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ANL ANL H ANL C

1. o tO CN iO I A gt 9 AL 5 5 _ ci N N 34 16 1 3 ANL 050 070 080 090 P H HP VT 9 9 9 9 9 9 9 9 35 M8 Gy 447 436 447 436 453 444 453 444 Gx 213 212 213 212 217 216 217 216 23 30 E E 0557 2 of VERS WEIGHTS BARYCENTRES 20 050 050 070 070 080 080 090 090 lt T4 no TA 1124 NAULILA 384 428 40 Mod VT9 16 1 4 ANL 020 025 ANL MOD VERS WEIGHTS BARYCENTRES KIT Gy VT Gx 326 326 177 1 99 99 H H 020 025 77 WYYYYYYYYYYYYYYYYYXAS N QR
2. External air o 35 40 45 50 temperature K DB Ph Pe Ph Pe Ph Pe Ph Pe 10 3 8 1 63 8 4 0 1 63 3 9 1 76 6 4 2 1 62 4 1 1 76 4 0 1 90 4 4 4 1 63 4 3 1 76 4 2 1 90 4 1 2 13 2 4 6 1 63 4 5 1 76 4 4 1 90 4 2 2 13 0 4 8 1 63 4 7 1 77 4 6 1 90 4 4 2 13 2 5 0 1 63 4 9 1 77 4 8 1 90 4 7 2 13 4 6 0 1 63 5 9 1 77 5 7 1 91 5 6 2 14 6 6 3 1 63 6 2 1 77 6 1 1 91 5 9 2 14 7 6 5 1 64 6 3 1 77 6 2 1 91 6 0 2 14 8 6 6 1 64 6 5 1 77 6 3 1 91 6 2 2 14 10 6 9 1 64 6 7 1 78 6 6 1 91 6 4 2 14 12 7 2 1 64 7 0 1 78 6 8 1 92 6 6 2 14 14 7 5 64 7 2 1 78 7 0 1 92 6 8 2 15 16 7 7 64 7 5 1 78 7 3 1 92 7 0 2 15 18 8 0 64 7 8 1 78 7 5 1 92 7 2 2 15 20 8 3 64 8 1 1 78 7 8 1 92 75 2 15 8 2 025 Temperature of produced water External air temperature C D B 33 40 5 20 Ph Pe Ph Pe 10 43 1 80 8 4 6 1 80 4 4 1 96 6 4 8 1 80 4 7 1 96 4 5 2 11 4 5 0 1 80 4 9 1 96 4 7 2 11 4 6 2 36 2 5 2 1 81 5 1 1 96 4 9 2 11 4 8 2 36 0 5 4 1 81 5 3 1 96 5 1 2 11 5 0 2 37 2 5 7 1 81 5 5 1 96 5 4 2 11 5 3 2 37 4 6 7 1 81 6 6 1 96 6 5 2 12 6 3 2 37 6 7 1 1 81 7 0 1 97 6 8 2 12 6 7 2 37 7 7 3 1 81 7 2 1 97 7 0 2 12 6 8 2 37 8 7 5 1 82 722 1 97 7 7 2 12 7 0 2 38 10 7 8 1 82 7 6 1 97 7 4 2 12 7 2 2 38 12 8 1 1 82 7 9 1 97 7 7 2 13 7 5 2 38 14 8 4 82 8 2 1 98 7 9 2 13 7 7 2 38 16 8 7 82 85 1 98 8 2 2 13 7 9 2 38 18 9 1
3. 1162 1550 3 9 pull L M8 23 30 29 VT9 38 16 1 7 ANL 100 150 200 P A N H HP HN 750 VERS WEIGHTS BARYCENTRES Gx Gy VT 5 27077381 288 00 382 659 15 338 7382 659 15 2957 3817 604 15 ANL100H P 313 381 640 15 A 363 381 640 15 5 293 383 650 15 ANL150 P 34 38 693 15 364 383 693 15 ING i 2200 Bea kel Ee 221 ANL150H P 343 382 671 15 AG A 393 382 671 15 5 329 383 600 15 ANL 200 350 383 641 15 400 383 641 15 5 38 383 586 15 ANL 200 379 383 626 15 429 383 626 15 1800 5 1750 4 b 2 34 39 16 1 8 ANL 020 025 S 2 S 2 Q 15 88 925 holes for electric cables 354 895 650 M8 23 30
4. 1281 8 23 30 1165 550 o 1162 29 40 Mod VT9 16 1 13 ANL 100 150 200 D HD 8 6 0 0347 80 1590 80 D VT 15 50 30 28 5 M10 45 M8 M10 23 28 5 30 30 0 40 5 D D H DA HDA VT9 15 16 1 14 ANL 050 070 080 090 D DA HDA 1281 fo 550 25 5 oo n ofj 1 6 o oe i oo gt NCOCCOOOOODOOOOOOOOOO Y Y YAN m id
5. 122 50 29 Gx 40 Mod VT9 40 16 1 9 ANL 030 040 AUN NINN 900 gas 2 15 88 H S 2 5 5 8 23 30 40 EU 310 ni holes for electric cables 354 Mod VT9 41 16 1 10 ANL 050 070 080 090 C 15 88 Liquid M8 23 30 1124 384 Mod VT9 42 16 1 1 1 ANL 100 150 200 sno eee ca b 9 9 28 GAS 2 AP 15 88 LIQUID 80 1590 80 e 9 15 50 30 28 5 M10 43 16 1 12 ANL 050 070 080 090 D HD
6. a C 868 1124 INT 1118 660 M8 23 30 Mod VT9 36 M8 23 30 40 Mod VT9 37 16 1 5 ANL 030 040 A HA B E m m gt i C amp c gt da E m m E 2 lt lt gt BE 1 40 R 3 ur 3 lt oo 1015 Q D 22220222 220 _ RRR NC AAMAS NN st U 3 yoy d 16 1 6 ANL 050 090 A Q HA HQ si min ee ERRE EM ANL MOD VERS WEIGHTS BARYCENTRES COO C OU COCA 1281 48 5 1165 550
7. 5 5 5 5 5 5 5 5 6 100 5x2 52 53 150 200 5x2 5X2 52 52 53 15 15 15 15 2 2 2 2 11 12 4 TECHNICAL DATA COOLING 020 025 030 040 050 070 080 090 100 150 200 Cooling capacity kW 5 7 6 2 7 5 9 6 13 4 16 5 20 5 22 3 26 6 33 0 43 0 9 kW 1 84 2 00 2 46 3 25 4 03 4 88 6 33 6 63 8 4 10 0 13 7 Total input power A P kw 1 99 2 15 2 61 3 40 4 30 5 15 6 60 6 90 9 2 11 5 152 Q N kW N A N A N A N A 4 48 5 33 6 78 7 08 9 4 11 3 15 0 Evaporator water flow rate 980 1070 1290 1650 2310 2840 3530 3840 4580 5680 7400 Evaporator pressure drops kPa 20 0 20 0 20 0 21 0 21 0 21 0 26 0 25 0 43 0 39 0 32 0 ENERGY INDEXES EER W W 3 10 3 10 3 05 2 95 3 33 3 38 3 24 3 36 3 16 3 30 3 14 ESEER 3 72 3 72 3 66 3 54 3 99 4 06 3 88 4 03 4 14 4 25 412 ELECTRICAL DATA Total input current without 400 3 7 4 2 4 70 62 8 7 9 7 12 2 12 8 16 7 18 8 25 7 circulation pump 230V 94 10 0 13 0 16 3 IS 400V 4 7 5 2 5 70 7 2 10 7 11 7 14 2 14 8 17 9 20 8 27 7 i
8. 46 16 1 15 100 150 200 D HD l OUT 1 a o so Y Y pr o LP 249 034 80 1590 80 _y D VT 15 50 30 28 5 M10 47 17 LIST OF AFTER SALES SERVICE CENTRES VALDAOSTA AOSTA gt gt D AIR di Squaiella D amp Bidoggia C snc Tel 0117 708 112 PIEMONTE ALESSANDRIA ASTI CUNEO gt gt Bellisi s r l Corso Savona 245 14100 Asti Tel 0141 556 268 BIELLA VERCELLI gt gt Lombardi Service s r l Via delle Industrie 13856 Vigliano Biellese Tel 0158 113 82 NOVARA VERBANIA All ranges except for split system gt gt Air clima service s r l Via Pertini 9 21021 Angera VA Tel 0331 932 110 Split system only gt gt Clima snc di Benvegn L Via S Anna 6 21018 Sesto Calende VA Tel 0331 914 186 TORINO gt gt Aersat Torino snc di Borioli Seondino amp C Strada Bertolla 163 10156 Torino Tel 0115 611 220 gt gt D air di Squaiella D amp Bidoggia C snc Via Chambery 79 7 10142 Torino Tel 0117 708 112 LIGURIA GENOVA gt gt Brinzo Andrea Via Del Commercio 27 1 2 16167
9. 8 7 080 H 8 8 090 H 8 9 100 H 8 10 ANL 150 H 8 11 ANL 200 H 9 Ethylene glycol solution 27 9 1 How to interpret glycol curves 27 10 Evaporator pressure drops and useful static 28 10 1 Static pressure useful to the system 28 11 Storage uu u era 29 11 1 Minimum maximum system water content 29 11 2 Expansion vessel calibration 29 12 Desuperheater 12 1 Pressure dropsz nete t eec 13 Motor condenser version chiller lines c 31 14 Sound data eene 32 15 Calibration of control and safety 32 16 Dimension tables and hydraulic fitting positions 33 17 List of after sales service centres 48 5 37040 Bevilacqua VR Italia Roma 44 u Tel 39 0442 633111 Telefax 0442 93730 39 0442 93566 www aermec com info aermec com la prima per il clima ANL ANLH SERIAL NUMBER CE DECLARATION OF CONFORMITY We the undersigned hereby declare under our own responsibility that the assembly in question defined as follows NAME ANL TYPE WATER AIR chiller heat pump MODEL To whi
10. Cd 3 2 5 9 2 5 15 5 5 1 25 45 s Ezi 40 C 30 C x 0 35 40 45 50 55 60 65 Temperature of desuperheater produced water At 5 C TAB 14 1 2 050 070 080 090 100 150 200 Heating capacity available kw 5 4 6 6 8 2 8 9 13 8 17 1 18 9 Water flow rate 930 1140 1410 1530 2370 2940 3260 Pressure drop kPa 8 10 11 13 14 24 30 Nominal value refers to air temperature 35 water at desuperheater 45 50 C At 5 C 100 200 080 090 0 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 Water flow rate Average water temperature C 30 40 50 60 70 Multiplicative coefficients 1 04 1 02 1 0 98 0 96 13 COOLING LINE VERSION MOTORCONDENSING COOLING LINES Model Line length m Gas line 0 mm Liquid line mm R410A g m 0 10 12 7 9 52 70 ANL 020 C 10 20 12 7 9 52 70 20 30 12 7 9 52 70 0 10 12 7 9 52 70 ANL 025 C 10 20 12 7 9 52 70 20 30 12 7 9 52 70 0 10 12 7 12 7 120 ANL 030 C 10 20 12 7 12 7 120 20 30 15 88 12 7 130 0 10 12 7 12 7 120 ANL 040 C 10 20 15 88 12 7 130 20 30 15 88 12 7 130 0 10 15 88 15 88 190 ANL 050 C 10 20 15 88 15 88 190 20 30 18 15 88 190 0 10 15 88 15 88 190 ANL 070 C 10 20 18 15 88 190 20 30 18 15 88 190 0 10 15 88 15 88 190 ANL 080 C 10 20 18 15 88
11. he table below states the correction Sd to apply to the pressure drops on vari 40 8 ation of the average water tempera ture 20 0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 12000 10 1 STATIC PRESSURES USEFUL THE SYSTEM Water capacity l h 10 1 2 Filters pressure drops For the A P N versions with storage tank and or pump only The static pressures stated here are kPa at net of the pressure drops of the heat exchangers filter storage tank Therefore are to be considered USEFUL TO SYSTEM NOTE The static pressures are calculated in cooling mode WITH PRESENCE OF GLYCOL for static pressures useful to system PLEASE CONTACT COMPANY 2 3 4 5 6 7 8 8 40 Water capacity mc h 10 1 3 Useful static pressures with storage tank 10 1 4 Useful static pressures with storage kPa and or standard pump A P tank and or increased Q VERSION 386 250 200 200 175 150 150 125 100 100 050 75 50 070 080 090 150 Di 200 D 100 ES 0 2000 4000 6000 8000 10000 12000 aUa Wat
12. 12 8 2 1 44 7 7 1 64 7 3 1 84 6 8 2 03 6 3 2 19 Standard 14 8 5 1 45 8 0 1 66 7 5 1 86 7 0 2 04 6 6 2 20 1 1 1 1 7 3 STANDARD ANL 030 External air tempera Temp of water E produced C Pc Pe Pc uth 6 6 7 1 65 6 3 1 90 5 9 2 15 5 5 2 39 4 7 1 1 66 6 7 1 91 6 3 2 16 5 8 2 39 static valve Y 2 7 5 1 67 7 0 1 92 6 6 2 17 6 2 2 40 5 7 2 59 0 7 8 1 68 7 4 1 93 6 9 2 18 65 2 41 6 0 2 60 With thermo 2 82 169 77 194 73 218 68 241 63 261 static valve Z 4 8 5 1 70 8 1 1 94 7 6 2 19 7 1 2 43 6 6 2 62 6 1 2 77 6 8 9 1 70 8 4 1 95 7 9 2 20 7 4 2 44 6 9 2 64 6 4 2 79 7 9 1 1 72 8 6 1 97 8 0 2 22 7 5 2 46 7 0 2 65 6 5 2 80 Warn 8 9 2 1 74 8 7 1 98 8 2 2 23 7 7 2 46 7 1 2 66 6 6 2 81 10 9 6 1 76 9 0 2 00 8 5 2 25 7 9 2 48 7 4 2 68 12 9 9 1 77 9 4 2 02 8 8 2 27 8 2 2 50 7 7 2 69 Standard 14 10 2 1 79 9 7 2 04 9 1 2 28 8 5 2 51 19 2 71 16 10 6 1 80 10 0 2 05 9 4 2 30 8 8 2 53 8 2 2 72 18 10 9 1 82 10 3 2 07 9 7 2 32 9 1 2 55 85 2 73 IN COOLING MODE Pc Cooling capacity kW Water inlet temperature 12 Pe Input power kW Outlet water temperature TSE External air temperature 35 C At 5 C 7 7 STANDARD ANL 040 External air temperature Temp of water produced C
13. Intelligent defrosting for pressure reduc EXAMPLES OF HYDRAULIC CIRCUITS the diagrams shown here are an example 24 zn 5 69 21 V _ 22 version with pump only version A ANL 020 040 WITH FLOOD ED EVAPORA VERSION A 100 200 KEY Circulator oump Differential pressure switch flow meter 020 040A Safety valve Expansion vessel Water filter Plate heat exchanger inside the storage tank in ANL 020 040A 7 Vent valve Storage 9 Electric resistance ACCESSORY Na au hw 10 CONTROL PANEL tion allows to determine when the coil is effectively defrosted avoiding useless defrosting Hot gas injection defrosting this way the machine consumes less energy increases heating capacity keeps ef ficiency high and prevents temperature drops at the terminals very important in plants with low water content Emergency defrosting by cooling cycle reversing to overcome more serious conditions Set point compensation with external temperature with external air probe ac cessory reduces energy consumption Condensation check based on the pressure rather than on temperature for absolute stability with DCPX revs adjuster accessory Inverse condensation check for the heat pump functioning mode also in summer withDCPX revs adjuster accessory Pre alarms with automatic reset in the case of alarm a certain number of re sta
