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Specifications Sit ��o;� . .... t„. ..,‘ T?.. n A . .... 7 C, .....-: -.17:; 6 a o, ' • o i a r 's o � o r .c TV C (l P d ° °� o N az.. '$ 111) . rIt . � Cl) MOTET: \ Q. oars._ ® I. UNIT MUST HAVE CLEARANCES FOR AIRFLOW AS FOLLOWS: TOP -DO N07 RESTRICT II! ANY WAY +4. . {��i'�° COIL SIDE. 3 1/2 FT.11061mm1 FROM SOLID SURFACE \ "{•.. SIDE. ENDS- 3FT.(914mm1 FROM SOLID SURFACE (FOR SERVICE ACCESS) ■ r 8' -9 1/8 "(268971 ^` 2. COIL SIDE CLEARANCE WITH ACCESSORY HAIL GUARD INSTALLED IS MOUNTING HOLES x.50 ~+ /p 3 FT 1914mm SIDE � ' A 7 TO OUTSIDE EDGE OF NAIL GUARD TOP PANEL COIL , y. . C 7. COIL SIDE CLEARANCE FOR MULTIPLE CHILLER - :\ I INSTALLATION IS 6 FT 119AImm1, L J , 'K ; • 4. FLOW SWITCH AND STRAINER ARE FACTORY INSTALLED IN R � ' TOTAL OPERATING TOTAL OPERATING ENTERING FLUID PIPING. VT D- YWE iG NI - AL. FIN WEIGHT - CU. FIN I I�fRl: AL. NHS �O c„ . ,. 30RA022 -6DU .'•1519 689 1109 775 TOP GA m� Y %' 30RA022-SOR[ 1551 703 1740 789 J .30R/6025 -60H[ 1584 718 1775 805 0 7 74 \ 46 ,..../ -4 * 1625 131 1815 823 31 3' -4' 110161 MOUNTING HOLES 0.50 n 3' 6" (10671 R C GAAV OF R� TY �� 10 3/4" 38 , F 10'f + 25a] (2 i37 [921 V / 1 3' [167 0 OPTIONAL i 25 1555 FIELD POWER N 2 I/ UT I OPTIONAL PAN SUPPLY KNOCKOUT 5 4 /1' PAL L6553 KNOCKOUT 111 BAGS SUPPL I — FOR PUMP RELIEF /DRAIN /BLOW OFF 34 3l 16' (`VE7. [ 8681 [146] s' -D ■ [27 431 3' -7• (IDB27 1111 " 1 3 \ Hi P UMP ACCESS PUMP ACCESS I O O O O 113211 171 ii8 " [227 S ERVICE FIELD C011/AOL :I DO OR SUPPLY KNOCKOUTS ® 7/8'1221 0 PILOT HOLE FOR PUNCH f IELQ POWER SUPPLY I' 9' [5331 KNOCKOUT CENTER OF GRAVITY ., 0 0 111 Iel∎L 6 I / 4' [1427 5 5/8" o 0 O iffi1111111■= P [1597 FRONT p U REAR 0 } 39 11 2' -3 112' 2• [511 0 FPT WATER OUTLET I 2'- 8 1/4• 2" (51] 0 FPT WATER INTLET [8181 . O V A.t. V F 1 ®u 0 B TANN TOTAL WEIGHT TOTAL WEIGHT CO , ACCESSORY WITHOUT WATER WITH WATER ...Es 309A -900 -- -009 1490 LOS [676 NGl 7750 LAS [1247 KG] 0 I ' -5 31/61' I Adis 0 A CCES S ® 2' -21 /64'[ 61amm1 � 444 II I I CENTER OF GRAVITY — I I • to I® C 8 ®� CONTROL I W l'- 21172 ' N ACCESS 00% END [1236mm] a) 1 TAN TANK ACCESS ® �. ACCESS ,__7 111.111 ^ ' a e•[zz.3smm]¢ KNOCKOUT J�i ') FOR POWER TO THE CONTROL 00X. / _ 1 _ 0 \ ® � 4' -5 29132'11369mm] ` 395/.405 DIA. 3.00 ---1 150 I' -5 31/64" CENTER OF GRAVITY MOUNTING HOLES, NtDDLE EACH 510E 1T6.2mm1 [38 Intl L444mm1 NOUNIING HOLES, FOUR CORNERS (TIP.) 0 2.5 "[67.5 mm TO FTP WATER INLET /OUTLET w / �, I 9 ' -I 31/32' N t.. [2793mm] llUft( � !] f / TANK TANK TANK C u\ . ! � I � ACCESS ACCESS ACCESS 1111 1111: e a IIII III�I CONTROL e 1111111' 00X END 1 1 11111 : 1 e4mm1 1111111' ® ® + 0 40 1 {11111` vO 113": 1-111141111 1H0/ IIIIIN' �o ! C O? V , Physical data - t146: 60 Hz ENGLISH UNIT 30RA 010 015 018 I 022T 1 030 I 035 I 040 045 I 050 1 055 REFRIGERANT TYPE R -22, TXV Controlled System Refrigerant Charge (Ib) Ckt A/CM B 18/— I 27/— I 36/— I 37/— I 38/— I 48/— I 44/30 I 45/30 I 44/44 I 45/45 I 