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12

18.03. 5719210_03

ANL / 290-650

EN

6. 

CENTRE OF GRAVITY AND ANTI-VIBRATION POSITIONS

6.1.  ANTI-VIBRATION MOUNT POSITIONS

SELECTION

TRANSPORT

OPERATING

CODE

SIZE

MODEL

HY

DR

ONIC

 

MODULE

GR

OSS

 

WEIGHT

EMP

TY

 

WEIGHT

Xg 

(empty)

Yg

(empty)

W

AT

ER

 T

OT

WEIGHT 

(oper)

Xg 

(oper)

Yg 

(oper)

A

B

B

E

F

C

D

VT

DES

W

ATER

 DE

S

kg

kg

mm

mm

l

kg

mm

mm

%

kg

%

kg

%

kg

%

kg

%

kg

%

kg

kg

l

ANL

290

°/L

00

671

628

968

542

18

646

980

551

30,05% 194,1 29,93% 193,3

-

-

-

-

20,05% 129,5 19,97% 129,0 VT17 12,0

0,6

ANL

290

°/L

01

856

813

1140

528

321

1134

1307 520

22,04% 253,8 24,60% 283,2

-

-

-

-

25,22% 290,4 28,14% 324,0 VT13 12,0

0,6

ANL

290

°/L

02

879

836

1156

527

329

1165 1318 519

21,80% 257,4 24,42% 288,2

-

-

-

-

25,37% 299,5 28,41% 335,4 VT13 12,0

0,6

ANL

290

°/L

03

860

817

1143

528

321

1138 1309 520

22,01% 254,3 24,57% 283,9

-

-

-

-

25,24% 291,6 28,18% 325,6 VT13 12,0

0,6

ANL

290

°/L

04

887

844

1161

526

329

1173 1320 519

21,74% 258,4 24,37% 289,6

-

-

-

-

25,41% 302,0 28,48% 338,5 VT13 12,0

0,6

ANL

290

°/L

P1

736

693

1039

536

42

735

1068

543 27,84% 203,6 28,58% 209,1

-

-

-

-

21,50% 157,2 22,07% 161,4 VT13 12,0

0,6

ANL

290

°/L

P2

759

716

1061

534

50

766

1093

540 27,22% 207,0 28,19% 214,3

-

-

-

-

21,91% 166,6 22,69% 172,5 VT13 12,0

0,6

ANL

290

°/L

P3

740

697

1043

536

52

749

1071

542 27,75% 204,1 28,53% 209,8

-

-

-

-

21,56% 158,5 22,16% 163,0 VT13 12,0

0,6

ANL

290

°/L

P4

767

724

1068

534

50

774

1097

540 27,12% 207,5 28,12% 215,2

-

-

-

-

21,97% 168,2 22,79% 174,4 VT13 12,0

0,6

ANL

290

C

00

626

583

950

516

-

583

950

516

28,74% 167,5 32,48% 189,3

-

-

-

-

18,21% 106,2 20,58% 120,0 VT17

-

-

ANL

300

°/L

00

679

636

974

542

18

654

986

551

29,94% 195,8 29,83% 195,0

-

-

-

-

20,15% 131,8 20,08% 131,3 VT17 12,0

0,6

ANL

300

°/L

01

864

821

1142

528

321

1142

1308 520

22,04% 255,5 24,57% 284,9

-

-

-

-

25,24% 292,6 28,15% 326,3 VT13 12,0

0,6

ANL

300

°/L

02

887

844

1158

527

329

1173 1318 519

21,80% 259,1 24,40% 289,9

-

-

-

-

25,39% 301,7 28,41% 337,7 VT13 12,0

0,6

ANL

300

°/L

03

868

825

1145

528

321

1146

1309 520

22,01% 256,0 24,55% 285,6

-

-

-

-

25,26% 293,9 28,18% 327,9 VT13 12,0

0,6

ANL

300

°/L

04

895

852

1164

526

329

1181 1321 519

21,74% 260,1 24,35% 291,3

-

-

-

-

25,43% 304,2 28,48% 340,8 VT13 12,0

0,6

ANL

300

°/L