14. Recommended operational conditions 1 Cooling Max water temp 40 C min water temp 4 C 2 Heating hot air pump Max water temp 60 C min water temp 4 C 55m H 10 2 0 3 Ptar H 18 25m 3 Ptar 1 5 bar I Ptar 1 5 bar Hmin KEY 1 Check that highest installa tion is not higher than 55 metres 2 Ensure that lowest installa tion can withstand global pressure in that position 29 30 12 DESUPERHEATER The heating capacity obtained by the desuperheater is attained by multiplying the nominal value Pd given in table 14 1 2 by a relevant coefficient Cd The diagrams allow to obtain the cor rective coefficients to use depending on the temperature of the external air and the temperature of the water produced at the desuperheater NOTE The use of the desuperheater is pos sible in cooling function for heat function it must be intercepted 12 1 PRESSURE DROPS All sized models with desuperheater have 1 desuperheater The features of the desuperheater and the pressure drop curves are given below For temperature of produced water val ues different from 50 C multiply the result obtained by corrective factor
15. 44 3 10 80 41 6 12 14 38 9 13 48 36 1 14 52 static valve Z 4 49 0 946 462 10 80 43 4 1221 40 6 1348 37 7 1459 349 15 41 6 51 0 9 46 48 1 10 87 45 2 12 29 42 2 13 55 39 3 14 74 36 4 15 56 7 52 0 9 60 49 0 10 95 46 1 12 36 43 0 13 70 40 1 14 74 37 2 15 56 8 53 0 9 68 50 0 11 02 47 0 12 43 43 9 13 70 40 9 14 82 37 9 15 64 With thermo E 10 54 9 9 75 51 8 11 17 48 7 12 51 45 6 13 85 42 5 14 89 onda 12 56 8 9 83 53 6 11 24 50 4 12 66 47 2 13 92 44 1 14 97 14 58 7 9 98 554 11 32 52 1 12 73 48 8 14 00 45 6 15 04 16 60 5 10 05 57 2 11 39 53 8 12 81 50 4 14 07 47 1 15 11 18 62 3 10 13 58 9 11 54 55 4 12 96 52 0 14 15 48 7 15 26 IN COOLING MODE Pc Cooling capacity kW Water inlet temperature 12 C Pe Input power kW Outlet water temperature Vale External air temperature 35 26 5 C 7 13 CORRECTIVE FACTORS AT AT DIFFERENT FROM NOMINAL CHILLER 3 5 8 10 Cooling capacity correction factors 0 99 1 1 02 1 03 Input power correction factors 0 99 1 1 01 1 02 7 14 FATTORI DI INCROSTAZIONE K m21 1W1 0 00005 0 0001 0 0002 Cooling capacity correction factors 1 0 98 0 94 Input power correction factors 1 0 98 0 95 8 PERFORMANCE IN HEATING MODE MODE 8 1 ANL020H Temperature of produced water
16. AERMEC la prima per il clima FAN R410A 40 CHILLERS AND HEAT PUMPS Technical manual ANL ANL H ANL C AERMEC COMPANY QUALITY SYSTEM E lt de a b lt 4 ICIM a 9 AERMEC S P A Dear Customer Thank you for choosing an AERMEC product This product is the result of many years of experience and in depth engineering research and it is built using top quality ma terials and advanced technologies In addition the CE mark guarantees that our appliances fully comply with the require ments of the European Machinery Directive in terms of safety We constantly monitor the quality level of our products and as a result they are synonymous with Safety Quality and Reliability Product data may be subject to modifications deemed necessary for improving the product without the obligation to give prior notice Thank you again AERMEC S p A AERMEC S p A reserves the right at any moment to make any modifications considered necessary to improve our products and is not obliged to add these modifications to machines that have already been fabricated delivered or are under construction SUMMARY 1 1 1 2 2 1 2 2 2 3 2 4 2 5 2 6 3 4 5 5 1 5 2 5 3 5 4 7 1 7 2 7 3 7 7 7 8 1 9 7 10 TS 7 12 7 13 7 14 7 15 7 16 Description and choice of unit 6
17. NUORO gt gt Posadinu Salvatore Ignazio 2 1 Predda Niedda Sud Strada 11 07100 Sassari Tel 0792 612 34 AERMEC COMPANY QUALITY SYSTEM carta reciclata recycled paper papier recycl 4 recycled papier al im La prima per il clima 633111 The technical data given on the following documentation is Telefax 39 0442 93730 39 0442 93566 binding Aermec reserves the right to make all the modifications WWW aerrriec com deemed necessary for improving the product 180 9001 2000 n 0128 4 I Net
18. 30 35 Pc Pe Pc Pe With thermo 6 8 5 2 18 8 1 2 51 7 6 2 84 7 0 3 15 3 static valve Y 4 9 0 2 20 8 5 2 53 8 0 2 85 7 5 3 16 E 2 9 5 2 21 9 0 2 54 8 4 2 86 7 9 3 17 7 3 3 42 0 10 0 222 94 255 89 2 87 8 3 3 18 73 3 43 With thermo 2 105 223 99 256 93 288 87 319 81 345 static valve 2 4 10 9 2 24 103 2 57 97 2 90 9 1 3 20 8 4 3 47 7 8 3 66 6 7 11 4 2 25 10 7 2 58 10 1 2 91 9 4 3 22 8 8 3 49 8 1 3 69 11 6 2 28 11 0 2 60 10 3 2 93 9 6 3 25 9 0 3 50 8 3 3 70 8 118 2 29 112 2 62 10 5 2 94 9 8 3 26 9 1 3 51 8 5 3 1 With thermo 10 12 3 2 32 11 6 2 65 10 9 2 97 10 2 3 28 95 3 54 static valve 12 12 7 2 34 12 0 2 67 11 3 3 00 10 5 3 30 9 8 3 56 14 13 1 2 36 12 4 2 69 11 6 3 02 10 9 3 32 10 2 3 57 16 13 5 2 38 12 8 2 71 12 0 3 04 11 3 3 34 10 5 3 59 18 13 9 2 40 13 1 2 74 12 4 3 07 11 6 3 36 10 9 3 61 7 8 STANDARD ANL 050 External air tempera Temp of water produced C 30 3 Pc Pe Pc Wilma 6 11 9 2 70 11 3 3 11 10 6 3 53 9 8 3 91 4 12 6 2 72 11 9 3 13 11 2 3 54 10 4 3 92 2 133 2 74 12 6 3 15 11 8 3 55 11 0 3 93 10 2 4 24 0 14 0 2 76 13 2 3 16 124 356 11 6 3 94 10 7 4 26 With thermo 2 146 277 138 3 17 130 358 121 396 112 428 static valve 2 4 15 3 2 78 14 4 3 18 13 5 3 59
19. H P 5 d M Campo Code 1 2 3 ANL NOTES 4 5 6 Sizes 020 025 030 040 050 070 080 090 100 150 200 With DESUPERHEATER 7 Model ANL 020 025 030 040 cooling 9 Cooling Only only or heat pump 100 150 200 is possible only IN 8 Version COOLING MODE FUNCTIONING 9 Standard MODE HEATING MODE MUST P With pump BE INTERCEPTED N With increased pump from 100 to 200 ANL DC motor condenser with A With storage tank and pump pud sizes igh static pressure Q With INCREASED storage and pump from 050 to 200 naa trom 9 Heat recovery 050 to 090 E Without heat recovery units With desuperheater from 050 to 200 With thermostatic valves for LOW TEMPERATURES 10 Coils ANL DZ DY desuperheater and in aluminium thermostatic valves for low tem R In copper peratures S Tinned copper ANL HY HZ heat pumps with low V Painted aluminium temperature thermostatic valves 11 Field of use 2 temperature of water produced up to 4 C 2 temperature of water produced from to 4 09 temperature of water produced from to 1 6 C 12 Evaporator PED Standard Motor condenser 13 Power supply 9 3N 400V 50Hz M 1 230V 50Hz 020 040 COOLING CIRCUIT COOLING ONLY HEAT PUMP Sump compressor resistance High pressure pressure switch Low pressure pressure switch High pressure transducer Low pressure transducer Hot gas injection HYDRAULIC CIRCUIT BASE PUMP STORAGE TANK Fitted water filter Differ
20. Tel 0372 461 935 REGGIO EMILIA gt gt Ecoclima srl Via Maestri del lavoro 14 42100 Reggio Emilia Tel 0522 558 709 TOSCANA AREZZO gt gt Clima service Etruria snc Via G Caboto 69 71 73 75 52100 Arezzo Tel 0575 900 700 FIRENZE PRATO gt gt SEAT Servizi tecnici srl Via Aldo Moro 25 50019 Sesto Fiorentino FI Tel 0554 255 721 GROSSETO gt gt Acqua aria service srl Via D Lazzaretti 8A 58100 Grosseto Tel 0564 410 579 VALDAOSTA AOSTA gt gt D AIR di Squaiella D amp Bidoggia C snc Tel 0117 708 112 PIEMONTE ALESSANDRIA ASTI CUNEO gt gt Bellisi s r l Corso Savona 245 14100 Asti Tel 0141 556 268 BIELLA VERCELLI gt gt Lombardi Service s r l Via delle Industrie 13856 Vigliano Biellese BI Tel 0158 113 82 NOVARA VERBANIA All ranges except for split system gt gt Air clima service s r l Pertini 9 21021 Angera VA Tel 0331 932 110 Split system only gt gt Clima snc di Benvegn L Via S Anna 6 21018 Sesto Calende VA Tel 0331 914 186 TORINO gt gt Aersat Torino snc di Borioli Seondino amp Strada Bertolla 163 10156 Torino Tel 0115 611 220 gt gt D air di Squaiella D amp Bidoggia C snc Via Chambery 79 7 10142 Torino Tel 0117 708 112 LIGURIA GENOVA gt gt Brinzo Andrea Via Del Commercio 27 1 2 16167 Genova Nervi Tel 0103 298 314 IMPERIA gt gt Aerfrigo di A Amborno e C s n c Vi
21. Via Liguria 4 A 27058 Voghera PV Tel 0383 622 53 VARESE All ranges except for split system gt gt Air clima service di Frascati Paolo amp C snc Via Pertini 9 21021 Angera VA Tel 0331 932 110 Split system only gt gt CI Elle Clima snc di Benvegn L Via S Anna 6 21018 Sesto Calende VA Tel 0331 914 186 TRENTINO ALTO ADIGE BOLZANO TRENTO gt gt Sester snc di Sester A amp C via Enrico Fermi 12 38100 Trento Tel 0461 920 179 FRIULI VENEZIA GIULIA PORDENONE Centro Tecnico snc di Menegazzo G amp C Via Conegliano 94 A 31058 Susegana TV Tel 438 450 271 TRIESTE GORIZIA La cliamtizzazione Trieste srl Strada della Rosandra 269 34018 San Dorligo della Valle TS Tel 0408 280 80 UDINE gt gt S A R E di Musso Dino Corso S Valentino 4 33050 Fraforeano UD Tel 0432 699 810 VENETO BELLUNO gt gt Fontana Soffrio Frigoriferi snc Via Sampoi 68 32020 Limana BL Tel 0437 970 042 LEGNAGO gt gt De Togni Stefano Via De Nicoli 2 37045 Legnago VR Tel 0442 203 27 PADOVA gt gt Climair sas di F Cavestro amp C Via Austria 21 7 1 35127 Padova Tel 0497 723 24 ROVIGO gt gt Fornasini Mauro Via Sammartina 18 A 44040 Chiesuol del Fosso FE Tel 0532 978 450 TREVISO gt gt Centro tecnico di Menegazzo srl Conegliano 94 31058 Susegana TV Tel 0438 450 269 VENEZIA city centre gt gt Simonato Gi
22. circuit it Communicates the work pressure to the control board generating a pre alarm if abnormal pressure occurs 2 5 ELECTRIC COMPONENTS Electric Control Board Contains the power section and the management of controls and safety devices It is in compliance with the IEC 60204 1 Standard and the Directives regarding elec tromagnetic compatibility EMC 89 336 EEC and 92 31 EEC Door lock isolating switch THE electric control board can be accessed by removing the voltage Act on the open ing lever of the control board itself This lever can be locked using one or more padlocks during maintenance interventions to prevent the machine being powered up accidentally Control board Allows complete control of the appliance For a more in depth description please refer to the user manual compressors magnet circuit breaker protection fans magnet circuit breakers protection auxiliary magnet circuit breaker protec tion Heat exchanger inlet outlet water tem perature probes Gas temperature probe one on the for pressing line and coil External air temperature probe WITH DCPX ACCESSORY 2 6 ELECTRONIC MODU CONTROL ADJUSTMENT MODU CONTROL Temperature control of the outlet water with proportional integral algorithm maintains average outlet temperature at value set Self adapting differential switch guarantees minimum functioning times of the compressor in systems with low water content
