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1. DB do E Total Net Capacity Sensible Net Capacity ee RAM te C CF C CF kW BTU hr kW BTU hr SHR 1 8 GPM kPa ft H20 26 79 DB 17 1 C WB 80 F DB 63 F WB 5 5 C 10 F 14 6 50000 14 6 50000 1 00 0 67 10 7 26 2 8 8 6 6 C 12 F 13 1 45000 13 1 45000 1 00 0 48 7 7 13 6 4 6 7 7 C 14 F 11 7 40000 11 7 40000 1 00 0 39 6 2 9 2 3 1 8 8 C 16 F 10 7 36000 10 7 36000 1 00 0 31 4 9 5 2 1 7 10 C 18 F 9 4 32000 9 4 32000 1 00 0 25 4 0 2 8 0 9 29 4 C DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 18 0 62000 18 0 62000 1 00 0 83 13 1 37 6 12 6 6 6 C 12 F 16 5 56000 16 5 56000 1 00 0 61 9 7 21 6 7 2 7 79 14 F 15 2 52000 15 2 52000 1 00 0 50 7 9 15 0 5 0 8 8 C 16 F 13 9 47000 13 9 47000 1 00 0 40 6 4 9 8 3 3 10 C 18 F 12 7 43000 12 7 43000 1 00 0 33 5 2 6 2 2 1 11 1 C 20 F 11 5 39000 11 5 39000 1 00 0 27 4 3 3 6 1 2 32 2 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 21 4 73000 21 4 73000 1 00 0 97 15 4 50 1 16 8 6 6 C 12 F 19 9 68000 19 9 68000 1 00 0 74 11 7 31 0 10 4 7 79 14 F 18 6 63000 18 6 63000 1 00 0 61 9 6 21 7 7 3 8 8 C 16 F 17 3 59000 17 3 59000 1 00 0 50 7 9 14 8 5 0 10 C 18 F 16 1 55000 16 1
2. ACRC301S IT Equipment AT IT Equipment Air Flow Recommended Capacity Limit C F l s per kW CFM kW kW 5 56 10 150 317 10 1 8 33 15 100 211 15 1 11 11 20 75 158 20 3 13 89 25 60 128 25 0 16 67 30 50 107 30 0 19 44 35 43 92 34 7 22 22 40 38 81 39 7 25 45 34 72 44 7 ACRC301H IT Equipment AT IT Equipment Air Flow Recommended Capacity Limit C F l s per kW CFM kW kW 5 56 10 150 317 13 3 8 33 15 100 211 19 9 11 11 20 75 158 26 5 13 89 25 60 128 32 9 16 67 30 50 107 39 4 19 44 35 43 92 45 6 22 22 40 38 81 52 1 25 45 34 72 58 6 ACRC500 ACRP500 series IT Equipment AT IT Equipment Air Flow Recommended Capacity Limit C F l s per kW CFM kW kW 11 0 19 8 75 5 160 43 11 3 20 4 73 2 155 45 11 7 CLI 70 8 150 46 12 1 21 8 68 4 145 48 12 5 22 6 66 1 140 49 13 0 23 4 63 7 135 51 13 5 243 61 4 130 53 14 1 25 3 59 0 125 55 14 6 26 2 56 6 120 58 153 27 5 543 115 60 15 9 28 7 51 9 110 63 16 7 30 1 49 6 105 66 17 5 31 6 47 2 100 69 30 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 ACRC301S Performance Specifications 5 41 EWT
3. na4345a Item Description Upper side panels Fans Display interface Lower side panels Front panel Rear panel Air filters Upper piping installation holes 9000000 18 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Internal components ACRC301S Item 000000000000 990 4618C 001 Description Fan Supply air temperature sensor top Coil Condensate drain pan top Supply air temperature sensor bottom Condensate drain pan bottom Drain valve Condensate drain pan float switch Condensate pump Return air temperature sensor bottom Schrader valve inlet water pressure test 2 way 3 4 in bypass shut off valve Ep MES 2 E S aa na4397a Description Inlet shutoff valve 1 in Pipe connection water inlet Pipe connection water outlet Schrader valve outlet water pressure test 3 way actuator valve Flow meter Auto transfer switch ATS box Electrical box Return air temperature sensors Power cord connections top Rack joining brackets Schrader valve air purging InRow Chilled Water Air Conditioners Technical Specifications 19 Internal components ACRC301H Item Description F
4. DB do E Total Net Capacity Sensible Net Capacity oe RAM te C CF C CF kW BTU hr kW BTU hr SHR 1 8 GPM kPa ft H20 26 79 DB 17 1 C WB 80 F DB 63 F WB 5 5 C 10 F 16 2 55000 16 0 55000 0 99 0 75 11 8 31 4 10 5 6 6 C 12 F 14 6 50000 14 5 49000 0 99 0 56 8 8 17 9 6 0 7 7 C 14 F 13 2 45000 13 1 45000 0 99 0 44 7 0 11 7 3 9 8 8 C 16 F 11 9 41000 11 8 40000 0 99 0 35 5 5 7 1 2 4 10 C 18 F 10 7 37000 10 6 36000 0 99 0 28 4 4 4 0 1 3 29 4 C DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 19 7 67000 19 5 66000 0 99 0 90 14 3 43 5 14 6 6 6 C 12 F 18 2 62000 18 0 61000 0 99 0 69 10 9 26 1 8 8 7 79 14 F 16 7 57000 16 5 56000 0 99 0 55 8 6 17 8 6 0 8 8 C 16 F 15 4 52000 15 2 52000 0 99 0 44 7 0 11 8 4 0 10 C 18 F 14 2 48000 14 0 48000 0 99 0 36 5 8 7 8 2 6 11 1 C 20 F 13 0 44000 12 8 44000 0 99 0 30 4 8 4 9 1 7 32 2 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 23 0 79000 22 8 78000 0 99 1 04 16 6 56 5 18 9 6 6 C 12 F 21 5 73000 21 2 72000 0 99 0 82 13 0 36 8 12 3 7 7 C 14 F 20 1 69000 19 9 68000 0 99 0 65 10 4 24 8 8 3 8 8 C 16 F 18 8 64000 18 6 63000 0 99 0 54 8 5 17 3 5 8 10 C 18 F 17 5 60000 17 4 59000 0 99 0 45 7 1 12 1 4 1 11 1 C 20 F 16 4 56000 16 2 55000 0 99 0 38 6 0
5. Temperature DB S MAPA Total Net Capacity Sensible Net Capacity acts darc op C CF C CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 5 5 C 10 F 28 3 97000 28 3 97000 00 1 28 20 3 80 5 27 0 6 6 C 12 F 27 3 93000 27 3 93000 00 01 03 16 4 55 4 18 6 7 14 F 26 0 89000 26 0 89000 00 0 84 13 3 38 6 13 0 8 8 C 16 F 24 9 85000 24 9 85000 00 0 70 11 2 28 3 9 5 10 18 23 8 81000 23 8 81000 00 0 60 9 5 21 1 7 1 11 1 C 20 F 22 6 77000 22 6 77000 00 0 51 8 1 15 8 5 3 46 11 DB 23 3 WB 115 DB 74 WB 6 6 C 12 F 30 7 108000 30 7 108000 00 1 16 18 4 67 7 22 7 7 14 F 29 4 100000 29 4 100000 00 0 95 15 0 47 6 16 0 8 8 C 16 F 28 3 96000 28 3 96000 00 0 80 12 6 35 3 11 8 10 18 27 2 93000 27 2 93000 00 0 68 10 8 26 7 9 0 11 1 C 20 F 26 0 89000 26 0 89000 00 0 59 9 3 20 4 6 8 48 89 C DB 23 9 C WB 120 F DB 75 F WB 6 6 C 12 F 34 0 116000 34 0 116000 00 1 28 20 3 79 4 26 6 7 79 14 F 32 8 112000 32 8 112000 00 1 05 16 6 57 0 19 1 8 8 C 16 F 31 7 108000 31 7 108000 00 0 89 14 1 42 7 14 3 10 18 30 5 104000 30 5 104000 00 0 76 12 1 32 6 10 9 11 1 C 20 F 29 4 104000 29 4 104000 00 0 66 10 5 25 4 8 5
6. ri DB Pu Total Net Capacity Sensible Net Capacity uh te p otal CW op C CF C CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 26 7 DB 17 1 C WB 80 F DB 63 F WB 5 5 C 10 F 21 3 73000 20 9 71000 0 98 0 97 15 4 49 8 16 7 6 6 C 12 F 19 5 67000 19 1 65000 0 98 0 71 11 3 29 3 9 8 7 79 14 F 18 0 62000 17 7 60000 0 98 0 59 9 3 20 5 6 9 8 8 C 16 F 16 6 57000 16 3 56000 0 98 0 48 7 6 13 9 4 7 10 C 18 F 15 3 52000 15 0 51000 0 98 0 39 6 2 9 1 3 0 11 1 C 20 F 14 1 48000 13 8 47000 0 98 0 33 5 2 6 0 2 0 29 4 C DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 24 8 85000 24 3 83000 0 98 1 13 17 9 64 5 21 6 6 6 C 12 F 23 0 78000 22 5 77000 0 98 0 86 13 6 41 0 13 7 7 79 14 F 21 4 73000 21 72000 0 98 0 69 11 0 27 5 9 2 8 8 C 16 F 20 0 68000 19 6 67000 0 98 0 57 9 0 19 2 6 5 10 C 18 F 18 7 64000 18 4 63000 0 98 0 48 7 5 13 7 4 6 11 1 C 20 F 17 5 60000 17 2 59000 0 98 0 40 6 4 9 7 3 3 32 2 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 28 2 96000 27 6 94000 0 98 1 27 20 1 79 5 26 7 6 6 C 12 F 26 3 90000 25 7 88000 0 98 0 97 15 4 49 8 16 7 7 79 14 F 24 8 85000 24 3 83000 0 98 0 80 12 7 35 5 11 9 8 8 C 16 F 23 4 80000 23 0 78000 0 98 0 66 10 5 25 5 8 5 10 C 18 F 22 1 75000 21 7 74000 0 98 0 56 8 8 18 5
7. 76 ACRC500 AGRP500 series ule RU eA eed ERR exce vds 77 500 500 78 Top chilled water piping access top view 78 Bottom piping and power access locations bottom view looking up 79 ERE Fa Ee ERE 80 Warranty 83 Guide Specifications 85 InRow RC Chilled Water Cooling Units 85 100 240V 1ph 50 60Hz ACRC301S 208 230V 1ph 50 60Hz ACRC301H 200 240V 3ph 50 60Hz ACRC500 ACRP500 460 480V 3ph 50 60Hz ACRC501 ACRP501 380 415V 3ph 50 60Hz ACRC502 ACRP502 85 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications iii Technical Data Model Identification Model identification label location 300 mm Rear Model ACRC301S ACRC301H 500 501 502 500 501 502 990 4618C 001 Width 300 mm 300 mm 600 mm 600 mm 600 mm 600 mm 600 mm 600 mm na2690a NAMEPLATE Range of Capacity Up to 45 kW Up to 60 kW Up to 70 kW Up to 70 kW Up to 70 kW Up to 70 kW Jp to 70 kW Jp to 70 kW ci 600 Humidifier Re
8. 80 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Model ACRC ACRC ACRC ACRC ACRC ACRP ACRP ACRP 301S 301H 500 501 502 500 501 502 Optional Filter Type 2 in 2 in 4 in 4 in 4 in 4 in 4 in 4 in p Pleated Pleated Pleated Pleated Pleated Pleated Pleated Pleated Optional Filter Efficiency 30 30 85 85 85 85 85 85 Condensate Pump Included N A Included Included Included Included Included Included Me Steam Steam Steam Humidifier Type N A N A N A N A N A Canister Canister Canister S S Finned S S Finned S S Finned Reheat Type N A N A N A N A N A Tubular Tubular Tubular Rack Inlet Temperature Sensor Quantity 1 1 3 3 3 3 3 3 Top Top Top Top Top Top Top Top Piping Connections or or or or or or or or Bottom Bottom Bottom Bottom Bottom Bottom Bottom Bottom Top Top Top Top Top Top Top Top Electrical Connections or or or or or or or or Bottom Bottom Bottom Bottom Bottom Bottom Bottom Bottom CW Flow Meter Included Included Included Included Included Included Included Included Cable Type Water Detector Optional Optional Optional Optional Optional Optional Optional Optional Capacity rated at the following conditions EFT 50F 10C CW Delta T 6 6 C 12 F ACRC301S EFT 59F 15C CW Delta T 6 6 C 12 F ACRC301H EFT 45F 7 2C CW Delta T 6 6 C 12 F ACRC500 ACRP500 Series Optional NEMA L21 20P Optional NE
9. Y N o o n F gt o0 fo Fy s s 177 6 97 E on B BE d tg AGOGO BD uit A Cre on aon eo eo eae Gee bb fab bt a ob eo Huuguuuua zBuiuuuzmH u amp uuuuulutuumzu amp ssui5sl 2274 211 8 29 1 176 6 92 FRONT COLD AISLE Note Dimensions are shown in mm in Item Description NPSM supply inlet from chiller NPSM return outlet to chiller Trough for communication cables Power connections dual feed Humidifier supply ACRP500 series only Condensate drain 000000 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Bottom piping and power access locations bottom view looking up 990 4618C 001 REAR HOT AISLE mc Q wo e 2 m 0 c e e e D F 0 9 colp o o 6 ola IE 55 5 LESEN t SR amp Sa gt BH 8 A Q ice o AP 126 Y 796 31 34 158 6 13 2104 141 5 54 176 6 91 FRONT COLD AISLE C 2 115 4 53 3 gt 41 9 E
10. Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 42 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 ACRC301H Performance Specifications 10 50 EWT ri DB Pu Total Net Capacity Sensible Net Capacity uh te S otal CW op C CF C CF kW BTU hr kW BTU hr SHR 1 8 GPM kPa ft H20 26 7 DB 16 2 C WB 80 F DB 61 F WB 5 5 C 10 F 23 0 79000 23 0 79000 1 00 1 12 17 8 31 3 10 5 6 6 C 12 F 21 5 73000 21 5 73000 1 00 0 88 14 0 20 0 6 7 7 79 14 F 19 8 68000 19 8 68000 1 00 0 70 11 1 13 0 44 8 8 C 16 F 18 1 62000 18 1 62000 1 00 0 56 8 9 8 8 2 9 10 C 18 F 16 3 56000 16 3 56000 1 00 0 45 7 2 6 0 2 0 11 1 C 20 F 14 6 50000 14 6 50000 1 00 0 37 5 9 42 1 4 29 4 C DB 17 1 C WB 85 F DB 63 F WB 5 5 C 10 F 27 3 93000 27 3 93000 1 00 1 32 20 9 42 3 142 6 6 C 12 F 26 1 89000 26 1 89000 1 00 1 09 17 3 30 8 10 3 7 79 14 F 24 4 83000 24 4 83000 1 00 0 84 13 3 18 3 6 1 8 8 C 16 F 22 6 77000 22 6 77000 1 00 0 69 10 9 12 8 4 3 10 C 18 F 20 8 71000 20
11. 6 015 Srey Ba ane ete eee tur edid ead 61 ACRC301H tect Pie eee Rr Pn RD D RON a 62 500 500 series 63 Glycol Correction Factors 64 Altitude Correction Factors 64 sound Performance 5 RAE WE NW E 65 Electrical Data e sre RE eec a v ene a 66 Dimensional Data sadist er eet red 67 InRow ACRC500 ACRP500 series assembled module 67 SX to VX height adapter ACRC301S ACRC301H series 68 SX to 480 SX height adapter ACRC301S ACRC301H series 68 SX to VX height adapter ACRC500 ACRP500 seriesSX to 480 SX height adapter ACRC500 ACRP500 series 68 Piping 5 522 2455 Oe ee 69 Piping and electrical access 015 69 Internal piping diagram ACRC3018 73 Internal piping diagram ACRC301H 74 ACRC301 series InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 With Cooling Distribution Unit 75 Without CDU i i RR RR ERR RR
12. Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 40 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 15 C 59 F EWT ACRC301S Temperature DB foe Total Net Capacity Sensible Net Capacity Sensible Heat Gb te p op C CF C CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 26 79 DB 17 1 C WB 80 F DB 63 F WB 5 5 C 10 F 7 9 27000 7 9 27000 00 0 38 6 0 8 5 2 9 6 6 C 12 F 7 0 24000 7 0 24000 00 0 28 4 4 53 1 8 29 49 DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 11 3 39000 11 3 39000 00 0 53 8 4 16 8 5 6 6 6 C 12 F 10 4 36000 10 4 36000 00 0 41 6 4 10 2 3 4 7 14 F 9 0 31000 9 0 31000 00 0 31 4 8 5 1 1 7 8 8 C 16 F 7 8 27000 7 8 27000 00 0 24 3 7 2 1 0 7 32 22 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 14 7 50000 14 7 50000 00 0 68 10 8 26 5 8 9 6 6 C 12 F 13 6 46000 13 6 46000 00 0 53 8 4 17 0 5 7 7 79 14 F 12 5 42000 12 5 42000 00 0 42 6 6 10 5 3 5 8 8 C 16 F 11 3 38000 11 3 38000 00 0 33 5 3 6 3 2 1 10 C 18 F 10 1 34000 10 1
13. DUAL FLOAT CONDENSATE MANAGEMENT Flow Rate L hr GPH 5 1 3 Maximum Distance m ft 15 2 50 Maximum Lift m ft 4 9 16 Maximum flow rate is 4720 l hr 20 8 for continuous operation Maximum working pressure for the unit is 2068 4 kPa 300 psig TMaximum distance includes the maximum lift Example Performance at 29 4 C DB 18 1 C WB 85 F DB 64 5 F WB with a 7 2 C 45 F EWT anda 5 5 C 10 F CW delta T is 21 8 kW 74000 BTU hr total net capacity with the standard filter Using a 50 mm 2 in pleated filter with single fan failure the performance of the unit would be 21 8 X 0 94 20 5 kW 74000 X 94 69560 BTU hr 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 61 ACRC301H MODULATING VALVES Size 3 Way Ball Valve NPT mm in Cv 3175 1 4 34 1 AIR SYSTEM 200 mm 7 9 in MIXED FLOW DIRECT DRIVE DC TUBEAXIAL FANS Standard Filter 51 mm 2 in Pleated Filter Air Volume I s SCFM 1982 4200 1793 3800 Fan Motor Watts each 225 240 Number of Fans 8 8 Performance Specifications Table 10 Multiplier 94 WATER TEMPERATURE Minimum Entering Temperature C F Maximum Entering Temperature C F COOLING COIL COPPER TUBE ALUMINUM FIN 10 50 22 71 6 Face Area m fd 0 65 7 0 Rows Deep 6 Face Velocity m
14. 3 Advantages of row based cooling 3 Scalable for High Density 3 EcoAisle Aisle Containment 4 GONTIGUIATIONS ive at d oon at ide qc ee 7 Connection to chiller through 7 Direct connection to chiller 7 Standard Features and 8 Standard features cis Scie eee eR arra REG RUNE TREE 8 Optional feat res a aane e EE TREES 10 Microprocessor 12 ACRC301S ACRC301H 12 ACRC500 ACRP500 13 Microprocessor controller 13 2 52 4 13 eniin 14 FUNCIONS Mec EI 14 Logging zu e Rave e Rma E ade TEE ERR EA 14 Control ios SESS Te RR UMORE EM he alee See oe ole eR ERR SATA 14 e EMG E hg e Ix ace eee eti eur 15 ACRC500 ACRP500 series only 16 ACRP500 series only 16 InRow ACR
15. EWT 500 500 Temperature Cw Total Net Capacity Sensible Net Capacity Sen Heat CW Flow Rate Total m oo DB WB Delta T C CF C CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 26 7 C DB 17 1 C WB 80 F DB 62 8 F WB 5 5 C 10 F 24 7 85000 24 7 85000 1 00 12 18 3 33 11 3 6 6 129F 22 3 76000 22 3 76000 1 00 0 9 13 9 20 6 7 7 79 14 F 20 0 68000 20 0 68000 1 00 0 7 10 8 12 42 8 8 C 16 F 17 8 61000 17 8 61000 1 00 0 5 8 6 8 2 8 10 C 18 F 15 8 54000 15 8 54000 1 00 0 4 6 9 5 1 8 11 1 C 20 F 13 9 48000 13 9 48000 1 00 0 4 5 6 4 1 2 29 4 DB 18 1 C WB 85 F DB 64 5 F WB 5 5 10 F 31 3 107000 31 3 107000 1 00 14 22 6 50 16 9 6 69 129F 28 5 97000 28 5 97000 1 00 1 1 17 3 30 10 2 7 14 F 25 8 88000 25 8 88000 1 00 0 9 13 6 19 6 5 8 8 C 16 F 23 3 80000 23 3 80000 1 00 0 7 10 8 8 4 2 10 C 18 F 21 0 72000 21 0 72000 1 00 0 6 8 8 8 2 8 11 1 C 20 F 18 7 64000 18 7 64000 1 00 0 5 72 6 1 8 32 2 C DB 18 9 C WB 90 F DB 66 1 F WB 5 5 C 10 F 39 1 133000 39 1 133000 1 00 1 7 277 75 24 9 6 6 C 12 F 35 9 123000 35 9 123000 1 00 13 21 3 45 15 02 7 14 F 32 8 112000 32 8 112000 1 00 1 1 16 9 29 9 7 8 8 C 16
16. oo 57 25 2 25 Description Humidifier supply ACRP500 series only Condensate drain Power connections dual feed Condensate overflow NPSM supply inlet from chiller e e Communication connections 9 NPSM return outlet to chiller InRow Chilled Water Air Conditioners Technical Specifications 79 Facility Planning Model ACRC ACRC ACRC ACRC ACRC ACRP ACRP ACRP 301S 301H 500 501 502 500 501 502 Input Voltage 100 240 208 230 200 240 460 480 380 415 200 240 460 480 380 415 Phases 1 1 3 3 3 3 3 3 Frequency 50 60 50 60 50 60 50 60 50 60 50 60 50 60 50 60 Toal NE Capac RW B EU BE 80 000 133 000 154000 154 000 154 000 154 000 154000 154000 Sensible NET Capacity kW BTU hr 80 000 133 000 159 000 159 000 139 000 156 000 159 000 159 000 Chilled Water Flow Rate GPM l s Os 4 an an an an an an Chilled Water Pressure Drop kPa 40 76 59 08 68 22 6 22 6 22 6 22 6 22 6 ft H20 13 7 19 8 22 6 68 68 68 68 68 Cabinet Width mm in dum 1 T 1 Bey 56 oe 2302 ne Cabinet Depth mm 1095 1095 1070 1070 1070 1070 1070 1070 43 11 43 11 42 13 42 13 42 13 42 13 42 13 42 13 Cabinet Height mm in 1991 1991 1991 1991 1991 1991 1991 1991 78 39 78 39 78 39 78 39 78 39 78 39 78 39 78 39
17. Alarms The microprocessor controller shall activate a visible and audible alarm in the following occurrences Active Flow Controller sensor fault Air filter clogged Air filter run hours violation Check condensate management system Chilled water flow meter fault Chilled water valve actuator fault Chilled water valve control not set to automatic Coil chilled water temperature sensor error Coil condensation possible Condensate pan full excluding ACRC301H Controller power supply X fault Cool fail EcoAisle door open Entering chilled water high temperature high violation Entering leaving chilled water temperature sensor fault Factory configuration not completed Fan X error Fan power supply X current sense fault Fan power supply X fault ACRC301 series only Filter differential pressure sensor fault Humidity sensor fault Input contact fault Insufficient airflow Internal communication fault Lower return air supply air sensor fault Primary secondary power source fail Rack high temperature condition Rack temperature sensor X error Return air supply air high temperature violation Shutdown due to input contact Unexpected number of AFCs leak detectors rack inlet temperature sensors units in group Unit is in maintenance mode Unit service required Upper return air supply air sensor fault Water detected fault shutdown 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 15 ACRC500 ACRP500 se