P1

744

701

1043

536

42

743

1071

543 27,77% 205,4 28,51% 210,8

-

-

-

-

21,58% 159,5 22,14% 163,7 VT13 12,0

0,6

ANL

300

°/L

P2

767

724

1064

535

50

774

1096

540 27,16% 208,7 28,12% 216,0

-

-

-

-

21,98% 168,9 22,75% 174,8 VT13 12,0

0,6

ANL

300

°/L

P3

748

705

1047

536

52

757

1075

543 27,69% 205,8 28,45% 211,5

-

-

-

-

21,63% 160,8 22,23% 165,3 VT13 12,0

0,6

ANL

300

°/L

P4

775

732

1072

534

50

782

1102

540 27,00% 209,6 28,01% 217,5

-

-

-

-

22,08% 171,4 22,91% 177,9 VT13 12,0

0,6

ANL

300

C

00

634

591

956

517

-

591

956

517

28,65% 169,3 32,32% 191,0

-

-

-

-

18,34% 108,4 20,69% 122,3 VT17

-

-

ANL

340

°/L

00

691

648

960

539

18

666

973

548 30,04% 200,0 30,26% 201,5

-

-

-

-

19,77% 131,7 19,92% 132,6 VT17 12,0

0,6

ANL

340

°/L

01

876

833

1130

526

321

1154

1297 519

22,18% 259,9 24,87% 291,3

-

-

-

-

24,97% 292,4 27,98% 327,8 VT13 12,0

0,6

ANL

340

°/L

02

899

856

1146

525

329

1185 1308 518

21,95% 263,4 24,68% 296,3

-

-

-

-

25,12% 301,5 28,25% 339,1 VT13 12,0

0,6

ANL

340

°/L

03

880

837

1133

526

321

1158 1299 519

22,15% 260,4 24,84% 292,0

-

-

-

-

24,99% 293,7 28,02% 329,4 VT13 12,0

0,6

ANL

340

°/L

04

907

864

1151

524

329

1193 1310 517

21,88% 264,4 24,63% 297,7

-

-

-

-

25,16% 304,0 28,32% 342,3 VT13 12,0

0,6

ANL

340

°/L

P1

756

713

1030

534

42

755

1058

540 27,90% 209,7 28,91% 217,2

-

-

-

-

21,21% 159,4 21,98% 165,1 VT13 12,0

0,6

ANL

340

°/L

P2

779

736

1051

532

50

786

1083 538

27,29% 213,0 28,51% 222,5

-

-

-

-

21,62% 168,7 22,58% 176,2 VT13 12,0

0,6

ANL

340

°/L

P3

760

717

1033

533

52

769

1062

540 27,81% 210,1 28,85% 217,9

-

-

-

-

21,27% 160,7 22,06% 166,7 VT13 12,0

0,6

ANL

340

°/L

P4

787

744

1059

532

50

794

1089 537

27,13% 213,9 28,40% 223,9

-

-

-

-

21,73% 171,3 22,74% 179,3 VT13 12,0

0,6

ANL

340

C

00

646

603

942

514

-

603

942

514 28,76% 173,4 32,77% 197,6

-

-

-

-

17,98% 108,4 20,49% 123,5 VT17

-

-

ANL

400

°/L

00

709

666

961

543

19

685

972

552

30,30% 207,7 30,03% 205,8

-

-

-

-

19,93% 136,6 19,75% 135,3 VT17 12,0

0,6

ANL

400

°/L

01

894

851

1126

530

323

1173 1292 522

22,43% 267,1 24,86% 296,0

-

-

-

-

25,00% 297,8 27,71% 330,1 VT13 12,0

0,6

ANL

400

°/L

02

917

874

1142

528

331

1204

1302 521

22,18% 270,6 24,68% 301,0

-

-

-

-

25,16% 306,9 27,98% 341,4 VT13 12,0

0,6

ANL

400

°/L

03

898

855

1129

529

323

1177 1293 522

22,39% 267,6 24,83% 296,7

-

-

-

-

25,03% 299,0 27,75% 331,6 VT13 12,0

0,6

