Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Specifications
r ,��L e/- 0'6021/9 /o350 s&✓ L /t 21 ®® �� COMMERCIAL rREFRJGER ZION INC. ® s 5920 NE GLISAN • PORTLAND, OREGON 97213'. (503) 234 -6445 • FAX (503) 234-0668 Reminigamisme NEDIMISINIMINIEBIP RECEIVED Imperial Mfg. MAY 6 2004 5 -5 -04 2271 NE 194th CITY OF TIGARD Job: Metzger Elem School Portland, OR 97230 BUILDING DIVISION 10350 SW Lincoln St ' Attn: Paul Nastari Tigard, OR 97223 Ph: 503 - 665 -5539 Fx: 503- 665 -2929 • We will install refrigeration for the new walk -ins as follows: Item# R -1 Walk -in Cooler 35 Model# MOH - 010 -X63CF Heatcraft condensing unit 208/30 Model# LSC -090 -A Heatcraft evaporator coil 115 v Item# R -2 Walk -in Freezer -10° Model# MOH- 031 -L63 Heatcraft condensing unit 208/30 Model# LSF -120 -B Heatcraft evaporator coil 208/10 • • • • The air cooled condensing unit to set on the roof near the walk -ins. Includes labor to • • install the refrigeration, tubing (up to 50 foot runs), refrigerant, drains, crane, 90 day labor warranty, and a mechanical permit. Electrical, roof pad, and penetrations by others. Equipment by Imperial, FOB jobsite. If you have any additional questions please call. CCB # 065271 • • • • • SINCE 1949 1 - _ ELECTRIC DEFROST CAPABILITIES I r • LSF /LFF Electric Defrost Models 60 Hz. with Shaded Pole Motors 6) Capacity Fan Data Shaded Pole Motor Data Defrost Heaters (Total Amps) BTUH / Watts (Total Amps)/Watts LSF/LFF 10 ° F / 6 ° C TD 208- 230/ 230/ 230/ 460/ ii•. - - -4= '7 11 11 . \.• ■.• .1 I •1 I.cl .1 .1 .1 1 6 FPI Models LSF 035 3,500 1,025 700 1,189 1 1/15 1.0 122 900 3.9 2.3 2.0 LSF 040 4,000 1.170 700 1.189 1 1/15 1.0 122 900 3.9 2.3 2.0 LSF 047 4,700 1.380 650 1.104 1 1/15 1.0 122 900 3.9 2.3 2.0 LSF 065 6,500 1.900 1,400 2.379 2 1/15 2.0 244 1800 7.8 4.5 3.9 LSF 075 7,500 2,200 1,300 2,209 2 1/15 2.0 244 1800 7.8 4.5 3.9 9,000 2640 1,300 2,209 2 1/15 2.0 244 1800 7.8 4.5 3.9 .,,, LSF 0 12,000 3,520 2,100 3,568 3 1/15 3.0 366 2700 11.7 6.8 5.9 LSF140 14,000 4.100 1,950 3.313 3 1/15 3.0 366 2700 11.7 6.8 5.9 LSF 160 16,000 4.690 2,600 4.418 4 1/15 4.0 488 3600 15.7 9.0 7.8 LSF 180 18,000 5,280 2,600 4,418 4 1/15 4.0 488 3600 15.7 9.0 7.8 LSF 200 20,000 5,860 3,250 5,522 5 1/15 5.0 610 4500 19.6 11.3 9.8 LSF 240 24,000 7,030 3,900 6,627 6 1/15 6.0 732 5400 23.5 13.6 11.7 LSF 280 28,000 8200 3,900 . 627 6 1/15 6.0 2 5400 23.5 13.6 11.7 4 FPI Models LFF 041 4,100 1,200 690 1,172 1 1/15 1.0 122 900 3.9 2.3 2.0 LFF 068 6,800 2,000 1,380 2,345 2 1/15 2.0 244 1800 7.8 4.5 3.9 LFF 080 8,000 2,340 1,380 2,345 2 1/15 2.0 244 1800 7.8 4.5 3.9 LFF 102 10,200 2,990 2,170 3,687 3 1/15 3.0 366 2700 11.7 6.8 5.9 40 • LFF 136 13,600 4990 2,760 4,690 4 1/15 4.0 488 3600 15.7 9.0 7.8 LFF 170 17,000 4,980 3,450 5,862 5 1/15 5.0 610 4500 19.6 11.3 9.8 LFF 204 20,400 5,980 4,140 7,035 6 1/15 6.0 732 5400 