55/55 COMPRESSORS Scroll, Hermetic Quantity 1 1 I 2 2 I 2 I 2 I 3 I 3 I 4 I 4 I 4 Speed (Rpm) 3500 (Oty) CM A (1) SM125 (1) SM185 (2) SM110 (1) SM115, (2) SM160 (2) SM185 (1) SM115, (2) SM160 (1) SM125, (2) SM160 (2) SM185 (1)SM160 (1) SM160 (1) SM160 (Qty) CM B — I — — 1 (1) SM185 (1) SM185 1 1) SM160, (2) SM160 (2) SM185 Oil Charge (Compressor /Pt) SM110 /5.7, SM11516 7, SM125/6.7, M160/7.0, S 186/11 6 No. Capacity Steps Standard 1 1 2 2 2 2 3 3 4 4 4 Optional (Maximum) 2 2 3 3 3 3 4 4 5 5 5 Minimum Capacity Step ( %) Standard 100 100 50 41 50 50 25 32 22 25 25 Optional 69 79 32 27 38 39 16 24 15 19 20 COOLER Welded, Direct- Expansion Plate Heat Exchanger Net Fluid Volume (gal) 1.12 1.61 1 86 2.41 2 84 340 6.30 7 00 6.55 7 44 8.56 Maximum Refrigerant Pressure (psig) 450 450 450 450 450 450 450 450 450 450 450 Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 150 150 Without Pump(s) (psig) Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 150 150 With Pump(s) (psig) FLUID CONNECTIONS (in.) inlet and Outlet, FPT 2 2 2 2 2 2 2 2 2 2 2 Drain (NPT) 1/2 1 /2 1 /2 1 /2 1 /2 1 /2 1/2 1 /2 1 /2 1 /2 1 /2 CONDENSER FANS Standard Low Noise Type Fan Speed (Rpm) Standard/Low Noise 1140/570 1140/570 1140/570 —/850 — /850 —/850 — /850 —/850 —/850 —/850 —/850 No. Biades...Diameter (in.) CMA/CMB 15..30/— 15...30/— 15..30/— 11...30/— 11...30/— 11..20/— 11,..30/ 11...30/ 11...30/ 11...30/ 11...30/ 11 ..30 11...30 11...30 11...30 11.. No. Fans...TOtal kW 1..1.8 1...1.8 1...1.8 2..2.0 2...2.0 2...2.0 2...2.0 (A), 2...2.0 (A), 4...4.0 4.. 4.0 4...4.0 1.. 1.8 (B) 1...1.8 (B) "' Total Airflow (CI m) 10.500 10.500 10,500 13,600 13,600 14,500 21,000 21.000 27,300 27,300 29,000 CONDENSER COILS Ouantity...No. Rows 1...2 1...3 1...3 1...3 1...3 1...3 2...3 2...3 2...3 2 ..3 2...3 Total Face Area (sq ft) 23 23 23 32 32 40 55 55 64 64 80 HYDRONIC MODULE (Optional)* Pump(s). Strainer W /Blowdown Valve, Expansion Tank, Pressure Gages, Drain and Vent Plugs, Flow Switch, and Balance Valve Pump Single or Dual, Centrifugal Monocell Pump(s), 3500 Rpm Expansion Tank Volume (gel) 4 4 I 10.3 50 Hz ENGLISH UNIT 30RA 010 015 I 018 022 1 025 I 032 I 035 I 042 I 045 REFRIGERANT TYPE R -22, TXV Controlled System Refrigerant Charge (Ib) CM A/CM B 18/— I 27/— I 36/— I 37/— I 38/— I 44/30 I 44/30 I 44/44 I 44/44 COMPRESSORS Scroll, Hermetic Quantity 1 I 2 2 2 I 2 I 3 I 3 I 4 4 Speed (Rpm) 2900 (Oty) CM A (1) SM160 (2) SM110 (2) SM125 (2) SM160 (2) SM185 (1) SM115, (1) SM160 ( SM185 (2) SM160 (2) SM185 (Oty) CM B — — — — — (1) SM185 (1) SM185 (2) SM160 (2) SM185 011 Charge (Compressor /Pt) SM110/5.7, SM115 /6 , SM125/6.7, SM160/7.0, SM185/11.6 No. Capacity Steps Standard 1 2 2 2 2 3 3 4 4 Optional (Maximum) 2 3 3 3 3 4 4 5 5 Minimum Capacity Step ( %) Standard 100 50 50 50 50 25 33 25 25 Optional 71 28 31 35 37 15 _ 25 18 19 COOLER Welded, Direct - Expansion Plate Heat Exchanger Net Fluid Volume (gal) 1.12 1.61 1.86 2.41 2.84 5.77 6.55 6.77 6.55 Maximum Refrigerant Pressure (psIg) 450 450 450 450 450 450 450 450 450 Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 Without Pump(s) (psig) Maximum Fluid Side Pressure 150 150 150 150 150 150 150 150 150 With Pump(s) (psig) FLUID CONNECTIONS (In.) inlet and Outlet, FPT 2 2 2 2 2 2 2 2 2 Drain (NPT) 1 /2 1 /2 1 /2 1 /2 1 /2 1 /2 1 /2 1 /2 1 /2 CONDENSER FANS Standard Low Noise Type Fan Speed (Rpm) Standard/Low Noise 950/475 950/475 950/475 —/700 — /700 —/700 — /700 —/700 —/700 No. Blades...Dlameter(In.) Ckt A/CMB 11...30/ 11...30/ 11...30/ 11...30/ 15...30% 15...30% 15..30% 11..30% 11...30% 11...30 11...30 11...30 11.. 30 No. Fans...Total kW 1...1.8 1...1.8 1...1.8 2 .2.0 2...2.0 2...2.0 (A), 2..2.0 (A), 4..4.0 4...4.0 1 1 8 (B) 1...1.8 (B) "' Total Airflow (Cfm) 8,750 8,750 8,750 11,330 11,330 17,500 17,500 22,750 22,750 CONDENSER COILS Quantlty...No. Rows 1...2 1...3 1...3 1 .3 1...3 2...3 2...3 2...3 2...3 Total Face Area (sq ft) 23 23 23 32 32 55 55 64 64 HYDRONIC MODULE (Optional)* Pump(s), Strainer W/Blowdown Valve, Expansion Tank, Pressure Gages, Drain and Vent Plugs, Flow Switch, and Balance Valve Pump Single or Dual, Centrifugal Monorail Pump(s), 3500 Rpm Expansion Tank Volume (gal) 4.4 I 10.3 TXV — Thermostatic Expansion Valve . *Flow switch and strainer are standard on all units, with or without hydronic package. 5 A • Electrical data CCale 30RA ELECTRICAL DATA 1.5/1.0 HP PUMP 2.0/1.5 HP 2.0/1.5 HP 3.0/2.0 HP PUMP 5.0/3.0 HP PUMP (STD) PUMP (ALT) PUMP UNIT VOLTAGE POWER NO HYDRONIC PACKAGE Pump Options Pump Options Pump Options UNIT SUPPLY 'A' or 'F' Pump Options Pump Options B'or'G' C'or'H 'D' or 'J' 'E' or 'K' 30RA V -Hz Supclled REO MCA MOCP ICF Roc MCA MOCP Ree MCA MOCP Rec MCA MOCP Rec MCA MOCP Rec MCA MOCP Ree ( Ph) Min Max XL XL XL Fuse XL XL Fuse XL XL Fuse XL XL Fuse XL XL Fuse XL XL Fuse Size Size Size Size size Size 230 -60 207 253 1 46.2 70 272.6 60 50.2 80 60 514 80 60 51.4 80 60 53.6 80 70 - - - 208/230 -60 187 253 1 51.3 80 273.4 60 55 7 90 70 57.0 90 70 57.0 90 70 59.5 90 70 - - - 460 -60 414 506 1 23.8 35 123.8 30 25 8 40 30 26.4 40 35 26 4 40 35 27.5 40 35 - - - 010 575 -60 518 633 1 19.2 30 83.0 25 20.8 30 25 21.2 30 25 212 30 25 22.1 35 30 - - - 380 -60 342 418 1 29.9 50 159.6 35 32.3 50 40 33.0 50 40 33.0 50 40 34.3 50 40 - - - 380/415 -50 342 440 1 28.5 45 138.8 35 30.2 50 40 31.0 50 40 31.0 50 40 31.6 50 40 - - - 230 -50 207 253 1 48.9 80 231.3 60 51.7 80 7D 52.9 80 70 52.9 80 70 54.0 80 70 - - - 230 -60 207 253 1 62.4 100 387.6 80 66.4 110 80 67.6 110 80 67 6 110 80 69.8 110 90 - - - 208/230 -60 187 253 1 69.3 110 388.4 90 73.7 110 90 75.0 110 90 75.0 110 90 77.5 125 90 - - - 460 -60 414 506 1 33.6 50 8 40 35.6 50 45. 