sprinklers showing signs of
corrosion shall be tested and/or re-
placed immediately as required.
Sprinklers that are 50 years old shall
be tested and/or replaced immedi-
ately as required. Sprinklers that
have operated cannot be reassem-
bled or re-used, but must be re-
placed. When replacing sprinklers,
use only new sprinklers.
C. The sprinkler discharge pattern is crit-
ical for proper fire protection. There-
fore, nothing should be hung from, at-
tached to, or otherwise obstruct the
discharge pattern. All obstructions
must be immediately removed or, if
June 4, 1999
"IKlN~@
TECHNICAL DATA
i
Sprinkler 14 9
Micromatic<<l MODEL M-5
HORIZONTAL SIDEWALL
SPRINKLER
Approval Chart
Micromatic@ Model M-5 Horizontal Sidewall Sprinkler
(Standard Response, 5 mm Glass Bulb)
KEY
r--- Temperature
+.-Finish
A 1 X +-Escutcheon (if applicable)
Nominal Nominal Overall
Th read Size Orifice DeSCriPtiOn_::-:-;.+::-::.~ -factor Length
,N.P.T. B.S.P. Inches mm ----r- Style . Base P/N1~2'I_rnetric:j~nches mm
r- W' J_~~m Y2 15! Horizontal L_098~~___L:~.J _~~__j 2.5 64
! Approved Temperatures Approved Finishes
i
A - 1'35 of (57 oC), 155 of (68 OC),
175 of (79 DC), 200 of (93 oc),
and 286 of (141 oc)
B - 135 OF (57 oc), 155 of (68 OC),
175'F (79 oc), and 200 of (93 "C)
1 - Brass, Bright Brass, Chrome-Enloy~. Wtlite
POlyester5, Navajo White Polyester'), Black
POlyester5, Black Tefton" 5, Wax-Coated Brass5,
and Wax-Ceated Polyesters
Footnotes
Listings2
c-uL3l FM I LPCB i
+--+---,
I t
A1X,B1Y A1X,B1Y! - i
L--L____
UL3
Approved Escutcheons
x - Standard surface-mounted escutcheon
or MicrofasfID Model F-1 Adjustable
Escutcheon6
Y - Recessed with Micromatic@ Model E-1
Adjustable Recessed Escutcheon
1 Base part number is shown. For complete part number. see Viklflg'S current price schedule.
:' This table shows the listings and approvals available at the time or printing. Other approvals are in process. Check with the manufacturer
for any additional approvals.
I 1 UL and C-UL Listed for Light Hazard, Ordinary Hazard Group I, and Ordinary Hazard Group" occupancies. Locate Micromatic~ Model
M-5 Horizontal Sidewall Sprinklers with deflectors 4" to 12" (102 mm to 305 mm) below ceilings, and 4" to 6" (102 mm to 152 mm) from
walls. Exception: Horizontal sidewall sprinklers may be installed with the deflectors less than 4" (102 mm) from the wall in which Hiey are
installed. Align horizontal sidewall sprinklers with top of deflectors parallel to the ceiling or roof.
4 Metric K-Factor shown is for use when pressure is measured in kPa. When pressure is measured in BAR, multiply the metric K-Factor
shown by 10.0
') UL and C-UL Listed as corrosion-resistant sprinklers.
6 The Microfas~ Model F-1 Adjustable Escutcheon is considered a surface-mounted escutcheon because it does not allow the fusible ele-
ment of the sprinkler to be recessed behind the face of the wall or ceiling.
I
l_____
necessary, additional sprinklers in-
stalled.
D. When replacing existing sprinklers,
the system must be removed from
service. Refer to the appropriate sys-
tem description and/or valve instruc-
tions. Prior to removing the system
from service, notify all Authorities
Having Jurisdiction. Consideration
should be given to employment of a
fire patrol in the affected area.
Table 2
1. Remove the system from service,
drain all water, and relieve all
pressure on the piping.