18. 2 ns ji gt 14 170 6 69 y 4 130 5 12 s 2 22 li 152 6 00 97 3 83 le CI H 126 4 95 le af Y Y o 1 m CX 158 6 23 240 9 46 B d ee Dn 224 8 82 280 11 02 4334 2 BOTTOM LOOKING UP Dimensions are shown in mm in 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications BOTTOM LOOKING UP gem Rh 9 les 4464 e e Item Description Power connections 1 4 in NPT female return pipe outlet 1 1 4 in NPT female supply pipe i
19. 1 72 1 5 27 3 GPM and 7 2 C 45 F EFT Multiply capacity of device or system by factor above for solution Multiply pressure drop of system by factor above for solution Glycol concentrations over 50 not recommended Altitude Correction Factors Room Condition 72 50 RH 305 610 915 1219 1524 1829 2134 2438 2743 3048 Altitude m ft 9 1 000 2 000 3 000 4 000 5 000 6 000 7 000 8 000 9 000 10 000 Specific volume cm g 84777 879 61 912 70 947 66 983 86 1021 32 1061 28 1103 10 1146 80 1193 00 1241 69 13 58 14 09 14 62 15 18 15 76 16 36 17 00 17 67 18 37 19 11 19 89 Density g m 1185 37 1137 31 1089 26 1057 22 1009 16 977 13 945 10 913 05 865 00 832 97 800 92 Ib ft 0 074 0 071 0 068 0 066 0 063 0 061 0 059 0 057 0 054 0 052 0 050 Density Ratio 1 000 0 964 0 929 0 895 0 862 0 830 0 799 0 769 0 739 0 711 0 683 Capacity Correction 1 000 0 981 0 962 0 933 0 913 0 884 0 865 0 846 0 826 0 807 0 787 Density ratio is used for air flow correction factor Capacity correction is used for performance de rating 64 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Sound Performance Data ACRC301S Seri
20. 10 C 18 F 60 7 207000 60 7 207000 1 00 1 57 24 9 59 0 19 8 11 1 C 20 F 59 3 202000 59 3 202000 1 00 1 38 21 9 46 3 15 5 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 44 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 12 7 C 55 F EWT ACRC301H DB de E Total Net Capacity Sensible Net Capacity d RAM te C CF CF kW BTU hr kW BTU hr SHR 1 8 GPM kPa ft H20 26 79 DB 17 19 WB 80 F DB 63 F WB 5 5 C 10 F 17 9 61000 17 9 61000 1 00 0 89 14 1 20 3 6 8 6 6 C 12 F 16 2 55000 16 2 55000 1 00 0 68 10 8 12 4 4 2 7 79 14 F 14 5 49000 14 5 49000 1 00 0 53 8 3 7 8 2 6 8 8 C 16 F 12 7 43000 12 7 43000 1 00 0 41 6 5 5 0 1 7 29 4 C DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 22 3 76000 22 3 76000 1 00 1 09 17 2 29 6 9 9 6 6 C 12 F 20 8 71000 20 8 71000 1 00 0 85 13 5 18 8 6 3 7 7 C 14 F 19 1 65000 19 1 65000 1 00 0 68 10 7 12 3 4 1 8 8 C 16 F 17 4 59000 17 4 59000 1 00 0 54 8 6 8 3 2 8 10 C 18 F 15
21. 11 1 C 20 F 52 4 179000 50 9 174000 0 97 1 2 18 3 33 11 1 37 8 C DB 20 7 C WB 100 F DB 69 2 F WB 8 8 C 16 F 66 4 227000 65 0 222000 0 98 1 8 28 6 79 26 6 10 C 18 F 63 1 215000 61 8 211000 0 98 1 5 24 2 57 19 2 11 1 C 20 F 59 8 204000 58 7 200000 0 98 1 3 20 7 42 14 3 40 6 C DB 21 6 C WB 105 F DB 70 8 F WB 8 8 C 16 F 74 8 256000 73 3 250000 0 98 2 0 32 1 99 33 3 10 C 18 F 71 4 244000 70 0 239000 0 98 1 7 27 3 72 24 3 11 1 C 20 F 68 1 233000 66 7 228000 0 98 1 5 23 4 54 18 02 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation Note For ACRC500 ACRP500 series reduce airflow and cooling capacity specifications by 7 for cooling units run at low input voltage 380V 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 55 Performance Specifications 7 2 45 EWT 500 500 bou Total Net Capacity Sensible Net Capacity iplc a d te Total pu C CF kW BTU hr kW BTU hr SHR 1 GPM kPa ft H20 26 79 DB 17 1 C WB 80 F DB 62 8 F WB 5 5 C 10 F 40 8 139000 39 6 135000 0 97 1 8 28 8 81 27 0
22. 2 7 7 79 14 F 11 3 39000 11 3 39000 00 0 42 6 7 5 3 1 8 8 8 C 16 F 9 3 32000 9 3 32000 00 0 31 5 0 3 1 1 0 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 20 4 69000 20 4 69000 00 1 00 15 9 25 5 8 5 6 6 C 12 F 18 4 63000 18 4 63000 00 0 76 12 0 15 1 5 1 7 79 14 F 17 2 59000 17 2 59000 00 0 62 9 8 10 4 3 5 8 8 C 16 F 15 5 53000 15 5 53000 00 0 49 7 8 6 9 2 3 10 C 18 F 13 5 46000 13 5 46000 00 0 38 6 1 4 4 1 5 11 1 C 20 F 11 9 41000 11 9 41000 00 0 31 4 9 3 0 1 0 37 78 C DB 20 7 WB 100 F DB 69 F WB 5 5 C 10 F 25 4 87000 25 4 87000 00 123 19 5 37 3 12 5 6 6 C 12 F 23 7 81000 23 7 81000 00 0 95 15 1 232 7 8 7 79 14 F 22 6 77000 22 6 77000 00 0 76 12 1 154 5 2 8 8 C 16 F 20 9 71000 20 9 71000 00 0 64 10 2 112 3 8 10 18 19 3 66000 19 3 66000 00 0 53 8 4 7 9 2 6 11 1 C 20 F 17 7 60000 17 7 60000 00 0 44 7 0 5 1 1 9 40 50 DB 21 5 WB 105 F DB 71 F WB 5 5 C 10 F 31 0 106000 31 0 106000 00 1 50 23 8 541 182 6 6 C 12 F 29 4 100000 29 4 100000 00 1 18 18 6 342 11 5 7 79 14 F 28 1 96000 28 1 96000 00 0 98 15 5 242 8 1 8 8 C 16 F 26 4 90000 26 4 90000 00 0 80 12 6 16 6 5 6 10 18 24 9 85000 24 9 85000 00 0 67 10 6 12 0 4 0 11 1 C 20 F 23 3 80000 23 3 80000 00 0 57 9 0 9 0 3 0 43 33 C
23. 9 6 6 6 C 12 F 19 8 68000 19 8 68000 00 0 81 12 9 172 5 8 7 79 14 F 18 6 63000 18 6 63000 00 0 66 10 4 11 7 3 9 8 8 C 16 F 17 2 59000 17 2 59000 00 0 54 8 6 8 2 2 7 10 C 18 F 15 3 52000 15 3 52000 00 0 43 6 9 5 5 1 8 11 1 C 20 F 13 1 45000 13 1 45000 00 0 34 5 4 3 6 1 2 40 50 C DB 21 5 C WB 105 F DB 71 F WB 5 5 C 10 F 27 1 93000 27 1 93000 00 1 32 21 0 42 6 14 3 6 6 C 12 F 25 7 88000 25 7 88000 00 1 03 16 3 27 1 9 1 7 79 14 F 24 2 83000 24 2 83000 00 0 84 13 3 18 4 6 2 8 8 C 16 F 22 6 78000 22 6 78000 00 0 69 11 0 12 8 4 3 10 18 21 1 72000 21 1 72000 00 0 58 9 2 93 3 1 11 1 C 20 F 19 4 66000 19 4 66000 00 0 48 7 6 6 6 2 2 43 33 C DB 22 4 C WB 110 F DB 72 F WB 5 5 C 10 F 32 7 111000 32 7 111000 00 1 56 24 7 58 0 19 4 6 6 C 12 F 31 1 106000 31 1 106000 00 121 19 2 36 2 12 1 7 79 14 F 29 8 102000 29 8 102000 00 1 02 16 2 26 3 8 8 8 8 C 16 F 28 4 97000 28 4 97000 00 0 86 13 6 19 2 6 4 10 18 26 6 92000 26 6 92000 00 0 72 11 5 13 9 4 7 11 1 C 20 F 25 1 86000 25 1 86000 00 0 61 9 7 10 3 3 4 46 11 C DB 23 3 C WB 115 F DB 74 F WB 5 5 C 10 F 38 1 130000 38 1 130000 00 1 80 28 6 76 5 25 6 6 6 C 12 F 36 6 125000 36 6 125000 00 141 22 4 48 3 16 2 7 79 14 F 35 5 121000 35 5 121000 00 121 19 1
24. Each unit shall include eight 200 mm mixed flow direct drive DC axial fans Each fan assembly should be designed to provide 188 8 1 5 400 for total unit airflow of 1510 2 1 3200 for ACRC301S Each fan assembly should be designed to provide 247 8 1 5 525 CFM for total unit airflow of 1982 1 1 5 4200 for ACRC301H 2 500 500 series fans a Theunit shall be configured for draw through air pattern to provide uniform air flow over the entire face of the coil The unit is equipped with variable speed electrically commutated 400 mm backward incline fans complete with Inlet Volute Each fan assembly should be designed to provide 1085 6 1 5 2300 CFM for total unit airflow of 3256 8 1 5 6900 CFM without filters Total with standard filter 1s 2832 1 5 6000 3 Variable Speed Fans a Fans shall be variable speed capable of modulating from 30 100 For ACRC500 ACRP500 series units fans shall soft start to minimize in rush current when starting 4 Fan Protection a Each fan assembly of ACRC301S and ACRC500 ACRP500 series shall consist of a plastic injection molded bezel with integral fan discharge finger guard Each fan of ACRC301H assembly shall consist of a fan duct with integral fan discharge finger guard Inlet of all fans shall include a cage type finger guard 5 Operation and Service a The unit should be capable of operation in the event of a fan failure ACRC301H units feature a
25. PART 1 GENERAL 14 SUMMARY A The InRow product design closely couples the cooling with the IT heat load This design prevents hot air recirculation while improving cooling predictability and allowing for a pay as you grow environment Available with and without humidity control these products are designed to meet the diverse requirements for small to large data centers Data center operators looking to improve efficiency or deploy high density servers will benefit from the modular design of the InRow Chilled Water products The intelligent controls of the InRow Chilled Water products actively adjust fan speed and chilled water flow to match the IT heat load to maximize efficiency and address the dynamic demands of today s IT environments The InRow RC is available in 300 mm wide and 600 mm wide versions All units automatically monitor and control cooling and filtering functions for the conditioned space There are two 300 mm wide units available ACRC301S for standard entering water temperatures and ACRC301H for higher entering water temperatures There are two 600 mm wide units available ACRC500 series designed for sensible cooling only and ACRP500 series designed specifically for precision temperature and humidity control applications The 500 series will automatically monitor and control heating cooling humidifying dehumidifying and filtering functions for the conditioned space The systems shall be built to the highest quali
26. 1 08 17 1 29 0 9 7 11 1 C 20 F 39 7 135000 39 7 135000 1 00 1 04 16 4 27 0 9 1 48 89 C DB 23 9 C WB 120 F DB 75 F WB 14 F 49 3 168000 49 3 168000 1 00 1 53 24 2 55 7 18 7 8 8 C 16 F 48 1 164000 48 1 164000 1 00 1 42 22 5 48 6 16 3 10 C 18 F 46 7 159000 46 7 159000 1 00 1 22 19 4 36 7 12 3 11 1 C 20 F 45 4 155000 45 4 155000 1 00 1 07 16 9 28 6 9 6 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 50 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 20 68 EWT ACRC301H Temperature DB foe Total Net Capacity Sensible Net Capacity Sensible Heat Gb te p op C CF C CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 29 4 DB 18 1 WB 85 DB 65 WB 5 5 C 10 F 8 4 29000 8 4 29000 00 0 46 7 3 6 2 2 1 6 6 C 12 F 6 5 22000 6 5 22000 00 0 31 4 9 3 0 1 0 32 22 C DB 18 9 WB 90 F DB 66 F WB 5 5 C 10 F 14 4 49000 14 4 49000 00 0 74 11 7 14 4 4 8 6 6 C 12 F 12 5 43000 12 5 43000 00 0 54 8 5 8 2
27. 22 na4433a EIEJEJIEJIJSEIESEIEJEIEJEJEICEI 00000000000000 GENOE oo0o0o0000000000 Item Description Upper electrical box cover User interface connection panel e Control module cover InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Interface connection Item na4434a Al A o0000009 990 4618C 001 Description Item Description Universal sensor ports USB host port Network connection Serial port Touchscreen display connection A Link port ModBus connection Reset button ModBus configuration switches e Output relay 4 standby input Processor status LED e Output relay 1 3 USB device port InRow Chilled Water Air Conditioners Technical Specifications 23 InRow ACRC500 ACRP500 Series External components Item Description Item Description Removable rear doors Removable front door Side panel lock Top access for customer network wiring e Removable side panel Top power connection Adjustable leveling foot humidifier supply series only Caster e Top condensate drain Doorhandle and lock Top supply inlet 7 Display interface Top return o
28. 34000 00 0 27 42 34 1 1 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 18 1 62000 18 1 62000 00 0 83 13 2 382 12 8 6 6 C 12 F 17 3 59000 17 3 59000 00 0 66 10 5 24 4 8 2 7 79 14 F 15 9 54000 15 9 54000 00 0 52 8 3 16 5 5 5 8 8 C 16 F 14 7 50000 14 7 50000 00 0 43 6 7 11 0 3 7 10 C 18 F 13 5 46000 13 5 46000 00 0 35 5 5 7 1 2 4 11 1 C 20 F 12 4 42000 12 4 42000 00 0 29 4 6 44 1 5 37 78 C DB 20 7 C WB 100 F DB 69 F WB 5 5 C 10 F 21 5 73000 21 5 73000 00 0 98 15 5 50 5 16 9 6 6 C 12 F 20 7 71000 20 7 71000 00 0 78 12 4 341 114 7 79 14 F 19 2 66000 19 2 66000 00 0 63 10 0 23 1 7 7 8 8 C 16 F 18 1 62000 18 1 62000 00 0 52 8 2 16 2 5 4 10 18 16 9 58000 16 9 58000 00 0 43 6 9 114 3 8 11 1 C 20 F 15 8 54000 15 8 54000 00 0 36 5 8 7 8 2 6 40 50 C DB 21 59 C WB 105 F DB 71 F WB 5 5 C 10 F 24 8 85000 24 8 85000 00 1 12 17 7 63 8 21 4 6 6 C 12 F 23 7 81000 23 7 81000 00 0 91 14 4 42 7 14 3 7 79 14 F 22 6 77000 22 6 77000 00 0 74 11 7 30 6 10 2 8 8 C 16 F 21 4 73000 21 4 73000 00 0 61 9 7 21 9 7 3 10 18 20 4 69000 20 4 69000 00 052 8 2 16 1 5 4 11 1 C 20 F 19 2 66000 19 2 66000 00 0 44 7 0 11 7 3 9 990 4618 001 InRow Chilled Water Air Conditioners Technical Specifications 41
29. 4 6 35 0 DB 19 8 WB 95 DB 67 7 WB 6 6 C 12 F ACRC500 ACRP500 51 9 177000 51 4 175000 0 99 1 9 30 1 88 29 3 7 14 F ACRC500 ACRP500 48 5 166000 48 0 164000 0 99 1 5 24 2 58 19 4 8 8 C 16 F ACRC500 ACRP500 45 3 155000 44 8 153000 0 99 13 19 9 39 13 2 10 C 18 F ACRC500 ACRP500 42 1 144000 41 7 142000 0 99 1 0 16 5 28 9 2 11 1 C 20 F ACRC500 ACRP500 38 7 132000 38 7 132000 00 0 9 13 7 19 6 5 37 8 C DB 20 7 C WB 100 DB 69 2 F WB 7 14 F 500 500 56 7 194000 56 7 194000 00 1 8 28 1 77 25 6 8 8 C 16 F 500 500 53 2 182000 53 2 182000 00 L5 23 1 53 17 6 10 C 18 F ACRC500 ACRP500 49 8 170000 49 8 170000 00 12 19 3 37 12 5 40 6 C DB 21 6 C WB 105 F DB 70 8 F WB 8 8 C 16 F ACRCSOO ACRPSOO 62 3 213000 62 3 213000 00 1 7 26 9 70 23 6 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation Note For 500 500 series reduce airflow and cooling capacity specifications by 7 for cooling units run at low input voltage 380V 58 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 12 7 55
30. 50 7 9 15 0 5 0 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 39 Temperature DB Total Net Capacity Sensible Net Capacity Ze Bone t vate op C CF CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 6 6 C 12 F 30 3 103000 30 3 103000 1 00 1 14 18 0 65 5 22 0 7 7 C 14 F 28 9 99000 28 9 99000 1 00 0 93 14 8 46 3 15 5 8 8 C 16 F 27 7 94000 27 7 94000 1 00 0 78 12 4 34 1 11 4 10 C 18 F 26 5 90000 26 5 90000 1 00 0 66 10 5 25 5 8 5 11 1 C 20 F 25 4 87000 25 4 87000 1 00 0 57 9 1 19 5 6 5 46 11 C DB 23 3 C WB 115 F DB 74 F WB 6 6 C 12 F 33 7 115000 33 7 115000 1 00 1 26 20 0 78 8 26 4 7 7 C 14 F 32 3 110000 32 3 110000 1 00 1 04 16 5 56 0 18 8 8 8 C 16 F 31 1 106000 31 1 106000 1 00 0 88 13 9 41 5 13 9 10 C 18 F 29 9 102000 29 9 102000 1 00 0 75 11 8 31 4 10 5 11 1 C 20 F 28 8 98000 28 8 98000 1 00 0 65 10 3 24 3 8 2 48 89 C DB 23 9 C WB 120 F DB 75 F WB 7 79 14 F 35 7 122000 35 7 122000 1 00 1 15 18 1 66 4 22 2 8 8 C 16 F 34 5 118000 34 5 118000 1 00 0 97 15 3 49 3 16 5 10 C 18 F 33 3 114000 33 3 114000 1 00 0 83 13 1 37 8 12 7 11 1 C 20 F 32 2 110000 32 2 110000 1 00 0 72 11 5 29 7 10 0
31. 55000 1 00 0 41 6 6 10 4 3 5 11 1 C 20 F 15 0 51000 15 0 51000 1 00 0 34 5 5 6 9 2 3 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 24 9 85000 24 9 85000 1 00 1 13 17 9 64 5 21 6 6 6 C 12 F 23 5 80000 23 5 80000 1 00 0 87 13 8 40 8 13 7 7 79 14 F 22 1 75000 22 1 75000 1 00 0 72 11 3 29 1 9 8 8 8 C 16 F 20 8 71000 20 8 71000 1 00 0 59 9 4 20 7 7 0 10 C 18 F 19 6 67000 19 6 67000 1 00 0 49 7 8 14 8 5 0 11 1 C 20 F 18 4 63000 18 4 63000 1 00 0 42 6 7 10 7 3 6 37 789 DB 21 5 C WB 100 F DB 71 F WB 5 5 C 10 F 28 2 96000 28 2 96000 1 00 1 27 20 2 79 8 26 8 6 6 C 12 F 26 6 91000 26 6 91000 1 00 1 00 15 9 52 7 17 7 7 79 14 F 25 4 87000 25 4 87000 1 00 0 82 13 0 37 3 12 5 8 8 C 16 F 24 1 82000 24 1 82000 1 00 0 68 10 8 26 8 9 0 10 C 18 F 22 9 78000 22 9 78000 1 00 0 58 9 2 19 8 6 7 11 1 C 20 F 21 8 74000 21 8 74000 1 00 0 49 7 8 14 7 4 9 40 50 C DB 21 5 C WB 105 F DB 71 F WB 6 6 C 12 F 29 6 101000 29 6 101000 1 00 1 12 17 7 64 1 21 5 7 7 C 14 F 28 7 98000 28 7 98000 1 00 0 92 14 6 45 6 15 3 8 8 C 16 F 27 4 94000 27 4 94000 1 00 0 77 12 3 33 5 11 2 10 C 18 F 26 2 90000 26 2 90000 1 00 0 66 10 4 25 1 8 4 11 1 C 20 F 25 1 86000 25 1 86000 1 00 0 57 9 0 19 2 6 4 990 4618C 001 InRow Chilled Water Air Conditioners Te
32. 69 1770 1600 63 00 1770 69 69 1770 1524 60 00 69 69 22 1600 63 00 1600 63 00 1900 74 80 3 ES zi 1600 63 00 1770 69 69 m m m is 1600 63 00 1905 75 00 1905 75 00 1905 75 00 m m 1905 75 00 1905 75 00 E 2 1905 75 00 E za z 1905 75 00 1905 75 00 1905 75 00 E z m 1905 75 00 Hot Aisle Middle or End of Aisle Frame to Frame With Depth Extenders 1829 72 00 All dimensions shown in millimeters inches 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications Cold aisle containment dimensions Nominal Aisle Width 991 39 1121 44 13 1251 49 25 1121 44 13 E E 991 39 00 1121 44 13 1121 44 13 914 36 E s 991 39 00 E ae ES DE Ex 79 Ei S 1296 51 02 1426 56 14 1556 61 26 1296 51 02 1426 56 14 1296 51 02 2 1296 51 02 1426 56 14 1296 51 02 1426 56 14 1296 51 02 8 TS 1296 51 02 1166 45 91 1296 51 02 1296 51 02 1296 51 02 1426 56 14 1296 51 02 5 E Em 1296 51 02 1296 51 02 9 m 1296 51 02 1600 63 00 1730 68 11 1860 73 23 1600 63 00 1730 68 11 1600 63 00
33. 8 71000 1 00 0 57 9 0 9 0 3 0 11 1 C 20 F 19 1 65000 19 1 65000 1 00 0 47 7 5 6 4 2 2 32 2 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 33 5 114000 33 5 114000 1 00 1 60 25 3 60 7 20 4 6 6 C 12 F 32 1 110000 32 1 110000 1 00 1 30 20 6 41 3 13 8 7 79 14 F 30 5 104000 30 5 104000 1 00 1 05 16 6 274 9 2 8 8 C 16 F 28 9 99000 28 9 99000 1 00 0 87 13 8 19 6 6 6 10 C 18 F 27 2 93000 27 2 93000 1 00 0 73 11 6 14 2 4 8 11 1 C 20 F 25 6 87000 25 6 87000 1 00 0 62 9 8 10 5 3 5 35 C DB 19 C WB 95 F DB 66 F WB 5 5 C 10 F 39 4 134000 39 4 134000 1 00 1 88 29 8 82 6 27 7 6 6 C 12 F 38 0 130000 38 0 130000 1 00 1 52 24 0 55 4 18 6 14 F 36 6 125000 36 6 125000 1 00 1 25 19 8 38 3 12 8 8 8 C 16 F 35 2 120000 35 2 120000 1 00 1 05 16 6 27 6 9 3 10 C 18 F 33 6 115000 33 6 115000 1 00 0 89 14 1 20 3 6 8 11 1 C 20 F 32 2 110000 32 2 110000 1 00 0 77 12 2 15 6 5 2 37 78 C DB 20 7 C WB 100 F DB 69 F WB 6 6 C 12 F 43 1 147000 43 1 147000 1 00 1 72 27 3 70 2 23 5 7 79 14 F 41 5 141000 41 5 141000 1 00 1 40 22 2 47 5 15 9 8 8 C 16 F 40 0 136000 40 0 136000 1 00 1 19 18 8 34 7 11 6 10 C 18 F 38 4 131000 38 4 131000 1 00 1 01 16 1 25 9 8 7 11 1 C 20 F 36 9 126000 36 9 126000 1 00 0 88 13 9 19 8 6 6 990 4618C 001 InRow Chilled
34. 8 5 2 9 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 26 5 91000 26 3 90000 0 99 1 20 19 0 71 7 24 0 6 6 C 12 F 25 0 85000 24 8 85000 0 99 0 95 15 1 46 6 15 6 7 79 14 F 23 6 80000 23 3 80000 0 99 0 76 12 1 32 5 10 9 8 8 C 16 F 22 3 76000 22 0 75000 0 99 0 63 10 0 23 4 7 8 10 C 18 F 21 0 72000 20 8 71000 0 99 0 53 8 4 16 9 5 7 11 1 C 20 F 19 8 68000 19 6 67000 0 99 0 45 7 2 12 3 4 1 37 78 C DB 20 7 C WB 100 F DB 69 F WB 6 6 C 12 F 28 5 97000 28 2 96000 0 99 1 08 17 0 59 5 19 9 7 7 C 14 F 26 9 92000 26 7 91000 0 99 0 87 13 8 41 2 13 8 8 8 C 16 F 25 6 87000 25 3 86000 0 99 0 72 11 5 29 7 10 0 10 C 18 F 24 4 83000 24 1 82000 0 99 0 61 9 7 22 0 7 4 11 1 C 20 F 23 2 79000 23 0 78000 0 99 0 53 8 4 16 7 5 6 40 50 C DB 21 5 C WB 105 F DB 71 F WB 6 6 C 12 F 32 1 109000 31 8 108000 0 99 1 21 19 2 72 2 24 2 7 7 C 14 F 30 2 103000 29 9 102000 0 99 0 97 15 4 49 6 16 6 8 8 C 16 F 28 9 99000 28 6 98000 0 99 0 81 12 9 36 5 12 2 10 C 18 F 27 7 94000 27 4 93000 0 99 0 69 11 0 27 5 9 2 11 1 C 20 F 26 5 90000 26 2 90000 0 99 0 60 9 5 21 1 7 1 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 35 Temperature DB Total Net Capacity Sensible Net Capacity S Bons te o
