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Specifications OFFICE COPY /n£-C2o2O .Ooo25- x scO Co/Zr4L sr MARTIN BUILDING HVAC PORTLAND, OR STRUCTURAL.. CALCULATIONS MECHANICAL UNIT SUPPORT AND ATTACHMENT: MA1-MA5 SKETCHES: SK1-SK3 RECE1 fF JAN 13 20210 CITY of k:Afil3 c 0.,:truR.it BUILDING 1:,141I.Ri : , ,O.Vh O/� r { (9 PAGES TOTAL INCLUDING COVER SHEET ires. , 63 E ,.... SON December 20 2019 IS D. GN R i (Ev rS�",I zi PROJECT NUMBER: 190406.01 V,'.4.:.:0 4 0 WI.;x ARCHITECTURE MN ENGINEERING UPLANNING INTERIORS LANDSCAPE - 15895 SW 72ND AVE SUITE 200 PORTLAND,OR 97224 PHONE:503.226.1285 FAX:503.226.1670 INFO a CIDAENC.COM WWW.CIDAENC.COM U.S. Seismic Design Maps Page 1 of 3 Pi t4-I AN OSHPD Martin Bldg 9430 SW Coral St, Portland, OR 97223, USA Latitude, Longitude: 45.4475898, -122.77428959999997 Crescent Grove Cemeter & Mausoleum Red Robin Gourmet c0 a SW Coral St SW word St Burgers and Brews yy pp 4 !� Double-Tree #.71r 7 lil(C3 1 's c t _t.i.i Tigard Baker& [?er Allerl gAsthma v y SW Locust St9SWLocust St Panera Bread Bridgetivell Resources 'O` gie • Map data 02019 Date 12/19/2019,3:50:35 PM Design Code Reference Document ASCE7-16 Risk Category II Site Class D-Stiff Soil Type Value Description Ss 0.866 MCER ground motion.(for 0.2 second period) S1 0.397 MCER ground motion.(for 1.0s period) SMS 0.999 Site-modified spectral acceleration value SMI null-See Section 11.4.8 Site-modified spectral acceleration value Sos 0.666 Numeric seismic design value at 0.2 second SA Sol null-See Section 11.4.8 Numeric seismic design value at 1.0 second SA Type Value Description SDC null-See Section 11.4.8 Seismic design category Fa 1.154 Site amplification factor at 0.2 second F„ null-See Section 11.4.8 Site amplification factor at 1.0 second PGA 0.394 MCEG peak ground acceleration FPGA 1.206 Site amplification factor at PGA PGAM 0.475 Site modified peak ground acceleration TL 16 Long-period transition period in seconds SsRT 0.866 Probabilistic risk-targeted ground motion.(0.2 second) SsUH 0.977 Factored uniform-hazard(2%probability of exceedance in 50 years)spectral acceleration SsD 1.5 Factored deterministic acceleration value.(0.2 second) S1RT 0.397 Probabilistic risk-targeted ground motion.(1.0 second) S1 UH 0.458 Factored uniform-hazard(2%probability of exceedance in 50 years)spectral acceleration. S1D 0.6 Factored deterministic acceleration value.(1.0 second) PGAd 0.5 Factored deterministic acceleration value.(Peak Ground Acceleration) httneq/ceicmicmanc.nra/ 17/19/2(11 A MA2 CIDA Martin Bldg CDG TEL: (503)226-1285 RTU 12/19/2019 FAX: (503)226 1670 190406.01 MECHANICAL UNIT ATTACHMENT-LATERAL FORCES RTU ROOFTOP UNIT ON C URB New 40ton unit to replace(e)30 ton unit with same cabinet dimensions on existing curb • W exist=46001b W new=6290Ib Wp:= 62901b Weight of unit We:= 2501b Weight of(E)curb Wt:= Wp+ We Wt=6540 lb L:= 255in Length of unit Lc:= 234in Length of Curb wm:= 92in Width of unit we:= 86in Width of curb hm:= 68•in Height of unit he:= 14•in Height of curb hmc:= hm + he hmc= 82 in Total height of unit on curb SEISMIC PARTS AND PORTIONS (Portland, OR) Mapped SS:= 0.866 site class=D Adjusted Maximum Sms:= 0.999 Design SDs:= 0.666 h:= 30ft Ip:= 1.0 ap:= 2.5 Rp:= 6.0 z:= h Air side HVAC component 0.4•ap Sips Ip / z FPunit 1 + 2.—}WP F 2094.5716 0.7 F 1466.216 RP \ Punit= Punit= 0.4.ap•SDS•Ip zl FPcurb R • I + 2• .kWp+ Vs/c) FPcurb=2177.82 lb 0.7•FPcurb= 1524.47 lb P \ J WIND LOAD: BASED ON 2018 IBC/2019 OSSC Vas:= 98 Exposure B Kd:= 0.85 Kh:= 0.7 Kzt:= 1.0 GC,:= 1.9 GCr vert:= 1.5 9z:= 0.00256•Kh•Kn•Ktd•V3s2•psf F:= GCS qZ F= 27.79 psf 'wind unit F•L hm 'wind unit=3346.95 lb 'wind_curb F•L•(hm + hc) 1wind_curb=4036.03 lb G:\adcadd\19\00000-2019 Mechanical Units\0406.01 Martin Building HVAC \IateraIMECH RTU curb(ASD- WOOD).mcd CIDA Martin Bldg CDG TEL: (503)226-1285 RTU 12/19/2019 FAX: (503)226 1670 190406.01 WIND LOAD: BASED ON 2018 IBC/ASCE7-16-VERTICAL Fvert Qi GCr vert Fvert =21.94 psf Pwind unit vert Fvert•L'wm Pwind unit vert= 3574.92 lb • Fvert_unit 0.6Wp—0.6Pwind_unit_vert Fvertunit= 1629.05 lb <0,Net Uplift Pvert_curb:= 0.6(Wp+ Wc) —0.6Pwind_unit_vert Fvertcurb= 1779.05 lb <0, Net Uplift OVERTURNING-UNIT TO CURB LC#7 0.6D+0.6W LC#8 0.6D+0.7E WIND-Overturninq at unit to curb SEISMIC-Overturning at unit to curb /hm\ Mot_,wind_unit Pwind_unit'h2 Mot_seismic_unit= Fpunit'\2/ Mofwindunit—9483.03 lb ft Mot seismic unit= 5934.61 Ib ft — 0.6Mot_wind_unit) Pvert_unit (0.7•Mot_seismicunit) (0.6 •-0.7.0.2•Sim)•Wp Fup_wind_unit = W — 2 Fup_seismic_unit w — 2 c c Fup_wind__unit =—20.6 lb Fup_seismic_unit=—1014.1 lb 0.6•Pwind unit=2008.17 lb 0.7•Fpunit= 1466.2 lb WIND GOVERNS UNIT TO CURB CONNECTION ATTACHMENT Design attachment for 2009 lb sliding and 0 lb tension at unit to curb connection-18GAcurb 0.6•Pwind_unit=2008.17 lb Fup_wind_unit =—20.6 lb Try 16GAx5'CLIPS WITH(4)#10 SCREWS TO UNITAND(4)#10 SCREWS TO CURB VCLIP 471 lb Per dip 0.6•Pwind unit Ushear 6 VCLIP Ushear= 0.711 Use(3) 16GAx6"clip per side with(4)#10 SMS to unit,and(4)#10 SMS to curb—(12)clips total G:\adcadd\19\00000-2019 Mechanical Units\0406.01 Martin Building HVAC \lateraIMECH RTU curb(ASD- WOOD).mcd CIDA Martin Bldg CDG TEL: (503)226-1285 RTU 12/20/2019 FAX: (503)226 1670 190406.01 OVERTURNING-CURB TO ROOF LC#7 0.6D+0.6W LC#8 0.6D+0.7E WIND-Overturning at curb to roof SEISMIC-Overturning at curb to roof halt (halt Mot_wind curb:= Pwind curb'— Mat_seismic c:= FPcurb' 2 — 2 Mot_wind_curb= 13789.76 lb ft Mot seismic c=7440.88 lb ft (0.6Mot_wind_curb) Pvert curb (0.7'Mot_seismicc) (0.6—0.7.0.2SDS)'(W) Fup_wind_curb = — 2 Fup,seismic_c:= W w 2 c c Fup_wind_curb= 264.97 lb Fup_seismic_c = -930.32 lb 0.6•Pwindcurb -— 2421.62 lb 0.7'FPcurb= 1524.47 lb WIND GOVERNS CURB TO ROOF ATTACHMENT Design attachment for 2422 lb sliding and 265 lb uplift at curb to roof connection 0.6 Pwind_curb = 2421.62 lb Fup_wind_curb =264.97 lb Try#10x2.5"WOOD SCREWS EACH SIDE-Long side to Coke tension,short sides b take shear 'screw= 2.5in length of screw 5. LP:= 'screw— $to Lp= 1.88 in screw length-Sheathing-tapered tip , 2 d thread length thread:= screw'3 dscrew:= 0.I9in Screw diameter Lp Wthread:= 135•—lb withdrawal capacity per inch C := C =0.99 to p 10-dscrew p Cp:= if(Cp> 1.0,1.0,Cp) Cp=0.99 Vallow= 1.6.901b•Cp Vallow= 142.11 lb Tallow:= 1.6•dthread'Wthread Tallow= 360 lb 0.6•Pwind_curb USHEAR:= USHEAR=0.947 18 V allow Fup_wind_curb UUPLIFT:= UUPLIFT=0.08 • 9•Tallow Use(9)#10 Screws each side G:\adcadd119100000-2019 Mechanical Units10406.01 Martin Building HVAC \IateralMECH RTU curb(ASD- WOOD).mcd 15895 SW 72ND AVENUE,SUITE 200 Q PORTLAND,OREGON 97224 TEL:503.226.1285 FAX:503.226.1670 0 E-MAIL:info@cidainc.com J PROSECT NAME: PEOI.No. St+EE'' TITLE:- BY: DATE: - FT 7--- 7 T^ ( 1 AwfV� if/ p$50 ( Pg . E 7, _ _ i /le ' 1 , _ , ; C 4' r , Tete- ! 4 i, 1 jj is • ,- 3 t . `l L n _. _w.w__ . . p ta/k,,,, 6290 a t-150/- )4, 7 '� 17 .2" Pg; I4/4i,. --... . _..2 SPsr' 7, 6 0- / pr/Z/fi.T s / L. //i b S T1--- V.- (2,2-//2,/ /3 Z 3 /1/"-) h---- ., 3`/ /1.// 1 t/''7 1 /'2,e! 35a /1i /// f 7)3c7; i'fiZZ 7 M ®,k S rimed.. TSL / -50 )/Oii/3 4 Za 4,0400 z L. & d 1,,/%., (20Z4 i//Zz3 ppf� m z , 9L /.//( ; 55) i sL /z) i/2 ZS At 4 ti 414 Oait' IVED Johnson Controls JAN 13 2020 ARD JOHNSON CONTROLS PORTLAND MEDFORD OR CB -ON58 4011 SE INTERNATIONAL WAY STE 605 • Proposal MILWAUKIE OR 97222-8826 PH: (866) 635 1302 FAX: (503) 654 1158 TO: AMERICAN HEATING Date: 10/23/2019 5025 SE 24TH AVE Quote Ref: 1-15FXOLU1 PORTLAND, OR 97202-4765 Project Name: THE MARTIN BUILDING Site: AMERICAN HEATING 5035 SE 24TH AVE PORTLAND, OR 97202-4765 ATTN: Ryan Haggerty We propose to furnish the materials and/or perform the work below for the net price of: For the above price this proposal includes: Proposal to provide equipment replacement only Z4N524ABE5A4BBCDA1.York Millennium, 40 Ton, Four Stage Cooling, Single Package R-410A Air Conditioner, 10.7 EER, Natural Gas - 533 MBH Input- Aluminized Steel, 460- 3-60 • Major Components Have Hinged and Latched Access Doors •VAV(Factory Installed VFD) • Economizer, Low Leak Seals with Single Enthalpy Sensor with Economizer Fault Detection & Diagnostic (Meets ASHRAE 90.1-2013, IECC 2015, California Title 24, AMCA 511) • Factory Installed Power Exhaust with Modulating Damper Blades (0 to 100% Exhaust) • 10 HP Hi-Efficiency Exhaust Motor • Forward Curve Blades - Class II Blower • Bottom Return, Bottom Supply Configuration •25 HP High Efficiency Indoor Blower Motor(Not Available on 25 Ton) •2" Deflection Springs Under Supply Air Blower& Motor •2" Pleated Filters (Mery 8) •Smart Equipment Controller including Discharge Air, Return Air, and Outdoor Air Temperature Sensors. BACNet MS/TP, Modbus and N2 Communication Card. • Copper Tube/Aluminum Fin Condenser Coil •Copper Tube/Aluminum Fin Evaporator Coil •Stainless Steel Drain Pan • Head Pressure Control & Hot Gas Bypass No Labor, start up or Install included. YORK 40 Ton, Four Stage Cooling, Single Package R-410A Air Conditioner. No Curb adapter required per customer. This proposal DOES NOT include: 1. Labor or material not specifically described above is excluded from this proposal. 