HomeMy WebLinkAboutPermit 5310 - Pizza Haven - FreezerCITY OF TUKWILA
Building Division
6200 Southcenter Boulevard
Tukwila, Washington 98188
(206) 433-110g ISM BUILDING PERMIT
Work to be done
Site Address 12860 INTEERURBAN AVFNUE uite enant PIZZA HAVEN
Building Use KhSIAURANT Assessors Account #_ 000480- 0004 - 05/0006 -03
Property Owner I3LDFURD VROPERTIES Phone # (415) 283 -8262
Address BLO BLVD #200 LAFAYETTE, CA Zip 94549
RUWLEY REFRIG. #ROWLEI *212K9 1 Phone # 488 -2812
T.I. (-F'c6z6i '
PERMIT #
Control #
5 3 0
88 -1RO
(513)
Contractor
Address
16529 SIMOND RD
FOR BUILDING PERMIT ONLY Approved for Issuance By:
S Ft.
Sq.
151-17:-
Office
Storage/
Warehouse
Retail
Other
IOcc.
Load
2nd FT.
3rd F1.
Total
Fire Protection: 1D Sprinklers Q Detectors
Zoning /11--/ Type of Construction
Special Conditions
Date:
Fees
sq. ft. @
sq. ft. e
sq. ft.
sq. ft. it
1st Ft.
2nd Fl.
other
other
s
S
S
s
Total Valuation of Construction S 500.00
Bldg. Permit Fee Receipt #//o .2/ S 15.00
Plan Check Fee Receipt # S 10.00
Demolition Receipt # S
Surcharges Receipt # S 3.sn
Other Receipt # S
Other Receipt # $
--
S 28.50
TOTAL
FUR SIGN PERMIT ONLY
[J Permanent [] Temporary
Q Single Face Q Double Face Q Wall Mounted [] Free Standing ❑ Other
Building face Setbacks: Front Side Side Rear
Square Footage of each sign face Total square footage of sign
Special Conditions
THIS PERMIT BECU$ES NULL MO VOID IF Wa1 ON CONSTRUCTION AUTHORIZED IS NOT COMMENCED WITHIN 180 OATS, 011 If CONSTRUCTION UR MURK IS '..,SdEhUEO OR
ABANOONiU FuR A PERI00 OF 180 DAYS AT ANV TIME AFTER WORK IS COMMENCED.
I HEREBY CERTIFY THAT 1 HAVE NEAR AND ETIAMINE° THIS APPLICATION AND KNUW Ti( SATE TO 8E TRUE AND CORRECT. ALL PROVISIONS Of PAWS ANU ORDINANCES
GOVERNING THIS TYPE OF W0011 WILL 8E COMPLIED WITH WHETHER SPECIFIED HEREIN OR NOT. THE GRANTING OF A PERMIT DOES NOT PRESUME TU GIVE Aut -ORIT1 10
VIOLATE o11 CANCEL THE PROVISIONS OF ANT OTHER STATE ON LOCK LAY REGULATING CONSTRUCTION 011 THE PERFORMANCE OF CONSTRUCTION.
Signed Date
LICENSED CONTRACTORS DECLARATION
I hereby affirm that I M licens nder sloes 'f the BuslMSS and Professions Code. and my license is In full force and effect.
Contractor (signature) Date Co -- , 3 �.__
OWNER - BUILDER DECLARATION
l ) I. as owner of the property, or •y employees, with wages as their sole cosipensation, will do the work, and the structure
offered for sale.
I ) I, as owner of the proper y tractor's t0 construct the project.
Dace C . -
y. a• a "awl tvely ontracting with licensed con
Owner (signature)____
Is *ot
+ *aea or
CITY OF TUKWILA
Building Division
6200 Southcenter Boulevard
Tukwila, Washington 98188
(206) 433 - /AP? BUILDING PERMIT
Work to be done
Site Address
Building Use
Property Owner
Address
Contractor
Address
T.I. (- FreGZW')
128
,1 1 : : ::t
a t o l l
I3LUIURD PROPERTIES
347D MT. DIABLO BLVD #200 LAFAYETTE, CA
ROWLEI( REFRIG. #ROWLEI *212K9
16529 SIMOND RD
PERMIT 0
Control 1�
RR -180
(513)
Suite >i~ Tenant_ PIZZA HAVEN
Assessors Account 0_ 000480 - 0004 - 05/0006 -03
Phone 0 (415) 283 -8262
Zip 94549
Phone 0 488 -2812
BOTH WA Zip 98011
FOR BUILDING PERMIT ONLY
Approved for Issuance By:
Sq. Ft.
111 71".
Office
!ire=
Retail
Other
Occ.
Load
2nd Fl.
3rd Fl.
Total
Fire Protection:] Sprinklers ❑ Detectors
Zoning m —1 Type of Construction
1 Special Conditions
tees
sq. ft. A
sq. ft. Q
sq. ft. e
sq. ft. Q
Date: '.Z.
1st F1. S
2nd Fl. S
other S
other S
Total Valuation of Construction $ 500.00
Bldg. Permit Fee Receipt # J S 15.00
Plan Check Fee Receipt 0 S 10.00
Demolition Receipt 0 S
Surcharges Receipt 0 $ l_so
Other Receipt 0 S
Other Receipt 0 S
TOTAL
MIMEO •••11a1WMIPIIIIIIIII
$ 2.8.50
FOR SIGN PERMIT ONLY
0 Permanent ❑ Temporary
❑ Single Face ❑ Double Face ❑ Wall Mounted (] Free Standing 0 Other
Building face Setbacks: Front Side Side Rear
Square Footage of each sign face Total square footage of sign
Special Conditions
THIS PERMIT BECUMES NULL AM NW IF 1R31111 OR CONSTRUCTION AUTHORIZED IS NOT COMMENCED WITHIN 190 OATS. OR IF CONSTRUCTION UR wUAK IS ',..S0(mUf0 Ua
AOANOONiu Fu1 A PERIOD OF Ip OAT! AT ANT TIME AFTER WORK IS COMMENCED.
1 MEREST CENTIFT THAT I HAVE REM ANS ERAMINED THIS APPLICATION A1O KNOW TlE SAME TO 9E TRUE AND CORRECT. ALL PROVISIONS OF LAYS ANU )R0I4ANCES
GOVERNING THIS TTPE OF WORK WILL E1[ CORILEEO WITH WHETHER SPECIFIED HEREIN OR NOT. THE GRANTING OF A PERMIT DOES 110T PRESUME TU GIVE Au".ORIT? tU
vIOLAtE UR CANCEL THE PROVISIONS 01 Al" OTHIN STATE OR LOCAL LAY REGULATING CONSTRUCTION ON THE PERFORMANCE OF CONSIauCt10N.
Signed
I here*, affirm that 1 mu ticens
Contractor (signature)_,__
Date
LICENSED CONTRACTORS DECLARATION
slo.eiif the 9winess and ProfMSloRS Code. and my license is In full force and effect.
Date
( ) 1, as owner of the property.
offered for sale.
( ) 1. as owner of tM proper F. r ex
Owner (signature)____
OWNER - BUILDER DECLARATION
or N, eagloyees. with wages as their sole co>•oentatlo., will do the wore. and the structure IS mot •,'• "aed or
aively overacting with licensed contractor's to Construct tM project.
Oat. 3_-
•
CITY OF TUKWILA
euilding Division 1/
Tukw$t.,WI$I j�otoe boulevard
`,
(2061 433 -1849
Type of Inspection ei Pot//t -/)
INSPECTION RECORD
PERMIT # --,3 U
Date
6-73 eik
Date Wanted a.m. p.m
Site Address /@2 Project 9.41.4410 '
Requestor Phone #
Special Instructions
Inspection Results /Comments:
e‹,(.9._1( 4vea
Inspector
Date 5 / /�%
CITY OFTUKILA
Central Permit System
Control No. - /--)
Permit No. 5/a
FINAL APPROVAL FORM
TO:
Et
'Building
❑ Planning
❑ Public Works
❑ Fire Dept.
❑ Police
❑ Parks /Recreation
i
Project Name
Address
Type of Permit(s)
e T't 7G .. A/
This project is nearing completion. Please investigate your area of responsibility and indicate
below either your final approval or necessary corrections.
If no response is received within one week, it will be assumed that the project is of no concern
to your department and a certificate of occupancy may be issued.
This project is NOT approved by this department; the following corrections are necessary:
(1) /) /Are.A4(.ie f t r4 /,/t.•i.)/0,/ (9 -
r
( 4) � X rf % /.;)/(1 /4/ /e. vrte' �1�� c/ i�% CPA - ,,2,eN4/e1 Crs 7 a e--2;4x. /lt .E:..
( 3) .:5` a./..fie. / J/ 4 : %-ci/ (5.:e
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( )
() 6 A/ /) A/ IV W.
(
(
()
(
Authorized Signature Date
This project is approved by this department:
( ke_424. --1
Authorize "d-Signature
.2 / /7:4?
Date
CPS Form 3
'1
THE FOLLOWING COMMENTS APPLY TO AND BECOME PART OF THE APPROVED PLANS
UNDER TUKW I LA BUILDING PERMIT NUMBER J U
1. No changes will be made to plans unless approved by Architect and
Tukwila Building Department.
^. Electrical work to be inspected by State Electrical Inspectors and
all required electrical permits obtained through that agency.
3. All mechanical work to be under separate permit.
4. All permits to be posted at job site prior to start of any
construction.
5. All construction to be done in conformance with approved plans and
requirements of the Uniform Building Code (1985 Edition), Uniform
Mechanical Code (1985 Edition), Washington State Energy Code (1986
Edition), and Washington State Regulations for Barrier Free
Facilities (1986 Edition) .
1908
City ._ � f Tukwila
FIRE DEPARTMENT
444 Andover Park East
Tukwila, Washington 98188 -7661
(206) 575 -4404
Gary L. VanDusen, Mayor
June 17, 1988
Fire Department Review
Control *88 -180
Re: Pazza Haven, 12860 Interurban Avenue South, Tukwila,
Wa.
Dear Sir:
The attached set of building plans have been reviewed by
The Fire Prevention Bureau and are acceptable with the
following concerns:
1. Maintain fire extinguisher coverage throughout.
2. Exit hardware and marking must meet the requirements
of Uniform Fire Code Sections 12.104 & 12.114.
Exit doors shall be openable from the inside without
the use of a key or any special knowledge or effort.
(UFC 12.104b)
aintain sprinkler protection for all enclosed areas.
13, 4- 1.1.1) (UFC 10.302)
All sprinkler drawings shall be prepared by companies
licensed to perform this type of work. Drawings shall
first be approved by the Washington Surveying & Rating
Bureau, Factory Mutual Engineering or Industrial Risk
Insurers, then by the Tukwila Fire Department. No
sprinkler work shall commence without approved
drawings. (City Ordinance *1141 & NFPA 13, 1 -9.1)
(UFC 10.307)
4. All required occupancy separations, area separation
walls, and draft -stop partitions shall be maintained and
shall be properly repaired, restored or replaced when
damaged, altered, breached, penetrated, removed or
improperly installed. (UFC 10.401)
City '`f Tukwila
FIRE DEPARTMENT
444 Andover Park East
Tukwila, Washington 98188 -7661
(206) 575 -4404
Page number 2
Yours truly,
67-11, 71v/
The Tukwila Fire Prevention Bureau
cc: T.F.D. File
slj
Gary L. VanDusen, Mayor
DESCRIPTII FORM to assist in planning
your WALK -IN COOLER, FREEZER, or REFRIGERATED BUILDING
When completed, please forward to: Bally Case & Cooler, Inc., Bally, Pa, 19503 c/o Sales Dept.
❑ For Drawings, Specifications & Price ❑ For Preliminary Layout & Price ❑ For Budget Price Only
Required for (Project Name)
Name
Street
City
State
Zip
LAY OUT,r
INTERIOR..;
ACCESSORIES
SPECIFY, ~'
REFRIGERATION;',
REQUIREMENT'
Length Width Height
(IF more than one compartment is required, mark partition(s) location on plan view on reverse side.)
❑ For indoor use For outdoor use, indicate type of rain - snow roof to be used:
❑ For outdoor use ❑Bally aluminum roof ❑Self- supporting shelter ❑ Built -up roof
Doors required as follows:
Hinged entrance door
Hinged entrance door for use with overhead track
Sliding entrance door — manual operation
Sliding entrance door — electric operation
Bi- parting door — manual operation
Bi- parting door — electric operation
Vestibule door
Hinged pass -thru door
_ Glass hinged service door — Size
Identifying Symbol
A
B
C
D
E
F
G
H
J
Show location of doors on plan view
on reverse side. Identify door type
with letter symbols at left. Precede
these with "L" or "R" to indicate
the swing of hinged doors or direc-
tion of slide. Also list size of doors.
❑ Standard floor panels to be placed on existing floor NSF Requirement: ❑ Yes ❑ No
❑ Standard floor panels to be placed in 4" depressed pad (Where fork lift trucks are used it is recommended that
❑ Will use built -In floor Insulated: ❑ Yes ❑ No floor be covered with 4" of concrete. Write for details,)
❑ Aluminum interior and exterior
❑ Galvanized interior and exterior
Stainless Steel Or Smooth Aluminum can be supplied on special order for any portion of interior or exterior. Mark
plan view on reverse side of show where Stainless Steel or Smooth Aluminum is required.
Select floor racks, shelves and meat rails. Mark plan view on reverse side to show where they are to be located.
Specify whether shelves are to be 14" or 20" deep,
❑ Galvanized ❑ Stainless Steel NOTE: Aluminum shelves not available,
❑ Cantilevered ❑ Free Standing No. of Tiers
❑ Self- Contained Refrigeration Systems ❑ Top Mounted
❑ Remote Refrigeration Systems Compressor location: ❑ Indoor
❑ Pre - Assembled Remote Refrigeration Systems
❑ Medium Temperature operating at °F
❑ Low Temperature operating at °F
Electrical Characteristics: Voltage, Cycle
Refrigeration System to be: ❑ Air Cooled ❑ Water Cooled
❑ Side Mounted
❑ Outdoor
Compressor location: ❑ Indoor ❑ Outdoor
For Walk -Ins with two or more compartments, indi-
cate temperatures desired in each compartment.
Phase
Refrigeration recommendations will be based on a normal amount of product entering at storage temperature. Where a warm product load will be handled,
please supply the following information:
Type of product How many pounds per day Entering temperature
NOTE: If Building is intended for indoor installation, can ceiling panels be suspended from existing structural steel?
Additional Remarks:
❑Yes ❑No
Bally Case & Cooler, Inc., Bally, Pe. 19503
COPYRIGHT 10 I•7a , ALL RIGHTS R[e[RV[O,
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"R" Bally's
Value
alue
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FI ,on, .90
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4 "..'44
01 f 04 1 won
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0 ,..01... 10,
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iaIWak4n•C�oicrS . an rlex
Through
eaensiveresarc1i ii#d continuum
vtelipaint; `rOgAttli, ouIThindng
oflsfrdctiod icchniques and 41"Ign
.01 pitiectetl, They
re responslblc tot Baily establishing
ieWhi
Oki
011VJIPP 0"fir,
9 cepan-',
mile
rIters* On es , !uc., • North;:,'
111:.; • 1' was the first r infix*
014-In 'cciliteill?Frgezers,:an#
0101.40 Bulidings. ‘,
Factory 411utuid 'insurance System,
Norwood, Mass., in May, 1972, ap-
proved Bally panels as Class 1 Build-
ing Type, eligible for wall construc-
tion in 'Walk-Ins and Refrigerated
Buildings. In August, 1977, this ap-
proval was extended to both wall and
ceiling panels.
In addition, Bally panels have passed
a number of diversified supportive
tests conducted by Underwriters'
Laboratories, Factory Mutual and
United States Testing Co.
All of these ratings qualify Bally pan-
els for preferential low cost insur-
ance.
Bally Prefabs provide many other
advantages not included in conven-
tional prefabs . . . never available in
"on the site built-his" ... and at a far
lower cubic foot cost than in "reach-
ins".
• All metal clad • Fast, easy as-
sembly • Easy to enlarge or relo-
cate • Suitable for temperatures up
to 250°F. (121.1°C.) of dry heat
and as low as minus 90°F.
(-67.7°C.) • For indoor or out-
door use • Self-contained refrigera-
tion systems—up to 7'/z 11P.
When you specify a Bally there is
never a need to accept an "oLequal"
or a substitute. Bally "Prefabs" are
available to ail dealers everywhere
at uniform published prices.
•
section 1
general design information
modular panels
Bally Walk-I ns and Refrigerated
Buildings Call be assembled in any
size and shape from standard modular
panels. New attractive styling is pro-
vided by grooves On 11 centers on
the exterior of all vertical panels.
(Dimensions are nominal. 2' wide
panels measure 23", 4' wide panels
measure 46". A 6' x 6' Walk-In meas-
ures 5'10" x
Standard heights are 76", 8'G", 10'G"
and 11'6". 6'6" and 9'G" heights are
available on special order. Refrigerated
Building heights, 12'0" to 36'0".
