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Plans ; 1 (26 ga. stucco gal TThC.E41& l 13 Tl'e:sa0 1T-81/2'1164112] `RE=Q(..3 (13:2�� i . v , 351/8 47 47 351/8 co — W7 WB W9 WIO 's--7 FREEZER CO " �a CO en 1 u. vr- us V xt co °� .040 stucco aluminum int_ . 48112 I 0 1~ W4 W3 64�d I _ — Wt • .� � �� . �' co 22 7/8 47 1 15116 54 ,Np 13 • I �+ AFF In OC 8 DC I 2 w •- 47 i • { r2 � L COOLE I A }- -0 7 r. .. Qr r . Stainless steel int. m � cn 197/16T 54P 19 7/16g a . _ Vertical Closure .46112 ' -�. Q 2 I 5-11 12' (71112] ra' (93] CITY Off' TIGARD t 4 Approved ...f ! li.. . .. `-1- • Conditionally Approved [ ] See Letter to: Follow [ ] Attached [ Ceiling Closures '') I-- i s 41 PertnitNuznber: ___O / 4 • T'S 47 Ad..... (Z3�°5 , :f 6 ' I - - 22 ga. stainless steel 304 N4 • '� Approved plans shall be on job site. OFFICE COPY • • ,V_ -1 ' ■® CONiIV1c CU\l_ EF IGE A�1ION INC n e� r� r� e� 3UL 17 2012 B9 BSI - ...,mot. -.. LEI I Fs 5920 NE GLISAN • PORTLAND, OREGON 97213 (503) 234 -6445 • FAX (503) 234- 0e6a__ OF TIGARD c is da BUILDING DIVISION Imperial Mfg. Date 2012 -0702 2271 NE 194th Job: Mary Woodward Elementary Portland, Oregon 97230 12325 SW Katherine ST • Atten: Brian Baxter Tigard, OR 97223 Fax: 503- 665 -2929 Quote 11 -RJ -45448 We will install refrigeration for the walk -in cooler and freezer as follows: Beacon II Systems • Item 2 & 3 Walk -in Cooler 7'9" x 7'8" x 8'5" 35 °F Model# MOH- 008X62 Heatcraft condensing unit 208/230/10 TLC - 076 -SA -EC Heatcraft evaporator 115.volts Item 5 &6 Walk -in Freezer 7'7" x 13'8" x 8'5" . -0 °F Model# MOZ- 025 -L63 Heatcraft condensing unit 208/230/30 LSF- 090 -SB -EC Heatcraft evaporator 208/230/1 0 The air cooled condensing units to set on roof pad near the walk -ins. Includes labor to install the refrigeration, valves, tubing, R -404A refrigerant, one year labor warranty. All parts and compressor part warranties by others. Electrical, roof pad, and drains by others. Seismic, refrigeration alarms, or engineered drawings by others. CCB# 065271 • • • SINCE1949 1 /2 To 6 HP Indoor & Outdoor Condensing Units - SCROLL COMPRESSORS Performance Data - Low Temperature (R- 404A/507) R- 404A/507 Capacit BTUH @ 90 °F Ambient Suction Temperature : • Model : Compressor 0 °F i -10 °F _ -15 °F I -20 °F I -25 °F I, -30 °F _ I -40°F MOZ020L6 ZFO6K4E 11,970 9,920 8,940 8,010 7,130 6,310 4,900 MOZ025L6 ZFO8K4E 14,880 12,320 11,120 9,960 8,890 7,900 6,230 MOZ030L6 ZFO9K4E 16,540 13,730 12,400 11,130 9,930 8,840 6,980 MOZ035L6 ZF11K4E 19,800 16,490 14,910 13,420 12,000 10,710 8,530 MOZ045L6 ZF13K4E 24,720 20,360 18,300 16,410 14,570 12,840 9,800 MOZ055L6 ZF15K4E 29,950 24,730 22,260 20,010 17,820 15,800 12,440 MOZ060L6 ZF18K4E 36,360 30,140 27,160 24,330 21,680 19,240 15,100 R- 404A/507 Capacity BTUH @ 95 °F Ambient Suction Temperature Model Compressor 0 °F -10 °F -15 °F -20 °F -25 °F -30 °F -40 °F M• • • . ZFO6K4E , 11,510 9,540 8,600 7,700 6,860 6,070 4,710 MOZ025L6 ZFO8K4E 14,310 11,850 10,690 9,580 8,550 7,600 5,990 1 • • OL6 ZFO9K4E 15,900 13,200 11,920 10,700 9,550 8,500 6,710 MOZ035L6 ZF11K4E 19,040 15,860 14,340 12,900 11,540 10,300 8,200 MOZ045L6 ZF13K4E 23,740 19,490 17,590 15,690 13,880 12,210 9,360 MOZ055L6 ZF15K4E 28,870 23,820 21,550 19,260 17,390 15,160 11,910 MOZ060L6 ZF18K4E 34,960 28,970 26,120 23,390 20,850 18,500 14,520 R- 404A/507 Capacity BTUH @ 100 °F Ambient Suction Temperature - Model C ompr e ssor 0°F ° I.. -10 °F , I -15 °F I -20 °F I -25 °F I -30°F - I - -40 °F MOZ020L6 ZFO6K4E 11,050 9,160 8,260 7,390 6,590 5,830 4,520 MOZ025L6 ZFO8K4E 13,740 11,380 10,260 9,200 8,210 7,300 5,750 MOZ030L6 ZFO9K4E 15,260 12,670 11,440 10,270 9,170 8,160 6,440 MOZ035L6 ZF11K4E 18,280 15,230 13,770 12,380 11,080 9,890 7,870 MOZ045L6 ZF13K4E 22,780 18,740 16,770 14,910 13,180 11,780 8,890 MOZ055L6 ZF15K4E 27,800 23,060 20,700 18,490 16,980 14,770 11,390 MOZ060L6 ZF18K4E 33,560 27,810 25,080 22,450 20,010 17,760 13,950 R- 404A/507 . " Capacity BTUH @ 110 ° F Ambient Suction Temperature Compressor ; M 0°F odel 10 °F I 15 °F I -20 °F I -25 °F. I .. -30°F I . 