23.5 13.6 11.7 LFF 235 23,500 6,880 4,140 7,035 6 1/15 6.0 732 5400 23.5 13.6 11.7 Capacity Correction Factors For Electric and Hot Gas Defrost Units Saturated Suction Temperature °F +20 -10 -20 -30 Saturated Suction Temperature °C -7 -23 -29 -34 Multiply Capacity By 1.15 1.04 1.00 0.90 4 - - a -6- 1 AIR DEFROST CAPABILITIES • LSC Air Defrost Models 60 Hz. with Shaded Pole Motors O Capacity Fan Data Shaded Pole Motor Data TUH / Watts (Total Amps)/Watts LSC 10 F TD/ 6 °C TD 115/ 208 -230/ Model Size +25 °F SST / -4 °C SST CFM / m No. HP 1/60 /Watts 1/60 /Watts LSC 040 4,000 1,170 730 1,240 1 1/15 1 116 1 122 • LSC 052 5,200 700 1 1/15 1 1.0 1,520 1,18 116 122 LSC 065 6,500 1,900 650 1,104 1 1/15 1 116 1 122 � � 7,000 2,050 1,460 2,481 2 1/15 3.6 232 2 244 l LSC C 090 9,000 1,400 2 1/15 3.6 2.0 2,640 Z379 232 244 C 104 10,400 3,050 1 2 379 2 1/15 3 232 2 244 LSC 120 12,000 3.500 1 2,209 2 1/15 3 232 2 244 LSC 130 13,000 3,810 1 2,209 2 1/15 3 232 2 244 LSC 140 14,000 4,100 2 3,568 3 1/15 5 348 3 366 LSC 156 15,600 4,570 2 3,568 3 1/15 5 348 3 366 LSC 180 18,000 5,270 1 3,313 3 1/15 5 348 3 366 LSC 208 20,800 6,100 2 4.758 4 1/15 7 464 4 488 LSC 260 26,000 7,620 3 5,522 5 1/15 9 580 5 610 LSC 312 31,200 9,140 3 6,627 6 1/15 10 696 6.0 732 p LSC 370 37,000 10,840 3 6,627 6 1/15 10 696 6 732 LSC Air Defrost Models 60 Hz. with PSC Motors Capacity , Fan Data PSC, PSC -TE Motor Data BTUH / Watts (Total A mps)/Watts LSC 10 °F TD/ 6 °C TD 115/ 208 - 230/ 460/ Model Size +25°F SST /-4 °C SST CFM / m No. HP 1/60 Watts 1/60 Watts 1/60 Watts LSC 040 4,000 1,170 730 1,240 1 1/15 1 82 0.5 91 0 117 LSC 052 5,200 1,520 700 1 189 1 1/15 1 82 0.5 91 0 117 LSC 065 6,500 1,900 650 1,104 1 1/15 1 82 0.5 91 0 117 LSC 070 7,000 2,050 1 2,481 2 1/15 2 164 1 182 0 234 LSC 090 9,000 2,640 1 2,379 2 1/15 2 164 1 182 0 234 LSC 104 10,400 3.050 1 2.379 2 1/15 2 164 1 182 0 234 LSC 120 12,000 3,500 1 2,209 2 1/15 2 164 1.0 182 0 234 4 LSC 130 13,000 3,810 1,300 2,209 2 1/15 2.0 164 1 182 0 234 LSC 140 14,000 4,100 2 3,568 3 1/15 3 246 1 273 1 351 LSC 156 15,600 4,570 2 100 3,568 3 1/15 3 246 1 273 1 351 LSC 180 18,000 5,270 1 3,313 3 1/15 3 246 1 273 1 351 LSC 208 20,800 6,100 2 4,758 4 1/15 4 328 2 364 1 468 0 LSC 260 26,000 3,250 5 1/15 _ 5.0 2.5 2 0 4.1.0_ 7,620 5,522 455_ 585 LSC 312 31,200 9,140 3 6,627 6 1/15 6 492 3 546 2 702 LSC 370 37,000 10,840 3 6,627 6 1/15 6 492 3 546 2 702 -5- IM TO 00. HP INDOOR a OUTDOOR CONDENSING URIM . Electrical Data - Hermetic Compressors Evap. Defrost Model Part Power Supply Compressor Fan Motor MCA MOPD Fan Heater I Number Number Volts Ph Hz' RLA LRA Qty. HP FLA Air Elec. Air Elec. Amps Amps a M0H005D72 ART82C1 -0AV 208 -230 1 60 5.9 30 1 1/15 0.5 15 20 15 20 8 15 M0H008D72 R564C2 -CAV 208 -230 1 60 6.9 37 1 1/15 0.5 15 20 15 20 8 15 MOH010D72 12570C1 -PFV 208 -230 1 60 6.3 34.2 1 1/15 0.5 15 20 15 