HomeMy WebLinkAboutPermit Mechanical 2019-12-21OREGOI{
Web Address: www.springfield-or.9ov
Building Permit
Commercial Mechanical
Permit Number: 81 1-19'O02855-MECH
IVR Number: 811038094271
City of Springfield
Development and Public Works
225 Fifth Street
Springfield, OR 97477
54t-726-3753
Email Address: permitcenter@springfield-or.gov
SPRINGFIELD
'B
Permit Issued: December 23,2019
Category of Construction: Commercial
Submifted Job Value: $8,140.00
Description of Work: Gas pack changeout
Type of Work: Replacement
JOB SITE INFORMATION
Worksite Address
250 51ST ST
Springfield, OR 97478
Parcel
t702333204302
Owner:
Address:
MCKENZIE CHURCH OF
CHRIST
3305 MAIN ST
SPRINGFIELD, OR 97478
INFORMATION
Business Name
ICOO INC - Primary
License
ccB
License Number
169209
Phone
541,-746-7065
Inspection
2999 Final Mechanical
2300 Rough Mechanical
Inspection Group
Mech Com
Mech Com
Inspection Status
Pending
Pending
Various inspections are minimally required on each project and often dependent on the scope of work, Contact
the issuing jurisdiction indicated on the permit to determine required inspections for this project.
Schedule or track inspections at www.buildingpermits.oregon.gov
Call or text the word "schedule" to 1-BBB-299-2821 use IVR number: 811038094271
Schedule using the Oregon ePermitting Inspection App, search "epermitting" in the app store
Permits expire if work is not started within 180 Days of issuance or if work is suspended for 18O Days or longer depending on
the issuing agency's policy,
All provisions of laws and ordinances governing this type of work will be complied with whether specified herein or not.
Granting of a permit does not presume to give authority to violate or cancel the provisions of any other state or local law
regulating construction or the performance of construction.
ATTENTION: Oregon law requires you to follow rules adopted by the Oregon Utility Notification Center. Those rules are set
forth in OAR 952-OO1-OO10 through OAR 952-OO1-OO9O. You may obtain copies of the rules by calling the Center at (503)
232-L947.
All persons or entities performing work under this permit are reguired to be licensed unless exempted by ORS 701,O10
(Structural/Mechanical), ORs 479,540 (Electrical), and ORs 693,010-O2O (Plumbing),
Printed on: 12/23/19 page 1 of 2 Ci\myReports/reports//production/01 STANDARD
TYPE OF WORK
PENDING INSPECTIONS
SCHEDULING INSPECTIONS
Permit Number: 81 1-19-OO2855-MECH Page 2 of 2
Fee Description
Technology Fee
Commercial mechanical permit (based on mechanical job value)
State of Oregon Surcharge - Mech (l2o/o of applicable fees)
Pnnted on: L2/23/19 Page 2 ol 2
Quantity Fee Amount
$9.69
$ 193.70
$23.24
$226.63Total Fees:
C r \myReports/reports//production/0 1 STAN DA RD
PERMIT FEES
Ctrv or SrnINGFIEt o, OREGoN
Mechanical Permit A lication
SPRINOF]ELD
,l
h,225 Fifth Street o Springfield,OR97477 o PH(541\726-3753 . FAX(541)726-3689
This permit is issued under OAR 918-440-0050. Permits expire if work is not started within 180 days of issuance or if work is
suspended for 180 days.
FEE SCHEDULE
Residential Qtv Cost
et.
Total
cost
First Annliance ll02.00 $
Furnace/burner including ducts and vents
Up to l00k BTU/hr,$23.00 $
Over 100k BTU,thr.$26.00 $
Heeters/stoves/vents
Unit heater s23.00 $
Wood/pellet/gas stove/fl ue !54.00 $
Evaporated cooler 819.00 $
Vent fan with one duct/appliance il3.00 $
Hood with exhaust and duct 1r9.00 $
One to four outlets i9.00 $
Additional outlets (each)$5.00 $
Up to 10,000 CFM $r5.00 $
Over 10,000 CFM s26.00 $
Comoressor/absorotion svstem./heat pumn
Up to 3 hp/I00k BTU $23.00 $
Up to 15 hp/500k BTU $41.00 $
Up to 30 hp/1,000 BTU $61.00 $
Up to 50 hp/l,750 BTU $78.00 $
Over 50 hp/l,750 BTU $132.00 $
Incinerators
Domestic incinerator s26.00 $
Commercial
Enter total valuation of mechanical
and installation costs $ _"Vl//a,''
Enter fee based on valuation of mechanlcal system, etc.$
Miscellaneous fees Cost
ea.
Total
cost
Reinspection ;102.00 $
Specially requested inspections (per ;102.00 $
Regulated equipment (unclassed);19.00 $
Each additional inspection: (l);102.00 $
DEPARTMENT USE
(A) Enter subtotal of above fees (or enter set
minimum fee of $ 102.00)$
(B) Investigative fee $
(C) Enter 12olo surcharge (. l2 x [A+B])$
(D) Seismic fee,lo/o (.01 x [A])$
(E) Technology Fee (5% of[A])$
TOTAL fees and surcharges (A through E):$12Jo z
DEPARTMENT USE ONLY
Permit no.J231I
Date:27
CATEGORY OF CONSTRUCTION
QCommercialE GovernmentE Residential
JOB SITE INFORMATION AND LOCATION
Job site address: ?SO 6,4 ,,V,*-F
Qtq16ZIPCState: fllL
Taxlot.:
\,)
Reference:
DESCRIPTION OF WORK
PROPERW OWNER
5"
tLName:
Address:
State:Dt7 arc, q747flCity:
Phone Fax:
E-mail:
This installation is being made on property owned by me or a
member of my immediate family, and is exempt from licensing
requirements under ORS 701.010.
Signature:
CONTRACTOR INSTALLATION
Business name:'lin lLoh- -
Address:
City: Qr4,rr/l l)State: pfl-I TqllZIP
Phone:/-Fax
o
CCB license no.
E-mail:
Print name
Signature:
tast edited 7 ll12019 BJonc
4 2zq
//, -
COMcheck Software Version 4.0.5.5
Mechanical Compl iance Certificate
Section 1: Project lnformation
Energy Code: 2014 Oregon Energy Efliciency Specialty Code
Project Title:
Project Type : Alteration
Section 2: General lnformation
Building Location (for weather data)
Climate Zone:
Construction Site:
250 51st
Springfield, OR 97477
Project Title:
Data tilename: Untitled.cck
Owner/Agent:
Mckenzie Church of Christ
250 51st Street
Springlield, OR97477
541 -5 1 5-031 2
Springfield, Oregon
4c
Designer/Contractor:
Brian Tiller
Jco
5729 Main st #233
Springfield, OR97478
541-746-7065
btiller@jcohvac.com
Section 3: Mechanical Systems List
Quantity System Type & Description
HVAC System 1 (Single Zone) :
Heating: 1 each - Duct Furnace, Gas, Capacity = 7 kBtu/h
Proposed Etficiency = 81.00% Ec, Required Efficiency = 80.00% Ec
Cooling: 1 each - Single Package DX Unit, Capacity = 7 kBtu/h, Air-Cooled Condenser, Air Economizer
Proposed Elliciency = 14.00 SEER, Required Efficiency: 13.00 SEER
Fan System: None
Section 4: Requirements Checklist
ln the following requirements, blank checkboxes identity requirements that the applicant has not acknowledged as being met. Checkmarks
identify requirements that the applicant acknowledges are met or excepted from compliance. 'Plans reference page/section' identifies where in
the plans/specs the requirement can be verified as being satisfied.