40°F MOZ020L6 ZFO6K4E 10,130 8,400 7,570 6,780 6,040 5,340 4,140 MOZ025L6 ZFO8K4E 12,590 10,430 9,410 8,430 7,520 6,690 5,270 MOZ030L6 ZFO9K4E 13,990 11,620 10,490 9,420 8,400 7,480 5,900 MOZ035L6 ZF11K4E 16,760 13,960 12,620 11,350 10,160 9,060 7,220 MOZ045L6 ZF13K4E 20,980 16,960 15,120 13,390 11,790 10,910 8,460 MOZ055L6 ZF15K4E 25,790 21,200 19,030 16,980 15,100 14,000 10,340 MOZ060L6 ZF18K4E 30,770 25,490 22,990 20,580 18,340 16,270 12,780 NOTE The ZF compressor comes with liquid injection • • 12 1 /2 To 6 HP Indoor & Outdoor Condensing Units SCROLL COMPRESSORS - Unit S • ecifications Connections (ID) Receiver - Dimensions • Net Wt: - Sound Model . _ Fig + ±; Compressor' Liquid !Suction ' 90bs ull' Fan(s) D (In:) I W (In) I _ H (In) , Lbs Data dBAt MOZ020M6 C ZS15K4E 1/2 7/8 14 2 28-1/4 37-3/4 19-3/4 209 71 MOZ025M6 C ZS19K4E 1/2 7/8 14 2 28 -1/4 37 -3/4 19 -3/4 218 73 MOZ030M6 D ZS21K4E 1/2 7/8 20 1 30 -1/4 42 -1/2 29 -3/4 287 72 MOZ035M6 D ZS26K4E 1/2 7/8 20 1 30 -1/4 42 -1/2 29 -3/4 290 74 MOZ045M6 D ZS30K4E 1/2 1 -1/8 20 1 30 -1/4 42 -1/2 29 -3/4 317 73 MOZ055M6 D ZS38K4E 1/2 1 -1/8 20 1 30 -1/4 42 -1/2 29 -3/4 317 74 MOZ060M6 D ZS45K43 1/2 1 -1/8 20 1 30 -1/4 42 -1/2 29 -3/4 317 76 • -_'" .- C ZF06K4E 1/2 7/8 14 2 28 -1/4 37 -3/4 19 -3/4 209 71 E OZ025L6 1 C ZF08K4E 1/2 7/8 14 2 28 -1/4 37 -3/4 19 -3/4 218 73 MO 1 OL6 C ZF09K4E 1/2 7/8 14 2 28 -1/4 37 -3/4 19 -3/4 218 71 MOZ035L6 C ZF 11 K4E 1/2 7/8 14 2 28-1/4 37 -3/4 19 -3/4 217 73 MOZ045L6 D ZF13K4E 1/2 1 -1/8 20 1 30 -1/4 42 -1/2 29 -3/4 307 73 MOZ055L6 D ZF15K4E 1/2 1 -1/8 20 1 30 -1/4 42 -1/2 29 -3/4 313 74 MOZ060L6 D ZF18K4E 1/2 1 -1 /8 20 1 30 -1/4 42 -1/2 29 -3/4 317 76 ++ = See Dimensional Drawings for details ' = Estimated sound pressure values are 10 feet from the unit For estimating sound pressure from the unit at different distances, deduct the following fiom the unit values. 20 feet, deduct 6 dBA for 40 feet, deduct 12 dBA for 80 feet, deduct 18 dBA This data is typical of 'free field' conditions for horizontal air cooled condensing units at the outlet of the discharge air The actual sound measurements may vary depending on the condensing unit installation Factors such as reflecting walls, background noise and mounting conditions may have a significant influence on this data SCROLL COMPRESSORS - Electrical Data ' M Power Supply Compressor Fan Motor MCA '' MOOD': ' Evap Defrost P N u mber' F an Heater. •; Number - Volts Ph Hz? RLA LRA Qt . HP FLA Air Elec. Air Elec I I I -: Y I I I- I A , Amps- , • MOZ020M62 ZS15K4E -PFV 208 -230 0 60 12 2 61.0 mina 1.0 20 38 25 40 12.0 30 MOZ020M63 ZS15K4E -TF5 208 -230 © 60 8.3 55 0 mina 1 0 ® 24 15 25 9.0 19 • MOZ020M64 ZSl SK4E -TFD 460 © 60 3 8 27.0 mina 1 0 ® 24 15 25 MOZ025M62 ZS19K4E -PFV 208 -230 0 60 147 73.0 mina 1 0 20 38 30 45 12.0 30 MOZ025M63 ZS19K4E -TF5 208 -230 © 60 87 630 ©® 10 ® 29 20 30 11.0 23 MOZ025M64 ZS19K4E -TFD 460 © 60 4.5 31.0 mina 1.0 ® 24 15 25 A A - MOZ030M62 ZS21K4E-PFV 208 -230 NE 60 14.7 88.0 0® 38 35 45 12.0 30 MOZ030M63 ZS21K4E -TF5 208 -230 © 60 9.9 77.0 0®® 20 38 25 40 12.0 30 MOZ030M64 ZS21K4E -TFD 460 © 60 51 390 0® 19 ® 24 15 25 MOZ035M62 ZS26K4E -PFV 208 -230 0 60 18.6 109.0 miliggioxingo 39 45 50 12.0 30 MOZ035M63 ZS26K4E -TF5 208 -230 © 60 12.2 880 0®® 20 38 30 40 12.0 30 MOZ035M64 ZS26K4E -TFD 460 © 60 64 440 0® 1.9 ® 24 15 25 A A MOZ045M62 