2. Unless otherwise stated, any and all overtime labor is excluded from this proposal. 3. Applicable taxes or special freight charges are excluded from this proposal. Important: This proposal incorporates by reference the Terms and Conditions attached This proposal is hereby accepted and Johnson Controls is authorized to proceed This proposal is valid through: 02-02-2020 with the work, subject to credit approval by Johnson Controls, Inc. Milwaukee, WI. Page I1 Johnson 14*# Controls SUBMITTAL DATA Order#: Date: 08/27/2019 Project: Martin Building Project #: CSL08261901 Submitter: Chris LaDue NorthWest Branch Region(UST/IPA) 3985 70th Ave East, Fife, Washington 98424 2533444639 Information is subject to change without notice.Check local codes. Printed 08/27/2019 Date 08/27/2019 Opi Project NameJohnson Martin Building Controls Project Number CSL08261901 Client/Purchaser Submittal Summary Page Qty Tag # Model # Description 1 Z4N524ABE5A4BBCDA1 York Millennium, 40 Ton, Four Stage Cooling, Single Package R- 410A Air Conditioner, 10.7 EER, Natural Gas- 533 MBH Input- Aluminized Steel, 460-3-60 • Major Components Have Hinged and Latched Access Doors •VAV (Factory Installed VFD) • Economizer, Low Leak Seals with Single Enthalpy Sensor with Economizer Fault Detection & Diagnostic (Meets ASHRAE 90.1- 2013, IECC 2015, California Title 24, AMCA 511) • Factory Installed Power Exhaust with Modulating Damper Blades (0 to 100% Exhaust) • 10 HP Hi-Efficiency Exhaust Motor • Forward Curve Blades - Class II Blower • Bottom Return, Bottom Supply Configuration • 25 HP High Efficiency Indoor Blower Motor(Not Available on 25 Ton) • 2" Deflection Springs Under Supply Air Blower& Motor • 2" Pleated Filters (Mery 8) • Smart Equipment Controller including Discharge Air, Return Air, and Outdoor Air Temperature Sensors. BACNet MS/TP, Modbus and N2 Communication Card. • Copper Tube/Aluminum Fin Condenser Coil • Copper Tube/Aluminum Fin Evaporator Coil • Stainless Steel Drain Pan • Head Pressure Control & Hot Gas Bypass Equipment start-up and commissioning by a factory trained technician is recommended. Contact your supplying distributor or sales representative for additional information & guidance. WARNING:Cancer and Reproductive Harm-www.P65Warnings.ca.gov �.....•...• Information is subject to change without notice.Check local codes. Printed 08/27/2019 , aii ® Millennium 25-40 Ton Page:3 YORK Package York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI Cooling Performance 1 Total gross capacity 507.9 MBH Sensible gross capacity 376.3 MBH Total net capacity 469.8 MBH ,,;,, -• r_ • Sensible net capacity 338.2 MBH Efficiency(at ARI) 10.70 EER Integrated eff.(at ARI) 13.60 !EER 4r � • �` • Ambient DB temp. 86.1 °F Entering DB temp. 80.0 °F ° Entering WB temp. 67.0 °F le- ' ° v F Leaving DB temp. 58.2 °F ' Leaving WB temp. 56.9 °F r ,-r; �,"N Power input(w/o blower) 39.26 kW i Sound power 88 dB(A) Refrigerant Refrigerant type R-410A Sys1 21 lbs Sys2 18 lbs 8 oz Sys3 18 lbs 8 oz 40 Ton Sys4 20 lbs • Introducing the Millennium 40 ton rooftop line-units designed to provide Gas Heating Performance peak performance and value both today and for years to come.Millennium units are manufactured at an ISO 9001 registered facility and each rooftop is Entering DB temp. 60 °F completely computer-run tested prior to shipment. Heating output capacity(Max) 426 MBH Supply air 16000 CFM Unit Features Heating input capacity(Max) 533 MBH • Four Stage Cooling Leaving DB temp. 84.7 °F • Natural Gas-533 MBH Input-Aluminized Steel SSSSE 80.0 temp. rise 24.7 % • Major components have hinged and latched access doors Stages 2 • Sloped unit roof with drip lip Supply Air Blower Performance • Double Wall Cabinet Construction Provides Superior Cleanability and Supply air 16000 CFM Structural Integrity Ext.static pressure 0.6 IWG • Unit Cabinet Constructed of Powder Painted Steel,Certified at 750 Hours Addl. Unit Losses(Options/Accessories) 1.24 IWG Salt Spray Test(ASTM B-117 Standards) Blower speed 728 RPM • VAV(Factory Installed VFD) Motor rating 25.00 HP • Industrial Duty Scroll Compressors Each Has An!dependent Refrigeration Actual required BHP 13.74 HP Circuit Power input 11.18 kW 3 _ Elevation 30 ft. • Standard Mechanical Cooling from 40`F to 125*F Drive type BELT • Economizer,Low Leak Seals with Single Enthalpy Sensor with Economizer Electrical Data Fault Detection&Diagnostic(Meets ASHRAE 90.1-2013, IECC 2015, Power supply 460-3-60 California Title 24,AMCA 511) • Unit min circuit ampacity 127 Amps • Factory Installed Power Exhaust with Modulating Damper Blades(0 to 100% Unit min over-current protection 150 Amps Exhaust) Unit max over-current protection 150 Amps • 10 HP Hi-Efficiency Exhaust Motor Dimensions&Weight • Forward Curve Blades-Class II Blower Hgt 64 in. Len 276 in. Wth 92 in. • 25 HP High Efficiency Indoor Blower Motor Weight with factory installed options 6290 lbs. • Bottom Return,Bottom Supply Configuration Clearances • 2"Deflection Springs Under Supply Air Blower&Motor Right 60 in. Front 60 in. Rear 60 in. • 2"Pleated Filters(Mery 8) Top 120 in. Bottom 0 in. Left 60 in. J • Replacement Filters:4-(16"x 25")AND 6-(20"x 25") • Note: Please refer to the tech guide for listed maximum static pressures Short Circuit Current:5kA RMS Symmetrical • Single Point Power Connection � AMERICAN ^ r ' j ^\ • Copper Tube/Aluminum Fin Condenser Coil ii. CERTIREEL OU5LrTY �us (E) ) • Angled Condenser Coils Protect from Hail,Shipping,and Handling Damage toic �✓ • Copper Tube/Aluminum Fin Evaporator Coil • Intertwined Evaporator Coils Provide Larger Heat Transfer at Part Load • Through-the-Curb and Through-The-Base Utility Connections • Sloped Stainless Steel Drain Pan • Head Pressure Control&Hot Gas Bypass • High and Low Refrigerant Pressure Protection Standard Unit Controller: Smart Equipment Control Board • Smart Equipment Controller including Discharge Air,Return Air,and Outdoor Air Temperature Sensors. BACNet MS/TP, Modbus and N2 Communication Card. Warranty • One(1)Year Limited Parts-Only Warranty on the Complete Units • One(1)Year Warranty on Compressors and Electric Heater Elements Information is subject to change without notice.Check local codes. Printed 08/27/2019 Millennium 25-40 Ton Page:4 YORK® Package York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI Factory Installed Options Z4N524ABE5A4BBCDA1 • Equipment Options Option(s) Selected : . ork ri it a gas s t s s 40 Ton Basic Unit: 4 Four Stage Cooling 10.7 EER Air Volume: 2 VAV(Factory Installed VFD) Configuration: A Bottom Return, Bottom Supply Configuration Major . Access Doors � '.3 Stainless Steel Forward Curve Blades-Class II Blower ID Blower: E 2" Deflection Springs Under Supply Air Blower& Motor ID Motor 25 HP High Efficiency Indoor Blower Mot, s Available on.25 Ton). `- Copper Tube/Aluminum Fin Condenser Coil Coils: A Copper Tube/Aluminum Fin Evaporator Coil fri R$ �erattoneSSControl 4 Head Pressure &Hot Gas Bypass Filters: B 2" Pleated Filters(Mery 8) Economizer,Low Leak Seals with Single Enthalpy's �' Sensor with Economizer Fault Detection&Diagno ornizer:otins poB (Meets ASHRAE 90.1-2013, IECC 2015,California a ' 24 AMCA 511) Factory Installed Power Exhaust with Modulating Exhaust: C Damper Blades(0 to 100% Exhaust) ErMilit Motor: D 10 HP i= ci x h a Smart Equipment Controller including Discharge Air, Return Air, and Outdoor Air Temperature Sensors. Controls: A • BACNet MS/TP, Modbus and N2 Communication Card. Generation Field Installed Accessories Information is subject to change without notice.Check local codes. Printed 08/27/2019 Millennium 25-40 Ton Page:5 `' YORK® Package York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI O 1BD0407 - Burglar Bars Kit- 0 S1-03102529004 - Non- 0 S1-NSB8BHN241-0 -Wall Includes supply and return air Networking Wall Sensor with Temperature and 3% Relative opening anti-intrusion screens. For Over-ride button —Allows remote Humidity Combined Sensor, Full Bottom Supply/Bottom Return duct sensing and control from single or Display, WHITE, NO JCI LOGO, opening configurations only. (84.0 multiple zones. Override allows NS8000 Series (0.4 lbs) " lbs) setpoint to be overridden for 2 0 S1-NSB8BHN243-0-Wall O 1 HA0421 - High Altitude Kit for hour time period. (0.2 lbs) Temperature and 3% Relative Natural Gas- Contains orifices 0 S1-03102529006 - Non- Humidity Combined Sensor, Full required for applications between Networking Wall Sensor with Display, BLACK, NO JCI LOGO, 2,000 and 6,000 ft. (1.5 lbs) Setpoint Adjustment and Over-ride NS8000 Series (0.4 lbs) O 1NP0438 - Natural Gas To Button—Allows remote sensing 0 S1-NSB8BPN240-0 -Wall Propane Conversion Kit and control