36 2 50 45 36.2 50 45 37.3 60 45 - - - 015 575 -60 518 633 1 26.7 45 r 35 28.3 45 35 28.7 45 35 28.7 45 35 29 6 45 35 - - - 380 -60 342 418 1 42.2 70 239.6 50 44.6 70 60 45.4 70 50 45.4 70 50 46.7 70 60 - - - 380/415 -50 342 440 1 36.0 50 148.1 40 37.6 50 45 38.4 50 45 38.4 50 45 39.1 50 45 - - - 230 -50 207 253 1 64.5 90 242.2 80 67.3 90 80 68 5 90 80 68.5 90 80 69.7 90 80 - - - 230 -60 207 253 67.3 90 271.2 80 71.3 90 80 72.5 90 80 72.5 90 80 74.7 100 90 - - - 208/230 -60 187 253 74.8 100 274 9 90 79.2 100 90 80.5 110 90 80.5 110 90 83.0 110 100 - - - 460 -60 414 506 35.5 45 147.9 40 37.5 50 45 38.1 50 45 38.1 50 45 39.2 50 45 - - - 01 8 575 -60 518 633 28.5 35 99.3 35 30.1 40 35 30.5 40 35 30.5 40 35 31.4 40 35 - - - 380 -60 342 418 44.0 60 182.1 50 46.4 60 60 47.1 60 60 47.1 60 60 48.5 60 60 - - - 380/415 -50 342 440 38.9 50 139.4 45 40.6 50 45 41.3 50 50 41.3 50 50 42.0 50 50 - - - 230 -50 207 253 69.5 90 239 4 80 72.3 100 80 73.5 100 90 73.5 100 90 74.6 100 90 - - - 230 -60 207 253 1 84.9 110 311 3 100 88.9 125 100 90.1 125 100 90.1 125 100 92.3 125 110 - - - 208/230 -60 187 253 1 94.3 125 316.4 110 98.7 125 110 100.1 125 125 100.1 125 125 102.5 125 125 - - - 460 -60 414 506 1 44.7 60 154.4 50 46.7 60 60 47.3 60 60 47.3 60 60 48.4 60 60 - - - 022 575 -60 518 633 1 36.8 50 136.0 45 38.4 50 45 38.9 50 45 38.9 50 45 39.8 50 45 - - - 380 -60 342 418 1 57.7 80 194.7 70 60.1 80 70 60.9 80 70 60.9 80 70 62.2 80 70 - - - 380/415.50 342 440 1 492 60 159.4 60 50.9 70 60 51.6 70 60 51.6 70 60 52.3 70 60 - - - 230 -50 207 253 1 84.4 110 266.8 100 87.2 110 100 88.4 110 100 88.4 110 100 89.5 110 100 - - - 230 -60 207 253 92.2 125 311.3 110 96.2 125 110 97.4 125 110 97.4 125 110 99.6 125 110 - - - C 208/230 -60 187 253 102.4 125 316 4 125 106.8 125 125 108.2 125 125 108.2 125 125 110.6 150 125 - - - 460 -60 414 506 50.3 70 160,0 60 52.3 70 80 52.9 70 80 52.9 70 80 54 0 70 80 575 -60 518 633 41.2 50 140.4 50 42.8 50 50 43.3 50 50 43.3 50 50 44.2 60 50 380 -60 342 418 65.2 90 202.2 80 67.6 90 80 68.4 90 80 68.5 90 80 69.7 90 80 380/415 -50 342 440 59.1 80 203.8 70 60.8 80 70 61.5 80 70 61.5 80 70 62.2 80 70 - - - 230 -50 207 253 101.3 125 359.3 125 104.0 125 125 105.3 125 125 105.3 125 125 106.4 125 125 - - - 230 -60 207 253 1 108.2 150 433.4 125 112.2 150 125 113.4 150 125 113.4 150 125 115,6 150 150 - - - 208/230 -60 187 253 1 120.2 150 439.3 150 124.6 150 150 125.9 150 150 125.9 150 150 128 4 175 150 - - - 030 460-60 414 506 1 58.4 80 203.6 70 60.4 80 70 61.0 80 70 61.0 80 70 62.1 80 70 - - - 575 -60 518 633 1 46.4 60 162.7 60 48.0 60 60 48.4 60 60 48.4 60 60 49.3 60 60 - - - 380 -60 342 418 1 73.5 100 270.9 90 76.0 100 90 76.7 100 90 76.7 100 90 78.0 100 90 - - - 032 380/415 -50 342 440 1 73.0 90 217 7 80 - - - 75 4 90 90 - - - 76.1 100 90 78.2 100 90 230 -50 207 253 1 126.2 150 384.2 150 - - - 130.2 150 150 - - - 131.3 150 150 134.9 175 150 230 -60 207 253 1 138,1 175 ' 463.4 150 - - - 143.3 175 175 - - - 145 5 175 175 150.7 175 175 208/230 -60 187 253 1 153.4 200 472.5 175 - - - 159.1 200 175 - - - 161 6 200 175 167.3 200 200 460 -60 414 506 1 73.2 90 218.4 80 - - - 75.8 90 90 - - - 76.9 100 90 79.5 100 90 035 575 -60 518 633 1 59.3 70 175.7 70 - - - 61.4 80 70 - - - 62.3 80 70 64.3 80 70 380-60 342 418 1 93.3 110 290.7 110 - - - 96.5 