RCTM. Condensor, kw. RC Low up to 66 kw. RC Mid&High up to 1200 kw. Quick facts. General

Transcription

1 TM Condensor, kw RC Low up to 66 kw RC Mid&High up to 1200 kw General RC is a series of robust and reliable aircooled remote condensors dedicated for air condition both for comfort and technical applications. Quick facts High efficiency direct driven axial fans. Optional low noise level. Compact and easy to install. Can be placed horizontal or vertical. Advanced and robust design. 1

2 Content All RC - Technical characteristics 2 RC Low - Technical data 3 RC Mid&High - Selection procedure 5 RC Mid&High - Technical data 6 RC Mid&High - Sound data 10 RC Low - Dimensions 11 RC Mid&High - Dimensions 12 All RC - Installation 16 All RC - Technical characteristics RC aircooled remote condensors is a series of robust and reliable units dedicated for air condition both for comfort and technical applications. Thanks to advanced design and highly standardized production process, RC offer an outstanding combination of performance, compactness, quietness and ease of installation. Coils All coils are made of copper tubes with high turbulence aluminium fins for optimal heat transfer. The coil circuit design is optimized for the best compromise between performance and pressure drop. Casing Unit main structure is made of RAL9002 epoxy painted galvanized sheet metal. Excellent rigidity and corrosion resistance, optimal protection of the liquid coils during transportation and operation. Separation baffles for fans. Fans High efficiency direct driven axial fans, available with different noise levels. Available in several fan diameters and for single phase 230V/1/50Hz or threepase 400V/3/50Hz. All fan motors have protection class IP54 according to DIN40050 and are internally protected against thermal overload by thermo contacts. Electrical wirings All fans are electrically wired in parallel to an IP65 mains switch. Options Pre-coated aluminium fins Anticorrosion treatment of coils Timber crate packing Non-standard power supply EC fan motors Fan speed control Shock absorbers Support feets for vertical airflow Certifications All products are manufactured according to CE and PED rules. 2

3 RC Low - Technical data RC Low Order key Example: AGH S 40 1 AX AGH Model type S Noise level: S (standard) - L (low noise) 40 Fan diameter: mm 1 Number of fans. A Coil size: A - B - C Unit size AGHS401AX AGHS401BX AGHS402AX AGHS501AX AGHS501B Capacity Heat rejection (1) kw 8,0 9,3 16,1 18,4 22,1 Fans Quantity No Diameter mm Air flow m³/h Sound level Sound power value (2) db(a) Sound pressure value (3) db(a) Basic unit size and weights Length (4) mm Width (4) mm Height (4) mm Operating weight kg Electrical data No. x Rated power No. x kw 1 x 0,29 1 x 0,29 2 x 0,29 1 x 0,68 1 x 0,68 Power supply V/ph/Hz 230/1~/50 ±5% Unit size AGHS403BX AGHS502AX AGHS502B AGHS503AX AGHS503B Capacity Heat rejection (1) kw 28,2 37,0 43,9 55,8 66,2 Fans Quantity No Diameter mm Air flow m³/h Sound level Sound power value (2) db(a) Sound pressure value (3) db(a) Basic unit size and weights Length (4) mm Width (4) mm Height (4) mm Operating weight kg Electrical data No. x Rated power No. x kw 3 x 0,29 2 x 0,68 2 x 0,68 3 x 0,68 3 x 0,68 Power supply V/ph/Hz 230/1~/50 ±5% (1) Saturated condensing temperature 50 C; ambient temperature 35 C (2) Sound power levels calculated according to ISO 3744 (3) Sound pressure levels referred to 10 m distance in free field (4) Dimensions referred to horizontal installation with vertical air flow 3

4 RC Low/LN - Technical data Unit size AGHL401B AGHL402A AGHL501AX AGHL501C AGHL403B Capacity Heat rejection (1) kw 7,2 13,0 14,7 17,5 21,7 Fans Quantity No Diameter mm Air flow m³/h Sound level Sound power value (2) db(a) Sound pressure value (3) db(a) Basic unit size and weights Length (4) mm Width (4) mm Height (4) mm Operating weight kg Electrical data No. x Rated power No. x kw 1 x 0,16 2 x 0,16 1 x 0,27 1 x 0,27 3 x 0,16 Supply V/ph/Hz 230/1~/50 ±5% Unit size AGHL502AX AGHL502B AGHL503AX AGHL503C AGHL504B Capacity Heat rejection (1) kw 29,4 33,8 44,3 52,8 68,0 Fans Quantity No Diameter mm Air flow m³/h Sound level Sound power value (2) db(a) Sound pressure value (3) db(a) Basic unit size and weights Length (4) mm Width (4) mm Height (4) mm Operating weight kg Electrical data No. x Rated power No. x kw 2 x 0,27 2 x 0,27 3 x 0,27 3 x 0,27 4 x 0,27 Supply V/ph/Hz 230/1~/50 ±5% (1) Saturated condensing temperature 50 C; ambient temperature 35 C (2) Sound power levels calculated according to ISO 3744 (3) Sound pressure levels referred to 10 m distance in free field (4) Dimensions referred to horizontal installation with vertical air flow 4