ANL

400

°/L

04

925

882

1147

528

331

1212 1305 520

22,12% 271,6 24,63% 302,4

-

-

-

-

25,20% 309,4 28,06% 344,5 VT13 12,0

0,6

ANL

400

°/L

P1

774

731

1028

538

44

774

1055

544 28,17% 217,2 28,75% 221,6

-

-

-

-

21,32% 164,4 21,76% 167,7 VT17 12,0

0,6

ANL

400

°/L

P2

797

754

1049

536

52

805

1080

542 27,56% 220,5 28,37% 226,9

-

-

-

-

21,72% 173,7 22,35% 178,8 VT17 12,0

0,6

ANL

400

°/L

P3

778

735

1032

537

54

788

1059

544 28,09% 217,6 28,69% 222,3

-

-

-

-

21,38% 165,7 21,84% 169,3 VT17 12,0

0,6

ANL

400

°/L

P4

805

762

1056

535

52

813

1086

542 27,40% 221,4 28,26% 228,3

-

-

-

-

21,82% 176,3 22,51% 181,8 VT17 12,0

0,6

ANL

400

C

00

659

616

944

516

-

616

944

516

28,85% 177,7 32,60% 200,8

-

-

-

-

18,10% 111,5 20,45% 126,0 VT17

-

-

ANL

580

°/L

00

905

854

1354

508

22

876

1372 517

21,85% 191,5 24,91% 218,3 6,8% 59,8 7,8% 68,1 18,06% 158,3 20,59% 180,5 VT11 13,0

1,0

ANL

580

°/L

01

1110 1059 1551

503

427

1486

1798 502

13,10% 199,6 14,12% 215,2 11,8% 180,0 12,7% 194,1 23,21% 353,7 25,03% 381,4 VT11 13,0

1,0

ANL

580

°/L

02

1138 1087 1572

502

435

1522 1811 501

12,81% 199,7 13,79% 215,0 12,0% 186,6 12,9% 200,9 23,38% 364,4 25,16% 392,3 VT11 13,0

1,0

ANL

580

°/L

03

1110 1059 1551

503

427

1486

1798 502

13,10% 199,6 14,12% 215,2 11,8% 180,0 12,7% 194,1 23,21% 353,7 25,03% 381,4 VT11 13,0

1,0

ANL

580

°/L

04

1138 1087 1572

502

435

1522 1811 501

12,81% 199,7 13,79% 215,0 12,0% 186,6 12,9% 200,9 23,38% 364,4 25,16% 392,3 VT11 13,0

1,0

ANL

580

°/L

P1

978

927

1434

506

50

976

1470 514 19,52% 189,7 21,96% 213,4 9,2% 89,2 10,3% 100,3 18,36% 178,5 20,65% 200,7 VT11 13,0

1,0

ANL

580

°/L

P2

1006

955

1461

505

58

1012 1502 513

18,87% 190,0 21,14% 212,9 9,8% 99,1 11,0% 111,0 18,45% 185,7 20,67% 208,2 VT11 13,0

1,0

ANL

580

°/L

P3

978

927

1434

506

50

976

1470 514 19,52% 189,7 21,96% 213,4 9,2% 89,2 10,3% 100,3 18,36% 178,5 20,65% 200,7 VT11 13,0

1,0

ANL

580

°/L

P4

1006

955

1461

505

58

1012 1502 513

18,87% 190,0 21,14% 212,9 9,8% 99,1 11,0% 111,0 18,45% 185,7 20,67% 208,2 VT11 13,0

1,0

ANL

580

C

00

850

799

1321

485

-

799

1321

485 21,31% 170,3 25,87% 206,7 7,1% 57,0 8,7% 69,2 16,72% 133,6 20,30% 162,2 VT11

-

-

ANL

620

°/L

00

976

925

1329

505

24

949

1346 514 23,26% 220,7 25,27% 239,8 6,4% 60,4 6,9% 65,7 18,30% 173,7 19,88% 188,7 VT11 13,0

1,0

ANL

620

°/L

01

1181 1130 1518

501

429

1559 1763 500

22,87% 365,2 25,95% 414,3 6,1% 97,7 6,9% 110,9 17,85% 285,0 20,25% 323,3 VT11 13,0

1,0

ANL

620