Metal interiors and exteriors are avail-
able in user's choice of .042" thick
patterned Aluminum or 22 ga. Galva-
nized Steel. 20 ga. Stainless Steel avail-
able on special order for any portion
of interior or exterior.
End
Ceiling Panels
Door
Panels
Center
Ceiling Panels
Side and Corner
Partition Panels Panels
End
Floor Panels Moor Panels
C'enter
patented Speed-Lok
joining mechanism
Bally patent #3,496,692 " lock to lock
to lock" joining mechanism forms a
continuous perimeter of steel. Makes
assetnhly of a Bally Walk-In fast and
easy. Equally easy to enlarge or
relocate.
5111.Pd uk
rfaing IN not intended to reflect Int:anis presentol
thi.; 0 r 4444 other materivil wider aetual fire romiglions•
panel construction
Outside metal pan.
Patterned aluminum,
bright galvanized or
stainless steel.
Rigid urethane, 4'
thick pour-type
"foamed-In-place".
Tongues and grooves
on panel edges are
urethane.
Bally cam-action
Speed-Lok joining
mechanisms.
Steel straps connect
locking arms with
locking pins.
Inside metal pan.
simple assembly
13ally Walk-Ins are made for fast and
easy installation. Lightweight panels
are joined and locked together with
13ally Speed-Loks.
1 Place floor panels into position and
level. Speed-Lok together.
2 Start. wall asseinbly by Speed-Loking
a corner and wall panel together.
3 Complete wall assembly.
4 Start ceiling assembly by Speed-
Loki lig end ceiling panel to side wall,
5 Complete ceiling assembly.
section 1 general design information
urethane insulation
Bally panels insulated with 4 inches of urethane
"foamed-in-place", U.L. (Underwriters'
Laboratories) 25 flame spread rated*
Urethane is a relatively new foam
insulation developed in the 1960's.
It is a plastic material . . ex-
panded by Freon ... and in its fin-
ished state 97% of its mass is
closed gas cells. It provides these
great advantages.
DOUBLE THE INSULATION
VALUE. 4" thick urethane has
the insulating efficiency of 81/2" of
fiberglass, styrofoam and other
conventional insulating materials.
Ideal for temperatures as low as
minus 90 °F. (- 67.7 °C.).
PEAK INSULATION EFFI-
CIENCY remains constant be-
cause metal clad Bally panels,
with 97% closed cell urethane,
cannot absorb moisture like fiber-
glass and other open -cell materials
where the insulating value dimin-
ishes as moisture is absorbed.
100% INSULATION IN EVERY
PANEL. Urethane foamed -in-
place and properly heat -cured be-
comes rigid. Its great structural
value is augmented by the interior
and exterior metal skins. The
total strength eliminates the need
for wood structural members and
100% of every Bally panel is
insulation.
MORE USABLE CAPACITY.
The insulating efficiency of ure-
thane permits the use of thinner
walls, creating more usable inside
space.
LIGHT IN WEIGHT. The light
weight of urethane and the elimi-
nation of structural members, re-
duces the weight of Bally panels
... cuts freight. cost ... makes
erection fast and easy.
Bally panels are U.L. 25
flame spread rated*
The 25 low flame spread rating*
awarded to Bally was the first that
Underwriters' Laboratories, Inc. (U.L.)
granted on a urethane foamed -in -place
walk -in refrigerator panel.
Factory Mutual Insurance System,
Norwood, Mass., in May, 1972, ap-
proved Bally panels as Class 1 Building
Type, eligible for wall construction in
Walk -Ins and Refrigerated Buildings.
In August, 1977, this approval was ex-
tended to both wall and ceiling panels.
In addition, Bally panels have passed
a number of diversified supportive tests
conducted by Underwriters' Labora-
tories, Factory Mutual and United
States Testing Co.
All these ratings qualify Bally Prefabs
for low insurance rates comparable to
those applicable to masonry type struc-
tures. Most important, they provide a
vastly increased measure of safety, as
compared to conventional urethane, in
hospitals and nursing homes, schools
and colleges, hotels and motels, restau-
rants and clubs ... wherever masses of
people congregate. Look for the UL
and FM labels on every Bally panel.
Bally's 100% "pour- type"
urethane has greater
stability than "froth- type"
Two types of urethane insulation are
being used commercially in foamed -in-
place applications . a "pour- type"
and a "froth- type ". The "pour- type"
urethane has great dimensional stabil-
ity and holds its precise dimensions
and shape. "Froth- type" urethane
lacks this stability, especially when ex-
posed to heat.
Bally "pour- type" urethane uses Freon -
11 with a boiling point of 76.6 °F.
(24.7 °C.) (normal room temperature)
as its expanding agent. Since this is a
low pressure gas, that is why Bally ure-
thane foamed panels always hold their
exact thickness and precise edges.
"Froth- type" urethane requires Freon -
12 as an expanding agent, in addition
to Freon -11. It is the low boiling point
of —23 °F. (- 30.6 °C.) of Freon -12 that
causes the frothing action. Because of
its low boiling point, in comparison with
Freon -11, Freon -12 generates much
higher pressures when exposed to high
temperatures. For example, the inher-
ent pressure of Freon -12 at 150 °F.
(65.6 °C.) is greater than six times that
of Freon -11.
In addition to superior stability char-
acteristics, "pour- type" is also better
and more consistent in its insulating
value. It contains far fewer large cells
than "froth- type ", and the smaller the
cell size in urethane the better the
insulating value. This tendency of
"froth- type" to have largo cells is ap-
propriately known in the industry as
"Swiss cheesing ".
11.23b/Ba
lower operating cost with
Bally pour -type "foamed -
in- place" urethane
Tests made by J. L. Finck Laboratories,
Brooklyn, N. Y., graphically illustrate
the superior insulating value of Bally
pour -type urethane" foamed -in- place ".
Polystyrene was used as a competitive
material because it is a better insulation
than fiberglass and other conventional
types.
m, INIIMOW.1111
N Bell m<Ialt,C . yell
J2 fumed 1 ,pl EIME
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17�M t5 EMpMEr;N,
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At a mean temperature* of 50 °F.
510.0 °C.) the "K" factor of urethane
"foamed-in-place", 1" thick x 12" x 12"
is .118. Bally walls are 4" thick. There-
fore, the wall "U" factor (coefficient of
heat transfer) is .029. The "R" factor
is 33.90. At a mean temperature of
50 °F. (10.0 °C.) the "K" factor of poly-
styrene in a wood frame section 1" thick
x 12" x 12" is .35. By dividing Bally's
"U" factor of .029 into .35 we arrive at
the answer of 12.06. This means an
insulated polystyrene wall of slightly
over 12" is required to equal a 4" thick
Bally urethane wall. *Alean tempera-
ture is the midway point between
temperature inside and outside a re-
frigerated room. Example: 11 interior
temperature is 0 °F. (- 17.8 °C.) and out-
side temperature is 100 °F. (37.8 °C.) the
mean temperature is 50 °F. (10.0 °C.).
Here's an example that illustrates how
operating costs can be lower with Bally
prefabs.
A Bally 12' x 12' x 8'6" high Walk -In
operating at minus 10 °F. (- 23.3 °C.)
requires a 3 H.P. unit. In an 80 °F.
(26.7 °C.) ambient it runs an average
of 8.8 hours daily, consuming 1390
KWH per month. At 5yi per KWH, the
operating cost is $64.32.
A similar size walk -in insulated with
fiberglass or comparable insulation
would operate an average of 13.7 hours
per day and consume 1795 KWH per
month. At 50 per KWH, monthly op-
erating costs would be $86.16.
026
028
029
.031
033
036
038 „
G2
045
.056
fib:gfeu Owl
nwb4On 10.65101 , 1. dens 111
.063
.071
.083
*This rating is not intended to reflect hazards presented Bally Case & Cooler, Inc., Bally, Pennsylvania 3
by this or any other material under actual fire conditions.
doors
there is a door
for every
requirement
Bally Walk -Ina and Refriger-
ated Buildings can be equipped
with a wide range of types and
aize8 of doors to fill every user's
requirements. 'These include
hinged and sliding entrance
doors, and hinged access doors.
Doors should he located where
they will provide the most con-
venient access into the Walk -In
and permit the maximum utili-
zation of the interior for storage.
All hinged doors are available in
both right -hand and left -hand
swings. Sliding doors are avail-
able to slide either to the right,
or left, or in bi- parting types.
All doors are equipped with an
inside safety release rnechanism
to prevent anyone from being
locked inside, accidentally or
otherwise.
Heater wires are built -in around
door openings. Two circuits are
provided, with one engineered
to supply the proper amount of
low density heat to protect
against condensation on freezer
applicatlonH, and the other —of
lower wattage —is for cooler ap-
p1icationH. This engineering bal-
ance of heat density against ap-
plication temperature is an
energy saver.
Observation windows can be pro-
vided in doors for users desiring
vision into the Walk -In.
Partition doors are identical to
exterior doors. When partitions
are used in Walk -Ina with regu-
lar floor panels, the foot treadle
is raised 4".
For Walk -Ins higher than 8'6",
entrance doors, 8'G" high are
used witt► a filler wall panel.
All sizes of hinged entrance doors
are available on special order
with thin door frames to fit
special openings cut into wall
panels.
All Walk -ins or Refrigerated
Buildings specified for outdoor
use are supplied with special
protective metal door shields to
divert rain and snow from the
door opening.
4
construction
features
(24" and 34" openings)
1
Satin Finish Aluminum Hinges
aro cam - action, spring loaded,
self- closing type.
2 Inside and Outside Doorcaps
are die - formed. Your choice of
Galvanized, Aluminum or
Stainless Steel.
3 Urethane Insulation 4' thick -
n 088.
4 Magnetic Gasket Soft compres-
sion plastic with magnetic core
guarantees tight seal.
5 Toggle Switch with pilot, light
for interior vapor -proof light.
6 Door Opener replaces conven-
tional lock. Opens door with
fingertip touch. Can be key -
locked and has inside safety
release.
7 Heater Wires around perimeter
of both door and jamb prevent
condensation or frost.
8 Wiper -type Gasket at bottom of
door provides tight seal.
9 Foot Treadle Door Opener
Convenient for entering Walk -
In when hands are full. Light
toe pressure opens door.
Built- In Thermometer flush -
face, dial typo (24', 34' and
48' entrance doors only).
10
dimensional data for
standard hinged
entrance door panels
tI 4•
120V., 1Ph., 60C. is requ'red for lights and anti -
sweat heaters on door panels. Connections are
made to the junction box at the light which is
located on the interior of the Wa1h -In on the
hinge side of the door panel.
*DOOR PANELS USED
WITH PREFAB FLOOR PANELS
HEIGHT
WALK-IN
DOOR
OPENING
A
6
7'•6"
2' -0"
6'•6"
C
3'•10"
0*
6' -10"
2'•0"
6'.6"
5'•9"
6%10"
2'•10"
6'•6"
3'•10"
6'•10"
2'•10"
6' -6"
5' -9"
6'•10"
4'•0"
6'•6"
5,•9"
6'•10"
5'.0"
6'•6"
5'.y„
6' -10"
W -6"
2'•0"
6'•6"
3' -10"
7'-10"
2'.0"
6'•6"
5,•9„
7' -10"
2'•10"
6,•6„
3'•10"
7'-10"
2'•10"
6'•6"
5' -9"
7'•10"
4'.0"
6'•6"
5,•9„
7' -10"
4'.0"
7' -0"
5,-9„
7' -10"
5'•0"
7' -0"
5'.9"
7' -10"
E
2'•7"
2' -7"
3, -5"
3' -5"
4' -7"
5' -6"
2' -7"
2'•7"
3'.5"
3' -5"
4' -7"
4'•7"
5' -6"
*Tor door pane s used with floor screeds add
2%" to dimension. "D ". All other dimensions
are the same.
DOOR
OPENING
TOTAL AMPS
+35°F. COOLER °C.)
—10° FREEZER (-23.3°C.)
24" x 78"
2.11
2.44
34" x 78"
2.23
2.77
48" x 78"
2.43
3.09
48" x 84"
2.40
3.06
60" x 78"
2.49
3.53
60" x 84"
2.47
3.51
section 1 general design information
doors
cont.
super entrance
doors
Designed especially for users who re-
quire a door for extra heavy use. These
doors have all the features of the stand-
ard hinged entrance doors plus the fol-
lowing extras. Diamond plate kick pro-
tectors on both the door and door frame
on the interior and exterior. Three
hinges and a 141/2" x 23" window
for traffic observation. Available in
finishes and sizes of the standard
hinged entrance door.
120 -1 -60 service is required for anti-
sweat heaters.
electrically operated
sliding
entrance doors
Desigi ed for users who move large
volumes of product in and out of Bally
Prefabs with fork lift trucks. Made in
a variety of sizes in both single slide
and bi- parting models. Choice of gal-
vanized or stainless steel finish. Doors
are insulated with 4" of Bally urethane.
Locking device with interior safety re-
lease is standard equipment. Door
jambs are equipped with adjustable
gaskets. These, along with electric heat-
ers eliminate condensation and frost
formation. When ordering single slide
doors, specify direction of slide.
Ttuo, low voltage pull switches control
door movement. Available in 208/230
or 440 volt, A.C., 60 cycle, 3 phase.
manual sliding
entrance doors
Made for users who
move product in and
out of Walk -Ins
with fork lift and hand
trucks. They are avail-
able in a variety of
sizes and can be sup-
plied in either right -
hand or left -hand slid-
ing models. Made for
use with Bally stand-
ard floors and for
built -in floors.
Standard sizes are: 3'0" wide x 6'6
high, 5'0" wide x 6'6" high, 5'0" wide
x 7'0" high and 6'0" wide x 8'0" high.
120 -1 -60 service is required for anti -
sweat heaters.
glass display doors
Hinged glass display doors.
Glass display doors, available in hinged
or sliding types, stimulate impulse buy-
ing. For either normal or low tempera-
ture operation. Doors are glazed with
sealed multiple glass units and contain
heaters to eliminate condensation. All
doors have built -in lighting units. Ad-
justable shelving is available 26" deep.
Hinged door sizes: 23r /1a" x 54r/ ",
235A o" x 63 %tn ", 30" x 66 ". Sliding door
sizes: 231/4" x 531/4 ", 237/4" x 617/8 ",
30" x 6(i1 /�,i ".
120 -1 -60 service is required for anti -
sweat heater.
hinged reach -in
service doors
Available in two sizes: An 181 /2" x 30"
opening in a 23" wide panel . a 30" x
30" opening in a 46" wide panel. A
single door can be placed at any height
user desires ... two door panels have
one door above the other.
12D -1 -60 service is required for anti -
sweat heaters.
11.23b/Ba
dual purpose doors
These "double ac-
tion" hinged doors
can be used solely
as an entrance door
on coolers or as ves-
tibule type doors in
conjunction with
standard entrance
doors on freezers.
Made of 2" thick
high density ure-
thane thaa insulation,
insulation, ,
foamed -in -place be-
tween polyethylene `r
skins to withstand impact from hand
carts and fork lift blades. Textured sur-
face is easy to clean with no screws or
seams to catch items on bumpers, to
collect dirt or get torn off. Hardware is
cam -lift, self - closing type with stainless
steel shafts for long wear. Peep win-
dows are scratch resistant, high impact
polycarbonate. Available in various
sizes. 3' wide cloors are single leaf, 4'
and wider are two leaf type.
vestibule doors
Vestibule doors are available in vari-
ous sizes to fit all Bally entrance doors.
They provide a seal against tempera-
ture loss when entrance doors are
open. Single vestibule doors are avail-
able for door openings up to 60" wide.
Double vestible doors available for
openings wider than 60 ".
track port doors
Doors are available for use with over-
head tracking. Trolley passes in and
out of Walk -In through special built -in
track door.
■
pressure relief port
Pressure Relief
Ports are re-
quired on all
Freezers and
Refrigerated
Buildings oper-
ating at 0 °F.
(- 17.8 °C.) or
lower. This Port allows an increase or
decrease of air pressure on the interior
of the Walk -In to equalize with air
pressure on the exterior because of
sudden temperature changes. This oc-
curs when the entrance door has been
opened or immediately following coil
defrost. Without this Port, wall or ceil-
ing panels may be seriously damaged.
The Port must always be installed in a
wall panel away from the direct air
stream flowing from the coils.
120 -1 -60 service is required for anti -
sweat heater.
Bally Case & Cooler, Inc., Bally, Pennsylvania
5
section walk -in coolers and freezers
Bally 3•compartment walk -in, 23'1" x 9'8" x 8'6" high with floor screed construction.
KLM Royal Dutch Airlines Commi sary. JFK Int'I Airport, N.Y.
Two units 26'11" x 9'8" x 7'6" and 11'7" x 9'8" x 8'6"
Rockingham County Nursing Home
Brentwood, N.H. 20' x 10' x 7'6"
z
Servomation- Howell, Warren, Ohio, food vending service.
Two units: 19' x 12' x 8'6" and 14' x 12' x 8'6"
l
Located In a typical school cafeteria
Size 17'4" x 9'8" x 8'6"
6
Nathan's Famous. Inc., Coney Island, N.Y.