5 RC Mid&High - Selection procedure The capacities indicated in the catalogue are stated in accordance with the ENV 327 standards taking into consideration the following working conditions: Air inlet temperature T 1 : 25 C Condensing temperature T c : 40 C Refrigerant: R404A T 1 : (T c -T 1 ) : 15 K The capacities indicated in the catalogue are referred to the working with cleaned coil. For other conditions please use the following formula: Qn = Qc x C2 x C3 x C4 x C5 x C6 Qn = Nominal Capacity C2 = Coefficient related to the model of compressor used C3 = Coefficient related to T 1 of project C4 = Coefficient referred to the used refrigerant C5 = Coefficient referred to the air inlet temperature C6 = Coefficient connected to the altitude of installation If the capacity of condenser is unknown refer to the following equation: Qc = Qe x C1 Qc = Requested capacity of the condenser Qe = Capacity at the evaporator C1 = Coefficient relative to the work conditions RC Mid & High order key Example: K H A Y /4C V Q I R A K Model type: K = Axial fans Noise level: H = standard, L = low, Q = quiet, R = H residential, superquiet 2 Number of fan rows 5 Number of fans per row Fan diameter: 50= 500 mm, 63 = 630 mm, 80 = mm A Capacity level: A, B, C Fan motor connection. D = delta, Y = star, M = Y single phase 2 Number of fans /4C Number of separate circuits V Q I R A Air flow direction: H = horizontal, V = vertical Wiring: E = with junction box, Q = with electrical panel and CE-marking, W = with electrical panel built to customer s specifications Repair switch Fan speed control with probe: R = cutphase, G = step, Z = inverter, P = special cut phase Shock absorbers T c ( C) C1 T e ( C) C ,6 1,55 1,47 1,39 1,34 1,3 1,3 1, ,68 1,63 1,54 1,45 1,38 1,3 1,3 1, ,7 1,7 1,62 1,51 1,44 1,4 1,3 1, ,75 1,74 1,72 1,59 1,5 1,4 1,4 1, ,87 1,86 1,85 1,7 1,57 1,5 1,4 1, ,92 1,88 1,87 1,7 1,6 1,5 1, ,86 1,7 1,6 1, ,9 1,7 1,58 Compressor Hermetic Half-hermetic Open C2 1,06 1 0,94 T1 ( K) C3 1,67 1,5 1,36 1,25 1,15 1,07 1 0,94 0,88 Refrigerant R22 R134A R404A R407C C4 1,03 1,05 1 1,09 Air temperature ( C) C5 0,97 0,98 1 1,01 1,03 1,05 1,06 1,08 Altitude (m) C6 1 1,04 1,06 1,07 1,09 1,1 1,12 1,14 1,16 5