°/L

02

1209 1158 1539

500

437

1595 1776 500

13,17% 214,9 14,20% 231,6 9,3% 151,1 10,0% 162,9 25,69% 419,1 27,69% 451,8 VT11 13,0

1,0

ANL

620

°/L

03

1181 1130 1518

501

429

1559 1763 500

12,85% 205,1 13,83% 220,7 9,4% 149,5 10,1% 160,9 25,95% 414,3 27,93% 445,9 VT11 13,0

1,0

ANL

620

°/L

04

1209 1158 1539

500

437

1595 1776 500

13,17% 214,9 14,20% 231,6 9,3% 151,1 10,0% 162,9 25,69% 419,1 27,69% 451,8 VT11 13,0

1,0

ANL

620

°/L

P1

1049

998

1405

504

51

1049 1440

511

12,85% 134,2 13,83% 144,4 9,4% 97,8 10,1% 105,3 25,95% 271,1 27,93% 291,7 VT11 13,0

1,0

ANL

620

°/L

P2

1077 1026

1431

503

59

1085

1470

510

20,56% 222,0 23,05% 248,8 7,1% 76,6 8,0% 85,9 19,49% 210,4 21,84% 235,8 VT11 13,0

1,0

ANL

620

°/L

P3

1049

998

1405

504

51

1049 1440

511

19,91% 208,0 22,24% 232,3 7,4% 77,0 8,2% 86,0 19,95% 208,4 22,29% 232,8 VT11 13,0

1,0

ANL

620

°/L

P4

1077 1026

1431

503

59

1085

1470

510

20,56% 222,0 23,05% 248,8 7,1% 76,6 8,0% 85,9 19,49% 210,4 21,84% 235,8 VT11 13,0

1,0

ANL

620

C

00

899

848

1294

476

-

848

1294 476 22,06% 187,1 27,56% 233,7 6,6% 55,8 8,2% 69,8 15,81% 134,1 19,76% 167,5 VT11

-

-

ANL

650

°/L

00

1021

970

1282

496

24

994

1299 505

23,36% 232,2 27,40% 272,3 5,7% 56,7 6,7% 66,4 16,96% 168,6 19,89% 197,7 VT11 13,0

1,0

ANL

650

°/L

01

1226 1175

1472

493

429

1604 1724 495 14,64% 240,3 16,11% 264,4 10,8% 177,0 11,9% 194,7 22,19% 364,3 24,42% 400,8 VT11 13,0

1,0

ANL

650

°/L

02

1254

1203

1493

493

437

1640

1737

495 14,48% 242,7 15,91% 266,8 10,9% 182,3 12,0% 200,4 22,29% 373,7 24,49% 410,6 VT11 13,0

1,0

ANL

650

°/L

03

1226 1175

1472

493

429

1604 1724 495 14,64% 240,3 16,11% 264,4 10,8% 177,0 11,9% 194,7 22,19% 364,3 24,42% 400,8 VT11 13,0

1,0

ANL

650

°/L

04

1254

1203

1493

493

437

1640

1737

495 14,48% 242,7 15,91% 266,8 10,9% 182,3 12,0% 200,4 22,29% 373,7 24,49% 410,6 VT11 13,0

1,0

ANL

650

°/L

P1

1094 1043

1358

495

51

1094

1393 503

21,19% 230,9 24,49% 266,8 7,9% 85,8 9,1% 99,1 17,33% 188,8 20,02% 218,1 VT11 13,0

1,0

ANL

650

°/L

P2

1122 1071

1384

495

59

1130

1424

502

20,57% 231,3 23,68% 266,3 8,5% 95,5 9,8% 109,9 17,43% 196,0 20,06% 225,5 VT11 13,0

1,0

ANL

650

°/L

P3

1094 1043

1358

495

51

1094

1393 503

21,19% 230,9 24,49% 266,8 7,9% 85,8 9,1% 99,1 17,33% 188,8 20,02% 218,1 VT11 13,0

1,0

ANL

650

°/L

P4

1122 1071

1384

495

59

1130

1424

502

20,57% 231,3 23,68% 266,3 8,5% 95,5 9,8% 109,9 17,43% 196,0 20,06% 225,5 VT11 13,0

1,0

ANL

650

C

00

944

893

1245

467

-

893

1245 467 22,57% 201,5 29,08% 259,6 6,1% 54,6 7,9% 70,4 15,02% 134,1 19,35% 172,8 VT11