2. Using the special sprinkler wrench,
remove the old sprinkler and in-
stall the new unit. Care must be
taken to ensure that the replace-
ment sprinkler is the proper model
and style, with the appropriate ori-
fice size, temperature rating, and
response characteristics. A fully
stocked spare sprinkler cabinet
should be provided for this pur-
pose.
3. Place the system back in service
and secure all valves. Check and
repair all leaks.
E. Sprinkler systems that have been
subjected to a fire must be returned
to service as soon as possible. The
entire system must be inspected for
damage and repaired or replaced as
necessary. Sprinklers that have
been exposed to corrosive products
of combustion or high ambient tem-
peratures, but have not operated,
should be replaced. Refer to the Au-
thority Having Jurisdiction for mini-
mum replacement requirements.
September 28, 1998
'JIKlNGi@
TECHNICAL DATA
Upright
Pendent
Conventional
Viking Micromatic@ Model M Sprinkler
Figure A
1. PRODUCT NAME
Viking Micromatie@ Model M
Sprinkler
Styles: Upright, Pendent, and
Conventional
Manufactured since 1997
2. MANUFACTURER
THE VIKING CORPORATION
210 N. Industrial Park Road
Hastings, Michigan 49058, U.S.A.
Telephone: (616) 945-9501
(877) 384-5464
Fax: (616) 945-9599
e-mail: techsvcs@vikingcorp.com
3. PRODUCT DESCRIPTION
The Viking Micromati~ Model M Sprin-
kler is a small, thermosensitive glass-
bulb spray sprinkler. The sprinkler is
available in several styles, finishes, tem-
perature ratings, and orifice sizes to
meet design requirements. The small
frame and rugged 5 mm glass bulb are
aesthetically pleasing. Used in conjunc-
tion with one of the various corrosion-re-
sistant coatings, the unit provides pro-
tection against many corrosive environ-
ments. In addition, the special polyester
or T eflon@ coatings can also be used in
decorative applications where colors are
desired.
During fire conditions, the heat-sensitive
liquid in the glass bulb expands, causing
the bulb to shatter, releasing the pip cap
and sealing spring assembly. Water
flowing through the sprinkler orifice
strikes the sprinkler deflector, forming a
uniform spray pattern to extinguish or
control the fire.
4. TECHNICAL DATA
See Table 2 (page 11 c) and Table 3
(page 11 d) for list of approvals.
Maximum spacing: 15 ft. (4,57 m)
Minimum spacing: 6 ft (1,8 m)
Minimum operating pressure:
7 PSI (48,3 kPa)
Glass-bulb fluid temperature rated to
-65 OF (-55 OC)
Rated 175 PSI (1 207 kPa) water
working pressure
Factory tested hydrostatically to
500 PSI (3 448 kPa)
Spring: USA Patent No. 4,167,974
Materials:
Frame - Brass castings UNS-C84400
Deflector - Brass UNS-C26000
Bulb - Glass with glycerin solution;
Nominal 5 mm diameter
Seal - T eflon@ tape
Spring - Nickel alloy
Screw - Brass UNS-C36000.
Pip Cap - Copper UNS-C11000
and Stainless Steel UNS-S30400
Teflon@ Sprinklers:
Spring - Nickel alloy, exposed
Screw - Brass UNS-C36000
Pip Cap - Copper UNS-C11 000 and
Stainless Steel UNS-S30400;
T eflon@ coated
Polyester Sprinklers:
Spring - Nickel alloy, exposed
Screw - Brass UNS-C36000
Pip Cap - Copper UNS-C11000
and Stainless Steel UNS-S30400
Accessories:
Sprinkler Wrench
Standard Micromatic@ Wrench:
Part No. 05000CM
Wrench for coated and recessed
sprinklers:
Part No. 07398W
Refer to "Sprinkler Accessories" for
other accessories.
Note: Units of measure in parentheses may be approximations.
Form No. F_100397
Sprinkler 11 a
i
MICROMATIC@
MODEL M
SPRINKLER
Available Finishes:
Chrome-EnloyAi' (patents pending),
Brass, Bright Brass, White Polyester,
Black Polyester, Black T eflon@, or
Wax-Coated Brass or Polyester
5. AVAILABilITY AND SERVICE
Viking sprinklers are available through
a network of domestic, Canadian, and
international distributors. See the Yel-
low Pages of the telephone directory
for a local distributor (listed under
"Sprinklers-Automatic-Fire") or contact
The Viking Corporation.