20 7 15 MOH010D73 RS70C1 -TFC 208 -230 3 60 4.2 31 1 1/15 0.5 15 20 15 20 8.6 15 MOH015D72 CR18KQ -PFV 208 -230 1 60 8.1 41 2 1/15 1 15 24 15 25 6 19 MOH015D73 CR18KQ -TF5 208 -230 3 60 4.9 40 2 1/15 1 15 24 15 20 7 19 MOH015D74 CR18KQ -TFD 460 3 60 2.8 23 2 1/15 1 15 20 15 20 0 0 MOH020D72 CR24KQ -PFV 208 -230 1 60 12.2 70.5 2 1/15 1 20 29 25 30 6 23 MOH020D73 CR24KQ -TF5 208 -230 3 60 6.7 40 2 1/15 1 15 24 15 25 9 19 MOH020D74 CR24KQ -TFD 460 3 60 3.6 28 2 1/15 1 15 20 15 20 0 0 MOH029M22 CR37KQ -PFV 208 -230 1 60 16.7 100.3 2 1/15 1 21.8 38 35 50 12 30 MOH029M23 CR37KQ -TF5 208 -230 3 60 9.9 85 2 1/15 1 15 38 20 40 12 30 MOH029M24 CR37KQ -TFD 460 3 60 5.0 39 2 1/15 1 15 15 15 25 0 0 MOH030D72 CR37KQ -PFV 208 -230 1 60 16.7 100.3 1 1/3 3.5 24.3 38 40 50 12 30 MOH030D73 CR37KQ -TF5 208 -230 3 60 9.9 85 1 1/3 3.5 20 38 25 40 12 30 MOH030D74 CR37KQ -TFD 460 3 60 5.0 39 1 1/3 1.9 15 24 15 25 0 0 MOH040D72 CR53KQ -PFV 208 -230 1 60 26.0 140 1 1/3 3.5 36.0 48.0 50 60 12 35 MOH040D73 CR53KQ -PFV 208 -230 3 60 16.3 107 1 1/3 3.5 23.9 38 40 50 12 30 MOH040D74 CR53KQ -PFV 460 3 60 8.1 55 1 1/3 1.9 15 29 15 30 11 23 ,, MOH050D72CRN5-0500 -PFV 208 -230 1 60 30.8 142.0 1 1/3 3.5 42 59 50 60 12 47 MOH050D73 CRN5-0500 -TF5 208 -230 3 60 19.2 130.0 1 1/3 3.5 28 40 45 50 12 30 li l' MOH050D74CRN5 -0500 -TFD 460 3 60 8.7 65.0 1 1/3 1.9 15 29 20 30 10 23 MOH005X62 R543C2E -CAV 208 -230 1 60 4.8 24.1 1 1/15 0.5 15 20 15 20 8 15 I I , MOH008X62 R555C2E -CAV 208 -230 1 60 5.4 40 1 1/15 0.5 15 20 15 20 8 15 MOH009X62 R564C2E -CAV 208 -230 1 60 6.9 37 1 1/15 0.5 15 20 15 20 7 15 i ,l MO S70C1 E -PFV 208 -230 1 60 6.3 34.2 1 1/15 0.5 15 20 15 20 7 15 _ l' OH010X63 570C1 E -TFC 208 -230 3 60 4.2 31 1 1/15 0.5 15 20 15 20 8.6 15 I 'in3Zr2 CS10K6E -PFV 208 -230 1 60 9.8 56 2 1/15 1 15 24 20 25 6 19 'i_ MOH015X63 CS10K6E -TF5 208 -230 3 60 6.7 51 2 1/15 1 15 20 15 20 7 15 MOH020X62 CS12K6E -PFV 208 -230 1 60 9.8 56 2 1/15 1 15 24 20 25 6 19 MOH020X63 CS12K6E -TF5 208 -230 3 60 6.7 51 2 1 /15 1 15 24 15 25 9 19 MOH025X62 CS14K6E -PFV 208 -230 1 60 11.2 61 2 1/15 1 15 29 25 30 6 23 , MOH025X63 C514K6E -TF5 208 -230 3 60 8.2 55 2 1/15 1 15 24 15 25 9 19 MOH025X64 CS14K6E -TFD 460 3 60 4.2 28 2 1/15 1 15 20 15 20 0 0 'I, MOH030X62 CS18K6E -PFV 208 -230 1 60 14.4 82.0 1 1/3 3.5 21 38 35 45 12 30 1 ! , M0H030X63 CS18K6E -TF5 208 -230 3 60 9.4 65.5 1 1/3 3.5 15 29 20 30 7 23 !I M0H030X64 CS18K6E -TFD 460 3 60 3.9 33.0 1 1/3 1.9 15 24 15 25 0 0 MOH032X62 C520K6E -PFV 208 -230 1 60 16.7 96.0 1 1/3 3.5 24 38 40 50 12 30 II MOH032X63 C520K6E -TF5 208 -230.3 60 10.3 75.0 1 1/3 3.5 20 29 25 30 7 23 MOH032X64 CS20K6E -TFD 460 3 60 4.6 40.0 1 1/3 1.9 15 24 15 25 0 0 MOH040X62 C527K6E -PFV 208 -230 1 60 21.5 121 1 1/3 3.5 30.3 44 50 60 12 35 MOH040X63 C527K6E -TF5 208 -230 3 60 13.7 105 1 1/3 3.5 20.7 38 30 45 12 30 MOH040X64 C527K6E -TFD 460 3 60 