-

-

A

xG

yG

B

E

F

C

D

Summary of Contents for Variable Multi Flow ANL 290

Page 1: ...BARCODE EN Installation and Maintenance Manual CHILLERS EXTERNAL UNITS HIGH EFFICIENCY ANL 290 650 18 03 5719210_03...

Page 2: ...es In addition the applied mark guarantees that our appliances fully comply with the safety requirements defined by the applicable product s rules We constantly monitor the quality level and as a resu...

Page 3: ...EN 60335 2 40 A2 2009 CEI EN 55014 1 2017 CEI EN 60335 2 40 A13 2012 CEI EN 55014 2 2016 La presente dichiarazione di conformit rilasciata sotto la responsabilit esclusiva del fabbricante This declara...

Page 4: ...7 3 Dimensions ANL 580 620 650 mm 15 7 4 Position of hydraulic connections mm 16 7 5 ANL C 290 300 340 400 mm 17 7 6 ANL C 580 620 650 mm 17 8 Electrical connections 18 8 1 Electrical power supply con...

Page 5: ...h the equipment as this could result in accidents for which the manufacturer will not be held responsible The warranty will be voided if the above mentioned warnings are not respected 1 2 SAFETY INSTR...

Page 6: ...ifting capability of the equipment being used taking into account the information provided with the packaging When lifting insert through the unit s base holes lifting bars NOT PROVIDED of sufficient...

Page 7: ...nnection to the unit This clean ing eliminates welding slag dirt rust or any other impurities from the piping These impurities may otherwise be deposited within the unit and cause a malfunction The co...

Page 8: ...freezing 1 Complete draining of water from the unit 2 Operating with glycol with a percentage of glycol se lected in accordance with the minimum anticipated external temperature 3 Use of electric hea...

Page 9: ...ly sized for the required flow rate The water flow rate through the heat exchanger must always be constant WARNING Carefully clean the system prior to connection to the unit This clean ing eliminates...

Page 10: ...must always be constant WARNING Carefully clean the system prior to connection to the unit This clean ing eliminates welding slag dirt rust or any other impurities from the piping These impurities ma...

Page 11: ...heat exchanger must always be constant WARNING Carefully clean the system prior to connection to the unit This clean ing eliminates welding slag dirt rust or any other impurities from the piping Thes...

Page 12: ...217 2 28 75 221 6 21 32 164 4 21 76 167 7 VT17 12 0 0 6 ANL 400 L P2 797 754 1049 536 52 805 1080 542 27 56 220 5 28 37 226 9 21 72 173 7 22 35 178 8 VT17 12 0 0 6 ANL 400 L P3 778 735 1032 537 54 788...