from single or multiple Temperature and 2% Relative O 1 RC0455P - Roof Curb- 14" High, zones. Allows setpoint to be Humidity Combined Sensor, Full Flat, Uninsulated, Partial adjusted ± 5° F. Override allows Display, WHITE, JCI LOGO, Perimeter(Shipped Knocked setpoint to be overridden for 2 NS8000 Series (0.4 lbs) Down)- Condenser Section hour time period. (0.2 lbs) 0 S1-NSB8BPN241-0 -Wall Supported by a Separate Channel 0 S1-03103519000 - CO2 sensor, Temperature and 2% Relative (included) (385.0 lbs) 120mm x 80mm, no display, screw Humidity Combined Sensor, Full O 2AQ04700324B -Space CO2 terminals or modular jack, no logo Display, WHITE, NO JCI LOGO, Sensor(To maintain CO2 levels in (0.2 lbs) NS8000 Series (0.4 lbs) a conditioned space.) (2.0 lbs) 0 S1-MP-PRTKIT-OP - MAP 0 S1-NSB8BPN243-0 -Wall O 2EC0401 - Kit, Single Enthalpy (Multiple Access Portal)Gateway Temperature and 2% Relative Field Installed (1.0 lbs) Kit- Replacement MAP gateway Humidity Combined Sensor, Full O 2EC0402 - Kit, Dual Enthalpy protective case, lanyard and Display, BLACK, NO JCI LOGO, Field Installed (Includes two communication cable. Use only to NS8000 Series (0.4 lbs) humidity sensors) (1.0 lbs) replace worn or damaged 0 S1-NSB8BTN041-0 -Wall O 2ET077001124 - Honeywell components. (0.3 lbs) Temperature Sensor, No Display, T7350, 2 Heat/4 Cool, Auto/Man 0 S1-NSB8BHN041-0 -Wall WHITE, NO JCI LOGO, NS8000 Changeover, Electronic 7 Day Temperature and 3% Relative Series (0.4 lbs) Programmable (2.0 lbs) Humidity Combined Sensor, No 0 S1-NSB8BTN043-0 -Wall O 2PM04700124- Phase Monitor Kit Display, WHITE, NO JCI LOGO, Temperature Sensor, No Display, - Includes Control and associated NS8000 Series (0.4 lbs) BLACK, NO JCI LOGO, NS8000 wiring. This accessory provides 0 S1-NSB8BHN043-0 -Wall Series (0.4 lbs) protection against phase reversal, Temperature and 3% Relative 0 S1-NSB8BTN141-0 -Wall loss or unbalance. (13.0 lbs) Humidity Combined Sensor, No Temperature Sensor, O ASC Services -Charges for this Display, BLACK, NO JCI LOGO, Warmer/Cooler Display, WHITE, Service are Applicable. NS8000 Series (0.4 lbs) NO JCI LOGO, NS8000 Series Application, Startup & 0 S1-NSB8BHN141-0 -Wall (0.4 lbs) Commissioning (ASC) Services Temperature and 3% Relative 0 S1-NSB8BTN143-0 -Wall Available with Daily Fee Plus Humidity Combined Sensor, Temperature Sensor, Expenses. This Service Provides Warmer/Cooler Display, WHITE, Warmer/Cooler Display, BLACK, a 90 Day DOA Benefit When NO JCI LOGO, NS8000 Series NO JCI LOGO, NS8000 Series Completed by a Factory Certified (0.4 lbs) (0.4 lbs) Technician. Contact Your 0 S1-NSB8BHN143-0 -Wall 0 S1-NSB8BTN240-0 -Wall Distributor, Dealer, or Sales Temperature and 3% Relative Temperature Sensor, Full Display, Representative. Distributors Can Humidity Combined Sensor, WHITE, JCI LOGO, NS8000 Call 1-877-874-7378 for an ASC Warmer/Cooler Display, BLACK, Series (0.4 lbs) Quote. NO JCI LOGO, NS8000 Series 0 S1-NSB8BTN241-0 -Wall O S1-03102529000 - Non- (0.4 lbs) Temperature Sensor, Full Display, Networking Wall Sensor—Allows 0 S1-NSB8BHN240-0 -Wall WHITE, NO JCI LOGO, NS8000 remote sensing and control from Temperature and 3% Relative Series (0.4 lbs) single or multiple zones. (0.2 lbs) Humidity Combined Sensor, Full 0 S1-NSB8BTN243-0 -Wall Display, WHITE, JCI LOGO, Temperature Sensor, Full Display, NS8000 Series (0.4 lbs) BLACK, NO JCI LOGO, NS8000 Series (0.4 lbs) Information is subject to change without notice.Check local codes. Printed 08/27/2019 Millennium 25-40 Ton Page:6 , iliYORK® Package York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDA1 Quantity: 1 System: Z4N524ABE5A4BBCDA1 O S1-SE-COM1001-0- Field 0 S1-TEC3023-16-000 - 7 DAY 0 S1-TEC3613-16-000 - 7 DAY Installed Communication Card for PROGRAMMABLE PROGRAMMABLE Simplicity SE control. Can be field THERMOSTAT, ZIGBEE PRO THERMOSTAT, OPTIONAL MSTP configurable for BACnet, N2 or WIRELESS COMMUNICATION, OR N2 COMMUNICATION, ModBUS MSTP (0.0 lbs) FCUNAV, 0-10VDC PROP, OCC FCUNAV, ON/OFF OR O S1-TEC3012-14-000 - 7 DAY & DEHUMID, FULL COLOR, FLOATING, OCC & DEHUMID, PROGRAMMABLE WHITE, NO LOGO FULL COLOR, WHITE, NO LOGO THERMOSTAT, ZIGBEE PRO 0 S1-TEC3030-14-000 - 7 DAY 0 S1-TEC3622-14-000 - 7 DAY WIRELESS COMMUNICATION, PROGRAMMABLE PROGRAMMABLE FCUNAV, ON/OFF OR THERMOSTAT, ZIGBEE PRO THERMOSTAT, OPTIONAL MSTP FLOATING, DEHUMID, FULL WIRELESS COMMUNICATION, OR N2 COMMUNICATION, COLOR, WHITE, JCI LOGO RTU/HEAT PUMP WITH FCUNAV, 0-10VDC PROP, O S1-TEC3012-16-000 - 7 DAY ECON,FULL COLOR, WHITE, JCI DEHUMID, FULL COLOR, PROGRAMMABLE LOGO WHITE, JCI LOGO THERMOSTAT, ZIGBEE PRO 0 S1-TEC3030-16-000 - 7 DAY 0 S1-TEC3622-16-000 - 7 DAY WIRELESS COMMUNICATION, PROGRAMMABLE PROGRAMMABLE FCUNAV, ON/OFF OR THERMOSTAT, ZIGBEE PRO THERMOSTAT, OPTIONAL MSTP FLOATING, DEHUMID, FULL WIRELESS COMMUNICATION, OR N2 COMMUNICATION, COLOR, WHITE, NO LOGO RTU/HEAT PUMP WITH ECON, FCUNAV, 0-10VDC PROP, O S1-TEC3013-14-000 - 7 DAY AND FULL COLOR, WHITE, NO DEHUMID, FULL COLOR, PROGRAMMABLE LOGO WHITE, NO LOGO THERMOSTAT, ZIGBEE PRO 0 S1-TEC3031-14-000 - 7 DAY 0 S1-TEC3623-14-000 -7 DAY WIRELESS COMMUNICATION, PROGRAMMABLE PROGRAMMABLE FCUNAV, ON/OFF OR THERMOSTAT, ZIGBEE PRO THERMOSTAT, OPTIONAL MSTP FLOATING, OCC & DEHUMID, WIRELESS COMMUNICATION, OR N2 COMMUNICATION, FULL COLOR, WHITE, JCI LOGO RTU/HEAT PUMP WITH ECON, FCUNAV, 0-10VDC PROP, OCC O S1-TEC3013-16-000 - 7 DAY OCC SENSOR, FULL COLOR, & DEHUMID, FULL COLOR, PROGRAMMABLE WHITE, JCI LOGO WHITE, JCI LOGO THERMOSTAT, ZIGBEE PRO 0 S1-TEC3031-16-000- 7 DAY 0 S1-TEC3623-16-000 - 7 DAY WIRELESS COMMUNICATION, PROGRAMMABLE PROGRAMMABLE FCUNAV, ON/OFF OR THERMOSTAT, ZIGBEE PRO THERMOSTAT, OPTIONAL MSTP FLOATING, OCC & DEHUMID, WIRELESS COMMUNICATION, OR N2 COMMUNICATION, FULL COLOR, WHITE, NO LOGO RTU/HEAT PUMP WITH ECON, FCUNAV, 0-10VDC PROP, OCC O S1-TEC3022-14-000 - 7 DAY OCC SENSOR, FULL COLOR, & DEHUMID, FULL COLOR, PROGRAMMABLE WHITE, NO LOGO WHITE, NO LOGO THERMOSTAT, ZIGBEE PRO 0 S1-TEC3612-14-000 - 7 DAY 0 S1-TEC3630-14-000 -7 DAY WIRELESS COMMUNICATION, PROGRAMMABLE PROGRAMMABLE FCUNAV, 0-10VDC PROP, THERMOSTAT, OPTIONAL MSTP THERMOSTAT, OPTIONAL MSTP DEHUMID, FULL COLOR, OR N2 COMMUNICATION, OR N2 COMMUNICATION, WHITE, JCI LOGO FCUNAV, ON/OFF OR RTU/HEAT PUMP WITH O S1-TEC3022-16-000 - 7 DAY FLOATING, DEHUMID, FULL ECON,FULL COLOR, WHITE, JCI PROGRAMMABLE COLOR, WHITE, JCI LOGO LOGO THERMOSTAT, ZIGBEE PRO 0 S1-TEC3612-16-000 - 7 DAY 0 S1-TEC3630-16-000 - 7 DAY WIRELESS COMMUNICATION, PROGRAMMABLE PROGRAMMABLE FCUNAV, 0-10VDC PROP, THERMOSTAT, OPTIONAL MSTP THERMOSTAT, OPTIONAL MSTP DEHUMID, FULL COLOR, OR N2 COMMUNICATION, OR N2 COMMUNICATION, WHITE, NO LOGO FCUNAV, ON/OFF OR RTU/HEAT PUMP WITH O S1-TEC3023-14-000 - 7 DAY FLOATING, DEHUMID, FULL ECON,FULL COLOR, WHITE, NO PROGRAMMABLE COLOR, WHITE, NO LOGO LOGO THERMOSTAT, ZIGBEE PRO 0 S1-TEC3613-14-000 - 7 DAY 0 S1-TEC3631-14-000 - 7 DAY WIRELESS COMMUNICATION, PROGRAMMABLE PROGRAMMABLE FCUNAV, 0-10VDC PROP, OCC THERMOSTAT, OPTIONAL MSTP THERMOSTAT, OPTIONAL MSTP & DEHUMID, FULL COLOR, OR N2 COMMUNICATION, OR N2 COMMUNICATION, WHITE, JCI LOGO FCUNAV, ON/OFF OR RTU/HEAT PUMP WITH ECON, . FLOATING, OCC & DEHUMID, OCC SENSOR, FULL COLOR, FULL COLOR, WHITE, JCI LOGO WHITE, JCI LOGO Information is subject to change without notice.Check local codes. Printed 08/27/2019 • Millennium 25-40 Ton Page:7 alifORK. Package York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI O S1-TEC3631-16-000 - 7 DAY PROGRAMMABLE THERMOSTAT, OPTIONAL MSTP OR N2 COMMUNICATION, RTU/HEAT PUMP WITH ECON, OCC SENSOR, FULL COLOR, WHITE, NO LOGO O S1-YK-MAP1810-0P - MAP (Multiple Access Portal) Gateway- For use with SimplicitySE Control. (0.2 lbs) O S1-YK-MAP1810-0S - Stationary MAP Gateway (Includes MAP Gateway, Field Bus Adapter, Mounting Bracket and 100 to 240 VAC Power Supply). US- compatible counties. (1.9 lbs) O YCCP40000MP060 -40 TON 2nd-5th Year Compressor Warranty Information is subject to change without notice.Check local codes. Printed 08/27/2019 ium 11111YORK® rn»ien Package v on f CIyG. York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI 30-40 ton Millennium Unit Drawings 30 AND 40 TON MILLENNIUM OVERHEAD VIEW 1 2,12 s..2 A j • 240 0 I- 30 AND 40 TON MILLENNIUM MAJOR COMPONENT LAYOUT 1 _.. 'NlrO/Tit�lu�� i _._ {. _ . • C _ 1 A '�„� is , ii .---; 73. • ,..,,..�L! o ,4 7 1 A j • L 4,i i,. o 41 +'1-I 'e }P .J- . Information is subject to change without notice.Check local codes. Printed 08/27/2019 ayoRK® mittennium Package u Ion ,Qy.. York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI Component Locations 111rN�k — : tg �r Hinged, Optional Hinged, Ire IMEi - Tool-Free Hinged, Tool-Free 1[ Door Tool-Free Door = = ��• iiI {_Door s 9.1 /I ,«i_ #.Al i l' . Hinged,Tool-Free .. i 1 , I €l \N.!' ; t w/PE Option, , : 1 f . 