35. ACRC500 ACRP500 series Top piping without CDU 5 customer lt supplied chiller Bottom piping without CDU RC Cam E e 2 supplied 2 chiller o Item Description Item Description o Flexible piping adapters e Shutoff valve field installed Balancing valve field installed Y strainer with 20 mesh screen field installed Recommended at these locations when the equipment is connected to rigid piping Consult local codes for proper installation A redundant strainer in the bypass line is recommended for systems with possible debris or heavy particulates during system startup and normal operation ACRC500 ACRP500 Series Top chilled water piping access top view NOTE Top or bottom entry can be chosen individually for each type of connection i e power condensate drain humidifier water supply chilled water supply and chilled water return Top piping configuration will have the same valves and strainers as bottom piping configuration 78 REAR HOT AISLE ES TENT em 0 N v qu oooo Du Du 0 Ta f fk 5 fig fs 2 7 6 4 7 e iD S o Sg A m e oe 0 cC 2 In Mw w 2 200o lt M N 4 Rais P Sgro o Oo 7
36. C 10 F 35 6 122000 35 6 122000 1 00 17172 69 4 23 3 6 6 C 12 F 34 2 117000 34 2 117000 1 00 1 35 214 44 4 14 9 7 79 14 F 32 8 112000 32 8 112000 1 00 1 12 17 8 31 3 10 5 8 8 C 16 F 31 1 106000 31 1 106000 1 00 0 93 14 8 22 1 74 10 C 18 F 29 7 101000 29 7 101000 1 00 0 79 12 5 16 4 5 5 11 1 C 20 F 28 2 96000 28 2 96000 1 00 0 68 10 8 12 5 4 2 43 33 C DB 22 4 C WB 110 F DB 72 F WB 5 5 C 10 F 41 1 140000 41 1 140000 1 00 1 93 30 6 87 2 29 2 6 6 C 12 F 39 9 136000 39 9 136000 1 00 1 56 24 7 58 1 19 5 7 79 14 F 38 4 131000 38 4 131000 1 00 1 30 20 6 41 3 13 8 8 8 C 16 F 36 9 126000 36 9 126000 1 00 1 11 17 6 30 6 10 3 10 C 18 F 35 4 121000 35 4 121000 1 00 0 94 14 8 22 3 7 5 11 1 C 20 F 34 0 116000 34 0 116000 1 00 0 91 14 4 212 7 1 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 49 Temperature DB PAM Total Net Capacity Sensible Net Capacity S Bons t osa op C CF CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 46 11 C DB 23 3 C WB 115 F DB 74 F WB 6 6 C 12 F 45 3 154000 45 3 154000 1 00 1 77 28 1 73 8 24 7 7 79 14 F 44 0 150000 44 0 150000 1 00 1 48 23 5 52 8 17 7 8 8 C 16 F 42 5 145000 42 5 145000 1 00 1 25 19 9 38 6 12 9 10 C 18 F 41 1 140000 41 1 140000 1 00
37. DB 22 4 C WB 110 F DB 72 F WB 5 5 C 10 F 36 4 124000 36 4 124000 00 1 73 27 4 70 4 23 6 6 6 C 12 F 34 8 119000 34 8 119000 00 1 37 21 7 45 4 15 2 7 79 14 F 33 6 115000 33 6 115000 00 1 07 17 0 28 8 9 7 8 8 C 16 F 32 2 110000 32 2 110000 00 0 96 15 3 23 7 7 9 10 18 30 7 105000 30 7 105000 00 0 82 12 9 17 4 5 8 11 1 C 20 F 29 2 100000 29 2 100000 00 0 70 11 1 132 44 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 51 Temperature DB T Total Net Capacity Sensible Net Capacity oas uM ie C CF C CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 46 11 C DB 23 3 C WB 115 F DB 74 F WB 6 6 C 12 F 40 4 138000 40 4 138000 0 1 58 25 0 59 2 19 9 77 14 F 39 2 134000 39 2 134000 00 1 23 19 5 37 0 12 4 8 8 C 16 F 37 8 129000 37 8 129000 00 1 13 17 8 31 5 10 6 10 C 18 F 36 4 124000 36 4 124000 00 0 96 15 2 23 4 7 9 11 1 C 20 F 34 9 119000 34 9 119000 0 0 83 13 2 18 05 6 1 48 89 C DB 23 9 C WB 120 F DB 75 F WB 6 6 C 12 F 45 7 156000 45 7 156000 00 1 77 28 0 73 7 24 7 77 14 F 44 7 152000 44 7 152000 00 1 36 Q1 5 44 5 14 9 8 8 C 16 F 43 4 148000 43 4 148000 00 1 29 20 4 40 5 13 6 10 C 18 F 42 1 144000 42 1 144000 00 1 10 17 5 304 10
38. F 12 9 44000 12 9 44000 1 00 0 33 5 3 6 4 2 1 11 1 C 20 F 11 7 40000 11 7 40000 1 00 0 27 4 3 3 7 1 2 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 21 3 73000 21 3 73000 1 00 0 97 15 4 49 6 16 6 6 6 C 12 F 20 0 68000 20 0 68000 1 00 0 76 12 0 32 4 10 8 7 7 C 14 F 18 7 64000 18 7 64000 1 00 0 61 9 7 22 0 7 4 8 8 C 16 F 17 5 60000 17 5 60000 1 00 0 50 8 0 15 2 5 1 10 C 18 F 16 3 56000 16 3 56000 1 00 0 42 6 6 10 5 3 5 11 1 C 20 F 15 2 52000 15 2 52000 1 00 0 35 5 5 7 2 2 4 37 789 DB 21 5 C WB 100 F DB 71 F WB 5 5 C 10 F 24 6 84000 24 6 84000 1 00 1 12 17 7 63 4 21 3 6 6 C 12 F 23 4 80000 23 4 80000 1 00 0 88 14 0 42 3 14 2 7 79 14 F 22 1 75000 22 1 75000 1 00 0 72 11 4 29 2 9 8 8 8 C 16 F 20 9 71000 20 9 71000 1 00 0 60 9 4 20 9 7 0 10 C 18 F 19 7 67000 19 7 67000 1 00 0 50 7 9 15 0 5 0 11 1 C 20 F 18 5 63000 18 5 63000 1 00 0 42 6 7 10 8 3 6 40 50 C DB 21 5 C WB 105 F DB 71 F WB 5 5 C 10 F 27 9 95000 27 9 95000 1 00 1 25 19 9 77 7 26 1 6 6 C 12 F 26 9 92000 26 9 92000 1 00 1 01 16 0 53 0 17 8 7 79 14 F 25 4 87000 25 4 87000 1 00 0 82 13 0 37 2 12 5 8 8 C 16 F 24 2 83000 24 2 83000 1 00 0 69 10 9 27 0 9 0 10 18 23 1 79000 23 1 79000 1 00 0 58 9 2 20 1 6 7 11 1 C 20 F 21 9 75000 21 9 75000 1 00 0
39. Net Weight kg Ibs 406 463 760 760 760 776 776 776 Operating Weight kg lbs 493 485 800 800 800 5 aio 9 Power Connection Type Plug Hardwired Hardwired Hardwired Hardwired Hard wired Hard wired Hard wired NEMA Plug Type E d M Prod E ME N A N A N A 309 16A FLA Full Load Amps 11 12 6 0 24 0 MCA Minimum Current Amps N A 15 11 0 7 0 N A 42 0 22 0 N A N A 15 15 0 15 0 N A 40 0 20 0 N A Power Connection Quantity 2 2 2 2 2 2 2 2 Features Options Fan Type ECAxial EC Axial BIECM BI ECM BI ECM BI ECM BI ECM BI ECM Maximum Airflow l s CFM 3300 4200 6000 6000 6000 6000 6000 6000 Fan Control los Variable Variable Variable Variable Speed Variable Variable Variable peed Speed Speed Speed Speed Speed Speed Fan Quantity 8 8 3 3 3 3 3 3 Hot Swappable Fans Yes Yes No No No No No No Hot Aisle Containment Compatible Yes Yes Yes Yes Yes Yes Yes Yes Rack Air Containment Compatible Yes Yes Yes Yes Yes Yes Yes Yes Chilled Water Control Valve 2 way 2 way 2 way 2 way 2 way 2 way 2 way 2 way 3 way 3 way 3 way 3 way 3 way 3 way 3 way 3 way Network Management Card Included Included Included Included Included Included Included Included Standard Filter Type E 1 2 in 4 in 4 in 4 in 4 in 4 in 4 in ashable Washable Pleated Pleated Pleated Pleated Pleated Pleated Standard Filter Efficiency 2096 20 3096 30 30 30 30 30
40. cooling coil Washable filter 8 InRow Chilled Water Air Conditioners Technical Specifications The frame is constructed of 16 gauge formed steel for maximum strength Cabinet is serviceable from the front and rear exterior panels and corner posts on the frame are powder coated for durability and an attractive finish Front and rear exterior panels are constructed of 18 gauge perforated steel with 84 open free area Insulation is 80 1 kg m 5 density and complies with ASTM E84 rating of 25 50 All panels which include a key latch for safety and security allow easy access and removal Each unit is equipped with variable speed fans In order to provide uniform airflow over the cooling coil the fans provide a draw through air pattern Quiet low maintenance and producing very low vibration fans are controlled through a signal from the microprocessor controller that constantly adjusts airflow to match the heat load in the Data Center without need for VFD Variable Frequency Drive In ACRC301S and ACRC301H units the fans are easily replaceable while the unit is in operation The unit provides one field connection input for remote shutdown and four field connections for an alarm output An internal flow meter is integrated with the microprocessor controller to display the chilled water flow rate of the unit A fully modulating valve is microprocessor controlled to regulate the amount of chilled water into the cooling coil t
41. field to provide control input based on rack inlet temperature 2 ACRC500 ACRP500 series a Internal Sensors 1 Internal Temperature Sensors Thermister temperature sensors shall be mounted behind the front and rear doors to provide control inputs based on supply and return air temperature Sensor accuracy shall be within 19 accuracy 2 Internal Humidity Sensors Humidity sensors shall be mounted behind both the front and rear doors and shall provide control input based on humidity in supply air Humidifier sensor shall be 3 RH accuracy full scale b Remote Temperature Sensors 1 Three remote rack inlet temperature sensors shall be shipped with the unit for placement in the field to provide control input based on rack inlet temperature 3 Water Temperature Sensors Internal supply and return chilled water temperature sensors shall be installed into sealed wells Wells are filled with thermal conducting heat transfer grease to provide accurate temperature sensors R SELECTABLE TOP OR BOTTOM PIPING 1 ACRC301S ACRC301H a Bottom piping connections are standard from factory Unit can be field modified for optional top piping Unit connections shall be made internal to the unit 2 ACRC500 ACRP500 series a Pipe connections for field connection from either the top or bottom of the unit Unit connections shall be made internal to the unit b Theunit shall include two pipe adapters that convert a 38 1 mm 1 1 2 in NPT to
42. handlebar on the front housing to provide an easy grip in the event of replacement 6 Passive Noise Control ACRC301H only a Each fan assembly features a housing with foam lining to provide passive noise control 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 87 AUTOMATIC TRANSFER SWITCH 1 The unit shall be equipped with an automatic transfer switch ATS The ATS shall automatically switch from a main power supply to a secondary power supply in the event of a power outage without change in equipment operation The ATS shall monitor the main power supply so that when power is restored to the primary source it will automatically switch from the secondary source back to the main power source MAIN DISCONNECT SWITCH 1 ACRC301S amp ACRC301H a Unit shall be provided with fuse rated per UL 248 1 UL 248 14 CSA C22 2 No 248 1 CSA C22 2 No 248 14 1 016 120 240V 50 60Hz kA 100 2 ACRC301H 208 230V 50 60Hz kA 100 b Units shall include a fused live and neutral lines located on the ATS panel in order to individually disconnect primary secondary power inputs 2 500 500 series a Unit shall be provided with Thermal Magnetic circuit breakers with interrupt capacity ratings per UL489 CSA 22 2 947 1 Voltage 200 240V 50 60Hz kAIC 50 2 Voltage 380 415V 50Hz kAIC 36 3 Voltage 460 480V 60Hz kAIC 22 b Units shall include main disconnect switches located on the E p
43. in a counterflow arrangement to optimize heat transfer efficiency 4 Cooling Fluids a Chilled water and solutions of propylene or ethylene glycol up to 5096 may be used Solutions of brine or other aqueous salt are NOT permitted 5 Freeze Protection a PerASHRAE Handbook Fundamentals 2001 21 5 a maximum of 30 ethylene glycol and 35 propylene glycol are needed for freeze protection Consult the ASHRAE handbook for more details J 2 3 WAY MODULATING VALVE 1 ACRC301S ACRC301H a A proportional valve shall be microprocessor controlled to automatically direct the proper amount of chilled water in the cooling coil to maintain desired conditions A shut off valve located in the bypass line may be manually adjusted for 2 way flow if so desired b Three way control valve shall be rated for 360 psig with a brass body and nickel chromium plated brass ball c Valve Actuator Actuator shall be a direct connect rotary proportional actuator with analog signal feedback and should be capable of being replaced without disconnecting piping from the valve Ability for manual operation is also provided ACRC301S only A spring return mechanism is attached to the actuator for the ACRC301H unit 2 ACRC500 ACRP500 a floating point valve shall be microprocessor controlled to automatically direct the proper amount of chilled water in the cooling coil to maintain desired conditions A shut off valve located in the bypass line may be manually adjusted f
44. p 1600 63 00 1730 68 11 1600 63 00 1730 68 11 1600 63 00 E 1600 63 00 1470 57 88 1600 63 00 1600 63 00 5 E 1600 63 00 1730 68 11 1600 63 00 ER 2 1600 63 00 1600 63 00 gt B 1600 63 00 2 1905 75 00 2035 80 12 2165 85 24 1905 75 00 1905 75 00 E 1905 75 00 2035 80 18 1905 75 00 1905 75 00 o nbus E 1905 75 00 1775 69 88 1905 75 00 1905 75 00 1905 75 00 1905 75 00 1905 75 00 1905 75 00 1905 75 00 9 914 36 00 991 39 00 991 39 00 991 39 00 E 5 oO c UO 5 5 1219 48 00 1296 51 02 1296 51 02 1296 51 02 1296 51 02 1296 51 02 1296 51 02 o o lt 8 9 1524 60 00 1600 63 00 1600 63 00 1600 63 00 1600 63 00 1600 63 00 1600 63 00 ata o os 1829 72 00 1905 75 00 1905 75 00 1905 75 00 1905 75 00 1905 75 00 1905 75 00 All dimensions shown in millimeters inches InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Configurations Chilled water systems utilize water from a chiller plant for cooling Chilled water is commonly used in large buildings and high rises and can serve multiple indoor units which can be cost effective for large installation options There are various methods for chilled water piping Connection to chille
45. s FPM 3 05 600 FILTERS WASHABLE STANDARD Quantity 2 Size mm in 238 x 933 9 375 x 36 75 Depth mm in 12 7 172 Efficiency lt 20 MERV 1 FILTERS PLEATED OPTIONAL Quantity 2 Size mm in 238 x 933 9 375 x 36 75 Depth mm in 51 2 Efficiency 30 MERV 8 PHYSICAL DATA Net Weight kg lbs 210 463 Operating Weight kg lbs 220 485 Height mm in 199 78 39 Width mm in 300 11 81 Depth mm in 1095 43 11 POWER CONNECTION Minimum Input Wire Size AWG 14 CONNECTION SIZES Supply Line mm in 31 75 1 1 4 Connection Return Line mm in 31 75 1 1 4 NPT Connection Maximum flow rate is 7020 l hr 30 9 GPM for continuous operation Maximum working pressure for the unit is 2068 4 kPa 300 psig Example Performance at 29 4 C DB 18 1 C WB 85 DB 64 5 F WB with a 10 C 50 F EWT and a 5 5 C 10 F CW delta T is 27 3 kW 93000 BTU hr total net capacity with the standard filter Using a 50 mm 2 in pleated filter with single fan failure the performance of the unit would be 27 3 X 0 94 25 7 kW 93000 X 94 87420 BTU hr Tf ACRC301H contains the circulation pump kit the maximum operational water pressure will be 1600 kPa 232 psig 62 InRow Chilled Water Air Conditioners Technical Specifications 990 4
46. 0 Description Outlet water union bottom piping option Inlet water union bottom piping option Coil Circulation pump optional Circulation pump check valve optional 74 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 ACRC301 series With Cooling Distribution Unit CDU A CDU is only used with ACRC301S units gt Peq TO CUSTOMER TOP PIPINS DSS SUPPLIED CONFIGURATION CHILLER DEI c 3 180 INROW RC CDU SUPPORTS UP TO 12 UNITS INROW RC CDU TO CUSTOMER nanan SUPPLIED CHILLER BOTTOM PIPING 081 5 089 CONFIGURATION 84 597 Strainer with 20 mesh screen with opening size of 865 micron field installed 7 Flex hose or copper tubing Copper tubing CX Isolation shutoff valve field installed 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 75 Without CDU ped ES TOP PIPING D amp D 4 l Ded gt TO CUSTOMER i 1 SUPPLIED It i CHILLER INROW RC TO CUSTOMER SUPPLIED CHILLER Ho 5 4405 i na2609a BOTTOM PIPING bSt Flex h Strainer with 20 mesh screen m field installed Dear Shutoff valve field installed Copper tubing 28 Circuit setter 76 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001
47. 0 0 9 13 5 19 6 2 6 6 C 12 F 15 2 52000 15 2 52000 1 00 0 6 10 0 11 3 7 7 79 14 F 13 1 45000 13 1 45000 1 00 0 5 7 6 6 2 1 8 8 C 16 F 11 1 38000 11 1 38000 1 00 0 4 5 8 4 14 10 C 18 F 9 3 32000 9 3 32000 1 00 0 3 4 5 3 0 9 11 1 C 20 F 7 7 26000 7 7 26000 1 00 0 2 3 5 2 0 5 29 4 C DB 18 1 WB 85 F DB 64 5 F WB 5 5 C 10 F 23 8 81000 23 8 81000 1 00 1 1 17 7 31 10 4 6 6 C 12 F 21 1 72000 21 1 72000 1 00 0 8 13 2 18 6 01 7 79 14 F 18 5 63000 18 5 63000 1 00 0 6 10 1 11 3 7 8 8 C 16 F 16 1 55000 16 1 55000 1 00 0 5 7 9 7 2 3 32 2 C DB 18 9 C WB 90 F DB 66 1 F WB 5 5 C 10 F 31 5 108000 31 5 108000 1 00 1 4 22 8 51 17 1 6 6 C 12 F 28 3 97000 28 3 97000 1 00 1 1 17 2 30 9 9 35 0 C DB 19 8 C WB 95 F DB 67 7 F WB 5 5 C 10 F 40 6 139000 40 6 139000 1 00 1 8 28 7 80 26 8 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation Note For 500 500 series reduce airflow and cooling capacity specifications by 7 for cooling units run at low input voltage 380V 60 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Data General ACRC301S MODULA
48. 0 77 12 2 15 5 5 2 11 1 C 20 F 27 6 94000 27 6 94000 1 00 0 66 10 5 11 9 4 0 40 50 C DB 21 5 C WB 105 F DB 71 F WB 5 5 C 10 F 40 3 137000 40 3 137000 1 00 1 92 30 4 86 0 28 8 6 6 C 12 F 39 0 133000 39 0 133000 1 00 1 59 25 3 59 1 19 8 7 79 14 F 37 6 128000 37 6 128000 1 00 1 32 20 9 41 1 13 8 8 8 C 16 F 35 9 122000 35 9 122000 1 00 1 06 16 9 28 4 9 5 10 C 18 F 34 2 117000 34 2 117000 1 00 0 88 14 0 20 1 6 7 11 1 C 20 F 33 1 113000 33 1 113000 1 00 0 79 12 6 16 5 5 5 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 47 Temperature DB Total Net Capacity Sensible Net Capacity S Bons te osa op C CF CF kW BTU hr kW BTU hr SHR 1 GPM kPa ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 6 6 C 12 F 44 6 152000 44 6 152000 1 00 1 81 28 6 76 6 25 7 7 7 C 14 F 43 2 147000 43 2 147000 1 00 1 51 23 9 54 5 18 3 8 8 C 16 F 41 6 142000 41 6 142000 1 00 1 23 19 6 37 4 12 5 10 C 18 F 40 1 137000 40 1 137000 1 00 1 05 16 7 27 8 9 3 11 1 C 20 F 38 8 132000 38 8 132000 1 00 0 92 14 6 21 6 7 3 46 11 C DB 23 3 C WB 115 F DB 74 F WB 7 79 14 F 48 8 167000 48 8 167000 1 00 1 70 26 9 68 3 22 9 8 8 C 16 F 47 3 161000 47 3 161000 1 00 1 40 22 1 47 0 15 8