Requirements Specific To: HVAC System 1 :
y 1. Equipment meets minimum efficiency: Duct Furnace (Gas): 80.00 % Ec
y 2. Equipment meets minimum efficiency: Single Package Unit: 13.00 SEER
y 3. Energy recovery ventilation systems. lndividual lan systems that have both a design supply air capacity ol 5,000 cfm or greater and a
minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system.
Plans reference page/sectron
Generic Requirements: Must be met by all systems to which the requirement is applicable:
y 1. Calculalion ol heating and cooling loads. Design loads are delermined in accordance with the procedures described in the
ASHRAE/ACCA Standard 183. Alternatively, design loads have been determined by an approved equivalent computation procedure
y 2. Equipment and syslem sizing. Heating and cooling equipment and systems capacity do not exceed the loads calculated in accordance
with Section 503.2.1.
Plans reference page/section
,t 3. HYAC Equipment Pertormance Requirements. Reported efficiencies have been tested and rated in accordance with the applicable test
procedure. The efliciency has been verified through certitication under an approved certification program or, il no certificalion program
exists, the equipment efficiency ratings are supported by data furnished by the manufacturer.
Report date: 12123119
Page 1 of 4
r'4. Thermostatic Controls. The supply ol heating and cooling energy to each zone is controlled by individual thermostatic controls that
respond to temperature within the zone.
Plans reference page/section :
,/ 5. Heal pump supplementary heat. Heat pumps having supplementary electric resistance heat have controls that, except during defrost,- prevent supplementary heat operation when the heat pump can meet the heating load.
Plans reference page/section:
.z 6. Set point overlap restriction. Where used to conlrol both heating and cooling, zone thermostatic controls provide a temperature range
' o, deadband of at teast 5f (2.8t) within which the supply of heating and cooling energy to the zone is capable of being shut off or
reduced to a minimum.
Plans reterence Page/section:
y' 7. optimum start controls. Each HVAC system has controls that vary the start-up time of the system to just meot the temperature set
point at time of occuPancY.
Plans reference page/section
y g. Olt-hour controls. Each zone is provided with thermostatic setback controls that are controlled by either an aulomatic time clock or
programmable control sYStem.
Plans reference pageisection
y' 9. Shutoff damper controls. Both outdoor air supply and exhaust are equipped with not less than Class I motorized dampers.
Plans reference page/section
a// l}.Frceze Protection and Snow melt system controls. Freeze protection systems, such as heat tracing of outdoor piping and heat
' exchangers, including self-regulating heat tracing, include automatic controls capable ol shutting off the systems when outdoor air
temperatures meet code criteria.
Plans reference page/section
y' l l.Separate air distribution systems. Zones with special process temperature requirements and/or humidity requirements are served by- separate air distribution systems lrom those serving zones requiring only comfort conditions; or shall include supplementary control
provisions so that the primary systems may be specifically controlled for comfort purposes only.
Plans reference page/section
yt l2.Humidily control. ll a system is equipped wrth a means to add or remove moislure to maintain specific humidity levels in a zone or
zones, a humidity control device is provided.
Plans reference page/section
y' i3.Humidity control. Where a humidity control device exists it is set to prevent the use of fossil luel or electricity to produce relative- humidity in excess ol 30 percent. Where a humidity control device is used for dehumidification, it is set to prevent the use of fossil fuel
or electricity to reduce relative humidity below 60 percenl.
Plans reference page/section
yt 14.Humidily conlrol. Where a humidity control device exists it is set to maintain a deadband of at least 10% relative humidity where no
active humidification or dehumidilication takes place.
Plans reference page/section
y' ls.Ventilation. Ventilation, either natural or mechanical, is provided in accordance with Chapter 4 of the lnternational Mechanical Code.- Where mechanical ventilation is provided, the system has the capability to reduce the outdoor air supply to the minimum required by
Chapter 4 ol the lnternational Mechanical Code.
Plans reference page/section
y' l6.Demand controlled ventilation (DCV). DCV is required for spaces larger than 500 ft2 for simple systems and spaces larger than 150 ft2
for multiple zone systems.
Plans reference page/section
y' 17 .Kilchen hoods. Kitchen makeup is provided as required by the Oregon Mechanical Specialty Code
Plans reference page/section
y' lS.Enclosed parking garage ventilation controls. ln Group S-2, enclosed parking garages used for storing or handling automobiles employs
automatic carbon monoxide sensing devices.
Plans reference page/section:
y' lg.Ductandplenuminsulationandsealing.All supplyandreturnairductsandplenumsareinsulatedwiththespeciliedinsulation.When
located within a building envelope assembly, the duct or plenum is separated from the building exterior or unconditioned or exempl
Project Title:
Data lilename: Untitled.cck
Report date: 12123119
Page 2 ol 4
spaces by a minimum ol R-8 insulation. All ducts, air handlers and filter boxes are sealed. Joints and seams comply with Section 603.9
ol the lnlernational Mechanical Code.
y 2O.Low-pressure duct syslems. All longitudinal and transverse joints, seams and connections of low-pressure supply and return ducts are' securely lastened and sealed with welds, gaskets, mastics (adhesives), mastic-plus-embedded{abric systems or tapes installed in
accordance with the manufacturer's installation instructions.
Plans reference page/section
gt 21 .Medium-pressure duct systems. All ducts and plenums designed to operate medium-pressure are insulated and sealed in accordance- with Section 503.2.7. Pressure classifications specific to the duct system are clearly indicated on the construction documents.
Plans reference page/section
gl 2z.High-pressure duct systems. Ducts designod to operate at high-pressure are insulated and soaled in accordance with Section 503.2.7- ln addition, ducts and plenums are leak{ested in accordance with the SMACNA HVAC Air Duct Leakage Test Manual.
Plans reference page/section
4 23.At system balancing. Each supply air outlet and zone terminal device is equipped with means lor air balancing in accordance with the- requirements of IMC 603.1 7. Discharge dampers intended to modulate airflow are prohibited on constant volume tans and variable
volume fans with motors 10 horsepower.
Plans reference page/section
y 24.Manuals. The construction documents require that an operating and maintenance manual be provided to the building owner by the
mechanical contractor. See long description tor specifications.
Plans reference page/section
y' ZS.Ai System Design and Control. Each HVAC system having a total f an system motor nameplale hp exceeding 5 hp meets the provisions
of Sections 503.2.10.1 through 503.2.10.2.
Plans reference page/section
yt 26.Allowable fan floor horsepower. Each HVAC system at fan system design conditions does not exceed the allowable fan system motor- nameplate hp (Option 1) or fan system bhp (Option 2) as shown and calulated in requirement details.
Plans reference page/section
y' ZT.Molot nameplate horsepower. For each fan, the selected fan motor is no larger than the Iirst available motor size greater than the brake
horsepower (bhp).
Plans reference page/section
y' ZB.Large Volume Fan Systems. Fan systems over 8,000 (7 m3/s) clm without direct expansion cooling coils that serve single zones reduce- airflow based on space thermostat heating and cooling demand. A two-speed motor or variable frequency drive reduces airflow to a
maximum 60 percent ol peak airflow or minimum ventilation air requirement as required by Chapter 4 of the lnternational Mechanical
Code, whichever is greater.