'kx 1 i 2 to 3 4 /'° , wr . -*' ' ' w I. . . ... i : : -03 , . : : . , (: : BACK VIEW ( _ ]LHinged, Optional Hinged. I Hinged, xr I � Tool-Free Hinged, Tool-Free Tool-Free 4 Door Tool-Free Door wiGas ; � _ Door or Other Z f l :i k e t1711: Heat Source f / Hinged,Tool-Free `' } wiPE Option 1 ix • 5 6 7 8 9 { , S1 I , . FRONT VIEW 1. STD Cabinet Option includes Hinged.Tool-Free 4. Doors 1.2,3,6,7.8&9 are 56.31 inches high by Doors#1.3.6.8. 27.33 inches wide. 2. Premium Cabinet Option includes Hinged,Tool-Free 5 Doors 4&5 are 26.5 inches high by 33.63 inches Doors#1,2.3,6,7,8. wide. 3. Doors#4,5,9 are dependent upon unit Heating and Power Exhaust Options. CABINET DOOR CONFIGURATION Information is subject to change without notice.Check local codes. Printed 08/27/2019 2 yoRK® mmennium ZD-4U ion Package York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI Component Locations EVAPORATOR COIL AND DRAIN PAN ACCESS FILTER ACCE S POWER &CONTROL WIRING COMPRESSOR ACCESS — REAR ,---_ ------- -- -.-• - ----- . _ _ - ,._. -•-:: .1 ____ _ weir ',,•-7, --•,---09 ! i 11111111 AmP--- •-••,,,,,•ri loo ill . ........„ , , . . F#i r iffsu i - 101110 O'111.1110 11W. _•••• '' 11111111-0311011 11 1 104 r0e114-1'' RIGHT •- 00.,.'•:Igoe.1! i \ . im. 0w, .. . 001"do-, :, END „.._ . --..,... , ..ii.Y..--• , ,.....,..,_, Lillit-lilliii0 2„1 . . , • it.... . , P. 10.11-1" 101111111111111111 EAT SECTION --....„.,...., FRONT -_.•• OPTIONAL POWER LEFT END OUTLET(115V) POWER EXHAUST ACCESS HEAT SECTION EVAPORATOR COIL FILTER DRIERS AND DRAIN PAN ACCESS — FILTER ACCESS • _....._ ittri: lilL440R1I --- i \ 1 ir*Viftil . _, 19111041k II 41 4 • -- -rr ,._ ,,- 11.41V-iiiiiii#11 ii \ ,n4141,,,ttiglif' . 1 .1.,.... --- ----- I iThrtit winatakis t ' ili..,-- :-_ .;'‘.. 0-----rftwairfk *k II ,-.,,: I , IttatIOARN.:!1._ I . Otigi,,ftfilit, REAR ••:,...,,,,. 41 -*•••^^*"*-'''.- SUPPLY BLOWER & MOTOR Information is subject to change without notice.Check local codes. Printed 08/27/2019 rayc. , RK® m►uen ium Package u ion York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI Construction Features and Center of Gravity PITCHED ROOF f ANGLED CONDENSER 1 COILS ,' SOLID, CLASS II FAN CONSTRUCTION \ r—V. ' INTERTWINED COIL :w ,t T 1111111 1114; 1110111- [ :1,1II tdllFn:is41'Iyt / _ _1 11111 .ilii lit lin ty I a ' I1IINNiI S�111�4R� -±tl 4,1, 11 ) ►_ �1 -1 �.�•� 4141 4f / � I, DOUBLE WALL CONSTRUCTION ' . Li1 . ik `' f ,4 HINGED, LATCHED LOW LEAK DAMPERS ACCESS DOORS UNIT CENTER OF GRAVITY MODEL 25 TON 30 TON 40 TON CENTER OF X Y X Y X Y GRAVITY C RIGHT END • REAR —^ CONDENSER BASIC UNIT 99" 48" 100" 47" 96" 46" B COILS BASIC UNIT/W D ECON. 110" 48" 110" 47" 100" 46" — BASIC UNIT/W X ECON.&GAS OR nw '�` ELECT,HEAT, 104" 48" 104" 46" 99" 45" `�N A ✓ FRONT STEAM OR HOT 240>, WATER HEAT BASIC UNIT 1W ECON,&GAS OR 118` 47" 114" 46" 111" 45. ELECT,HEAT,& POWER EXHAUST UNIT CORNERWEIGHT UNIT 25 TON 30 TON 40 TON DESCRIPTION A B C D A B C D A B C 0 BASIC UNIT 870 949 1352 1239 950 972 1360 1303 969 969 1464 1454 BASIC UNIT WITH 1018 1111 1313 1203 1076 1124 1328 1272 1058 1058 1482 1482 ECONOMIZER BASIC UNIT WITH ECONOMIZER AND 994 1084 1418 1300 1073 1073 1403 1403 1102 1055 1503 1570 GAS OR ELECTRIC HEAT BASIC UNIT WITH ECONOMIZER.AND GAS OR ELECTRIC 1220 1275 1318 1262 1275 1275 1410 1410 1335 1278 1485 1551 HEAT AND POWER EXHAUST NOTES:Basic Unit=cooling only,10hp FC fan. +Econ=+23516 +Heat=single stage gas,180 lb +Power Exhaust=modulating 7 5h Printed 08!27/2019 Information is subject to change without notice.Check local codes. 2 YO R K® mutermium zo-4U ion Package r ClyV. AL. York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDAI Quantity: 1 System: Z4N524ABE5A4BBCDAI Dimensions&Clearances r> RETURN AIR SUPPLY AIR REik!! .------:- e--- -- -----' - 1., ::: ' -'-',.40 '.- , RIGHT ---,,,,,,,_, ------ --•` ,_------ SE ---lk,410,--''',4 ,OS,,,:,,,: END SEE DETAIL 64" ' DETAIL C, 72.25' Nick. \\,...:,..:, f- . .....-- , .'-' - ----:'—'--- FRONT 1 .......-----"---131.5" I 92",,,,,,, LEFT ,r.--------------RIGHT END -REAR - .,,,, END .4000.".... - 4 1%. OPEN ,-- 80.93"- --, *!,...,...„.„,. 03 625" .,... _--- L%----7 12" -------SEE 71.61' 4-26" _...,, _"---m IN I 4'5" —0101111104* DETAIL ----,,,..„... c'.....-- > .71r 6.46" 0 15.89" 88.7" 83" LEFT -------...„.„,_____.<__- END 4.5" 't TO GAS VALVE MANIFOLD 2-1/2" DA.HOLES • 1---, *-- •._ \ + -......., N tC ' calk," + III 1111 : BASE RAIL lialk 1 2.31" 6.45" 28' --- *0 BASE RAIL 11 2" ,i/ 1-1/2k FPT 0 2-1/ 1-1/4"NPT DETAIL A DETAIL B DETAIL C _ (DRAIN CONNECTION) (ELECTRICAL CONNECTION) (GAS CONNECTION FOR COOLING ONLY AND ALL HEATING APPLICATIONS THROUGH CURB) Information is subject to change without notice.Check local codes. Printed 08/27/2019 . yoRK® mmennium Z3-4U ion Package York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDA1 Quantity: 1 System: Z4N524ABE5A4BBCDA1 Dimensions&Clearances CLEARANCES - HOOD/ECONOMIZER & MOTOR DRIVE - SIDE REQUIRED CLEARANCES 10' ENDS ENDS 60-40- 1 ;f„, 60" MEIN REAR FRONT * Front is the side with access to the Electrical/Gas Controls. * Right is the side with the Condenser Coils. LEFT 60" RIGHT 60" REAR 60" NOTE: DO NOT use the unit roof to support any type of FRONT 60" structure or bracing. TOP 10' CLEARANCES - HOOD/ECONOMIZER & MOTOR DRIVE - FRONT & END LEFT END FRONT SIDE 15.93 . 79.0 I.- 15.93 4 • II V(71 :11S1 .01A9.6 4411111 HOOD FOR OPTIONAL EXHAUST AIR RAIN HOOD FOR t \END OT RAEVTAul LRANBOL ER Wvv IITTHH FIXED OUTSIDE AIR 33.90 33.90 29.36 FIXED OUTSIDE AIR) OR ECONOMIZER / 4 59.52 7.94 RAIN HOOD FOR OPTIONAL POWER EXHAUST OR BAROMETRIC RELIEF (NOT AVAILABLE WITH END RETURN OR WITH FIXED OUTSIDE AIR) Information is subject to change without notice.Check local codes. Printed 08/27/2019 e yo R K. millenniumPackage v ion „..,., York Single Package R-410A Air Conditioner Project Name: Martin Building Unit Model#: Z4N524ABE5A4BBCDA1 Quantity: 1 System: Z4N524ABE5A4BBCDA1 Fan Curve 40TonForward Curve 7.0 " s au u n aam rlitUal u urnir�i� galllia • r wn� Bi an wai65 inir nilnrinn> nnr nnn n `uu� 111111111/1111111111101111111111111111111111=11110111 i I 6.0 k`l esimes aI a irsamo eiis r ��. r it inset IMOInaluesuuramon- irrn iiieaiei i aisenione i r ria � na i 5.5 SG . N rNH rNanaii n .n mmentaimminemairugmantionnieseee . _ �� _ .n8i . SA naunnina _ vise- . itis lipiriMMIIIMftal ELII a / '' i a y'ttt �nn rrit1 i t I ,. t. ; " 4.5 mmeees i, iraga iiiilliii im itinll► URIBUSIIIIMUNIMI 4.0 am.mnin rrNNMh if ►' s/nliii lrnni►` I. awari wilil t.n iriii aas iwI a3.5 BSIBIZMUMNIUSIII111111111111111111111111111111111111MMIMMainninlillibunonai t . io r 1,101 74 ' ".� mm,,5030 _ Illillngsig ,-mil slu i11 . M11011§' Swlrs nnriese_ R nnn 1 uain 25 i , ninui i� iii ■Nt iiiir ► nkilli 2.0 r nen _l "" r i ""rte m� "ss.`e rias I1 allLo i `au... i�.S l wow 71 i�ii i nisi I-snc :`Tfit41 , Unit't.rtlC`, .5 fir` t region.-Add to FSP atts) additional lc»wes(OPtinii's .- '1CCenbtiYic,) , 0.0 - ,. 0 2 4 6 8 1 12 14 16 18 20 (F\!(x1000) NOTE: All areas below the"A"curve are fixed,internal cabinet losses and should be considered when determining total sys- tem static and plotting unit fan performance. NOTE: Standard Unit includes wet evaporator coil,clean 2"throwaway filters,system and cabinet effects at standard air den- sity and 0'elevation. FIGURE 25- FAN PERFORMANCE-40 TON Information is subject to change without notice.Check local codes. Printed 08/27/2019 Page: 15 Date 08/27/2019 �f Project Name Johnson ,� Martin Building Controls Project Number CSL08261901 - Client/ Purchaser Guide Specification Summary Page • Product Series Models and Unit Tags i#enn� Information is subject to change without notice.Check local codes. Printed 08/27/2019 YORK® Guide Specification for Page: 16 York Millennium GENERAL interior. Floor shall be 18 gauge, and 24 gauge. All serviceable sections shall have hinged access doors with Introducing the York 25, 30, and 40 ton Millennium latches on both sides of the unit. All access doors shall be rooftop line- units designed to provide peak constructed of 20 gauge steel on the outside, with 24 performance and value both today and for years to gauge on the inside. Each door shall seal against a rubber . come. Each rooftop unit is completely computer-run gasket to prevent air and water leakage. The roof shall be tested prior to shipment. The unit is designed to be double wall, with 18 gauge on the external surface and 24 flexible enough to meet your needs today and in the gauge on the interior. The roof shall be formed with a 45 future. The true value of this unit is that it can be degree drip lip overhanging the sidewalls to prevent designed to fit any need, from cooling only, constant precipitation drainage from streaming down the side of the volume applications to variable air volume systems with unit. Roof sections shall be connected together via integral variable frequency drive. channels fastened with screws and sealed with rubber DESCRIPTION gasketing. Each fastened seam shall be further protected by a