ZS30K4E -PFV 208 -230 0 60 240 129.0 00® 34 59 50 60 11.0 47 MOZ045M63 ZS30K4E -TF5 208 -230 © 60 13.5 99.0 07jI ® 20 44 30 45 12.0 35 MOZ045M64 ZS30K4E -TFD 460 © 60 7.4 49 5 0® 1.9 WE 29 15 30 11.0 23 MOZ055M62 Z538K4E -PFV 208230 0 60 28.8 169.0 0®® 40 59 50 60 12.0 47 MOZ055M63 ZS38K4E -TF5 208 -230 © 60 19.2 123.0 0®® 28 44 45 50 12.0 35 MOZ055M64 ZS38K4E -TFD 460 © 60 8.7 62 0 Il0 I 1.9 ® 29 20 30 10.0 23 MOZ060M63 ZS45K4E -TF5 208 -230 © 60 21.5 156.0 MMEggimal 30 44 50 60 12.0 35 MOZ060M64 ZS45K4E -TFD 460 © 60 8 3 70.0 0® 1.9 ® 29 20 30 10 6 23 MOZ020L62 ZF06K4E -PFV 208 -230 1 60 12.2 61.0 2 1/15 1.0 20 38 25 40 120 30 MOZ020L63 ZF06K4E -TF5 208 -230 3 60 8.3 550 2 1/15 1.0 15 24 15 25 9.0 19 MOZ020L64 ZF06K4E -TFD 460 3 60 3.8 27.0 2 1/15 . 1.0 15 24 15 25 • 'Irr. ZF08K4E -PFV 208 -230 1 60 14.7 73.0 2 1/15 10 20 38 30 45 120 30 MOZ025L63 ZF08K4E -TF5 208 -230 3 60 87 63.0 2 1/15 1.0 15 29 20 30 11.0 23 • ZFO8K4E -TFD 460 3 60 45 31.0 2 1/15 10 15 24 15 25 A A MOZ030L62 ZF09K4E -PFV 208 -230 1 60 147 880 2 1/15 10 20 38 30 45 12.0 30 MOZ030L63 ZF09K4E -TF5 208 -230 3 60 9.9 770 2 1/15 1.0 15 24 20 25 6.0 19 MOZ030L64 ZF09K4E -TFD 460 3 60 5.1 39.0 2 1/15 1.0 15 15 15 15 MOZ035L62 ZF11K4E -PFV 208 -230 1 60 186 1090 2 1/15 1.0 24 38 40 50 120 30 MOZ035L63 ZF11K4E -TF5 208 -230 3 60 12.2 880 2 1/15 1.0 20 29 25 30 6.0 23 MOZ035L64 ZF11K4E -TFD 460 3 60 64 440 2 1/15 1.0 15 15 15 15 A A MOZ045L62 ZF13K4E -PFV 208 -230 1 60 24.0 129.0 1 1/3 3.5 34 45 50 60 11.0 30 MOZ045L63 ZF13K4E -1F5 208 -230 3 60 13.5 99.0 1 1/3 35 20 38 30 40 11.0 30 MOZ045L64 ZF13K4E -TFD 460 3 60 7.4 495 1 1/3 1.9 15 24 15 25 9.0 19 MOZ055L62 ZF15K4E -PFV 208 -230 1 60 28.8 169.0 1 1/3 3 5 40 50 50 60 10.0 30 MOZ055L63 ZF15K4E -TF5 208 -230 3 60 19.2 123.0 1 1/3 3.5 28 40 45 50 10.0 30 MOZ055L64 ZF15K4E -TFD 460 3 60 87 620 1 1/3 1.9 15 24 20 25 8.0 19 MOZ060L63 ZF18K4E -TF5 208 -230 3 60 215 156.0 1 1/3 3.5 30 44 50 60 12.0 35 MOZ060L64 ZF18K4E -TFD 460 3 60 83 700 1 1/3 19 15 29 20 30 110 23 Per UL and NEC. RL.4 values hove been calculated by dividing the Maximum Continuous Current (64CC) by 1 56 • Power supplied by customer 'Consult factory for 50 HZ. applications. 15 1/2 To 6 HP Indoor & Outdoor Condensing Units - HERMETIC COMPRESSORS • Unit Specifications Connections (ID) Receiver -_ -- - --: Dimensions . • , Net Wt Sound ' ' Model, Fig + + Compressor 90 %Full Fan(s) T Liquid. l Suction Lbs.: D (In.) I ._ W (In.) • I H (In) Lbs: Data dBA MOHOOSD7 A ART82C1 3/8 1/2 6.0 1 28 -1/4 23 -3/4 17 -1/4 135 67 MOH008D7 A RS64C2 3/8 1/2 6.0 1 28 -1/4 23 -3/4 17 -1/4 141 68 MOH010D7 A RS70C1 3/8 5/8 6.0 1 28 -1/4 23 -3/4 17 -1/4 136 68 MOH015D7 B CR18KQ 3/8 5/8 10.0 2 28 -1/4 37 -3/4 17 -1/4 189 71 MOH020D7 B CR24KQ 3/8 7/8 10.0 2 28 -1/4 37 -3/4 17 -1/4 193 72 MOH029M2 C CR37KQ 1/2 7/8 16.0 2 28 -1/4 37 -3/4 19 -1/4 214 72 MOH030D7 D CR37KQ 1/2 7/8 22.0 1 30 -1/4 42 -1/2 29 -3/4 281 73 MOH040D7 D CR53KQ 1/2 1 -1/8 22.0 1 30 -1/4 42 -1/2 29 -3/4 299 73 MOH050D7 D CRN -0500 1/2 1 -1 /8 22.0 1 30 -1/4 42 -1/2 29 -3/4 310 75 M, A RST45C1E 3/8 1/2 5.5 1 28 -1/4 23 -3/4 17 -1/2 135 68 M0H00 X6 A RST55C1E 3/8 1/2 5.5 1 28 -1/4 23 -3/4 17 -1/2 135 68 A RST64C1E 3/8 5/8 5.5 1 28 -1/4 23 -3/4 17 -1/2 144 68 MOH010X6 A RS70C1E 3/8 5/8 5.5 1 28 -1/4 23 -3/4 17 -1/4 138 68 MOH015X6 B CS10K6E 3/8 5/8 9.0 2 28 -1/4 37 -3/4 17 -1/4 193 71 MOH020X6 B CS12K6E 3/8 7/8 9.0 2 28 -1/4 37 -3/4 17 -1/4 203 73 MOH025X6 B CS14K6E 3/8 7/8 9.0 2 28 -1/4 37 -3/4 17 -1/4 208 74 MOH030X6 D CS18K6E 1/2 7/8 20.0 1 30 -1/4 42 -1/2 29 -3/4 290 73 MOH032X6 D CS20K6E 1/2 7/8 20.0 1 30 -1/4 42 -1/2 29 -3/4 275 76 MOH040X6 D CS27K6E 1/2 1 -1/8 20.0 1 30 -1/4 42 -1/2 29 -3/4 281 73 MOH050X6 D CS33K6E 