23. 18 6 6 83 18 2 7 65 4 23 3 6 07 22 9 6 45 22 4 6 84 21 9 7 66 6 24 6 6 08 24 1 6 46 23 6 6 85 23 1 7 67 7 25 3 6 08 24 7 6 47 24 2 6 85 23 6 7 67 8 25 8 6 09 25 3 6 47 24 7 6 85 24 1 7 68 10 27 0 6 09 26 3 6 48 25 7 6 86 25 0 7 68 12 28 1 6 10 27 3 6 49 26 6 6 87 25 8 7 69 14 29 1 6 11 28 3 6 49 27 5 6 87 26 6 7 70 16 30 2 6 11 29 3 6 50 28 4 6 88 27 4 7 70 18 31 3 6 12 30 3 6 50 29 3 6 88 28 2 7 70 20 32 6 6 12 31 4 6 50 30 3 6 88 29 2 7 71 IN COOLING MODE IN HEATING MODE Water inlet temperature 12 C Water inlet temperature 40 C Outlet water temperature TE Temperatura acqua uscita 45 C External air temperature 35 C External air temperature b s 7 C At 5 C At 526 Ph Heating capacity kW Pe Input power kW 24 8 9 ANL 100 Temperature of produced water C External air temperature C D B 35 su 29 Ph Pe Ph Pe Ph Pe Ph Pe 10 47 32 7 34 8 44 95 7 34 46 10 7 92 6 42 81 7 29 43 85 7 92 18 71 8 55 4 40 86 7 34 41 81 7 92 19 65 8 55 19 18 9 59 2 39 09 7 34 39 96 7 92 20 58 8 55 19 65 9 59 0 37 46 7 34 38 26 7 97 21 52 8 55 20 58 9 59 2 35 96 7 34 36 69 7 97 22 45 8 55 21 98 9 59 4 29 97 7 34 30 47 7 97 26 66 8 60 26 19 9 64 6 28 54 7 34 29 00 7 97 28 53 8 60 27 60 9 64 7 27 66 7 38 28 54
24. 30 0 37 0 37 0 38 0 38 0 38 0 37 0 44 0 45 0 46 0 Nominal conditions reference IN COOLING MODE Evaporation temperature External air temperature 526 35 C Sound power Aermec determines sound power values in agre ement with the 9614 Standard in compliance with that requested by Eurovent certification 1 Sound Pressure Sound pressure measured in free field conditions with reflective surface directivity factor Q 2 at 10mt distance from external surface of unit in compliance with ISO 3744 regulations 5 DIMENSIONS ANL 020 025 H BASE P and ANL 030 040 H BASE P and ANL 050 070 080 090 H BASE P and H ANL 100 150 200 XQ 2 9 2 3 L Cooling only models heat pump Vers 020 025 030 040 050 070 080 090 100 150 200 868 868 1000 1000 1252 1252 1252 1252 Height mm 868 868 1015 1015 1281 1281 1281 1281 1345 1345 1345 Q 1281 1281 1281 1281 900 900 900 900 1124 1124 1124 1124 Width W A mm 1124 1124 1124 1124 1165 1165 1165 1165 750 750 750 Q gt 1165 1165 1165 1165 310 354 310 354 310 354 310 354 384 428 384 428 384 428 384 428 Depth P 384 428 384 428 384 428 384 428 550 550 550 550 1750 1750 1750 without feet with feet Q 550 55
25. 5 s n c di Spolaore Andrea e Musner Maurizio Via Fapanni 41 0 30030 Martellago VE Tel 0415 402 047 VERONA excluding Legnago gt gt Alberti Francesco Via Tombetta 82 37135 Verona Tel 0455 094 10 VICENZA Split system only gt gt Assiclima di Colpo Donato Via Capitello 63 c 36010 Cavazzale VI Tel 3368 139 63 ranges except for split system Bianchini Giovanni e Ivan snc Via G Galilei 1Z Loc Nogarazza 36057 Arcugnano VI Tel 0444 569 481 EMILIA ROMAGNA BOLOGNA gt gt Effepi snc di Ferrazzano amp Proto Via I Maggio 13 8 40044 Pontecchio Marconi BO Tel 0516 781 146 FERRARA gt gt Fornasini Mauro Via Sammartina 18 A 44040 Chiesuol del Fosso FE Tel 0532 978 450 FORL RAVENNA RIMINI gt gt Alpi Giuseppe Via N Copernico 100 47100 Forl Tel 0543 725 589 MODENA south Modena gt gt Aersat snc di Leggio M amp Lolli S Piazza Beccadori 19 41057 Spilamberto MO Tel 0597 829 08 MODENA north Modena gt gt Cliamaservice di Golinelli Stefano Via Per Modena 18 E 41034 Finale Emilia MO Tel 0535 921 56 PARMA gt gt Alfatermica di Galbano amp Biondo Via Mantova 161 43100 Parma Tel 0521 776 771 gt gt Benassi Graziano Via Paisello 8 43100 Parma Tel 0521 460 744 PIACENZA Moretti Albano amp C Via Manini 2 C 26100 Cremona Tel 0372 461 935 REGGIO EMILIA gt gt Ecoclima srl Via Maestri del lavoro 14 42
26. 82 8 8 1 98 8 5 2 13 8 2 2 38 20 9 4 83 9 1 1 98 8 8 2 13 8 4 2 38 IN COOLING MODE IN HEATING MODE Water inlet temperature 12 C Water inlet temperature 40 C Outlet water temperature TE Temperatura acqua uscita 45 C External air temperature 35 C External air temperature b s 7 C At 5 C At 5 C Ph Heating capacity kW Pe Input power kW 22 8 3 ANL 030 H Temperature of produced water External air temperature C D B 40 20 Ph Pe Ph Pe Ph Pe Ph Pe 10 5 2 2 23 8 5 5 2 23 5 3 2 42 6 5 7 2 23 5 6 2 42 5 4 2 61 4 6 0 2 23 5 8 2 42 5 7 2 61 5 5 2 92 2 6 3 2 23 6 1 2 42 5 9 2 61 5 8 2 92 0 6 5 2 23 6 3 2 42 6 2 2 61 6 0 2 92 2 6 8 2 24 6 6 2 42 6 5 2 61 6 3 2 93 4 8 1 2 24 7 9 2 43 7 8 2 62 7 6 2 93 6 8 5 2 24 8 4 2 43 8 2 2 62 8 0 2 93 7 8 8 2 24 8 6 2 43 8 4 2 62 8 2 2 93 8 9 0 2 24 8 8 2 43 8 6 2 62 8 4 2 94 10 9 4 2 25 9 1 2 44 8 9 2 62 8 7 2 94 12 9 7 2 25 9 5 2 44 9 2 2 63 9 0 2 94 14 10 1 2 25 9 8 2 44 9 5 2 63 9 2 2 94 16 10 5 2 25 10 2 2 44 9 8 2 63 9 5 2 95 18 10 9 2 26 10 5 2 44 10 2 2 63 9 8 2 95 20 11 3 2 26 10 9 2 44 10 5 2 63 10 1 2 95 8 4 ANL 040 H Temperature of produced water External air temperature C D B 13 n 50
27. ANLC SERIAL NUMBER CE DECLARATION OF CONFORMITY We the undersigned hereby declare under our own responsibility that the assembly in question defined as follows NAME ANL C TYPE MOTORCONDENSING CHILLER MODEL To which this declaration refers complies with the following harmonised standards IEC EN 60335 2 40 Safety standard regarding electrical heat pumps air conditioners and dehumidifiers IEC EN 61000 6 1 IEC EN 61000 6 3 IEC EN 61000 6 2 IEC EN 61000 6 4 Immunity and electromagnetic emissions for residential environments Immunity and electromagnetic emissions for industrial environments EN378 Refrigerating systems and heat pumps Safety and environmental requirements EN12735 Copper and copper alloys Seamless round copper tubes for air conditioning and refrigeration UNI 12735 Seamless round copper tubes for air conditioning and refrigeration UNI 14276 Pressure equipment for cooling systems and heat pumps Therefore complying with the essential requisites of the following Directives IVD Directive 2006 95 CE Electromagnetic compatibility Directive 2004 108 CE PED Directive regarding pressurised devices 2006 42 CE The product in agreement with Directive 97 23 CE satisfies the Total quality Guarantee procedure form H with certificate n 06 270 QT3664 Rev 5 issued by the notified body n 1131 CEC Pisacane 46 Legnano Italy DECLARATION OF INCORPORATION We the undersigned declare
28. Decree 329 2004 The appliance must be installed in such a way as to enable maintenance and or repairs to be carried out The appliance warranty does not cover the costs for ladders scaffolding or other elevation systems that may be come necessary for carrying out servic ing under warranty Do not modify or tamper with the chiller as dangerous situations can be created and the manufacturer will not be liable for any damage caused The validity of the warranty shall be void in the event of failure to comply with the above mentioned indications MOTORCONDENSING ANL C The versions can be in different set ups at the same time in order to satisfy a wide range of plant engineering solu tions BASE PUMP ONLY INCREASED PUMP ONLY STORAGE TANK AND PUMP STORAGE TANK AND INCREASED PUMP DESUPERHEATER NOTES Refer to the configurator for the set ups that are not possible WARNING Before use or after a prolonged period of suspension of units with low air temperature functioning and also with a heat pump it is of extreme importan ce that the oil in the sump compressor is heated for at least 8 hours using the electrical resistances The sump resistan ce is powered automatically when the unit stops as long as the unit is live 1 1 CONFIGURATOR 1 2 3 4 5 6 7 8 9 10 11 12 13 ANL 020
29. G Medici 14 05100 Terni Tel 0744 277 169 ABRUZZO CHIETI PESCARA TERAMO L AQUILA ISERNIA CAMPO BASSO gt gt Petrongolo Dino Via Torremontanara 30 66010 Torre Vecchia Teatina CH Tel 0871 360 311 LAZIO FROSINONE LATINA gt gt Mastro Giacomo Air Service M C P zza Berardi 16 03023 Ceccano FR Tel 0775 601 403 RIETI Capoccetti Otello Via G Medici 14 05100 Terni Tel 0744 277 169 Split system only gt gt Dueg Clima di Giulio Giornalista Via Chitignano 12B 00138 Roma Tel 0688 130 20 gt gt Marchionni Marco zza dei Bossi 16 00172 Centocelle RM Tel 0623 248 850 All ranges except for split system gt gt Tagliaferri 2001 snc Via Guidonia Montecelio snc 00191 Roma Tel 0633 312 34 VITERBO gt gt Air Frigo di Massimo Piacentini Viale Baccelli 74 00053 Civitavecchia RM Tel 0766 541 945 CAMPANIA AVELLINO SALERNO gt gt SAIT s r l Via G Deledda 10 84010 San Marzano sul Sarno SA Tel 0815 178 451 CAPRI Cataldo Costanza Via Tiberio 7 F 80073 Capri NA Tel 0818 378 479 NAPOLI CASERTA BENEVENTO gt gt Aerclima sud s n c di Fisciano Carmelo amp C Via Nuova Toscanella 34 c 80145 Napoli Tel 0815 456 465 PUGLIA BARI gt gt Kliafrigo srl Via Vallone 81 70121 Bari Tel 0805 538 044 FOGGIA gt gt Cliamcenter di Amedeo Nardella Via Carmicelli 29 Pal A Sc A 71016 San Severo FG Tel 3396 522
30. Values are worked out by multiplying the reference value by the corrective coef ficient 11 2 EXPANSION VESSEL CALIBRATION Standard pre load pressure value of expansion vessel when empty is 1 5 bar maximum value is 6 bar Calibration of the vessel must be regulated using the maximum level difference H of the user see diagram by using the following formula p calibration bar H m 10 2 0 3 For example if level difference H is equal to 20m the calibration value of the vessel will be 2 3 bar calibration value obtained from for mula is less than 1 5 bar that is for H lt 12 25 keep calibration as standard ANL 020 025 030 Hydraulic height Hm 30 25 20 15 gt 12 25 Calibration of expansion vessel bar 3 2 2 8 2 3 1 8 1 5 Water content reference values 101 103 121 139 158 168 Water content reference values 10 146 55 63 71 76 ANL 040 050 080 090 100 150 200 Hydraulic height 30 25 20 15 gt 12 25 Calibration of expansion vessel bar 3 2 2 8 2 3 1 8 1 5 Water content reference values 257 303 348 394 419 Water content reference values 1 2 116 136 157 177 189 Glycoled Water temp C Corrective Recommended water coefficients conditions max min 10 40 2 0 507 1 10 60 2 0 686 2 20 40 6 0 434 1 20 60 6 0 604 2 35 40 6 0 393 1 35 60 6 0 555 2