Viking Technical Data may be found on
The Viking Corporation's Web site at
http://www.vikingcorp.com.
The Web site may include a more recent
edition of this Technical Data page.
6. GUARANTEES
For details of warranty, refer to Viking's
current price schedule, or contact The
Viking Corporation directly.
7. INSTALLATION
WARNING: Viking sprinklers are manu-
factured and tested to meet the rigid
requirements of the approving agency.
The sprinklers are designed to be in.
stalled in accordance with recognized
installation standards. Deviation from
the standards or any alteration to the~
sprinkler after it leaves the factory in-
cluding, but not limited to, painting, plat-
ing, coating, or modification, may render
the sprinkler inoperative and will auto-
matically nullify the approval and any
guarantee made by The Viking Corpora-
tion.
A. Sprinklers are to be installed in ac-
cordance with the latest published
standards of the National Fire Protec-
tion Association, Factory Mutual,
Loss Prevention Council, Assemblee
Pleniere, Verband der Sachver-
sicherer or other similar organiza-
tions, and also with the provisions of
governmental codes, ordinances,
and standards whenever applicable.
B. Sprinklers must be handled with care.
They must be stored in a cool, dry
place in their original shipping con-
tainer. Never install sprinklers that
have been dropped, damaged, or ex-
posed to temperatures in excess of
the maximum ambient temperature
allowed. Never install any glass-bulb
sprinkler if the bulb is cracked or if
there is a loss of liquid from the bulb.
If a glass bulb lacks the appropriate
amount of fluid, it should be set aside
Replaces page 13 a-d and page 11 a-d, dated
August 3,1998 (updated list of approvals).
Sprinkler 11 b
~IKlN~@
TECHNICAL DATA
Sprinkler Nominal Sprinkler Ceiling Temperature at Sprinkler Bulb
Temperature Temperature Rating Max. Ambient Max. Recommended
Classification (Fusing Point) Temp. Allowed' Ambient Temp.2 Color3
Ordinary 135 "F (57 "C) 115 of (46 "C) 1 00 "F (38 "C) Orange
Ordinarv 155 "F (68 "C) 135 OF (57 "C) 1 00 "F (38 "C) Red
Intermediate 175 "F (79 "C) 155 "F (68 "C) 150 "F (65 "C) Yellow
Intermediate 200 "F-[93 "C) 180 OF (82 "CT 150 "F (65 "C) Green
Intermediate 212 "F (100 "C) 192 "F (88 "C) 150 "F (65 "C) Green
High 286 OF (141 "C) 266 "F (130 "C) 225 "F (107 "C) Blue
Extra Hiah 360 "F (182 "C) 340 OF (171 "C) 300 "F (149 "C) Mauve
Ultra Hiah5 500 "F (260 "C) 480 OF (249 "C) 465 "F(24O "C) Black
Sprinkler Finishes: Brass, Bright Brass, Chrome-Enlo~, White Polyester,
Black Polyester, and Black Teflonll!>
Corrosion-Resistant Coatings4: Polyester and Teflonll!> in all temperatures,
. Wax-Coated Brass, and Wax over Polyester in the following temperatures:
135 Of (57 "C) White Wax 175 Of (79 "C) Dark Brown Wax
155 Of (68 "C) Light Brown Wax 200 OF (93 "C) Dark Brown Wax
212 Of (100 "C) Dark Brown Wax
FOOTNOTES
1 Based on National Fire Prevention and Control Administration Contract No. 7-34860.
2 Based?n NF~A.13. .Ot~.r limits ~ay apply depending on fire loading, sprinkler location, and other
Authorlty-Havlng-JurlsdlCtlon reqUIrements. Refer to specific installation standards.
3 Temperature rating is stamped on the deflector.
4 The co~rosion-re~istant coatings have passed the standard corrosion test required by the listed
approving agel1C1es. These tests cannot and do not represent all possible corrosive environments.