1/2 1 -1 /8 20.0 1 30 -1/4 42 -1/2 29 -3/4 313 73 MOH011L6 A CF04K6E 3/8 5/8 5.5 1 28 -1/4 23 -3/4 17 -1/4 139 73 MOH014L6 A CF06K6E 3/8 5/8 5.5 1 28 -1/4 23 -3/4 17 -1/4 170 73 MOH019L6 B CF06K6E 3/8 5/8 9.0 2 28 -1/4 37 -3/4 17 -1/4 200 69 MOH025L6 B CF09K6E 3/8 7/8 9.0 2 28 -1/4 37 -3/4 17 -1/4 222 76 MOH031L6 C CF12K6E 1/2 7/8 14.0 2 28 -1/4 37 -3/4 19 -3/4 223 77 • MOH005D6 A RST45C1E 3/8 1/2 5.5 1 28 -1/4 23 -3/4 17 -1/4 135 68 MOH009D6 A RST64C1E 3/8 5/8 5.5 1 28 -1/4 23 -3/4 17 -1/4 144 68 MOH010D6 A R570C1E 3/8 5/8 5.5 1 28 -1/4 23 -3/4 17 -1/4 138 68 MOH015D6 B CS10K6E 3/8 5/8 9.0 2 28 -1/4 37 -3/4 17 -1/4 193 71 MOH025D6 B CS14K6E 3/8 7/8 9.0 2 28 -1/4 37 -3/4 17 -1/4 208 74 MOH032D6 D CS20K6E 1/2 7/8 20.0 1 30 -1/4 42 -1/2 29 -3/4 275 76 MOH040D6 D CS27K6E 1/2 1 -1/8 20.0 1 30 -1/4 42 -1/2 29 -3/4 281 73 MOH050D6 D CS33K6E 1/2 1 -1/8 20.0 1 30 -1/4 42 -1/2 29 -3/4 313 73 ++ = See Dimensional Drawings for details ' = Estimated sound pressure values are 10 feet from the unit For estimating sound pressure from the unit at different distances, deduct the following from the unit values 20 feet, deduct 6 dBA for 40 feet, deduct 12 d8A for 80 feet, deduct 18 d8A This data is typical of 'Tree field' conditions for horizontal air cooled condensing units at the outlet of the discharge all The actual sound measurements may vary depending on the condensing unit installation Factors such as reflecting walls, bacl noise and mounting conditions may have a significant in0uence on this data Electrical Data Mo P o w er Supply . Co mpr e ssor F an Mo tor MCA MOPS ' ` 'Evap , Dgfrost Part Number - Fan Heater' Number , Volts I Ph I Hz RLA I LRA Qty. I HP I FLA Air I Elk: Air I Elec. ' t Am . . MOH005D722 ART82C1 -CAV 208 -230 0 60 5.9 30.0 Q 1/15 0.5 15.0 20 15 20 8.0 15 MOH008D722 RS64C2 -CAV 208 -230 0 60 6.9 37.0 IO 1/15 0.5 15.0 20 15 20 8.0 15 MOH010D722 RS70C1 -PFV 208 -230 0 60 6.3 34.2 0 1/15 0.5 15.0 20 15 20 7.0 15 MOH010D723 RS70C1 -TFC 208 -230 © 60 4.2 31.0 0 1/15 0.5 15.0 20 15 20 8.6 15 MOH015D722 CR18KQ -PFV 208 -230 0 60 8.1 41.0 © 1/15 1.0 15.0 24 15 25 6.0 19 MOH015D723 CR18KQ -TF5 208 -230 © 60 4.9 40.0 WE 1/15 1.0 15.0 24 15 20 7.0 19 MOH015D724 CR18KQ -TFD 460 © 60 2.8 23.0 © 1/15 1.0 15.0 20 15 20 A A . MOH020D722 CR24KQ -PFV 208 -230 0 60 12.2 70.5 Q 1/15 1.0 20.0 29 25 30 6.0 23 MOH020D723 CR24KQ -TF5 208 -230 © 60 6.7 40.0 © 1/15 1.0 15.0 24 15 25 9.0 19 MOH020D724 CR24KQ -TFD 460 © 60 3.6 28.0 © 1/15 1.0 15.0 20 15 20 A A MOH029M22 CR37KQ -PFV 208 -230 0 60 16.7 100.3 © 1/15 1.0 21.8 38 35 50 12.0 30 MOH029M23 CR37KQ -TF5 208 -230 © 60 9.9 85.0 © 1/15 1.0 15.0 38 20 40 12.0 30 MOH029M24 CR37KQ -TFD 460 © 60 5.0 39.0 © 1/15 1.0 15.0 15 15 25 A A MOH030D722 CR37KQ -PFV 208 -230 0 60 16.7 100.3 0 1/3 ® 24.3 38 40 50 12.0 30 MOH030D723 CR37KQ -TF5 208 -230 © 60 9.9 85.0 0 1/3 ® 20.0 38 25 40 12.0 30 MOH030D724 CR37KQ -TFD 460 © 60 5.0 39.0 Q 1/3 1.9 15.0 24 15 25 A A A Po:ve: supplied by customer 'Consult factory for 50HZappl canons Per IA and NEC, PLA values have been calculated by dividing the WV( Mom C ontinuous Current (MCC) by 1 56 9 1/2 To 6 HP Indoor & Outdoor Condensing Units • • HERMETIC COMPRESSORS • Performance Data - Extended Temperature (R- 404A/507) .R- 404A/507 I Compressor . I - - Capacity @-9 F Ambient Suction-Temperature - - Model 30°F 25°F l 20°F 0 °F, , -10 ° F , I -20 °F -25 °F ■ RST45C1E 6 850 6 270 5 710 3,690 2 810 1 980 1,550 [ MOH008X6 _ Vo RST55C1E 8,130 7 450 6 790 • 4 430 3 490 2 710 2,400 MO 009X6 RST64C1E 9,590 8,820 8,080 5,350 4,240 3,270 2,850 MOH010X6t RS70C1E 10 060 9 300 8 660 5 540 4 080 2 750 2,050 MOH015X6 CS10K6E 16430 15 090 13 550 7 910 5 280 3,610 2 970 MOH020X6 CS12K6E 18 590 17 000 