Plans reference page/section
y' 29.All air-conditioning equipment and air-handling units with direct expansion cooling and a cooling capacity at ARI conditions greater than
or equal to 1 10,000 Btu/h that serve single zones have their supply fan operation conlrolled according to code specilic requirements.
Plans reference pageisectron
y 3o.Series fan-powered terminal unit fan motors. Fan motors for series fan-powered terminal unils are electronically-commutated motors' and have a minimum motor efficiency of 70 percent when rated in accordance with NEMA Standard MG 1-2006 at full load rating
conditions.
Plans reference page/section
y' 31 .Hol Gas Bypass Limitation. For cooling systems <= 240 kBtu/h, maximum hot gas bypass capacity is no more than 50% total cooling
capacity.
Plans reference page/section:
Section 5: Compliance Statement
Compliance Statement: The proposed mechanical alteration pro.ject represented in this documenl is consistent with the building plans,
specifications and olher calculations submitted with this permit application. The proposed mechanical alleration project has been designed
to meet the 2014 Oregon Energy Efficiency Specialty Code, Chapter 8, requirements in COMcheck Version 4.0.5.5 and to comply with the
mandatory requirements in the Requirements Checklist.
Project Title:
Data lilename: Untitled.cck
Report date: 12123119
Page 3 of 4
Name - Title Signature Date
Section 6: Post Construction Compliance Statement
D HVAC record drawings ol the actual installation, system capacitres, calibration information, and performance data for each equipment
provided to the owner.
C HVAC O&M documents for all mechanical equipment and system provided to the owner by the mechanical contractor.
tr Wrilten HVAC balancing and operations report provided to the owner.
The above post construction requirements have been completed.
Principal Mechanical Designer-Name Signature Date
Project Title:
Data lilename: Untitled.cck
Report date: 12123119
Page 4 of 4
CERTIFICATE NO.:1 3221 6090601 373714
A!lR! crRTIFIED'
www.ahridirectory.org
Gertificate of Product Ratin S
AHRI Certified Reference Number :7523943 Dale :12'23-2019 Model Status : Active
Brand Name : AMERICAN STANDARD
Series Name:Silver 14
Model Number : 4YCC4042A1090"'
Rated as follows in accordance with Department of Energy (DOE) furnace test procedures as published in the latest edition ol the Code
of Federal Regulations, 10 CFR Part 430
AFUE, (%) : 81.0
Output Heating Capacity (MBTUH) :73
The lollowing data is lor relerence only and is not certilied by AHRI
lnput Rating (MBTUH) : 90
Ef (MMBTU/yr) : 78.0
Eae including Eso(kWh/yr) : 391
PE (watts) :60
Configuration : Downflow, Horizontal
Lowboy : No
Mobile Home? :No
Single Package Unit : Yes
Electronic lgnition : Yes
Electro-lt/echanical Vent Dampe(s) : No
Power Combustion or Power Vent : Yes
Condensing Type : No
Direct Vent : No
Electronically Commutated Motor (ECM) :Yes
Fuel Type: Natural Gas, Propane Gas
Footnotel : - May be a letter from A to Z that does not affect performance.
t',Active,' Model Status are those that an AHRI Cenilication Program Participant is currently producing AND selling or oflering for sale; OR new models that are being
marketed but are not yet being produced."production Stopped" irlodel Status are those that an AHRI Certification Program Participant is no longer producing BUT is still
sellino or oflerino for sale.
HZii'riEs"inEi"diiivatiolio?nied bv WaS indicate an involuntarv re-rate. The new oublished ratino is shown alono with the orevious (i.e. WAS) ratino.
DISCLAIMER
AHRI does not endorse the product(s) listed on this Cerflficate and makes no representations, warranties or guarantees as to, and assumes no responsibility for,
the product(s) listed on this Certificate. AHRI expressly disclaims all liability for damages of any kind arising out of the use or performance of the product(s)' or the
unauthorized alteration of data listed on this Certificate. Certified ratings are valid only for models and configurations listed in the
directory at www,ahrldlrectory,org.
TERMS AND CONDITIONS
This Certificate and lts contents are proprietary products o, AHRI. This Certificate shall only be used for indivldual, personal and
confidential reference purposes, The contents of this Certificate may not, in whole or in part, be reproduced; copied; disseminated;
entered into a computer database; or otherwise utilized, in any form or manner or by any means, except for the user's individual,
personal and confidentlal reference.
CERT!FICATE VERTFICATION
The information for the model cited on this certificate can be verlfied at www.ahrldlrectory.org, click on 'Verlty Certltlcate" llnk we make life better'"
and enter the AHRI Certified Reference Number and the date on which the certificate was issued,
which is listed above, and the Certificate No., whlch ls listed at bottom right.
@201 gAir-Conditioning, Heating, and Refrigeration lnstitute
AIR-CONOITIONING, HEATING,
& REFRIGERATION INSTITUTE
@rB)
Submittal
Single Packaged Convertible
Gas/Electric 14 SEER
4YCC4042A1060A
4YCC4042A10904
i:(D,(r
TAG
I,
Only qualified personnel should install and service the equipment. The installation, starting up, and servicing of heating, ventilating, and
aiFconditioning equipment can be hazardous and requires specific knowledge and training. lmproperly installed, ad.iusted or altered
equipment by in unqualified person could result in death or serious iniury. When working on the equipment, observe all precautions in the
literature and on the tags, stickers, and labels that are attached to the equipment'
A SAF TY WARNING
June 201 5 4yCC4942A-SUB-1 E-EN (fE)hge$otr Rand
"----"--"**--?
SAFETY SECTION
lmpoftant - This document contains a wiring
diagram, a parts list, and service information. This is
customer property and is to remain with this unit.
Please return to service information pack upon
completion of work.
GROUNDING REOUIRED!
Failure to inspect or use proper service tools may
result in equipment damage or personal injury.
Reconnect all grounding devices. All parts of this
product that are capable of conducting electrical
current are grounded. lf grounding wires, screws,
straps, clips, nuts, or washers used to complete a
path to ground are removed for service, they must
be returned to their original position and properly
fastened.
A CAUTION
HAZARDOUS GASES!
Exposure to fuel substances or by-products of
incomplete fuel combustion is believed by the
state of California to cause cancer, birth defects, or
other reproductive harm-
This warning complies with state of California !aw,
Proposition 65.
A WARNING
HAZARDOUS VOLTAGE!
Failure to follow this Warning could result in
property damage, severe personal iniury, or death.
Disconnect all electric power, including remote
disconnects before servicing. Follow proper
lockouVtagout procedures to ensure the power
ca nnot be inadvertently energ ized.
A WARNING
UNIT CONTAINS R-410A
REFRIGERANT!
Failure to use proper service tools may result in
equipment damage or personal inlury.
R-410A operating pressure exceeds the Iimit of R-
22- Proper service equipment is required. Service
using only R-410A Refrigerant and approved POE
compressor oil.
A WARNING
SAFETYAND ELECTRICAL HAZARD !
Failure to follow this Warning could result in
property damage, severe personal injury, or death.
These servicing instructions are for use by
qualified personnel only. To reduce the risk of
electrica! shock, do not perform any servicing
otherthan that contained in these operating
instructions unless you are qualified to do so.
A WARNING SAFEry HAZARDI
Operating the unit without the access panels
properly installed may result in severe persona!
iniury or death.
Do not operate the unit without the evaporator fan
access panel or evaporator coil access panel in
place.
A WARNING
lmportant: Wear appropriate gloves, arm sleeve
protectors and eye protection when
servicing or maintaining this equipment.
lmportant: Air filters and media wheels or plates shall
meet the test requirements in UL 900.