125 110 - - - 97.8 125 110 101.0 125 110 380/415 -50 342 440 1 87.1 110 231.8 100 - - - 89.5 110 100 - - - 90.2 110 100 92.3 110 100 230 -50 207 253 1 149.1 175 407.1 175 - - - 153.1 175 175 - - - 154.2 175 175 157.8 175 175 230 -60 207 253 1 145.4 175 470.6 175 - - - 150.6 175 175 - - - 152.8 175 175 158.0 200 175 208/230 -60 187 253 1 161.5 200 480.6 175 - - - 167.2 200 200 - - - 169.7 200 200 175.4 200 200 040 460 -60 414 506 1 78.8 100 224.0 90 - - - 81.4 100 90 - - - 82.5 100 90 85.1 100 100 575 -60 518 633 1 63.7 80 180 1 70 - - - 65.8 80 80 - - - 66.7 80 80 68.7 80 80 380 -60 342 418 1 100.8 125 298.2 110 - - - 104.0 125 125 - - - 105.3 125 125 108.5 125 125 380/415 -50 342 440 1 84.2 100 194.4 90 - - - 86.6 100 100 - - - 87.3 100 100 89.4 100 90 042 230 -50 207 253 1 144.9 175 327.3 175 - - - 146.9 175 175 - - - 150.1 175 175 153.6 175 150 230 -60 207 253 1 162 1 200 382.7 175 - - - 167.3 200 200 - - - 169.5 200 200 174.7 200 200 208/230 -60 187 253 1 180.0 200 395.6 200 - - - 185.8 225 200 - - - 188.2 225 225 193.9 225 225 460 -60 414 506 1 86.0 100 196.8 100 - - - 88.6 100 100 - - - 89.7 110 100 92.3 110 100 045 575 -60 518 633 1 69.9 80 1701 80 - - - 72.0 80 80 - - - 72.9 90 80 749 90 90 380 -60 342 418 1 109.9 125 248.4 125 - - - 113.0 125 125 - - - 114.4 125 125 117.5 125 150 380/415 -50 342 440 1 112.1 125 256.9 125 - - - 114.5 125 125 - - - 115.2 125 125 117 4 125 125 230 -50 207 253 1 192.1 225 450.1 225 - - - 196.1 225 225 - - - 197.2 225 225 200 8 225 225 230 -60 207 253 1 175.3 200 394.4 200 - - - 180.5 200 200 - - - 182.7 200 200 187.9 200 200 208/230 -60 187 253 1 194.6 225 408.6 225 - - - 200.4 225 225 - - - 202:8 225 225 208.6 225 225 050 460 -60 414 506 1 95.5 110 205.2 110 - - - 98.1 110 110 - - - 99.2 110 110 101.8 110 110 575 -60 518 633 1 78.2 90 177.5 90 - - - 80.3 90 90 - - - 81.2 90 90 83.3 90 90 380 -60 342 418 1 123.8 150 260.8 150 - - - 127.0 150 150 - - - 128.3 150 150 131.4 150 150 230 -60 207 253 1 205.5 225 530.7 225 - - - 210.7 250 225 - - - 212.9 250 225 218.1 250 250 208/230 -60 187 253 1 228.2 250 547.3 250 - - - 234.0 250 250 - - - 236.4 250 250 242.1 250 300 055 460 -60 414 506 1 110.8 125 256.0 125 - - - 113 4 125 125 - - - 114.5 125 125 117.1 125 125 575 -60 518 633 1 88.0 100 204.4 100 - - - 901 100 100 - - - 91.0 100 100 93.0 110 100 380 -60 342 418 1 139.5 150 336.9 150 - - - 142.7 150 175 - - - 144.0 150 175 147.2 175 175 LEGEND ICF - Instantaneous Current Flow MOCP - Maximum Overcurrent Protection MCA - Minimum Circuit Amps XL - Across - the -Line Start NOTES: 1. Units are suitable for use on electrical systems where voltage supplied to the unit terminals is not below or above the listed minimum and maximum limits. Maximum allowable phase imbalance is: voltage, 2 %, amps 10 %. 2. All units /modules have single point primary power connection. (Each unit/module requires its own power supply) Main power must be supplied from a field - supplied disconnect 3. Cooler heater is wired into the control circus so it is always operable as long as the power 6 0 1STE supply disconnect is on, even if arty safety device is open. 4. Maximum incoming wire size for each terminal block is 500 kcmil. 