sheet metal channel covering the full length of the Supply York Millennium packaged rooftop system in gasket surface, making a completely water tight seal. accordance with the capacities in the plans. Units shall SUPPLY AIR SYSTEM be rated by the manufacturer at a minimum 10.5 EER according to AHRI 360. Units shall be shipped in a single SUPPLY AIR FAN package, fully charged with R-410A refrigerant. The manufacturing facility shall be registered under ISO 9001 Fans shall be centrifugal type - Class I or Class II or Quality Standards for Manufacturing. Units shall carry backward inclined airfoil type statically and dynamically both ETL and CGA safety approval ratings. Tags and balanced in the factory. Fan wheels shall be designed for decals to aid in the service or indicate caution areas continuous operation at the maximum rate of fan speed shall be provided. Installation and maintenance manuals and motor HP. The fan and motor assembly shall be shall be supplied with each unit. Units shall be capable mounted on a common base to allow consistent belt of providing mechanical cooling down to 40°F (0°F with tension with no relative motion between the fan and motor low ambient kit). Unit shall be capable of starting and shafts. The entire assembly shall be isolated from the unit running at 125°F. Unit electric and gas connections shall base with (optional 1", 2" deflection springs or rubber be either through the curb or the side of the unit. isolators). The fan discharge shall be connected to the cabinet through a reinforced neoprene flexible connection CONSTRUCTION to eliminate vibration transmission from the fan to the unit Base casing. Fans shall be double-width, double-inlet with forward curved blades. The base rail shall be constructed of 12 gauge galvanized OPTIONAL steel, extending the full perimeter of the unit. All components shall be supported from the base, and the Units equipped with variable frequency drive on supply fan base shall include integral lifting lugs. The unit base rail must be controlled by a duct static transducer providing a shall overhang the roof curb for water runoff and shall 2- 10 VDC signal to the drive. Supply fan variable have a fabricated recess with a continuous flat surface to frequency drives shall have factory option of being seat on the roof curb gasket, providing a positive, weather equipped with a manual drive bypass. tight seal between the unit and the curb. BEARINGS AND DRIVES Casing Bearings shall be self-aligning pillow-block regreasable The unit cabinet shall be double wall construction to ball bearings with an average life expectancy of 200,000 provide both maximum resistance to bacterial growth in hours. Grease fittings shall be accessible through access the air stream and superior structural integrity. All sheet doors. Fan motors shall be NEMA designed, Standard metal shall be G90 mill galvanized sheet metal, formed efficiency (option, Hi-efficiency) ball bearing type with and reinforced to provide a rigid assembly. Sheet metal electrical characteristics and horsepower as specified. shall be cleaned in an alkaline and zinc phosphate bath, Motors shall be 1750 RPM, open drip proof type. The and the exterior surfaces shall be coated with a 1.5 mil motor shall be located within the unit on an adjustable, powder paint, capable of withstanding 750 salt spray heavy steel base. All fan motor drives shall be selected for - hours in accordance with ASTM B-117. The unit shall be a minimum service factor of 1.2 and have fixed pitched insulated with 1-1/2," 1 pound fiberglass insulation sheaves. between the two sheet metal skins. Insulation shall meet NFPA-90A regulations for smoke and flame spread AIR FILTERING SYSTEM ratings. The cabinet corner post and the intermediate side All filter holding frames shall be of heavy duty construction supports shall be 16 gauge steel. All access doors shall be designed for industrial applications. All filters shall be 18 gauge on the exterior surfaces, and 20 gauge on the either side accessible or front loading with access doors Information is subject to change without notice.Check local codes. Printed 08/2712019 YORK® Guide Specification for Page: 17 York Millennium provided on both sides of the filter section. All filter media the unit. Non-modulating Exhaust- Units with non- , shall be Class II listed under UL Standard 900. Filter modulating power exhaust shall have a barometric relief efficiencies shall be rated in accordance with ASHRAE damper to prevent outside air from entering in the off Standard 52-76 2"Throwaway Filters with fiberglass cycle. The fans shall cycle on and off with building media multiple shall be standard. pressure. Modulating Operation -The fans shall be capable of modulating the amount of air from 0% to OPTIONAL 100% of nominal CFM. Modulation shall be through Two inch pleated, throwaway filters with 30% efficiency. discharge dampers or variable frequency motor speed Rigid filters shall be high performance, expanded area, modulation. Dampers or VFD shall be controlled by static disposable type filters. Rigid filter sections shall be pressure in the conditioned space or return air duct. preceded by a 2 throwaway prefilter assembly. Filter HEATING SYSTEM efficiency shall be 95% MERV 14 or optional 65% (MERV 8) based on ASHRAE Standard 52-76. Gas-fired Heating Section AIR INLET SYSTEM One or more gas-fired heating modules shall be installed General to provide the heating requirements per the schedule shown on the plans. The heat exchanger shall be of Outside Air inlet openings shall be covered by a factory tubular design. Tubes shall be 2-1/4" OD and installed rain hood permanently attached to the cabinet to constructed of minimum 20 gauge, G160 aluminized prevent windblown precipitation from entering the unit. The steel (1.6 mil aluminum silicone alloy)for corrosion rain hoods on the front and back of the unit shall be resistance (Optional: 409 Stainless Steel). Flue baffles rotated into the cabinet and secured for shipment so that shall be made of 430 stainless steel. Each gas fired heat upon installation they need only be rotated upwards and module shall have an induced draft combustion fan with screwed into place. The outside air hood shall contain a energy efficient intermittent pilot spark ignition and removable and cleanable filter with an efficiency rating of redundant main gas valves with pressure regulator. Units 50% based on ASHRAE 52- 76. All damper assemblies with standing pilot ignition shall not be acceptable. An shall be of low leak design. Damper blades shall be induced draft fan shall be provided to maintain a positive fabricated from a minimum of 16 gauge galvanized steel. flow of air through each tube, to expel the flue gas and to Blade ends and edges shall be covered with vinyl seals. maintain a negative pressure within the heat exchanger Damper shafts shall be fabricated from solid steel and relative to the conditioned space. Induced draft fans shall mounted in the frame with bronze bearings. be direct-drive. One (1) high limit controller per heating module, with automatic reset to prevent the heat Economizer(Optional) exchanger from operating at an excessive temperature An economizer shall have outdoor air and return air will be installed. A pressure switch on the combustion - dampers that are interlocked and positioned by fully section must be provided to prevent ignition until modulating, solid state damper actuators. The actuators sufficient air flow is established through the heat shall be spring loaded so that the outside air damper will exchanger. Secondary airflow safety shall be provided by close when power to the unit is interrupted. The roll-out switch protection. The rollout switch shall operation of the economizer shall be fully integrated into discontinue furnace operation if the flue becomes the cooling control system. The economizer shall be restricted. Units shall ship with an external flue to be available for control via a dry bulb sensor(Optional: shipped in the unit and mounted on the job site. The flue single or dual enthalpy sensors). shall discharge products of combustion above the unit, preventing recycling of corrosive combustion gases back Relief System (Optional) through the heat exchanger. Gas heating sections shall be both ETL and CGA approved to both US and All units with relief must have an economizer. On all units Canadian safety standards. not equipped with an economizer, an option shall be available for a manually adjustable outside air damper Optional Modulating Furnace control or Single Stage that shall be capable of admitting 0-25% outside air. control available. REFRIGERATION SYSTEM Exhaust Air Fans (Optional) Units shall have four independent refrigerant circuits for General -forward curved centrifugal fan(s) shall be maximum load-matching capability. Each refrigerant installed in the return air