020'14 Trane 4YCC4O42A.SUB-1 E-EN
Prod uct Specifications
4YCC4042A1090A4YCC4042A1060A iMODEL Wo2O8-23O/1/60RATED Volts/PHlHz
4050040500-Pefformance
Cooling
BTUH (a)
14501450Indoor Airflow (CFM)
3.43.4Power Input (KW)
t2.o / L4.OO72.0 / t4.ooEER/SEER (BTU/watt-
Hr. )
74.674.6Sound Power Rating
ldB(A)l (b)
FEEilORMANCE
HEATING(C)
60000 90000Input BTUH-1st Stage
(Natural Gas) (d)
8181AFUE
35/6s30/60Temp. Rise - Min/Max
(oF)
3/ #372/ #37Orifice Qty/Drill Sz
(Natural Gas)
2O8-23O/U60208-230/1/60POWER CONN. - v/
?h/Hz
28.528.5Min. Brch. Cir.
Ampacity (e)
4545Fuse Size - Max.
(amps)
4545Fuse Size - Recmd
(amps)
SCROLLSCROLLCOMPRESSOR
208-230/L/60208-230/r/60voLlS/PH/HZ
76.7 I rO9.Ot6.7 / 7O9.ORL. Amps - L.R.
Amps
SPINE-FIN SPINE-FINOUTDOOR COIL -
TYPE
2/242/24Rows/F.P.1
15.6315.63Face Area (sq. ft.)
t/B3/8Tube Size (in.)
MCHE MCHEINDOOR COIL -TYPE
2/16 2/16Rows/ F. P.I
3.93.9Face Area (sq. ft.)
81.81Tube Size Width (in.)
EXPANSION VALVEEXPANSION VALVERefrigeration Control
3/4 FEMALE NPT3/4 FEMALE NPTDrain Conn. Size (in.)
SWEPTSWEPTOUTDOORFAX.
TYPE
28.25 28.25DrA. (IN.)
DIRECT/ 1 DIRECT/ 1DRIVE/NO. SPEEDS
34003400CFM @ 0'0 in. w.9' (r)
Ll4 / 82sL/4 l82sMotor - HPIR.P.M
208-230/rl60 208-230/1/60Volts/PhlHz
1.5r / 3.O7 7.57 I 3.O7F.L. Amps/L.R Amps
CONSTANTTORQUE
ECM
TNDOOR FAN -TYPE
CONSTANT
TORQUE ECM
10.62 X 10.62Dia. x Width (in.)10.62 X 10.62
DIRECT/ 3Drive/No. Speeds DIRECT/ 3
SEE FAN PERF
TABLECFM @ 0.0 in. w.9. (s)SEE FAN PERF
TABLE
3/4 / tOsOMotor - HPlR.P.M 3/4 / 7050
208-230/U60 208-230/7/60Volts/Ph/Hz
6 6F.L. Amps
CENTRIFUGAL CENTRIFUGALCOMBUSTION FAN.TYPE
DIRECT/ 1 DIRECT/ 1Drive/No. Speeds
7/34 / 3345 u34 / 3075Motor - HP/R.P.M.
23O/tl60 23011/60Volts/Ph/Hz
20 24FLA
NOFILTER /
FURNISHED NO
THROWAWAYType Recommended THROWAWAY
5.3 5.3Recmd. Face Area (sq.
ft) (h)
R-410 R-410R.EFR.IGERANT
7.3 7.3Charge (lbs.)
CHARGING
SPECIFTCATIONS
100Subcooling100
uzGAS PIPE SIZE (in')r/2
HXDXW HXDXWDIMENSIONS
46X47 X62 46X47X62Crated (in.)
_*F----*\rWCTGHT
sss/ 4s2 (561/ 457 -/
Shipping (lbs.) / Net
(lbs. )
n(a) Rated in accordance with AHRI Standard 2
rating conditions are: 80 D.8.67 W.B. entering air to indoor
B. entering air to outdoor coil.
(b) Sound Power values are not adjusted for AHRI 270-95 tonal
corrections.
(c) Ratings shown are for elevations up to 2000 ft. For higher elevations
reduce ratings at a rate of 47o per 1000 ft. elevation.
(d) Convertible to LPG.
(e) This value is approximate. For more precise value, see Unit
Nameplate.(r) Standard Air - Dry Coil - Outdoor.
(e) Based on U.S, Government Standard Tests.
(h) Filters must be installed in return air stream. Square footages listed
are based on 300 f.p.m, face velocity. If permanent filters are used
size per manuFacturer's recommendation with a clean resistance of
0.05" wc.
rd
34YCC4O42A.SUB-1 E.EN
Outline Drawings
r7. l8
uUrSl
src|0, X-X
IIPICII (OI SIDTS OF SIDttLfr DUCT OPtIlNGS
Figure 1. 4YCC4042406O
nl
r i25.22
laa-5/ r5l riitl
Note: The view labeled
" Bottom Side " represents
the base as viewed looking
up from underneath the unit.
r {87
I 58-
.tl
9/r6l
+
FRONT SIDE
ITLTI
-T201 6rll-r5/r6l
0t 6RlvrIr
r57. llt6.3/l6l
( DUCT
r.56
t5t 32Llict
t
r8.03
I 2ll321
r8 ?9
t?)t3?t
tl
fl
B
ta.2?
l9/r6l
TrPrcrt {8r
srclo* Y'Y
srDts oF 0dirLof DUCl OPTTIIGS
25 a0Irl 551.{3
t2t.?3t 321 rsAII Dlrri toRn/at ttrltI tPT
LEFT SIDE
nECilXtrDt0 stivrct cr[lRAxc[ u/lr
frTN 0 r DAIPtR/tcox
8a(x s r 0t 30r 8 t2l l6?.0 t30l
ttFI sr0t 9[ 4 t36]r055.8 ta2l
Rt6HT S r0t 9ra r I361
tnoiT s r0t r066 8 (.21
TOP SIDE
A
ctt^RrNct I0 cilDUslrSLt rlItRrAL xr/li
8OIIfr 0
ErCi Sr0t 25 r lil
LTfI SIDE r52 1 I6t
RrGHI Sr0t 30a 8 ( r2l
FRoir 5r0t tor 8 llzl
TOP 9rr.a tJ6l
Y
4
BOTTOM SIDE
4YCC4O42A-SUB.1 E.EN
o
Y
rt
Outline Drawings
BACK DUCT OPENINGS
Figure 2. 4YCC4O424O6O
RITURT{
SUPPL Y
r 402 34
t55-i/321
(SURTACI ARIA)
BACK SIDE
31?.82|{- r / r6l
(OUTSIDI)
58. t9
t2-9t32)
322.84
I t2-23 t 32)
449 02Ir7-r/r6]
(OUIS I DE )79. 50
( 3-t /81
449 .02lj-|/r6l
(ouTs I Dt )
|.16 07
t6-r5/r61
530.60
t ?0-i /8 lt
x
lvlodeI
Height mm/in Approx. Corner We,ght - kq / lbs Shippinq
Weight
kqllbs
Total Unit
Weight
k9ll bs
Center of Gravity mm/in
W2 W3 B c
4YCC4042 (060)898.s3 [3s-3lB]71.2 lr57l 46.6 [103]34.6 L76l s3.1 [117]2s2.2 1555)2O2.0 1452)470.0 [18.s]731.0 [28.8]
4YCC4042 (090)898.s3 [3s-3/8]71.8 [1s8]47.2 11041 35.2 l78l s3.6 [ 1 18]2s4.5 [561]2o7 .3 l4s7)470.0 [18.s]731.0 [28.8]
4YCC404B (070)1ooo.13 [39-318]71.4 11571 44.5 [98]33.2 173)s3.9 [119]250.3 [552]202.1 t448)433.0 [17.0]743.3 129.3)
4YCC4048 (090)1000.13 [39-318]72.0 [1s9]4s.0 [99]33.8 [7s]54,4 [120]2s2.6 lssT)20s.4 [453]433.0 [17.0]743.3 129.3)
4YCC4060 (090)1000.13 [39-318]77.1 U7O)45.8 [101]34.4 176)s8.3 [128]263.1 [s80]2rs.9 14761 433.0 [17,0]743.3 129.31
4YCC4060 (115)1000.13 t39-3/81 78.O 11721 46.3 [102]34.9 l77l s9.0 [ 130]26s.8 [s86]218.6 1482)414.0 [16.3]63s.0 [2s.0]
54YCC4O42A-SUB.1 E.EN
Outline Drawings
-
359.80
tl 4-5l 32 1
294ill 02
9/r6l
Figure 3. 4YCC40424O6O
SUPPL Y
AS LINt TNTRY
FoR r2.10 ll2l N.P.T
GAS CONt{ECT ION
RTTURN
POTIER iNTRY
?1 .78 D r A. HoLt
t I - 3/ 32l
38 r 00
(lJI
NSIDI)
tl(l
5lt38.7
2-9 6
451 .20
t r8l
(INSIDt)
457. 20
t r8l
ilNStDt)
244. 09
t9-5/81t? 3t t 32)
75 41
75.4 r
t?-3t t32l 38t.00
t r5l
ilNSrDt)
BOTTOM DUCT OPENINGS
24V TNTR
r78
t7-
.66t 3?)