Prior to installing, verify through the end user that the coatings are compatible or suitable for the
proposed environment. The coatings indicated are applied to the exposed exterior surfaces only and,
therefore, cannot be used as open sprinklers. Note that the spring is exposed on the Teflon~-coated
sprinkler and the White Polyester sprinkler.
5 Sprinklers of ~ltra High tempe~ature rating are intended for use inside ovens, dryers, or similar
enclosures With ~rmal operating temperatures above 300 "F (149 "C). Where the ambient temperature
around the. Ultra High temperature rated sprinkler is significantly reduced below 300 "F (149 "C),
response tIme of the Ultra High temperature rated sprinkler may be severely retarded.
Table 1
and returned to Viking (or an author-
ized Viking distributor) for analysis as
soon as possible. If the sprinkler is
not returned to Viking, it should be
destroyed immediately.
C. Corrosion-resistant sprinklers must
be installed when subject to corrosive
atmospheres. When installing corro-
sion-resistant sprinklers, care must
be taken not to damage the corro-
sion-resistant coating. Use only the
special sprinkler wrench and immedi-
ately replace any damaged units.
D. Before installation, be sure to have
the appropriate sprinkler model and
style, with the proper orifice size,
temperature rating, and response
characteristics. The sprinklers must
be installed after the piping is in place
to prevent mechanical damage.
1. Install escutcheon (if used), which
is designed.to thread onto the ex-
ternal threads of the sprinkler.
When installing sprinklers using a
Model E-1 or Model F-1 Escutch-
eon, thread the center adapter
ring onto the external threads of
the sprinkler. Refer to the "Sprin-
kler Accessories" section of the
Viking Engineering and Design
Data book for approved escutch-
eons and other accessories.
2. Apply a small amount of pipe-joint
compound or tape to the external
threads only, taking care not to
allow a build-up of compound in
the sprinkler orifice.
3. Install the sprinkler on the piping
using the special sprinkler wrench
only, while taking care not to dam-
age the sprinkler operating parts.
(Any other type of wrench may
damage the unit). DO NOT use
the sprinkler deflector to start or
thread the sprinkler into a fitting.
E. After installation, the entire sprinkler
system must be tested in accordance
with the recognized installation
standards. The test is applied after
sprinkler installation to ensure that no
damage has occurred to the sprinkler
during shipping and installation, and
to make sure the unit has 'been prop-
erly tightened. If a thread leak should
occur, normally the sprinkler must be
removed, new pipe-joint compound
or tape applied, and then reinstalled.
This is due to the fact that when the
joint seal is damaged, the sealing
compound or tape is washed out of
September 28,1998
I
MICROMATIC@
MODEL M
SPRINKLER
the joint. Air testing the sprinkler pip-
ing prior to testing with water may be
considered in areas where leakage
during testing must be prevented.
Refer to to the Installation Guides and
the Authority Having Jurisdiction.
F. Sprinklers must be protected from
mechanical damage. Wet pipe sys-
tems must be provided with adequate
heat. When installing sprinklers on
dry systems, refer to the Installation
Guides and the Authority Having
Jurisdiction.
8. MAINTENANCE
NOTICE: The owner is responsible for
maintaining the fire-protection system
and devices in proper operating condi-
tion. For minimum maintenance and in-
spection requirements, refer to the Na-
tional Fire Protection Association pam-
phlet that describes care and mainte-
nance of sprinkler systems. In addition,
the Authority Having Jurisdiction may
have additional maintenance, testing,
and inspection requirements which must
be followed.
A. Sprinklers must be inspected on a
regular basis for corrosion, mechani-
cal damage, obstructions, paint, etc.
The frequency of the inspections may
vary due to corrosive atmospheres,
water supplies, and activity around
the device.
B. Sprinklers that have been painted or
mechanically damaged must be re-
placed immediately. Sprinklers
showing signs of corrosion shall be
tested and/or replaced immediately
as required. Micromatic4l> Model M
Sprinklers that are 50 years old shall
be tested and/or replaced as re-
quired. Sprinklers that have operated
cannot be reassembled or re-used
but must be replaced. When replac~
ing sprinklers, use only new sprin-
klers.