6 RC Mid&High/KH - Technical data Model Capacity Air flow Noise level Fan motors Connections Surface Tube vol. Weight (kw) (m 3 /h) (db(a) 10m) (400V/3ph/50Hz) (mm) (m 2 ) (dm 3 ) (kg) Y Y Y No. rpm W A (inlet) (outlet) KH1150.A 20,5 17, KH1150.B 25,9 21, KH1150.C 29,1 23, KH1250.A 41,1 35, KH1250.B 52,3 43, KH1250.C 58,6 47, KH1163.A 43,6 37, KH1163.B 55,5 47, KH1163.C 62,7 51, KH1263.A 86,3 75, KH1263.B 111,4 95, KH1263.C 125,7 103, KH1363.A 130,9 114, KH1363.B 167,3 142, KH1363.C 188,9 155, KH1463.B 209,8 184, KH1463.C 244,0 204, KH1180.A 57,2 50, KH1180.B 71,3 61, KH1180.C 79,9 67, KH1280.A 114,6 104, KH1280.B 142,7 123, KH1280.C 159,9 134, KH1380.A 165,3 147, KH1380.B 208,3 179, KH1380.C 238,8 202, KH1480.B 285,4 245, KH1480.C 319,9 269, KH1580.B 358,5 309, KH1580.C 402,2 339, KH1680.B 422,9 368, KH1680.C 478,7 405, KH1780.B 494,4 426, KH1780.C 543,5 465, KH2180.A 107,5 94, x35 2x22 KH2180.B 133,7 115, x35 2x22 KH2180.C 150,7 125, x35 2x22 KH2280.A 215,8 190, x35 2x28 KH2280.B 269,1 230, x42 2x35 KH2280.C 301,6 250, x42 2x35 KH2380.A 310,0 274, x42 2x35 KH2380.B 395,9 343, x54 2x42 KH2380.C 449,4 375, x54 2x42 KH2480.B 538,5 460, x54 2x35 KH2480.C 603,4 500, x54 2x42 KH2580.B 676,2 579, x64 2x42 KH2580.C 758,2 630, x64 2x42 KH2680.B 794,7 689, x76 2x42 KH2680.C 900,6 752, x76 2x42 KH2780.B 933,1 798, x76 2x54 KH2780.C 1018,9 862, x76 2x54 KH2880.B 1076,8 922, x76 2x54 KH2880.C 1206,6 1000, x76 2x54 / Y = 1330 / 980 / Y = 1340 / 1070 / Y = 895 / 685 / Y = 895 / 685 / Y = 790 / 490 / Y = 1900 / 1350 / Y = 2000 / 1270 / Y = 2000 / 1270 / Y = 1,45 / 0,89 / Y = 3,2 / 2,2 / Y = 4,3 / 2,5 / Y = 4,3 / 2,5 6

7 RC Mid&High/KL - Technical data Model Capacity Air flow Noise level Fan motors Connections Surface Tube vol. Weight (kw) (m 3 /h) (db(a) 10m) (400V/3ph/50Hz) (mm) (m 2 ) (dm 3 ) (kg) Y Y Y No. rpm W A (inlet) (outlet) KL1150.A 16,1 13, KL1150.B 19,6 15, KL1150.C 21,5 16, KL1250.A 32,2 27, KL1250.B 39,6 31, KL1250.C 43,2 33, KL1163.A 34,6 30, KL1163.B 42,0 35, KL1163.C 46,7 38, KL1263.A 69,4 60, KL1263.B 84,5 71, KL1263.C 93,9 77, KL1363.A 104,5 91, KL1363.B 126,9 108, KL1363.C 140,9 115, KL1463.B 165,5 142, KL1463.C 185,6 153, KL1180.A 52,5 44, KL1180.B 65,5 53, KL1180.C 72,9 57, KL1280.A 104,9 89, KL1280.B 131,1 106, KL1280.C 145,8 114, KL1380.A 152,4 129, KL1380.B 191,3 155, KL1380.C 218,7 173, KL1480.B 262,0 213, KL1480.C 291,7 229, KL1580.B 329,6 268, KL1580.C 367,2 289, KL1680.B 391,0 321, KL1680.C 438,0 347, KL1780.B 440,9 368, KL1780.C 500,8 400, KL2180.A 99,1 84, x35 2x22 KL2180.B 123,1 100, x35 2x22 KL2180.C 138,0 108, x35 2x22 KL2280.A 198,9 168, x35 2x28 KL2280.B 246,8 200, x42 2x35 KL2280.C 275,5 215, x42 2x35 KL2380.A 287,1 245, x42 2x35 KL2380.B 366,3 301, x54 2x42 KL2380.C 412,5 324, x54 2x42 KL2480.B 493,8 401, x54 2x35 KL2480.C 551,1 430, x54 2x42 KL2580.B 620,8 506, x64 2x42 KL2580.C 693,8 543, x64 2x42 KL2680.B 734,5 604, x76 2x42 KL2680.C 826,4 650, x76 2x42 KL2780.B 855,4 695, x76 2x54 KL2780.C 942,1 750, x76 2x54 KL2880.B 987,5 803, x76 2x54 KL2880.C 1102,7 861, x76 2x54 / Y = 900 / 660 / Y = 870 / 670 / Y = 870 / 610 / Y = 870 / 610 / Y = 280 / 220 / Y = 730 / 460 / Y = 1450 / 810 / Y = 1450 / 810 / Y = 0,67 / 0,38 / Y = 1,35 / 0,75 / Y = 3,2 / 1,64 / Y = 3,2 / 1,64 7