L
84
t3
6
t
t?7.84
t5-r/321
96
r/321
98. 66
t 3- 7/81
RIGHT SIDE
4YCC4O42A.SUB.1 E-EN
lndoor Fan Pedormance
Table 1. Horizontal Airflow
Table2. Down Airflow
4YCC4042A1060A EXTERNAL STATIC PRESSURE (IN. WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 o.4 0.5 0.6 o.7 0.8 0.9 1.0
HEAT- LOW
CFM 1 104 1_042 977 911 841 764 687 598
WATTS 109 116 124 t34 t42 752 161 171
HEAT_ HIGH
CFM 7t7l lt72 1050 990 927 851 719 704
WATTS t54 167 t72 ta2 792 203 214 225
COOLING - LOW
CFM 13 58 139 3 1 348 7296 1253 t204 1757 1096 1057 988
WATTS 224 233 242 252 262 272 283 295 305 319
COOLING _ MED
CFM 1 521 1490 1448 1391 t362 1338 13 15 t307 t254 1 148
WATTS 306 316 327 337 348 359 369 382 395 407
COOUNG - HIGH
CFM 1659 7637 7604 t594 t529 t49t L467 1425 1385 1345
WATTS 409 421 432 443 455 467 477 490 503 513
4YCC4042A1090A EXTERNAL STATIC PRESSURE (IN. WG)
HEAT- LOW
CFM 74L9 1380 t34L 7295 t249 7204 1 160 1 115 1069 10 15 961
WATTS 240 250 259 269 279 297 302 372 323 333 348
HEAT_ HIGH
CFM 1 559 7524 1483 t443 1401 1 363 13 19 t276 1.233 1 195 1747
WATTS 313 324 335 346 356 367 379 392 403 415 428
COOLING _ LOW
CFM 1 358 1393 1 348 1296 1253 7204 tr57 1096 LO57 988
WATTS 224 233 242 252 262 272 283 295 305 319
COOLING _ MED
CFM t527 1490 1448 1391 1362 1 338 13 15 t307 L254 1 148
WATTS 306 316 327 337 348 359 369 382 395 407
COOLING _ HIGH
CFM 1659 L637 1604 1594 1529 149L t467 t425 1385 7345
WATTS 409 427 432 443 455 467 477 490 503 513
4YCC4042A1060A EXTERNAL STATIC PRESSURE (IN. WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 o.7 0.8 0.9 1.0
HEAT- LOW
CFM 1 109 1047 942 916 845 767 690 601
WATTS 109 125 134 r43 153 t62 L72
HEAT_ HIGH
CFM 7777 tt17 1055 995 931 856 783 707
WATTS 155 163 773 182 193 204 215 226
COOLING - LOW
CFM 1345 1379 t334 1283 t24t 7192 1 145 1085 t046 979
WATTS 228 420 247 257 267 278 289 301 312 325
COOLING _ MED
CFM 1506 1475 1433 t377 1348 1325 7302 t293 t24l 1 136
WATTS 372 322 333 344 354 366 377 389 403 4L5
COOLING _ HIGH
CFM t64Z t62t 1588 1 578 1514 1476 L453 t4l7 L377 133 1
WATTS 4t7 430 44L 452 464 477 487 499 513 523
4YCC4042A10904 EXTERNAL STATIC PRESSURE (IN. WG)
HEAT_ LOW
CFM 7426 1387 1348 1301 1255 7270 1 166 t720 to14 1020 966
WATTS 247 257 260 270 281 292 303 374 325 335 349
HEAT_ HIGH
CFM 1567 15 31 t497 1450 1408 7370 t326 !282 1239 7201 1 152
WATTS 315 325 337 347 358 368 381 394 405 4t7 430
COOLING _ LOW
CFM t345 7379 1334 7243 1247 1792 1 145 1085 1046 979
WATTS 228 238 247 257 267 274 249 301 ar,325
COOLING - MED
CFM 1506 t475 r433 L377 7325 1302 7293 1241 1 135
WATTS 312 322 333 344 354 366 377 389 403 415
COOLING _ HIGH
CFM 1.642 t62t 15BB 1578 1514 t476 7453 t4tl 7371 133 1
WATTS 4t7 430 44t 464 477 487 499 513 523
74YCC4O42A-SUB-1 E.EN
1348
452
Full Perimeter Roof Mounting Gurb
Figure 4. 4042 - 4060 Models
BAYCURBOSlA Full Perimeter Roof Mounting Curb
s 7/8
55
3
t 7/2
t9 7/2
20 4 3/4
t9 t/2
41.7/B
74
to 7/8
The drawlngs on this Page are prepared by the
manufacturer in order to provide detail regarding
job layout only. These drawings are not intended to
be used as a basis to construct, build or modify the
items depicted in the drawings. The manufacturer
is not responsible for the unauthorized use of these
drawings and expressly disclaims any liability for
damages resulting from such unauthorized use.<
A B
-l
ct
CHANNEL SIDE
NAILER
D
** 42.00 WITH ECONOMIZER WITH 25% FRESH
AIR ACCESSORY
RETURN
AIR
SUPPLY
AIR
RETURN
AIR
SUPPLY
AIR
HOLE IN ROOF
SERVICT CLEARANCE DIMENSIONS
A B c D
wc*/Tcx 42.00 36.00 1 2.00x *24.00
DC*/YCx 42.O0 36.00 12.00* *36.00
I
CHANNEL END
38 7/8 s3 1/8
4YCC4O42A.SUB.1 E.EN
-r.\
Optional Equipment - Filter Rack
Fisure 5. BAYFLTR1O1 Filter Rack 140244036!.