31. under our own responsibility in compliance with paragraph 2 art 4 of the Machinery Directive 98 37 CE that start up is prohibited before the machine in which it has been incorporated has been declared conform with the provisions of the Machinery Directive and or all applicable Directives Bevilacqua 20 06 2010 Marketing Manager Signature 42 GENERAL WARNINGS Standards and Directives respected on designing and constructing the unit Safety Machinery Directive 2006 42 CE Low Voltage Directive LVD 2006 95 CE Electromagnetic compatibility Directive EMC 89 336 EEC Pressure Equipment Directive PED 97 23 CE EN 378 UNI EN 14276 Electric part EN 60204 1 Protection rating IP24 Acoustic part ISO DIS 9614 2 intensimetric method Certifications Eurovent Performance data UNI EN 14511 Standard Refrigerant GAS AERMEC ANLs are constructed accord ing to the recognised technical stand ards and safety regulations They have been designed for air conditioning and the production of domestic hot water DHW and must be destined to this use compatibly with their performance features Any contractual or extrac ontractual liability of the Company is excluded for injury damage to persons animals or objects owing to installation regulation and maintenance errors or improper use All uses not expressly indicated in this manual are prohibited PRESERVATION OF THE DOCUMENTATION
32. 0 550 550 Weight Kg 75 77 75 77 86 91 86 91 120 127 120 127 156 163 156 163 270 288 293 314 329 350 99 99 103 103 147 151 147 151 183 187 183 187 338 364 400 Motor condensing models Vers 020 025 030C 040 050 070 080C 090C Height mm 868 868 1000 1000 1252 1252 1252 1252 Width mm 900 900 900 900 1124 1124 1124 1124 Depth mm 310 310 310 310 384 384 384 384 Weight kg 70 70 78 78 110 110 141 141 16 5 1 COOLING MODE FUNCTIONING The units in standard configuration are not suitable for installation in salty environments The maximum and mini mum limits for water flow rate to the heat exchanger are indicated by the pressure drop diagram curves ac For functioning limits please refer to the diagrams below x valid for At 5 C V A 35 x ATTENTION E Use of produced water with a temperature lower than Po a Jm e 20 2222 C is only allowed by specific envisioned versions 15 amp ESSE Versions Z Y 10 EE RAR 54 Se S oRT lt If the machine is to be operated out of the limits indicated 555255265560 5 ee in the diagram please contact AERMEC technical sales t Temperature of the water produced C pt i sd 0 sp 1011213 PS If it is installed in a particularly windy zone a windbreak MEME vers Z should be provided to avoid un
33. 1 5 00 1 96 463 2 07 6 6 76 127 638 146 599 165 560 1 82 5 21 198 483 2 09 7 6 89 1 29 650 147 611 1 66 5 70 1 84 532 1 98 493 2 09 8 7 02 130 663 148 623 167 582 184 542 199 5 03 2 10 EO E 10 738 131 687 150 646 168 604 186 563 2 00 12 753 132 711 151 668 170 626 187 584 2 01 14 778 134 734 152 691 171 647 188 604 2 02 z 16 8 02 135 758 153 713 172 668 189 624 2 03 18 826 136 781 155 735 174 689 190 645 2 05 2 7 2 STANDARD ANL 025 External air tempera 30 3 Pc PC Temp of water produced C 16 8 7 1 46 8 2 18 9 0 1 48 8 5 67 7 8 68 8 0 87 7 3 2 06 6 8 2 21 89 7 5 2 07 7 0 2 22 I 6 5 5 1 34 5 2 1 55 4 9 1 75 46 1 94 E With thermo 4 5 8 1 35 5 5 1 55 5 2 1 76 4 8 1 94 5 static valve Y 52 6 2 1 36 5 8 1 56 5 5 1 76 5 1 1 95 47 2 11 0 6 5 1 37 6 1 1 57 5 7 1 77 5 3 1 96 5 0 2 11 With thermo 2 68 137 64 157 60 178 56 196 52 2 12 static valve 2 4 7 1 1 38 6 7 1 58 6 3 1 78 5 8 1 97 5 4 2 13 5 0 2 25 6 7 4 1 38 69 1 59 6 5 1 79 6 1 1 98 5 7 2 15 5 3 2 27 7 7 5 1 40 7 1 1 60 6 6 1 80 6 2 2 00 5 8 2 15 5 4 2 28 8 7 6 1 41 7 2 1 61 6 8 1 81 6 3 2 00 5 9 2 16 5 5 2 28 10 7 9 1 43 7 5 1 63 7 0 1 83 6 6 2 02 6 1 2 18
34. 10 6 6 2 81 8 6 9 2 81 6 7 2 99 6 7 2 2 81 7 1 2 99 6 8 3 16 4 7 6 2 81 7 4 2 99 7 2 3 16 6 9 3 55 2 7 9 2 81 7 7 2 99 7 5 3 17 7 3 3 55 0 8 2 2 81 8 0 2 99 7 8 3 17 7 6 3 55 2 8 6 2 82 8 4 2 99 8 2 3 17 8 0 3 55 4 10 2 2 82 10 0 3 00 9 8 3 17 9 6 3 56 6 10 8 2 82 10 6 3 00 10 4 3 18 10 1 3 56 7 11 1 2 82 10 8 3 00 10 6 3 18 10 3 3 56 8 11 3 2 83 11 1 3 00 10 8 3 18 10 5 3 56 10 11 8 2 83 11 5 3 01 11 2 3 19 10 9 3 57 12 12 3 2 83 12 0 3 01 11 6 3 19 11 3 3 57 14 12 8 2 84 12 4 3 01 12 0 3 19 11 6 3 57 16 13 2 2 84 12 8 3 02 12 4 3 19 12 0 3 58 18 13 7 2 84 13 3 3 02 12 8 3 20 12 4 3 58 20 14 3 2 84 13 8 3 02 13 3 3 20 12 8 3 58 IN COOLING MODE IN HEATING MODE Water inlet temperature 12 Water inlet temperature 40 C Outlet water temperature 7 C Temperatura acqua uscita 45 C External air temperature 35 C External air temperature b s 7 C 5 C At 5 C Ph Heating capacity kW Pe Input power kW 8 5 ANL 050 H Temperature of produced water External air temperature C D B 35 20 45 30 Ph Pe Ph Pe Ph Pe Ph Pe 10 8 7 3 66 8 9 1 3 66 8 9 3 97 6 9 6 3 66 9 3 3 97 9 0 4 28 4 10 0 3 66 9 7 3 97 9 5 4 28 9 2 4 79 2 10 5 3 66 10 2 3 97 9 9 4 28 9 6 4 80 0 10 9 3 66 10 6 3 9
35. 100 Reggio Emilia Tel 0522 558 709 TOSCANA AREZZO gt gt Clima service Etruria snc Via G Caboto 69 71 73 75 52100 Arezzo Tel 0575 900 700 FIRENZE PRATO gt gt SEAT Servizi tecnici srl Via Aldo Moro 25 50019 Sesto Fiorentino Tel 0554 255 721 GROSSETO gt gt Acqua e aria service srl Via D Lazzaretti 8A 58100 Grosseto Tel 0564 410 579 LIVORNO PISA gt gt SEA s n c di Rocchi R amp C Via dell Artigianato Loc Picchianti 57121 Livorno Tel 0586 426 471 LUCCA PISTOIA gt gt Frigotec snc G amp MC Benedetti Via V Civitali 2 55100 Lucca Tel 0583 491 089 MASSA CARRARA gt gt Tecnofrigo di Veracini Nandino Via Lunense 59 54036 Marina di Carrara MS Tel 0585 631 831 SIENA All ranges except for split system gt gt Frigo tecnica Senese snc di 8 Strada di Cerchiaia 42 Z A 53100 Siena Tel 0577 284 330 Split system only gt gt Global impianti Senese srl Strada Massetana Romana 52 53100 Siena Tel 0577 247 406 MARCHE ANCONA PESARO gt gt Aersat snc di Marchetti S amp Sisti F Via M Ricci 16 A 60020 Palombina AN Tel 0718 894 35 MACERATA ASCOLI PICENO gt gt CAST 5 di Antonio Cardinali amp R Via D Alighieri 68 62010 Morrovalle MC Tel 0733 865 271 UMBRIA PERUGIA gt srl Via dell industria 7 1 Molinaccio 06154 Ponte S Giovanni PG Tel 0755 990 564 TERNI Capoccetti Otello Via
36. 12 21 8 3 51 20 6 4 01 19 3 4 50 18 1 4 96 16 9 5 34 14 22 5 3 54 21 3 4 04 20 0 4 53 18 7 4 98 17 5 5 37 16 23 2 3 57 21 9 4 07 20 6 4 56 19 3 5 02 18 1 5 39 18 23 9 3 60 22 6 4 11 21 3 4 60 20 0 5 05 18 7 5 42 IN COOLING MODE Pc Cooling capacity kW Water inlet temperature 12 C Pe Input power kW Outlet water temperature 7 C External air temperature 35 C At 5 C 7 10 STANDARD ANL 080 External air tempera Temp of water produced C 30 3 Pc Pe Pc ca 6 18 2 424 172 489 161 554 150 6 14 4 193 428 182 492 171 556 159 6 15 P i 2 E 204 431 192 494 180 558 168 617 156 6 67 2 2 0 214 433 202 496 189 560 177 619 164 669 2 With thermo 2 224 435 211 498 198 562 185 621 172 672 5 static valve 2 4 234 437 220 500 207 564 193 624 180 675 166 7 13 6 243 438 229 5 02 215 567 201 628 187 680 174 7 19 7 248 443 23 4 5 06 220 570 205 633 191 682 177 7 21 8 253 447 238 510 224 574 209 634 195 685 181 7 23 10 262 452 247 5 15 232 579 2
37. 12 6 3 97 11 8 4 30 10 9 4 54 6 7 15 9 2 79 15 0 3 20 14 1 3 61 13 2 4 00 123 4 33 11 4 4 58 16 2 2 82 15 3 3 22 14 4 3 63 13 4 4 03 2 5 4 34 11 6 4 59 8 16 5 2 84 15 6 3 25 14 6 3 65 13 7 4 04 12 7 4 36 11 8 4 60 With thermo i 10 17 1 2 88 16 1 3 28 15 2 3 69 14 2 4 07 3 2 4 39 RIE 12 17 7 2 90 16 7 3 31 15 7 3 72 14 7 4 09 13 7 4 41 14 18 3 2 92 17 3 3 34 16 2 3 74 15 2 4 12 14 2 4 43 16 18 9 2 95 17 8 3 36 16 8 3 77 15 7 4 14 14 7 4 45 18 19 4 2 98 18 3 3 39 17 3 3 80 16 2 4 17 15 2 4 48 7 9 STANDARD ANL 070 External air tempera Temp of water produced C 30 3 Pc Pe Pc 6 14 7 3 27 13 9 3 77 13 0 4 27 12 1 4 73 Y 4 15 6 3 30 14 7 3 79 13 8 4 29 12 8 4 74 2 16 4 3 32 15 5 3 81 14 5 4 30 13 5 4 76 12 6 5 14 0 17 2 3 34 16 2 3 83 15 2 4 32 14 2 4 77 13 2 5 16 5 With thermo 2 180 335 170 384 160 433 149 479 138 5 18 P static valve Z 4 18 8 3 37 17 7 3 85 16 7 4 35 15 6 4 81 14 5 5 21 13 4 5 50 6 7 19 6 3 38 18 5 3 87 17 3 4 37 16 2 4 84 15 1 5 24 14 0 5 54 20 0 3 42 18 8 3 90 17 7 4 39 16 5 4 88 15 4 525 14 3 5 56 POTE 8 20 3 344 19 2 3 93 18 0 4 42 16 9 4 89 15 7 5 28 14 6 5 58 10 21 1 3 48 19 9 3 97 18 7 4 47 17 5 4 92 16 3 5 31 static valve
38. 17 639 202 689 2 ouis valve 12 271 456 256 520 240 584 225 643 210 693 Standar 14 280 459 264 524 248 588 233 647 217 696 16 289 463 272 528 256 592 240 651 225 699 18 297 468 281 533 264 597 248 655 232 7 04 3 7 11 STANDARD 090 External air tempera Temp of water produced C 30 6 198 444 187 512 176 580 164 6 43 2 x 5 Wiin inene 4 21 0 448 198 515 186 582 173 6 44 E sete vake Y 2 222 451 209 518 196 584 183 646 170 6 98 a 0 233 453 220 520 206 586 192 648 179 7 00 With thermo 2 244 455 23 0 5 22 216 5 88 20 1 6 51 18 7 7 04 1 static valve 2 4 254 457 240 524 225 5 91 210 654 196 707 181 7 47 6 265 459 250 5 26 234 594 219 658 204 712 189 7 53 7 270 464 254 530 239 597 223 663 208 7 14 193 755 8 275 468 259 534 244 601 228 664 212 717 197 757 Wiin NEO 10 285 473 269 540 253 607 236 6 69 22 0 7 22 static valve 12 295 4 77 278 545 261 611 245 6 73 228 7 26 5 standard 14 304 481 287 549 270 616 253 677 236 7 29 5 z 16 314 485 296 553 27 9 620 261 6 81 244 733 18 323 490 305 558 287 625 270 686 252 7 37 z P 7 12 STANDARD ANL 100 External air tempera
39. 190 20 30 22 15 88 210 0 10 18 15 88 190 ANL 090 C 10 20 22 15 88 210 20 30 22 15 88 210 0 10 28 00 15 88 230 ANL 100 C 10 20 28 00 15 88 230 20 30 28 00 15 88 230 0 10 28 00 15 88 230 ANL 150 C 10 20 28 00 15 88 230 20 30 28 00 15 88 230 0 10 35 00 15 88 260 ANL 200 C 10 20 35 00 18 00 310 20 30 35 00 18 00 310 evaporator is placed lower than con denser syphons are needed in the inta ke line to favour the transporting of oil towards the compressor By line length distance measured between the units on the liquid line is intended For additional information please contact company UNITA CONDENSANTE CONDENSING UNIT UNITES DECONDENSATION KONDENSATOREINHEITEN EVAPORATORE EVAPORATOR EVAPORATEUR VERDAMPFER 31 14 SOUND DATA Total sound levels Pressure 125 250 Octave band Hz 500 1000 2000 4000 8000 Pow Sound power dB A A Sound power for centre of band dB frequency Aermec determines sound power values 020 61 0 30 0 43 0 70 0 64 1 59 1 52 7 46 7 41 0 S5 in agreement with the 9614 Standard 025 610 30 0 43 0 700 641 52 7 46 7 41 0 35 7 in compliance with that requested by 030 680 37 0 500 754 696 640 635 567 51 2 446 Eurovent certification 040 680 370 50 0 754 696 640 635 567 51 2 44 6 050 690 380 510 765 692 648 646 589 537 46 1 Sound Pressure 070 690 380 510 765 692 648 646 589 537 46 1 080 690 380 510 738 6