Two units each 15'5" x 11'7" x 7'6"
Emerson Radio and Phono Corp., Burczynski's Bakery, Buffalo,
Woodbridge, N.J. Size 19'3" x 9'8" x 9'6" N.Y. Size: 24' x 21'2" x 10'6"
University of California, Berkeley, Calif.
Size: 31' x 17' x 7'6"
Suburban Hospital, Bethesda, Md Two units:
15'5" x 6'9" x 8'6" and 36'6" x 14'5" x 8'6"
Burger King, aoslon, Mass. Two units:
17'4" x 6'9" x 8'6" and 9'8" x 7'9" x B'6 ".
Holiday Inn /Movenpik, Zurich, Switzerland,
4-compartment. Size: 36'6" x 23'2" x 7'G ".
No th Eas on Superette, North Easton,
Mass. 11'6" x 10' x 8'6"
Yankton State Hospital, Yankton, S.D.
Size: 15'5" x 9'8" x 8'6"
Japan Food Corp., Chicago, I11., food importer.
Two units: 12' x 8' x 8'6" and 20' x 8' x 8'6"
The Blossom Shop, New Haven,
Conn. 8'81/2" x 8'81/2" x 7'6 ".
The 1760 Housu, Troxlertown.
Pa Size: 13'6" x 13'6" x 8'6 ".
Arizona State University, Tempo, Arizona.
Two units each 8'8" x 7'9" x 8'6"
11.23b/Ba
This Section contains general in-
formation, illustrations, drawings,
dimensions, and capacity data on
Walk -In Coolers and Freezers.
(Detailed information covering
specific design and construction
features is included in Section 1
of this catalogue.)
Bally Walk -Ins can be assembled
in any size or shape , . , in single
or multiple compartment units . , .
for indoor or outdoor use. They
can be equipped to fill the need of
every segment of the meat, dairy,
mass feeding, bakery, beverage,
seafood and frozen food industries.
Units assembled from standard
Bally panels also render an im-
portant service to industry in re-
search and development programs.
They serve as environmental
rooms, testing chambers, incu-
bators, seed germinators, and for
other specialized technical uses.
index
design considerations
8
floor construction
9
refrigeration
— self - contained type
12
ref rigeration— preassembled
remote type
15
refrigeration
— remote type
15
accessories
17
architectural specifications
18
Bally Case & Cooler, Inc., Bally, Pennsylvania
7
0
design considerations
correct capacity selection
... is important and must be deter-
mined by the user. Retailers, whole-
salers, dairies and food processors gen-
erally know their requirements. Mass
feeding establishments not sure of their
exact. Walk -In needs can often be
guided by the" rule of thumb" formula
of 1 cu. ft.. of refrigerated space per
person per meal. Naturally this varies;
the needs in school cafeterias, where
menus are limited, are less than those
in luxury type restaurants. In mass
feeding kitchens that use frozen foods
extensively, storage space is usually
divided equally between normal tem-
perature and low temperature.
Normal temperature and low tempera-
ture refrigerated space can be provided
either in separate Walk-Ins, or in eco-
nomical multi-compartment Walk-Ins.
After capacity has been determined,
consider height.. Standard heights are
7'G ", 8'6" , 10'G' and 11'6" . 6'G" and
9'6" high Walk -Ins are available on
special order. Other heights up to 36
feet are available for giant outdoor
refrigerated buildings.
When total capacity and height have
been determined it is simple to com-
pute floor area. At this point it is
necessary to determine width and
length desired. Best use of available
space should influence this decision.
clearance required
A minimum space of 1 -inch is required
(4" recommended) between Bally
Walk -Ins and building walls and ceil-
ings to take care of deviations in build-
ing alignment and to provide air space
which improves operational efficiency.
Where top - mounted self - contained re-
frigeration units are used, a minimum
clearance equal to the height of the
unit plus 2" is required between the
top of the unit and the building ceiling.
floor construction
See Pages 9 to 11 for the type of floor
best suited to your needs. Standard
Bally floor panels placed directly on
the building floor make the most.
economical installation. If user desires
to roll racks or carts into the Walk-In,
them the Walk -In floor should be level
with the building floor.
An alternate type of floor construction
is the use of built -in insulation, instead
of prefab floors. This construction is
recommended where tile or concrete
floors are desired and where floor load
exceeds 600 lbs. per sq. ft. This type
of construction requires the use of Bally
floor screeds which are 29,g' high. For
details, refer to drawings on Page 9.
outdoor installations
Ceiling panels 10 ft. long are designed
to support a snow load of 40 ps f.
Door shields Walk -Ins specified for
outdoor use are supplied with special
weather - protective metal door shields.
Prefab sectional aluminum roofs Out-
door Walk -Ins require protection
against rain and snow. Bally prefab-
ricated aluminum sectional roofs are
ideal for this purpose. Available in
widths up to 34'7" ... any length.
wall protection for
rough usage areas
Metal skins of Walk -Ins will not with-
stand bumping of fork lift trucks,
mobile rucks, or other heavy and sharp
objects. Rub rails or sheet wall protec-
tors are available for these areas.
N.S.F. listed
Bally Walk -fns are listed with National
Sanitation Foundation. However, this
applies only when the Walk -In is sup-
plied with special coved floor panels.
These floor panels must be ordered spe-
cial at slightly higher prices.
sizes, capacities, weights for 21 of the most popular sizes of Walk -Ins.
7'6" high 8 6" high 9'6" high 10'6" high
11'6" high
SIZE OF
WALK•IN
i S �.
AREA
FLo OOR
SHIPPING
WEIGHT -LBS.
SHIPPING
WEIGHT -LBS.
SHIPPING
WEIGHT -LBS.
SHIPPING
WEIGHT -LBS.
SHIPPING
WEIGHT -LBS.
_
r
3
x
u
(INTERIOR CU
CAPACITY
GALV.
INTER.
AND
EXTER.
ALUM.
INTER.
AND
EXTER.
INTERIOR CU
CAPACITY
GALV.
INTER.
AND
EXTER.
ALUM.
INTER.
AND
EXTER.
INTERIOR CU
CAPACITY
GALV.
INTER.
AND
EXTER.
ALUM.
INTER.
AND
EXTER,
INTERIOR CU
CAPACITY
GALV.
INTER.
AND
EXTER.
ALUM.
INTER.
AND
EXTER.
INTERIOR CU.
CAPACITY
GALV.
INTER.
AND
EXTER.
ALUM.
INTER.
AND
EXTER.
3'11"
5'10"
22.85
117
1,163
918
134
1,248
981
157
1,331
1,044
165
1,440
1,123
182
1,549
1,202
5'10"
33.99
184
1,407
1,103
211
1,508
1,176
245
1,609
1,249
263
1,7421,348
290
1,875
1,447
7' 9"
45.18
251
1,649
1,245
288
1,776
1,342
333
1,901
1,439
360
2,065
1,561
397
2,229
1,683
5'10"
9' 8"
56,32
318
1,905
1,450
365
2,052
1,561
421
2,199
1,672
457
2,394
1,821
504
2,589
1,970
11' 7"
67.51
386
2,166
1,659
442
2,339
1,749
510
2,510
1,929
555
2,739
2,104
611
2,968
2,279
7' 9"
60.06
343
1,918
1,444
393
2,071
1,565
453
2,220
1,686
493
2,421
1,8371
543
2,622
1,988
9' 8"
74.86
435
2,233
1,695
498
2,406
1,830
573
2,577
1,965
626
2,806
2,140
690
3,035
2,315
7' 9"
11' 7"
89.75
526
2,545
1,922
604
2,744
2,081
694
2,939
2,240
760
3,202
2,441
837
3,465
2,642
13' 6"
I04.63
618
2,844
2,146
709
3,063
2,319
814
3,280
2,492
893
3,565
2,711
984
3,850
2,930
15' 5"
119.51
715
3,138
2,370
820
3,383
2,567
940
3,624
2,764
1,027
3,949
3,015
1,131
4,274
3,266
9' 8"
93.32
551
2,614
1,994
632
2,809
2,145
725
3,004
2,296
796
3,263
2,497
877
3,522
2,698
I1' 7"
111.86
667
2,958
2,251
765
3,179
2,426
877
3,398
2,601
966
3,691
2,828
1,064
3,984
3,055
9' 8"
13' 6"
130.41
783
3,298
2,513
899
3,539
2,702
1,029
3,779
2,891
1,135
4,101
3,142
1,251
4,423
3,393
15' 5"
148,96
906
3,628
2,760
1,039
3,895
2,973
1,188
4,160
3,186
1,305
4,515
3,463
1,438
4,870
3,740
17' 4"
167.41
1,022
3,985
3,035
1,172
4,272
3,262
1,339
4,559
3,489
1,475
4,942
3,790
1,625
5,325
4,091
19' 3"
185.96
1,138
4,315
3,282
1,306
4,628
3,533
1,492
4,939
3,784
1,644
5,356
4,111
1,811
5,773
4,438
11' 7"
134.10
808
3,492
2,669
927
3,739
2,868
1,061
3,982
3,067 '
1,172
4,309
3,320
1,291
4,636
3,573
13' 6"
156.33
949
3,911
3,004
1,088
4,178
3,217
1,244
4,443
3,430
1,377
4,798
3,707
1,517
5,153
3,984
11' 7"
15' 5"
178.56
1,097
4,337
3,314
1,258
4,630
3,551
1,437
4,924
3,793
1,583
5,313
4,096
1,744
5,702
4,399
17' 4"
200.68
1,238
4,776
3,669
1,420
5,087
3,918
1,621
5,398
4,169
1,789
5,815
4,496
1,971
6,232
4,823
19' 3"
222.92
1,378
5,222
3,999
1,581
5,561
4,274
1,804
5,896
4,549
1,994
6,347
4,902
2,197
6,798
5,255
•
"roughing.in"
dimensions
•
co
section 2 walk -in coolers and freezers
20"
wide
shelves
14"
wide
shelves
b
b
b
4-
�"
TYPICAL SECTION VIEW
3'•10"
I'.0"
PLAN VIEW 7'.9" a 13'-6" COMBINATION
DETAIL OF VERTICAL PANEL JOINTS
floor construction
11.23b/Ba
general information
Bally Walk -In Coolers and Freezers and Refrigerated Buildings can be installed
with various types of floors to fit the location and to best serve individual user
requirements. Recommended for use wherever possible is the standard Bally prefab
floor which is clad on the interior with heavy 14 gauge galvanized steel. Where
installations are best served with built -in floors they can be constructed in a variety
of types. In this section and continued on the following pages, are detailed drawings
showing all types of floor construction.
perforated drain and vent pipes
Perforated drain and vent pipes and gravel fill as shown on floor details on page 11
are extremely important and must be followed in every detail for freezer applications.
insulation thickness for built -in floors
When temperatures within a Walk -In are 30 °F. (- 1.1 °C.) and above, we recommend
a minimum of two layers of 1" thick sheet urethane for built -in insulated floors.
When temperatures are below 30 °F. (- 1.1 °C.) we recommend a minimum of two
layers of 2" thick sheet urethane. Joints must be staggered.
maximum loads on Bally prefab floor panels
Bally floor panels are designed to withstand uniformly distributed stationary floor
loads up to 600 lbs. per sq. ft. Where carts, hand trucks or other mobile equipment
will be used, the floor must be reinforced with diamond tread alum. plate. If fork
lift trucks are to be used, a minimum of 4" reinforced concrete must be poured on
top of the floor panels.
door installation details for built -in floors
Interior of
walk•in
Hinged door
1/4"
.11 /2" e
Interior of
walk-in
Door anchor
with heater wire
Sliding door
41/2" 1.. Concrete floor
SECTION VIEW OF STEPPLATE
CUTOUT FOR HINGED DOOR
detail- fastening screeds
Floor
screed
Grout
seal
•i.,
SECTION VIEW OF STEPPLATE
CUTOUT FOR SLIDING DOOR
Prefab
11/2" x 21/2" x 1/4" thick vertical
screed anchor panels
Machine I6" D. Machine
bolt bolt
Caulking
Slab urethane
SECTION VIEW
6/16" x 11/2"
Lok•bolt
Floor
screed
Concrete
floor
FRONT VIEW
Bally Case & Cooler, Inc., Bally, Pennsylvania 9
ig
o o
J
11
34"
clearopng. is
�Ia
0
RI'
1 II
34"
clear opng. ii
11111 pp
1�"liSi
7'•1" 4",
7'•9"
PLAN VIEW 7'.9" a 13'-6" COMBINATION
DETAIL OF VERTICAL PANEL JOINTS
floor construction
11.23b/Ba
general information
Bally Walk -In Coolers and Freezers and Refrigerated Buildings can be installed
with various types of floors to fit the location and to best serve individual user
requirements. Recommended for use wherever possible is the standard Bally prefab
floor which is clad on the interior with heavy 14 gauge galvanized steel. Where
installations are best served with built -in floors they can be constructed in a variety
of types. In this section and continued on the following pages, are detailed drawings
showing all types of floor construction.
perforated drain and vent pipes
Perforated drain and vent pipes and gravel fill as shown on floor details on page 11
are extremely important and must be followed in every detail for freezer applications.
insulation thickness for built -in floors
When temperatures within a Walk -In are 30 °F. (- 1.1 °C.) and above, we recommend
a minimum of two layers of 1" thick sheet urethane for built -in insulated floors.
When temperatures are below 30 °F. (- 1.1 °C.) we recommend a minimum of two
layers of 2" thick sheet urethane. Joints must be staggered.
maximum loads on Bally prefab floor panels
Bally floor panels are designed to withstand uniformly distributed stationary floor
loads up to 600 lbs. per sq. ft. Where carts, hand trucks or other mobile equipment
will be used, the floor must be reinforced with diamond tread alum. plate. If fork
lift trucks are to be used, a minimum of 4" reinforced concrete must be poured on
top of the floor panels.
door installation details for built -in floors
Interior of
walk•in
Hinged door
1/4"
.11 /2" e
Interior of
walk-in
Door anchor
with heater wire
Sliding door
41/2" 1.. Concrete floor
SECTION VIEW OF STEPPLATE
CUTOUT FOR HINGED DOOR
detail- fastening screeds
Floor
screed
Grout
seal
•i.,
SECTION VIEW OF STEPPLATE
CUTOUT FOR SLIDING DOOR
Prefab
11/2" x 21/2" x 1/4" thick vertical
screed anchor panels
Machine I6" D. Machine
bolt bolt
Caulking
Slab urethane
SECTION VIEW
6/16" x 11/2"
Lok•bolt
Floor
screed
Concrete
floor
FRONT VIEW
Bally Case & Cooler, Inc., Bally, Pennsylvania 9
r`'lco astriiciti
cont.
Drain tiles may be required depending on size, temperature of application and location, see page 11.
Bally prefab
floor panels
in depressed pad
(Indoors only)
Adjustable
wiper gasket
Caulking or
concrete fill
Walk•m door
Standard
walk-in floor
Building
floor
Anti.sweat
heater
Concrete
sub slab
4"
1
SECTION VIEW THRU DOOR
Partition panel
Hot asphalt
"
44-
4"
Standard floor
panel with
breaker strip
SECTION THRU PARTITION
Concrete
sub•slab
1
Outside wall
of walk-in
Building
floor
6 mil polyethylene or
asphalt paper barrier
SECTION THRU OUTSIDE WALL
Bally prefab floor
panels in depressed
pad with quarry tile
(Indoors only)
Adjustable
wiper gasket
Tile setting bed
Wal &m door
Standard
waik•in floo
Quarry file
Building
floor
Anti -sweat
heater
SECTION VIEW THRU DOOR
I Epoxy sealant
1 Quarry the
1 and setting bed
1 Hot i ,rte
1 asphalt
1 Concrete
1 sub slab
1
1
1
1
Partition panel
Standard floor
panel with
breaker strip
6 mil polyethylene or
asphalt paper barrier
SECTION THRU PARTITION
2"
Epoxy sealant Outside wall
of walk•in
Quer y the
and set ing bed Caulking or
concrete fill
ATII•n lMI NOGtt�
2 "—e
Building floor
SECTION THRU OUTSIDE WALL
Bally prefab floor
panels on existing
floor with concrete
wearing floor
(Indoors and outdoors)
Walk-in door
Door anchor
with treater wire
Ramp up to
door opening
Building floor Hot asphalt
4" Concrete
wearing
floor
Standard
walk-in floor
SECTION VIEW THRU DOOR
Partition panel
Caulkin
Hot asphalt
4" Concrete
wearing
floor
Building floor
Standard floor
panel with
breaker strip
SECTION THRU PARTITION
Caulking
4" Reinforced
concrete wearing
floor
Outside wall
of walk-in
Building floor
Hot asphalt
Caulking
Standard
walk-in floor
SECTION THRU OUTSIDE WALL
Bally prefab
floor panels
on concrete pad
(Indoors and outdoors)
Walk -in door
Ramp up to
door opening
Anti•sweat
heater
rr
•
mama
Concrete slab
SECTION VIEW THRU DOOR
Hot asphalt
1
Partition panel
1 Hot asphalt
1
1
1
1
1
Standard floor l
panel with
breaker strip
6 mil polyethylene or
asphalt paper barrier
SECTION THRU PARTITION
Standard
walk-in floor
Outside wall
of walk -in
Caulking
Floor line
Indoors
SECTION THRU OUTSIDE WALL
Built -in insulated floor
(Indoors and outdoors)
10
Door anchor
with heater wire
Walk.m door
Reinforced concrete
Building
floor
Concrete
sub•stab
f
4"
See page
i" 9
SECTION VIEW THRU DOOR
1 Caulking on
I wanner side only
4" Concrete
1 wearing
1 floor
1 Slab
urethane
Concrete
sub•sfab
Partition panel
Floor screed
6 mil polyethylene or
asphalt paper barrier
SECTION THRU PARTITION
Outside wall
of walk-in
Roinforced concrete
4
Slab -
urethane
1
worawm
Floor screed
Caulking exterior
side only
door line
indoors
Grade
line
Concrete
sub•stab
SECTION THRU OUTSIDE WALL
Stion walk -in coolers andfeezers
cont.
perforated drain and vent pipes
11,23b/Ba
Drain and vent tiles are recommended for use:
(A) When coolers or freezers are located in high water table areas' as they provide drainage of excess water and serve as air vents
to keep area under the slab dry.