BAYFLTR2o1 (40424060)
(Mounts in Filter/Coil Section)
Figure 6. BAYACCDORlA Hinged Filter Access Door (4024-4036)
BAYACC DO R 2 A 140 424060l
Replaces Filter/Goil Access Panel
Note: The drawings on this page are prepared by the manufacturer in order to provide detail regarding job layout only. These drawings are not
intended to be used as i basis to construct, build or modify the items depicted in the drawings, The manufacturer is not responsible for
the unauthorized use of these drawings and expressly disclaims any liability for damages resulting from such unauthorized use.
4YCC4O42A.SUB.1 E.EN I
HVAC Unit
Economizer
rain hood
Mist
Required
filter kit, order
sepa rately
eliminator
Relief Return
Ductdamper
Roofcurb
Outside air
Return air
--t ampers
dam pers
Economizer Unit Application
Models
BAYECON 1O 1A 4024-036
BAYECON 1O2A 4042-060
Optional Equipment - Economizer
Table 3. BAYECON1O1,1O2A Down Discharge Economizer and Rain Hood
(Mounts Over Horizontal Return Air Opening)
Table 4. BAYCON20O,2OlAHotizontal Economizer and Rain Hood
Note: The drawings on this page are prepared by the manufacturer in order to provide detail regarding iob layout only. These drawings are not
intended to be used as a basis to construct, build or modiFy the items depicted in the drawings. The manufacturer is not responsible for
the unauthorized use of these drawings and expressly disclaims any liability for damages resulting from such unauthorized use.
s
Economizer
Gaskets (2)
Duct Rain Hood
Mixed Air
Sensor
Economizer Models A B c D E F
BAYECON2OOA 4024-4036 22"20"16-7 /4"1.5-17/t5"t7-1.1/76"t5"
BAYECON2OlA 4042-4060 26"22-21/32"19"t7-tt/ t6"14-17/t6"2t-3/8',
10 4YCC4O42A-SUB.1 E.EN
a
n
E
Optional Equipment - Outside Air Damper
Table5. BAYOSAH001 and 0024
Table 6. BAYDMPR1OI and 1024, 25o/oMotorized Outside Air Damper
(Mounts Over Horizontal Retum Air Opening)
Note: The drawings on this page are prepared by the manufacturer in order to provide detail regarding iob layout only. These drawings are not
intended to be used as 5 basis to construct, build or modify the items depicted in the drawings. The manufacturer is not responsible for
the unauthorized use of these drawings and expressly disctaims any liability for damages resulting from such unauthorized use.
FULLY
OPEN
D
FULLY
B CLOSED
Manual Fresh
Air Modet
Unit
Application
Models
A B c D
BAYOSAHOOlA 4024 - 4036 22-7/t6"20-rr/t6"L2-3/8"9-3/16"
BAYOSAHOO2A 4042 - 4060 25-3116"20-tr/76"12-3/8"9-3/16"
E
I
l*o--*
Manual
Fresh Air
Model
Unit
Application
Models
A B c D E
BAYDM-
PRlO 1A 4024 - 4036 t5-t3/t6"1).-13/1.6"70-t/4"1r-t/2"72-r/4"
BAYDM-
PR1O2A 4042 - 4060 t8-3/76"15-7/8"to-1/4"tl-1/2"12-7/4"
4YCC4O42A.SUB-1 E.EN 11
B
Mechanical Specifications
General
The units shall be horizontal airflow as shipped and
convertible to downflow.
All units shall be factory assembled. piped, internally
wired and fully charged with refrigerant. Units shall be
certified to UL Standard 1995. Units shall be designed
to oporate at ambient temperatures as high as 115oE
Cooling performance shall be rated in accordance with
AHRI standards. The YC heating/cooling unit design is
certified to ANSI 221.471C5A 2.3, specifically for
outdoor applications using natural gas or propane' All
units shall be designed for outdoor rooftop or ground
level installation,
Unit Casing
All components shall be mounted in a weather-
resistant steel cabinet with an enamel finish. Access
panels shall be provided for unit controls and indoor
coil and fans. lndoor air section compartment shall be
completely i nsu lated with fi reproof, permanent,
odorless fiber material. Knockouts shall be provided for
utility and control connections' Drain connections shall
be provided to accommodate indoor water runoff.
Compressor
The compressor shall be hermetically sealed, high
efficiency scroll compressors. lnternal overcurrent and
over temperatu re protection, internal pressu re rel ief
shall be standard. Other features include centrifugal oil
pump, low vibration and noise.
Refrigeration SYstem
All units shall have refrigerant control. Service pressure
tap ports and a refrigerant line filter shall be standard.
Evaporator Coil l2-4 Ton Models) All aluminum
micro channel, extruded tubes, mechanically bonded to
aluminum fins. and factory pressure and leak tested at
480 -650 psig. All units have TXV to control refrigerant
flow.
Condenser Coil
The Spine Fin " condenser coil shall be continuously
wrapped. corrosion resistant all aluminum with
minimum brazedjoints. This coil is 3/8" OD seamless
aluminum tubing glued to a continuous aluminum fin.
Coils are lab tested to withstand 2'000 pounds of
pressure per square inch. The outdoor coil provides
low airflow resistance and efficient heat transfer' The
coil is protected on all four sides by louvered panels.
!ndoor Air Fan
Constant Torgue, forward-curved, centrifugal wheel in
a Composite Vortica @ Blower housing. Motor shall
have thermal overload protection and permanently
lubricated motor bearings. Motor/blower assembly
isolated from unit with rubber mounts.
Outdoor Fan
One direct-drive. statically and dynamically balanced
propeller fan shall be used in a draw-through vertical
discharge configuration. Permanently lubricated
weather proof motor shall have built-in thermal
overload protection.
System Controls .
System controls include condenser fan, evaporator fan
and compressor contactors.
Accessories Roof Curb
The roof curb shall be designed to mate with the unit
and provide support and complete weathertight
installation when properly installed. Adhesive back
polyurethane sealing strips shall be provided to ensure
an airtight seal between supply and return openings of
the curb and unit. The roof curb design allows field
fabricated ductwork to be connected directly to the
curb. Curb ships knocked down for field assembly, and
includes factory installed wood nailer strips.
Heating System
Gas-Fi red Heating Section
Models shall provide completely assembled. wired and
piped gas fired heating systems within unit. Design
certified by UL, specifically for outdoor application'
Threaded gas connection on the unit.
Electric lgnition System
Main burner is lit each time thermostat calls for heat.
Flame sensor proves flame and keeps the main burner
on. Should a loss of flame occur, the main valve closes
and the spark recurs within 0.8 seconds. When
thermostat is satisfied, main burner is extinquished.
Forced Combustion Blower
lnsures flame stability under varying wind conditions.
Gives higher combustion efficiency and location
flexibility.
Heat Exchanger
Stainless steel tubes. Free floating design.
Burners
Stainless steel. Multi-port inshot.
12 4YCC4O42A-SUB-1 E-EN
Mechanical Specifications
Single Source Power Entry
This accessory when used with electric heat accessory
shall allow single source power connection to unit and
heater combination. Single source power entry kits
shall have specific matching heater(s). Kit shall include
high voltageterminal blocks, fuse blocks and fuses, cut-
to-length interconnecting wiring, and junction box (if
required)to provide power sources with fuse
protection as required for both the unit and accessory
heater. Kit components shall install within the heater
cabinet in the heater access section. Single source
branch power circuit shall be protected and wired in
accordance with local codes.