49. 000 1 00 0 77 12 2 15 6 5 2 40 50 C DB 21 5 C WB 105 F DB 71 F WB 6 6 C 12 F 43 1 147000 43 1 147000 1 00 1717 1 69 3 232 7 7 C 14 F 41 8 143000 41 8 143000 1 00 1 42 22 5 48 8 16 3 8 8 C 16 F 40 2 137000 40 2 137000 1 00 1 19 18 8 34 8 11 7 10 C 18 F 38 8 132000 38 8 132000 1 00 1 06 16 9 28 4 9 5 11 1 C 20 F 37 3 127000 37 3 127000 1 00 0 93 14 8 22 1 74 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 45 Temperature DB Total Net Capacity Sensible Net Capacity S Bons te osa op C CF CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 6 6 C 12 F 48 9 167000 48 9 167000 1 00 1 93 30 5 86 7 29 1 7 7 C 14 F 47 4 162000 47 4 162000 1 00 1 55 24 6 57 6 19 3 8 8 C 16 F 46 0 157000 46 0 157000 1 00 1 35 21 5 44 5 14 9 10 C 18 F 44 5 152000 44 5 152000 1 00 1 18 18 7 344 11 5 11 1 C 20 F 43 2 147000 43 2 147000 1 00 1 03 16 4 26 9 9 0 46 11 C DB 23 3 C WB 115 F DB 74 F WB 7 79 14 F 52 9 181000 52 9 181000 1 00 1 72 27 3 70 1 23 5 8 8 C 16 F 51 5 176000 51 5 176000 1 00 1 51 24 0 54 8 18 4 10 C 18 F 50 2 171000 50 2 171000 1 00 1 32 21 0 42 7 14 3 11 1 C 20 F 48 9 167000 48 9 167000 1 00 1 17 18 5 33 6 1
50. 00000 0 98 1 1 184 33 11 1 7 79 14 F ACRC500 ACRP500 27 4 93000 26 7 91000 0 98 0 9 14 3 21 6 9 8 8 C 16 F 500 500 24 9 85000 24 3 83000 0 98 0 7 11 5 14 4 6 10 C 18 F ACRCS500 ACRP500 22 6 77000 22 0 75000 0 98 0 6 9 4 10 3 2 11 1 C 20 F 500 500 20 4 70000 19 9 68000 0 98 0 5 7 7 703 29 4 DB 18 1 WB 85 DB 64 5 WB 5 5 C 10 F ACRCS500 ACRP500 39 6 135000 38 6 132000 0 98 1 8 28 0 76 25 6 6 6 C 12 F ACRC500 ACRP500 36 6 125000 35 7 122000 0 98 14 21 8 47 15 7 7 79 14 F 500 500 33 8 115000 32 9 112000 0 98 1 1 17 3 30 10 2 8 8 C 16 F 500 500 31 1 106000 30 3 103000 0 98 0 9 14 0 20 6 7 109 18 F 500 500 28 5 97000 27 7 95000 0 98 0 7 11 5 14 4 6 11 1 C 20 F 500 500 26 0 89000 25 3 86000 0 98 0 6 9 5 10 3 2 32 2 DB 18 9 C WB 90 F DB 66 1 F WB 6 6 C 12 F ACRC500 43 6 149000 43 2 147000 0 99 1 6 25 6 64 21 5 7 79 14 F ACRC500 ACRP500 40 5 138000 40 1 137000 0 99 1 3 20 5 42 13 9 8 8 C 16 F ACRC500 ACRP500 37 6 128000 37 2 127000 0 99 1 1 16 7 28 9 5 109 18 F 500 500 34 7 119000 344 117000 0 99 0 9 13 8 20 6 5 11 1 C 20 F 500 500 32 0 109000 31 7 108000 0 99 0 7 11 5 14
51. 1 3 48 89 C DB 23 9 C WB 120 F DB 75 F WB 7 79 14 F 58 3 199000 58 3 199000 1 00 1 85 29 4 80 6 27 0 8 8 C 16 F 57 0 194000 57 0 194000 1 00 1 67 26 5 66 2 22 2 10 C 18 F 55 7 190000 55 7 190000 1 00 1 45 22 9 50 4 16 9 11 1 C 20 F 54 3 185000 54 3 185000 1 00 1 28 20 2 39 8 13 3 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 46 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 15 59 EWT ACRC301H DB do E Total Net Capacity Sensible Net Capacity esed RAM te C CF C CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 26 79 DB 17 1 C WB 80 F DB 63 F WB 5 5 C 10 F 13 4 46000 13 4 46000 1 00 0 69 10 9 12 6 4 2 6 6 C 12 F 11 4 39000 11 4 39000 1 00 0 49 7 7 6 6 2 2 7 79 14 F 9 7 33000 9 7 33000 1 00 0 37 5 9 42 14 29 4 C DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 18 0 61000 18 0 61000 1 00 0 90 14 2 20 6 6 9 6 6 C 12 F 16 7 57000 16 7 57000 1 00 0 73 11 5 13 9 4 7 7 79 14 F 1
52. 10 C 18 F 45 8 156000 45 8 156000 1 00 1 20 19 0 35 3 11 8 11 1 C 20 F 44 4 152000 44 4 152000 1 00 1 05 16 6 27 5 9 2 48 89 C DB 23 9 C WB 120 F DB 75 F WB 7 79 14 F 55 0 188000 55 0 188000 1 00 1 89 29 9 82 1 27 5 8 8 C 16 F 52 7 180000 52 7 180000 1 00 1 55 24 6 57 4 19 3 10 C 18 F 51 7 175000 51 7 175000 1 00 1 34 21 2 43 5 14 6 11 1 C 20 F 50 0 171000 50 0 171000 1 00 1 17 18 6 34 0 11 4 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 48 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 17 5 C 63 5 F EWT ACRC301H DB do E Total Net Capacity Sensible Net Capacity te C CF C CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 26 7 C DB 17 1 C WB 80 F DB 63 F WB 5 5 C 10 F 8 3 28000 8 3 28000 1 00 0 46 7 3 6 1 2 0 6 6 C 12 F 6 3 22000 6 3 22000 1 00 0 30 4 8 2 9 1 0 29 4 DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 13 3 45000 13 3 45000 1 00 0 68 10 8 12 5 4 2 6
53. 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 28 7 98000 28 4 97000 0 99 1 29 20 5 81 7 274 6 6 C 12 F 27 0 92000 26 7 91000 0 99 0 99 15 7 514 172 7 79 14 F 25 5 87000 25 3 86000 0 99 0 82 13 1 373 12 5 8 8 C 16 F 24 2 83000 24 0 82000 0 99 0 69 10 9 27 0 9 1 10 C 18 F 22 9 78000 22 7 77000 0 99 0 58 9 1 19 7 6 6 11 1 C 20 F 21 7 74000 21 5 73000 0 99 0 49 7 8 14 7 4 9 37 78 C DB 20 7 C WB 100 F DB 69 F WB 6 6 C 12 F 30 4 104000 30 1 103000 0 99 1 13 17 9 65 0 21 8 7 79 14 F 28 9 99000 28 6 98000 0 99 0 93 14 8 46 5 15 6 8 8 C 16 F 27 5 94000 27 3 93000 0 99 0 78 12 3 33 6 11 3 10 C 18 F 26 3 90000 26 0 89000 0 99 0 66 10 4 25 0 8 4 11 1 C 20 F 25 1 86000 24 9 85000 0 99 0 57 9 0 19 1 6 4 40 50 C DB 21 5 C WB 105 F DB 71 F WB 6 6 C 12 F 33 6 115000 33 3 114000 0 99 1 25 19 8 713 25 9 7 7 C 14 F 32 1 110000 31 8 109000 0 99 1 03 16 3 55 1 18 5 8 8 C 16 F 30 8 105000 30 5 104000 0 99 0 87 13 7 10 7 13 7 10 C 18 F 29 6 101000 29 3 100000 0 99 0 74 11 7 30 8 10 3 11 1 C 20 F 28 4 97000 28 1 96000 0 99 0 64 10 1 23 8 8 0 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 33 Temperature DB Total Net Capacity Sensible Net Capacity S Bons te osa op C CF
54. 2 11 1 C 20 F 40 7 139000 40 7 139000 00 0 96 15 3 23 6 7 9 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 52 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 22 72 EWT ACRC301H Temperature DB T Total Net Capacity Sensible Net Capacity Sensible Heat Mee p op C CF C CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 32 22 C DB 18 9 WB 90 F DB 66 F WB 5 5 C 10 F 10 8 37000 10 8 37000 00 0 57 9 0 9 0 3 0 6 6 C 12 F 9 0 31000 9 0 31000 00 0 41 6 4 4 9 1 6 7 14 F 6 9 24000 6 9 24000 00 0 28 4 4 2 5 0 8 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 16 6 57000 16 6 57000 00 0 83 13 2 18 0 6 0 6 6 C 12 F 14 9 51000 14 9 51000 00 0 61 9 6 10 3 3 4 7 79 14 F 13 3 46000 13 3 46000 00 0 49 7 7 6 8 2 3 8 8 C 16 F 11 6 40000 11 6 40000 00 0 38 6 0 44 1 5 10 C 18 F 9 5 32000 9 5 32000 00 0 28 4 5 2 6 0 9 37 78 C DB 20 7 C WB 100 F DB 69 F WB 5 5 C 10 F 21 8 74000 21 8 74000 00 1 07 17 0 28 6
55. 3 6 6 C 12 F 37 9 130000 36 8 126000 0 97 14 22 5 50 16 6 7 79 14 F 35 1 120000 34 1 116000 0 97 1 1 18 0 32 10 9 8 8 C 16 F 32 5 111000 31 5 108000 0 97 0 9 14 6 22 7 4 10 C 18 F 29 8 102000 28 9 99000 0 97 0 8 12 0 15 5 1 11 1 C 20 F 27 3 93000 26 5 90000 0 97 0 6 10 0 11 3 7 29 4 C DB 18 1 C WB 85 F DB 64 5 F WB 6 6 C 12 F 45 0 154000 43 7 149000 0 97 1 7 26 4 68 22 6 7 79 14 F 42 0 144000 40 8 139000 0 97 1 3 21 2 44 14 8 8 8 C 16 F 39 1 134000 38 0 130000 0 97 1 1 17 4 30 10 2 10 C 18 F 36 3 124000 35 2 120000 0 97 0 9 14 4 21 7 2 11 1 C 20 F 33 3 114000 32 6 111000 0 98 0 8 11 9 15 5 1 32 2 C DB 18 9 C WB 90 F DB 66 1 WB 6 6 C 12 F 52 3 179000 51 2 175000 0 98 1 9 30 4 89 29 8 7 79 14 F 49 2 168000 48 2 165000 0 98 1 5 24 5 59 19 9 8 8 C 16 F 46 1 157000 45 2 154000 0 98 1 3 20 2 41 13 6 10 C 18 F 42 7 146000 42 3 144000 0 99 1 1 16 7 28 9 5 11 1 C 20 F 39 8 136000 39 4 135000 0 99 0 9 14 1 20 6 9 35 0 C DB 19 8 C WB 95 F DB 67 7 F WB 7 79 14 F 57 2 195000 56 0 191000 0 98 8 28 3 78 26 1 8 8 C 16 F 53 4 182000 52 9 181000 0 99 5 23 2 53 17 8 10 C 18 F 50 3 172000 49 8 170000 0 99 2 19 5 38 12 7 11 1 C 20 F 47 2 161000 46 7 160000 0 99 0 16 5 28 9 2 37 8 C DB 20 7 C WB 100 F DB 69 2
56. 35 8 12 0 8 8 C 16 F 34 1 116000 34 1 116000 00 1 02 16 2 26 3 8 8 10 C 18 F 32 6 111000 32 6 111000 00 0 87 13 8 19 5 6 5 11 1 C 20 F 31 1 106000 31 1 106000 00 0 75 11 8 14 8 4 9 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 53 Temperature DB Sam Total Net Capacity Sensible Net Capacity acts C CF C CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 48 89 DB 23 9 WB 120 DB 75 WB 6 6 C 12 F 42 2 144000 42 2 144000 1 00 1 61 25 5 63 6 21 3 7 79 14 F 41 0 140000 41 0 140000 1 00 1 38 21 9 46 3 15 5 8 8 C 16 F 39 7 136000 39 7 136000 1 00 1 18 18 7 34 5 11 6 10 C 18 F 38 3 131000 38 3 131000 1 00 1 01 16 0 25 8 8 7 11 1 C 20 F 37 0 126000 37 0 126000 1 00 0 88 14 0 20 0 6 7 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 54 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 ACRC500 Series ACRP500 Series Performance Specifications 5 6 42 EWT T DB Mum Total Net Capacity Sens
57. 4 52000 15 4 52000 1 00 0 44 6 9 5 6 1 9 11 1 C 20 F 13 8 47000 13 8 47000 1 00 0 35 5 6 3 8 1 3 32 2 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 28 4 97000 28 4 97000 1 00 1 36 21 6 45 1 15 1 6 6 C 12 F 27 1 92000 27 1 92000 1 00 1 08 17 2 29 4 9 8 7 79 14 F 25 3 86000 25 3 86000 1 00 0 88 13 9 19 8 6 6 8 8 C 16 F 23 6 81000 23 6 81000 1 00 0 72 11 4 13 8 3 4 10 C 18 F 21 7 75000 21 7 75000 1 00 0 60 9 6 10 0 3 4 11 1 C 20 F 20 2 69000 20 2 69000 1 00 0 51 8 0 73 2 4 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 34 2 117000 34 2 117000 1 00 1 64 26 0 64 0 21 5 6 6 C 12 F 33 0 117000 33 0 117000 1 00 1 29 20 5 40 9 13 7 7 14 F 31 4 107000 31 4 107000 1 00 1 08 17 1 29 1 9 8 8 8 C 16 F 29 9 102000 29 9 102000 1 00 0 90 14 2 20 7 7 0 10 C 18 F 28 2 96000 28 2 96000 1 00 0 75 11 9 15 0 5 0 11 1 C 20 F 26 7 91000 26 7 91000 1 00 0 64 10 2 11 3 3 8 37 789 DB 20 7 C WB 100 F DB 69 F WB 5 5 C 10 F 39 2 134000 39 2 134000 1 00 1 84 29 2 79 8 26 8 6 6 C 12 F 37 9 129000 37 9 129000 1 00 1 51 23 9 542 18 2 7 7 C 14 F 36 4 124000 36 4 124000 1 00 122 19 3 36 3 122 8 8 C 16 F 34 8 119000 34 8 119000 1 00 1 04 16 4 27 0 9 1 10 C 18 F 33 1 113000 33 1 113000 1 00 0 89 14 1 20 5 6 9 11 1 C 20 F 31 7 108000 31 7 108
58. 4 7 50000 14 7 50000 1 00 0 53 8 4 8 0 2 7 8 8 C 16 F 12 9 44000 12 9 44000 1 00 0 42 6 6 5 1 1 7 10 C 18 F 11 1 38000 11 1 38000 1 00 0 32 5 1 3 2 1 1 32 22 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 24 0 82000 24 0 82000 1 00 1 17 18 5 33 8 11 3 6 6 C 12 F 22 8 78000 22 8 78000 1 00 0 94 14 9 22 5 7 6 7 79 14 F 21 1 72000 21 1 72000 1 00 0 74 11 8 14 6 4 9 8 8 C 16 F 19 1 65000 19 1 65000 1 00 0 59 9 4 9 7 3 2 10 C 18 F 17 3 59000 17 3 59000 1 00 0 48 7 6 6 6 2 2 11 1 C 20 F 16 2 55000 16 2 55000 1 00 0 41 6 4 4 9 1 6 35 DB 19 8 WB 95 F DB 68 WB 5 5 C 10 F 29 9 102000 29 9 102000 1 00 1 44 22 8 50 0 16 8 6 6 C 12 F 28 7 98000 28 7 98000 1 00 1 18 18 7 33 5 11 2 7 7 C 14 F 26 9 92000 26 9 92000 1 00 0 93 14 8 22 2 7 5 8 8 C 16 F 25 4 87000 25 4 87000 1 00 0 77 12 2 15 6 5 2 10 C 18 F 23 6 80000 23 6 80000 1 00 0 64 10 1 11 0 3 7 11 1 C 20 F 22 1 75000 22 1 75000 1 00 0 54 8 6 8 2 2 7 37 789 DB 20 7 C WB 100 F DB 69 F WB 5 5 C 10 F 34 9 119000 34 9 119000 1 00 1 65 26 2 64 9 21 8 6 6 C 12 F 33 8 115000 33 8 115000 1 00 1 37 21 8 45 7 15 3 7 7 C 14 F 32 7 111000 32 7 111000 1 00 1 13 17 8 31 5 10 6 8 8 C 16 F 30 9 105000 30 9 105000 1 00 0 91 14 5 21 4 7 2 10 C 18 F 29 3 100000 29 3 100000 1 00
59. 6 8 8 C 16 F 56 0 191000 56 0 191000 00 1 5 24 3 58 19 4 10 C 18 F 52 6 180000 52 6 180000 00 1 3 20 4 41 13 9 11 1 C 20 F 49 4 169000 49 4 169000 00 1 1 17 3 30 9 9 40 6 C DB 21 6 C WB 105 F DB 70 8 WB 7 79 14 F 68 6 234000 68 6 234000 00 2 1 83 7 109 36 5 8 8 C 16 F 64 9 222000 64 9 222000 00 1 8 28 0 76 25 4 10 C 18 F 61 3 209000 61 3 209000 00 1 5 23 5 54 18 2 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation Note For ACRC500 ACRP500 series reduce airflow and cooling capacity specifications by 7 for cooling units run at low input voltage 380V 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 57 Performance Specifications 10 50 EWT ACRC500 ACRP500 DB WB own elt a T PARE Total Net Capacity yog CW Flow Rate Ri d op CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 26 7 C DB 17 1 C WB 80 F DB 62 8 F WB 5 5 C 10 F 500 500 32 6 111000 31 8 109000 0 98 1 5 23 5 54 18 02 6 6 C 12 F ACRC500 ACRP500 29 9 102000 29 2 1
60. 6 C 12 F 11 6 40000 11 6 40000 1 00 0 51 8 0 7 3 2 4 7 79 14 F 9 8 33000 9 8 33000 1 00 0 37 5 9 42 14 32 22 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 19 2 66000 19 2 66000 1 00 0 95 15 1 23 1 7 7 6 6 C 12 F 17 5 60000 17 5 60000 1 00 0 72 11 5 14 0 4 7 7 14 F 15 9 54000 15 9 54000 1 00 0 57 9 1 9 1 3 1 8 8 C 16 F 14 7 50000 14 7 50000 1 00 0 57 9 0 9 0 3 0 10 C 18 F 12 8 44000 12 8 44000 1 00 0 37 5 8 4 1 1 4 35 C DB 19 8 C WB 95 F DB 68 F WB 5 5 C 10 F 25 1 86000 25 1 86000 1 00 122 19 4 36 8 12 3 6 6 C 12 F 23 5 80000 23 5 80000 1 00 0 95 15 0 22 8 7 7 7 7 C 14 F 22 1 75000 22 1 75000 1 00 0 77 12 3 15 8 5 3 8 8 C 16 F 20 4 70000 20 4 70000 1 00 0 63 10 0 10 9 3 6 10 C 18 F 18 6 63000 18 6 63000 1 00 0 51 8 1 7 4 2 5 11 1 C 20 F 17 0 58000 17 0 58000 1 00 0 43 6 7 5 3 1 8 37 789 DB 20 7 C WB 100 F DB 69 F WB 5 5 C 10 F 30 1 103000 30 1 103000 1 00 1 44 22 9 50 1 16 8 6 6 C 12 F 28 7 98000 28 7 98000 1 00 1 14 18 1 32 4 10 9 7 7 C 14 F 27 1 93000 27 1 93000 1 00 0 94 14 9 22 4 7 5 8 8 C 16 F 25 9 88000 25 9 88000 1 00 0 82 12 9 17 4 5 8 10 C 18 F 24 2 82000 24 2 82000 1 00 0 65 10 3 11 5 3 9 11 1 C 20 F 22 7 77000 22 7 77000 1 00 0 65 10 3 11 5 3 9 40 50 C DB 21 5 C WB 105 F DB 71 F WB 5 5
61. 6 2 11 1 C 20 F 20 9 71000 20 5 70000 0 98 0 48 7 5 13 7 4 6 35 C DB 19 8 C WB 95 F DB 68 F WB 6 6 C 12 F 29 7 101000 29 1 99000 0 98 1 08 17 1 61 9 20 7 7 79 14 F 28 3 96000 27 7 95000 0 98 0 91 14 4 44 2 14 8 8 8 C 16 F 26 9 92000 26 4 90000 0 98 0 76 12 0 32 3 10 8 10 C 18 F 25 6 87000 25 0 85000 0 98 0 64 10 2 23 9 8 0 11 1 C 20 F 24 31 83000 23 8 81000 0 98 0 55 8 7 18 1 6 1 37 78 C DB 20 7 C WB 100 F DB 69 F WB 6 6 C 12 F 33 2 113000 32 5 111000 0 98 1 23 19 5 75 5 25 3 7 79 14 F 31 7 108000 31 1 106000 0 98 1 02 16 1 54 1 18 1 8 8 C 16 F 30 2 103000 29 6 101000 0 98 0 85 13 5 39 5 13 2 10 C 18 F 28 9 99000 28 3 97000 0 98 0 72 11 5 29 6 9 9 11 1 C 20 F 27 7 95000 27 2 93000 0 98 0 63 9 9 22 9 7 7 40 50 C DB 21 5 C WB 105 F DB 71 F WB 14 F 34 8 119000 34 1 116000 0 98 111 17 6 63 1 21 1 8 8 C 16 F 33 5 114000 32 8 112000 0 98 0 94 14 9 46 8 15 7 10 C 18 F 32 1 110000 31 5 107000 0 98 0 80 12 7 35 5 11 9 11 1 C 20 F 31 0 106000 30 3 104000 0 98 0 70 11 0 27 79 3 990 4618 001 InRow Chilled Water Air Conditioners Technical Specifications 31 Temperature DB Total Net Capacity Sensible Net Capacity S Bons te C CF CF kW BTU hr kW BTU hr SHR Vs GPM kP
62. 618C 001 ACRC500 ACRP500 series MODULATING VALVES Size 3 Way Ball Valve NPT mm in 25 4 1 AIR SYSTEM 400 mm 15 8 in BACKWARD INCLINE DIRECT DRIVE FANS Standard Filter Installed Air Volume 1 5 SCFM 2832 6000 Fan Motor kW HP 1 00 1 5 Number of Fans 3 COOLING COIL COPPER TUBE ALUMINUM FIN Face Area m ft 0 74 7 9 Rows Deep 4 FPM FPI 468 12 FILTERS PLEATED STANDARD Quantity 4 Size mm in 418 x 470 16 45 x 18 5 Depth mm in 101 6 4 Efficiency 96 30 FILTERS PLEATED OPTIONAL Quantity 4 Size mm in 418 x 470 16 45 x 18 5 Depth mm in 101 6 4 Efficiency 96 85 PHYSICAL DATA 500 345 760 Met Weight kebs 500 352 776 500 363 800 Operating Weight kg 165 500 370 816 Height mm in 1991 78 40 Width mm in 600 23 62 Depth mm in 1070 42 13 CONNECTION SIZES Supply Line mm in 38 1 1 1 2 NPSM pall ter Return Line mm 38 1 1 1 2 NPSM Condensate Drain Drain Line mm in 9 5 3 8 ID 12 7 1 2 OD Humidifier 500 series only Supply line mm in 6 35 1 4 DUAL FLOAT CONDENSATE MANAGEMENT Flow Rate L m GPH 0 53 8 45 Maximum Distance m ft 18 60 Maximum Lift m ft 3 5 11 5 HUMIDIFICATION SOLID STATE
63. 7 7 C 14 F 30 3 103000 29 4 100000 0 97 1 0 15 7 25 8 3 8 8 C 16 F 27 7 95000 26 9 92000 0 97 0 8 12 7 17 5 5 10 C 18 F 25 3 86000 24 5 84000 0 97 0 7 10 4 11 3 9 29 4 C DB 18 1 C WB 85 F DB 64 5 F WB 5 5 C 10 F 42 3 145000 41 5 142000 0 98 1 9 29 9 86 28 9 6 6 C 12 F 39 4 134000 38 6 132000 0 98 1 5 23 3 53 17 8 7 7 C 14 F 36 5 125000 35 8 122000 0 98 1 2 18 6 35 11 6 8 8 C 16 F 33 7 115000 33 1 113000 0 98 1 0 15 1 23 7 9 10 C 18 F 31 1 106000 30 4 104000 0 98 0 8 12 5 16 5 3 11 1 C 20 F 28 5 97000 27 9 95000 0 98 0 7 10 4 12 3 9 32 2 DB 18 99 WB 90 F DB 66 1 WB 6 6 C 12 F 47 0 161000 46 1 157000 0 98 1 7 27 5 73 24 5 7 7 C 14 F 43 9 150000 43 0 147000 0 98 14 22 1 48 16 2 8 8 C 16 F 40 9 140000 40 1 137000 0 98 1 1 18 1 33 10 9 10 C 18 F 37 6 128000 37 2 127000 0 99 0 9 14 9 23 7 6 11 1 C 20 F 34 8 119000 34 4 118000 0 99 0 8 12 5 16 5 3 35 0 C DB 19 8 C WB 95 F DB 67 7 F WB 7 14 F 51 4 176000 50 9 174000 0 99 1 6 25 6 64 21 5 8 8 C 16 F 48 2 165000 47 7 163000 0 99 13 21 1 44 14 8 10 C 18 F 45 0 154000 44 6 152000 0 99 1 1 17 6 31 10 4 11 1 C 20 F 42 0 143000 41 6 142000 0 99 0 9 14 8 22 7 6 37 8 C DB 20 7 C WB 100 F DB 69 2 F WB 7 7 C 14 F 60 0 205000 59 4 203000 0 99 1 9 29 7 85 28
64. C301S ACRC301H 17 External components ACRC301S 17 External components 18 Internal components ACRC301S 19 User interface connection panel ACRC301S 21 InRow ACRC500 ACRP500 24 External components 24 Internal mechanical components front 25 Internal mechanical components rear 26 User interface connection 27 Electrical panel i E EI ERE 28 Determining Cooling 29 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications Recommended Capacity 30 ACRC30198 ae a elie cane hy pae 30 Lien 30 500 500 series 30 cicero ers Esas scien aee breiter atre dard ar a xa wd 31 Performance Specifications 5 C 41 F EWT 31 Performance Specifications 7 2 C 45 F EWT ACRC301S 33 Performanc
65. CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 7 79 14 F 35 8 122000 35 4 121000 0 99 1 15 18 2 66 9 22 4 8 8 C 16 F 34 4 117000 34 0 116000 0 99 0 96 15 3 49 1 16 5 10 C 18 F 33 1 113000 32 8 112000 0 99 0 82 13 0 37 1 12 5 11 1 C 20 F 31 9 109000 31 6 108000 0 99 0 72 11 4 29 2 9 8 46 11 C DB 23 3 C WB 115 F DB 74 F WB 7 79 14 F 39 2 134000 38 8 132000 0 99 1 26 20 0 78 3 26 3 8 8 C 16 F 37 8 129000 37 4 128000 0 99 1 06 16 8 57 7 19 3 10 C 18 F 36 5 124000 36 1 123000 0 99 0 90 14 3 43 9 14 7 11 1 C 20 F 35 3 120000 35 0 119000 0 99 0 79 12 5 34 8 11 7 48 89 C DB 23 9 C WB 120 F DB 75 F WB 8 8 C 16 F 41 2 141000 40 8 140000 0 99 1 15 18 2 66 8 22 4 10 C 18 F 39 9 136000 39 5 135000 0 99 0 99 15 7 51 3 17 2 11 1 C 20 F 38 8 132000 38 4 131000 0 99 0 87 13 8 40 9 13 7 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 34 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 8 8 C 48 EWT ACRC301S