C. The sprinkler discharge pattern is
critical for proper fire protection.
Therefore, nothing should be hung
from, attached to, or otherwise ob-
struct the discharge pattern. All ob-
structions must be immediately re-
moved or, if necessary, additional
sprinklers installed.
D. When replacing existing sprinklers,
the system must be removed from
service. Refer to the appropriate sys-
tem description and/or valve instruc-
tions. Prior to removing the system
from service, notify all Authorities
Having Jurisdiction. Consideration
should be given to employment of a
fire patrol in the affected area.
(continued on page 11 d)
September 28, 1998
Sprinkler 11 c
1
~IKlN~@
TECHNICAL DATA
MICROMATIC@
MODEL M
SPRINKLER
MICROMATI~ MODEL M SPRINKLER
5 mm GLASS BULB, STANDARD RESPONSE
ST ANDARD ORIFICE
Nominal Deflector Nominal Overall
Orifice S Ie K-Facto~ Len th
mm Descri tion Base P/N1 U.S. Metric Inches mm UL
U ri ht 10138 5.5 2.3 -- A3 B4 C6 F7
Pen ent4 10139 5.5 2.3 -- A3 B4 C6 F7
U ri ht 10233 5.5 2.3 58
15 Pendent4 10173 79 58 A3 84 C6
15 U ri ht 10174 79 58
15 U' t 10193 79 58 A3 B4 C6 F7
LARGE ORIFICE
2.4 61 A3, 64, CS, F7 A3, B4 C6, F7 A7, 05 F7 A3, B4
11 5 2.4 61 A3 64 C6 F7 A3 B4 C6 F7 A7 05 F7 A3 B4
11,5 2.4 61 A3, 64, C6, F7 A3, 84, C6, F7 A7, 05, F7 A3, 64, C6
11 5 2.4 61 A3 B4 C6 F7 A3 B4 C6 A7 05 F7 A3 B4 C6
-- A3 64 C6 F7 A3 B4 C6 F7 05
-- A3 64 C6 F7 A3 B4 CS F7 05
11,5 2.4 61 A3, B4, C6 A3, 84, C6 05, E1
11 5 2.4 61 A3 B4 C6 A3 B4 C6 05 E1
SMALL ORIFICE
58 A3 64 C6 F7 A3 84 C6 F7
2.3 -- A3, 64, C6, F7 A3, 64, CS, F7 A7,05
2.3 -- A3, 64, CS, F7 A3, B4, CS, F7
2.3 58 A3 B4 C6 F7 A3 64 CS F7 A7 05
58 A3, B4, C6, F7 A3, B4, C6, F7
5 8 2.3 58
5,8 2.3 58
58 A3 B4 C6 F7 A3 B4 CS F7
-- A3 64 C6 F7 A3 B4 CS F7
-- A3 64 C6 F7 A3 B4 C6 F7
CONVENTIONAL
2.3 A3, B4, C6
2.4 A3 B4 C6
58 A3, B4, C6
61 A3, B4, C6
15mm
15mm
15mm
1/2" 17/32 -- 10220 8.0
1/2" 17/32 -- 10223 8.0
3/4" 17/32 -- 10141 8.0
3/4" 17/32 -- 10142 8.0
15mm 20 10187
15mm 20 10190
20mm 20 10169 8.0
20mm 20 10170 8.0
7/16 U ri ht 10191
1/2" 3/8 U ri ht 10218 2.7
1/2" 7/16 U ri ht 10219 4.0
1/2" 3/8 Pendent4 10221 2.7
1/2" 7/16 Pendent4 10222 4.0
10mm 10 Pendent4 10175
10mm 10 U ri ht 10176
15mm 318 U . t 10192
15mm 7/16 Pendent4 10188
15mm 3/8 Pendent4 10189
1/2" 1/2 Conv. 10227 5.5
3/4" 17/32 -- Conv. 10228 8.0
15mm 15 Conv. 10172
20mm 20 Conv. 10168
7,9
11,5
APPROVED TEMPERATURES