(B) Generally when freezers, or cooler /freezer combinations, are over 225 square feet in floor area. When the ambient tempera-
ture is higher than the ground temperature these drain and vent pipes provide passages for the flow of this warm air. This
stores heat in the ground to prevent ice build -up that could eventually cause upheaval of the floor.
Concrete building
floor
Outside wall of walk -In
r- Floor screeds
�) / // /��// Caulking
Slab
urethane
Concrete
sub•slab
6 mil polyethylene or
asphalt paper barrier
rap, ANIMA
weisommiati
po-%"'
15"
2" clean rock
aggregate.
/' *jib
Age
Perforated drain and vent pipe
located on 6 ft. centers—
See note below
Outside wall
of waik•in
Perforated cover
.1: AL
Grade line —
outdoor only
Drainage trench
or sump
For
Fitt "i
N
3'.0" Maximum --4
Drain pipes should not exceed
this dimension between any
foundation or column pier
SECTION VIEW THRU OUTSIDE WALL
.s
Building floor— Indoors only
Grade line—outdoors only
1" D. drainage holes
to remove water
seepage spaced
on 6 It. centers
If Installation Is made outdoors, footings and piers
must be poured extending below frost line
t
One end of perforated drain and vent pipe
must bo as shown to remove any accumulation
of water under the floor. If grade line is
above pipes, a drainage trench or sump
must be provided.
SECTION THRU LENGTH
Building floor —
indoor only
Grade line—
outdoor only
If prefab walk•in Is Installed
adjacent to an existing structure
and vent above ground level,
as shown, is not possible, vent
must be run thru footing and
extend above root of the
existing structure.
Perforated drain and vent pipe
must be open on both ends
for air circulation as shown.
Use 4" dia. for lengths up to 50 11.;
6" dla, for 50 ft. and longer.
Bally Case & Cooler, Inc., Bally, Pennsylvania
11
refrigeration systems
self-contained
A self - contained relfrigcralion system includes the condensing nit, blower coil, and all necessary controls and devices, fully connected,
hermetically sealed, mounted on an easy -to- install steel frame, ready to operate alter electrical and drain connections are made.
Self - contained systems are avail-
able for all sizes of Bally Walk-In
Coolers and Freezers. They pro-
vide many important advantages
including ... simplified installa-
tion ... improved efficiency with
fewer service problems ... cost
economy.
Bally refrigeration systems combine
condensing units and blower coils that
are perfectly balanced in capacity.
Each system is factory - assembled
under ideal circumstances. Systems are
charged with the precisely correct re-
frigerant and then hermetically sealed.
These important steps insure high effi-
ciency performance. Since Bally sys-
tems are mass-produced, their cost. is
lower Chan comparable remote refrig-
eration systems assembled on the job
site. A1nde in various sizes up to and
including 7'h 1-1.P.
Low temperature systems have electric
defrost. heaters built into the coil. In-
cluded are a time switch and thermo-
stat that control the length and number
of defrost periods to automatically keep
coils frost -free.
easy to install
Bally self - contained refrigeration sys-
tems are available for both side wall
mounting and top mounting. They are
compactly assembled on angle iron
frames designed for easy handling.
Saddle -type t 3p mounted unit.
Saddle-type si 1e• enounte•d unit.
12
normal temperature systems 1/2 to 2 h.p.
side mounted
Condensing
Electric
connection
Electrical
connection
for
BSC• 100,
150 and 200.
e5C 5U{
DSC 75
0
I•_L--Wall of walk•in
SECTION THRU HEIGHT
Solid lines indicate position of
condensing unit for BSC•50
and BSC-75. Dotted lutes indr•
cate position of condensing
unit for BSC- 100, 150 and 200.
Both ate 45!d' wide.
Elec.conn.
for
BSC•50, 75
only
osc 100,150 NO
4*
I _E-.
\
1
Blower
coil
---.ti
—y F-
'
1•
TOP VIEW
Systems are positioned so
dimensions
that
top mounted
Electric
Connection
Drain
connection
Wall of
walk-in
Condensing
unit
IIM
Blower coil
SECTION THRU HEIGHT
r 451x°
Electric
Connection
Condensing
unit
Blower
1 coil
TOP VIEW
blower coil is centered over a 46" vertical panel.
SYSTEM
NO.
A
B
C
D
E
F
G
H
I
BSC•50
12'
251/4'
301/2'
261/4'
—
12'
281/4'
291/4'
12'
BSC -75
1314'
251/4'
3011'
261/4'
—
12'
281/4'
291/4'
12'
BSC -100
1311'
28Ye
373/4'
3514'
93/4'
—
373/4'
321/a"
93/4'
BSC•150
131/2'
291'
41Y4'
353/4'
73/4'
—
373'
337/6'
73/4'
BSC -200
161'
29311'
411/4'
353'
73/'
—
373/4'
337/8"
71/4'
specifications —top and side mounted systems
SYSTEM NO.
BSC -50
BSC -75
BSC•100
BSC.150
BSC -200
' BTU /HR +35 °F.11.7 °C.) BOX T.
4,250
6,180
8,450
11,950
17,150
EVAP. C.F.M.
740
710
1,350
1,425
2,425
APPROX. AIR THROW
15'
20'
25'
25'
30'
H.P. OF UNIT
h
%
1
111 /:
2
EVAP. MOTORS 120/1/60
.035 N.P.
.035 H.P.
1/15 H.P.
1/15 H.P.
1/8 H.P.
FULL LOAD AMPS@ 230/1/60
4.7t*
6.7t*
7.0 *
9.5*
12.6 *
FULL LOAD AMPS 208/230/3/6 3.0tt
4.4tt
6.4tt
8.41t
10.1tt
•lnconcing voltage to the system must be both 230 and 120 colts.
--► Indicates intake air of condensing unit. Discharge is on opposite side.
t These systems available in 120 /1/60 (This doubles the fu!l locd amps.)
ft Power to these systencs must he both 208 /3/60 and 120/1/60.
• `Capacities are based on 90 °F. (32.2'C.) ambient temperature.
Model t3SC -33, a ty H.P. system, is available. Write for specifications.
action 2 walk -in coolers and freezers
self- contained — cont.
low temperature systems 3/4 to 2 h.p.
side mounted top mounted
17"
Condensing
unit
Drain tube
Electrical service
connection
Wall of watk•in
Electrical
connection
r
Blower coil
See charts below
for number
of fans.
SECTION THRU HEIGHT
451/2"
Condensing
unit
Drain
Wall of
walk•in
Electrical
connection
Blower coil
See charts below for
number of fans.
SECTION THRU HEIGHT
Condensing
}--- 451/4"_i unit
Blower co 'I
Electrical
connection
TOP VIEW TOP VIEW
Systems are positioned so that blower coil is centered over a 46" vertical panel.
dimensions
SYSTEM
NO.
A
B
C
0
AZ -75A
191/4"
261/4"
173/s"
33"
AZ-100A
211/4"
353/4"
17N"
33"
AZ-150A
23"
353/4"
23N"
33"
AZ -150B
211/4"
353/4"
15N"
421/2"
AZ-200A
23"
353/4"
23118"
33"
AZ-200B
211/4"
353/4"
15%"
421/2"
dimensions
SYSTEM
NO,
A
B
C
D
AZ•75A
231/4"
28N"
173/4"
33"
AZ -100A
251/4"
38"
173/4"
33"
AZ-150A
27"
38"
23N"
33"
AZ-150B
251/4"
38"
15N"
421/2"
AZ -200A
27"
38"
23N"
33"
AZ-200B
251/4"
38"
153/4"
421/2"
specifications --top and side mounted systems
SYSTEM NO.
AZ•75A
AZ -100A
AZ -150A
AZ-150B
AZ -200A
AZ -2006
BTU /HR -10 °F.
(- 23.3 °C.) BOX T. *
3,500
4,500
7,400
7,000
9,600
9,100
EVAP. C.F.M.
800
800
2,100
1,500
2,100
1,500
APPROX. AIR THROW
18'
18'
25'
20'
25'
20'
H.P. OF UNIT
3/4
1
11/2
11/2
2
2
EVAP. MOTORS
(230/1/60)
1/20 H.P.
1/20 H.P.
1/6 H.P.
(2)
1/20 H.P.
1/6 N.P.
(2)
1/20 N.P.
FULL LOAD AMPS @
230/1/60
8.3
8.4
17.6
17.1
15.7
15.2
FULL LOAD AMPS @
208 /230/3/60
5.6
7.7
11.3
10.8
12.6
12.1
—s Indicates inlakc air of cor denying unit. Discharge is on opposite side.
*Capacities are based on 90 °F. (32.2 °C.) ambient temperature.
11.23b/Ba
top mounted
systems— outdoor
for use with prefab or built -up
type roofs.
Same as
standard top
Condensing .. mounted units
unit
Blower coil
4" less than
standard top
mounted units
1E+ Wall of walk•in
SECTION THRU HEIGHT
r--451/6"-1
4"
Blower coil J l _ Condensing
4 4 unit
TOP VIEW
When top- mounted, self- contained re-
frigeration systems are used on instal-
lations requiring prefab aluminum
roofs, these systems will be furnished
identical to other top - mounted systems.
However, when installing, these sys-
tems must extend 4" from the side wall
of the walk -in to allow clearance for the
side flanges of these roofs. Above is a
drawing of a typical installation of this
type showing the variances from the
standard top - mounted systems.
N.S.F. installations
Condensing
unit
i ra
Wall of
walk.in
311"
E— Blower coil
For installations requiring approval by
the National Sanitation Foundation,
self- contained systems are furnished
with the blower coil lowered 31/2': This
space allows easy access for wiping the
top of the coil.
Bally Case K Cooler, Inc., Bally, Pennsylvania 13
gip ii f - orxr ;ta,. _ra. A,d — c r t .
rio rrtial. fond 1 w temperature systems —a to 7x;4 h.p.
A/Ode, ...4Z -..5(10'.4
10" .,
,COnH'
L
• jiff'
1
• _,:
li I 8Inor Y CC,11
. _ c_.. _r ; ' See charts ;>■iMt' far
nt,i ih' r ar
Matte/ A! -75OA
(AUur/a (11116 1016/d
final test' etttttii e
SIDE MtlllNitti
)
t.LI'
I' Elert
r t /cann,1
•
{
Blower a&l j •
See Charts fer ; r'• - A. -
nUnit,PT of f sn5. TOP VIEW
4.•- ••- 35S:y "........
Elect
war.
1
1
r1 i
ni
t_. 1
11
f ,ctr rat rnrrtnrn
-r
TOP YIVN
ElAttr:C:11 (.Cnr„rtCf
it
SIDE VIEW p n teiim
TOP MOtJHrED
-A
4
SIDE VIEW
All sysit.'tto above are centered over 46" wide vertical panel.
gl & 6 lbp. systems 71/2 h.p. systems
Witt/ teiiipeilitui'e
b3U /11(1 +35° F`:
(1;/' . "1W ►'�.�r_..
tV.Af':
O,F.M.
API'110X,
AIH
t011Uw
HIP
Ot
UNIT
LVAP,
Id010f(S
(230/1/60)
FULL
LOAD
2 0/1/00
.
FULL
LOAD
U8/31 0
DIMENSIONS
-6.) _j0
COOLED .
WA r0
A
8
C
0
:.:..
0S0300A
1/ 00O
__23,01J0...
_4,400
30'
3
(1) ' II.I'.
28,7
23.8
291/2"
651/4"
26"
661/2„
_
26,000
26,000
3,666
20' .-
a
(4) Iiri1L1',
25,5
20.8
271/2"
631/4"
20"
841/2"
..050,3000
000
20,500...
28,500 _
4,4DU
30' ...
3
(2) 14 ILP,
28,7
23.8
32"
673/4"
303(6'
511/2"
_hS0=
nsb.500A
44,000 _._
45,11O0
6,00o
40
5
13)1. 11,1'.
42,4
34.7
291/2"
65'/4"
261/2"
90th"
1156-5000
43,000
4s,000
0,400
00'
6
(2)/ 11,1',
43,9
36.2
32"
673/4"
37°/16"
511/2"
Witt/ teiiipeilitui'e
A it etboiTe ,syBi'eYttr itre ?iinilctble itt 4(O j3 /tiO.
^^ fizitiixktea atif Role of 'nndetising tt.nit.
14
*Capacities ore based on 90 °b', (:32.21 °C.) amble at temperature for air cooled units,
100°K (37.t3°C.) for water rooted units.
iltt IIi: ,. -10 °r.
13.3 °CJ 0(1l(:1LMI'a
LVAI'.
0.►-,m•
nl'I'f1ok:
All(
)HHOW
N:11
Of
UNIT
LVAI',
MO101t5
(230/1/60)
FIILI.
LOAD
230 /1/�U
FULL
LOAD@@
2U8/3/�i0
DIMENSIONS
ills
NOW)
Wt1 E11
COOLED
A
B
C
0
A7-300A . ,
15,000
15;300.
4,400 _
30'
3
(2) ;6 H.P.
28.1
23,8
29th"
651/4"
26"
661/2"
A1.3000_,-
14,500._
14,800
3,000
20'
3
(4) 1,61.P.
26,1
22.0
271/2"
631/4"
20"
841/2"
. A7.3.000 ...
15,160
.16,466.
4,460
30'
3
12) 16 H.P.
28.1
23,8
32"
673'4"
3014"
511/2"
---;12.500A
24606
2000 .
6,600
40,'
5
(3) ; H.P.
43.G
35.9
291/2"
651/4"
261/2"
901/2"
A2.3000_ -.
22;10o
13,000
6,400
50'
5
(2) 114 HP.
43.9
36.2
32"
673/4"
37Y6"
511/2"
A2456A
,,.31'i,d60
80,000.
6,600.
40'
11/2
{31 E/* N.P.
--
51.4
291/2"
71'/4"
261/2"
901/2"
A2 '.7500
36,000
40,000
7,200
50'
11/2
(2)1/3 N.P.
--•
44.8
32"
741/4"
37,'(6"
511,4"
A it etboiTe ,syBi'eYttr itre ?iinilctble itt 4(O j3 /tiO.
^^ fizitiixktea atif Role of 'nndetising tt.nit.
14
*Capacities ore based on 90 °b', (:32.21 °C.) amble at temperature for air cooled units,
100°K (37.t3°C.) for water rooted units.
�:s tion 2 walk -in coolers and freezers
refrigeration systems
preassembled remote type
Bally Pre - assembled Refrigeration Systems consist of
two major assemblies. One is the Condensing Unit
Assembly with all necessary components factory -
installed and wired including electrical box, time
clock, drier and sight glass, (winter control and
crankcase heater if required). The other is the Re-
frigeration Coil Assembly with expansion valve, tem-
perature control and heat exchanger completely
factory- mounted.
Installation work on the job site is minimal. All that is
required is that electrical power be brought to the
Condensing Unit, and that refrigeration tubing and
electrical connections be made between the Condens-
ing Unit Assembly and the Refrigeration Coil Assem-
bly. All equipment and tubing required to do. this is
furnished by the contractors at the job site.
These systems reduce job site installation time and
cost. They perform with highest efficiency because
they include all necessary components properly sized
and expertly installed.
normal temperature air-cameo systems
MODEL
NO.
H.P.
UNIT
FULL LOAD AMPS
,
+35 F. (1.7 °C.)
BOX TEMP.
230 V.
1 '
208/230 V.
60 P.
PN•75
''/
6,7
4.4
6,040
PN•100
1
8,2
7.6
8,700
PN -150
11/2
10.1
9.0
12,450
PN•200
2
12.5
10.0
17,500
PN•300A
3
19.8
15.3
27,000
PN•300B
3
19.8
15,3
26,000
PN•3000
3
19.8
15.3
26,500
PN•500A
5
26.6
20.4
44,000
PN•5008
5
26.6
20.4
42,200
PN -5000
5
26.6
20,4
43,000
PN•750A
71/2
-
34.8
60,000
PN•750C
714
-
34.8
58,500
Low temperature air- cooled systems
MODEL
NO.