66. ELECTRODE CANISTER ACRP500 series only Flush Cycle Automatic Capacity kg hr Ibs hr 3 0 6 6 kW 2 25 REHEAT ELECTRIC Equally Loaded Three Stage Finned Tubular Low Watt Density 500 series only Capacity kW BTU hr 9 0 30 700 Stages 3 Maximum flow rate is 2 08 1 5 33 GPM for continuous operation May be exceeded by 25 for peak loads Maximum working pressure for the unit is 2068 4 kPa 300 psig TMaximum distance includes the maximum lift Note For 500 500 series reduce airflow and cooling capacity specifications by 7 for cooling units run at low input voltage 380V 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 63 Glycol Correction Factors Performance Glycol Percent Volume of Solution Criteria 0 10 20 30 40 50 Ethylene 1 00 0 96 0 94 0 91 0 87 0 84 Capacity Propylene 1 00 0 98 0 97 0 94 0 91 0 88 Ethylene 1 00 1 04 1 14 1 24 1 36 1 50 Pressure Drop Propylene 1 00 1 10 1 23 1 43 1 67 1 92 Values are derived using the Darcy Weisbach pressure drop equation at 50 F and 1 atmosphere and Type L copper pipe correction factors for ACRC301S SKU is based on unit entering conditions of 29 4 C 85 F DB 18 1 C 64 5 F WB 1510 L S 3200 0 83 L S 13 2 GPM and 7 2 C 45 F EFT correction factors for ACRC301H SKU is based on unit entering conditions of 29 4 C 85
67. ER ELECTRIC RENDERING OF TECHNICAL OR OTHER ADVICE OR SERVICE IN CONNECTION WITH THE PRODUCTS THE FOREGOING WARRANTIES AND REMEDIES ARE EXCLUSIVE AND IN LIEU OF ALL OTHER WARRANTIES AND REMEDIES THE WARRANTIES SET FORTH ABOVE CONSTITUTE SCHNEIDER ELECTRIC S SOLE LIABILITY AND PURCHASER S EXCLUSIVE REMEDY FOR ANY BREACH OF SUCH WARRANTIES SCHNEIDER ELECTRIC WARRANTIES EXTEND ONLY TO PURCHASER AND ARE NOT EXTENDED TO ANY THIRD PARTIES IN NO EVENT SHALL SCHNEIDER ELECTRIC ITS OFFICERS DIRECTORS AFFILIATES OR EMPLOYEES BE LIABLE FOR ANY FORM OF INDIRECT SPECIAL CONSEQUENTIAL OR PUNITIVE DAMAGES ARISING OUT OF THE USE SERVICE OR INSTALLATION OF THE PRODUCTS WHETHER SUCH DAMAGES ARISE IN CONTRACT OR TORT IRRESPECTIVE OF FAULT NEGLIGENCE OR STRICT LIABILITY OR WHETHER SCHNEIDER ELECTRIC HAS BEEN ADVISED IN ADVANCE OF THE POSSIBILITY OF SUCH DAMAGES SPECIFICALLY SCHNEIDER ELECTRIC IS NOT LIABLE FOR ANY COSTS SUCH AS LOST PROFITS OR REVENUE LOSS OF EQUIPMENT LOSS OF USE OF EQUIPMENT LOSS OF SOFTWARE LOSS OF DATA COSTS OF SUBSTITUENTS CLAIMS BY THIRD PARTIES OR OTHERWISE NO SALESMAN EMPLOYEE OR AGENT OF SCHNEIDER ELECTRIC IS AUTHORIZED TO ADD TO OR VARY THE TERMS OF THIS WARRANTY WARRANTY TERMS MAY BE MODIFIED IF AT ALL ONLY IN WRITING SIGNED BY A SCHNEIDER ELECTRIC OFFICER AND LEGAL DEPARTMENT Warranty claims Customers with warranty claims issues may access the Schneider Electric customer support network through the Support p
68. F 30 0 102000 30 0 102000 1 00 0 9 13 6 19 6 5 10 C 18 F 27 2 93000 27 2 93000 1 00 0 7 11 1 13 44 35 0 C DB 19 89 WB 95 F DB 67 7 F WB 6 6 129F 44 2 151000 44 2 151000 1 00 1 6 25 9 66 21 9 7 14 F 40 8 139000 40 8 139000 1 00 1 3 20 6 42 14 1 8 8 C 16 F 37 5 128000 37 5 128000 1 00 1 1 16 7 28 9 5 37 8 C DB 20 7 C WB 100 F DB 69 2 F WB 7 14 F 49 8 170000 49 8 170000 1 00 1 6 24 8 60 20 1 40 6 C DB 21 6 C WB 105 F DB 70 8 WB 7 14 F 59 7 204000 59 7 204000 1 00 1 9 29 5 84 28 2 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation Note For ACRC500 ACRP500 series reduce airflow and cooling capacity specifications by 7 for cooling units run at low input voltage 380V 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 59 Performance Specifications 15 5 60 EWT ACRC500 ACRP500 Temperature DB cw D elta T Total Net Capacity Sensible Net Capacity CW Flow Rate Total dic kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 26 7 C DB 17 1 C WB 80 F DB 62 8 F WB 5 5 C 10 F 17 5 60000 17 5 60000 1 0
69. F DB 18 1 C 64 5 F WB 1980 L S 4200 CFM 1 06 L S 16 7 GPM and 15 C 59 F EFT All correction factors for ACRC500 series models are based on the unit entering the following conditions 29 49 85 F DB 18 1 C 64 5 F WB 2832 1 5 6000 1 72 l s 27 3 GPM and 7 2 C 45 F EFT Multiply capacity of device or system by factor above for solution Multiply pressure drop of system by factor above for solution Glycol concentrations over 50 are not recommended Performance Glycol Percent Mass of Solution Criteria Solution 0 10 20 30 40 50 Ethylene 1 00 0 96 0 94 0 91 0 87 0 84 Capacity Propylene 1 00 0 98 0 97 0 94 0 91 0 88 Ethylene 1 00 1 01 1 08 1 14 1 23 1 32 Pressure Drop Propylene 1 00 1 08 1 18 1 35 1 56 1 77 Values are derived using the Darcy Weisbach pressure drop equation at 50 F and 1 atmosphere and Type L copper pipe All correction factors for ACRC301S SKU is based on unit entering conditions of 29 4 C 85 F DB 18 1 C 64 5 F WB 1510 L S 3200 CFM 0 83 L S 13 2 GPM and 7 2 C 45 F EFT All correction factors for ACRC301H SKU is based on unit entering conditions of 29 4 C 85 F DB 18 1 C 64 5 F WB 1980 L S 4200 CFM 1 06 L S 16 7 GPM and 15 C 59 F EFT All correction factors for ACRC500 series models are based on the unit entering the following conditions 29 49 85 F DB 18 1 C 64 5 WB 2832 1 5 6000 CFM
70. ING OUT OR IN CONNECTION WITH THE USE OF OR INABILITY TO USE THIS PUBLICATION OR THE CONTENT EVEN IF SCHNEIDER ELECTRIC IT CORPORATION HAS BEEN EXPRESSLY ADVISED OF THE POSSIBILITY OF SUCH DAMAGES SCHNEIDER ELECTRIC IT CORPORATION RESERVES THE RIGHT TO MAKE CHANGES OR UPDATES WITH RESPECT TO OR IN THE CONTENT OF THE PUBLICATION OR THE FORMAT THEREOF AT ANY TIME WITHOUT NOTICE Copyright intellectual and all other proprietary rights in the content including but not limited to software audio video text and photographs rests with Schneider Electric It Corporation or its licensors rights in the content not expressly granted herein are reserved No rights of any kind are licensed or assigned or shall otherwise pass to persons accessing this information This Publication shall not be for resale in whole or in part Table of Contents 1 Model 1 Model identification label location 1 OO VEI VIGW C uris are x Doa exec Dei s Duc dud dad UR S aea aaa daba duca 2 Capacity 2 eee teen uade Om eng nite co ahaa eee 2 Room air distribution 2 Compliance approval ewe RUM een Ee 2 Scalable Solutions for Critical
71. MA IEC 309 16A Cells marked N A indicate that this information is not required because of regional differences in electrical codes TPlug connection can only be top wired Hardwired can be done via the top or bottom of the unit 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 81 Warranty Three Phase Power Products or Cooling Solutions One Year Factory Warranty The limited warranty provided by Schneider Electric this Statement of Limited Factory Warranty applies only to products you purchase for your commercial or industrial use in the ordinary course of your business Terms of warranty Schneider Electric warrants that the product shall be free from defects in materials and workmanship for a period of one year from the date of product start up when start up 1s performed by Schneider Electric authorized service personnel and occurs within six months of the Schneider Electric shipment date This warranty covers repairing or replacing any defective parts including on site labor and travel In the event that the product fails to meet the foregoing warranty criteria the warranty covers repairing or replacing defective parts at the sole discretion of Schneider Electric for a period of one year from the shipment date For Schneider Electric cooling solutions this warranty does not cover circuit breaker resetting loss of refrigerant consumables or preventive maintenance items Repair or replacement of a defecti
72. TING VALVES Size 3 Way Ball Valve NPT mm in Cv 254 30 8 AIR SYSTEM 200 mm 7 9 1n MIXED FLOW DIRECT DRIVE DC TUBEAXIAL FANS Standard Filter 51 mm 2 in Pleated Filter Air Volume 1 5 SCFM 1510 3200 1345 2850 Fan Motor Watts each 112 5 122 5 Number of Fans 8 8 Performance Specifications Table Multiplier 94 WATER TEMPERATURE Minimum Entering Temperature C F 5 41 Maximum Entering Temperature F 15 55 4 COOLING COIL COPPER TUBE ALUMINUM FIN Face Area m ft 0 510 5 5 Rows Deep 3 Face Velocity m s FPM 2 95 582 FILTERS WASHABLE STANDARD Quantity 2 Size mm in 238 x 933 9 375 x 36 75 Depth mm in 12 7 1 2 Efficiency lt 20 MERV 1 FILTERS PLEATED OPTIONAL Quantity 2 Size mm in 238 x 933 9 375 x 36 75 Depth mm in 51 2 Efficiency 96 30 8 PHYSICAL DATA Net Weight kg Ibs 184 406 Operating Weight kg Ibs 192 423 Height mm in 1991 78 39 Width mm in 300 11 81 Depth mm in 1095 43 11 CONNECTION SIZES Chilled Water 25 4 1 Connection Return Line mm in 25 4 1 NPT Connection Condensate Drain Drain Line mm in 4 71 3 16 ID 6 35 1 4 OD
73. Technical Specifications InRow Chilled Water Air Conditioners Up to 70 kW Schneider Electric Schneider Electric IT Corporation Legal Disclaimer The information presented in this manual is not warranted by the Schneider Electric IT Corporation to be authoritative error free or complete This publication is not meant to be a substitute for a detailed operational and site specific development plan Therefore Schneider Electric IT Corporation assumes no liability for damages violations of codes improper installation system failures or any other problems that could arise based on the use of this Publication The information contained in this Publication is provided as is and has been prepared solely for the purpose of evaluating data center design and construction This Publication has been compiled in good faith by Schneider Electric IT Corporation However no representation is made or warranty given either express or implied as to the completeness or accuracy of the information this Publication contains IN NO EVENT SHALL SCHNEIDER ELECTRIC IT CORPORATION OR ANY PARENT AFFILIATE OR SUBSIDIARY COMPANY OF SCHNEIDER ELECTRIC IT CORPORATION OR THEIR RESPECTIVE OFFICERS DIRECTORS OR EMPLOYEES BE LIABLE FOR ANY DIRECT INDIRECT CONSEQUENTIAL PUNITIVE SPECIAL OR INCIDENTAL DAMAGES INCLUDING WITHOUT LIMITATION DAMAGES FOR LOSS OF BUSINESS CONTRACT REVENUE DATA INFORMATION OR BUSINESS INTERRUPTION RESULTING FROM ARIS
74. WB 8 8 C 16 F 61 6 210000 61 0 208000 99 7 26 6 69 23 1 10 C 18 F 58 3 199000 57 7 197000 99 4 22 4 50 16 6 11 1 C 20 F 55 1 188000 54 5 186000 99 2 19 1 36 12 2 40 6 C DB 21 6 C WB 105 F DB 70 8 F WB 8 8 C 16 F 69 6 238000 69 6 238000 1 00 9 29 9 86 28 9 10 C 18 F 66 1 226000 66 1 226000 1 00 6 25 3 63 21 02 11 1 C 20 F 62 7 214000 62 7 214000 1 00 4 21 7 46 15 5 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation Note Reduce airflow and cooling capacity specifications by 7 for cooling units run at low input voltage 380V 56 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 8 8 48 EWT 500 500 Sensible Heat Total CW Pressure SR UR Dag Total Net Capacity Sensible Net Capacity Ratio CW Flow Rate Drop C CF C CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 26 7 C DB 17 1 C WB 80 F DB 62 8 F WB 5 5 C 10 F 35 7 122000 34 6 118000 0 97 1 6 25 5 63 21 3 6 6 C 12 F 32 9 112000 31 9 109000 0 97 1 2 19 7 39 12 9
75. Water Air Conditioners Technical Specifications 43 Temperature DB AM Total Net Capacity Sensible Net Capacity Ze Bone t car op C CF C CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 40 50 C DB 20 8 C WB 105 F DB 69 F WB 6 6 C 12 F 48 2 164000 48 2 164000 1 00 1 92 30 4 88 3 29 6 7 7 C 14 F 46 7 159000 46 7 159000 1 00 1 57 24 9 58 7 19 7 8 8 C 16 F 45 3 155000 45 3 155000 1 00 1 33 21 1 43 1 14 5 10 C 18 F 43 8 149000 43 8 149000 1 00 1 14 18 1 32 4 10 9 11 1 C 20 F 42 3 144000 42 3 144000 1 00 1 00 15 8 25 2 8 4 43 33 C DB 22 4 C WB 110 F DB 72 F WB 7 79 14 F 52 4 179000 52 4 179000 1 00 1 76 27 9 73 0 24 5 8 8 C 16 F 51 1 174000 51 1 174000 1 00 1 50 23 8 54 0 18 1 10 C 18 F 49 6 169000 49 6 169000 1 00 1 29 20 5 40 9 13 7 11 1 C 20 F 48 2 164000 48 2 164000 1 00 1 13 17 9 31 7 10 6 46 11 C DB 23 3 C WB 115 F DB 74 F WB 7 7 C 14 F 57 9 198000 57 9 198000 1 00 1 94 30 7 87 7 29 4 8 8 C 16 F 56 6 193000 56 6 193000 1 00 1 66 26 3 65 3 21 9 10 C 18 F 55 2 189000 55 2 189000 1 00 1 44 22 8 49 7 16 7 11 1 C 20 F 53 9 184000 53 9 184000 1 00 1 26 19 9 38 7 13 0 48 89 C DB 23 3 C WB 120 F DB 74 F WB 8 8 C 16 F 62 0 212000 62 0 212000 1 00 1 81 28 7 713 25 9
76. a touch screen control Functions include status reporting set up and temperature set points Three LEDs report the operational status of the connected air conditioning unit For ACRC500 amp 500 four LEDs report the operational status of the connected air conditioning unit 2 Controls a The microprocessor controller shall allow the user to navigate between menus select items and input alphanumeric information 3 Alarms a The microprocessor controller shall activate a visible and audible alarm in the occurrence of the following events 1 Cooling Failure 2 Rack inlet high temperature 3 Rack inlet temperature sensor fault 4 Air clogged 5 Air filter run hours exceeded 6 Filter DP sensor failure 7 Supply air sensor fault 8 Return air sensor fault 9 Supply air high temperature 10 Return air high temperature 11 Fan fault 12 Water detection fault 13 Check Condensate Management System 14 Input contact fault 15 Internal Communications Fault 16 Coil Fluid Valve Actuator Fault 17 Fluid Flow Meter Communication Fault 18 Entering Fluid High Temperature 19 Entering Fluid Temperature Sensor Fault 20 Leaving Fluid Temperature Sensor Fault 21 Condensate Pan Full Alarm ACRC301S series only 22 Power Feed Failure 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 89 23 24 25 26 24 28 29 30 31 32 33 34 35 36 37 38 39 40 41 4 Loggi
77. a ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 7 79 14 F 38 5 131000 37 8 12900 0 98 1 24 19 6 75 8 25 4 8 8 C 16 F 37 0 126000 36 3 124000 0 98 1 04 16 4 55 7 18 7 10 C 18 F 35 7 122000 35 0 119000 0 98 0 89 14 1 42 6 14 3 11 1 C 20 F 34 5 118000 33 8 115000 0 98 0 78 12 3 33 5 11 2 46 11 C DB 23 3 C WB 115 F DB 74 F WB 8 8 C 16 F 40 5 138000 39 6 135000 0 98 1 13 17 9 64 7 21 7 10 C 18 F 39 1 133000 38 3 131000 0 98 0 97 15 4 49 7 16 7 11 1 C 20 F 37 9 129000 37 2 127000 0 98 0 85 13 5 39 4 13 2 48 89 C DB 23 9 C WB 120 F DB 75 F WB 8 8 C 16 F 43 9 150000 43 0 147000 0 98 1 22 19 4 74 4 24 9 10 C 18 F 42 6 145000 41 7 142000 0 98 1 05 16 7 57 2 19 2 11 1 C 20 F 41 4 141000 40 6 138000 0 98 0 93 14 7 45 8 15 4 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 32 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 7 2 C 45 EWT ACRC301S DB de E Total Net Capacity Sensib
78. a 38 1 mm 1 1 2 in BSPT manufactured in accordance with BS21 Pipe adapters shall ship loose with the unit for field installation where applicable 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 93 FLOW METER 1 The flow meter shall be factory piped inside the unit and connected to microprocessor controls to provide water flow rate through the unit The microprocessor controller shall also use this information to provide total unit capacity out of the unit while in operation 2 The flow meter shall be a glass filled nylon construction vortex sensing meter compatible with glycol water solutions up to 50 with accuracy of 2 5 FS 10 200 LPM 2 6 53 GPM PIPING 1 The unit shall be piped in accordance with the highest commercial quality procedures The chilled water piping shall be insulated with closed cell elastomer insulation All piping connections should be made at the rear of the unit for top or bottom accessibility CONFIGURATIONS 1 Cool setpoints for the ACRC500 ACRP500 series units shall range from 5 6 C 16 7 C 42 1 F 62 1 F 2 Cool setpoints for the ACRC301S ACRC301H units shall range from 5 6 C 22 2 C 42 1 F 72 3 Identical cooling units can be grouped up to 12 units total 4 Four configuration types are available InRow mode HACS mode RACS mode and CACS mode ARCRC301 series only CABLE WATER DETECTOR OPTIONAL 1 A leak detection sensing cable shall b
79. age of the Schneider Electric Web site www schneiderelectric com support Select your country from the country selection pull down menu at the top of the Web page Select the Support tab to obtain contact information for customer support in your region 84 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Guide Specifications InRow RC Chilled Water Cooling Units 100 240V 1ph 50 60Hz ACRC301S 208 230V 1ph 50 60Hz ACRC301H 200 240V 3ph 50 60Hz ACRC500 ACRP500 460 480V 3ph 50 60Hz ACRC501 ACRP501 380 415V 3ph 50 60Hz ACRC502 ACRP502 THIS GUIDE SPECIFICATION IS WRITTEN IN ACCORDANCE WITH THE CONSTRUCTION SPECIFICATIONS INSTITUTE CSI MASTERFORMAT THIS SECTION MUST BE CAREFULLY REVIEWED AND EDITED BY THE ARCHITECT OR THE ENGINEER TO MEET THE REQUIREMENTS OF THE PROJECT COORDINATE THIS SECTION WITH OTHER SPECIFICATION SECTIONS IN THE PROJECT MANUAL AND WITH THE DRAWINGS WHERE REFERENCE IS MADE THROUGHOUT THIS SECTION TO PROVIDE INSTALL SUBMIT ETC IT SHALL MEAN THAT THE CONTRACTOR SUBCONTRACTOR OR CONTRACTOR OF LOWER TIER SHALL PROVIDE INSTALL SUBMIT ETC UNLESS OTHERWISE INDICATED THIS SECTION IS WRITTEN TO INCLUDE THE 2004 MASTERFORMAT AND THE 1995 MASTERFORMAT VERSIONS WHERE APPLICABLE THESE ITEMS ARE BRACKETED AND IN EACH CASE UNLESS OTHERWISE INDICATED THE FIRST CHOICE APPLIES TO THE 2004 MASTERFORMAT AND THE SECOND CHOICE APPLIES TO THE 1995 MASTERFORMAT
80. am to the cooling unit CW delta T C and F The difference in temperature in degrees Fahrenheit and Celsius between chilled water entering and exiting the cooling unit Sensible net capacity kW and BTU hr The sensible net heat removal capacity of fan heat of the cooling unit at stated operating conditions Total net capacity kW and BTU hr The total sensible latent net heat removal capacity of fan heat of the cooling unit at stated operating conditions Sensible heat ratio SHR The sensible heat ratio of the unit at stated conditions Sensible Heat Ratio is the ratio of sensible capacity to total capacity CW flow rate 1 5 and GPM The volumetric flow rate of chilled water through the cooling unit in gallons per minute and liters per second that is required to result in the stated performance For base loads ACRC301S units should not have a flow rate greater than 1 31 s 20 8 GPM ACRC301H units should not have a flow rate greater than 1 95 1 5 30 9 GPM and ACRC500 ACRP500 series units should not have a flow rate greater than 2 08 1 33 GPM peak loads may exceed these flow rates by up to 25 percent for short time spans Total CW pressure drop kPa and ft H2O The differential pressure observed between inlet and outlet chilled water connections for the stated CW flow rate 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 29 Recommended Capacity Limitations