6Hz only 5. Power draw control circuits include both crankcase heaters and cooler heaters (where used). Each compressor has a crankcase heater which draws 180 watts of power. • 32 N N • Control and power wiring schematic, sizes 010 -030 centi TRAN2 Ff��''�"'' —MAT � SECONDARY fl ® 1 o f1 ISV 0 ® �, V o� NI GFI -CO BLK O O„ O +o FLOP /ACCESSORY o �� LINE +B J �' BRASS SCREW o SILVER SCREW IOGEE ® -1 GROUND-FAULT 0 ❑ACUIYIITENRNITEA © �m - TEST ouTLET J 0 0 ��� V (4 AMPS MAX.) i __GflN -}EL OR LOAD TBIA ,, ,.--380/415V ONLY TB6 21 44 ©DQLI UD1CC m12 ®14 © o NEUTRAL lap -1 .J- 1 _JI \ -_- 1 1 FLOP/ II__ L t , I I o I I ACCESSORY 1 1 1 1 1 1 1 1 I - i 1 1 1 I 1 1 I I W I° I I I 1 I » I I I I 4 -20 MA 4.2U MA 4-20 MA 1 00 _ Oi I I SIGNAL SIGNAL SIGNAL 1 � 1 -, I I GENERATOR GENERATOR GENERATOR - I I {4+ EUIF DEMAND TEMPERATURE COOLING 1 1 I � 1 `tom' LIMIT BESET SETPOINT I G — J _J A J.74 I I I I 1 TB5 I i (SEE NOTE U) ORN 4©44Q11 OG©CE m �2 ®m IS 1 1 1 F m� I I CWPI 1 1 I L- I 1 I J I FIELD POWER SUPPLY o - ~ T I I I L J — - CMP2 1 I I I I ou --6- -- J L J I-1IJ L1� I I ' — -'- SETPOINT I r .L L L .J L , E I ACCESSORY HEAT REMOTE I - — — -0-1 DISCONNECT/BRANCH CIRCUIT SEE ENNOTE 3I_ — — — � I L PROTECTION PER NEC J (SEE NOTE NE) 1 DATA CON PORT STANDARD POWER CBIA NOTES: 2 r 3 I I. FACTORY WIRING IS IN ACCORDANCE WITH NATIONAL ELECTRICAL CODE (NEC). FIELD MODIFICATIONS ® , M LQI ® 380/415V ONLY OR ADDITIONS MUST BE IN COMPLIANCE WITH ALL APPLICABLE CODES. 2. WIRING FOR MAIN FIELD SUPPLY MUST BE RATED 75C MINIMUM. USE COPPER FOR ALL UNITS. r 21 MAXIMUM INCOMING WIRE SIZE FOR THE TERMINAL BLOCK IS R2 40 AWG. a MAXIMUM INCOMING WIRE SIZE FOR 60 AND IOE AMP NON -FUSED DISCONNECT IS MI AWG. NEUTRAL MAXIMUM INCOMING WIRE SIZE FOR 25D AMP NON -FUSED DISCONNECT IS 350 KCMIL. 3. TERMINALS 9 AND 10 OF TB5 ARE FOR FIELD EXTERNAL CONNECTIONS FOR REMOTE ON -OFF THE CONTACTS MUST BE RATED FOR DRY CIRCUIT APPLICATION CAPABLE OF HANDLING A I I 24VAC LOAD UP TO 50 MA. I 4 TERMINALS 1 AND 2 OF TB5 ARE CONNECTED TO THE FACTORY INSTALLED CHILLED WATER FLOW SWITCH ICWFSI. I I TO ADD CHILLED WATER PUMP INTERLOCK CONTACTS, REMOVE THE ORANGE HARNESS WIRE FROM TB5 - I I AND WIRE CONTACTS IN SERIES AS SHOWN. THE CONTACTS MUST B • E RATED FOR DRY CIRCUIT APPLICATION 1 CAPABLE OF HANDLING A 24VAC LOAD UP TO 50 MA. 5. TERMINALS II AND 13 OF TB5 ARE FOR CONTROL OF CHILLED WATER PUMP? (CWP) STARTER. 1 p EOU?P Z TERMINALS 13 AND IS OF TB5 ARE FOR CONTROL OF CHILLED WATER PUMP? STARTER. ® o ® o SEALED 1 I GRD THE MAXIMUM LOAD ALLOWED FOR THE CHILLED WATER PUMP RELAY IS 5 VA SEALED, 10 VA R 1 INRUSH AT 24V. FIELD POWER SUPPLY IS NOT REQUIRED. 