8 RC Mid&High/KQ - Technical data Model Capacity (kw) Air flow (m 3 /h) Noise level (db(a) 10m) Fan motors (400V/3ph/50Hz) Surface (m 2 ) Tube vol. (dm 3 ) Weight (kg) Connections (mm) Y Y Y No. rpm W A (inlet) (outlet) KQ1150.A 12,4 10, KQ1150.B 14,6 11, KQ1250.A 24,9 21, KQ1250.B 29,5 23, KQ1163.A 27,8 23, KQ1163.B 32,7 26, KQ1163.C 35, KQ1263.A 56,0 47, KQ1263.B 66,0 52, KQ1263.C 70, KQ1363.A 84,1 71, KQ1363.B 99,0 79, KQ1363.C 105, KQ1463.A 110,3 94, KQ1463.B 130,8 105, KQ1463.C 140, KQ1180.A 50,5 41, KQ1180.B 58,4 48, KQ1180.C 63,9 51, KQ1280.A 101,0 83, KQ1280.B 116,8 97, KQ1280.C 127,9 103, KQ1380.A 147,1 121, KQ1380.B 170,5 142, KQ1380.C 192,5 156, KQ1480.A 202,1 166, KQ1480.B 233,3 195, KQ1480.C 255,8 206, KQ1580.A 254,2 210, KQ1580.B 293,9 246, KQ1580.C 322,3 260, KQ1680.B 350,3 294, KQ1680.C 385,5 313, KQ1780.B 399,3 339, KQ1780.C 443,6 362, KQ2180.A 90,4 77, x35 2x22 KQ2180.B 109,7 91, x35 2x22 KQ2180.C 120,3 97, x35 2x22 KQ2280.A 181,2 155, x35 2x28 KQ2280.B 219,2 182, x42 2x35 KQ2280.C 239,3 194, x42 2x35 KQ2380.A 263,5 226, x42 2x35 KQ2380.B 327,9 274, x54 2x42 KQ2380.C 360,0 293, x54 2x42 KQ2480.A 361,9 311, x42 2x35 KQ2480.B 438,4 364, x54 2x35 KQ2480.C 478,7 388, x54 2x42 KQ2580.B 551,6 459, x64 2x42 KQ2580.C 603,3 490, x64 2x42 KQ2680.B 657,1 549, x76 2x42 KQ2680.C 720,7 588, x76 2x42 KQ2780.B 746,5 631, x76 2x54 KQ2780.C 828,8 680, x76 2x54 KQ2880.B 876,6 727, x54 2x54 KQ2880.C 957,3 777, x54 2x54 / Y = 660 / 510 / Y = 630 / 470 / Y = 665 / 495 / Y = 665 / 495 / Y = 110 / 70 / Y = 330 / 190 / Y = 980 / 590 / Y = 980 / 590 / Y = 0,27 / 0,13 / Y = 0,73 / 0,37 / Y = 2,5 / 1,25 / Y = 2,5 / 1,25 8

9 RC Mid&High/KR - Technical data Model Capacity Air flow Noise level Fan motors Connections Surface Tube vol. Weight (kw) (m 3 /h) (db(a) 10m) (400V/3ph/50Hz) (mm) (m 2 ) (dm 3 ) (kg) Y Y Y No. rpm W A (inlet) (outlet) KR1163.A 20,0 15, KR1163.B 22,5 16, KR1263.A 40,4 31, KR1263.B 45,5 33, KR1363.A 60,6 47, KR1363.B 68,3 50, KR1463.A 80,5 63, KR1463.B 91,1 67, KR1180.A 36,9 31, KR1180.B 43,0 35, KR1180.C 45, KR1280.A 73,6 62, KR1280.B 85,9 70, KR1280.C 90, KR1380.A 107,5 90, KR1380.B 125,8 102, KR1380.C 136, KR1480.A 147,3 123, KR1480.B 171,6 139, KR1480.C 180, KR1580.A 185,9 156, KR1580.B 216,6 176, KR1580.C 227, KR1680.B 260,0 212, KR1680.C 273, KR1780.B 300,4 246, KR1780.C 317, KR2180.A 69,3 58, x35 2x22 KR2180.B 81,4 65, x35 2x22 KR2180.C 86, x35 2x22 KR2280.A 138,7 117, x35 2x28 KR2280.B 161,7 130, x42 2x35 KR2280.C 171, x42 2x35 KR2380.A 202,0 170, x42 2x35 KR2380.B 244,4 198, x54 2x42 KR2380.C 260, x54 2x42 KR2480.A 276,7 233, x42 2x35 KR2480.B 323,3 261, x54 2x35 KR2480.C 340, x42 2x35 KR2580.B 408,1 329, x64 2x42 KR2580.C 433, x64 2x42 KR2680.B 489,3 396, x76 2x42 KR2680.C 520, x76 2x42 KR2780.B 564,8 460, x54 2x42 KR2780.C 604, x76 2x54 KR2880.B 632,4 519, x54 2x42 KR2880.C 681, x54 2x42 / Y = 400 / 290 / Y = 445 / 340 / Y = 445 / 340 / Y = 140 / 70 / Y = 310 / 170 / Y = 310 / 170 / Y = 0,41 / 0,16 / Y = 1,2 / 0,48 / Y = 1,2 / 0,48 9