81. an Supply air temperature sensor top Coil Flow meter Bottom pipe connection for optional recirculation pump Drain valve Inlet shutoff valve 1 1 4 in Pipe connection water inlet 2 way valve 1 in bypass shut off Rack joining brackets 20 InRow Chilled Water Air Conditioners Technical Specifications Supply air temperature sensor bottom Schrader valve outlet water pressure test Item e e e e Description Pipe connection water outlet Return air temperature sensor bottom 3 way valve actuator Top pipe connection for optional recirculation pump Humidity sensor Auto transfer switch ATS box Electrical box Return air temperature sensor top Junction box top position Schrader valve air purging Schrader valve inlet water pressure test 990 4618C 001 User interface connection panel ACRC301S 990 4618C 001 E3 C3 EJ C3 E3 C3 E3 C3 E3 3 3 3 C3 E3 C3 E3 C3 C3 CJ EJ E C E C E C3 00000000000000 DIOOOCOCOCOCOCOCOLCOLC HC CO 00000000000000 na4335a Item Description Upper electrical box cover User interface connection panel e Control module cover InRow Chilled Water Air Conditioners Technical Specifications 21 User interface connection panel ACRC301H
82. anel in order to individually disconnect primary secondary power inputs E DUAL POWER SUPPLIES 1 Power Supplies a The unit shall include two power supplies 1 ACRC301S Each capable of running the unit at 75 capacity in the event of a single power supply failure 2 ACRC301H Each capable of running the unit at 75 capacity in the event of a single power supply failure 2 Unit power consumption a ACRC301S 1 Power consumption is not to exceed 1 0 kW during normal operation b ACRC301H 1 Power consumption is not to exceed 1 9 kW during normal operation 500 series 1 Power consumptions is not to exceed 3 3 kW during normal operation d 500 series 1 Power consumptions is not to exceed 15 kW during normal operation 3 Operation and Service a Power supply shall be hot swappable 88 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 PRIMARY SECONDARY POWER INPUT 1 Input Power Feeds a Primary secondary power inputs should be a locking NEMA or IEC plug ACRC301S 500 and 502 or hardwired connection ACRC301H 500 series and 500 series suitable for the input power selected b Each power input shall be capable of running the unit at 10096 capacity in the event of a main power failure G MICROPROCESSOR CONTROLLER 1 Monitoring and Configuration a The master display shall allow monitoring and configuration of the cooling unit through
83. ately upon receipt 2 Verify that all parts ordered were received as specified and that the unit is the correct size and voltage necessary to fulfill your environmental control needs 3 Report any damage discovered to the freight carrier 4 Ifnecessary contact the Schneider Electric field service department for help in repairing or replacing damaged parts While Schneider Electric is not responsible for damage incurred in transit we want to make sure that you have no undue delays in your system start up E RIGGING 1 Theunit is manufactured with a formed steel frame for maximum strength and unit integrity However as with all electrical and mechanical equipment you must take care with proper rigging of your unit 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 95 3 2 2 When using a forklift to move the unit use the shipping skid to protect the bottom of the unit When using chains cables or rope to lift the unit use spreader bars to prevent damage to the finished panels Four threaded M10x16 holes are provided to accommodate lifting eye bolts that can be utilized to lift the unit 3 Exercise caution when maneuvering and transporting the cooling unit as it can tip easily CONDENSATE DRAIN ROUTING 1 ACRC301S series Condensate from the evaporator pan is collected and discharged by the condensate pump to a 5 mm 0 188 in ID condensate line supplied with the unit 2 500 series Condensat
84. ce and not warranties of fitness for a particular purpose Exclusions Schneider Electric shall not be liable under the warranty if its testing and examination disclose that the alleged defect in the product does not exist or was caused by end user or any third person s misuse negligence improper installation or testing Further Schneider Electric shall not be liable under the warranty for unauthorized attempts to repair or modify wrong or inadequate electrical voltage or connection inappropriate on site operation conditions corrosive atmosphere repair installation start up by non Schneider Electric designated personnel a change in location or operating use exposure to the elements Acts of God fire theft or installation contrary to Schneider Electric recommendations or specifications or in any event if the Schneider Electric serial number has been altered defaced or removed or any other cause beyond the range of the intended use 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 83 THERE ARE NO WARRANTIES EXPRESS OR IMPLIED BY OPERATION OF LAW OR OTHERWISE OF PRODUCTS SOLD SERVICED OR FURNISHED UNDER THIS AGREEMENT OR IN CONNECTION HEREWITH SCHNEIDER ELECTRIC DISCLAIMS ALL IMPLIED WARRANTIES OF MERCHANTABILITY SATISFACTION AND FITNESS FOR A PARTICULAR PURPOSE SCHNEIDER ELECTRIC EXPRESS WARRANTIES WILL NOT BE ENLARGED DIMINISHED OR AFFECTED BY AND NO OBLIGATION OR LIABILITY WILL ARISE OUT OF SCHNEID
85. chnical Specifications 37 Temperature DB Total Net Capacity Sensible Net Capacity S Bons te osa op C CF CF kW BTU hr kW BTU hr SHR Vs GPM kPa ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 6 6 C 12 F 33 5 114000 33 5 114000 1 00 1 26 20 0 78 9 38 7 7 7 C 14 F 32 3 110000 32 3 110000 1 00 1 04 16 5 56 0 18 8 8 8 C 16 F 31 0 106000 31 0 106000 1 00 0 87 13 8 41 0 13 8 10 C 18 F 29 7 101000 29 7 101000 1 00 0 74 11 31 1 10 4 11 1 C 20 F 28 6 98000 28 6 98000 1 00 0 64 10 2 24 0 8 1 46 11 C DB 23 3 C WB 115 F DB 74 F WB 7 79 14 F 35 7 122000 35 7 122000 1 00 1 15 18 2 66 6 22 3 8 8 C 16 F 34 4 117000 34 4 117000 1 00 0 96 15 3 49 0 16 4 10 C 18 F 33 1 113000 33 1 113000 1 00 0 83 13 1 37 5 12 6 11 1 C 20 F 32 0 109000 32 0 109000 1 00 0 72 11 4 29 2 9 8 48 89 C DB 23 9 C WB 120 F DB 75 F WB 7 79 14 F 39 1 134000 39 1 134000 1 00 1 26 19 9 78 0 26 2 8 8 C 16 F 37 8 129000 37 7 129000 1 00 1 06 16 7 57 6 19 3 10 C 18 F 36 5 125000 36 5 125000 1 00 0 91 14 4 442 14 8 11 1 C 20 F 35 4 121000 35 4 121000 1 00 0 79 12 6 35 0 11 7 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate u
86. d for condensate pump control the other to generate condensate pan overflow alarms DEW POINT CONTROL PUMP ACRC301H ONLY 1 The dew point control pump is piped internally to the cooling unit and recirculated water into the coll to elevate the coil temperature above the dew point 2 The maximum pump pressure is 16 bar 232 psig 3 Variable speed pump shall be capable of modulating from 30 100 4 Pump kit is optional and installed separately FILTERS 1 ACRC301S ACRC301H a The standard air filter shall be lt 20 efficient per ASHRAE 52 1 MERV 1 per ASHRAE 52 2 1 2 in washable mesh filter b The optional air filter shall be high capacity 2 in pleated UL 900 Class 2 Moisture with average atmospheric dust spot efficiency of 30 per AHRAE Standard 52 1 MERV 8 per ASHRAE 52 2 2 ACRC500 ACRP500 Series a The standard filters shall be 30 efficient per ASHRAE Standard 52 1 UL Class 2 8 per ASHRAE 52 2 Filters shall be EN779 G4 efficient The 96 mm 3 75 in deep pleated filters shall be replaceable from the rear of the unit b The optional filter shall be 8596 efficient per ASHRAE Standard 52 1 MERV 13 per ASHRAE 52 2 EN779 F7 HUMIDIFIER ACRP500 series only 1 Humidifier shall be able to modulate capacity The humidifier shall be self contained steam generating type factory piped and wired with disposable cylinder and automatic solid state control circuit Humidifier canisters shall be replaceabl
87. date stamp as well as operating conditions at the time of occurrence The controller also displays run time in hours for major components air filters fans power supplies and condensate pump The data log displays measurements about the cooling unit the power input to the cooling unit and the ambient temperature of the cooling unit Control The touch screen LCD display interface provided on ACRC301S ACRC301H units is protected by a configurable password and provides access to information and settings for the unit Supply Temperature Setpoint 15 30 29 59 86 4 F Cool Setpoint 18 35 C 64 4 95 F e Rack Inlet High Temperature Threshold 10 65 69 50 150 1 F Entering Chilled Water High Temperature Threshold 1 7 37 89 35 100 F Supply Air High Temperature Threshold 10 65 6 C 50 150 1 F Return Air High Temperature Threshold 10 65 6 50 150 1 F The backlit four line by twenty character display interface provided on the ACRC500 ACRP500 series units is protected by a configurable password Supply Temperature Setpoint 15 30 29 59 86 4 F Rack Inlet Temperature Setpoint 18 32 C 64 4 90 F e Rack Inlet High Temperature Alarm 0 100 C 32 212 F CW Inlet High Temperature Alarm 0 37 7 C 32 100 F e Air Supply Temperature High Alarm 0 1009 32 2129 Return Temperature High Alarm 0 100 C 32 212 F 14 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001
88. dered to increase the size of the hot aisle The end doors curtains can be easily removed and re attached for expansion The enclosed hot aisle prevents any warm return air from mixing with cooler supply air In effect all surrounding room air can act as supply air to the system The EcoAisle aisle containment system is beneficial in any environment It can be deployed quickly in any controlled space without expensive additions to the infrastructure such as raised floor or ductwork 4 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Hot aisle containment dimensions 1200 1200 1200 1070 1070 HOT AISLE omina Aisle Width 991 39 00 991 39 00 991 39 00 1291 50 83 1291 50 83 1591 50 83 991 39 00 991 39 00 1161 45 71 1161 45 71 1461 45 71 991 39 00 1161 45 71 1161 45 71 1331 52 40 914 36 00 1296 51 02 1296 51 02 1296 51 02 1596 62 83 1596 62 83 1296 51 02 1296 51 02 1466 57 75 1466 57 75 za 1296 51 02 1466 57 75 1466 57 75 m 1296 51 02 1296 51 02 m 1296 51 02 1896 74 65 1766 69 53 1636 64 41 1596 62 84 1466 57 75 1296 51 02 1219 48 00 1600 63 00 1600 63 00 1600 63 00 1900 74 80 1600 63 00 1600 63 00 1770 69
89. e The humidifier controller shall communicate directly to the microprocessor controller and provide complete status and control at the operator interface Humidifier shall control flush cycling and conductivity via automated controls Humidifier shall be capable of producing up to 6 6 Ib 3 kg of steam per hour ELECTRIC REHEAT ACRP500 series only 1 Reheat elements shall be low watt density wired for three phase loaded equally on all three phases and shall be electrically and thermally protected by both automatic and manual reset cutouts Reheat capacity shall be 9 kW 2 Reheat coils shall be stainless steel fin tubular construction Heater casing shall be 20 gauge G90 galvanized steel InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 3 Heaters shall be provided with self engaging electrical connectors upon installation Heaters with manually connected conductors are not acceptable Q TEMPERATURE AND HUMIDITY SENSORS 1 ACRC301S ACRC301H a Internal Sensors 1 Internal Temperature Sensors Thermister temperature sensors shall be mounted behind the front and rear doors to provide control inputs based on supply and return air temperature Sensor accuracy shall be within 2 F accuracy 2 Internal Humidity Sensors Humidity sensors shall be mounted behind the rear door ACRC301H only b Remote Temperature Sensors 1 Oneremote temperature sensor shall be shipped with the unit for placement in the
90. e Specifications 8 8 C 48 F EWT ACRC301S 35 Performance Specifications 10 C 50 F EWT 3015 37 Performance Specifications 12 7 C 55 F EWT ACRC301S 39 Performance Specifications 15 C 59 F EWT 3015 41 E 43 Performance Specifications 10 C 50 F EWT 43 Performance Specifications 12 7 55 F EWT ACRC301H 45 Performance Specifications 15 C 59 F EWT 01 47 Performance Specifications 17 5 63 5 F EWT 1 49 Performance Specifications 20 C 68 F EWT 01 51 Performance Specifications 22 C 72 F EWT 01 53 500 Series ACRP500 55 Performance Specifications 5 6 C 42 F EWT 55 Performance Specifications 7 2 C 45 F EWT 500 500 56 Performance Specifications 8 8 C 48 F EWT ACRC500 ACRP500 57 Performance Specifications 10 C 50 F EWT ACRC500 ACRP500 58 Performance Specifications 12 7 C 55 F EWT ACRC500 ACRP500 59 Performance Specifications 15 5 C 60 F EWT ACRC500 ACRP500 60 Performance 61
91. e from the evaporator pan is collected and discharged by the condensate pump to a 9 5 mm 0 375 in ID condensate line supplied with the unit Additional condensate piping is required to route the condensate line to the building FIELD QUALITY CONTROL APPLICATION OF GUIDE SPECIFICATIONS 1 Because of an ongoing program dedicated to product improvement specifications are subject to revisions without notice Schneider Electric assumes no responsibility and disclaims all liability for damages resulting from use of this information or for any errors or omissions Worldwide Customer Support Customer support is available at no charge via e mail or telephone Contact information is available at www schneiderelectric com Select Support gt Operations around the world Schneider Electric is owned by Schneider Electric Industries S A S or its affiliated companies other trademarks are property of their respective owners 990 4618C 001 4 2014
92. e shipped loose with the unit If water or other conductive liquids contact the cable anywhere along its length the main controller visually and audibly annunciates the leak 2 The detector shall be provided with 6 1 m 20 ft of cable Cable may be cascaded up to 24 4 m 80 ft BRIDGE POWER CABLE TROUGH 1 An overhead power distribution bridge that sits between adjacent NetShelter racks and allows for removal of the unit without disrupting the overhead power cabling is available as an accessory 2 The cable trough shall be constructed of 16 gauge cold rolled steel with a black powder coat finish BRIDGE DATA PARTITION 1 An overhead cable distribution bridge that sits between adjacent NetShelter racks and allows for removal of the unit without disrupting overhead cabling is available as an accessory 2 The data partition shall be constructed of 16 gauge cold rolled steel with a black powder coat finish COMPATIBLE PRODUCTS 1 The InRow Chilled Water units shall be compatible with Hot Aisle Containment Rack Air Containment and Active Flow Controller 2 The ACRC301S and ACRC301H units shall be compatible with Cold Aisle Containment PART 3 EXECUTION 3 1 GUIDELINES FOR INSTALLATION A GENERAL 1 The InRow RC provides reliable accurate temperature control of computer rooms laboratories and other environments that require close tolerance control The unit incorporates the latest system design innovations to provide you w
93. enclosures At least one system 15 used per hot aisle Air is drawn in through the rear of the system cooled and discharged into the cold aisle The InRow CW air conditioner delivers high volumes of airflow to eliminate hot spots in densely populated environments Compliance approval Agency ACRC301S ACRC301H 500 501 502 500 501 502 UL amp cUL X X X X X X X C Tick X X X X CE X X X X X X VDE X X X X X X InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Scalable Solutions for Critical Environments Advantages of row based cooling InRow cooling products improve energy efficiency and cooling ability in a number of ways First the InRow CW air conditioner draws air directly from the hot aisle allowing the InRow unit to take advantage of higher heat transfer efficiency due to higher temperature differences It can then discharge room temperature air directly in front of the servers it is cooling This increases energy efficiency by allowing the chiller to operate at higher leaving water temperatures Placing the cooling unit in the row enables the unit to operate at higher return and supply air temperatures yielding 10096 sensible capacity which significantly reduces the need for humidification Hot Aisle Scalable for High Density The p
94. ensions shown in mm in SX to height adapter ACRC500 ACRP500 seriesSX to 480 SX height adapter na2445a Dimensions shown in mm in ACRC500 ACRP500 series na2446a Dimensions shown in mm in 68 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Piping Connections Piping and electrical access ACRC301S 110 4 31 83 3 27 204 802 lo 116 4 55 110 4 35 z 56 2 22 147 5 80 180 7 10 I 90 3 54 189 7 43 3 161 6 34 a amp a BOTTOM LOOKING UP Dimensions are shown in mm in 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 70 BOTTOM LOOKING UP pa pomme usa na4463a Item Description Power connections Condensate line 0 25 in ID 0 38 in OD in NPT female return pipe outlet l in NPT female supply pipe inlet Low voltage input wiring 00000 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Piping and electrical access ACRC301H 233 9 17 gt lt 81 3 19 132 5 21 193 7 60 116 4 55 61 2 38 9 gt
95. ers Technical Specifications 990 4618C 001 User interface connection ti x 1 i e idt bb b V bd c r E o m XS ETT ET 2820 Description Item Description Rack inlet temperature sensors 1 2 3 Supply 24 V DC current limit 20 mA A Link IN Customer input 12 30 V AC V DC 24 V DC 11 mA e A Link OUT Customer input 12 30 V AC V DC 24 V DC 11 mA Network port e Modbus D1 Console port Modbus DO Customer output NC Normally Modbus GND Closed Customer output COM Common Supply air temperature sensor front 2 Supply air humidity sensor front 500 series only Supply GND Ground 19 Display interface Supply 12 V DC current limit 20 mA NOTE For a top installation control wiring is routed through the wire channel located at the top left corner just above the user interface connectors NOTE For a bottom installation the control wiring is routed to the access hole in the bottom of the equipment through wire clamps from the interface connec