6. TERMINALS 12 AND 13 OF TB5 ARE FOR A ALARM RELAY. THE MAXIMUM LOAD ALLOWED FOR THE 1 1 1 I I ALARM RELAY IS 5 VA SEALED, 10 VA INRUSH AT 24V. FIELD POWER SUPPLY IS NOT REQUIRED. I I I I 1 7. MAKE APPROPRIATE CONNECTIONS TO TB6 AS SHOWN FOR ENERGY MANAGEMENT BOARD OPTIONS. THE I I I I 1 CONTACTS FOR DEMAND LIMIT AND ICE DONE OPTIONS MUST BE RATED FOR DRY CIRCUIT APPLICATION R CAPABLE OF HANDLING A 24VAC LOAD UP TO 50 MA. I I I I 1 I I I I FIELD POWER SUPPLY I A LEGEND. I A - ALARM I I I I I L 1 1 J L . CWPI CHILLED WATER PUMP INTERLOCK r -I CWP - CHILLED WATER PUMP DISCONNECT /BRANCH CIRCUIT EMM - ENERGY MANAGEMENT I PROTECTION PER NEC 1 SPT - SPACE TEMPERATURE L J TB - TERMINAL BLOCK (SEE NOTE 112) m FIELD POWER WIRING NON-FUSED — — FIELD CONTROL WIRING ON -FUSED DISCONNECT POWER FACTORY INSTALLED WIRING 37 I [ /�) 7 V / 0 3 • NOTES: p.p I. FACTORY WIRING IS IN ACCORDANCE WITH NATIONAL ELECTRICAL CODE (NEC). FIELD MODIFICATIONS OR ADDITIONS MUST BE IN COMPLIANCE WITH ALL APPLICABLE CODES. 2. WIRING FOR MAIN FIELD SUPPLY MUST BE RATED 75C MINIMUM. USE COPPER FOR ALL UNITS. MAXIMUM INCOMING WIRE SIZE FOR THE TERMINAL BLOCK IS 2/0. MAIN UNIT CONTROL 50X a a (HARNESS AS Y.) LEGEND: ----- FIELD POWER WIRING - - - - FIELD CONTROL WIRING FACTORY INSTALLED WIRING C CA CONTACTOR 'TNKR-AI' I I ' C.B. CONTROL BOX I I (D GRND GROUND I I wit MS MANUAL STARTER I I TB TERMINAL BLOCK CONTROL POWER FIELD CONTROL WIRING TO MAIN �. UNIT CONTROL BOX ■■• (0 o o 0 0 () I I — 1 0 relA GRND TB2A GRND CD 0 0 0 3 0. 0. 00 00 =' • __ —r 000 000 r r - e _ _ ,® __ t!1 ® e ® - MSA2 MI .TNKR -AI' 0 mit O O O 0 0 0 0) GRND. EOU I P 00®0 : / /_ TNKRR2 O 00000 GRND Q A (® CA2 FIELD P0WERSUPPLY � CAI A A2 'OF 230-1-60 c9 0 0000 GRND 00000 I I 1 I 1 GRND J ~ - - -{ I 0 0 0 0 1 DISCONNECT /BRANCH CIRCUIT 1 r PROTECTION PER NEC I C.B. 1 30RA 90 .8 # - f 0 ONLY I tSEE NOTE 42) STANDARD POWER W • .'...• ' . , 10/1710512:41:32 NorthPacificGrp,Inc-> • RightFax . Page 005 , . .... _ - --"" ' L F- . '-: ' , • 40.•..... Ow 4 0 °' e-I t Aft ,,,,,/ 1 - I NI, - 1 - •••(1 9 , 11 ...-=„-.. _—= =---.- — -MIIIME111Vegl M -1.' • r i i.,:- • .0-1. a V' c 1 ) IL - ' ' ' •.1 3 3 , 7 o. _-_, .... .__.,...• --- .,... _ -_-- .....--_.., .... .....-.-. —._- _- _,. -...- --..-• __,-.... __—__-- ..=-.-_ - -__:ai i • 1 ,,, A 5 1 ... ■■ 55 - td . 1 s 1 - - r . 4 a9 --co, pos cPt-. 1. PL_fi.N VIE vi . 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DESIGN CRITERIA; DESIGN WAS BASED ON THE STRENGTH AND DEFLECTION CRITERIA OF THE 2003 INTERNATIONAL BUILDING CODE. IN ADDITION TO THE DEAD LOADS, THE FOLLOWING LOADS WERE USED FOR_ DESIGN, WITH LIVE LOADS REDUCED PER IBC: SNOW LOAD: 25 PSF SEISMIC: SITE CLASS: D SOS = 0.764 SEISMIC DESIGN CATEGORY: D RESPONSE MODIFICATION FACTOR Rp: 2.5 EXISTING CONDITIONS; THE CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS, DIMENSIONS AND ELEVATIONS, THE CONTRACTOR SHALL NOTIFY THE ARCHITECT/ENGINEER OF ANY DISCREPANCIES FROM CONDITIONS' SHOWN ON THE DRAWINGS PRIOR TO THE START OF THE WORK - SUBMITTALS: STRUCTURAL STEEL SHOP DRAWINGS SHALL BE SUBMIT'T'ED TO THE ENGINEER PRIOR