H.P.
UNIT
■
FULL LOAD AMPS
BTU /HR.*
230 V.
1 P.
60d .
208/230 V.
3 P.
60 C.
0 °F.
(-17.8 °C3
BOX T.
-10 °F.
(- 23.3 °C.)
BOX T.
PL-75A
''A
7.2
4.9
4,200
3,500
PL -100A
1
8,1
7.5
6,200
4,500
PL-150A
11/2
16.7
10.5
9,100
7,000
PL•15013
11/2
16.2
10.0
8,600
6,700
PL-200A
2
12.6
10.1
12,400
9,600
PL-200B
2
12.1
9.6
11,800
9,100
PL -300A
3
25.2
20.7
20,600
15,000
PL•3008
3
24.2
19.7
20,000
14,500
PL•3000
3
25.2
20.7
20,800
15,100
PL-500A
5
34.7
28.5
30,800
22,500
PL -5009
5
33.2
27.0
29,900
21,800
P1.-5000
5
35.2
28.8
30,500
22,100
PL-750A
71/2
-
46.2
45,000
35,000
PL -7500
71/2
-
39.6
43,900
34,000
* Capaci ies based on 90 °F. (32.2 C.) antbunt temp.
460/3/60 also available, write for specifications.
refrigeration systems
11.23b/Ba
remote
Remote -type refrigeration systems are those where condensing units
are installed remotely from the Walk -In. Blower coils and condensing
units are available from Bally. Necessary electrical equipment and
refrigeration tubing for final connection must be supplied by the
contractor at the job site.
blower coils
BA -56 to BA -172
BP -200A
Bally blower coils are available in a variety of sizes, in both normal
and low temperature types, to meet every user's need. Construction
is Bally high quality with copper tubing and aluminum fins. Auto-
matic defrosting for low temperature models is provided by electric
heaters built into the coil.
normal temperature
MODEL
N0.
O
DIMENSIONS
BTU /HR
CAPACITY
15 °F,TD.3 °CI
FULL LOAD
AMPS @
120/1/60
FULL LOAD
AMPS @
230/1/60
L
W
H
BA -56
301/2"
201"
111"
6,000
1.4
-
BA-72
30%"
201"
123/4"
7,200
1.4
-
BA•96
37''%"
241"
13"
9,300
2.4
-
BA•128
41'/4"
261"
131"
12,450
2.4
-
BA•172
41''%"
26 1/4"
17"
19,500
4.0
-
BA•300A
661/2"
17"
231/2"
33,500
-
5.4
BA-300B
841/2"
141/4"
171/2"
30,000
-
4.4
BA-300C
511/2"
18"
27%
32,500
-
5.4
BA-400A
901/2"
17"
241/2"
50,000
-
8.1
BA•4008
12014"
141/4"
181/2"
45,000
-
6.6
BA•4000
511/2"
18"
35 7% 6"
46,500
-
8.4
BA-5004
901/2"
17"
241/2"
60,000
-
12.6
BA-500C
511/2"
18"
3514"
58,500
-
6.0
low temperature
MODEL
N0,
DIMENSIONS
BTU /HR.
CAPACITY
10 °F. (5.6 °C) TO
FULL LOAD
AMPS @
230/1/60
L
W
H
MOP
BF -51A
33"
151/4"
171/4"
4,700
4.6
BF -100A
33"
17"
231/4"
10,000
6.3
BF -1006
4234"
14'/"
14 %"
8,800
6.7
BF -200A
66"
17"
23'/"
20,000
13.4
BF -200B
84'/4"
14'/"
17'/4"
18,000
13,8
BF-200C
511/2"
18"
27')' "
19,500
14.4
BF-300A
90"
17"
23'/"
30,000
19.3
BF-300B
1201/2"
14'/"
18Y•"
27,000
20.5
BF-300C
511/2"
18"
35'.x."
28,000
17.5
BF-400A
90"
17"
231/4"
36,000
19.3
BF-400C
511/2"
18"
35'f."
35,000
17.5
Drain heaters are required when blowers are installed 10" or more from
inside wall. Heaters supplied at ex ra cost.
Bally Case & Cooler, Inc., Bally, Pennsylvania 15
reratai
ffem s remo
condensing units
For your convenience we list condensing
units for various size Wulk -Ins. They are
products of America's leading manufac-
turer of condensing unit 'for both normal
and low temperature use.
a
=
MODEL NO.
FULL LOAD AMPS.
BTU /HR @ 90 °F. (32.2 °C.)
AMB. TEMP.
EVAP. TEMP.
-20 °F. (- 28.9 °C.) LOW TEMP.
+20 °F. (- 6.7 °C.) MED. TEMP.
o
ta
N
o
N
a
N
d
M
208/230 -3 -60
1/3
EBAM -0033
5.6
2.7
-
2,500
1/2
EBAM•0050
8.0
4.1
2.4
4,250
1/2
FBAM•0050*
12.0
5.8
-
4,500
3/4
CBAM•0075
12.4
7.1
3.9
6,040
3/4
FBAM•0075*
16.2
9.4t
-
6,150
3/4
CBAL -0075
-
7.1
3.9
3,040
1
CBAM -0100
17.4
8.0
6.2
8,700
1
FDAM•0100*
18.1
9.1
-
9,000
1
CBAL•0100
-
8.0
6.2
4,950
11/2
CBAM -0150
-
8.6
7.5
12,450
11/2
CBAL•0150
-
13.7
7.5
7,060
2
CBAM•0200
-
11.3
8.8
17,500
2
C3AL -0200
-
11.3
8.8
9,500
3
CDAM -0300
-
19.8
15.3
24,150
3
C3AL -0300
-
19.8
15.3
14,200
5
CBAM•0500
-
26.4
20.2
39,600
5
C3AL•0501
-
26.4
20.2
22,500
71/2
CBAM•0750
-
-
34.7
60,000
71/2
C3AL•0751
-
-
33.7
31,900
10
CBAM•1000
-
-
52.9
77,000
10
C3AL -1001
-
-
52.9
50,700
20
C3AL -1002
-
-
76.2
67,300
*Hermetically scaled -all others are accessible
hermetic.
f208/230 -1 -60
460 volt, 3 phase, 60 cycle condensing units are
also available. Write for specifications.
Outdoor weatherproof hoods are available
for all remote condensing units.
16
refrigeration recominendations
Refrigeration recommendations are shown below for 21 of the most popular sizes
of Bally Walk -Ins for both 7'6" and 8'6" heights. The BTU /HR load shown is
computed for 7'6" heights. Although the usage factor is slightly more for 8'6"
heights, recommendations remain the same. Condensing unit sizes are based on
"normal usage" operating 16 out. of 24 hours for normal temperature and 18 out
of 24 hours for low temperature, in a 90 °F. (32.2 °C.) ambient. Recommendations
are made only for Walk -Ins using prefab insulated floor panels or built -in ure-
thane insulated floors. NOTE: Walk -Ins with non - insulated floors are not
applicable.
SIZE
OF WALK•IN
NORMAL TEMP. +35 °F. (1.7 °C.)
LOW TEMP. -10 °F. (- 23.3 °C.)
BTU/
LOAD
SELF
CON-
TAINED
SYSTEM
PRE-
ASSEMBLED
REMOTE
SYSTEM
H.P.
HR./
LOAD
SELF
CON-
TAINED
SYSTEM
PRE-
ASSEMBLED
REMOTE
SYSTEM
H P
3'11" x 5'10"
2,050
BSC -33
PN -33
1/3
3,043
AZ -75A
PL -75A
3/4
5'10" x 5'10"
2,789
BSC -50
PN•50
1/2
4,468
AZ -100A
PL -100A
1
5'10" x 7'9"
3,363
BSC -50
PN -50
1/2
6,244
AZ -150A
PL -150A
11/2
5'10" x 9'8"
3,915
BSC -75
PN•75
3A4
6,835
AZ -150A
PL -150A
11/2
5'10" x 11'7"
4,452
BSC -75
PN•75
3/4
7,179
AZ -150A
PL -150A
11/2
7'9" x 7'9"
4,083
BSC -75
PN -75
3/4
7,028
AZ -150A
PL -150A
11/2
7'9" x 9'8"
4,767
BSC -75
PN -75
3A
7,306
AZ -150A
PL -150A
11/2
7'9" x 11'7"
5,448
BSC -75
PN -75
3A4
8,342
AZ-200A
PL -200A
2
7'9" x 13'6"
6,409
BSC•100
PN -100
1
8,889
AZ-200A
PL -200A
2
7'9" x 15'5"
7,093
BSC -100
PN -100
1
9,230
AZ -200A
PL -200A
2
9'8" x 9'8"
5,621
BSC -75
PN -75
3/4
8,465
AZ -200A
PL -200A
2
9'8" x 11'7"
6,734
BSC -100
PN -100
1
9,150
AZ -200A
PL -200A
2
9'8" x 13'6"
7,515
BSC -100
PN -100
1
11,372
AZ-300A
PL•300A
3
9'8" x 15'5"
8,100
BSC -150
PN -150
11/2
12,022
AZ -300A
PL -300A
3
9'8" x 17'4"
8,510
BSC -150
PN -150
11/2
12,621
AZ -300A
PL -300A
3
9'8" x 19'3"
9,017
BSC•150
PN•150
11/2
13,339
AZ -300A
PL -300A
3
11'7" x 11'7"
7,669
BSC -100
PN -100
1
11,533
AZ -300A
PL -300A
3
11'7" x 13'6"
8,235
BSC -150
PN•150
11/2
12,195
AZ -300A
PL•300A
3
11'7" x 15'5"
8,832
BSC -150
PN -150
11/2
12,971
AZ-300A
PL•300A
3
11'7" x 17'4"
9,360
BSC•150
PN -150
11/2
13,737
AZ -300A
PL•300A
3
11'7" x 19'3"
9,791
BSC -150
PN -150
11/2
14,339
AZ -300A
PL -300A
3
Recommendations are "average" and do not to to into consideration factors such
as ambient temperatures exceeding 90 °F. (32.2 °C.), the use of sliding glass or
hinged reach -in doors or excessive opening of entrance or service doors. "Average"
installation means a normal load requirement for the general storage of food
products, either in a normal or low temperature Wal /e -!n. When Walk-Ihs are to
be used for sharp or quick freezing or if large quantities of warm food are to be
cooled quickly, larger refrigeration systems are required. Specific size recom-
mendations will be made by Bally's Engineering Department based on the volume
and temperature of the food product to be handled. All recommendations include
air- cooled condensing units.
•
Lion 2 walk -in coolers and freezers
accessories
cantilevered shelving
Galvanized steel and stainless steel
shelves are made in lengths of 36 ", 48"
and 54 ", and depths of 14" and 20 ".
Shelves can be installed in any number
,'f tiers to suit users requirements. They
:.rovide maximum storage capacity
any given space with the utmost
accessibility of stored product and
se of cleaning.
addition to these benefits Bally ad-
;table cantilevered shelving systems
• infinitely adjustable, stylish, rugged
1 fast and easy to install.
Major components and features of the
shelving system include:
1 Shelves have sanitary design with
easily cleaned surfaces. Raised edges
(marine type) keep product from rid-
ing off shelf.
2 Louvers, 1" wide, provide maximum
air circulation.
3 Galvanized iron adjusting clamps per-
mit easy adjustment of shelves. Loos-
en bolt of clamp, adjust bracket up
or down, then tighten.
4 Extruded aluminum wall standards
permit shelves to be installed as a
single unit or butted together for a
continuous lineup.
5 Rugged 12 gauge galvanized steel
shelf brackets eliminate the need for
frontal upright supports, allowing full
usage of entire shelf area and floor
area beneath shelves.
6 12 gauge galvanized steel top anchors.
Optional equipment includes movable
locking dividers for orderly storage, ex-
truded aluminum clip -on shelf ledges for
extra protection to stored items and ad-
hesive -type identification label holders.
111
Shelves
II
17, 36", 48"
or 54"
.l.
Standards
-4
Front View
Side View
teat rails
Brackets, meat rails
dards are galvanize
heavily tinned.
Meat rails made
of a /s" x 2" steel
are available in
any length. Rails
are mounted on
heavy gauge steel
brackets sup-
ported by 11/2" x
11/2" x 1/4" angle
iron vertical stan-
dards. Brackets
are adjustable in
height in incre-
ments of two
inches. One bar
hook is supplied
for every lineal
foot of meat rail.
and vertical stan-
d; bar hooks are
floor racks
Sturdy. Slatted -
type hardwood
floor racks are
available for all
sizes of Bally
Walk -Ins. They
are smooth sanded
and finished with
a water - resistant lacquer. Made in
modular sections for removal when
cleaning.
prefab sectional
weatherproof roofs
Walk -Ins erected outdoors require pro-
tection against rain and snow. Bally
prefab sectional aluminum roofs, avail-
able for Walk -Ins up to 34'7" wide and
in any length, are ideal for this pur-
pose. See page 25 for details.
11.23b/Ba
modular shelving
For users who desire modular type
shelving Bally does have a complete
line available in stainless steel and gal-
vanized steel. Made in lengths of 36 ",
48" and 54" and depths of 14" and 20 ".
Shelves can be assembled in 3 tier, 4
tier and 5 tier units in both stationary
and mobile types. Ruggedly con-
structed to withstand punishing use
under all conditions, they have these
important features:
1 Sanitary design listed by N.S.F.
Raised edges keep product from rid-
ing off shelf.
2 Patented construction. Flange de-
sign secures die - formed corner cast-
ings in position, keeping post holes
in perfect alignment.
3 Shelves are adjustable to provide
exact space required. Posts are 1"
O.D. and 63" high galvanized steel
or stainless steel to match shelves.
4 Louvers, 1" wide, provide maximum
air circulation.
5 Stationary shelf units can be con-
verted to mobile type by installing
5" heavy duty casters.
6 Shelves can be assembled as a sin-
gle unit or a series of shelves can be
joined together for a continuous
lineup.
Optional equipment includes adjust-
able bullet feet, adjustable cushion feet,
movable locking dividers for orderly
storage, extruded aluminum clip -on
shelf ledges for extra protection to
stored items, adhesive -type identifica-
tion label holders, heavy -duty zippered
plastic covers and 5" ball - bearing cast-
ers with neoprene rubber tires to con-
vert stationary sections into mobile
units.
Stationary Unit
r--36 "- 48 " -56"
Mobile Unit
14"
, f
Front View Side View
13ally Case & Cooler, Inc., Bally, Pennsylvania 17
architectural specifications
Walk -Ins shall be prefabricated, all -metal
clad, sectionally constructed and be de-
signed for easy, accurate field assembly with
provisions to facilitate disassembly for relo-
cation, and to add extra panels to increase
size.
1. PANEL CONSTRUCTION — Panels shall be
made in 23" and 46" widths fully interchange-
able for fast and easy assembly; 111/2" incre-
ment panel to be furnished when required to
better fit allocated space. They shall consist
of Interior and exterior metal pans precisely
formed with metal dies and checked with
gauges for uniformity. Metal shall be as de-
scribed in Paragraph 2. The exterior of all
vertical panels shall have vertical grooves on
111/2" centers. The metal skins to be placed
in steel molds with liquid urethane injected
into the mold to form a rigid insulation. It
must be "foamed -In- place" to bind tena-
ciously to Interior and exterior metal skins to
form a rigid strong wall. Insulation shall be
rigid urethane as described in Paragraph 4.
Panels shall be made without internal wood
or metal structural members, with 100% of
each panel, exclusive of metal skins, being
urethane insulation. Panel edges must have
tongues and grooves "foamed -in- place" to
assure tight joints. A flexible vinyl gasket
shall be fitted on the interior and the exterior
of each panel along every tongue edge to
provide gasketing at each joint.
To assure perfect alignment and maximum
strength, 90° angled panels shall be provided
for each corner. The exterior horizontal di-
mensions of each side of this corner shall
be 12 ".
Panels must meet Factory Mutual's approval
standard #4411 for Insulated wall construc-
tion.
Floor panels shall be similar to all other
panels but shall be made to withstand uni-
formly distributed floor loads up to and In-
cluding 600 pounds per square foot.
2. FINISH—(Specif y one or a combination of
the following: NOTE: Individual panels other
than floors cannot include galvanized on one
side and aluminum on the other side.) A.
Bright galvanized steel, 22 ga., interior and
exterior. B. Stucco - embossed aluminum,
.042" thick on interior and exterior. C. Stain-
less steel, type 302, #3 finish, 20 ga. (can
be specified for selected interior and ex-
terior areas).
(Note: Walk -Ins with stucco - embossed alu-
minum finish are always furnished with 14 ga.
galvanized interior floors unless otherwise
specified.)
(Note: Interior floors shall always be heavier
for extra bearing strength. Specify as fol-
lows: galvanized steel -14 ga.; smooth alu-
minum —12 ga.; stainless steel —16 ga.)
