Packo A/DX Series Installation Manual Download

Page: 4 / 78

4/78

06/02/2008

1.00

Parts ............................................................................................................................................................................. 47

The IB cooling system ................................................................................................................................................. 48

The IB cooling system ........................................................................................................................................... 48

Diagram ................................................................................................................................................................. 48

Parts ....................................................................................................................................................................... 49

Operation of the IB cooling system ....................................................................................................................... 49

Operation of the cooling unit ................................................................................................................................. 49

IB: filling the ice water reservoir ................................................................................................................................. 51

Introduction............................................................................................................................................................ 51

Warning ................................................................................................................................................................. 51

Water quality ......................................................................................................................................................... 51

Inhibitor ................................................................................................................................................................. 51

Concentration ......................................................................................................................................................... 51

How to fill it........................................................................................................................................................... 52

IB ice thickness sensors ......................................................................................................................................... 52

TR15 ...................................................................................................................................................................... 53

Time switch ........................................................................................................................................................... 53

Electrical ............................................................................................................................................ 54

Electrical connection ........................................................................................................................................ 54

Introduction ................................................................................................................................................................. 54

Regulations .................................................................................................................................................................. 54

Power required ............................................................................................................................................................ 54

Connections ................................................................................................................................................................. 54

Crank-case heating ................................................................................................................................................. 54

Softstarter .................................................................................................................................................................... 54

Voltage control relay ................................................................................................................................................... 55

Description ............................................................................................................................................................. 55

Diagram ................................................................................................................................................................. 55

Differential cut-out ...................................................................................................................................................... 56

Earth ............................................................................................................................................................................ 56

Bonding ....................................................................................................................................................................... 56

Power ........................................................................................................................................................................... 56

REM/DX, RS/DX .................................................................................................................................................. 56

LEM/DX, RS/DX .................................................................................................................................................. 57

REM/DIB, RS/DIB, LEM/DIB, LS/DIB ............................................................................................................... 58

A-TANK ................................................................................................................................................................ 58

RM/IB .................................................................................................................................................................... 58

OM/DX, OM/IB .................................................................................................................................................... 59

EIB, IBR, IBR (COMPACT) ................................................................................................................................. 59

Supply cable ................................................................................................................................................................ 60

Cleaning ............................................................................................................................................. 61

Connection to the water mains (with automatic cleaning) ............................................................................... 61

Water quality ............................................................................................................................................................... 61

Water pressure and flow .............................................................................................................................................. 61

Connect to the water mains ......................................................................................................................................... 61

About cleaning the milk cooling tank .............................................................................................................. 62

Summary of Contents for A/DX Series

Page 1: ...1 78 06 02 2008 1 00 Installation manual Milk cooling tanks General part 160251 ...

Page 2: ...11 Overview 11 Introduction 11 Warning 11 On delivery 12 Checking the delivery 12 Unpacking 12 Moving closed tanks 12 Moving VM DX 13 About your milk cooling tank 14 General specifications 14 Measurements 16 Table of measurements and weights of the different DX DIB models 16 Placing the tank 19 Before placing 19 Directions 19 Placing the agitator 20 Introduction 20 Placing the agitator on closed t...

Page 3: ...g 36 Overview 36 Introduction 36 The cooling unit 37 Illustration 37 Parts 37 Positioning of the remote cooling unit 38 Placing the cooling unit 38 Schematic diagram 38 Piping the remote cooling unit 39 Method 39 Fitting oil traps 40 Warnings 40 Setting the the pressure switches 41 Warning 41 Low pressure pressostat 41 High presssure pressostaat 42 Control of fan motor s 42 Fan speed controller 43...

Page 4: ...rical 54 Electrical connection 54 Introduction 54 Regulations 54 Power required 54 Connections 54 Crank case heating 54 Softstarter 54 Voltage control relay 55 Description 55 Diagram 55 Differential cut out 56 Earth 56 Bonding 56 Power 56 REM DX RS DX 56 LEM DX RS DX 57 REM DIB RS DIB LEM DIB LS DIB 58 A TANK 58 RM IB 58 OM DX OM IB 59 EIB IBR IBR COMPACT 59 Supply cable 60 Cleaning 61 Connection ...