40. 1x70 1x70 1x70 1x35 1x35 1x35 1x65 2X35 2X35 2X65 Capacity controls 0 100 0 100 0 100 0 100 0 100 0 100 0 100 0 100 0 50 100 0 50 100 0 50 100 FANS AXIAL Number n 1 1 1 1 2 2 2 2 2 2 2 Air flow rate mch 2500 2500 3500 3500 7200 7200 7300 7200 13200 12000 12000 Input power kW 0 085 0 085 0 14 0 14 0 28 0 28 0 28 0 28 0 6 0 6 0 6 Input current A 0 45 0 45 0 66 0 66 1 32 1 32 1 32 1 32 2 6 2 6 2 6 EVAPORATOR PLATES Number n 1 1 1 1 1 1 1 1 1 1 1 CIRCULATION PUMP Input power kW 0 15 0 15 0 15 0 15 0 27 0 27 0 27 0 27 0 6 1 0 1 0 Input current A 1 04 1 04 1 04 1 04 1 95 1 95 1 95 1 95 1 2 2 0 2 0 Pressure availability useful to the system kPa 60 0 60 0 59 0 55 0 82 0 80 0 69 0 66 0 84 115 90 LARGER CIRCULATION PUMP Input power kW 0 45 0 45 0 45 0 45 1 1 3 1 3 Input current A 27 2 7 2 7 2 7 2 2 6 2 6 Static pressure useful to the system kPa 160 158 144 140 STORAGE TANK Water storage 25 25 35 35 75 75 75 75 100 100 100 HYDRAULIC CONNECTIONS Inlet for water circulation 0 1 3 Outlet for water circulation 0 1 3 1 1 4 1 1 4 NOISE DATA Sound power dB A 61 0 61 0 68 0 68 0 69 0 69 0 69 0 68 0 76 0 7
41. 2 2 2 2 Fan magnet circuit breakers MTV2 A 2 2 2 2 2 2 2 CE s 27 BL 125125 15 15 High pressure pressure switch bar 42 42 42 42 42 42 42 42 42 42 42 Low pressure pressure switch cold bar 2 2 2 2 2 2 2 2 2 2 2 Low pressure transducer cold pate 4 4 4 4 4 4 4 4 4 4 PdC bar 2 2 2 2 2 2 2 2 2 2 2 High pressure transducer bar 40 40 40 40 40 40 40 40 40 40 40 32 DIMENSION TABLES AND HYDRAULIC FITTING POSITIONS 16 1 1 ANL 020 025 P H HP 16 VT 9 9 9 9 336 327 336 327 A 0 0 Gx 183 8 183 18 1 33 8 23 30 86 9 8 91 H H H MOD VERS WEIGHTS BARYCENTRES 4 IN 030 030 040 040 44 1 23 868 l 2 900 895 650 NN N N N NN 310 354 40 VT9 VT Gy 3 Gx 36 9 9 327 183 180 86 9 336 827 183 1 86 80 91 M8 23 30 40 Mod VT9 16 1 2 ANL 030 040 P H HP H H H H ANL MOD VERS WEIGHTS BARYCENTRES KIT
42. 250 200 100 Desuperheater Plate type AISI 316 desuperheater insu lated externally with closed cell material to reduce heat loss ONLY AVAILABLE FOR SIZES FROM 050 TO 200 Vent valve only for versions with hydronic unit or with a pump Manual type discharges any air pockets present It is interrupted by a cock to facili tate any replacement Expansion vessel only in versions complete with storage tank or pump membrane type with nitrogen pre load Hydraulic circuit safety valve only in versions with hydronic unit or pump Calibrated at 6 BAR and with convey able discharge intervenes by discharging the overpressure in the case of pressure anomalies 2 4 CONTROL AND SAFETY COMPONENTS Low pressure pressure switch LP Cooling Only With fixed calibration placed on low pressure side of cooling circuit inhibits functioning of compressor if abnormal work pressure occurs High pressure pressure switch HP Cooling Only 2 Heat pump H With fixed calibration placed on high pressure side of cooling circuit inhibits functioning of compressor if abnormal work pressure occurs Low pressure transducer TBP Heat pump H Placed on low pressure side of cooling circuit it Communicates the work pressure to the control board generating a pre alarm if abnormal pressure occurs High pressure transducer TAP cooling only D Heat pump H HD Placed on high pressure side of cooling
43. 443 LECCE BRINDISI gt gt Grasso Vincenzo Zona Lotto n 38 73052 Parabita LE Tel 0833 595 267 TARANTO gt gt Pasquale Via Vespucci 5 74023 GrotSizes TA Tel 099 5 639 823 BASILICATA MATERA POTENZA gt gt Aerlucana di A Scalcione Via Dei Peucezi 23 75100 Matera Tel 0835 381 467 MOLISE CAMPOBASSO ISERNIA gt gt Petrongolo Dino Via Torremontanara 30 66010 Torre Vecchia Teatina CH Tel 0871 360 311 CALABRIA CATANZARO COSENZA CROTONE gt gt di Ranieri Annarita Via B Miraglia 72 88100 Ca tanzaro Tel 0961 771 123 REGGIO CALABRIA gt gt Repaci Antonio Via Militare 2nda Trav 8D 89053 Catona RC Tel 0965 301 431 REGGIO CALABRIA VIBOVALENTIA gt gt Manutensud di Antonio Amato Cilea 62 88065 Guardavalle CZ Tel 0967 865 16 SICILIA CATANIA MESSINA gt gt Giuffrida Giuseppe Via Mandra 15 A 95124 Catania Tel 0953 514 85 ENNA CALTANISSETTA AGRIGENTO gt gt Fonti Filippo Viale Aldo Moro 141 93019 Sommatino CL Tel 0922 871 333 PALERMO TRAPANI gt gt S E A T di A Parisi amp C s n c Via T Marcellini 7 90135 Palermo Tel 0915 917 07 SIRACUSA RAGUSA gt gt Finnocchiaro Antonino Via Patern 71 96100 Siracusa Tel 0931 756 911 SARDEGNA CAGLIARI ORISTANO gt gt di Mureddu Pasquale Via Garigliano 13 09122 Cagliari Tel 0702 846 52 SASSARI
44. 7 275 880 25 6 973 5 5 328 679 309 783 290 880 271 973 251 1054 n 0 344 6 85 325 7 83 30 5 8 86 284 978 264 10 54 With thermo 2 36 1 6 85 340 7 88 31 9 886 29 8 9 84 27 7 10 60 5 static valve Z 4 376 690 355 7 88 333 891 31 1 984 289 10 65 268 11 25 6 391 690 369 793 347 897 324 989 302 10 76 280 11 36 7 399 7 01 376 7 99 35 4 9 02 33 0 10 00 308 10 76 28 5 11 36 8 406 7 07 384 804 361 908 337 10 00 314 10 82 291 11 41 Wiin nemme 10 42 1 7 12 398 8 15 374 913 35 0 10 11 32 6 10 87 static valve 12 43 6 717 41 2 8 21 387 9 24 36 2 10 16 33 8 10 92 s Standard 14 450 728 425 826 400 929 375 1022 350 10 98 a 16 464 734 439 832 413 935 387 1027 361 11 03 2 18 478 739 452 842 426 946 399 10 33 373 11 14 7 16 STANDARD 2000 External air tempera Temp of water 30 3 produced C Pc Pe Pc With thermo 6 38 2 9 16 36 1 10 57 33 9 11 99 31 5 13 25 4 40 5 9 23 38 2 10 65 35 8 12 06 33 4 13 33 B static valve Y 2 42 7 9 31 40 3 10 72 37 8 12 06 35 3 13 33 32 7 14 44 0 44 9 9 38 42 3 10 72 39 7 12 14 37 0 13 40 34 4 14 44 SIL inne 2 47 0 9 38
45. 7 0 78 0 Sound Pressure dB A 30 0 30 0 37 0 37 0 38 0 38 0 38 0 37 0 44 0 45 0 46 0 IN COOLING MODE Water inlet temperature 12 Outlet water temperature 7 External air temperature 35 At Sound power Aermec determines sound power values in agreement with the 9614 Standard in compliance with that requested by Eurovent certification Sound Pressure Sound pressure measured in free field conditions with reflec tive surface directivity factor Q 2 at 10 mt distance from external surface of unit in compliance with ISO 3744 regu lations COOLING 020H 025H 030H 040H 050H 070H 080H 090H 100H 150H 200H Cooling capacity kW 57 6 2 7 5 9 6 13 4 16 5 20 5 223 26 0 32 0 42 0 kW 1 84 2 00 2 46 3 25 403 488 633 6 63 8 6 10 2 13 9 Total input power kW 1 99 2 15 2 61 3 40 4 30 5 15 660 6 90 9 2 11 2 14 9 Q N kW 4 48 533 6 78 7 08 9 6 11 5 15 2 Evaporator water flow r
46. 7 10 3 4 28 10 0 4 80 2 11 3 3 67 11 1 3 98 10 8 4 29 10 5 4 80 4 13 5 3 67 13 2 3 98 13 0 4 29 12 7 4 81 6 14 2 3 68 14 0 3 99 13 7 4 30 13 3 4 81 7 14 6 3 68 14 3 3 99 14 0 4 30 13 6 4 82 8 15 0 3 68 14 6 3 99 14 3 4 30 13 9 4 82 10 15 6 3 69 15 2 4 00 14 9 4 31 14 4 4 82 12 16 2 3 69 15 8 4 00 15 4 4 31 14 9 4 83 14 16 8 3 70 16 4 4 01 15 9 4 32 15 4 4 83 16 17 5 3 70 16 9 4 01 16 4 4 32 15 9 4 83 18 18 1 3 70 17 5 4 01 16 9 4 32 16 3 4 84 20 18 8 3 70 18 2 4 01 17 5 4 32 16 9 4 84 8 6 ANL 070H Temperature of produced water External air temperature C D B 35 40 43 20 Ph Pe Ph Pe Ph Pe Ph Pe 10 0 7 4 33 8 1 3 4 33 11 0 4 60 6 1 8 4 33 11 5 4 60 11 2 4 87 4 2 4 4 33 12 0 4 60 11 7 4 88 11 3 5 46 2 2 9 4 33 12 5 4 60 12 2 4 88 11 8 5 47 0 35 4 33 13 1 4 61 12 7 4 88 12 4 5 47 2 4 0 4 34 13 7 4 61 13 3 4 89 13 0 5 47 4 6 6 4 34 16 4 4 62 16 0 4 89 15 7 5 48 6 7 6 4 35 17 3 4 62 16 9 4 90 16 5 5 49 7 18 1 4 35 17 7 4 63 17 3 4 90 16 9 5 49 8 18 5 4 35 18 1 4 63 17 7 4 90 17 2 5 49 10 19 3 4 36 18 8 4 63 18 4 4 91 17 8 5 50 12 20 1 4 36 19 5 4 64 19 0 4 91 18 4 5 50 14 20 8 4 37 20 2 4 64 19 6 4 92 19 0 5 51 16 21 6 4 37 20 9 4 65 20 3 4 92 19 6 5 51 18 22 4 4 37 21 7 4 65 20 9 4 92 20 2 5 51 20 23 3 4 37 22 5 4 65 21 7 4 92 20 9 5 51 IN COOLING MODE IN HEATING MODE Water inlet temperature 12 Water inlet temperature 40 Outlet water temperature 7 C Temperatura acqua uscita 45 C External air temperature 35 C
47. 7 97 4 68 4 50 28 06 9 64 8 27 24 7 38 27 66 7 97 29 0 8 60 29 00 9 64 10 26 06 7 38 26 84 8 01 30 87 8 60 29 94 9 64 12 24 97 7 38 25 69 8 01 31 81 8 65 30 87 9 64 14 23 97 7 38 24 97 8 01 32 74 8 65 31 81 9 68 16 23 35 7 38 23 97 8 01 34 15 8 65 32 74 9 68 18 22 48 7 38 23 05 8 01 35 08 8 65 33 68 9 68 20 21 66 7 38 22 20 8 01 36 48 8 65 35 08 9 68 8 10 ANL 150 H Temperature of produced water C External air temperature D B 35 39 30 10 57 11 8 62 8 54 25 8 62 55 64 9 31 6 51 67 8 57 52 93 9 31 22 58 10 05 4 49 32 8 62 50 47 9 31 23 71 10 05 23 15 11 26 2 47 17 8 62 48 22 9 31 24 84 10 05 23 71 11 26 0 45 21 8 62 46 17 9 36 25 97 10 05 24 84 11 26 2 43 40 8 62 44 29 9 36 27 10 10 05 26 53 11 26 4 36 17 8 62 36 78 9 36 32 18 10 10 31 61 11 32 6 34 44 8 62 35 00 9 36 34 44 10 10 33 31 11 32 7 33 38 8 67 34 44 9 36 5 65 5 29 33 87 11 32 8 32 88 8 67 33 38 9 36 35 0 10 10 35 00 11 32 10 31 45 8 67 32 39 9 41 37 26 10 10 36 13 11 32 12 30 14 8 67 31 00 9 41 38 39 10 15 37 26 11 32 14 28 93 8 67 30 14 9 41 39 52 10 15 38 39 11 37 16 28 18 8 67 28 93 9 41 41 21 10 15 39 52 11 37 18 27 13 8 67 27 82 9 41 42 34 10 15 40 65 11 37 20 26 14 8 67 26 79 9 41 44 03 10 15 42 34 11 37 IN COOLING MODE IN HEATING MODE Water inlet temperature 12 C Water inlet temperature 40 C Outlet water temperature 7 Temperatura acqua uscita 45 External air temperature 35 C E
48. 70 1x70 1x70 1x70 1x35 1x35 x35 1x65 2X35 2X35 2X65 Capacity controls 96 0 100 0 100 0 100 0 100 0 100 0 100 0 100 0 100 0 50 100 0 50 100 0 50 100 FANS AXIAL Number n 1 1 1 1 2 2 2 2 2 2 2 Air flow rate mc h 2500 2500 3500 3500 7200 7200 7300 7200 13200 12000 12000 Input power kW 0 085 0 085 0 14 0 14 0 28 0 28 0 28 0 28 0 6 0 6 0 6 Input current A 0 45 0 45 0 66 0 66 1 32 1 32 1 32 1 32 2 6 2 6 2 6 EVAPORATORS HEAT PLATE Number n 1 1 1 1 1 1 1 1 1 1 1 REFRIGERANT GAS LOAD RAIOA H HP Kg 1 500 1 500 1 800 2 060 4 150 4 100 4 140 5 080 127 170 17 0 HA 1 500 1 500 1 800 2 060 4 150 4 150 4 140 5 080 127 17 0 17 0 CIRCULATION PUMP Input power kW 0 15 0 15 0 15 0 15 0 27 0 27 0 27 0 27 0 6 1 0 1 0 Input current A 1 04 04 04 04 1 95 1 95 1 95 1 95 1 2 2 0 2 0 Static pressure useful to the system kPa 60 0 60 0 590 55 0 82 0 80 0 69 0 66 0 840 115 0 90 0 LARGER CIRCULATION PUMP Input power kW ND ND ND 0 45 0 45 045 0 45 1 1 3 3 Input current A ND ND ND ND 2 7 27 2 7 27 2 2 6 2 6 Static pressure useful to the system kPa ND ND ND ND 160 158 144 140 STORAGE TANK Water storage 25 25 35 35 75 75 75 75 100 00 00 HYDRAULIC CONNECTIONS Inlet for water circulation Ya 1 Outlet for water circulati