15 420 9110 6 330 4 030 3 270 MOH025X6 CS14K6E 20,150 18630 17,270 10,900 8,050 5,740 4,760 MOH030X6 CS18K6E 29 490 27 030 24 550 14 390 10 600 7 380 6180 M0H032X6 CS20K6E 32,420 29 620 26 840 15 930 12 200 8 780 7 000 MOH040X6 CS27K6E 43 970 39 510 35 150 20 560 14 980 11 830 8 690 MOH050X6 CS33K6E 44,600 43,160 39,300 24,160 17,610 13,500 11700 R- 404A/507 Capacity BTUH @ 95 °F Ambient S uction Temperature Model Compressor 30 °F 25 °F 20 °F 0 °F -10 °F -20 °F -25 °F MOH005X6 RST45C1E 6,530 5,970 5,440 3510 2,660 1,850 1,430 MOH008X6 RST55C1E 7,730 7,070 6,440 4,180 3,280 2,550 2,250 MOH009X6 RST64C1E 9,150 8,420 7,710 5,090 4,020 3,100 2,690 MOH010X6' RS70C1E 9,400 8,850 8,170 5,120 3,770 2,610 1,820 MOH015X6 CS10K6E 15,400 13,960 12,800 7,220 5,060 3,330 2,630 MOH020X6 CS12K6E 17,490 16,000 14,470 8,370 5,830 3,860 2,830 M0H025X6 CS14K6E 18,920 17,490 16,250 10,090 7,530 5,230 4,330 MOH030X6 CS18K6E 27,840 25,490 23,130 13,480 9,710 6,750 5,620 M0H032X6 CS20K6E 30,530 27,890 25,240 14,800 11,200 7,930 6,220 MOH040X6 CS27K6E 41,480 37,270 33,160 19,400 14,130 11,160 8,200 MOH050X6 CS33K6E _ 42,300 41,000 37,180 _ 22,370 17,300 12,700 10,900 , • R - 404A/507. Capacit BTUH @ 100 °F Ambient Suction Tem • - Model I Compressor I 30 °F I 25 °F I - 20 °F 1 0 °F -10 °F I -20 °F 1 = 25 °F • • MOH005X6 RST45C1E 6,200 5,670 5,170 3,330 2,510 1,720 1,310 MOH008X6 RST55C1E 7,320 6 700 6 090 3,930 3,070 2 390 2 100 MOH009X6 RST64C1E 8 720 8 010 7,340 4 830 3 810 2 920 2 540 MOH010X6 RS70C1E 8 790 8 290 7 680 4,760 3,430 2 230 1,570 MOH015X6 CS10K6E 14,210 13,150 11,780 6,660 4,580 2,930 2,270 MOH020X6 CS12K6E • 16,410 14 990 13,380 7,700 5,280 3,420 2,420 M0H025X6 CS14K6E 17 730 16 390 15 220 9 390 6,950 4,770 3 930 MOH030X6 CS18K6E 26,190 23,970 • 21 800 12,570 8,880 6,120 5,110 M0H032X6 CS20K6E 28,600 26,160 23,750 13,740 10,300 7,050 5,370 MOH040X6 CS27K6E 38,980 35,030 31180 18,240 13,290 10,500 7,700 MOH050X6 CS33K6E 39 800 38 760 34 810 20 760 16 200 11 800 10 000 R- 404A/507 Capacit BTUH @ 110 °F Ambient Suction.Tem erature. ,. Compressor Model I - 30 °F I - 25°F: . I . 20°F - S I .0 °F- I -10 °F I -20°F I -25°F MO1-1005X6 RST45C1E 5,540 5,060 4,610 2,950 2 210 1,470 1,080 MOH008X6 RST55C1E 6 530 5,970 5,410 3,450 2 670 2,070 1 820 MOH009X6 RST64C1E 7,830 7,200 6,580 4,310 3 390 2 580 2,250 MOH010X6 RS70C1E 7700 7,140 6,590 4,080 3,010 1 680 - MOH015X6 CS10K6E 12150 11,110 10,030 5,410 3,650 2,140 1,540 MOH020X6 CS12K6E 14,270 12,980 11 550 6 460 4,410 2,580 1 660 • M0H025X6 CS14K6E 15,430 14 450 13,230 8 100 5,760 3 860 2,990 MOH030X6 CS18K6E 23,000 21 020 18,970 10,810 7,100 4 940 4,140 M0H032X6 CS20K6E 24,840 22,790 20,580 11,490 8,260 5,270 3,630 • MOH040X6 CS27K6E 35,150 31,240 27 520 15 210 11,290 8 920 6 550 MOH050X6 CS33K6E 35 200 34 060 30 530 19 000 14 100 10 400 9,010 t = RS compressor not suitable for R - 507 6 1 /2 To 6 HP Indoor & Outdoor Condensing Units •. HERMETIC COMPRESSORS . Electrical Data • Model PowerSuppl -Com ressor_ Fan -" MCA-- - - MOPD•- Evap; 'Defrost= P art Number Fan Heater • Number -Volts . L • Ph Hz' RLA ' LRA Qty. . HP FLA Air. Elec. Air Elec. Amps Amps , I I I ,.... . M0H040D722 CR53KQ -PFV 208 -230 0 60 26.0 140.0 0 1/3 ® 36.0 48.0 50 60 12.0 35 MOH040D723 CR53KQ -TF5 208 -230 © 60 16.3 107.0 in 1/3 in 23.9 38.0 40 50 12.0 30 MOH040D724 CR53KQ -TFD 460 in 60 8.1 55.0 0 1/3 1.9 15.0 29.0 15 30 11.0 23 MOH050D722 CRN5- 0500 -PFV 208 -230 0 60 30.8 142.0 0 1/3 ® 42.0 59.0 50 60 12.0 47 MOH050D723 CRN5- 0500 -TF5 208 -230 is 60 19.2 130.0 0 1/3 ® 28.0 40.0 45 50 12.0 30 MOH050D724 CRN5- 0500 -TFD 460 © 60 8.7 65.0 0 1/3 1.9 15.0 29.0 20 30 10.0 23 MOH RST45C1E -CAV 208 -230 1 60 4.6 26.5 1 1/15 0.5 15.0 20.0 15 20 