TO FABRICATION AND CONSTRUCTION. IF THE SHOP DRAWINGS DIFFER FROM, OR ADD TO THE DESIGN OF THE STRUCTURAL DRAWINGS, THEY SHALL BE CLEARLY IDENTIFIED. ANY CHANGES TO THE STRUCTURAL DRAWINGS SHALL BE SUBMITTED TO THE ENGINEER AND ARE SUBJECT TO REVIEW AND ACCEPTANCE EY THE ENGINEER. CONCRETE ACCESSORIES: CONCRETE EPDXY ANCHORS SHALL BE INSTALLED WITH "SIMPSON SET" ADHESIVE OR ENGINEER APPROVED EQUIVALENT. • NON - SHRINK GROUT SHALL BE A PRE-MIXED 'COMPOUND CONSISTING OF NON=METALLIC AGGREGATE, CEMENT, WATER REDUCING AND PLASTICIZING AGENTS; CAPABLE OF DEVELOPING A MINIMUM COMPRESSIVE STRENGTH OP 2,200 PSI:IN 48 HOURS AND 6,000 PSI IN 28 DAYS, GROUT SHALL BE MIXED AND APPLIED IN STRICT ACCORDANCE WITH MANUFACTURER'S RECOMMENDATIONS. ALL MISCELLANEOUS STEEL; ASTM A36 (FY=36,000 PSI), OR AS NOTED ASTM A572 (FY- KSI). ,4i� r �' WIDE FLANGE: ASTM A992 (Fy - 50,000 PSI) OR ENGINEER. APPROVED EQUAL. " " a t 1 , STEEL PIPE TO BE ASTM A53, Fy 35KSI. c faow e ALL BOLTS: ASTM A325 UNLESS NOTED OTHERWISE. THREADED IN ER AWS STANDARDS. � S E OXX ELEU OTHERWISE. E AND BY CERTIFIED WELDERS. i ALL STEEL TO HAVE SHOP COAT- ALL STEEL EXPOSED TO WEATHER SHALL BE GALVANIZED. � .� ` EXPERES 12- 3.1 -0lv TM RJPPE E L N (...O L 6)-11 N 4 a L I - E 1� J? 50 O BY _71�' g. DATE *4405 J. CoN3UT.T7MC:Y.PiGIlVCrS CMKBY DATE_ 7630 S.W. B loe nw, S Z�4- eveland St, Suite 100 -- Tigard, Oregon 97'2 _ SHEET 5 �� of S none (503) 443 -3900 • .10/17/85 12:40:56 HorthPacificGrp,Inc - > RightFax Page 804 • DESIGN, FABRICATION, AND EoCTION SHALL BE TN ACCORDANCE WITH THE "RISC SPECIFICATION FOR STRUCTURAL STEEL BUILDINGS, ". WELDING SHALL CONFORM TO THE AWS CODES FOR ARC AND GAS WELDING IN BUILDING CONSTRUCTION AND SHALL BE 3/16" MINIMUM UNLESS OTHERWISE NOTED. WELDING SHALL BE BY AWS CERTIFIED WELDERS. PREQUALIF IED WELDING PROCEDURES ARE TO BE USED, UNLESS AWS QUALIFICATION IS SUBMITTED TO THE ARCHITECT/ENGINEER PRIOR TO FABRICATION, INSTALLATION AND TIGHTENING OF ALL BOLTS SHALL BE IN ACCORDANCE WITH THE "SPECIFICATIONS FOR STRUCTURAL JOINTS USING ASTM A325 OR A490 BOLTS ". UNLESS NOTED OTHERWISE BOLTS SHALL BE INSTALLED IN ALL HOLES OF THE CONNECTION AND BROUGHT TO A SNUG -TIGHT CONDITION. SNUG TIGHT . IS DEFINED AS THE TIGHTNESS THAT EXISTS WHEN THE PLIES OF THE JOINT ARE IN FIRM CONTACT. THIS MAY-BE-ATTAINED BY A FEW :IIv1PAC /S OF AN.IMPACT WRENCH OR THE FULL EFFORT OF A MAN.USING AN ORDINARY SPUD WRENCH. INSPECTION: SPECIAL INSPECTIONS: IN ACCORDANCE WTIIi SECTION 1704 OF THE INTERNATIONALBUILDING CODE AND APPLICABLE SECTIONS OF THE PROJECT SPECIFICATIONS. SPECIAL INSPECTIONS ARE TO BE PERFORMED BY AN INDEPENDENT TESTING LABORATORY EMPLOYED BY THE OWNER FOR. THE FOLLOWING AREAS OF WORK: 'WELDING EPDXY ANCHOR INSTALLATION • • • Plierf 4. ti nose fa -pp fier {, 4 1' i� z (EXPIRES :12 31 -OGi( 11Y1� TMYI RIPPEY LINWLN 7 - H I�.I- ER. suPpo = BY 7rlt� „ ATE /04 coNSULTiNo> GIN�s CM BY D+Y JOB Nd 'SZCD 4 7650 S.W. 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