Page 5: ... 64 Choise of cleaning agent 64 Using acid or alkaline cleaning products 64 Warning 64 Recommended products 64 Dose 64 Automatic dosing 65 The standard automatic cleaning system 66 Picture 66 Parts 66 The ECO WASH automatic cleaning system 67 Picture 67 Parts 67 Manual cooling and cleaning option 68 Warning 68 Manual cooling 68 Manual cleaning 68 Cleaning phases 69 Commissioning 70 Maintenance and...

Page 6: ...on of the motors 73 Cooling compressor 73 Manual cooling and cleaning 74 Specials 75 The DIB cooling system 75 The DIB cooling system 75 Schematic overview 75 Parts 75 Operation 76 DIB connection to the ice builder 77 Introduction 77 Connection at the milk cooling tank 77 Connection at the ice builder 77 Attention 77 Pre cooling 78 Installation 78 ...

Page 7: ...on Meaning Description Remark A remark provides additional information about a certain topic The information in a remark is not invaluable but can be useful Attention If you do not follow the directions precisely then The system can be damaged in this case damage is not covered by the warranty The quality of the milk can be affected Warning A warning draws your attention to a possible danger or ri...

Page 8: ...nk They cannot be removed according to the CE regulations Sticker Instructions The machine or part of it is built according to the CE regulations The machine or part of it is certified according to the EN13732 standard You are invited to read the instructions Danger machinery connected to electrical network Do not spray water on the motor ...

Page 9: ...g the following turn the main switch to 0 or OFF and lock it Before opening the electrical control box of the tank Before the servicing of the milk cooling tank Before checking the agitator blades spray balls or the inner vessel In case of electrical or mechanical faults inform the installer immediately Before you start working on the cooling unit Make sure that your hands are dry when you use the...

Page 10: ...ctions carefully and always follow the safety instructions Wear protective gloves and safety goggles whilst using the cleaning agents Cleaning unit Never sit lean or place any foreign objects on the cooling unit Do not put anything in front of the condenser This will reduce air circulation and affect cooling efficiency General Only use the tank for milk The tank is not suitable for other fluids or...

Page 11: ...ns Overview Introduction In this chapter you will find detailed directions for installing your milk cooling tank Warning Only a recognised installer may carry out the installation The installation is to be carried out in the order described below ...

Page 12: ...you should immediately inform your supplier Unpacking The tank was packaged with the greatest care for transport However when you unpack it we do advise that you check for possible damage which the tank may have incurred during transport In case of damage please inform your supplier immediately Moving closed tanks It is important that the guidelines below are observed when lifting a closed tank If...

Page 13: ...13 78 06 02 2008 1 00 Moving VM DX It is important that the guidelines below are observed when moving a tank with a built on cooling unit If not the tank may be damaged See center of gravity WRONG RIGHT ...

Page 14: ...rmonic interferences Condensing unit Single phase 230 V 50 60 Hz nominal Three phase 3 x 400 V 50 60 Hz nominal 3Ph N A protection against low voltage must be installed Ambient conditions ambient temperature The tank is operational between 10 C and 50 C The tank can be stored between 20 C and 70 C On the tank a fabrication plate is installed on which you find the following information 1 2 3 17 16 ...

Page 15: ...Nominal volume of the tank L 13 Nominal kg cooling agent to be charged to the cooling unit 5 Fabrication date 14 Frequency Hz 6 Weight of the tank kg 15 Voltage e g 3 x 400 V N 7 Test pressure of the heat exchanger bar 16 Type of cooling agent e g R404A 8 Working pressure of the heat exchanger bar 17 Manufactured according european standard e g EN13732 9 Protection grade of the control cabinet e g...

Page 16: ...00 3800 T2 T4 3050 1800 1840 1960 590 4400 T2 T4 3420 1800 1840 1960 667 5000 T2 T4 3760 1800 1840 1960 730 6150 T2 T4 3440 2100 2058 2178 854 7200 T2 T4 3900 2100 2058 2178 901 8200 T2 T4 4355 2100 2058 2178 1090 9000 T2 T4 4227 2233 2208 2328 1155 10000 T2 T4 4567 2233 2208 2328 1229 12000 T2 T4 5356 2233 2208 2328 1450 15000 T2 T4 6532 2233 2208 2328 1800 RS DX RS DIB 5000 8000 T4 3686 2233 220...