8.0 15 M0H008X62 RST55C1E -CAV 208 -230 1 60 6.1 337 1 1/15 0.5 15.0 20.0 15 20 8.0 15 MO OU9X62 RST64C1E -CAV 208 -230 1 60 8.0 43.0 1 1/15 0.5 15.0 20.0 15 20 6.0 15 MOH010X62 RS70C1E -PFV 208 -230 1 60 6.3 34.2 1 1/15 0.5 15.0 20.0 15 20 7.0 15 MOH010X63 RS70C1E -TFC 208 -230 3 60 4.2 31.0 1 1/15 0.5 15.0 20.0 15 20 8.6 15 MOH015X62 CS10K6E -PFV 208 -230 1 60 9.8 56.0 2 1/15 1.0 15.0 24.0 20 25 6.0 19 MOH015X63 CS10K6E -TF5 208 -230 3 60 6.7 51.0 2 1/15 1.0 15.0 20.0 15 20 7.0 15 MOH020X62 CS12K6E -PFV 208 -230 1 60 9.8 56.0 2 1/15 1.0 15.0 24.0 20 25 6.0 19 MOH020X63 CS12K6E -TF5 208 -230 3 60 6.7 51.0 2 1/15 1.0 15.0 24.0 15 25 9.0 19 MOH025X62 CS14K6E -PFV 208 -230 1 60 11.2 61.0 2 1/15 1.0 15.0 29.0 25 30 6.0 23 MOH025X63 CS14K6E -TF5 208 -230 3 60 8.2 55.0 2 1/15 1.0 15.0 24.0 15 25 9.0 19 MOH025X64 CS14K6E -TFD 460 3 60 4.2 28.0 2 1/15 1.0 15.0 20.0 15 20 A A MOH030X62 CS18K6E -PFV 208 -230 1 60 14.4 82.0 1 1/3 3.5 21.0 38.0 35 45 12.0 30 MOH030X63 CS18K6E -TF5 208 -230 3 60 9.4 65.5 1 1/3 3.5 15.0 29.0 20 30 7.0 23 MOH030X64 CS18K6E-TFD 460 3 60 3.9 33.0 1 1/3 1.9 15.0 _ 24.0 15 25 A A MOH032X62 CS20K6E -PFV 208 -230 1 60 16.7 96.0 1 1/3 3.5 24.0 38.0 40 50 12.0 30 MOH032X63 CS20K6E -TF5 208 -230 3 60 10.3 75.0 1 1/3 3.5 20.0 29.0 25 30 7.0 23 ' MOH032X64 CS20K6E -TFD 460 3 60 4.6 40.0 1 1/3 1.9 15.0 24.0 15 25 A A MOH040X62 CS27K6E -PFV 208 -230 1 60 21.5 121.0 1 1/3 3.5 30.3 44.0 50 60 12.0 35 MOH040X63 CS27K6E -TF5 208 -230 3 60 13.7 105.0 1 1/3 3.5 20.7 38.0 30 45 12.0 30 • MOH040X64 CS27K6E -TFD 460 3 60 7.6 52.0 1 1/3 1.9 15.0 29.0 15 30 11.0 23 MOH050X62 CS33K6E -PFV 208 -230 1 60 27.6 125.0 1 1/3 3.5 38.0 59.0 50 60 12.0 47 MOH050X63 CS33K6E -TF5 208 -230 3 60 16.8 102.0 1 1/3 3.5 24.5 38.0 40 50 12.0 30 MOH050X64 C533K6E -TFD 460 3 60 8.8 48.0 1 1/3 1.9 15.0 29.0 20 30 10.0 23 MOH011 L62 CF04K6E -PFV 208 -230 1 60 8.6 59.2 1 1/15 0.5 15.0 20.0 15 25 7.0 15 MOH011 L63 CF04K6E TF5 200 -230 3 60 3.9 52.0 1 1/15 0.5 15.0 20.0 15 20 8.0 15 MOH014L62 CF06K6E -PFV 208 -230 1 60 10.3 59.2 1 1/15 0.5 15.0 20.0 20 25 4.0 15 MOH014L63 CF06K6E -TF5 200 -230 3 60 6.3 52.0 1 1/15 0.5 15.0 24.0 15 25 9.0 19 MOH019L62 CF06K6E -PFV 208 -230 1 60 10.3 59.2 2 1/15 1.0 15.0 24.0 20 30 6.0 19 MOH019L63 CF06K6E -TF5 208 -230 3 60 6.3 52.0 2 1/15 1.0 15.0 24.0 15 25 9.0 19 MOH025L62 CF09K6E -PFV 208 -230 1 60 15.0 87.0 2 1/15 1.0 20.0 29.0 30 40 6.0 23 MOH025L63 CF09K6E -TF5 200 -230 3 60 9.2 72.2 2 1/15 1.0 15.0 21.0 20 25 7.0 15 MOH031L62 CF12K6E -PFV 208 -230 1 60 17.0 105.0 2 1/15 1.0 22.3 37.5 35 50 12.0 30 MOH031L63 CF12K6E -TF5 200 -230 3 60 10.7 85.0 2 1/15 1.0 15.0 28.8 25 30 7.0 23 MOH031L64 CF12K6E -TFD 460 3 60 5.3 42.0 2 1/15 1.0 15.0 23.8 15 25 A A MOH005D62 RST45C1E -CAV 208 -230 1 60 4.5 26.5 1 1/15 0.5 15.0 - 15 - - - MOH009D62 RST64C1E -CAV 208 -230 1 60 7.6 43.0 1 1/15 0.5 15.0 - 15 - - - MOH010D62 RS70C1E -PFV 208 -230 1 60 6.9 34.2 1 1/15 0.5 15.0 - 15 - - - MOH010D63 RS70C1 E -TFC 208 -230 3 60 4.7 31.0 1 1/15 0.5 15.0 - 15 - - - MOH015D62 CS10K6E -PFV 208 -230 1 60 11.1 56.0 2 1/15 1.0 15.0 - 25 - - - . MOH015D63 CS10K6E -TF5 208 -230 3 60 7.2 51.0 2 1/15 1.0 15.0 - 15 - - - MOH025D62 CS14K6E -PFV 208 -230 1 60 12.4 61.0 2 1/15 1.0 20.0 - 25 - - - MOH025D63 CS14K6E -TF5 208 -230 3 60 8.5 55.0 2 1/15 1.0 15.0 - 20 - - - . MOH032D62 CS20K6E -PFV 208 -230 1 60 17.9 96.0 1 1/3 3.5 25.9 - 40 - - - MOH032D63 CS20K6E -TF5 208 -230 3 60 13.3 75.0 1 1/3 3.5 20.2 - 30 - - - MOH040D69 CS27K6E -PFV 230 1 60 23.7 121.0 1 1/3 3.5 33.1 - 50 - - - MOH040D68 CS27K6E -TF5 230 3 60 14.1 105.0 1 1/3 3.5 21.1 - 35 - - - MOH050D69 CS33K6E -PFV 230 1 60 30.1 125.0 1 1/3 3.5 41.2 - 60 - - - MOH050D68 CS33K6E -TF5 230 3 60 16.5 102.0 1 1/3 3.5 24.2 - 40 - - - ^ Po•ver supplied bycustomer 'Consult foci u;y for 50.HZapplications Pr•i U! and NEC „TA values hove been calculated by dividing the Moornun Continuous Current (MCC) by 156 10 • Y.4v 1,7 ' .!