Fully Modulating Economizer
This accessory shall be field installed and be composed
of the following items: 0-100 o/o fresh air damper,
damper drive motor. fixed dry bulb enthalpy control,
and low voltage pigtails for electrical connections.
Solid state enthalpy or differential enthalpy control is
optional. Economizer operations shall be controlled by
the preset position of the enthalpy control. A
barometric relief damper shall be standard with the
economizer and provide a pressure operated damper
that shall be gravity closing and prohibit entrance of
outside air on equipment "off" cycle. Economizer
requires BAYRLAY004A relay kit to interface the
economizerto the heat PUmP.
Manual Outside Air Dampers
Bain hood and screen shall be field installed. Suitable
for up to 25olo outside air.
Start Kit
Extra compres6or starting capacity for single phase
equipment.
Control Options
Standard lndoor Thermostats
Two stage heating/cooling or one stage heating/cooling
thermostats shall be available in either manual or
automatic changeover.
Prog ra m ma bl e Electronic N ig ht Setti ng Th ermostat
Prog ra m ma ble electronic thermostat shal I provide
heating setback and cooling setup with 7-day
programming capability. 1H/1C or 2Hl2C models
available.
c US
lntertek
The manufacturer optimizes the performance of homes and buildings around the world. A business of lngersoll Rand,
the leader in creating and sustaining safe, comfortable and energy efficient environments, the manufacturer offers a
broad portfolio of advanced controls and HVAC systems, comprehensive building services, and parts. For more
information, visit www.lRCO.com.
The manufacturer has a policy of conlinuous product and product data improvements and reserves the right to change design and specifications without notice.
ao2014Trane
4YCC4042A-SUB-1E-EN 30 Jun 2015
Supersedes 4YCC4042A-SUB-1D-EN (February 2015)
A.tlPl cERTrFtED,.
www-ahridirectory.or0C
Unitary Small AC
AHRI Standard 21 0/240
(fD,nn"oott Rand
THE
Policy Number: 8706 I 3945820 I 9
FLOOD POLICY DECLARATIONS
llartford Insurance Company of the Midwest
}IARYFoRD strnderd Poricv Pre-Frnti Subsidizad
TYPe: Revj s*tl Dec'ialat j on
Policy Period: 7-t/2'1 /it-rt:i9Tc \)./21/2A20 For palmant starua, caLt: if,$gl ZAS-127[
Original New Business Effective Date: tilti,/i018 'l'1-.e$e DeclaraLio's ar:e r:f fe;tiv*
Beinstatement Date: rls oi: i7/?'L/2o79 at 12;iJ1 AM
Forrn: Gelera.l. Prope:"t y
Producer Name and Mailing Address:
KPD II{SURANCE iI{C
PO BOX 29
sPRiNGr:EL3, 0R s'i4-r'i-000:
NFIP PolicY Number: 8;(:61.;t;i58
Ageut/Agency #: 02 :rll*CC0CC-lIa
llefcrence #;
Phone#; i54i.) i4i-05i1"1
Insured Name and Mailiug Address:
JCOO ]NC DBA
.]COO IIdA?]NG AC & EiEC?AICAL
5?2q v*rN ST SiE 2:i3
5PR:NG}-:Ei,D, O?. 9't 4i 8 -5 426
NAIC Number: :geaz
Processed by:
f'1ood Insuran(:if Pirocess i ng Center
F.0. Rox 205'l Kaiispel: MT 599C3-2C5-1
Property l,acation:
''i a )lfu -l-
:;i,R:il'lG:' l. llti,D, Qp.')i 4i'j' 43;:t)
Primary Residence: >;
Premium PaYor: l sl- Mar:t?agee
Flood RisklBated Zane: I Current'l,on.ei
Community Number:41 559: 1i6l F
Community Name: sPFLl'li-:r'jlJl.,ir, ,:i 1'v i)ir'
Grandfathered: Nr>
Pre-l'irm corrstruction
Program Type: Rc..ju1ar
Building Deseription
IJor,*Res. Busir,ess.
Twc ['.i.cors
:'i1ai) On C::ade
,ria::eiiot.: scl
Af f i c* Lnd lia?eh.,il::e
Newly Mapped into SFHA:
Illev Diff: N/A
Elevated Ruilding: N
No Addition {e) and ExtenEion (s)
Replaceme[t Cost: i-s(i, ]{,1c
Number of Units: i
>,{Jtrop"
Lr
Deduct Buy Back Sub Total Premium CalculatiouTyPeCoverageRstes
Prcrtrrunt $ubtotal .l?8. icIlurldrng
,6 N,luh.rplier()ontr:nl s 1li'i,:;0i)',!.rt, / .1.2t)
Xl('Premrum 00
(lltS Drsrxrunt:irJ
Conl,ent.s
l,<ration:
Abcve Grcur<i Level More
'Ihan 0ne Ful. I Fl cior
Re'serve Fund Assmt
llFiAA Sur.c.harye 2t0.utj
Fodertl Folrr,3* lree
Prtrb at.ian Surrha rgo'ii)
Iinrjori enr r,nt .\nr irutrt l) r.l
Total Premium Faid:7.i:r. cn
!n
{a
tS
JE
un
,.,
o
h*
et
1J
e.
Coverage Limitations [Iay Apply. See Your Policy Form for Details'
t First Mortgage:'*{::,s !'ARGa)
tr-.-cF 'a i1.)(,.'j 2,til
Secoud Mortgage:
Loss Payee:
Disaster Ageucy:
r lo \4nvtv ost-of-tkrod for nr<ire inlbnnation ahout risk of it inrpacts the cost of
q^fihffiint
I lrrtrgla$.lliott, President Terence Secretary
t4/?xl-li2\i4" 220j
ct-t? Nlrt -E r G? rEll t'lc
lrifi?Alt{r'
PtPSl-rc
<2)
)t-t/'/,+
(1) +a8
%,:rutWiVA
HV/,C t.ir.llf
N'C, Cll1)
ti
lT; CY.ltt t ANli I hl5ll- A1l Oi'l /t9
PVe VKlrfil'lrvLtLPlNA
AlCETIO,
s1.1
JCO HEATING
SEISMIC CLIPS FOR HVAC
Springfield OR 97477
CLIP DETAIL FOR YCD O6OC/A72CIO75C
ml-l\ts
EAST
971ol
EXPIRES
KEATING ENGINEERING LLC
159 EAST SIXTEENTH AVENUE
EUGENE OREGON 9740 PHONE 547-242-
0613 FAX 54L-242-06L4 email: keatin en
mSn.com
PROJECl