3. PANEL FASTENERS — Walk -In panels shall
be assembled with Bally "Speed -Lok" joining
devices. Distance between locks shall not ex-
ceed 46 ". Each locking device shall consist
of a cam - action, hooked locking arm of re-
placeable type (in the event of damage),
placed in one panel, and a steel rod precisely
positioned In the adjoining panel, so that by
rotating the locking arm, the hook shall en-
gage over the rod and with cam - action draw
the panels tightly together. Both the locking
arm and steel rod shall be housed in steel
pockets set Into the panel by use of 2" steel
straps set Into the insulation, forming perime-
ters of steel for extra strength. An aligning
device shall be provided In at least one
"Speed -Lok" pocket per every vertical panel.
18
for walk -in coolers and freezers
Press -fit caps shalt be provided to close
wrench holes. The required locking wrench
shall be supplied as part of the Walk -In.
4. INSULATION — Insulation shall be 4" thick
rigid urethane foam 2.2 Ib. per cu. ft. density
(poured -in- place, not frothed). It shall have a
low flame spread rating of 25' or less with a
certifying Underwriters Laboratories label on
every panel. The expanding agent shall be
only Freon 11 with an Inherent pressure of 38
PSI when foam is heated to 150 °F. (65.6 °C.).
The thermal conductivity factor ( "K ") shall
not exceed 0.118 BTU per hour (Square
Foot) (degree Fahrenheit per inch). Overall
coefficient of heat transfer ( "U" Factor) shall
not exceed .029 ( "R" 33.90). The Insulation
must remain stable at an operating tempera-
ture range of minus 90 °F. (- 67.7 °C.) to plus
250 °F. (121.1 °C.).
5. HINGED STANDARD ENTRANCE DOOR
PANELS — Entrance openings as per the fol-
lowing size schedule shall be provided In 46"
(or 69 ") wide panels. The door shall be an in-
fitting flush - mounted type. Construction of
both panel and door shall be as stated in
Paragraph 1. Insulation shall be the same
thickness and type as staled in Paragraph 4.
Hardware shall be as specified in Paragraph
6 or 7. A thermoplastic gasket with a mag-
netic steel core shall be mounted on the top
edge and along both sides of the door. The
bottom edge of the door shall contain an ad-
justable rubber wiper gasket. The magnetic
force of the gasket shall keep the door in a
closed position and the gasket shall form a
positive tight seal. Gaskets shall be resistant
to oil, fats, water and sunlight and shall be
replaceable.
Construction of the door panel shall include
a heavy, "U" channel type, reinforced steel
frame of not less than 14 gauge thickness,
around the entire perimeter of the door open-
ing to prevent racking and twisting.
Anti -sweat heater wires shall be concealed
behind the metal edge of the door jambs on
all four sides. An additional heater shall be
concealed beneath the exterior edges of the
door around the entire perimeter. They shall
provide sufficient heat to prevent condensa-
tion and frost formation.
Each door panel shall be provided with an
Incandescent vapor -proof lamp on the in-
terior. An operating toggle switch and pilot
light shall be mounted on the exterlor. All
interconnecting wires shall be Installed in
rigid conduit. An inlet box shall be provided
for 120 volt, 60 cycle, 1 phase, A.C. service.
A 2" diameter flush -face dial -type thermome-
ter shall be mounted on the door panel. It
shall provide temperature readings in a range
from minus 60 °F. (- 51.1 °C,) to plus 80"F.
(26.7 °C.) and shall be adjustable for accu-
racy, (Thermometers are standard equipment
on 24 ", 34" and 48" wide doors only. Special
surface mounted thermometers are available
for 60" wide doors If required.) (Doors are
available in the following clear opening sizes.
Architect to specify number and location of
doors, also left or right swing.)
(6'8" high Walk- Ins -34" x 66 ".
7'6" high Walk- Ins -24" x 78 ",
34" x 78 ", 48" x 78 ", 60" x 78 ".
8'6" high Walk -Ins and higher -24" x 78 ",
34" x 78 ", 48" x 84 ", 60" x 84 ".)
6. HARDWARE FOR STANDARD HINGED
ENTRANCE DOOR —(For doors with 24" and
34" wide openings)—All hardware shall be
made of satin finish aluminum when specified
for aluminum or galvanized finished Walk -Ins,
All hardware shall be polished aluminum
when specified for stainless steel finished
Walk -Ins.
DOOR HINGES: Each door shall have two
hinges, self- closing, spring loaded type, with
stainless steel pin and Delrin cam -type bear-
ing.
DOOR LATCH: The latch shall be designed
to easily open the door by breaking the mag-
netic force of the door gasket. Latch shall
have a cylinder type lock and shall Include
an inside safety release handle to prevent
anyone from being locked inside.
FOOT TREADLE: Each door panel shall con-
tain a tool treadle to facilitate easy opening
of the door without use of hands. It shall be
compact and require only light toe pressure
for opening. (48' and 60" wide doors have
no foot treadle.)
7. HARDWARE FOR STANDARD HINGED
ENTRANCE DOOR (For doors with 48" x 60"
openings.)
LATCH AND STRIKE ASSEMBLY: The latch
and strike assembly shall be satin or bright
finish aluminum or die -cast metal with satin
chrome finish. The latch shall be made to
accommodate a padlock but shall Include an
inside safety release mechanism to prevent
anyone from being locked inside.
HINGES: The hinges shall be made of alu-
minum or die -cast metal and shall match the
latch in general finish and design. Blades
shall be no less than 9" and hinges shall be
up -lift type with nylon cam on 1/2" D. pin.
8, HINGED SUPER ENTRANCE DOORS (All
specifications to be the same as listed In
Paragraphs 5, 6 and 7 with the following ex-
ceptions.)
Both door and door panel to have diamond
plate kick panels 35" high on interior and 37"
high on exterior.
Door to have three hinges instead of the
standard two.
Door to have observation window (141" x
23 "). See Paragraph 20.
9. DUAL PURPOSE DOORS —Doors shall he
made of 2" thick high density urethane in-
sulation, foamed -in -place between poly-
ethylene skins having no surface screws or
seams. Side and bottom gaskets shall be neo-
prene, pre- engineered to fit into gasket key
and held in place without mechanical fasten-
ers. Top seal gasket shall be made of DuPont
Hypalon with black anodized aluminum con-
tinuous metal anchor strip with stainless steel
screws.
Lower hinge shall be a plastic self - lubricating
bearing with a stainless steel shaft. The
with upper st hinge
i shall be shaft. lt shall self-closing adjust-
able
backward and forward as well as up and
down. Hinges shall be covered with black
DuPont Hypalon.
Peep window shall be double pane 1/2" high
impact, scratch resistant polycarbonate.
Width and height of opening to be as per
schedule. 3' wide doors to have single leaf
doors, 4' and wider doors shall be two leaf
type.
10. WEATHERPROOF SHIELDS —(To be used
only when the Walk -In Is installed outdoors.)
*This rating is not intended to reflect hazards presented
by this or any other material under actual fire conditions.
r
section 2 walk -in coolers and freezers
A.% ;zkuy43i ff rl :f c Kr'a .N' ':t &:a
All doors must be supplied with a metal
shield above the door to divert rain and snow
from door gasket.
11.SLIDING DOORS —See Para. 9, page 27.
12. FLOORS —See Para. 11, page 27..
13. PRESSURE RELIEF PORT —(This must be
specified for all Walk -In Freezers when op-
erating at a temperature of 0 °F. (- 17.8 °C) or
lower). A relief port must be provided to
equalize the difference of pressure between
the interior and exterior caused by sudden
temperature changes due to opening of
doors, loading product and the defrosting of
coils. The relief port shall be provided in a
side panel located away from the direct air
stream flowing from the evaporator coils. It
must be designed so that air can move into
the Walk -In or out of it.
14. U.L. LISTED —The Walk -In shall be listed
by Underwriters' Laboratories. All electrical
wiring and components (including self -con-
tained refrigeration systems, if used) shall
meet their standards.
15. WARRANTY -10 YEARS —The manufac-
turer shall warrant that any part of the
installed Walk -In, except the refrigeration
system and its related accessories, is free
from defects in material or workmanship
under normal use and service. (Optional
5 -Year Guarantees are available for refrigera-
tion condensing units and sell - contained re-
frigeration systems at extra cost.) The manu-
facturer shall be obligated to repair or re-
place any part of this equipment which
proves to be defective within the period of
ten (10) years from the date of original in-
stallment. The warranty shall not apply to
equipment which has been subjected to any
,,ccident, alteration, abuse, misuse or Im-
croPer installation and shall not Include any
.tkor charges for replacement or repair of
!,,ctive parts or refrigerant.
SPECIFY BY NAME — (To assure that
.ifications prepared from this Guide will
,illy complied with, we suggest the follow -
be Included.) The Walk -In Cooler (or
er) shall be a Bally Prefab Sectional
• -In as manufactured by Bally Case &
or, Inc., Bally, Pa. To protect the Interest
client, no substitutions will be accepted
ss by specific approval).
NSTALLATION INSTRUCTIONS —A com-
set of Instructions covering both as-
dy of the Walk -In and installation of the
ioration equipment shall be supplied.
ALTERNATE AND OPTIONAL
EQUIPMENT
15 N.S.F. LISTED —The Walk -In shall be
.t,:d by the National Sanitation Foundation
and the design and construction shall meet
their standards.
19.PARTITIONS— Insulated metal -clad panels
shall be provided to form separate compart-
ments within the Walk -In. A non - conductor
strip must be built into all panels at the joints
where partitions butt to prevent transfer of
heat from one compartment to another. Par-
tition panels shall be Speed -Loked to these
;tom•.. �; .t .? ,. fx';
cont.
panels. Construction shall be as specified In
Paragraphs 1 to 4.
20. OBSERVATION WINDOW IN ENTRANCE
DOOR —For vision into the Walk -In, a 141/2"
x 23" observation window shall be provided
in the entrance door. It shall consist of three
panes of glass with sealed air spaces be-
tween each one. The window shall be remov-
able for replacement.
21. PREFAB SECTIONAL METAL ROOF —
(For Walk -Ins installed outdoors and not
exceeding 34'7" in width —can be any
length.) A prefab sectional roof shall be
furnished for the Walk -In to provide a water-
proof covering for ceiling panels. Made of
stucco- embossed aluminum, .050" thick.
22. FLOOR SCREEDS —(Not to be used when
floor panels are provided.) (Floor Screeds
shall be supplied as part of the Walk -In when
floors are "built -In" and insulated on the Job
site.) Insulated metal -clad floor screeds shall
be furnished for the perimeter of all wall pan-
els. They shall be 2%" high x 4" (the thick-
ness of the wall panels). Metal finish shall be
similar to the finish on the balance of the
Walk -In. (4" high floor screeds are available
for Walk -Ins when they are installed next to
a Walk -In using 4" high floor panels. 4" high
screeds are also used on combinations when
one room has floor panels and the other
room has a "built -in" Insulated floor.)
Screeds shall be fastened every 23" to the
concrete floor with appropriate fasteners.
23. SHELVING — Shelving shall be adjustable
cantilever type furnished in the length, width,
and numbor of tiers as indicated on plans. It
shall be as furnished by Bally Case & Cooler,
Inc., Bally, Pa. and conform to the following
requirements.
SHELF CONSTRUCTION —Each shelf shall
be integrally made from one sheet of metal
as specliled with all four corners uniformly
pierced to receive internal corner castings.
Shelves shall be louvered front to back (for
air circulation) with 1" wide slots and 2Y2"
wide flat spacers. Slots shall be reinforced
with vertical, burr -free flanges around the en-
tire perimeter of the slot. The entire perimeter
of each shelf shall be die - formed in a chan-
nel shape, 12/s" high with the top edge formed
to a 1/4" radius, 1/4" above the shelf level,
hemmed and pressed tight to form a crevice -
free, sanitary edge. All four corners of each
shelf shall be equipped with a high strength
corrosion- resistant die - casting designed to
mate tightly with the contour of the shelf
perimeter and to extend below the bottom
edge of the shelf to form a gusset for strength
and rigidity. Shelf corners shall be formed
over the die castings, providing a one -piece
construction.
SHELF MATERIAL — (Specify one of the fol-
lowing.) 18 ga. Stainless Steel, type 304,
smooth lustre finish or 18 ga. Galvanized
Steel.
STANDARDS — Standards shall be 6063T5 ex-
truded aluminum with pre - drilled holes for at-
tachment to the vertical wall.
SHELF shelf) s allll be made ofh12f gage galvanized
steel with 7/16" D. hole to accept bolt of ad-
justing clamp. Brackets shall have shelf lo-
cator studs to secure shelves in place by
Allenhead screws.
CEILING ANCHOR — Ceiling anchors shall be
11.23b/Ba
made of 12 gauge galvanized steel with pre -
drilled holes for attachment to the ceiling.
ADJUSTING CLAMPS — Adjusting clamps
shall be galvanized malleable iron affixed to
the shelf bracket with W' D. bolt which when
tightened shall provide clamping action on
the standard for easy shelf adjustment.
HARDWARE —Ail sheet metal screws re-
quired to mount extruded aluminum stand-
ards and ceiling brackets shall be furnished
as part of the shelving.
AVAILABLE SIZES — (Shelves are available
in any combination of the following lengths
and widths.) Lengths -36 ", 48 ", 54 ". Widths
—14 ", 20 ". Tiers —from 3 to 5 as specliled.
24. MEAT RAILS —Shall be a/e" x 2 "galva-
nized steel,supported by galvanized brackets,
adjustable on 11/2" x 11/2" x Ye" galvanized
steel standards. Movable meat hooks, one
per lineal foot of rail, shall be supplied.
25. FLOOR RACKS — Hardwood floor racks
shall be smooth sanded and protected with
water- resistant clear lacquer. Racks shall be
made in sections for easy removal when
cleaning.
26. COLOR COATED METAL FACADE —The
Walk -In shall be clad with Color Coated
Metal Facade. The Facade shall consist of
30" nominal width, ribbed, overlapping
panels made of 1.25 oz. commercial hot -dip
galvanized steel and finished with two coats
of silicone polyester color coating. All trim
and cornices shall be furnished in matching
(or contrasting) color(s). (The architect shall
designate the areas on the Walk -In where the
Facade is to be applied. Also, he will specify
one or more of the following colors: green,
gray, white, bronze, blue, brown or tan.)
27. SELF - CONTAINED REFRIGERATION
SYSTEMS — Refrigeration system(s) shall be
furnished for side wall (or top wall) mount-
ing. (Side mounted units are available in
sizes up to 71/2 H.P. Top mounted units are
available in sizes up to 5 H.P.) They shall be
completely self - contained, consisting of a
condensing unit mounted on the exterior
and a forced -air evaporator mounted on the
interior directly opposite. Capacities, air -
delivery and dimensions shall be as per
schedule. (The architect shall outline in detall
the electrical characteristics such as voltage,
cycle and phase.)
All components of the condensing unit shall
be hermetic or accessible - hermetic type. The
condenser shall be a conventional air- or
water - cooled type.
The forced -air evaporator shall be designed
so that the cooled air is discharged parallel
to the ceiling. Air circulation motor(s), multi -
fin and tube-type coil, and heat exchanger
shall all be assembled within a protective
housing.
Self - contained systems used for freezing
temperatures shall have an automatic sys-
tem for defrosting the evaporator, Including
heaters and time control. System shall be
completely factory- assembled and thoroughly
tested to meet the manufacturer's best com-
mercial standards.
28, REMOTE REFRIGERATION —See Para.
22, page 27.
Bally Case & Cooler, Inc., Bally, Pennsylvania
19
1
section 3 refrigerated buildings
,,,,,,,,,,,i,, 0 •00 '0,47,33 .M.;.a.ime,,In.s.tryt...rms•rwenur *oar?.
•. ,
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111111% I ilit1(1,1 AT ;'(/• 4 10'(;" high
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o.aidhoiol 40 • 4411 • 0-1' 1114444
:no'e's Poultry, Inc . Macon, Ga. 69' x 63'
13'6" high, clad with architectural facade.
Freer's Meats, Inc., Endicott, N.Y.,
food distributor. 76' x 52' x 11' high.
fionnings Supermarket, Harleysville, Pa.
'5'6" x 11'6" x13'6" high.
Falstaff Brewery, North Ber-
gen. N J. 90' x 70' x 18' high .
•
rera' fi L
Proof.. field Ice Cream Limited, Monc-
'on N F , Canada 81' x 23' x 12' hinh
4 . '
Green's Dairy, York, Pa.
60' x 85' x 33' high.
is
WAYNE POULTRY CO, INC.
FANCY IUP(IYI
W 1, YYII WI nt
Sharp and Dohme, West Point, Pa.,
aceutical firm. 72' x 100' x 18' high.
Wayne Poultry Co., Archbold,
Ohio. 81' x 140' x 18' high,
;w.
. Farm Sausage. Donelsoo, Tenn.
.t',' . 11' and IOU' x 50' x 11' high.
Bernan Food Corp.. Newark, N.J.
food processor. 25' x 25' x 14' high.
L G F Canada Ltd , Charlottetown, P.E.I.,
.,nar!a public finerer warehouse 121'x 121'x 30'.
r
Walt Disnoyworld, Orlando.
Fla. 130' x 144' x 18' -0" high.
11.23b/Ba
This section contains general infor-
mation, illustrations, drawings, di-
mensions and capacity data on
Refrigerated Buildings. (Detailed
information covering specific design
and construction features is in-
cluded in section 1. General infor-
mation covering Walk -In Coolers
and Freezers is included in section 2.)