10 RC Mid&High - Sound data The sound levels refer to: Total sound power level (L w, total ) are reported in Table 1. For models with more than one fan motor add the values of Table 2. Table 1 Model Connection rpm Sound power level L w, total db(a) Y Y KH 50._ KL 50._ KQ 50._ KH 63._ KL 63._ KQ 63._ KR 63._ KH 80._ KL 80._ KQ 80._ KR 80._ Table 2 Sound power level increasing according to fans number No. Fans db(a) Sound pressure levels (L p ) in accordance with EN 13487/ EN ISO 3744, are the weighted average of the values measured at 10 m on the parallelepiped surface with reflecting plan (Fig. 1). For other distances add or deduct the appropriated values of Table 3. Fig. 1 Table 3 Sound pressure correction for distance different of 10 m Distance (m) db(a) , The sound levels of each unit indicated above refer to the maximum rotation speed of the installed fans. For units with fan speed control Blue Box declines all responsibility for any eventual difference on the sound values. 10

11 RC Low - Dimensions and weight Dimensions Weight and connections Model Fans L H H2 W W2 M1 M2 M3 M4 M5 Coil size A Coil size B Coil size C No. mm mm mm mm mm mm mm mm mm mm kg mm kg mm kg mm AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx AGHSx

12 RC Mid&High - Dimensions Model No. Feets A (mm) C (mm) D (mm) E (mm) F (mm) C_1150._ C_1250._ C_1163._ C_1263._ C_1363._ C_1463._

13 RC Mid&High - Dimensions For 1780.B the connections are on two opposite sides (see the Archimede selection software for details) Model No. Feets A (mm) C (mm) D (mm) E (mm) F (mm) C_1180._ C_1280._ C_1380._ C_1480._ C_1580._ C_1680._ C_1780._

14 RC Mid&High - Dimensions For 2780.B B C the connections are on two opposite sides (see the Archimede selection software for details) Model No. Feets A (mm) C (mm) D (mm) E (mm) F (mm) C_2180._ C_2280._ C_2380._ C_2480._ C_2580._ C_2680._ C_2780._ C_2880._

15 RC Mid&High - Dimensions CE electrical panel Fan diameter (mm) L [mm] L L Ø Ø Ø L L H A Fan diameter (mm) H [mm] A [mm] Ø Ø Ø Shock absorbers 19 M16x Ø10 Ø

16 All RC - Installation Location --Strictly allow clearances as indicated in Fig Please check that there are no obstructions on the suction of the finned coil and on the discharge of the fans. --Locate the unit in order to be compatible with environmental requirements (sound level, integration into the site, etc.). Electrical connections --Check the wiring diagram enclosed with the unit, in which are always present all the instructions necessary to the electrical connections. --Do not disconnect electrical supply during temporary stop periods. --Before opening the main switch, stop the unit by acting on the suitable running switches or, if lacking, on the remote control. --Before servicing the inner components, disconnect electrical supply by opening the main switch. --The electric supply line must be equipped with an automatic circuit breaker (to be provided by the installer). Pipe connections --Carefully vent the system, with pump turned off, by acting on the vent valves. This procedure is fundamental: little air bubbles can freeze the evaporator causing general failure of the system. --Vacuum suction of the system shall be done before it is finally filled with refrigerant. If no suction is carried out correctly, this can seriously damage your system. --The pipes should be connected by a person with the requisite knowledge. Connection dimensions for the pipes are shown in table, but the design of pipes between the RC and chiller are to be carried out by the installer to the prevailing circumstances. Start up and maintenance --Strictly follow what reported in use and maintenance manual. All these operations must be carried on by trained personnel only. Fig. 2 Preferred minimum distance from walls Preferred minimum distance between units The preferred position relative to the most frequent wind direction Not preferred position relative to the most frequent wind direction 16