( :, t V . y_ �- ---- -. .r ' • • Performance Data . Arcs del TLC Air Defrost 160 Hz _, •, ; E •.., ., :,•,.; ".�� tl r °•: p er;. , _ 'y,fi , _ • i �� .•Y ,t �• N ., :' d : C . y ,'' . - f•� (t •...4 ,� L• 1�l l,, 0.'§. 4 l'� `t'tY.J !^2}L.� ..f.:; t "ITV a • Data k * , V•,96:0TD^ 6Cl D .5 TD 8C7D 0z 4 : Pd a ; � * '`} `f ST F SST' , 04 C S -, ~No" 4a k CF *1 , it s 451 1 • t i , 5;Ff�SST,,. ..4 - i' • rk• , , • , m • ,.: F . �1.. .�... f �i�, r r r "t^i - 1 '-‘4.r. 13 UJ. .:F. _ ,.�,t_.7 -r , v 4,0tt/ T a _ - 5,200 1,520 7,800 2,280 1 610 1,035 TLC076 7,600 2,230 11,400 3,340 2 1,300 2,210 • •0 9,000 2,640 13,500 3,950 2 1,260 2,140 TLC1O2 10,200 2,990 15,300 4,480 2 1,220 2,075 TLC1O8 10,800 3,160 16,200 4,750 3 1,950 3,315 TLC134 13,400 3,920 20,100. 5,890 3 1,890 3,210 TLC156 15,600 4,570 23,400 6,850 3 1,830 3,110 TLC179 17,900 5,240 26,850 7,860 4 2,520 4,285 TLC2O8 20,800 6,100 31,200 9,140 4 2,440 4,145 TLC249 24,900 7,290 37,350 10,940 5 3,050 5,185 kilodel TLC Air Defrost 50 Hz ' atC +y- '�{. L Jy, y ..� ,,�1L� �[[{{{{�. t��ia A? e r' h°Zi'. -=6 :�a , J ® � ;,- - , a . v'f . '.T= j' ^� '!� a^;� L'tlY':Sc� r1.':\ , • :. � . �c�r' � j � - {..'i. ��. 7 %71_ °L:C- n ^�_� _ -. � {;%'_ :•, y� :?L:'f; ,{' - � 9,ia s :71,: - iI i ` if }" � • , T:� t � .�� „. -- s a15 : T D,.. „ ' D �6 F '.Y iLi . ikti 2 - - ' " 'v = 1i, E' 1 A ' . 4 ; ., � • i �•" . ° . :ri fr a r"= " ::,?' ,. ,.i.'. . ', '?:; rs. ".! :' e .�'' , %i�; � -. . pp � :� 'G• .�. f ��y� a �� ��:;' "'��:�(t: -a t at': . } *;, ;:I:t7llC�ap' -= . ` /.Fi�IA%�Y.. .� n.l,:n�.9�.1 i'ClE4•�C'�'; r '.�::'. ..,c "' TLCO52 4,950 1,450 7,410 2,170 1 550 935 TLC076 7,220 2,110 9,880 2,890 2 1,170 1,990 TLC090 8,550 2,500 12,830 3,760 2 1,135 1,930 TLC102 9,690 2,840 14,540 4,260 2 1,100 1,865 TLC1O8 10,260 3,000 15,390 4,510 3 1,755 2,985 TLC134 12,730 3,730 17,420 5,100 3 1,700 2,890 TLC156 14,820 4,340 22,230 6,510 3 1,650 2,800 . TLC179 17,010 7,980 23,290 6,820 4 2,270 3,855 TLC208 19,760 5,790 29,640 8,680 4 2,200 3,735 TLC249 23,660 6,930 32,400 9,490 5 2,745 4,665 1cR del TLV Electric Defrost I 60 Hz "_'^ ' � _'° i : 5T` :_: _ "•i' -7.-` -.-:. ,�j moo[- _ ^ , i ' 57 7) ', R..� �• " .3 _ • . �i a rt, : �+ ��'�• yr. y B 11y�/,�`t { gl • : ,- .;;i l . .3' K'j '` r - \ ∎! a;`.. 1 `.a :t.1 ,. �.-., aTS� �.- �`.�,_ �. r� �_.; td:. _. ��..xC. ��x4Jt:Ss� :.� =, - 1 : +- �. . . ta. , . F - Cj .t , ;. ! `IP. :- ,.if.:.., .V:hi •, V.:'. '; ' .!.'4 .it .. _.. 4 .-1. TLFO40 4,000 1,170 4,800 1,410 1 610 1,037 TLFO54 5,400 1,580 6,480 1,900 2 1,300 2,210 TLF065 6,500 1,900 7,800 2,280 2 1,260 2,142 TLF090 9,000 2,640 10,800 3,160 3 1,950 3,315 TLF130 13,000 3,810 15,600 4,570 3 1,830 3,111 TLF174 17,400 5,100 20,880 6,120 4 2,440 4,148 nkloc;el 5'11.F Electric Defrost I 50 Hz Ir 70$ _ ---_- :. Ti - - ... - - --•. • T - - -- " - -" -_ ._-.:- .. l� o e1r ,' ,fr :l'i' ' ! J �..jcC , _ '{S'��,r r - T� �I , " ,,,, , `.. '. iy.i.1 1`a�' ' r 1c , - 111j; r t is - lr G • . 1 r r •., - -- - 'k • • TLF040 3,800 1,110 4,560 1,335 1 550 993 TLF054 5,130 1,500 6,160 1,890 2 1,170 1,989 • TLF065 6,180 1,810 7,410 2,170 2 1,135 1,928 TLF090 8,550 2,500 10,260 3,000 3 1,755 2,983 • TLF130 12,350 3,620 14,820 4,340 3 1,650 2,800 TLF174 16,530 4,840 19,840 5,810 4 2,200 3,733 t For EC motors, use 60 Hz capacity and airflow values (Units with EC motors operating at 50 Hz will not see a reduction in performance due to the electronic control of the motor) 4 Specifications ° Mode LSF /LFF Electric Defrost 60 Hz y 4.!. :.1` : e a:° ':0 "�' ° • y .O OI _ z�,'i� , `�E.:,�: :a `0(.; �1: 2� � „ s ... .4 j ' g:.i40 - , �t 7r Y v Amor s �2 0 '� ' ` r ° U 0 0 0 0 30 6° 1 a 230L/ �? ° �1 i }., :' G ,' S i :r... 5µl k s at ' Y . � ' :^i'd .