7.6 52 1 1/3 1.9 15 29 15 30 11 23 MOH050X62 C533K6E -PFV 208 -230 1 60 27.6 125.0 1 1/3 3.5 38.0 59 50 60 12 47 _MOH050X63 C533K6E -TF5 208 -230 3 60 16.8 102 1 1/3 3.5 24.5 38 40 50 12 30 MOH050X64 C533K6E -TFD 460 3 60 8.8 48 1 1/3 1.9 15 29 20 30 10 23 M0H011 L62 CF04K6E -P1V 208 -230 1 60 8.6 59.2 1 1/15 0.5 15.0 20.0 15 25 7 15 MOH011 L63 CF04K6E -TF5 200 -230 3 60 5.7 52.0 1 1/15 0.5 15.0 20.0 15 20 8 15 MOH014L62 CF06K6E -PFV 208 -230 1 60 10.3 59.2 1 1/15 0.5 15.0 20.0 20 25 4 15 ice MOH014L63 CF06K6E -TF5 200 -230 3 60 6.3. 52.0 1 1/15 0.5 15.0 24.0 15 25 9 19 MOH019L62 CF06K6E -PFV 208 -230 1 60 10.3 59.2 2 1/15 1 15.0 24.0 20 30 6 19 A MOH019L63 CF06K6E -TF5 208 -230 3 60 6.3 52.0 2 1/15 1 15.0 24.0 15 25 9 19 a. MOH025L62 CF09K6E -PFV 208 -230 1 60 15 87.0 2 1/15 1 20.0 29.0 30 40 6 23 0 MOH025L63 CF09K6E -TF5 200 -230 3 60 9.2 72.2 2 1/15 1 15.0 21 20 25 7 15 v CF12K6E - TF5 PFV 208 -230 1 60 17 105.0 2 1/15 1 22.3 37.5 35 50 12 30 MOH031 L63 CF12K6E - 200 -230 3 60 10 85.0 2 1/15 1 15.0 28.8 25 30 7 23 „ W v • - I 64 CF12K6E -TFD 460 3 60 5.3 42.0 2 1/15 1 15.0 _23.8 __ 15 3 Per UL and NEC, RLA values have been calculated by dividing the Maximum Continuous Current (MCC) by 1.56. 25 - 0 0 { cc 0 Power supplied by customer. = t Consult factory for 50 HZ applications. 10 A `1D u� • :TO o IINIE IiNDOOR, ' ®UTDOOR CONDENSING • Performance Data - Low Tem • . Models - Hermetic Com • . - R -4O4A R -404A Capacity BTUH_ @ 90 °F. Ambient / Suction Temperature °F. .. OD Model Compressor 0 °F. -5 °F. - -10°F. 20°F 25 ° F. 30 ° F. ' IMM[ ]:[11111(IMMKiYU:(.1 L ::11■•• .f!ZMM1.1L4• , I 1. 14:x 4•II;AN MOH014L6 CF06K6E 10610 9460 8340 6220 5250 4340 MOH019L6 CF06K6E 12100 10700 9350 .8 I 570 4720 MOH025L6 CF09K6E 17940 5970 14050 10400 8700 7130 i MOH031L6 CF12K6E 20793 18889 16931 12938 10952 9009 ..R - 404A , . Capacity BTUH 7, 95 °F. Ambient / Suction Temperature °F. Model Compressor ' : '0°E ' , -5°F : _ -10 °F. - -20 °F. -25 °F. -30 °F. MOH011L6 CF04K6E 6930 6109 5289 3684 2919 2196 MOH014L6 CF06K6E • 9980 8870 • 7790 5740 4810 3940 MOH019L6 CF06K6E 11370 10010 8710 6310 5070 4260 CF09K6E 16870 14990 13150 9650 8040 6560 MOH031L CF12K6E 19598 17782 15909 12070 10152 8268 R -404A Capacity BTUH @ 100 °F. Ambient./ Suction Temperature °F. Model Compressor 0 °F. -5 ° F. -10 °F. -20°F. -25°F. . - 30 °F.. MOH011L6 CF04K6E 6379 5597 4814 3281 2549 1856 MOH014L6 CF06K6E 9360 8280 7230 5270 4370 3550 MOH019L6 CF06K6E 10650 9330 8070 5760 4580 3810 MOH025L6 CF09K6E 15810 14000 12240 8910 7390 6000 MIMIC C]`3 ili!!(3y1■1 : , •T11 i[:3- it NIIIIMM 7•t!INL *1!EN R -404A Capacity BTUH @ 110 °F. Ambient / Suction Temperature °F. Model Compressor 0 °F. -5 °F. -10 °F. -20 °F. -25 °F. -30°F. u•.0 • 0- .. :: ' : 8 _ 80• 1 MOH014L6 CF06K6E 8130 7110 6130 4310 3500 2770 1i•.0 • _ • 0..