Bally Refrigerated Buildings can be
assembled in any length or width
and in heights up to 36 feet ... as
single or multiple compartment.
units ... for use indoors or outdoors.
Users can choose types and location
of doors, interior accessories, and
refrigeration equipment, to meet
their specific needs.
Bally Ref'rigerat.ed .Buildings are
ideally suited to fill the needs of
every food and beverage processor,
wholesaler or retailer. They also
serve efficiently varied industrial
and commercial needs for bulk stor-
age space with controlled tempera-
ture and humidity conditions.
Doors Complete detailed informa-
tion on doors of all types are in-
cluded in section 1 of this catalog.
Refrigeration Specifications, capac-
ity data, electrical characteristics
and complete detailed information
on self - contained and remote re-
frigeration systems included in sec-
tion 2 of this catalog.
factory engineering
program provided
Bally provides an engineering pro-
gram which is of great help to local
contractors and eliminates the need
for high- priced factory installers,
substantially lowering the original
cost. This program includes supply-
ing guide line drawings and specifi-
cations covering concrete slab con-
struction, structural steel, and com-
plete erection instructions. Write for
full details.
•
laA (WA
design features
22
color coated metal facade
23
structural steel
24
roofing
25
floor construction
26
fork lift. operation
27
specifications
27
Bally Case Cooler, Inc., Bally, Pennsylvania
21
design features
1. Bally standard size insulated pre-
fab panels.
2. Die- formed metal interior and ex-
terior. Choice of .042 stucco
aluminum, 22 gauge galvanized
steel or 20 gauge type 302 stainless
steel.
3. 4" thick urethane insulation
"foamed -in- place."
4. Sliding entrance door. Choice of
manual or power operated types.
5. Built -up insulated roof by others.
Bally furnishes construction de-
tails and drawings.
6. Partition to form separate com-
partments is made of prefab in-
sulated panels.
7. Horizontal steel struts secure ver-
tical wall panels when they are
mounted one above the other
on installations which exceed a
height of 18 feet. (16 feet for out-
door aluminum installations).
8. Open web steel joist roof construc-
tion. In northern snow load areas
steel is appropriately heavier.
(Wide flange beams also available)
9. "H" columns support Toad- bearing
beams.
10. Lateral bracing.
11.
Vestibules, when required, are
assembled from standard insu-
lated prefab panels.
12. Anti -sweat heaters concealed he-
neath door jambs and under door
edges prevent condensation or
frost formation.
13. For installations requiring a built -
in floor recommended insulation is
slab urethane.
14. Optional two- way -swing vestibule
doors complete with observation
windows are available.
15. Self- contained refrigeration sys-
tem— side mounted type. Top
mounted units are also available.
The systems include condensing
units, blower coil and all neces-
sary controls.
16. Hinged 34" x 78" self - closing en-
trance door (other sizes avail-
able). Contains inside safety
release to prevent anyone from
being locked inside.
17. Bally Speed -Lok fasteners make
assembly accurate and fast ...
easy to add panels to increase size
or to disassemble to relocate.
18. Tongues and grooves on panel edges
are " foamed -in- place ". Assure user
of a tight seal.
19. Optional color coated metal facade.
Available in six colors and white
for any portion of the Building.
Cut-away view of 50' x 100' x
22' high refrigerated building.
22
Note: The maximum
height of one -piece gal-
vanized prefab wall pan-
els erected indoors or
outdoors is 18 feet.
Maximum height of one -
piece aluminum prefab
wall panels erected out-
doors is 16 feet, erected
indoors, 18 feet.
Outdoor installations require special piers, footings,
foundation slabs and subtloors. Bally supplies guide-
line drawings and specifications, but does not include
the depth of footings and piers which is determined by
local climate and soil conditions.
section
—cont.
cut -away view showing
typical construction of a
Bally refrigerated building
3 refrigerated bui dings
22' high Bally Refrigerated Building with multi -panel con-
struction in. height. Floor is built -in insulation.
I. lateral bracing as required. 2. Web joists in required size.
t't iling anchors, spaced every 92" on every supporting joist.
Prefab ceiling panels. 5. Prefab upper vertical panels.
+1. 1'retab 1uvver vertical panels. '7. Horizontal steel struts.
8. Load- bearing perimeter steel columns. 9. 8" high x 6" deep
r, ulurced concrete curb, poured after erection of building.
10. Fluor screeds — beneath all vertical panels when insulation
built -in. 11. Footings extend below frost line. 12. 4" thick
rtl tforced concrete wearing floor. 13. 2 layers of 2" thick
hilt -in sheet urethane. Staggered joints. 14. 4" thick rein -
1"rt' d concrete sub -slab. 15. 2" rock aggregate, 15" deep.
16. 1" drain holes for water seepage. 17. 4" or 6" dia. perfo-
rated drain and ventilation pipes spaced on 6 ft. centers, run -
ling the entire length of refrigerated building floor. 18. Hard
tamped earth. 19. Watertight seal.
11.23b/Ba
color coated metal facade
For users who desire modern, architectural styling and finish,
Bally now makes available metal facade in 6 attractive colors
and white.
It is designed for quick, easy attachment to a Bally Building.
The installed cost per square foot is low, and it is further
economical because it can be installed only on those visible
areas where a user desires it.
It is fabricated of 26 gauge galvanized steel finished with two
coats of silicone polyester ... in a configuration that provides
maximum rigidity and results in attractive highlights and
shadows. Cornices, vertical corners and door opening trim
are made in both matching or contrasting colors.
Install it only on those areas where appearance is important.
On a front ... a front and one side ... a front and two sides
... or around an entire building.
Available in white and the following six colors: Green, Gray,
Bronze, Blue, Tan and Brown.
detail of facade panels
!-Anti-siphoning 33/4" 33/4"
channel
30" Nominal coverage width
w
simple step -by -step assembly
1. Insert girt support anchors in Speed -Lok pockets.
2. Install horizontal girts into anchors while assembling pre-
fab panels or after assembly is complete.
3. Install I3aIIy aluminum gutters.
4. Fasten facade panels to horizontal girts with pop rivets.
5. Install either Bally Prefab Sectional Roof or built -up type
roof. Attach downspouts.
Bally Case & Cooler, Inc., Bally, Pennsylvania 23
structural steel
•
Refrigerated Buildings require supporting structural steel where the smallest dimension of either width or length exceeds 12 feet
or where the height is greater than 18 feet. (Note: On outdoor installations with aluminum finish, the maximum height is 16 feet.)
Bally engineers will specify the weight, size and type of steel needed. This will be determined by the building dimension .. .
whether it is an outdoor or indoor installation and by planned use of the structure. Three methods of supporting the ceiling
panels are shown: Method 1. Use of conventional structural steel. Method 2. Support from overhead structures. Method 3. Use
of pallet storage racks.
method 1
Ceiling panels are supported
by conventional structural
steel designed to meet local
conditions.
When using steel support
system as shown on this
page Speed -Lok access
holes are on the exterior
of the ceiling panels.
Prefab ceiling panels
Prefab ceiling panels
See floor detail
sect. 3. pages 10 thru 13.
TYPICAL BUILDING SECTION VIEW
Wall panels
Steel column
Column
width
DETAIL 1
DETAIL 2
Prefab ceiling panels —‘
SECTION THRU AA
24
See floor detail
sect. 3, pages 10 thru 13.
Speed•Lok
DETAIL 3
Prefab panel
Alun inum
angle
Web joist
Ceiling anchor
SECTION THRU BB
INf
i
i
1
.1
VVAVAI11IIWAVAA7AV
Detail 1
Prefab wall
panels
Detail 2
Ceiling anchors
secured between panels
by speed•loks every 7'8"
See detail 3.
G
See floor detail
sect. 3. pages 10 thru 13.
TYPICAL BUILDING SECTION VIEW
Wall panels
Steel column
Column
width
DETAIL 1
DETAIL 2
Prefab ceiling panels —‘
SECTION THRU AA
24
See floor detail
sect. 3, pages 10 thru 13.
Speed•Lok
DETAIL 3
Prefab panel
Alun inum
angle
Web joist
Ceiling anchor
SECTION THRU BB
method 2
11'61/2" —+.-- 11'6"
Max. end panel Max. ctr. panel
Ceiling panels of buildings installed in-
doors can sometimes be supported from
overhead structural steel. This pro-
vides a column -free interior.
Hanger straps
to building
structure
Hanger assembly
secured between
panels by
speed•loks
Prefab ceiling panels Speed•lok
DETAIL SHOWING SUSPENDED CEILING
PANELS FROM BUILDING STRUCTURE
;3ethod 3
Pallet storage racks can support ceil-
ing panels and eliminate conventional
structural steel.
•l: Zvi* 2.
i+k'
Exterior view of 0 refrigerated building
shows how storage racks support
ceiling.
section 3 refrigerated buildings
- -cont.
buildings higher
than 18 feet
When Refrigerated Buildings are more
than 18 ft. high (or 16 ft. high for out-
door installations with aluminum fin-
ish), panels are placed one above the
other. The panels are fastened to hori-
zontal steel struts which extend from
steel column to steel column. Following
are construction details.
Upper vertical panels
r/s" U Channel
struts
3'e" D. Machine
bolt spaced
every 23"
Steel
column
Lower vertical panels t/" Angles
CUT-AWAY PERSPECTIVE VIEW
OF HORIZONTAL STRUTS
Ht. of upper
vert. panel
1'/4"
Ht. of lower
vert. panel
2
2
Speed•lok
pockets
IA" Angles
1/4" U Channel
struts
HORIZONTAL STRUTS SECTION VIEW
6146" 415/i6" 23" —
4"
2
36" D. Machine
bolt
1/4" x 3" x 5W5/16„
Steel plate
A" U Channel struts
DETAIL OF HORIZONTAL STRUTS
AT CORNER PANEL
11.23b/Ba
roof s
for outdoor installations
It is essential to provide protection
against moisture leakage between ceil-
ing panels. Bally recommends one of
the following methods for this purpose.
prefab sectional type
Bally prefabricated sectional roofs are
constructed of heavy aluminum in .050
thickness and are available for Walk -
Ins up to 34'7" wide ... and in any
length required. These roofs include all
necessary fastening devices and gaskets
to assure a watertight installation.
Illustration of prefab roof in position.
When a Walk -In exceeds 18' in width,
the roof is made in two sections.
built -up type
For Walk -Ins wider than 34'7" Bally
recommends the installation of a flat
built-up type roof placed directly over
the ceiling panels.
4 ply built-up roof 1" insulation
sheathing (closed
cell type )
12" asphalt
spreads
Down spout
Gutter
PERSPECTIVE VIEW
Bally Case & Cooler, Inc., Bally, Pennsylvania 25
•
floor construction
Floor construction details shown below are for typical indoor and outdoor installations requiring structural steel. Tile drains and
gravel may be required depending on size and location, see page 11 for details. Floor details shown on pages 9 and 10 can also be
used but must be adapted for use with structural steel.
indoor installations
Screed anchors
spaced every 23"
Anchor bolts
8'=-i 18"
Pipe post or steel column
Building floor
Prefab panels
Screed
1"
Foamglass insulation
12"
PLAN VIEW
Base plate
V." Leveling plate
Grout
Reinforced concrete
4"
Foamglass insulation
18" x 24" 9 lbs. per cu. ft.
density under each
column
PERIMETER COLUMNS
outdoor installations
Screed -
anchors
spaced
every 23"
"1"--8"
1
I.
i
~ -
P.z
Irrlr'
r
RI
ti
i
Pipe post or steel column
Building floor
Prefab panels
Screed
1"
Foamglass insulation
12"
PLAN VIEW
Base plate
V." Leveling plate
Grout
Reinforced concrete
4"
Foamglass insulation
18" x 24" 9 lbs. per cu. ft.
density under each
column
PERIMETER COLUMNS
outdoor installations
Screed -
anchors
spaced
every 23"
"1"--8"
1
Pipe post or steel column
1"
Prefab panels
Caulking
Grade
line
Base plate
Foamglass insulation
Slab urethane
see page 9
18"
�1r
J
Pipe post or steel column
PLAN VIEW
6 mil polyethylene or
asphalt paper barrier
Concrete sub•slab
Foamglass insulation
118" x 24" 9 lbs. per cu. ft.
density under each
column
12"
1
Anchor bolts
PLAN VIEW
Base plate
V4" Leveling plate
Grout
Rein orced concrete
- 8 "-- t -- -18"
Base plate 12"
Footings
and piers
to extend
below
frost line
26
--r
4"
Slab urethane
see page 9
4"
Prefab panels
Screed
PERIMETER LOAD•BEARING COLUMNS
1"
2"
CENTER COLUMNS
Steel column
or pipe post
Base plate
PLAN VIEW
Anchor bolts
4r" Slab urethane
4 "
18"
12"
12"
6 mil polyethylene or
asphalt paper barrier
41' Concrete
sub•slab
PERIMETER NON•LOAD BEARING COLS.
PLAN VIEW
Foamglass
Insulation
r
PERIMETER COLUMNS
0.-i
I!/!fr
rd
~ -
Pipe post or steel column
1"
Prefab panels
Caulking
Grade
line
Base plate
Foamglass insulation
Slab urethane
see page 9
18"
�1r
J
Pipe post or steel column
PLAN VIEW
6 mil polyethylene or
asphalt paper barrier
Concrete sub•slab
Foamglass insulation
118" x 24" 9 lbs. per cu. ft.
density under each
column
12"
1
Anchor bolts
PLAN VIEW
Base plate
V4" Leveling plate
Grout
Rein orced concrete
- 8 "-- t -- -18"
Base plate 12"
Footings
and piers
to extend
below
frost line
26
--r
4"
Slab urethane
see page 9
4"
Prefab panels
Screed
PERIMETER LOAD•BEARING COLUMNS
1"
2"
CENTER COLUMNS
Steel column
or pipe post
Base plate
PLAN VIEW
Anchor bolts
4r" Slab urethane
4 "
18"
12"
12"
6 mil polyethylene or
asphalt paper barrier
41' Concrete
sub•slab
PERIMETER NON•LOAD BEARING COLS.
PLAN VIEW
Foamglass
Insulation
r
PERIMETER COLUMNS
•
fork lift
operation
Loading of Refrigerated Buildings is
frequently done by fork lift trucks.
These require 4" of concrete over the
insulated floor. The space layout where
fork lift trucks are used is extremely
important. Each loading bay should
be the proper width, determined by
the pallet size and by the size of the
aisle required for the fork lift truck.
Proper layout eliminates wasted space
... assures adequate aisle space for
easy loading and unloading.
Where fork lift trucks are used, heavy
steel beam guards should be placed ad-
jacent to the inner and outer door
jambs to protect them from damage.
Along the inside perimeter of the Build-
ing concrete should form an 8" high,
6" deep curb to serve as protection
from fork lift trucks. It also keeps
product; away from the wall for best
refrigeration efficiency.
Prefab
PPPOls
yer�ical
Steeps
channel'i
a;..;
j Stsel'cohijr�n
_or pipe post.
An alternate for protecting walls from
fork lift trucks is to erect "U" channels
between structural steel columns.
section 3 refrigerated buildings
architectural specifications
Refrigerated Buildings shall be prefabricated
all -metal clad, sectionally constructed, de-
signed for easy, accurate field assembly with
provisions to facilitate disassembly for relo-
cation and to add extra panels to Increase
size. (Note: When using paragraphs from
pages 18 and 19, substitute "Refrigerated
Building" for "Walk -In ".)
1. PANEL CONSTRUCTION — See para. 1,
page 18.
2. FINISH —See para. 2, page 18.
3. PANEL FASTENERS —See para. 3, page 18.
4. INSULATION —See para. 4, page 18.
5. HINGED ENTRANCE DOOR PANELS —See
paragraphs 5, 6, and 7, page 18.
6. OBSERVATION WINDOW IN ENTRANCE
DOOR (if used) —See para. 18, page 19.
7. WEATHERPROOF SHIELDS —See para. 8,
page 18.
8. PRESSURE RELIEF PORT —See para. 11,
page 18.
9. SLIDING DOORS — Single slide (or bi-
parting) entrance doors shall be provided,
with manual (or electric) operation.
MANUAL OPERATIONS: The sliding door(s)
shall be made to slide freely on metal tracks.
Construction, finish and Insulation shall be
similar to the remainder of the Building.
Heaters shall be provided to eliminate con-
densate or frost formation. The door shall
contain padlocking provisions and include an
Inside safety release,
ELECTRIC OPERATION: Construction, finish
and insulation of the sliding door(s) shall be
similar to the remainder of the Building.
Opening of the door(s) shall be accomplished
by a friction -drive mechanism operated by
pull switches. Door(s) shall contain reverse
"safety nose" which reverses travel of door
if contact is made with any object. Heaters
shall be provided to eliminate condensate or
frost formation. Door(s) shall also contain
padlocking provisions and Include an Inside
safety release. (Power to be 208/230, or 440
V., 60 C., 3 P.)