Page 17: ... 2670 2245 25500 T4 T6 9743 2133 2550 2670 2550 32000 T4 T6 11648 2133 2550 2670 3200 LS DX LS DIB 10250 T6 4205 2133 2550 2670 1196 13100 T6 5195 2133 2550 2670 1414 14500 T6 4182 2500 2917 3037 1421 15500 T6 4358 2500 2917 3037 1562 17500 T6 4967 2500 2917 3037 1750 21500 T6 5932 2500 2917 3037 2078 25500 T6 6752 2500 2917 3037 2453 30450 T6 8205 2500 2917 3037 2925 A DX 8150 T4 T6 3705 2033 244...

Page 18: ...1996 2116 601 T2 2590 1800 2179 2299 682 3300 T4 2930 1800 1996 2116 655 T2 2930 1800 2178 2299 750 3800 T4 3245 1800 1996 2116 730 T2 3245 1800 2178 2299 830 4400 T4 3615 1800 1996 2116 860 T2 3615 1800 2178 2299 980 5000 T4 3955 1800 1996 2116 940 T2 3955 1800 2178 2299 1076 6000 T4 3955 1800 2269 2382 1050 T2 4580 1800 2173 2293 1240 7150 T4 T6 4580 1800 2269 2389 1300 9650 T4 T6 4580 2256 2526...

Page 19: ...e a pressure of 12 N mm minimum Keep at least 0 6 metres around the tank including e g steps operator console built on cooling machine free for cleaning it The space between the ceiling and the top ladder step should be min 2m If necessary you should install a ladder or platform in order to let the installer have access to the milk entry point without risk Preferably the door should be 20 wider th...

Page 20: ...20 78 06 02 2008 1 00 Placing the agitator Overview Introduction This section covers the installation procedure of the agitator depending on the type of tank ...

Page 21: ...aded piece of the agitator motor shaft and check that the O ring is present 2 Mount the 4 threaded rods to the motor flange These rods must be screwed into the motor flange until they are just coming through it 3 Put the paddle in the tank via the manhole 4 Put the paddle through the opening 5 Put the rubber seal the intermediary SS flange and the V ring over the paddle shaft 6 Screw the agitator ...

Page 22: ...the end of the agitator shaft 4 Push the agitator bushing over the motor output shaft align the holes in both shafts and insert the stainless steel elastic pin 5 Secure the motor to the lid with 4 washers and 4 bolts M6 x 12 to the bridge with 4 spacer sleeves Ø10 x 1 x 50 and 4 studs M6x60 6 For tanks with 1 lid in the motor terminal box a float switch is fitted which cuts the power supply to the...

Page 23: ... it onto the lid 4 Put the distance ring 3 on the lid 5 Push the agitator bushing over the motor 4 output shaft align the holes in both shafts and insert the stainless steel elastic pin 6 For tanks with 1 lid in the motor terminal box a float switch is fitted which cuts the power supply to the motor the moment the lid is opened To have this function the agitator motor positioning has to be choosen...

Page 24: ...utlet side H2 For VM tanks put the spirit level on the bottom of the tank For closed tanks put the spirit level on the edges of the manhole while the cover is open and manhole seal removed 2 Fill the tank with water to 20 of the nominal volume of the tank 3 Adjust the 2 back legs opposite the milk outlet side so that there is a difference on the measuring rod between points H2 milk outlet side and...

Page 25: ...tance between mounting studs of the dipsticks Table Type H2 H1 mm 2 H2 H1 mm 5 LR mm LC mm L mm 5000 88 100 1712 2299 1893 6200 96 108 1712 2859 2453 7000 113 1712 3239 2833 8000 115 125 1712 3709 3303 9000 111 118 1853 3482 3076 10000 113 140 1853 3869 3463 12000 138 157 1853 4669 4263 14000 107 157 1853 4904 4498 15500 163 182 1853 5453 5045 18000 128 1853 6204 5806 22000 128 1853 7499 7093 2550...

Page 26: ...the chapter Levelling the tank you can find how to use the table Figure LR measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm 3 5000 58 6200 88 7000 8000 114 9000 97 10000 130 12000 140 14000 160 15500 166 18000 201 22000 246 25500 278 32000 384 Type nominal contents of the tank ...