96. es Tested Sound Data Sound Power dB at Fan Speed Airflow 1 SCFM Frequency Hz re 10 2w Lp Sound Pressure dB 20 pPa dBA dBA 30 430 900 64 8 49 8 40 610 1300 69 6 56 4 60 940 2000 782 65 4 80 1270 2700 87 5 73 8 100 1510 3200 90 5 77 1 Sound tested at 1 8 m 6 ft distance from the unit and 1 m 3 3 ft from the floor ACRC301H Series Tested Sound Data Sound Power dB at Fan Speed Airflow 1 SCFM Frequency Hz re 10 12 Lp Sound Pressure dB 20 pPa dBA dBA 30 570 1200 67 52 5 40 800 1700 76 3 62 0 60 1230 2600 85 5 713 80 1650 3500 93 79 0 100 1980 4200 95 3 81 3 Sound tested at 1 8 m 6 ft distance from the unit and 1 m 3 3 ft from the floor ACRCS500 Series Tested Sound Data Sound Power dB at Fan Speed Airflow 1 SCFM Frequency Hz 10 Lp Sound Pressure dB 20 pPa dBA dBA 35 1180 2500 65 4 54 9 50 1790 3800 76 9 66 8 70 2550 5400 85 9 75 0 85 3040 6450 90 6 80 7 100 3260 6900 91 7 81 9 Weighted Sound Pressure dBA in a 232 2 m 8 200 f room at 1 8 m 6 ft distance 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 65 Electrical Data ACRC500 and ACRC502 have the option of being hardwired Power consumption will be increased by 25 310 W ifthe optional dew point cont
97. heat Yes Yes Yes Voltage 100 240V 208 230V 200 240V 460 480V 380 415V 200 240V 460 480 380 415 Phase Frequency 1 50 60 Hz 1 50 60 Hz 3 50 60 Hz 3 50 60 Hz 3 50 60 Hz 3 50 60 Hz 3 50 60 Hz 3 50 60 Hz InRow Chilled Water Air Conditioners Technical Specifications na2600a Power Connection NEMA L5 20P IEC 309 16A HARDWIRED HARDWIRED Optional NEMA L21 20P HARDWIRED HARDWIRED Optional NEMA 309 16A HARDWIRED HARDWIRED HARDWIRED Overview The modular row based computer room cooling solutions offers efficient predictable and economical cooling for a variety of spaces Critical environmental requirements now reach far beyond the confines of the traditional data center or computer room to encompass a larger suite of applications referred to as technology rooms Critical environment applications include Computer rooms Telecommunication facilities Clean rooms Power equipment Medical equipment rooms Archives LAN WAN environments A worldwide network of Schneider Electric representatives is fully qualified to provide engineering sales installation and service for our products Capacity The InRow Chilled Water CW configuration is available in two sizes with a capacity that is up to 70 kW based on the particular application of the unit Room air distribution Row based systems are placed in line with rack
98. ible Net Capacity eae PT piratai CW CF kW BTU hr kW BTU hr SHR V s GPM kPa ft 2 26 7 C DB 17 1 C WB 80 F DB 62 8 F WB 6 6 C 12 F 44 3 151000 40 7 139000 0 92 1 6 25 9 66 21 95 7 7 C 14 F 40 8 139000 37 9 129000 0 93 1 3 20 6 42 14 1 8 8 C 16 F 37 8 129000 35 2 120000 0 93 1 1 16 8 29 9 5 10 C 18 F 34 6 118000 32 5 111000 0 94 0 9 13 8 19 6 5 11 1 C 20 F 31 8 109000 29 9 102000 0 94 0 7 11 5 14 4 6 29 4 C DB 18 1 C WB 85 F DB 64 5 F WB 6 6 C 12 F 50 8 174000 47 8 163000 0 94 1 9 29 5 84 28 4 7 7 C 14 F 47 7 163000 44 8 153000 0 94 1 5 23 9 56 18 7 8 8 C 16 F 44 1 151000 41 9 143000 0 95 1 2 19 4 38 12 5 10 C 18 F 41 2 141000 39 1 134000 0 95 1 0 16 2 26 8 8 11 1 C 20 F 37 8 129000 36 3 124000 0 96 0 8 13 5 19 6 2 32 2 C DB 18 9 C WB 90 F DB 66 1 F WB 7 7 C 14 F 54 5 186000 52 3 179000 0 96 1 7 27 1 71 23 8 8 8 C 16 F 51 4 175000 49 3 168000 0 96 1 4 22 4 49 16 6 10 C 18 F 47 8 163000 46 3 158000 0 97 1 2 18 6 35 11 6 11 1 C 20 F 44 8 153000 43 4 148000 0 97 1 0 15 7 25 8 32 35 0 C DB 19 8 C WB 95 F DB 67 7 F WB 7 7 C 14 F 62 0 212000 60 2 205000 0 97 1 9 30 6 90 30 3 8 8 C 16 F 58 8 201000 57 0 195000 0 97 1 6 25 4 63 21 3 10 C 18 F 55 6 190000 53 9 184000 0 97 1 4 21 4 45 15 2
99. ink RX TX 10 100 LED Display Reset button Micro SD card slot Service port USB A port Serial Configuration port InRow Chilled Water Air Conditioners Technical Specifications Function 4 3 in touch screen color display The cooling unit is powered when the LED is illuminated Unit firmware is updating when LED is blinking When this LED is illuminated a new entry has been made to the event log Displays current alarm condition of unit Displays current network management card status Displays current network link status Resets the display microprocessor This has no effect on the air conditioner controller Memory card expansion slot USB B port used only by service personnel Supports firmware upgrades Connects the display to a local computer to configure initial network settings or access the command line interface CLI 990 4618C 001 ACRC500 ACRP500 na0262a Item Function Major Alarm LED When lit a major alarm condition exists Minor Alarm LED When lit a minor alarm condition exists Check Log LED When lit at least one new major alarm or minor alarm or event has occurred Status LED When lit the Module is on Liquid Crystal Display LCD View alarms status data instructional help and configuration items Microprocessor controller Up and down arrow keys Select menu items and access information ESC key Return to pre
100. intaining the clean particle free environment required by electrical equipment As an optional feature the system uses a 50 8 mm 2 in pleated deep loading 30 ASHRAE 52 1 filter 8 per ASHRAE 52 2 10 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 85 ASHRAE 52 1 filter Electrical equipment requires clean particle free air thus making ACRC500 ACRP500 series only the filtration of the air extremely important Optionally the system 990 4618C 001 uses an 85 efficient 102 mm 4 in deep loading pleated filter Deeper filters produce a lower pressure drop requiring less energy during normal operation The 100 synthetic media will not absorb moisture and is resistant to most common chemicals The filter is moisture resistant up to a 10096 relative humidity Filters are easily replaceable from the rear of the unit MERV 13 per ASHRAE 52 2 EN779 F7 InRow Chilled Water Air Conditioners Technical Specifications 11 Microprocessor Controller The microprocessor controller user interface allows the unit to be turned on or off and displays the configuration and condition of the unit ACRC301S ACRC301H Item e eoo 00000 OQ 12 Service 3 4820 Description LCD display Power LED Check Log LED Alarm LED Status LED L
101. ipment will be subjected to excessively high operating temperatures on a localized basis due to recirculation and cooling equipment will operate at less than optimal efficiency Schneider Electric provides the necessary data to prevent this undesirable situation The first table titled Recommended Capacity Limitations shows the capacity limits based on air flow of the InRow RC The following tables titled Performance Specifications show the recommended maximum amount of load that should be placed upon the cooling unit solely based on heat removal capability The lesser ofthe two capacity numbers obtained from the Recommended Capacity Limitations table and Performance Specification table should be considered the maximum load capable of being served by InRow RC A definition of the terms in these tables follows IT equipment air flow kW CFM and kW l s The average cooling air flow rate demanded by IT equipment in liters per second cubic feet per minute divided by the total actual power dissipation of IT equipment in kilowatts Recommended capacity limit kW The corresponding maximum load in kilowatts capable of being served by the cooling unit solely based on conservation of volumetric air flow DB C and F The dry bulb temperature in degrees Fahrenheit and Celsius of the return air stream to the cooling unit WB C and F The wet bulb temperature in degrees Fahrenheit and Celsius of the return air stre
102. ith optimum efficiency reliability and accuracy of control 2 The InRow RC unit will provide years of trouble free service when installed and maintained by technically qualified personnel For more detailed information see the InRow RC Installation Manual 990 4705 B ROOM PREPARATION 1 During the design of the room consideration should be given to the following factors a Ease of entry for the system floor loading factors and accessibility of piping and wiring The room must be sealed with a vapor barrier to minimize migration of moisture b c Polyethylene film plastic sheeting is a good vapor barrier for ceiling and wall applications d Rubber based or plastic based paints should be applied to concrete floors and walls e The room should be thoroughly insulated to minimize thermal loads and make up air if required should be preconditioned to reduce additional temperature filtration and moisture loads C SERVICE ACCESS 1 At least 914 4 mm 36 in of clear space must be left in front of and behind the unit for routine service In order to service the unit outside of the row an area of 1219 2 mm 48 in of clear space is required in front of and behind the unit while it is in the row D RECEIVING THE UNIT 1 Your InRow RC unit has been completely tested and inspected before shipment To ensure that you have received the unit in excellent condition perform a careful inspection of the crating and the unit immedi
103. kits made of 16 gauge metal enable joining of the cooling system to NetShelter SX enclosures To control the unit based on rack inlet temperature one remote sensor is provided with ACRC301S and ACRC301H units factory wired and three remote sensors are provided with 500 500 series units field wired High definition screen displays more data Provides easy to read system status information Allows for the unit to be moved easily Slide out electrical box enables maintenance without removing the unit from the row Monitors pressure inside and outside the contained aisle and adjusts cooling unit fan speed to match the airflow with that of the IT equipment InRow Chilled Water Air Conditioners Technical Specifications 9 Optional features Cable water detector Network cable Power trough Data partition Height adapters Depth extender Rack Air Containment Aisle Containment Upper piping kit Dew point control pump ACRC301H only Disposable pleated filter ACRC301S and ACRC301H only A leak detection cable for 300 mm units NBES0308 and NBES0309 or 600 mm units AP9325 and 9326 is placed on the floor or sub floor around all possible leak sources If water or other conductive liquids contact the cable anywhere along its length the microprocessor controller visually and audibly announces a leak The 6 1 m 20 ft cable may be cascaded to make custom lengths up to 24 4 m 80 ft Various
104. le Net Capacity oe RAM te C CF CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 26 79 DB 17 19 WB 80 F DB 63 F WB 5 5 C 10 F 18 4 63000 18 2 62000 0 99 0 84 13 3 38 7 13 0 6 6 C 12 F 16 6 57000 16 5 56000 0 99 0 62 9 8 22 3 7 5 7 7 C 14 F 15 2 52000 15 1 51000 0 99 0 50 8 0 15 2 5 1 8 8 C 16 F 13 8 47000 13 7 47000 0 99 0 40 6 3 9 6 3 2 10 C 18 F 12 6 43000 12 5 43000 0 99 0 33 5 2 6 1 2 1 11 1 C 20 F 11 5 39000 11 4 39000 0 99 0 27 4 3 3 7 1 2 29 4 C DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 21 8 74000 21 6 74000 0 99 0 99 15 8 51 9 174 6 6 C 12 F 19 8 68000 19 6 67000 0 99 0 76 12 0 32 3 10 8 7 79 14 F 18 7 64000 18 5 63000 0 99 0 61 9 6 21 7 7 3 8 8 C 16 F 17 3 59000 17 2 59000 0 99 0 50 7 9 14 8 5 0 10 C 18 F 16 1 55000 15 9 54000 0 99 0 41 6 5 10 2 3 4 11 1 C 20 F 14 9 51000 14 7 50000 0 99 0 34 5 4 6 8 2 3 32 2 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 25 2 86000 25 0 85000 0 99 1 14 18 1 65 7 22 0 6 6 C 12 F 23 5 80000 23 3 79000 0 99 0 87 13 8 41 3 13 9 7 7 C 14 F 22 1 75000 21 9 75000 0 99 0 72 11 4 29 2 9 8 8 8 C 16 F 20 7 71000 20 5 70000 0 99 0 59 9 3 20 5 6 9 10 C 18 F 19 5 66000 19 3 66000 0 99 0 49 7 8 14 6 4 9 11 1 C 20 F 18 3 62000 18 1 62000 0 99 0 42 6 6 10 6 3 5 35 C DB
105. lengths of network cable are available to ship with your cooling system The network cable is used to interconnect multiple cooling units in a redundant group as well as to connect the network management card to your local area network LAN Overhead power distribution between adjacent NetShelter racks allows for removal of the InRow RC unit without disrupting overhead power cabling Overhead cable distribution between adjacent NetShelter racks allows for removal of the InRow RC unit without disrupting overhead cabling To match the height of the InRow RC unit to various rack heights height adapters are available for NetShelter 42 U VX 45 U SX and 48 U SX racks Used to match the depth of the InRow RC unit to deeper racks The Containment Solution isolates the airflow of individual racks and InRow cooling units from the whole IT environment increasing efficiency while allowing for high density deployment The Containment Solution isolates pods two rows of racks sharing a common aisle from the whole IT environment increasing cooling efficiency at any density For details see EcoAisle Aisle Containment System on page 4 Available for top piping configurations and can be field installed Note Pre installed in 500 and ACRPSOORP series units The condensate control pump allows the unit to recirculate coil water to keep the unit operating above dew point The filtration of conditioned air is extremely vital to ma
106. nder 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 38 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 12 7 C 55 F EWT ACRC301S DB do E Total Net Capacity Sensible Net Capacity oe RAM te C CF C CF kW BTU hr kW BTU hr SHR 1 8 GPM kPa ft H20 26 79 DB 17 1 C WB 80 F DB 63 F WB 5 5 C 10 F 11 0 37000 11 0 37000 1 00 0 51 8 2 15 9 5 3 6 6 C 12 F 9 6 33000 9 6 33000 1 00 0 38 6 0 8 5 2 9 7 7 C 14 F 8 3 28000 8 3 28000 1 00 0 28 4 5 42 14 29 4 C DB 18 1 C WB 85 F DB 65 F WB 5 5 C 10 F 14 4 49000 14 4 49000 1 00 0 67 10 6 25 6 8 6 6 6 C 12 F 13 1 45000 13 1 45000 1 00 0 51 8 1 15 7 5 2 7 79 14 F 11 8 40000 11 8 40000 1 00 0 39 6 3 94 3 1 8 8 C 16 F 10 6 36000 10 6 36000 1 00 0 31 4 9 54 1 8 10 C 18 F 9 4 32000 9 4 32000 1 00 0 25 4 0 2 7 0 9 32 2 C DB 18 9 C WB 90 F DB 66 F WB 5 5 C 10 F 17 8 61000 17 8 61000 1 00 0 82 12 9 36 7 12 3 6 6 C 12 F 16 6 56000 16 6 56000 1 00 0 63 10 0 23 3 7 8 7 7 C 14 F 15 2 52000 15 2 52000 1 00 0 50 8 0 15 2 5 1 8 8 C 16 F 14 1 48000 14 1 48000 1 00 0 41 6 5 10 1 3 4 10 C 18
107. ng Fan Power Supply Fault ACRC301 series only Fan run hours exceeded ACRC500 ACRP500 series only Condensate run hours exceeded ACRC500 ACRP500 series only Humidifier water conductivity high violation ACRP500 series only Humidifier fault tolerance exceeded ACRP500 series only Humidifier low water ACRP500 series only Humidifier excessive output reduction ACRP500 series only Humidifier drain fault ACRP500 series only Humidifier cylinder full ACRP500 series only Humidifier replace cylinder ACRP500 series only Humidifier RS485 communication fault ACRP500 series only Humidity high low violation ACRC500 ACRP500 series only Supply humidity sensor fault ACRC500 ACRP500 series only Return humidity sensor fault ACRP500 series only Heater fault ACRP500 series only Heater run hours exceeded ACRP500 series only Group communication fault 500 500 series only Invalid supply setpoint ACRC500 ACRPS500 series only Link Isolation Relay Fault ACRC500 ACRP500 series only a The microprocessor controller shall log and display all available events Each alarm log shall contain a time date stamp Controller shall display the run time hours for major components H NETWORK MANAGEMENT CARD 1 The unit shall include a network management card to provide management through a computer network through TCP IP Management through the network should include the ability to change set points as well as view and clea
108. nlet 60000 Low voltage input wiring 72 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Internal piping diagram ACRC301S NON 4 X e 4 T 1 fe le na4343a Item Description Item Description 2 06 Outlet water union top piping option Outlet water union bottom piping option e Inlet water union top piping option Inlet water union bottom piping option e 3 way actuator control valve 1 in Drain valve Flow meter Condensate pump e Bypass shutoff ball valve 3 4 in 12 Bottom condensate pan Inlet shutoff valve 1 in e Top condensate pan Condensate drain 990 4618 001 InRow Chilled Water Air Conditioners Technical Specifications 73 Internal piping diagram ACRC301H A FE x na4358a Item Description Outlet water union top piping option Inlet water union top piping option 3 way actuator control valve 1 1 4 in Flow meter Bypass shutoff valve 1 in Inlet shutoff valve 1 1 4 in 0000009 Drain valve Item oeo0
109. o maintain optimal cooling conditions The standard valve pressure rating is 2068 kPa 300 PSI The valve is user configurable to be two way or three way The unit includes two fan power supplies each capable of running 015 and ACRC301H units at fan speeds of 75 in the event of a single power supply failure The system features two power feeds This allows a level of system fault tolerance and uninterruptible cooling Each feed powers 100 of the unit Designed for high sensible heat ratios the coil is constructed with copper tubes aluminum fins and galvanized steel end plates The filtration of conditioned air is extremely vital to maintaining the clean particle free environment required by electrical equipment The system uses a lt 20 efficiency ASHRAE 52 1 12 7 mm 1 2 in washable filter that meets HF 1 standards for electronics MERV 1 per ASHRAE 52 2 990 4618C 001 30 ASHRAE 52 1 filter ACRC500 ACRP500 series only Selectable top or bottom piping connections Dual float condensate management Does not include ACRC301H Network management Service notifications ACRC301 series only Bay kit InRow RC NetShelter SX Remote temperature sensor 4 3 in touch screen ACRC301S and ACRC301H only Casters Easy access electrical box ACRC301S ACRC301H only Active Flow Controller Compatibility ACRC301S and ACRC301H only 990 4618C 001 The filtration of conditioned air is extremely vi