�'4C. Y r .�• ' :'A'. �:A: itiT.'1.'o`• a tt ,t F rr.-,.�'' f",�,��'IMM' - VA' T• .. _. �.. f F � fir. `, .. .. LSF035 1/15 1.0 122 0.5 91 0.4 117 0.5 59 900 3.9 2.3 2.0 LSF040 1/15 1.0 122 0.5 91 0.4 117 0.5 59 900 3.9 2.3 2.0 LSF047 1/15 1.0 122 0.5 91 0.4 117 0.5 59 900 3.9 2.3 2.0 LSF065 1/15 2.0 244 1.0 182 0.8 234 1.0 118 1,800 7.8 4.5 3.9 u LSF075 1/15 2.0 244 1.0 182 0.8 234 1.0 118 1,800 7.8 4.5 3.9 i LSF090 1/15 2.0 244 1.0 182 0.8 234 1.0 118 1,800 7.8 4.5 3.9 a LSF120 1/15 3.0 366 1.5 273 1.2 351 1.5 177 2,700 11.7 6.8 5.9 N 5 LSF140 1/15 3.0 366 1.5 273 1.2 351 1.5 177 2,700 11.7 6.8 5.9 iZ ‘o LSF160 1/15 4.0 488 2.0 364 1.6 468 2.0 236 3,600 15.7 9.0 7.8 LSF180 1/15 4.0 488 2.0 364 1.6 468 2.0 236 3,600 15.7 9.0 7.8 LSF200 1/15 5.0 610 2.5 455 2.0 585 2.5 295 4,500 19.6 11.3 9.8 LSF240 1/15 6.0 732 3.0 546 2.4 702 3.0 354 5,400 23.5 13.6 11.7 • LSF280 1/15 6.0 732 3.0 546 2.4 702 3.0 354 5,400 23.5 13.6 11.7 LFF041 1/15 1.0 122 0.5 91 0.4 117 0.5 59 900 3.9 2.3 2.0 LFF068 1/15 2.0 244 1.0 182 0.8 234 1.0 118 1,800 7.8 4.5 3.9 c LFF080 1/15 2.0 244 1.0 182 0.8 234 1.0 118 1,800 7.8 4.5 3.9 a`, LFF102 1/15 3.0 366 1.5 273 1.2 351 1.5 177 2,700 11.7 6.8 5.9 a c LFF136 1/15 4.0 488 2.0 364 1.6 468 2.0 236 3,600 15.7 9.0 7.8 ii LFF170 1/15 5.0 610 2.5 455 2.0 585 2.5 295 4,500 19.6 11.3 9.8 v LFF204 1/15 6.0 732 3.0 546 2.4 702 3.0 354 5,400 23.5 13.6 11.7 LFF235 1/15 6.0 732 3.0 546 2.4 702 3.0 354 5,400 23.5 13.6 11.7 u ode8 LSF /LFF Electric Defrost I 50 Hz ..,',0 : +.:. it:' d_'�r: , :,!,, ' '0,, o, the k ' ,. 0 0i: : : :, ;4 y 1:'''` ;D os r le_ rs :tom :`. r i . I `. '% 7�ZTRI` f rI 8' 1'/ Q + V`�r�`�i3;"si2 11507 ��� "� "2i10/t/ '. C° ' t '4 • r te,} �'• i • �c.,ra¢ �, •t rea� r... -r .'Y ' --•• " , iK a .`"1:1417i,764;.•:: j1Y �.���: A'.. �• � -S. a - �'- r�lfr. � �����p•¥ - °r- -- ;� ,.�t..• ". ^.r LSF035 1/15 0.5 65 0.4 82 0.5 59 823 3.7 2.2 1.6 LSF040 1/15 05 65 0.4 82 0.5 59 823 3.7 2.2 1.6 LSF047 1/15 0.5 65 0.4 82 0.5 59 823 3.7 2.2 1.6 LSF065 1/15 1.0 130 0.8 164 1.0 118 1,647 7.5 4.3 3.2 v L F075 1/15 1.0 130 0.8 164 1.0 118 1,647 7.5 4.3 3.2 LSFOp1 /15 1.0 130 0.8 164 1.0 118 1,647 7.5 4.3 3.2 a SfT10 1/15 1.5 195 1.2 246 1.5 177 2,470 11.2 6.5 4.9 N c LSF140 1/15 1.5 195 1.2 246 1.5 177 2,470 11.2 6.5 4.9 LL vo LSF160 1/15 2.0 260 1.6 328 2.0 236 3,294 15.0 8.6 6.5 LSF180 1/15 2.0 260 1.6 328 2.0 236 3,294 15.0 8.6 6.5 LSF200 1/15 2.5 325 2.0 410 2.5 295 4,117 18.7 10.8 8.1 LSF240 1/15 3.0 390 2.4 492 3.0 354 4,941 22.5 13.0 9.7 LSF280 1/15 3.0 390 2.4 492 3.0 354 4,941 22.5 13.0 9.7 LFF041 1/15 0.5 65 0.4 82 0.5 59 823 3.7 2.2 1.6 s LFF068 1/15 1.0 130 0.8 164 1.0 118 1,647 7.5 4.3 3.2 c LFF080 1 /15 1.0 130 0.8 164 1.0 118 1,647 7.5 4.3 3.2 y LFF102 1/15 1.5 195 1.2 246 1.5 177 2,470 11.2 6.5 4.9 ' LFF136 1/15 2.0 260 1.6 328 2.0 236 3,294 15.0 8.6 6.5 c iZ LFF170 1/15 2.5 325 2.0 410 2.5 295 4,117 18.7 10.8 8.1 a LFF204 1/15 3.0 390 2.4 492 3.0 354 4,941 22.5 13.0 9.7 LFF235 1/15 3.0 390 2.4 492 3.0 354 4,941 22.5 13.0 9.7 7 !loll ARM, ....A. • III EMU •.W.W • • o e o E i .. § a a2 e o2 of tC E - 000= NECK FUS«o — '3 • AT 17.0.0.6.1113,11 • 1 If Y111111 0. ®�] • M118 6e elmeaEw ' EMI QIf4OA,0Vi " eIPADAAOI 1 I ' In • 1 a ! 4 ,4 I� eFAIAYINLAR:ILO "' AffeelLY 4 ' i } ;?v , I (EIMERBOAR Cv - �}i: r. �..iA I V 4 V/Mr I/P .fl7d f�S O I- ROOF PENETRATION O y • • ealen,w >_ O �- lA1@IOEOOI WIALIA:B= .Ya r . 0 - -._ N) IA KEW N i lia !NIL WPATIER .F. 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