plenum for positive power circuit shall be controlled with a balance-port thermal exhaust. Fans shall be on a common shaft, driven by a expansion valve for maximum control at low load single motor. The fans, motors and drives shall be of the conditions. same quality and design as specified for the Supply Air Evaporator Coils Fan, except the fans shall be Class I. Fans shall be capable of exhausting up to 100% of the nominal CFM of Information is subject to change without notice.Check local codes. Printed 08/27/2019 YORK® Guide Specification for Page: 18 York Millennium Evaporator coils shall be direct expansion type with circuit shall also have both high and low pressure intertwined circuiting to assure complete coil face activity switches installed on either side of the compressor and during part load operation. Coil fins shall be enhanced include shrader depressors for replacement of the aluminum type. Coil types shall be 3/8" OD copper, pressure switches without removing charge. All small internally enhanced and mechanically expanded to bond diameter distributor tubing to the evaporator coil shall be with the fins. Coil casing shall be fabricated from heavy protected by polyurethane sleeves over the length of the gauge galvanized steel. All coils shall be pressure tested tubing to prevent the tubes from copper-to-copper at a minimum of 450 PSIG. A galvanized powder painted contact during shipment or operation. steel drain pan shall be provided under the entire length CONTROLS and width of the evaporator coil, including all return bends. The main drain pan shall be sloped a total of 1/4" GENERAL DESCRIPTION per foot towards the drainage point. Main drain pan shall be easily cleanable in the field. The condensate drain Equipment with Smart Equipment®as standard shall be opening shall be flush with the bottom of the drain pan to factory run-tested through the control, after the test is allow complete drainage. Coils in excess of 48 inches complete; there will be no wires to re-connect. All control high shall have an intermediate drain pan, also wiring points shall be tested and verified through fabricated of galvanized powder painted steel extending communication. the entire finned length of the coil to provide better water The control shall be UL or CSA recognized. The control drainage. Drainage from the intermediate drain pan shall shall be manufactured in a manufacturing facility that is be to the primary drain pan. OPTIONAL: Drain pans certified to ISO 9001. shall be constructed of stainless steel. Compressors COMPRESSOR CONTROL Units shall have four industrial duty hermetic scroll compressors, independently piped and charged. The control shall have a five-minute Anti-Short Cycle Compressors shall have an enlarged liquid carrying Delay to prevent excessive compressor cycling. The capacity to withstand rugged operating conditions. control shall have a three-minute minimum run time to Compressor frame shall be cast iron, with cast iron fixed insure that oil gets returned to the compressor each time and orbiting scrolls. Each compressor shall feature a it starts. The minimum runtime shall be programmable solid state protection module, designed to protect the up to 10 minutes. compressor from over temperature and overcurrent The control shall monitor the High Pressure switch, the conditions. Each compressor shall include the following Low Pressure switch, and the Compressor Overloads safety and convenience devices: replaceable suction separately for each refrigeration circuit. The control shall screen, discharge line check valve, and oil sight glass. have a 30 second Low Pressure Switch bypass when it Compressors shall be vibration isolated from the unit, starts any compressor. and installed in an easily accessible area of the unit. A hard compressor lockout shall occur if the control Condenser Coils detects the same switch trip three times in a two-hour Condenser coils shall have 3/8" seamless copper tubes, window, which starts when the first trip occurs. On the arranged in staggered rows, mechanically expanded into first and second trips, the control will turn the aluminum fins. Coils shall be protected from hail damage compressor off and wait five-minutes after the switch re- with a V configuration, with individual flat coils rotated 30 closes, before restarting the compressor. from the vertical plane for each condensing circuit. The control shall be capable of operating both Condensing coils shall have an integral subcooler for compressors and the economizer when there is a call for more efficient, stable operation. both stages of cooling. Condenser Fans and Motors The control shall have a means of locking out Condenser fans shall be direct drive, propeller type, mechanical compression below a programmable low discharging vertically. Condenser fan motors shall be 3 ambient trip point. This must be done without adding phase, totally enclosed air over(TEAO)type, with built in extra components to the unit. thermal overload protection. The control shall have a means of locking out the Refrigerant Piping mechanical compression when the economizer is operating in free cooling mode without additional All interconnecting piping between refrigeration components. components shall be copper tubing with brazed joints. Each refrigerant circuit shall be equipped with liquid line filter drier, and moisture indicating sight glass. Each Information is subject to change without notice.Check local codes. Printed 08/27/2019 I " iGuide Specification for Page: 19 York Millennium The control shall have a means of starting the _ compressor before the indoor Fan comes on when operating with a Thermostat in the AUTO FAN mode. FAN CONTROL The control shall have fully adjustable Fan ON and Fan OFF delays for both Heating and Cooling settable at the control or via communication. The control's default Fan OFF delay for Cooling shall be 30 seconds to take advantage of the remaining capacity in the coil after the compressor has been turned off. The control shall lock on the Fan if the high temperature limit trips three times in one hour of operation. The control will have a software programmable Fan Mode Switch for Auto operation or Continuous operation. When the Fan is in the Continuous mode, it will run continuously during the occupied schedule and in the Auto mode when in an unoccupied schedule. The control shall be capable of operating the fan without a G or fan signal from the thermostat. AVAILABLE ACCESSORIES Information is subject to change without notice.Check local codes. Printed 08/27/2019 Page:20 Date 08/27/2019 Project Name 'I ,( Johnson ,�� Martin Building Controls Project Number CSL08261901 - Client/ Purchaser Control Summary Page • Control Models and Unit Tags '1m; usTptviab Nt 0 E5A Information is subject to change without notice.Check local codes. Printed 08/27/2019 121YORK® SSE Guide Spec Page:21 23 09 23 Direct-digital Control system for HVAC 23 09 23. 13 Decentralized,Rooftop Units: 23 09 23. 13.A. Unit Control Board 1. ASHRAE 62-2001 compliant. BTL certified. 2. Shall accept 20-30 VAC input power,50/60Hz. 24 VAC nominal. 3. Operating temperature range from-40F to 158F; 10-90%RH(non-condensing UI),and-4F to 158F; 10-90%Rh(non- condensing),with a storage temperature range from-40F to 194F;5-95%RH(non-condensing). 4. Shall include an option of and Economizer microprocessor controller which communicates directly with the Unit Control Board and has 8 Analog outputs,2 Analog inputs,2 Binary outputs,3 Binary outputs. 5. Controller shall accept the followinginputs: space temperature,return air temperature sensor,setpointadjustment,outdoor air temperature,indoor air quality,outdoor air quality,indoor relative humidity,compressor lock-out,fire/smoke shutdown,single and dual enthalpy,fan status,remote time clock,SA Bus communicated temperature/humidity/CO2 values from Network sensors, FC Bus Network Overrides for space temperature,outdoor air temperature,space humidity,outdoor air quality,Indoor air quality, System purge. 6. Shall accept a single CO2 sensor or multiple CO2 sensors networked together via communication bus in the conditioned space,and be Demand Control Ventilation(DCV)ready. 7. Shall provide the following outputs:economizer,fan,cooling stage 1,cooling stage 2,heat stage 1,heat stage 2,heat stage 3/ exhaust/reversing valve/dehumidify/occupied. 8. Unit shall provide surge protection for the controller through a circuit breaker. 9. Shall be Internet capable,and communicate at a Baud rate of 38.4K or faster. 10. Shall have an LED display independently showingthe status of activity on the communication bus,and processor operation. 