• 0 • 0 . :11 • 1 .I, • • t MOH025L6 CF09K6E 13680 12050 10440 7440 6080 4850 MOH031L6 CF12K6E 16056 14500 12875 9490 7770 6061 ® Unit Specifications - Hermetic Compressors Connections Receiver D imensions Net Sound Model Fig. (ID) 90% Full 'D . W H Wt. Data Number ++ Compressor Liquid Suction Lbs. Fan(s) In. In. . .In. Lbs. dba' MOH005D7 A ART82C1 3/8 1/2 6 1 28.25 23.75 17.25 187 66 MOH008D7 A RS64C2 3/8 1/2 6 1 28.25 23.75 17.25 141 66 MOH010D7 A RS70C1 3/8 5/8 6 1 28.25 23.75 17.25 136 66 MOH015D7 B CR18K• 3/8 5/8 10 2 28.25 37.75 17.25 189 69 MOH020D7 B CR24K • 3/8 7/8 10 2 28.25 37.75 17.25 193 69 MOH029M2 C CR37K• 1/2 7/8 16 2 28.25 37 75 19.75 214 69 MOH030D7 D CR37K• 1/2 7/8 22 1 30.25 42.5 29.75 281 70 MOH040D7 D CR53KQ 1/2 1 -1/8 22 1 30.25 42.5 29.75 299 70 • MOH050D7 D CRN -0500 1/2 1 -1/8 22 1 30.25 42.5 29.75 310 70 MOH005X6 A RS43C1E 3/8 1/2 5.5 1 28.25 23.75 17.25 135 66 . MOH008X6 A RS55C1E 3/8 1/2 5.5 1 28.25 23.75 17.25 135 66 A RS64C1E 3/8 5/8 5.5 1 28.25 23.75 17.25 144 66 OH010X6 A RS70C1 E 3/8 5/8 5.5 1 28.25 23.75 17.25 138 66 IVIUH(115X6 B CS10K6E 3/8 5/8 9 2 28.25 37.75 17.25 193 69 MOH020X6 B CS12K6E 3/8 7/8 9 2 28.25 37.75 17.25 203 69 MOH025X6 B CS14K6E 3/8 7/8 9 2 28.25 37.75 17.25 208 69 MOH030X6 D CS18K6E 1/2 7/8 20 1 30.25 42.5 29.75 290 69 MOH032X6 D CS20K6E 1/2 7/8 20 1 30.25 42.5 29.75 275 70 MOH040X6 D C527K6E 1/2 1 -1/8 20 1 30.25 42.5 29.75 281 70 m MOH050X6 D CS33K6E 1/2 1 -1/8 20 1 30.25 42.5 29.75 313 70 70 MOH011L6 A CF04K6E 3/8 5/8 5.5 1 28.25 23.75 17.25 139 66 m MOH014L6 A CF06K6E 3/8 5/8 5.5 1 28.25 23.75 17.25 170 66 n MOH019L6 B CF06K6E 3/8 5/8 9 2 28.25 37.75 17.25 200 69 n 0 B CF09K6E 3/8 7/8 9 2 28.25 37.75 17.25 222 69 O I VIOH031 L6 C CF12K6E 1/2 7/8 14 2 28.25 37.75 19.75 223 69 page for details ' = Estimated sound pressure values are 10 feet from the unit. For estimating sound pressure from the unit at different distances, deduct the rn rn following from 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 vs 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 H walls, background noise and mounting conditions may have a significant influence on this data. 9 Vs • 1 ¶I rum-,-, I iNDOOR, a OO UTDOOR CONDENSING glaffa Performance Data - Extended Temp. Models - Hermetic Comp. - R -404A Capacity BTU /HR @ 90 °F. Ambient V R -404A Suction Temperature °F. Model Com • ressor ' 30 °F. 25 °F. 20 °F. 0 °F. -10 °F. -20°F. -25°F. MOH005X6 R543C2E 5890 5410 4850 3260 2130 1810 1380 MOH008X6 R555C2E 8490 8050 7480 4260 2350 1750 1130 • • MOH009X6 RS64C2E 9710 9090 8310 5220 4130 3240 2400 MOH010X6 R570C1E 10360 9660 9160 5640 4160 2970 1870 MOH015X6 C510K6E 15940 14660 13330 7700 4900 3610 2330 MOH020X6 CS12K6E 18050 16680 15150 8940 6170 4410 2640 MOH025X6 CS14K6E 19830 18220 16770 10810 7840 6360 4470 MOH030X6 C518K6E 31240 28630 25980 15400 10260 8110 5950 M0H032X6 C520K6E 34200 31310 28580 16910 