10. PARTITIONS —See para. 17, page 19.
11. FLOORS
LIGHT USAGE FLOORS —USING PREFABRI-
CATED PANELS: Prefab floor panels shall
be set on a concrete pad and leveled. Where
it is necessary that inside floor and outside
platform be level, the concrete pad shall be
made with a 4" deep depression to receive
the 4" Bally floor panels.
HEAVY USAGE FLOORS —FOR FORK LIFT
OPERATION — USING PREFABRICATED
PANELS: Prefab floor panels shall be set
down on a depressed concrete pad and
leveled. Alter supporting steel is erected, a
4" reinforced concrete wearing floor shall be
poured. The depression depth shall be of a
dimension so that both interior and exterior
finished floors are the same heights.
BUILT -IN INSULATED FLOORS: The floor
shall be constructed on the job site. It shall
consist of a depressed reinforced concrete
sub slab. Slab urethane shall be built into
this depressed slab and a 4" reinforced con-
crete wearing floor shall be poured on top.
Prefab wall panels shall be fastened to this
floor by use of insulated metal clad floor
screeds. Adequate drainage and ventilation
must be provided beneath all construction.
OPTIONAL: (For fork lift operation.) An 8"
high x 6" deep concrete curb shall be poured
around the entire Interior perimeter against
the wall panels, except at door openings.
12. FLOOR SCREEDS —See para. 20, page 19.
11.23b/Ba
13. PREFAB SECTIONAL METAL ROOF —See
para. 21, page 19.
14. MULTIPLE PANELS IN HEIGHT— (Spec-
Ify when Buildings are more than 18 it. high.)
(Note: 16 ft. high for outdoor installations
with aluminum finish.) Panels placed on top
of one another must be secured to horizontal
steel struts mounted between columns.
15. SUPPORTING STEEL —(For Buildings
wider than 12 ft. and higher than 18 ft.)
(Note: 16 ft. high for outdoor installations
with aluminum finish.) Supporting steel for
the interior (or the exterior) shall be sup-
plied. Joists shall be open web type. Col-
umns to be "H" beam type. All steel must
be of sufficient size and strength to support
intermediate ceiling panels. (If the Building
Is Installed outdoors, calculated wind and
snow load shall be Included in determining
steel sizes.) Steel work shall support Refrig-
erated Building only. (If extra load Is re-
quired, such as suspended sides of beef,
etc., this must be stated In the specifications.)
16. U.L. LISTED —See para. 14, page 19.
17. WARRANTY —See para. 15, page 19.
18. INSTALLATION INSTRUCTIONS — See
para. 17, page 19.
19. SPECIFY BY NAME —See para. 16, page
19.
20. COLOR COATED METAL FACADE —See
para. 26, page 19.
21. SELF - CONTAINED REFRIGERATION —
See para. 27, page 19.
22. REFRIGERATION EQUIPMENT (FOR RE-
MOTE INSTALLATION) — Refrigeration equip-
ment shall be designed for remote installation,
for use with dichlorodifluoromethane (Freon
12) refrigerant (For 11/2 h.p. and larger low
temperature condensing units, specify F -502
refrigerant), fully automatic in operation,
and shall conform to the following minimum
requirements. (All models, capacities and
electrical characteristics such as voltage,
cycle, phase for both condensing units and
evaporators, to be specified by the architect.)
CONDENSING UNITS: The condensing unit(s)
shall be provided complete with motor, air -
cooled condenser (or water - cooled), receiver,
compressor, and all other necessary com-
ponents mounted in a flexible manner on a
common base. Compressor shall be her-
metic (or accessible- hermetic) type. The
unit(s) shall be designed for 16 to 18 hour
operation at the specified evaporating tem-
perature, in a 90 °F, (32.2 °C.) ambient tem-
perature. Where motor starters are required,
they shall be furnished and may be packed
separately for installation on an electrical
control board.
EVAPORATORS: The evaporator(s) shall be
forced- convection, unit- cooler type, made to
be suspended from the ceiling panels. It
(they) shall be complete with forced -air dis-
charged parallel to the ceiling. Air circulating
motor(s), multifin and tube type coil and
grille (when required for safety) shall be as-
sembled within a protective housing. The ex-
pansion valve, with strainer, heat exchanger,
and Inlet and outlet connections shall also be
contained within this housing. Air circulation
motors must be lifetime sealed and the entire
unit- cooler assembly must be readily acces-
sible for cleaning. A drip pan and drain con-
nection shall be provided. Unit coolers shall
be equipped with mounting brackets for in-
stallation and all controls necessary for safe
and satisfactory operation. When the Refrig-
erated Building Is used for freezing, an auto-
matic system for defrosting the unit cooler,
including heaters and time control, shall be
supplied.
Bally Case & Cooler, Inc., Bally, Pennsylvania 27
some of the (lJ L
users
• COLLEGES, SCHOOLS Carnegie Institute of Technology, Pittsburgh, Pa. •
Cornell University Ithaca, N.Y. • Duke University Beaufort, N.C. • Harvard
University, Cambridge, Mass. • Massachusetts Institute of Technology, Boston,
Mass. • Michigan State University, East Lansing, Mich. • Stanford University,
Stanford, Calif, • U.S. Air Force Academy, Denver, Colo. • University of Hawaii,
Honolulu, Hawaii • University of Nigeria, Nsurka, Nigeria • University of
Pennsylvania, Philadelphia, Pa. • University of Texas, Austin, Texas • Uni•
varsity of Washington, Seattle, Wash.
sr DAIRY INDUSTRY Baxter Dairies Ltd. (various Canadian cities) • Beatrice
Foods Co. (various cities) • Borden Inc. (various cities) • Brookfield Dairies
Ltd. (various Canadian cities) • High's Ice Cream, Inc. (various cities) • H. P.
Hood & Sons, Boston, Mass. • L. S. Heath & Son (various cities) • Mayfield
Dairies (various cities) • Meadow Gold Products Co., Alexandria, Va. • Mellow.
Gold Products Co., Honolulu, Hawaii • Sealtest Foods (various cities)
• DRUGS, COSMETICS Bristol Myers, New York, N.Y. • Fisher Scientific
Co., Raleigh, N.C. • Gillette Toiletries, Andover, Mass. • Johnson & Johnson,
New Brunswick, N.J. • Lady Clairol, Inc., East Stamford, Conn. • Max Factor
& Co., Hollywood, Calif, • McKesson & Robbins (various cities) • Parke Davis
Drug Co., Baltimore, Md. • Smith, Kline & French Lab., Philadelphia, Pa. •
Taylor Pharmaceutical Co., Decatur, 11I. • The Upjohn Co., North Haven, Conn.
• Warner Chilcott Lab., Morris Plains, N.J. • Wyeth Labs. (various cities)
• FOOD INDUSTRY Campbell Soup Co. (U.S. and Canadian cities) • Chun-
King Corp. Duluth, Minn. • Coca-Cola Bottling Co. (various cities) • Con-
tinental Baking Co. (various cities) • Empress Foods Ltd., Lethbridge, Alberta,
Can. • General Mills Inc., Willmar, Minn. • The Green Giant Co. (U.S. and
Canadian cities) • H. J. Heinz Co., Fremont, Ohio • Hunt•Wesson Foods,
Fullerton, Calif. • Geo. A. Hormel & Co., Owatonna, Wisc. • Mrs. Smith's Pie
Co., Pottstown, Pa. • National Biscuit Co., Fairlawn, N.J. • The Pillsbury Co.,
East Greenville. Pa. • Russell Stover Candies. Kansas City, Mo.
• FOOD RETAILERS (Installations in various cities) Associated Grocers •
Big Apple Super Markets • Big Bear Stores Co. • Colonial Stores, Inc. • Eagle
Food Stores • First National Stores Inc. • Foodarama Supermarkets, Inc. •
Food Fair Stores, Inc. • The Grand Union Co. • The Great Atlantic and Pacific
Tea Co. • Hawaiian Grocery Stores, Inc. • Humpty Dumpty Markets • I.G.A.
Stores • The Kroger Co. • M. Loeb Ltd. • Penn Fruit Co. • Piggly Wiggly •
Safeway Stores, Inc. • Steinberg's Ltd. • 7 -11 Food Stores, Inc. • Supermarkets
General Corp. • Super•Valu • Weis Markets
• HOSPITALS, NURSING HOMES Albert Einstein Medical Center, Phila•
delphia, Pa. • Hershey Medical Center, Hershey. Pa. • Johns Hopkins Hospital,
Baltimore, Md. • King Faisal Hospital, Riyadh, Saudi Arabia • Mayo Clinic,
Rochester, Minn. • Mt. Sinai Blood Center, Chicago, 111. • Municipal Hospital,
Manati, Puerto Rico • Scheie Eye Institute, Philadelphia, Pa. • Sloan-Kettering
Institute, New York, N.Y. • St. Jude Hospital, Memphis, Tenn. • Sunrise Hos-
pital, Las Vegas, Nev. • University of Washington Hospital, Seattle, Wash. •
Walter Reed Hospital, Washington, D.C.
• HOTELS, MOTELS Americana Hotel, Miami, Fla. • Beachcomber Hotel,
Honolulu Hawaii • Dupont Plaza Hotel, Miami, Fla. • Grossinger's, Grossinger,
N.Y. • Hilton Hotels (various cities) • Holiday Inns of America (various cities)
• Hospitality Motor Inns (various cities) • Hotel Quito, Ecuador • Lucayan
Beach Hotel, Nassau, Bahamas • Marine Surf Hotel, Honolulu, Hawaii •
Palmer House, Chicago, III. • Ponce De Leon Hotel, San Juan, Puerto Rico •
Sheraton Hotels (various cities) • Shoreham Hotel, Washington, D.C. • Swamp
Fox Motor Inn, Myrtle Beach, S.C. • Trade Winds Hotel, Antigua, West Indies
• Waldorf•Astoria Hotel, New York, N.Y.
• INDUSTRY Armstrong Cork Co., Lancaster, Pa. • Bethlehem Steel Co.,
Bethlehem, Pa. • Chrysler Corporation, DeWitt, N.Y. • E. I. du Pont de Nemours
& Co., Inc., Newark, Del. • Eastman Kodak Co., Rochester, N.Y. • Esso Standard
Oil Co.. Baltimore, Md. • Firestone Tire & Rubber Co. (various cities) • Ford
Motor Co., Green Island, N.Y. • General Dynamics (various cities) • General
Electric Co., Utica, N.Y. • General Motors Corp. (various cities) • IBM Corp.,
Poughkeepsie, N.Y. • Keepright Products Ltd.. Brantford, Ontario • 3M Center.
Northfield, Minn. • RCA Manufacturing Co. (U.S. and Canadian cities) • Saks
Fifth Avenue, New York, N.Y. • Wilson and Co., Chicago, 111. • Xerox Company,
Rochester, N.Y. • Zenith Corp., Springfield. Mo.
• RECREATION, CLUBS Army and Navy Club, Washington, D.C. • Astro•
world, Houston, Texas • California Angels Stadium, Anaheim, Calif. • Church.
hill Downs, Louisville, Ky. • Dorado Country Club, Dorado Beach, Puerto Rico
• Freeport Casino, Freeport, Grand Bahamas • Garden State Race Track,
Camden, N.J. • Harvard Club, New York, N.Y. • Hershey Sports Arena, Hershey.
• 3. • Lake Placid Club, Lake Placid, N.Y. • Miami Kennel Club. Miami Beach,
a. • Memorial Stadium, Baltimore, Md. • Oahu Country Club, Honolulu,
a �aii • Playboy Club, London, England • Half Moon Country Club. Montego
Ely. Jamaica • Trappe Family Ski Lodge, Stowe, Vt. • Yankee Stadium, New
Yorti, N.Y. • Yellowstone Country Club, Billings, Montana
• RESTAURANTS, DRIVE-INS Benihana of Tokyo (various cities) • Burger
Chef (various cities) • Chasen's. Beverly Hills, Calif. • Dobbs Houses, Inc.
(various cities) • Dutch Pantry Restaurant (various cities) • Embers Restaurant.
New York, N.Y. • Gino's, Inc. (various cities) • Greyhound Post House (various
cities) • Howard Johnson Restaurants (various cities) • Kentucky Fried
Chicken (various cities) • The Knife and Fork, Washington. O.C. • Longchamps,
New York, N.Y. • Marriott•Hot Shoppes, Inc. (various cities) • McDonald's
(various cities, U.S. and Canada) • Pancho's Mexican Buffet (various cities) •
The Pelican Cove, St. Croix, Virgin Islands • Roy Rogers Restaurant (various
cities) • Schrafft's Restaurant (various cities)
• VENDORS, CATERERS Automatic Retailers of America (various cities) •
Canteen Food & Vending Service (various cities) • Harry M. Stevens Co.
(various cities) • Interstate Hosts, Inc., San Francisco, Calif. • Pan American
In•flight Kitchens (various cities) • Servomation Corp. (various cities) • Slater
Systems (various cities) • Stewart Infra•Red (various cities)
The Bally Working Data Catalog is available to architects, engineers and
food consultants at no charge. 182 pages contain specs, pictures and tech-
nical data. Also utilize Bally's Engineering Service which includes drawings
and specs for Walk -Ins and Refrigerated Buildings. No- charge, no- obligation.
Printed in U.S.A.
Bally Case & Cooler, Inc.,
Bally, Pennsylvania 19503
Catalog -1 -78
CITY OF TUKWILA
Building Division
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Tukwila, Washington 98188 Control #
i)
,� (206) -433 -1849
Site Address J D. 5- Go COL l .,- ,veg//,✓ lfre Suite# Floor#
Project Name /Tenant f i • 2 ,, /11,9p-e,/ •
Valuation of Construction J5-4.0 Assessors Account# OD, ce S-0- 00e41--c75- Gk-,0�v3
Property Owner e0 /`v ���T,�, i, - Phone /-4,73--- -3 s-,) 4i)
Address 3 `-j le, /7 i O, ; //0 ,/ „d -K- -- -00 Ln�.,x,y— .. Zip 'S yy
Applicant efrvq.ey Ee1i1/i e'l7.01,✓ Phone 'Y 6 - -s- s-- 1.
Address /65 D 5 7770,-pS /fir% ga 712 e-7/ Zip 9Src //
Architect /Engineer /e,,,,, /�y ,� �
e /%1 Phone `�- s- D. b /�
Address /G s- / S Iile,. -/? s Xsb Zip 9 - -a /•
Contractor lee, A,-f,/ k,- 1' License# Re ,� /� -- -* di .2_ f y Phone `V - 02 /,Z.
Address /- 7/y Sfi>o,,, 4Q ,g/%4r -// Zip 1 -6, (�
Class of Work: New [] Addition
Demolition [] Interior
Tenant Improvement ❑ Remodel (residential) [] Reroof
Demolition (] Other
Describe work to be done X",-.57z. .914-r w/;t //-- ,>,. / =mac r 2,-,e
Type of Const. (UBC) Occ. Group (UBC)
Square footage of entire building Ion Square footage of tenant space
Building Use Will there be a change of use? C1 Yes [1 No
If yes, describe change of use, including square footages of changed areas
Will there be storage or use of flammable, combustible or hazardous materials on the premise or
area of construction? [] Yes 'No If yes, explain
I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE AND
CORRECT AND THAT I HAVE THE PROPERTY OWNER'S AUTHORIZATION TO DO THIS WORK.
Applicant /Authorized Agent (signature) .3 d`w_, Date 4 pVg---&'
(print name)
Contact Person (please print) `”- / _ Phone �/ "- -- �/�
OFFICE USE ONLY
FEES: Building Permit Fee (000/322.100) $ /500 Receipt# L/ t) 2 / Date Paid , -
Plan Check Fee (000/345.830) /n,n C-? Receipt# Date Paid
Bldg Code Sur Charge (000/386.904) 3.50 Receipt# Date Paid
Energy Sur Charge* (000/386.907) Receipt# Date Paid
Other ( ) Receipt# Date Paid IN/
*New construction only TOTAL 6 5Q (OWES: $ 2'3,5Q• )
SQUARE FOOTAGE /BUILDING USE INFORMATION Square Footslge of Entir-
Building:
FLOG
USE Occ T 'e
SI.FT.
occ
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TOTAL
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TOTAL
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TOTAL,
TRACKING r
DEPT.
DATE IN
DATE OUT
COMMENTS
BLDG
1,,"'
6 --Z.Z-06
'pprove, or ssuance sir/ '' ype o onst.
To Mahan: Date A• 'roved: 6.21? -8°,
FIRE
6-13 -M
to -zv 6
Approved Initials) ir Per letter dated 6 -/ -�
Fire Protection: ug prin lers ❑ Detectors
PLNG
Approved (Initials)
• BAR ° LAND U EPA CONDITIONS
Zoning Setbacks: N S E W
Parking stalls required for: Site Tenant Space
Parking stalls provided: Site Tenant Space
ADDITIONAL PARKING STALLS REQUIRED:
,PWD
Approved (Initials) Per letter /plans dated
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APPROVED
Jai 2 1988
RECErvw
CITY OF nixionA
JUN 1 0 -i98f3
RUILOINQ
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STRUCTURAL DESIGN ASSOCIATES
CONSULTING ENGINEERS
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