49. 94 658 641 59 5 55 5 510 n Pe Measured IN o 090 68 0 370 500 740 685 645 622 593 564 48 1 100 760 440 580 612 660 714 720 689 605 486 factor Q 2 at 10mt distance from external surface of unit in compliance with 150 150 770 45 0 59 0 624 673 722 727 697 615 49 6 3744 regulations 200 78 0 46 0 60 0 636 684 73 4 735 705 62 5 50 6 KEY Water input temperature 12 Temperature of produced water TSE External air temperature 35 C 15 PARAMETER CALIBRATION ANL min standard max OF SAFETY AND CONTROL Cooling set point sa 6 7 18 Heating set point AE 55 48 55 CONTROL PARAMETERS Defrosting mode AG 9 3 4 Total differential AC 3 5 10 Autostart auto 0209 025 030 040 050 070 080 090 100 150 200 SAFETY AND CONTROL COMPONENTS ELECTRIC DATA Fan magnet circuit breakers MTV1 A 2 2 2 2 2 2 2 2 2 2 2 Fan magnet circuit breakers MTV2 A 2 2 2 2 2 2 2 Compressors magnet circuit breakers MTC1 230V A 16 16 20 25 18 21 25 25 Compressors magnet circuit breakers 400 A 222 2 2 6 8 10 13 15 16 10 10 12 5 12 5 15 15 High pressure pressure switch bar 42 42 42 42 42 42 42 42 42 42 42 Low pressure pressure switch cold bar 2 2 2 2 2 2 2 2 2 2 2 Low pressure transducer cold bar 4 4 4 4 4 4 4 4 4 4 4 High pressure transducer bar 40 40 40 40 40 40 40 40 40 40 40 020H 025H 040 050 0708 080 090 100H 150H 200 SAFETY AND CONTROL COMPONENTS ELECTRIC DATA Fan magnet circuit breakers MTV1 A 2 2 2 2 2 2 2
50. External air temperature b s 7 C At 556 5 C Ph Heating capacity KW Pe Input power kW 8 7 ANL 080 H Temperature of produced water C External air temperature C D B 40 s 50 Ph Pe Ph Pe Ph Pe Ph Pe 10 13 7 5 56 8 14 5 5 56 14 1 5 91 6 15 2 5 56 14 8 5 91 14 3 6 27 4 15 9 5 56 15 4 5 92 15 0 6 27 14 5 7 02 2 16 6 5 57 16 1 5 92 15 7 6 27 15 2 7 03 0 17 3 5 57 16 8 5 92 16 3 6 28 15 9 7 03 2 18 0 5 58 17 6 5 93 17 1 6 28 16 7 7 04 4 21 4 5 58 21 0 5 94 20 6 6 29 20 1 7 05 6 22 6 5 59 22 1 5 94 21 7 6 30 21 2 7 05 7 23 2 5 59 22 7 5 95 22 2 6 30 21 6 7 06 8 23 7 5 60 23 2 5 95 22 7 6 30 22 1 7 06 10 24 8 5 61 24 2 5 96 23 5 6 31 22 9 7 07 12 25 7 5 61 25 1 5 96 24 4 6 32 23 7 7 07 14 26 7 5 62 26 0 5 97 25 2 6 32 24 4 7 08 16 27 7 5 62 26 9 5 97 26 0 6 33 25 1 7 08 18 28 8 5 62 27 8 5 98 26 9 6 33 25 9 7 09 20 29 9 5 62 28 8 5 98 27 8 6 33 26 8 7 09 8 8 ANL 090 H Temperature of produced water C External air temperature C D B Si 5 80 10 15 0 6 05 8 15 8 6 05 15 4 6 43 6 16 5 6 05 16 1 6 43 15 6 6 81 4 17 3 6 05 16 8 6 43 16 3 6 82 15 8 7 64 2 18 1 6 05 17 6 6 44 17 1 6 82 16 6 7 64 0 18 8 6 06 18 3 6 44 17 8 6 82 17 3 7 65 2 19 6 6 06 19 1 6 45
51. Genova Nervi Tel 0103 298 314 IMPERIA gt gt di A Amborno 5 7 152 154 18038 Sanremo IM Tel 184 575 257 LA SPEZIA gt gt Tecnofrigo di Veracini Nandino Via Lunense 59 54036 Marina di Carrara MS Tel 0585 631 831 SAVONA gt gt Clima cold di Pignataro D Via Risorgimento 11 17031 Albenga SV Tel 0182 51176 LOMBARDIA BERGAMO gt gt Essebi di Sironi Bruno e C sas Via Pacinotti 98 24100 Bergamo Tel 0354 536 670 BRESCIA gt gt Termotec di Vitali G amp snc G Galilei Trav 1 2 25010 S Zeno S Naviglio BS Tel 0302 160 812 COMO SONDRIO LECCO Progielt di Libeccio amp C srl Via Rigamonti 21 22020 San Fermo della Battaglia CO Tel 0315 364 23 CREMONA Moretti Albano amp C snc Via Manini 2 C 26100 Cremona Tel 0372 461 935 MANTOVA gt gt Cobelli di Cobelli Davide amp C s n c Via Tezze 1 46040 Cavriana MN Tel 0376 826 174 MILANO LODI cremasca area gt gt Clima Confort di O Mazzoleni Via A Moro 113 20097 S Donato Milanese MI Tel 0251 621 813 Clima Lodi di Sali Cristian Via Felice Cavallotti 29 26900 Lodi Tel 0371 549 304 gt gt Crio Service s r l Via Gallarate 353 20151 Milano Tel 0233 498 280 gt gt SATIC di Lovato Dario Via G Galilei 2 int A 2 20060 Cassina d Pecchi MI Tel 0295 299 034 PAVIA Battiston Gian Luigi
52. RICAL DATA 0 400 A 3 7 4 2 4 70 6 3 8 9 9 9 12 4 13 1 17 1 19 3 26 4 230V 9 5 10 0 13 0 16 3 N D N D N D N D N D 5 400 6 6 6 7 8 7 11 3 13 5 16 3 17 3 22 0 26 0 34 0 Maximum current FLA 230V A 16 5 657 497 237 ND D D ND ND o 400 26 5 32 5 35 7 48 7 65 3 75 3 102 3 96 3 76 0 87 0 117 0 OH 595 62 5 83 7 987 ND ND ND ND ND ND ND COMPRESSORS SCROLL Number circuit n 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 2 1 2 1 Input current A 3 2 3 7 4 0 5 5 7 4 8 4 10 9 11 5 Compressors sump resistance n xw 1x70 1x70 1x70 1x70 1x35 1x35 1x35 1x65 2X35 2X35 2X65 Capacity controls 1 100 1 100 1 100 1 100 1 100 1 100 1 100 1 100 0 50 100 0 50 100 0 50 100 FANS AXIAL Number 1 1 1 1 2 2 2 2 2 2 2 Air flow rate mc h 2500 2500 3500 3500 7200 7200 7300 7200 13200 12000 12000 Input power kW 0 085 0 085 0 14 0 14 0 28 0 28 0 28 0 28 0 6 0 6 0 6 Input current A 0 45 0 45 0 66 0 66 1 32 1 32 1 32 1 32 2 6 2 6 2 6 REFRIGERANT GAS LOAD R410A Kg 1 250 1 300 1 560 2 00 3 480 3 790 3 730 4 700 COOLING CONNECTIONS Gas line 0 15 88 15 88 15 88 15 88 22 22 22 28 28 28 35 Liquid line 9 52 9 52 12 7 12 7 15 88 15 88 15 88 15 88 15 88 15 88 15 88 NOISE DATA Sound power dB A 61 0 61 0 68 0 68 0 69 0 69 0 69 0 68 0 76 0 77 0 78 0 Sound Pressure dB A 30 0
53. Temp of water produced C 30 3 Pc Pe Pc 6 237 562 224 648 210 735 195 813 4 25 1 566 23 7 653 222 740 20 7 8 17 vake Y 2 264 571 249 657 234 740 218 817 203 886 0 278 575 262 657 245 744 229 822 213 836 With thermo 2 29 1 5 75 27 4 6 62 25 7 7 44 24 0 8 26 223 8 90 static valve 7 4 303 580 286 662 268 749 251 826 233 895 216 9 45 6 315 580 298 667 280 753 261 831 243 904 225 954 7 322 5 89 303 67 285 758 266 8 40 248 904 230 954 8 328 59 309 676 291 762 272 840 253 908 235 959 With thermo 10 34 0 598 321 685 301 767 282 849 263 9 13 static valve 12 351 603 332 689 312 776 292 854 273 918 Standard 14 363 612 343 694 322 781 302 858 282 922 16 374 616 354 698 333 785 312 863 291 927 18 385 621 364 7 08 343 794 322 867 301 936 IN COOLING MODE Pc Cooling capacity kW Water inlet temperature 12 Pe Input power kW Outlet water temperature TSE External air temperature 35 At 5 C 19 20 7 15 STANDARD ANL 150 External air tempera Temp of water produced C 30 B Pc Pe Pc 6 294 668 27 7 7 72 260 875 242 9 67 gt 3 2 Wiin inanma 4 31 1 674 294 77
54. The instructions along with all the related documentation must be given to the user of the system who as sumes the responsibility to conserve the instructions so that they are always at 1 DESCRIPTION AND CHOICE OF UNIT ANL R410A coolers and air cooled heat pumps have been designed and manu factured to satisfy heating and cooling needs and the production of domestic hot water DHW in medium to small commercial or residential buildings These units available in 10 sizes have extremely silent functioning and are hi ghly efficient and reliable thanks to the use of exchangers with a large exchan ge surface and low noise high efficiency scroll compressors They are available in the following versions COOLING ONLY ANL Temperature of produced water up to 4 C 2 is the version that allows to produce cooled water FROM 4 C TO 0 C This unit contains fluoride gases with greenhouse effect covered by the Kyoto Protocol Mainte nance and disposal must only be performed by qualified staff R410A GWP 1900 is the version that allows to produce cooled water FROM 0 C TO 6 C HEAT PUMP ANL H Winter to summer switch over functioning can be applied via the cooling circuits Possibility of producing DHW DCPX mandatory hand in case of need Read this sheet carefully all works must be performed by qualified staff according to Standards in force on this subject in different countries Ministe rial
55. a Z Massa 152 154 18038 Sanremo IM Tel 184 575 257 LA SPEZIA gt gt Tecnofrigo di Veracini Nandino Via Lunense 59 54036 Marina di Carrara MS Tel 0585 631 831 SAVONA gt gt Clima cold di Pignataro D Via Risorgimento 11 17031 Albenga SV Tel 0182 51176 LOMBARDIA BERGAMO gt gt Essebi di Sironi Bruno e C sas Via Pacinotti 98 24100 Bergamo Tel 0354 536 670 BRESCIA gt gt Termotec di Vitali G amp snc Via G Galilei Trav 1 2 25010 S Zeno S Naviglio BS Tel 0302 160 812 COMO SONDRIO LECCO gt gt Progielt di Libeccio amp C srl Via Rigamonti 21 22020 San Fermo della Battaglia CO Tel 0315 364 23 CREMONA gt gt Moretti Albano amp C snc Via Manini 2 C 26100 Cremona Tel 0372 461 935 MANTOVA gt gt Cobelli di Cobelli Davide amp C s n c Via Tezze 1 46040 Cavriana MN Tel 0376 826 174 MILANO LODI cremasca area gt gt Clima Confort di O Mazzoleni Via A Moro 113 20097 S Donato Milanese MI Tel 0251 621 813 gt gt Clima Lodi di Sali Cristian Via Felice Cavallotti 29 26900 Lodi Tel 0371 549 304 gt gt Crio Service s r l Via Gallarate 353 20151 Milano Tel 0233 498 280 gt gt SATIC di Lovato Dario Via G Galilei 2 int A 2 20060 Cassina d Pecchi MI Tel 0295 299 034 PAVIA gt gt Battiston Gian Luigi Via Liguria 4 A 27058 Voghera PV Tel 0383 622 53 VARESE All ranges excep
56. allation space is of 150 m with a 6 pole cable cooling only versions or 7 poles heat pump plus minimum section shielding of 0 5 mm CURRENT REDUCTION DEVICE DRE Allows the reduction of peak current necessary for the unit during start up phase Available only for the 400V THREE PHASE ver sions CONDENSATION CONTROL DEVICE DCPX Low temperature device it allows correct functioning IN COOLING MODE with external temperatures below 19 C and to 10 C THE DCPX ACCESSORY MUST BE USED ON HEAT PUMPS FOR THE PRODUCTION OF DHW ANTI VIBRATION MOUNTS VT Group of four anti vibration mounts to be installed under the sheet steel base in the prepared points They are used to reduce vibrations produced by the com pressor whilst functioning STORAGE TANK ELECTRIC RESISTANCE RA Electrical resistance for storage tank for A versions Avoids freezing of water stored in the tank during winter breaks CONDENSATE DRIP TRAY BDX ELECTRICAL EVAPORATOR RESISTANCE KR Electrical evaporator resistance not available in A versions for models 020 025 030 040 Electric resistance for heat plate exchanger Avoids freezing of water stored in the tank during winter breaks MODELS MODELS ele MODELS VERSION VERSION A VERSION VERSION CHF 020 025 030 040 050 070 080 090 500 50 50 50 501 50 501 50 51 51 51 51 51 51 51 51