Page 27: ...Figure LR measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm 2 H2 H1 mm 5 LR mm LC mm L mm 10250 124 1864 3543 3135 13100 150 1864 4533 4125 14500 123 2356 3543 3135 15500 123 2356 3719 3311 17650 142 2356 4328 3920 21500 132 2356 5293 4872 25500 233 2356 6113 5875 30450 247 2356 7413 7005 Type nominal contents of the tank ...

Page 28: ...low In the chapter Levelling the tank you can find how to use the table Figure LR measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 LR mm LC mm L mm 8150 106 1853 3039 2634 10350 127 2050 3255 2850 12300 130 2050 3891 3486 Type nominal contents of the tank ...

Page 29: ...uds of the dipsticks Table Type H2 H1 mm 2 H2 H1 mm 5 LR mm LC mm L mm 1050 57 876 1279 936 1300 65 876 1588 1169 1700 65 876 1889 1487 2100 72 876 2376 1967 2600 56 1175 1777 1372 3100 66 1175 2137 1732 3800 74 1175 2372 1961 4400 81 1175 2742 2331 5000 99 1175 3082 2671 6150 87 1420 2760 2354 7200 94 98 1420 3218 2817 8200 90 111 1420 3677 3269 9000 95 115 1584 3565 3157 10000 112 117 1584 3912 ...

Page 30: ...n the chapter Levelling the tank you can find how to use the table Figure LR measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm 2 H2 H1 mm 3 H2 H1 mm 5 LR mm LC mm L mm 5000 67 1432 2264 1856 8000 95 1595 3028 2616 Type nominal content of the tank in litres ...

Page 31: ...Levelling the tank you can find how to use the table Figure LR measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm LR mm LC mm L mm 1300 58 1175 1225 807 1600 66 1175 1522 1140 2000 77 1175 1872 1482 2500 89 1175 2322 1940 3000 101 1175 2772 2355 Type nominal contents of the tank ...

Page 32: ... tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm 2 H2 H1 mm 5 LR mm LC mm L mm 1600 62 876 1891 1481 2200 71 95 876 2524 2114 2800 62 1175 1716 1306 3300 67 1175 2056 1646 3800 71 1175 2371 1961 4400 75 1175 2740 2331 5000 82 1175 3080 2671 6000 T4 82 118 1420 3080 2671 6000 T2 90 1175 3703 3286 5 7150 90 1420 3703 3290 5 9650 113 1584 3649 3245 12400 114 1584 4694 4286...

Page 33: ... measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm LR mm LC mm L mm 300 0 607 723 5 715 5 450 0 607 1097 5 1089 5 600 0 607 1447 5 1439 5 800 0 607 1497 1489 1000 0 607 1847 1839 1200 0 607 2197 2189 1500 0 697 1862 1854 1800 0 697 2246 2238 2300 0 720 2595 2589 2750 0 720 3096 3090 3400 0 720 3096 3090 Type nominal contents ...

Page 34: ...nk you can find how to use the table Figure LR measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm LR mm LC mm L mm 600 0 607 1097 1089 800 0 607 1497 1489 1000 0 607 1847 1839 1200 0 607 2197 2189 1500 0 697 1866 1858 1800 0 697 2246 2238 2300 0 720 2595 2587 Type nominal contents of the tank ...

Page 35: ...g the tank you can find how to use the table Figure LR measuring rod length LC inside dimensions milk tank L distance between mounting studs of the dipsticks Table Type H2 H1 mm LR mm LC mm L mm 325 0 525 0 504 1147 1130 680 0 670 1147 1130 830 0 820 1147 1130 1000 0 670 1400 1383 1200 0 820 1400 1383 1500 0 1800 0 2000 0 Type nominal contents of the tank ...

Page 36: ...36 78 06 02 2008 1 00 Cooling Overview Introduction The installation procedure differs depending on the type of cooling system of the milk cooling tank This section covers the cooling instructions ...

Page 37: ... a cooling unit supplied by Packo As not all the parts are standard you will perhaps not find all of them in your cooling unit Parts Element Function 1 Suction Rota lock valve 2 Condenser 3 High pressure Rota lock valve 4 High and low pressure switch 5 Liquid receiver valve 6 Compressor 7 Liquid receiver ...