11. Unit shall incorporate a lockout circuit which provides reset capability at the space thermostat or base unit should any of the following standard safety devices trip and shut off compressor. If any of these safety devices trip,the LCD screen will display alarm message indicating the specific safety device that caused the lockout. a. Loss of charge/Low-pressure switch. b. High-pressure switch. c. Freeze condition sensor on evaporator coil. 12. Unit control board must support each usage case: a. Conventional thermostat with low voltage input terminals for easy installation b. Communicating network sensors in the occupied space to provide feedback on space conditions for unit control board to compare with associated setpoints c. Communication via BACnet MS/TP, Modbus RTU, N2 protocols for integration into a building automation/management system 13. Anti-short cycle and low voltage protection features included. 14. Internal occupied/unoccupied scheduling 15. Unit control board shall permit cooling operation down to a selectable value as low as 0 degrees F. 16. Shall allow for start-up, commissioning,troubleshooting, parameter adjustment,setpoint adjustment via onboard display and navigable menu with no additional interface tool or controls technician required. 17. The unit control board shall run a self-test diagnostics algorithm at startup that operated the cooling cycle, heating cycle,fan operation.A status report shall be provided upon completion of the diagnostic self-test. 18. Utilize any wi-fi enabled smart device to access the HVAC or multiple HVAC units if communication wiring between them is present(FC Bus or SA Bus). Remote access shall allow complete ability to perform start-up, commissioning, troubleshooting, parameter adjustment,setpoint adjustment. 19. Local embedded trending and scheduling.Trending data and occupancy scheduling predefined from the factory. Occupancy schedule to be modified via control board joystick menu navigation and remotely using a smart device (cellular phone, laptop,tablet) 20. A menu on the onboard screen shall display the unit status and allow changing parameters where applicable.These include but are not limited to: a. Demand Ventilation Mode—enable or disable - b. Operational Setpoint—display current value c. Supply Air Temperature(SAT)—display current value d. Return Air Temperature(RAT)—display current value Information is subject to change without notice.Check local codes. Printed 08/27/2019 [ SSE Guide Spec Page:22 yo R K e. Operational Supply Humidity(OprSH)—display current value as provided by a 0-10VDS input, SA Bus Network Sensor,or FC Bus communicated value f. Return Air Humidity(RAH)—display current value g. Operational outdoor Air Temperature(OprOAT)—enthalpy calculated from OAH 0-10VDC input to Economizer board and OprOAT only if economizer is present h. Operational Outdoor Air Humidity(OprOAH)—the buffered outdoor air humidity. May be from economizer boards OAH 0-10VDC input or FC Bus communicated value i. Operational outdoor Air Quality(OprOAQ)—the buffered outdoor air quality in use. May be from economizer boards OAQ 0-10VDC input or FC Bus communicated value j Operational Indoor Air Quality(OprIAQ)—the buffered indoor air quality in use. May be from economizer board IAQ 0-10VDC input, SA Bus Network Sensor,or FC Bus communicated value 21. A menu shall display and allow modification to the following operations and settings: a. HVAC Zone Fan b. Cooling c. Heating d. Economizer e. Demand Ventilation f. Power Exhaust g. Sensors h. Network 22. A menu shall display and allow modification to the following operations and settings: a. HVAC Zone—Occupied status b. Indoor Fan status c. Cooling status d. Heating status e. Economizer indication whether free-cooling is available or not f. Enabling or disabling of Demand Ventilation g. Power Exhaust 1) Enable/disable hot-gas reheat if available • 2) Warmup/Cooldown 3) Title 24 Load Shed 4) Defrost 23. A menu shall display and allow modification to the following operations and settings: a. Firmware version (of UCB, Economizer,other peripheral boards) b. Setting time zone c. Network information 1) Device name that will appear on the FC Bus 2) Selection of communication protocol 3) Operational Baud Rate 4) Device ID 24. A menu shall display and allow modification to the following operations and settings: a. Version of firmware b. Ability to Load new firmware c. Create a backup file of the firmware and parameter setting via USB port d. Restore factory default parameter values and setup e. Full and Partial Cloning of parameter setpoints from or to other units f. Data trend exporting 25. A menu shall display and allow modification to the following operations and settings: Information is subject to change without notice.Check local codes. Printed 08/27/2019 a YORK® SSE Guide Spec Page:23 a. Unit serial number, model number and name b. Ability to reset Lockouts • c. Controller name d. Displays the current values of all setpoints in use e. Displays all current values for the indoor and outdoor zones f. Displays current values related to: 1) Indoor Fan 2) Cooling 3) Heating 4) Heat Pump operation 5) Economizer operation 6) Power Exhaust 7) Demand Ventilation 8) Air monitoring station 9) Hot Gas Reheat 10) Smoke Control g. Current information for inputs; including 1) Sensors 2) Coil Sensors 3) Thermostat 4) Binary Inputs 5) Unit Protection 6) Network Inputs 7) All outputs(relay and binary) h. Self-Test 1) A patented self-test system that runs through a series of algorithms to provide a report of all functioning characteristics of the system at time of startup and commissioning. 23 09 23. 13.B. Auxiliary Control Boards 1. ASHRAE 62-2001 compliant. BTL certified. 2. Economizer controller CEC Title 24 Compliant a. Display alarms if the following occur 1) Economizer is economizing when conditions do not support 2) Economizer is not economizing when conditions do support 3) Damper Stuck 4) Excess Outdoor Air 5) Failed Sensor 3. Refrigeration Fault Detection &Diagnostics a. There is insufficient refrigerant in any circuit b. There is excessive refrigerant in any circuit c. There is excessive refrigerant flow d. There is insufficient refrigerant flow(restriction) e. Inefficient compressor f. Insufficient High-side heat transfer g. Excessive High-side heat transfer(low ambient control problem, low AP) h. Insufficient Low-side heat transfer i. Excessive Low-side heat transfer Information is subject to change without notice.Check local codes. Printed 08/27/2019 R YORK® SSE Guide Spec Page:24 j. Sensor fault-The liquid temperature is greater than the condenser temperature(Could also be triggered if refrigerant level is very low in the system) k. Sensor fault-Sensor data is not available I. The unit is off • m. The ambient temperature is too low n. The ambient temperature is too high o. The return air wet-bulb temperature is too low p. The return air wet-bulb temperature is too high q. Sensor fault-The condensing temperature is lower than the ambient temperature(Could also be triggered when the condenser is wet) r. The suction line temperature is less than the evaporator temperature s. The evaporator temperature is greater than the ambient temperature t. The liquid temperature is lower than the ambient temperature u. Sensor fault-Suction temperature or ambient temperature is invalid v. Sensor fault-The return air dry-bulb or wet-bulb temperature is invalid w. Sensor fault-The liquid pressure or suction pressure is invalid x. Sensor fault-The suction line temperature is invalid y. The return air dry-bulb temperature is too low z. The return air dry-bulb temperature is too high aa. The Efficiency Index is below 75%of ideal bb. The Capacity Index is below 75%of ideal 23 09 23. 13.0 Remote Accessibility: 1. ASHRAE 62-2001 compliant. BTL certified. 