57. anni Via Trento 29 30174 Mestre VE Tel 0419 598 88 VENEZIA province gt gt S M s n c di Spolaore Andrea e Musner Maurizio 41 0 30030 Martellago VE Tel 0415 402 047 VERONA excluding Legnago gt gt Alberti Francesco Via Tombetta 82 37135 Verona Tel 0455 094 10 VICENZA Split system only Assiclima di Colpo Donato Via Capitello 63 c 36010 Cavazzale VI Tel 3368 139 63 All ranges except for split system Bianchini Giovanni e Ivan snc Galilei 1Z Loc Nogarazza 36057 Arcugnano VI Tel 0444 569 481 EMILIA ROMAGNA BOLOGNA gt gt Effepi snc di Ferrazzano amp Proto Via I Maggio 13 8 40044 Pontecchio Marconi BO Tel 0516 781 146 FERRARA gt gt Fornasini Mauro Via Sammartina 18 A 44040 Chiesuol del Fosso FE Tel 0532 978 450 FORL RAVENNA RIMINI gt gt Alpi Giuseppe Via N Copernico 100 47100 Forli Tel 0543 725 589 MODENA south Modena gt gt Aersat snc di Leggio M amp Lolli S Piazza Beccadori 19 41057 Spilamberto MO Tel 0597 829 08 MODENA north Modena gt gt Cliamaservice di Golinelli Stefano Via Per Modena 18 E 41034 Finale Emilia MO Tel 0535 921 56 PARMA gt gt Alfatermica di Galbano amp Biondo Via Mantova 161 43100 Parma Tel 0521 776 771 gt gt Benassi Graziano Via Paisello 8 43100 Parma Tel 0521 460 744 PIACENZA Moretti Albano amp C Via Manini 2 C 26100 Cremona
58. at these coefficients must be multiplied by the nominal value of the size in question while the glycol percentage value recom mended to produce desired water temperature is on the lower axis If you wish to calculate the percent age of glycol on the basis of the temperature of the water produced enter from the right axis and on reaching the curve draw a vertical line which in turn will intercept all the other curves the points FcGDpF a FcGDpF b FcGDpF c FoGDpF FcGDpF FcGGF FcGG FcGPf PdC FcGPa FcGPf 0 15 20 25 30 35 40 45 50 55 Glicol96 f Premal air temperature b T emperature of produced water actors for pressure drop evaporator av temp 3 5 C av temp 9 5 C KEY FcGPf Corrective factors for cooling capacity FcGPa Corrective factors of the input power FcGDpF a Correction FcGDpF b Correction factors for pressure drops av temp 0 5 C FcGDpF c Correction factors for pressure drops av temp 5 5 C FcGDpF d Correction factors for pressure drops FcGDpF e Correction factors for pressure drops av temp 47 5 C FcGQF Correction factor of flow rates evap av tem
59. ate 980 1070 1290 1650 2310 2840 3530 3840 4470 5500 7220 Evaporator pressure drops kPa 290 30 0 30 0 27 0 30 0 300 360 50 0 41 0 37 0 31 0 HEATING Heating capacity kW 6 2 7 0 8 4 10 6 140 17 3 22 2 242 29 0 35 46 kW 1 91 2 12 2 62 3 18 4 30 4 90 6 30 6 85 8 6 10 1 13 3 Total input power A P kW 2 06 227 277 3 33 4 57 5 17 6 57 7 12 92 11 1 143 Q N kW 4 75 5 35 6 75 7 30 9 6 114 14 6 Evaporator water flow rate 1070 1200 1450 1820 2410 2980 3820 4160 4990 6020 7910 Evaporator pressure drops kPa 32 0 35 0 35 0 30 0 30 0 30 0 380 53 0 52 0 44 0 37 0 ENERGY INDEXES EER WAW 3 10 3 10 3 05 2 95 3 33 3 38 324 3 36 3 03 3 14 3 02 COP W W 3 25 3 30 3 21 3 33 326 3 53 3 52 3 53 3 39 347 3 46 ESEER 3 72 3 72 3 66 3 54 3 99 4 06 3 88 4 03 3 98 4 11 3 95 ELECTRICAL DATA Total input current in COOLING mode 9 400V A 3 7 42 4 70 62 8 7 9 7 2 2 2 8 7 0 19 2 26 2 version without circulation pump 230V 9 4 10 0 13 0 6 3 A A 400 4 7 5 2 5 70 72 0 7 1 7 42 4 8 8 2 21 2 28 2 Total input current in COOLING mode A 94 10 0 130 163 version with circulation pump 400V 1 4 2 4 49 5 5 19 21 8 28 8 Total input cur
60. ch this declaration refers complies with the following harmonised standards IEC EN 60335 2 40 Safety standard regarding electrical heat pumps air conditioners and dehumidifiers IEC EN 61000 6 1 IEC EN 61000 6 3 IEC EN 61000 6 2 IEC EN 61000 6 4 Immunity and electromagnetic emissions for residential environments Immunity and electromagnetic emissions for industrial environments EN378 Refrigerating systems and heat pumps Safety and environmental requirements EN12735 Copper and copper alloys Seamless round copper tubes for air conditioning and refrigeration UNI 12735 Seamless round copper tubes for air conditioning and refrigeration UNI 14276 Pressure equipment for cooling systems and heat pumps Therefore complying with the essential requisites of the following Directives Directive 2006 95 CE Electromagnetic compatibility Directive 2004 108 CE Machinery Directive 2006 42 CE PED Directive regarding pressurised devices 97 23 CE The product in agreement with Directive 97 23 CE satisfies the Total quality Guarantee procedure form H with certificate n 06 270 QT3664 Rev 5 issued by the notified body n 1131 CEC via Pisacane 46 Legnano MI Italy Bevilacqua 20 06 2010 Marketing Manager 52 5 37040 Bevilacqua VR Italia Roma 44 Tel 39 0442 633111 IE Telefax 0442 93730 39 0442 93566 ee la prima per clima www aermec com info aermec com
61. ec oT p aN etude 7 Description of components Coolirig elreults co o Eo Frame and fans Hydraulic circuit Control and safety components Electric Electronic modu control adjustment 9 Accessories compatibility table 11 Technical data u 12 DIMENSIONS 15 Functioning in cooling mode 16 Functioning in cooling mode for motor condensing versions 16 Functioning in heating mode for heat pumps 16 is RE t o rev 16 Operational limits 16 Performance IN COOLING MODE 17 STANDARD 20 7 STANDARD ANL 025 7 STANDARD ANL 030 7 STANDARD ANL 040 8 STANDARD 050 8 STANDARD 070 8 STANDARD ANL 080 9 STANDARD ANL 090 9 STANDARD ANL 100 9 Corrective factors at At different from nominal Chiller Deposit factors Standard ANL 150 Standard ANL 200 8 Performance in heating mode 21 8 1 020 H 82 025 H 83 ANL 030 H 8 4 040 H 8 5 050 H 86 ANL 070
62. ential pressure switch 1 Flow meter 2 evaporator 2 Pump Water storage tank Expansion vessel 5 6 bar safety valve 1 Sizes 050 090 Manual air vent 5 5 2 Sizes 020 040 1 2 3 4 5 6 7 8 Scroll compressor Thermostatic valve Dehydrator filter Cycle reversing valve Plate heat exchanger Differential pressure switch Circulation pump Expansion vessel Safety valve 6 bar Water filter Exchanger coil Electric box MODUCONTROL display Door lock isolating switch 2 DESCRIPTION OF THE COMPONENTS 2 1 COOLING CIRCUIT Compressor High efficient scroll type on anti vibration mounts activated by a 2 pole electric motor with internal circuit breaker protec tion They are supplied as standard with an electric anti freeze resistance powered automati cally when the unit stops as long as the unit is live Air side heat exchanger Made with copper pipes and aluminium louvered fins blocked by mechani cal expansion of the pipes Provided with protective ij grid Water side heat exchanger Plate type insulated exter nally with closed cell material to reduce heat loss IN A VER SIONS in sizes 020 025 030 040 it is positioned inside the water storage tank Dehydrator filter Mechanical type filter realised in ceramics and hygroscopic material able to with hold impurities a
63. er flow rate 0 EL 888 oso oa ogof 090 100 150 N 200 NOTE O 4000 2000 3000 4000 5000 6000 7000 8000 9000 10000 The Q version with increased pump is only available for ANL Water flow rate I h 050 070 080 090 100 150 200 sizes 28 11 STORAGE TANK The following tables highlight princi ple characteristics for hydraulic circuit components whilst the graph on the following page shows relative static pressures 11 1 MINIMUM MAXIMUM CONTENT OF SYSTEM WATER The minimum water content of system recommended for units without hy dronic kit is calculated using following formula Volume PFN Kyy x 4 litres of system PFN Nominal cooling capacity That resulting minimum water content necessary for correct function of system The adjacent table indicates maximum water capacity in litres of hydraulic plant compatible with expansion vessel sup plied as standard IN THE VERSIONS WITH STORAGE TANK OR PUMP ONLY The values shown in the table refer to three maximum and minimum water tempera tures If the effective water content of the hydraulic plant including the storage tank is greater than that given in the table at operational conditions another dimensioned expansion vessel must be installed using thenormal criteria with reference to the additional volume of water In the following tables it is possible to work out the maximum values of the sys tem also for glycoled water functioning
64. ion metal grids according to IEC EN 60335 2 40 Standard Support frame Made in hot galvanised sheet steel with suit able thickness and painted with polyester powders able to resist atmospheric agents through time 2 3 HYDRAULIC CIRCUIT Circulation pump circulator P N A Q versions Flow meter Avallable in sizes ANL 020 025 030 040 versions A with storage tank Positioned upstream from evaporator it has the task of controlling that there is water circulation If this is not the case it blocks the unit Differential pressure switch Available in sizes 050 070 080 090 100 150 200 versions A with storage tank ANL 020 025 030 040 050 070 080 090 100 150 200 standard and P with pump Positioned between inlet and outlet of evaporator It has the task of controlling that there is water circulation if this is not the case it blocks the unit Water filter This allows to block and eliminate any impurities present in the hydraulic circuits It contains a filtering mesh with holes that do not exceed one millimetre It is indispensable in order to prevent serious damage to the plate exchanger Storage tank only in versions A It is required to reduce the number of peaks of the compressor and to even the tempera ture of water to be sent to the utilities For ANL 020 025 251 For ANL 030 040 35 For ANL 050 070 080 090 75 For ANL 100
65. nd any traces of humidity present in the cooling circuit Thermostatic valve Mechanical valve with external equaliser positioned at evaporator outlet modulates the flow of gas to the evaporator depend ing on the heat load in order to ensure a correct heating level of the intake gas Liquid and pressing line taps MOTOR CONDENSING versions Allows interruption of the refrigerant in the case of extraordinary maintenance Solenoid valve of HOT GAS INJECTION for heat pump only The valve positioned between the com pressor and the thermostatic valve outlet controls Defrosting cycles without having to reverse the cycle Safety capacity control if the pressure should rise on the pressing line BY PASS VALVE of HOT GAS INJECTION Only D version Device for hot gas injection of evaporator mounted on versions with partial recovery Cycle reversing valve for heat pump only Reverses the flow of refrigerant on variation of summer winter mode and during any defrosting cycles One way valve Allows one way flow of the refrigerant Liquid storage for heat pump only Compensates the difference in volume be tween louvered fin coil and plate exchanger withholding excess liquid during winter functioning 2 2 FRAME AND FANS Ventilation unit Helical type balanced statically and dynami cally Electric fans are protected electrically by magnet circuit breakers and mechanically by anti intrus