Page 13: ...25 1160 1100 800 800 800 1100 3000 A Gy Gx B C D 1610 40 16 16 16 16 40 420 420 2050 200 200 2050 200 200 20 20 1060 7 1 DIMENSIONS ANL 290 300 340 mm 7 1 1 MAXIMUM OVERALL mm 1610 40 16 16 16 16 40 4...

Page 14: ...0 16 16 16 16 40 420 420 2050 200 200 2050 200 200 20 20 1060 7 2 2 LIFTING POINTS mm 16 16 16 16 2050 200 200 2050 200 200 20 20 1060 7 2 3 POSITION ANTI VIBRATION MOUNTS mm 1605 1735 2450 2525 1160...

Page 15: ...IMUM OVERALL mm 1875 3200 3275 2005 1100 1160 800 800 800 1100 3000 40 16 16 16 16 16 16 40 1525 1275 200 200 1525 1275 200 200 Gy Gx 1956 40 16 16 16 16 16 16 40 644 600 1525 1275 200 200 1525 1275 2...

Page 16: ...UT 2 IN 2 195 180 670 ANL 290 300 340 400 VERSION 00 ANL 290 300 340 400 VERSION 01 02 03 04 P1 P2 P3 P4 IN 2 OUT 2 IN 2 OUT 2 205 180 492 205 180 670 IN 2 OUT 2 IN 2 OUT 2 IN 2 OUT 2 205 180 492 195...

Page 17: ...ANL 290 650 EN 7 5 ANL C 290 300 340 400 mm 7 6 ANL C 580 620 650 mm 191 184 152 233 189 183 138 219 A C B D 189 183 138 219 C D A Inlet Intake line 35 B Otlet Liquid line 22 C Inlet Intake line 42 D...

Page 18: ...e below 2 The unit is only powered up on completion of any hydraulic and electrical works 3 Comply with the indicated phasing and earth requirements 4 The power supply cable must have the appropri ate...

Page 19: ...ct functioning of any flow switch installed close the isolating valve on the evaporator outlet and observe the result on the unit display panel open the valve and reset the flow trip alarm 9 3 FIRST S...

Page 20: ...t the control panel is off WARNING For the installation refer to the electrical wiring schematics provide with the unit The electrical wiring schematic and manuals must be carefully conserved and made...

Page 21: ...n and energy efficiency The fundamental required annual checks are 11 1 HYDRAULIC CIRCUIT CHECK 1 Water circuit is filled 2 Water filter is clean 3 Operation of the differential pressure or flow switc...

Page 22: ...vents and of the terminal units 14 5 UNIT DRAINING WARNING During the winter period the water in the heat exchanger may freeze when the system is off causing irreversible damage to the heat exchanger...

Page 23: ...installed PR3 Not installed Go to question 3 Installed Enter in parameter PAN index 9 menu INSTALLER with the appropriate value Value 1 Season selection controlled from the chiller circuit board ON OF...

Page 24: ...ns loose Operating outside of limits Check against operating limits chart Pressostat faulty Replace the component Thermal cut out operates Check voltage and settings Check insulation of windings Compr...

Page 25: ...02 04 P2 P4 9 Liquid sight glass 10 Desuperheater optional 11 Water filter 12 Pump s optional 13 Expansion tank standard with hydronic module 14 Buffer tank optional 15 Flow switch 16 Gauge 17 Air ven...

Page 26: ...nal valve only for versions 02 04 P2 P4 9 Liquid sight glass 10 Desuperheater optional 11 Water filter 12 Pump s optional 13 Expansion tank standard with hydronic module 14 Buffer tank optional 15 Flo...

Page 27: ......

Page 28: ...C S p A Via Roma 996 37040 Bevilacqua VR Italia Tel 39 0442 633111 Fax 39 0442 93577 marketing aermec com www aermec com Aermec reserves the right to make all modification deemed necessary for improvi...

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