110. or 2 way flow if so desired b Three way control valve shall be rated for 300 WOG with brass body and stainless steel ball Valve Actuator Actuator shall be direct connect rotary floating point style actuator with potentiometer feedback and should be capable of being replaced without disconnecting piping from the valve Ability for manual operation is also provided K CONDENSATE PAN excluding ACRC301H 1 Theunit shall consist of a primary and secondary drain pan The secondary drain pan shall be piped to the primary pan for removal of condensate The primary drain pan shall include a condensate pump and dual floats for control and overflow protection L CONDENSATE PUMP 1 ACRC301S a The factory installed condensate pump is piped internally to the condensate pan It is capable of pumping 5 L h 1 3 GPH liquid a maximum distance of 15 2 m 50 ft which may include 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 91 92 a maximum lift of 4 9 m 16 ft Dual floats are included with the unit One float is used for condensate pump control the other is to generate condensate pan overflow alarms 2 500 500 Series a factory installed condensate pump is piped internally to the condensate pan It is capable of pumping 31 8 I h 8 45 liquid a maximum distance of 18 m 60 ft which may include a maximum lift of 3 5 m 11 5 ft Dual floats are included with the unit One float is use
111. ory testing procedure The system shall be NTRL listed MCA and UL Listed to UL 1995 and CSA 22 2 No 236 WARRANTY System parts shall be warranted for a period of 18 months from date of shipment and 12 months from startup Optional extended warranties are available InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 PART 2 PRODUCT 2 1 STANDARD COMPONENTS A CABINET CONSTRUCTION 1 Exterior panels shall be 18 gauge steel with 5 lb ft 80 kg m density foam insulation Insulation complies with UL94 HF 1 Front and rear exterior panels shall be 18 gauge perforated steel with 80 open free area and equipped with keyed lock to provide a means of securing access to the internal components of the unit 2 The frame shall be constructed of 16 gauge formed steel welded for maximum strength units shall provide maintenance from the front and rear allowing units to be placed within a row of racks 3 Allexterior panels and frame shall be powder coated for durability and attractive finish Exterior frame and panel color shall have color values L 74 50 a 53 b 8 20 4 Units shall include casters and leveling feet to allow ease of installation in the row and provide a means to level the equipment with adjacent IT racks B VARIABLE SPEED FAN ASSEMBLY 1 ACRC301S ACRC301H fans a Theunit shall be configured for draw through air pattern to provide uniform air flow over the entire face of the coil
112. r alarms I COOLING COIL 1 ACRC3018S a The cooling coil shall use a raised lance type aluminum fin and 9 5 mm 3 8 in OD copper tube coils Coil end supports shall be a minimum 18 gauge galvanized steel Coil shall be rated for a maximum pressure of 2070 kPa 300 psig The coil is configured in a counterflow arrangement to enhance heat transfer efficiency 2 ACRC301H a The cooling coil shall use a corrugated type horizontal aluminum fin and 9 5 mm 3 8 in OD vertical copper tube coils Fin shall be a minimum of 0 0055 in thick Tube wall shall be a minimum of 0 016 in thick Coil tube sheets shall be a minimum 18 gauge G90 galvanized steel The coil shall be rated for a maximum pressure of 2070 kPa 300 psig The coil is configured in a counterflow arrangement to enhance heat transfer efficiency 3 500 500 series a The cooling coil shall use a raised lance type corrugated aluminum fin and 12 7 mm 1 2 in OD copper tube coils Fin shall be a minimum of 0 0055 in thick Tube wall shall be a 90 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 minimum of 0 016 in thick Coil tube sheets shall be a minimum 18 gauge G90 galvanized steel The coil shall be rated for a maximum pressure of 2757 9 kPa 400 psig Coil headers are equipped with drip plates in the bottom to route the condensate accumulating on the header tubes to the condensation pan The coil is configured
113. r through CDU CONNECTION SHOWN IS TOP PIPING na1993a Item Description Item Description GStainer Interconnecting PEX AL PEX Piping Vvalve Cooling Distribution Unit CDU ACRC301S only Chiller Note Install isolation valves and particulate strainers with 20 mesh stainless steel screen opening size 865 micron in the supply line between the chiller and CDU For more information see the InRow Installation Manual PEX AL PEX Piping and CDU are optional products available through Schneider Electric For more information see the CDU Technical Data Manual Piping between Chiller and CDU will vary based on local codes and site conditions Top piping connection is an optional configuration for this unit bottom piping is the standard configuration Direct connection to chiller na2826a Item Description Item Description o InRow RC e Chiller Valve Strainer Note Install isolation valves and particulate strainers with 20 mesh stainless steel screen opening size 865 micron in the supply line between the chiller and RC 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications Standard Features and Options Standard features Insulated side panels Variable speed fans Shutdown input alarm output Chilled water flow meter 2 way 3 way valve Fan power supply ACRC301 series only Primary secondary power feeds Cross circuited
114. redictable performance of the row based architecture makes it well suited for high density applications The focus on heat removal instead of cold air delivery is the key to making this approach scalable The design of the InRow CW air conditioner allows it to be easily added in the row as the demand for cooling increases The additional benefit of the row based architecture is the ability to add hot air containment Containing the hot air further reduces any chance of hot and cold air streams mixing This provides ultimate predictability and allows the cooling capacity to be matched to the IT heat load 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 3 EcoAisle Aisle Containment System Modular ceiling tiles and doors curtains can be used to enclose the hot aisle This increases the densities that can be handled in a single rack enclosure by eliminating mixing of hot and cold air streams This method called load neutralization removes the heat from the hot aisle cools it and then returns it to the surrounding room area The warmer return air temperatures that are achieved in this application increase the capacity of the air conditioner and in many cases eliminate the need for make up humidification Use of modular ceiling tiles across a 3 to 6 ft hot aisle that connects two opposite rack enclosures makes expansion quick and simple Expansion kits with the necessary ceiling tile and all baying hardware can be or
115. ries only Fan run hours exceeded Condensate run hours exceeded Group communication fault Invalid supply setpoint Link isolation relay fault ACRP500 series only 16 Humidifier water conductivity high Humidifier fault tolerance exceeded Humidifier low water Humidifier excessive output reduction Humidifier drain fault Humidifier cylinder full Humidifier replace cylinder Humidifier RS485 communication fault Humidity high low violation Supply humidity sensor fault Return humidity sensor fault Heater fault Heater run hours exceeded InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 InRow ACRC301S ACRC301H Models External components ACRC301S 5 THN W OOK na4303a Item Description Upper side panels Fans Display interface Lower side panels Front panel Rear panel Air filters Upper piping installation holes 90000006 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications External components ACRC301H ESSN SSNS SNS SEEN NA TU
116. rol pump is installed Note Above data is based on maximum operating condition Note Installation must comply with local and or national electrical codes MCA Minimum Circuit Amps MOP Maximum Overcurrent Protection FLA Full Load Amps Model Power MCA MOP FLA Power Power Connection kW Voltage Phase Frequency NEMA L5 20P 100 120 1 50 60 1 ACRC301S 309 16 200 240 1 50 60 1 e 208 230 1 Dew point 208230 1 control pump NEMA L21 20P ACRCS00 200 240 3 Top Wired Only 501 460 480 3 30916 502 380 415 3 Top wired Only 500 200 240 3 Hardwired 501 460 480 3 ACRP502 380 415 3 Hardwired 66 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Dimensional Data InRow ACRC301 series assembled module uU RS 2 1095 433 gt 0 1 300 118 Dimensions shown mm in InRow ACRC500 ACRP500 series assembled module 991 8 Dimensions shown in mm in 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 67 SX to VX height adapter ACRC301S ACRC301H series na2823a ET Dimensions shown in mm in SX to 48U SX height adapter ACRC301S ACRC301H series na2824a o Dim
117. sa op C CF CF kW BTU hr kW BTU hr SHR V s GPM kPa ft H20 43 33 C DB 22 4 C WB 110 F DB 72 F WB 7 79 14 F 33 8 115000 33 4 114000 0 99 1 09 17 2 60 6 20 3 8 8 C 16 F 32 4 111000 32 1 110000 0 99 0 91 14 4 44 5 14 9 10 C 18 F 31 2 106000 30 9 105000 0 99 0 78 12 3 33 7 11 3 11 1 C 20 F 30 0 102000 29 7 101000 0 99 0 68 10 7 26 4 8 9 46 11 C DB 23 3 C WB 115 F DB 74 F WB 7 79 14 F 37 2 127000 36 8 126000 0 99 1 20 19 0 71 6 24 0 8 8 C 16 F 35 8 122000 35 5 121000 0 99 1 00 15 9 52 8 17 7 10 C 18 F 34 6 118000 34 2 117000 0 99 0 86 13 6 40 2 13 5 11 1 C 20 F 33 4 114000 33 1 113000 0 99 0 75 11 9 31 8 10 7 48 89 C DB 23 9 C WB 120 F DB 75 F WB 7 79 14 F 40 7 139000 40 3 137000 0 99 1 31 20 7 83 5 28 0 8 8 C 16 F 39 3 134000 38 9 133000 0 99 1 10 17 4 61 5 20 6 10 C 18 F 38 0 130000 37 6 128000 0 99 0 94 14 9 27 2 15 8 11 1 C 20 F 36 8 126000 36 5 124000 0 99 0 83 13 1 37 5 12 6 Note Any CW flow rate of 3 0 GPM 5 0 GPM may have increased error in Flow Rate and Power Calculation A Fluid Flow Fault may result Any flow rate under 3 0 GPM may also display as 0 in Flow Rate and Power Calculation 36 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Performance Specifications 10 C 50 EWT ACRC301S
118. tal to maintaining the clean particle free environment required by electrical equipment The system uses a 3096 efficient 102 mm 4 in deep loading pleated filter Deeper filters produce a lower pressure drop requiring less energy during normal operation The filter is moisture resistant up to a 100 relative humidity Filters are easily replaceable from the rear of the unit MERV 8 per ASHRAE 52 2 EN779 G4 Note Unit includes both top and bottom piping connections Top piping connects to internal piping connectors and routes piping upward out of the unit Bottom piping connects to internal piping connectors and routes piping downward out of the unit All connec tions are unions for ease of installation and service Note Top piping for ACRC301S and ACRC301H is available as an optional kit The factory installed condensate pump is piped internally to the condensate pan Dual floats are included with the unit One float 15 used for condensate pump control the other to generate condensate pan overflow alarms For technical specifications see Performance Data General on page 61 Permits multi level access to monitoring control and event notification features over the user s network Several components within the unit will provide a warning that service is needed There are multiple faults that be detected and reported see Alarms on page 15 Notification is also provided when a service interval expires Joining
119. tors Then the wiring is routed down along the electrical panel and secured with wire clamps 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 27 Electrical panel Item Description Transformers eo User interface connectors e Main controller board Relay board e Ground lug Main circuit breaker power feed Main circuit breaker power feed Automatic transfer switch ATS contactors ATS timers ATS transformer ACRP501 ACRCS501 only En circuit breakers EPET Fan circuit breakers e Controller circuit breaker Humidifier circuit breaker 500 series only T Heater circuit breaker 500 series only FI tau Heater contactors ACRP500 series only eni l Humidifier contactor ACRP500 series only a 13 Il 15 Lis 1 ili 1 AT 1 28 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Determining Cooling Capacity IT equipment requires two acceptable limits in order for effective cooling to occur These parameters are inlet air temperature and flow rate of air through the IT equipment It is entirely possible though undesirable to design a computer room with enough heat removal capacity but with an inadequate volumetric flow rate of cool air supply When this condition exists IT equ
120. ty engineering and manufacturing standards and shall be floor mounted and configured for horizontal airflow with draw through air pattern to provide uniform air distribution over the entire face of the coil 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 85 1 2 1 3 1 4 1 5 86 DESIGN REQUIREMENTS The system shall be as described in the following specification as manufactured by Schneider Electric 1 Model 2 Total net cooling capacity MBH kW 3 Sensible net cooling capacity MBH kW 4 Return air temperature C F DB 5 Return air temperature C F WB 6 Entering chilled water temperature C F WB 7 Humidity RH 8 Air quantity L s CFM 9 External Static Pressure Pa in 10 Reheat capacity kW MBH 11 Humidifier capacity kg hr Ibs hr ACRP500 series only 12 Electrical supply V ph 50 60 Hz SUBMITTALS Submittals are provided with the proposal and shall include capacity data electrical data physical data electrical connection drawing and piping connection drawing QUALITY ASSURANCE The system shall be completely factory tested prior to shipment Testing shall include but not be limited to the following complete pressure and leak testing to ensure system integrity Hi Pot test and controls calibration and settings Each system shall ship with a completed test report to verify completion of fact
121. utlet 24 InRow Chilled Water Air Conditioners Technical Specifications 990 4618C 001 Internal mechanical components front LUCYTPIDUUGTTIDCOTIIACOYTIIDIT TITTIES ILE TEE UTI 8 UTI VT L Uu Ee EAT TT TET 7I RE CUJHIDLUUUHICUTHIDIISUCTII na2090a Item Description Item Description o Electric heater ACRP500 series only 9 Electrical panel 2 Fan o Supply air temperature sensors e Fan guard Main feed breakers Humidifier ACRP500 series only User interface connectors o Condensate drain pan Ground wire 6 Condensate pump Supply humidity sensor 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 25 Internal mechanical components rear Item Description Item Description Chilled water coil Rear doors Chilled water control actuator and three Air filters way valve em Return humidity sensor ACRP500 series only Flow meter Return temperature sensor Pipe chase 26 InRow Chilled Water Air Condition
122. ve product or part thereof does not extend the original warranty period Any parts furnished under this warranty may be new or factory remanufactured Non transferable warranty This warranty is extended to the first person firm association or corporation herein referred to by You or Your for whom the Schneider Electric product specified herein has been purchased This warranty is not transferable or assignable without the prior written permission of Schneider Electric Assignment of warranties Schneider Electric will assign you any warranties which are made by manufacturers and suppliers of components of the Schneider Electric product and which are assignable Any such warranties are assigned AS IS and Schneider Electric makes no representation as to the effectiveness or extent of such warranties assumes no responsibility for any matters which may be warranted by such manufacturers or suppliers and extends no coverage under this Warranty to such components Drawings and descriptions Schneider Electric warrants for the warranty period and on the terms of the warranty set forth herein that the Schneider Electric product will substantially conform to the descriptions contained in the Schneider Electric Official Published Specifications or any of the drawings certified and agreed to by contract with Schneider Electric if applicable thereto Specifications It is understood that the specifications are not warranties of performan
123. vious screen Q ENTER key Open menu items and input changes to System and Module settings HELP key Display context sensitive help Press the HELP key for information about each option on the screen and for instructions on how to perform tasks The microprocessor controller is standard on each system The controller provides precision control for the demanding requirements of the following environments Data centers Control rooms Clean rooms Switch rooms UPS rooms The easy to use display interface allows the operator to select options from the menu driven interface to control and monitor the connected air conditioning system Open architecture The InRow CW protocol is open for integration with all building management systems Communication interface on the system can be Modbus RS485 or Ethernet 990 4618C 001 InRow Chilled Water Air Conditioners Technical Specifications 13 Control type The controller utilizes proportional integral derivative PID settings a time proven precision environmental control method This allows for custom tuning of control variables to achieve optimal system response Functions Supply and Return Air Conditions Operational Mode Control Data Logging ACRC301 series Event Logging Alarms Redundant Group Control Fan Speed Adjustment Input Output Module Programming Logging The event log keeps a record of all alarms and events Each event log contains a time

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