66. on 1 4 1 4 Va 1 1 4 NOISE DATA Sound power dB A 61 0 61 0 68 0 68 0 69 0 69 0 69 0 68 0 76 0 77 0 78 0 Sound Pressure dB A 30 0 30 0 37 0 37 0 38 0 38 0 38 0 37 0 44 0 45 0 46 0 IN COOLING MODE Temperatura acqua uscita 45 C Sound Pressure Water inlet temperature 12 C External air temperature b s 7 C b u 6 Sound pressure measured in free field conditions with Outlet water temperature 7 C At 5 reflective surface directivity factor Q 2 at 10 External air temperature 35 C Sound power distance from external surface of unit in compliance At 5 C Aermec determines sound power values in agreement with ISO 3744 regulations with the 9614 Standard in compliance with that reque IN HEATING MODE sted by Eurovent certification Water inket temperature 40 C 14 020C 025 030C 040C 050C 070C 080C 090C 100C 150C 200 Cooling capacity kW 5 70 6 00 7 50 9 60 13 70 16 80 20 80 22 50 26 90 33 40 43 70 Total input power kW 1 85 2 05 2 50 3 30 4 10 5 00 6 50 6 80 8 60 10 20 14 10 ENERGY INDEXES EER W W 3 08 2 93 3 00 2 91 3 34 3 36 3 20 3 31 3 13 3 27 3 10 ELECT
67. on 230V 10 4 11 0 14 0 17 3 NA NA Q N 400V 114 12 4 14 9 15 5 18 7 21 4 28 3 aximum current FLA without 9 400V A 6 6 6 7 8 7 11 3 13 5 16 3 17 3 22 0 26 0 34 0 circulation pump 230V 16 5 16 5 19 7 23 7 f EFLAYwith 400 7 7 7 7 97 133 15 5 18 3 19 3 23 4 28 8 36 8 pou m 230V A 17 5 17 5 20 7 247 NA 400V 14 0 16 2 19 0 20 0 24 8 29 5 37 5 Peak current LRA without 400 26 5 32 5 35 7 48 7 65 3 75 3 102 3 96 3 76 0 87 0 117 0 circulation pump 230V 59 5 62 5 83 7 98 7 Peak current LRA with circula A P 400V 27 5 33 5 36 7 49 7 67 3 77 3 1043 98 3 77 4 89 8 119 8 ion pump 230 60 5 63 5 84 7 99 7 400 68 0 78 0 1050 99 0 78 8 90 5 120 5 REFRIGERANT GAS LOAD RA10A P Kg 1 250 1 300 1 560 2 00 3 480 3 790 3 730 4 700 8 0 11 5 12 0 1 300 1 300 1 560 2 00 3 415 3 740 3 730 4 700 8 0 11 5 12 0 COMPRESSORS SCROLL Number circuit n 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 2 1 2 1 Compressors sump resistance n xw 1x70
68. p 9 5 C FcGQC Correction factors of flow rates condenser av temp 47 5 C NOTE Although the graph arrives at external air temperatures of 40 C unit opera tional limits must be considered obtained from the upper curves represent the coefficients for the correction of the cooling capacity and input power the flow rates and the pressure drops remember that these coefficients must be multi plied by the nominal value of the size in question while the lower axis recommends the glycol percent age value necessary to produce water at the desired temperature Initial rates for EXTERNAL AIR TEM PERATURE and TEMPERATURE OF PRODUCED WATER not directly related therefore it is not possible to refer to the curve of one of these rates to obtain corresponding point on the curve of the other rate 27 10 EVAPORATOR PRESSURE DROPS AND USEFUL STATIC PRESSURES 10 1 1 Standard versions pressure drops 200 The standard ANLs without storage kPa Li tank and or pump are supplied with installed water filters as per standard for ANL 020 025 030 040 filter is 1 140 160 For ANL 050 070 080 090 100 150 200 filter is 1 74 120 6 100 The pressure drops and the static pres 2 sures are calculated in cooling mode with 10 C water 60 GIS
69. pplication of the water flow rate correction factor The water flow rate correction factor is calculated to keep the same At that would be present with the absence of glycol NOTE On the following page an example is given o help graph reading Using the diagram below it is possible to determine the percentage of glycol required his percentage can be calculated by taking of the following factors into consideration one Depending on which fluid is considered wa er or air the graph is interpreted by the right or left side at the crossing point on the curves with the external temperature line or the water produced line A point from which the vertical line will pass is obtained and this will distinguish both glycol percent age and relative correction coefficients 9 1 HOW TO INTERPRET GLYCOL CURVES The curves shown in the diagram summarise a significant number of data each of which is represented by a specific curve In order to use these curves correctly it is first necessary to make some initial reflections If you wish to calculate the percent age of glycol on the basis of the external air temperature enter from the left axis and on reaching the curve draw a vertical line which in turn will intercept all the other curves the points obtained from the upper curves represent the coeffi cients for the correction of the cool ing capacity and input power the flow rates and the pressure drops remember th
70. rent in HEATING mode 9 400V A 3 8 44 5 4 6 8 9 5 0 3 2 9 3 8 7 0 9 0 25 0 version without circulation pump 230V 10 4 11 0 14 0 7 3 A A A A A 400 4 8 5 4 64 7 8 1 5 2 3 49 5 8 8 2 210 270 2 mode AP 330v 104 123 140 193 NA NA NA _ 400 2 2 3 0 5 6 6 5 9 0 21 6 27 6 aximum current FLA 400 A 6 6 6 7 8 7 1 3 35 6 3 73 22 0 26 0 34 0 version without circulation pump 230V 165 16 5 197 237 400 7 7 7 7 9 7 3 3 5 5 8 3 9 3 23 4 28 8 368 aximum c trent FLA 230V A 17 5 175 20 7 247 NA NA NA NA version with circulation pump 400 4 0 6 2 9 0 20 0 23 4 288 36 8 Peak current LRA 9 400 A 26 5 32 5 35 70 48 7 65 3 75 3 02 3 96 3 76 0 87 0 117 0 version without circulation pump 230V 59 5 62 5 83 70 98 7 A NA Peak current LRA AP 400V 27 5 33 5 36 70 49 7 67 3 77 3 04 3 98 3 774 898 119 8 version with circulation pump 230 60 5 63 5 84 7 99 7 A A A 400 68 0 78 0 105 0 99 0 78 8 905 120 5 COMPRESSORS SCROLL Number circuit n 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 2 1 2 1 Compressors sump resistance n xW 1x
71. rts are allowed before the definitive block Alarm on theAT to identify wiring er rors reverse rotation or blocked cycle reversing valve Compressor functioning hours count Compressor peak count Historical alarms Autostart after voltage drop Local or remote control Display of unit status a Voltage presence b Compressor ON OFF c Functioning mode hot cold d Alarm active Probes transducers and parameters display a Water outlet b Water inlet C Coil temperature heat pumps d Pressing line gas temperature e External air temperature heat pumps cooling only with DCPX and probe f Flow pressure heat pumps g Intake pressure heat pumps h Temperature error sum of the propor tional and integral error i Stand by times for start up switch off of the compressor Alarms managemen a Low pressure b High pressure primary alarm the pres sure switch directly blocks power supply to compressor c High discharge temperature d Anti freeze e Water differential flow meter pressure switch f Alarm on the AT Alarms with automatic reset with lim ited number of re starts before blockin ON OFF from external contact Change season from external contact For further information please refer to user manual 3 ACCESSORIES COMPATIBILITY TABLE SIMPLIFIED REMOTE PANEL PR3 Allows basic control functioning of unit start up Switch off change function mode alarm summary maximum inst
72. stable operation of the Functioning with STANDARD DCPX device glycoled water functioning 5 4 PROJECT DATA Functioning with glyco Functioning with DCPX led water and DCPX High Low pressure pressure 5 2 COOLING MODE FUNCTIONING side side FOR MOTOR CONDENSING C Acceptable maximum pressure bar 42 25 VERSIONS Acceptable maximum temperature 120 52 Acceptable minimum temperature C 10 16 External air temperature C N 10 8 6 50 45 40 35 Temperature of the water produced C 46 46 i DCPX External air temperature C 42012 3 45 6 7 8 9 10 11 12 13 14 15 HEATING MODE FUNCTIONING FOR HEAT PUMPS 50 CONTACTING HEAD OFFICE 6 OPERATIONAL LIMITS 7 PERFORMANCE IN COOLING MODEMODE 7 1 STANDARD ANL 020 External air tempera 30 3 Pc Pe Pc Temp of water produced C puas 6 507 123 479 142 449 161 418 178 P 5 4 537 124 507 143 475 1 62 443 1 79 5 22 566 125 534 144 501 162 468 179 434 194 0 595 126 561 144 526 163 491 180 456 194 2 dcs 2 6 23 126 5 87 145 551 163 515 181 478 1 95 5 static valve Z 4 6 50 1 27 613 145 575 164 538 1 8
73. t for split system gt gt Air clima service di Frascati Paolo amp C snc Via Pertini 9 21021 Angera VA Tel 0331 932 110 Split system only gt gt Cl Elle Clima snc di Benvegn Via S Anna 6 21018 Sesto Calende VA Tel 0331 914 186 TRENTINO ALTO ADIGE BOLZANO TRENTO gt gt Sester snc di Sester A amp C via Enrico Fermi 12 38100 Trento Tel 0461 920 179 FRIULI VENEZIA GIULIA PORDENONE gt gt Centro Tecnico snc di Menegazzo G amp C Via Conegliano 94 A 31058 Susegana TV Tel 438 450 271 TRIESTE GORIZIA gt gt La cliamtizzazione Trieste srl Strada della Rosandra 269 34018 San Dorligo della Valle TS Tel 0408 280 80 UDINE gt gt S A R E di Musso Dino Corso S Valentino 4 33050 Fraforeano UD Tel 0432 699 810 VENETO BELLUNO gt gt Fontana Soffrio Frigoriferi snc Via Sampoi 68 32020 Limana BL Tel 0437 970 042 LEGNAGO gt gt De Togni Stefano Via De Nicoli 2 37045 Legnago VR Tel 0442 203 27 PADOVA gt gt Climair sas di F Cavestro amp C Via Austria 21 211 35127 Padova Tel 0497 723 24 ROVIGO gt gt Fornasini Mauro Via Sammartina 18 A 44040 Chiesuol del Fosso FE Tel 0532 978 450 TREVISO Centro tecnico di Menegazzo srl Via Conegliano 94 A 31058 Susegana TV Tel 0438 450 269 VENEZIA city centre Simonato Gianni Via Trento 29 30174 Mestre VE Tel 0419 598 88 VENEZIA province gt gt
74. xternal air temperature b s 7 C At 5 C At 526 Ph Heating capacity kW Pe Input power kW 8 11 200 H Temperature of produced water C External air temperature C D B 23 30 10 75 05 11 35 8 71 30 11 35 73 13 12 26 6 67 90 11 28 69 56 12 26 29 68 4 64 82 11 35 66 33 12 26 31 16 2 62 00 11 35 63 38 12 26 32 65 0 59 42 11 35 60 68 12 33 34 13 2 57 04 11 35 58 20 12 33 35 61 4 47 53 11 35 48 34 2 33 42 29 6 45 27 11 35 46 00 2 33 45 26 7 43 88 1 42 45 27 2 33 7 42 8 43 21 1 42 43 88 2 33 46 0 10 41 33 1 42 42 57 2 39 48 97 12 39 61 1 42 40 74 2 39 50 45 14 38 03 1 42 39 61 2 39 51 94 16 37 04 1 42 38 03 12 39 54 16 18 35 65 11 42 36 56 12 39 55 65 20 34 36 11 42 35 21 12 39 57 87 IN COOLING MODE IN HEATING MODE Water inlet temperature 12 Water inlet temperature 40 Outlet water temperature 7 Temperatura acqua uscita 45 C External air temperature 35 C External air temperature b s 7 C At 5 At 5 C Ph Heating capacity kW Pe Input power kW 9 ETHYLENE GLYCOL SOLUTIONS The correction factors of cooling power and input power take into account the presence of glycol and diverse evapora tion temperatures The pressure drop correction factor con siders the different flow rate resulting from the a

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