11960 9440 6930 MOH040X6 CS27K6E 43970 39510 35150 20560 14980 11830 8690 MOH050X6 CS33K6E 49470 45010 40420 24860 18110 14300 10500 MOH005X6 RS43C2E 5560 5100 4580 3080 2010 1710 1300 • MOH008X6 R555C2E 8010 7590 7060 4020 2220 1650 1070 •.. RS64C2E 9170 8580 7850 4920 3900 3060 2260 i MOH010X6 RS70C1E 9770 9110 8640 5320 3920 2800 1760 C510K6E 15040 13830 12580 7260 4620 3410 2200 MOH020X6 C512K6E 17030 15740 14290 8430 5820 4160 2490 1 MOH025X6 C514K6E 18710 17190 15820 10200 7400 6000 4220 MOH030X6 CS18K6E 29470 27010 24510 14530 9680 7650 5610 MOH032X6 C520K6E 32260 29540 26960 15950 11280 8910 6540 MOH040X6 C527K6E 41480 • 37270 33160 19400 14130 11160 8200 N. ■ MOH050X6 C533K6E 46670 42460 38130 23450 17080 . 13490 9900 CI 1!- ' Capacity BTU /HR @ 100 °F. Ambient R -404A Suction Temperature. ° F. I • Model Com.ressor 30 °F. 25 °F. 20 °F. 0°F. -10 °F. -20 °F. -25 °F. MOHOO5X6 R543C2E 5230 4790 4310 2900 1890 1610 1220 ' MOH008X6 R555C2E 7530 7130 6640 3780 2090 1550 1010 • MOH009X6 RS64C2E 8620 8060 7380 4630 3660 2870 2130 MOH010X6 RS70C1E 9180 8560 8120 5000 3680 2630 1650 MOH015X6 C510K6E 14140 13000 11830 6820 4340 3210 2070 1 MOH020X6 C512K6E 16010 14800 13430 7920 5470 3910 2340 MOH025X6 C514K6E 17590 16160 14870 9590 6960 5640 3970 • MOH030X6 CS18K6E 27700 25390 23040 13660 9100 7190 5270 MOH032X6 C520K6E 30320 27770 25340 14990 .10600 8380 6150 MOH040X6 C527K6E 38980 35030 31180 18240 13290 10500 7700 I MOH050X6 C533K6E 43860 39910 35840 22050 16050 12690 9310 ' Capacity BTU /HR @ 110 °F. Ambient R -404A Suction Temperature °F. . '. Model Compressor 30 °F. 25 °F. 20 °F. • 0°F. -10 °F. -20 °F. -25 °F. MOH005X6 RS43C2E 5380 4830 4300 2480 1860 1470 1080 ,� MOH008X6 RS55C2E 6150 5900 5520 2730 2050 1620 1190 •cc MOH009X6 R564C2E 6840 6300 4070 3000 2380 1750 MOH010X6 R570C1E 7610 7130 6600 4080 2710 2140 1570 UJ MOH015X6 CS10K6E 12780 11700 7110 5690 3220 2540 1870 a MOH020X6 CS12K6E 14870 13540 12180 6820 4400 3480 2550 2 MOH025X6 C514K6E 16280 15050 13780 8600 6170 4870 3580 u MOH030X6 CS18K6E 24270 22160 20020 11590 7660 6050 4440 0) u MOH032X6 CS20K6E • 26320 24040 - 216901 - 2250 - - -- 8020 6340 4650 MOH040X6 C527K6E 35150 31240 27520 15210 11290 8920 6550 ` MOH050X6 C533K6E 39870 35920 32070 18230 12840 10150 7450 W = 8 NAY -06 -2004 THU 08:56 AN IMPERIAL FAX NO. 5036652929 P. 02/05 - 1 CD m r r WI _ _ Yl m N p 02 a W (N ; N r N co N In Common wall 927/ SPL 72 only I 1 15 5/16 P. CO Cl H CS 13 1/16 10 1/2 v C2 C6 v C3 CT Common wall only I II � 10 1/2 X I I ly �a I 13 1/16 L J L j 16 5/16 SAL SPL N 2 �p Iii n. ro .0 m N 2 m m N ;3 M N 0 r M G Q N ir CEILING PANELS I• STUCCO GALY ) 16%0'11921 r "1 4 j fr - r hW 11/2 i De 4D B 47 e 4 W16 23 47 4 3/4 m.,[4 W 20 z W21 Wt } W2 � W3 ! ip. m o , E , . , n w C07L e. I Con • • P. C OOLER w FREEZER 3 WALLS: c WALLS: 3 ST / ST L 1/4 22 GA .040 8T000O