ADDRESS
SCOPE
DESIGNER
JCO HEATING
VARIES ss WORST CASE)
SEISMIC AND WIND RESTRAINT FOR
ROOF MOUNTED HVAC UNIT
DATE 20JUN2017
PROJECT NC t7-21
STEVE KEATING REVISED
RESTRAINT EVALUATION YCDO6OC
36 Lcg
t w= 659
20 Wcg
TOPVIEW
OTM = WIND FORCE Lfr 2H * O.5H
OTM SHORT DIM UPLIFT
wfr RESTRAINT
= orM LONG DIM UPLIFT
wfr RESTRAINT
END VIEW
SHEAR RESTRAINT 498 LBS USING 2
H
(3)#8 SCREWS TO uNlr
(2) 26 GA (0.022") ANGLEWIND UPLIFT 0.6D + W EA SIDE
249
-515
OTM = WIND FORCE Lfr 2H * O.5H
OTM SHORT DIM UPLIFT
wfr RESTRAINT
= oTM LONG DIM UPLIFT
wfr RESTRAINT
44Wfr
(3) #8 SCREWS TO uNtr
(2]t26 GA (0.022") ANGLE
EACH
LBS USING 2UPLIFT RESTRAINT
-258 EACH
SHEAR VALUES FOR DESIGN TO BE THE GREATER
OF WIND OR SEISMEC
SEISMIC VALUES Ss=0.6786 S1=0.3359 Sos=0.5890 lp=1
UNIT VALUES Wco=20.0 Wfr=44.0 Lfr=78 Lcg=36.0
WEIGHT 659 WIND BLDG HT
WIND Wfr H W lJTIltons oim
LfrHW 267 shorl dim1.0og=
2.5Rp=
116.4
Fo= 0,4anS{sWo(1 +2 zJh}
FP (rnax)=1'6 Sds lP WP
= 0.3
WIND UPLIFT 0.6D + W
BX8X1/5"
EA SIDE
CURB MILLAGE 0.022 IN
SHEAR THRU CURB LBS/IN
SHEAR THRU 8X8X1.5" L 30 LBS/IN
LBS'IN
ALLOWABLE
UPLIFT RESTRAINT
317
_25
PSI
1 It I
ALLOW FOR SMS 1,41 LBS
16.'13
SEISMIC UPLIFT O.6D + O.7E
OTM = Fo'H/2
RM= {W{r-Wco)'Wo * (Lfr-Lcq) LB lN
Lfr
D =EM
wh
LB IN
lb in= OTM + 0.2 Sds'D
Wfr
OK
USE 2
TOPVIEW
OTM = WIND FORCE Lfr 2H * O.5H
OTM SHORT DIM UPLIFT
wfr RESTRAINT
= oTM LONG DIM UPLIFT
wfr RESTRAINT
OK USE 3
RESTRAINT EVALUATION -
YCD072C
JCO HEATING
END VIEW
(3)#s SCREWS TO uNtr
(2)26 GA (0.022") ANGLE
691
412
390
906
SHORT DIM UPLIFT
RESTRAINT
LONG DIM UPLIFT
RESTRAINT
=0.6D+W
OTM =WIND FORCE ' I fr' 2H ' 0.5H
Wfr
OTM
Wfr
=ro
VARIES ss WORST CASE
DATE 20JUN20i7
PROJECT NC 77-27
SEISMIC AND WIND RESTRAINT FOR
ROOF MOUNTED HVAC UNIT
REVISED
KEATING ENGINEERING LLC
159 EAST SIXTEENTH AVENUE
EUGENE OREGON 9740
pHoNE 541-242-0613 FAX 541-242-06L4
email: keatin en msn.com
OES\G N ER
PRCXIECT
ADDRESS
SCOPE
STEVE KEATING
WIND UPLIFT 0.6D + W EA SIDE
11
31 Lcg
+
21 Wcg
w= 659 +
SEISMIC VALUES Ss=0.6786 S'l=0.3359 Sos.0.5890 lp=I
UNIT VALUES Wcq=21.0 Wfr=53.0 Lfr=89 Lco=31.0
WEIGHT 783 WIND 25 BLDG HT 35
WIND WfrHW
LfrHW
l--Eltons oi.
322 short dim
H
E? WfT
SHEAR VALUES FOR DESIGN TO BE THE GREATER
OF WIND OR SEISMIC
CURB MILLAGE 0.022 IN
SHEAR THRU CURB 10 LBS/IN
SHEAR THRU BX8X1.5' L 34 LBSITN
ALLOWABLE 36000'.4'.022 317 LBS/IN
UPLIFT RESTRAINT -15 PSt
ALLOW FOR #8 SMS 141 LBS
OK
USE 2
OK
USE 3
OTM = WIND FORCE Lfr 2H * O.5H
OTM SHORT DIM UPLIFT
wfr RESTRAINT
= orM LONG DIM UPLIFT
wfr RESTRAINT
(3) #8 SGREWS TO UNIT
(2126 GA (0.022') ANGLE 8X8X1/5" EA Slt
(3) #8 SCREWS TO uNtr
(2) 26 GA (0.022") ANGLE
oo=1.0
2.5ftr=
737.9
't38.4
FP (max)=1.6 Sds lP WP
Fo= o.4apsdsw"(1 +2 z/h)
1360.719
SEISMIC UPLIFT O.6D + O.7E
OTM = Fo'H/2
RM= (Wfr-Wco)'Wo' [fr-Lco) LB lN
Lfr
D =EM
Wfr
LB IN
E =QM+ 0.2sds'D lb in
NET
789
514
470
1297
WINDoTM=@
Wronc= OTM
Wfr
Wstrort = W
Wfr
SHORT DIM UPLIFT
RESTRAINT
LONG DIM UPLIFT
RESTRAINT
+WUPL
SHEAR RESTRAINT 498
249
{.27
LBS USING (2)
EACH
UPLIFT RESTRAINT LBS USING (2)
.414 EACH
WIND UPLIFT 0.6D + W EA SIDE
KEATING ENGINEERING LLC
159 EAST SIXTEENTH AVENUE
EUGENE OREGON 9740 PHONE 547-242-O6L3
FAX54t-242-O6L4
email: keatin en msn.com
PRO]ECT
ADDRESS
SCOPE
DESIG NER
JCO HEATING
VARIES ss WORST CASE
SEISMIC AND WIND RESTRAINT FOR
ROOF MOUNTED HVAC UNIT
DATE 20JUN2017
PROJECT NO t7-2L
STEVE KEATING REVISED
OTM = WIND FORCE Lfr 2H * O.5H
OTM SHORT DIM UPLIFT
wfr RESTRAINT
= oTM LONG DIM UPLIFT
wfr RESTRAINT
SHEAR RESTRAINT 498 LBS USING 2
(3) #8 SCREWS TO uNtr
(2]l25 GA (0.022") ANGLEWIND UPLIFT 0.5D + W EA SIDE
EACH
LBS USING 2UPLIFT RESTRAINT
-343 EACH
RESTRAINT EVALUATION - YCDOTsC
TOP VIEW
78 Lfr
OTM = WIND FORCE Lfr 2H * O.STI
-585
END VIEW
47 Wfr
(3) #8 SCREWS TO uNtr
(2]t26 GA (0.022") ANGLE
249
H
39 Lcg
' w= 659
21 Wcg
SHEAR VALUES FOR DESIGN TO BE THE GREATER
OF WIND OR SEISMIC
SEISMIC VALUES Ss=0.6786 31=0.3359 Sos=0.5890 lp=1
UNIT VALUES Wcq=21.0 Wfr=47.0 Lfr=82 Lco=39.0
WEIGHT 750 WIND BLDG 24 HT
D WfrHW
LfrHW
498 long dim
[-lae lsnon dim1.0?F=
Ro=2.5
706.8FP (rnax)=l.6 Sds lP WP
Fo= o.4aosdswo(1+2 /h)
WIND UPLIFT 0.6D + W
BX8X1/5"
EA SIDE
OTM SHORT DIM UPLIFT
wfr RESTRAINT
= orM LONG DIM UPLIFT
wfr RESTRAINT
+
CURB MILLAGE o.o22 IN
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W
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SHEAR THRU CURB 11 LBS/IN
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W
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SHEAR THRU 31 LBS/I N
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W
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ALLOWABLE 317 LBS/iN
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UPLIFT RESTRAINT 18 PSI
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