2. Provide the ability to adjust parameter values, setpoints, limits remotely 3. Connectivity to an Ethernet network via static IP address or Dynamic Name Server(DNS) 4. Allow a maximum of 100 devices on the same FC bus trunk and accessed by one remote device Information is subject to change without notice.Check local codes. Printed 08/27/2019 Page:25 START-UP & SERVICE DATA INSTRUCTION COMMERCIAL PACKAGE UNITS 3.0 To 40.0 TONS START-UP CHECKLIST Date: Job Name: Customer Name: Address: City: State: Zip: Model Number: Serial Number: Qualified Start-up Technician: Signature: HVAC Contractor: Phone: Address: Contractor's E-mail Address: Electrical Contractor: Phone: Distributor Name: Phone: WARRANTY STATEMENT This start-up sheet covers all startup check points common to all package equipment.In addition it covers essential startup check Johnson Controls/UPG is confident that this equipment will points for a number of common installation options. Depending operate to the owner's satisfaction if the proper procedures are upon the particular unit being started not all sections of this startup followed and checks are made at initial start-up.This confidence is sheet will apply.Complete those sections applicable and use the supported by the 30 day dealer protection coverage portion of our notes section to record any additional information pertinent to your standard warranty policy which states that Johnson Controls/UPG particular installation. will cover parts and labor on new equipment start-up failures that Warranty claims are to be made through the distributor from whom are caused by a defect in factory workmanship or material,for a the equipment was purchased. period of 30 days from installation.Refer to current standard warranty policy and warranty manual found on UPGnet for details. EQUIPMENT STARTUP In the event that communication with Johnson Controls/UPG is required regarding technical and/or warranty concerns,all parties Use the local LCD or Mobile Access Portal(MAP)Gateway to to the discussion should have a copy of the equipment start-up complete the start-up. sheet for reference.A copy of the original start-up sheet should be A copy of the completed start-up sheet should be kept on file filed with the Technical Services Department. by the distributor providing the equipment and a copy sent to: The packaged unit is available in constant or variable air volume Johnson Controls/UPG versions with a large variety of custom options and accessories Technical Services Department available.Therefore,some variation in the startup procedure will 5005 York Drive exist depending upon the products capacity,control system, options and accessories installed. Norman,OK 73069 Information is subject to change without notice.Check local codes. Printed 08/27/2019 Page:26 SAFETY WARNINGS The inspections and recording of data outlined in this procedure AWARNING are required for start-up of Johnson Controls/UPG's packaged products. Industry recognized safety standards and practices Lethal voltages are present during some start-up must be observed at all times.General industry knowledge and checks. Extreme caution must be used at all times. experience are required to assure technician safety. It is the responsibility of the technician to assess all potential dangers and take all steps warranted to perform the work in a safe manner. By addressing those potential dangers, prior to AWARNING beginning any work,the technician can perform the work in a safe manner with minimal risk of injury. Moving parts may be exposed during some startup checks. Extreme caution must be used at all times. NOTE: Read and review this entire document before beginning any of the startup procedures. DESIGN APPLICATION INFORMATION This information will be available from the specifying engineer full open position and the frequency drive is operating at 60 HZ. who selected the equipment. If the system is a VAV system the Do not proceed with the equipment start-up without the CFM will be the airflow when the remote VAV boxes are in the design CFM information. Design Supply Air CFM: Design Return Air CFM: Design Outdoor Air CFM At Minimum Position: Total External Static Pressure: Supply Static Pressure: Return Static Pressure: Design Building Static Pressure: Outside Air Dilution:Economizer Position Percentage: _ CFM: Supply Gas Pressure After Regulator W/o Heat Active Inches ADDITIONAL APPLICATION NOTES FROM SPECIFYING ENGINEER: Information is subject to change without notice.Check local codes. Printed 08/27/2019 Page:27 REFERENCE General Inspection Completed See Notes Unit inspected for shipping,storage,or rigging damage ❑ ❑ Unit installed with proper clearances 0 ❑ Unit installed within slope limitations ❑ 0 Refrigeration system checked for gross leaks(presence of oil) ❑ ❑ Terminal screws and wiring connections checked for tightness 0 0 Filters installed correctly and clean 0 ❑ Economizer hoods installed in operating position 0 0 Condensate drain trapped properly, refer to Installation Manual 0 0 Economizer damper linkage tight ❑ 0 Gas Heat vent hood installed 0 0 All field wiring(power and control)complete 0 0 Air Moving Inspection Completed See Notes Alignment of drive components ❑ 0 Belt tension adjusted properly ❑ 0 Blower pulleys tight on shaft, bearing set screws tight,wheel tight to shaft ❑ ❑ Pressure switch or transducer tubing installed properly ❑ ❑ Exhaust Inspection Powered 0 Barometric Relief 0 Completed See Notes Check hub for tightness 0 0 Check fan blade for clearance ❑ 0 Check for proper rotation 0 ❑ Check for proper mounting (screen faces towards unit) 0 0 Prove operation by increasing minimum setting on economizer ❑ 0 Economizer Inspection Standard❑ BAS 0 Completed See Notes CO2 sensor installed Yes 0 No 0 0 ❑ Check economizer setting(Reference SSE Control Board LCD menu location) 0 0 Prove economizer open/close through SSE Board Setting 0 0 Reheat Mode Normal El or Alternate 0 Not Applicable 0 Humidity Sensor(2SH0401) Information is subject to change without notice.Check local codes. Printed 08/27/2019 • Page:28 Operating Measurements -Air Flow Fan operates with proper rotation ID Fans❑ Exh. Fans❑ Cond. Fans 0 Pressure drop across dry evaporator coil (At maximum design CFM) 1 IWC External Static Pressure IWC Return Static Pressure IWC • Supply Static Pressure IWC Supply Air CFM Using Dry Coil Chart CFM Final Adjusted Supply Air CFM2 CFM 1. Consult the proper airflow to pressure drop table to obtain the actual airflow at the measured pressure differential. 2. Was a motor pulley adjustment or change required to obtain the correct airflow? Was it necessary to increase of decrease the airflow to meet the design conditions? lithe motor pulley size was changed,measure the outside diameters of the motor and blower pulleys end record those diameters here; Blower Motor HP FLA RPM Pulley Pitch Diameter Turns Out Final Turns Out Blower Pulley Pitch Diameter Fixed Sheave ELECTRICAL DATA T1 -T2 Volts T2-T3 Volts Control Voltage Volts T1 -T3 Volts Device Nameplate Measured List All Three Amperages Supply Fan Motors°2 AMPS AMPS Exhaust Motor(Dampers 100%) AMPS AMPS Condenser Fan#1 AMPS AMPS Condenser Fan#2(if equipped) AMPS AMPS Condenser Fan#3(if equipped) AMPS AMPS Condenser Fan#4(if equipped) AMPS AMPS Compressor#1 AMPS AMPS Compressor#2(if equipped) AMPS AMPS Compressor#3(if equipped) AMPS AMPS Compressor#4(if equipped) AMPS AMPS 1. VAV units with heat section-simulate heat call to drive VAV boxes and VFD/IGV to maximum design airflow position. 2. VAV units without heat section-VAV boxes must be set to maximum design airflow position. Information is subject to change without notice.Check local codes. Printed 08/27/2019 Page:29 OPERATING MEASUREMENTS -COOLING Stage plressu�re Discharge Liquid Line SubcoolingZ presSucsure Tempon n Superheat First • # 0 ° • # 0 ° • Second(if equipped) # # ° Third(if equipped) # ° # ° Fourth(if equipped) # # ° Reheat 1st Stage # #' ° 1. Liquid temperature should be taken before filter/drier. 2. Subtract 10 psi from discharge pressure for estimated liquid line pressure Outside air temperature °F db °F wb %RH Return Air Temperature °F db °F wb %RH Mixed Air Temperature °F db °F wb %RH Supply Air Temperature °F rib °F wb %RH REFRIGERANT SAFETIES Action Completed See Notes Prove Compressor Rotation(3 phase only)by gauge pressure 0 0 Prove High Pressure Safety, All Systems 0 0 Prove Low Pressure Safety,All Systems 0 0 OPERATING MEASUREMENTS -GAS HEATING Fuel Type: 0 Natural Gas 0 LP Gas Action Completed See Notes Check for gas leaks 0 0 Prove Ventor Motor Operation 0 0 Prove Primary Safety Operation 0 0 Prove Auxiliary Safety Operation 0 0 Prove Rollout Switch Operation 0 0 Prove Smoke Detector Operation 0 0 Stage 1 IWC 0 Manifold Pressure Stage 2(If Equipped) IWC 0 Stage 3(If Equipped) IWC 0 Supply gas pressure at full fire IWC 0 Check temperature'risel 0 measured at full fire °F 0 j, Input X Eff.(BTU output) 1.08 X Temp.Rise Information is subject to change without notice.Check local codes. Printed 08/27/2019 Page:30 OPERATIONAL MEASUREMENTS -STAGING CONTROLS Verify Proper Operation of Heating/Cooling Staging Controls Create a cooling demand at the Thermostat, BAS System or Simplicity SE Verify that cooling/economizer stages are energized. 0 Create a heating demand at the Thermostat, BAS System or Simplicity SE Verify that heating stages are energized. 0 Verify Proper Operation of the Variable Frequency Drive(If Required) Verify that motor speed modulates with duct pressure change. 0 FINAL -INSPECTION Verify that all operational control set points have been set to desired value ❑ Scroll through all setpoints and change as may be necessary to suit the occupant requirements. Verify that all option parameters are correct Scroll through all option parameters and ensure that all installed options are enabled in the software and all 0 others are disabled in the software. (Factory software settings should match the installed options) Verify that all access panels have been closed and secured 0 OBSERVED PRODUCT DIFFICIENCIES & CONCERNS: Information is subject to change without notice.Check local codes. Printed 08/27/2019