ALUM, Y ,.. i tt ? � w w 0 3 b Y 3 ; '! a I v 3 � v I I 3 x' = STSTL k4 g P- el e`/, i wee _ [e L / 47 PNL • o • ∎ 47 PNL W8 � .1E115/18 za 3/a , 43/4 21 9/16 , oc's 4 3/a � DC 49 IMO SQL 414116 • SO. FT. PNLS C- 6 A- 4) -� l WALLS 805 21 CEILING 228 8 ' FLOOR o o — - WALL PANELS — TOTAL 733 29 v • NAY -06 -2004 THU 08:57 AM IMPERIAL FAX NO. 5036652929 P. 03/05 1 . ---- SPECYF] CATIONS Indoor cooler, freezer combo NSF foam gask'•t WALL PANELS Construction: 4' high density urethane 4 Exterior Fini :.h: 22 pa. stainless steel 304 a4 / 26 ga stucco galv. (PM) Interior Fini :h: 22 ga. stainless steel 304 04 / .040 stucco aluminum ',; Connectioi:s; Cam•lock / Angle screed r CEILING PANEL:: Constructi 4' high density urethane Exterior Fini:.hs 26 ga. stucco gals. '(PM) Interior Fini :h: .040 stucco white aluminum Ceiling Cars: Factory mounted Live Load! 10 paf DOORS [A]: 38' x 78' flush model 2000 self - closing freezer door w/ maOA':tic gasket s ° °° raise door 1/2' for quarry tile * *■ . 3/4' Concealed metal conduit 4- sided heat cable (FL 4 - 162W) a $ 26 • 6 Of 3.5 ohm wire 0 8.4 watts /ft Fini :h: 22 ga. stainless steel 304 04 (3) Kasai 01246 spring assisted hingc3 a 0 o: (1) Kaso:, 0K•1238CV cylinder locking handle w/ inside release 8 padlock provision • 4.zo (1) Kasai 01095 door closer w/ doorstop 36' high .10 aluminum kickplate (plug, ext.) 2 a 36' high .10 aluminum kickplate (plug, int.) moo. (1) Sing.e polo push button switch w/ pilot light 0 ext. W 9 M (1) K- digital thermometer end alarm TN N .I $ (1) heat.:d air vent 6 z (1) 14' :r 14' Norfab heated view window o F A 0 [B): 36' x 78' flush model 2000 selt -closing cooler door w/ ai magn tie gasket c L '°° ;laiee door 1/2' for quarry tile *'" 3/4' concealed metal conduit W .-3 °zd Finish: 22 ga. stainless Steel 304 04 A O i E w 5 (3) Kase: 01248 spring assisted hingeS F 0 0. " a' (1) Kasai NK- 1238CV cylinder locking handle w/ inside release & padlock provision C.) rGi a - (1) Kano: 11095 door closer w/ doorstop . U m a wm 3 6' high .10 aluminum kickplate (plug. ext.) (� ii 36' high .10 aluminum kickplate (plug, int.) E W • (1) Singe pole push button Switch w/ pilot light a ext. 0 _' x .- (1) KfV - •1 digital thermometer and alarm 0 d IX V) p, , (1) 14' r 14' Norfab non - heated view window I F yr z Q g PARTS • _ (18) aq.ft. 22ga. stainless steel ceiling closure 304 04 ( ** *UNKNOWN SIZE 8 LOCATION: SHIP LATER **') _ ai g (2) - ea- 2' x a' x - 86'_Y 22 ga. stainless steel ve�tie81 ClOSUte '-y _ - -- � -- (2) ea. 2' x 4' x 48' x 22 ga. stainless steel 304 0a vertical closure a' ¢ ~ = o y c (9) ea. 2' x 2' x 120' x 22 ga. stainless steel 304 04 ceiling tie - down 0 interior D1 W x t , C �. (2) ea. 4' fluorescent fixture for cooler application A 0: (4 z (2) ee. 4' fluorescent fixture for freezer application p W r. 0: rn z 3 (10) lin.ft. K -400 rubber rail