A - 135 OF (57 "C), 155 OF (68 "C), 175 OF (79 "C), 200 OF (93 "C),
286 OF (141 "C), and 360 OF (182 "C)
B - 135 OF (57 "C), 155 OF (68 "C), 175 OF (79 "C), and 200 OF (93 "C)
C - 286 OF (141 "C)
o - 135 "F (57 "C), 155 OF (68 "C), 175 "F (79 "C),
200 OF (93 "C), and 212 "F (100 "C)
E - 135 OF (57 "C), 155 OF (68 "C), 175 OF (79 "C),
200 OF (93 "C), 212 OF (100 "C), 286 OF (141 "C), and 360 OF (182 "C)
F - 500 OF (260 "C) 7
See row A ~E~ See row 3 of
of Approved j I Approved
Temp. Chart A 3 FinIsh Chart
Approvals2
C-UL FM NYC3 VdS LPCB
A3 B4 C6 F7 A7 05 F7 A3 64 C6 --
A3 B4 C6 F7 A7 05 F7 A3 B4 C6 A2. A1 B
A7 05 F7 A2. A1 B8
A3 B4 C6 A7 05 E1
A7 05 E1
A3 B4 C6 F7 A7 05 E1
A3,B4
A3,B4
A3 B4
A3,B4
E5
I --
A3, 84, C6
A3 84 C6
A3,84,C6
A3, 84, C6
APPROVED FINISHES
----,
I A2. A1, B8
A2. A1 B8
A2. A1, B8
A2. A1,B8
1 - Brass, Bright Brass, and Chrome-Enloy@
2 - Brass, Bright Brass, Chrome-Enlo~, White PolyesterS,
and Black PolyesterS
3 - Brass, Bright Brass, Chrome-Enlo~, Black Teflon@s,
White PolyesterS, and Black PolyesterS
4 - Wax-Coated Brass and Wax over Polyester
(corrosion resistant)
5 - Wax-Coated Brass (corrosion resistant)
6 - 200 OF (93 "C) Wax Coating (corrosion resistant);
maximum ambient temperature allowed at
ceiling = 150 "F (65 OC)
7 - Brass and Chrome-Enloy@
8 - Wax-Coated Brass, Wax Over Polyester, White
Polyester, Black Polyester, and Black Teflon
FOOTNOTES
1 Base part number shown. For complete part number, refer to price list.
2 This table shows the listings and approvals available at the time of printing. Other approvals are in process. Check with the manufacturer
for any additional approvals.
3 Approved by the New York City Board of Standards and Appeals, MEA No. 89-92-E, Volume 12.
4 Refer to "Sprinkler Accessories" section for approved escutcheons and other accessories.
S UL and C-UL approved as a corrosion-resistant sprinkler.
6 Metric K-Factor shown is for use when pressure is measured in kPa. When pressure is measured in BAR, multiply the metric K-Factor
shown by 10.0.
7 Sprinklers of Ultra High temperature rating are intended for use inside ovens, dryers, or similar enclosures with normal operating
temperatures above 300 OF (149 "C). Where the ambient temperature around the Ultra High temperature rated sprinkler is significantly
reduced below 300 OF (149 "C), response time of the Ultra High temperature rated sprinkler may be severely retarded.
Table 2
.