bumper 0 j v O a § 1 (6) ea. K -.100 EC Rubber rail end caps c... 8 N ° Net i REFRIGERATION 6 % 115 of i I i (1) ea. Hea•:craft Split- System ( -10 °F holding temperature) (1) 110H031L63CF tend. unit and (1) LSF1208 evap 208 - !30/3/60 R404a 3 HP hermetic outdoor cond. unit "511 E. w/ defrost timer, thermostat & liquid line solenoid' 37.7iW x 28.250 x 19.75K 0 260 lbs eras a mm� 9 YCA =.!8. MOPO =30 a "&' 208 - .130/1/60 electric defrost evap w/ Y W Xv CD U . m,- 61.5'I x 14.840 x 14.94K 9 Golbs. q mato 'Aaps =3 HeaterAmps 1.7 p. z7�`D a =1 (1) Se. Hea:craft Split System (35 °F holding temperature) E I :,,q o k (1) IIOHOIOX63CF cond. unit and (1) LSC090A evap 0.0 i ....0 .o. c 208 - .!30/3/60 R404a 1 HP hermetic outdoor cond. unit - w/ d• :frost timer, thermostat a liquid line solenoid REV# DATE BY 23.7.IW x 28.260 x 17.25K @ 1731bs. ll 1I 5/:6 0Oa0r76 /,� 115/:/60 air defrost evap w/ TXV ,L(, 45.511 x 14.840 x 14.94H 0 48 lbs. t Moto .Amps-3.8 (1) •ra. Refrigerant Leak Detector • Dual Sensor * OREGON SEAL DO NOT SCALE THIS DRAWING SCALE: 3/16' = 1'-0" • • NcF NSF LABEL DAIEPwN t2 4/01 2044 N.S.F. LISTED (STD 07) DRAWN BY: DENIER BEILLARD N.S.F. GASKET P ALL PANEL_4 CHK'C *BY; RP-04/09/2004- — 80X 1 OF 1 SHEET: - 1 OF 2 DRWA: 03 -PN- 29924 -01 NAY -06 -2004 THU 08:57 AM IMPERIAL FAX NO. 5036652929 P. 04/05 1 • • • a. • ,11 -immi r HI • i Pr I I 1 I ...e--- 1 r I W14 yrg _,�_ 8 PM f8 ..-4( WALL PANEL • •o -- h —! ©ELEVATION ux +� T 'J RAISE OORR FR[. INT. ANGLE SCREED -- 2x6 VOOD THERMAL BREAK FINISHED FLOOR LINE V No - N ave , aar� T- 17[94)ygp • r // /�i/ N. II I 1 INSULATION gar 1 , I � I h C-2) CURB SECT: 0 I� § ' I COOLER FREEZER i a P' �e O 2 INTERIOR i TO 1 1/2' DEEP z 5 1/2' WIDE x -- (DOOR COMMODATE CABLE ASSEMBLY. a GROUT SO INSTALL THRESHOLD. 195/16 Q © ? WEAR SLAB Q I VIP I INSULATION • _ N 273/18 47 1/2 216/16 2611/16 47 1/2 2219/16 ` 4116 ... . • . r.0195109 r .."/ PIT / CURB PLAN (NIC) 6 ah. X ropr Adler T oURB SECTIC ,� �_— x z rn vi m • • N. • - 4 . Vi o® • m -0 rt r 3 Z • - 70 1.1 o m = o m 0 . - —} m c --I 0` —.4,: a '-' ( • • r a x 3 --\--- 3 ' T • r A7 [V A m x n D • -� C ? 4 OJ u LO \\ a H O • Z i . : 6 Z x . N z P v c c,.: Q: CC v IN CC Cc 1 m S ill N y g ®� E � erial US FOODSERVICE- CONTRACT DESIGN j m z qt VANCOUVER, WA 1 b !I K 5 rn METZ ELEMENTARY SCHOOL j Z , ° ° ! I < NDTE: TOPREVENTCONDENSAl10N, 1} �REMUSTBEAMINIMUMCLEARA� ICEOF7FROhS THE 1YNJ(dVEXifRIOH , I ■ = o iii A 1 MANUFACTURING SURFACE. HIGH HUMIDITY CONDITIONS MAT REQUIRE FORCED VENTI ATION IN ADDITION TO CLEARANCE. N N + 2271. N. E. 194TH NOTE FLOORS OF INSTALLATION SITES SHALL BE TRUE AND LEVEL WITHIN 3rW PER 10'ORADDITIONAL T r 3 ' PORTLAND. OR 97230 COSTS M4Y BE INFD. O Phone: SOS -865 -5539 O b K Fax: 5D3 -665 -2929 HOTEM FOR EIECTRCRI ,PLUYBNG. PERMITS ORCCNCR TE15 crl www.imperietmfg.com UFEFSSUSIEAONIHEQUDIE.