Sprinkler 11 d
~IKlN~@
TECHNICAL DATA
September 28, 1998
MICROMATIC@
MODEL M
SPRINKLER
MICROMATI~ MODEL M SPRINKLER KEY
5 mm GLASS BULB, STANDARD RESPONSE See row A ~ r- See row 3 of
of Approved Approved
INST ALLED WITH E-1 RECESSED ESCUTCHEON7 Temp. Chart A 3 Finish Chart
Thread Nominal Deflector Nominal Overall Approvals2
Size Orifice Style K-FactorS Length
N.P.T. B.S.P. Inches mm Description Base P/N1 U.S. Metric Inches mm UL C-UL FM7 NYC3 VdS LPCB
1/2M -- 1/2 -- Pendent4 10139 5.5 -- 2.3 -- B3 B3 01 B3 B2 B3
3/4" -- 17/32 -- Pendent4 10142 8.0 -- 2.4 -- B3 B3 01 B3 B2 B3
-. 15mm -- 15 Pendent4 10173 -- 7,9 -- 58 B3 B3 01 n B2 B3
-- 20mm -- 20 Pendent4 10170 -- 11,5 -- 61 B3 B3 O~ -- B2 B3
INSTALLED WITH F-1 ADJUSTABLE ESCUTCHEON6
1/2" -- 1/2 -- Pendent4 10139 5.5 -- 2.3 -- B3 B3 -- B3 C1 B3
3/4" -- 17/32 -- Pendent4 10142 8.0 -- 2.4 -- B3 B3 -- B3 C1 B3
-- 15mm -- 15 Pendent4 10173 -- 7,9 -- 58 -- -- n -- C1 B3
-- 20mm -- 20 Pendent4 10170 -- 11,5 -. 61 -- n -- -- C1 B3
APPROVED TEMPERATURES APPROVED FINISHES
A - 135 "F (57 "C), 155 of (68 "C), 175 of (79 "C), 1 - Brass, Bright Brass, and Chrome-Enloy@
200 of (93 "C), 286 of (141 "C), and 360 of (182 "C) 2 - Brass, Bright Brass, Chrome-Enloy@, White Polyester', and Black Polyester'
B - 135 of (57 "C), 155 of (68 "C). 175 of (79 "C). 3 - Brass, Bright Brass, Chrome-Enloy@, Black Teflon@5, White Polyester',
and 200 "F (93 "C) and Black Polyester'
C - 286 of (141 "C) 4 - Wax-Coated Brass and Wax over Polyester (corrosion resistant)
5 - Wax-Coated Brass (corrosion resistant)
o - 135 of (57 "C), 155 "F (68 "C), 175 of (79 "C), 6 - 200 of (93 "C) Wax Coating (corrosion resistant); maximum ambient
200 "F (93 "C), and 212 OF (100 "C) temperature allowed at ceiling = 150 OF (65 "C)
FOOTNOTES
1 Base part number shown. For complete part number, refer to price list.
2 This table shows the listings and approvals available at the time of printing. Other approvals are in process. Check with manufacturer for any
additional approvals.
3 Approved by the New York City Board of Standards and Appeals, MEA No. 89-92-E, Volume 12.
4 Refer to "Sprinkler Accessories" section for approved escutcheons and other accessories.
5 UL and C-UL approved as a corrosion-resistant sprinkler.
6 E-1 Recessed Escutcheons and F-1 Adjustable Escutcheons must be ordered separately from sprinklers. Refer to the price list.
7 FM approval of recessed standard orifice and large orifice Model M pendent sprinklers with the E-1 Escutcheon is limited to Wet Systems and
Preaction Systems qualifying as Wet Systems, for hazard occupancies up to and including Ordinary Hazard Group II.
8 Metric K-Factor shown is for use when pressure is measured in kPa. When pressure is measured in BAR, multiply the metric K-Factor shown
by 10.0.
Table 3
1. Remove the system from service,
drain all water, and relieve all
pressure on the piping.
2. Using the special sprinkler wrench,
remove the old sprinkler and in-
stall the new unit. Care must be
taken to ensure that the replace-
ment sprinkler is the proper model
and style, and has the appropriate
orifice size, temperature rating,
Replaces page 13 a-d and page 11 a-d, dated
August 3, 1998 (updated list of approvals).
and response characteri:;tics. A
fully stocked spare sprinkler cabi-
net should be provided for this
purpose.
3. Place the system back in service
and secure all valves. Check and
repair all leaks.
E. Sprinkler systems that have been
subjected to a fire must be returned
to service as soon as possible. The
entire system must be inspected for
damage, and repaired or replaced as
necessary. Sprinklers that have been
exposed to corrosive products of
combustion or high ambient tempera-
tures, but have not operated, should
be replaced. Refer to the Authority
Having Jurisdiction for minimum
replacement requirements.
Form No. F 100397