Page 38: ...ch is at least as large as the condenser is In the wall opposite the condenser make an opening the size of the condenser for the evacuation of hot air If the cooling unit is placed inside in front of a closed wall the following measures have to be taken Keep a free area between the wall and the consensor equal to the following formula L H H L 2 L length H height of the condensing unit Make sure th...

Page 39: ...zontal suction pipe should slope slightly down towards the compressor If the cooling unit is placed higher than the tank an oil trap as small as possible has to be made in the suction pipe before the vertically placed pipe see drawing on next page Preferably mount the liquid pipe against the suction pipe so that a heatchanger is created 3 Carry out a pressure test connect a low and high pressure m...

Page 40: ...ilver solder to weld the pipes to the different elements evaporators liquid receivers Avoid getting moisture and dirt in the pipes If cooling agent or oil is accidentally spilt on the milk cooling tank it must be thoroughly cleaned immediately If not the stainless steel surface can be affected All hot parts pipes must be properly insulated e g Armaflex Cooling agent when burnt spreads very poisono...

Page 41: ... segments Low pressure pressostat Set the following values in kg cm Evaporator segments milk cooling tanks R22 R404A R134a R12 ON OFF ON OFF ON OFF Only bottom segment 1 5 0 5 1 5 0 5 1 3 0 3 Bottom segment 1 2 and Top segment 3 4 1 5 4 5 0 5 3 1 1 5 5 6 0 5 4 1 3 2 4 0 3 1 5 The settings for the IB tanks are similar to DX tanks with only a bottom evaporator segment On tanks with bottom and top ev...

Page 42: ... is 5 5 bar Control of fan motor s If the cooling unit is installed outside ambient temperature 5 C for long periods or connected to a heat recovery system the pressure of the refrigerant in the receiver tank HAS TO be kept above a certain minimum One of the methods which can be used is switching the condensor fans on and off by means of a pressure switch or electronic fan speed controller connect...

Page 43: ...or will be stopped when speed decreases to minimum speed 45V of R M S Min speed fan motor will be kept running at minimum speed when speed decreases to minimum speed 45V of R M S Factory settings CutOff In order to protect the fan motor the minimum speed is limited at 45 of R M S V 5 Terminal board Used for wiring power supply is connectd to terminals 1 and 2 terminals 3 and 4 to fan motor See ele...

Page 44: ...el may be round or oval depending on the type Parts The table below provides an overview of all the parts Part Description 1 Evaporator 2 Adjustable legs 3 Insulation layer 4 Agitator 5 Roto Jet Spray ball 6 Milk outlet 7 Control panel 8 Steps 9 Manhole manhole cover with milk inlet opening 10 Agitator motor 11 Pressure pipe for cleaning 12 Vent the vent hole can be used as a milk inlet ...

Page 45: ... below provides an overview of the parts of the DX cooling system No Description No Description 1 High and low pressure switch 7 Solenoid valve 2 Compressor 8 Sight glass 3 Air cooled fan condenser 9 Heat Exchanger option 4 High pressure switch option 10 Evaporator 5 Liquid receiver 11 Thermostatic expansion valve 6 Filter drier ...

Page 46: ...ndenser 3 2 The fan sucks air over the cooling fins of the condenser so that the gas condenses into a fluid at a lower temperature 3 The fluid created in this way leaves the condenser under high pressure 4 The thermostatic expansion valve 11 injects the fluid into the evaporator 10 5 The fluid in the evaporator takes the heat from the milk in the tank and evaporates This is how the milk is cooled ...

Page 47: ...ll the parts Part Description 1 Ice water reservoir 2 Ice water pump 3 Insulation layer 4 Agitator 5 Adjustable legs 6 Evaporator tubes 7 Spray head 8 Control panel shape depends on the type of tank 9 Milk outlet 10 Steps 11 Manhole manhole cover with milk inlet 12 Pressure pipe for the cleaning system 13 Agitator motor 14 Milk cooling tank 15 Vent the vent hole can be used as a milk inlet ...

Page 48: ...er walls of the inner tank the milk tank itself This is a fast and efficient way of cooling As the stock of ice water does not have direct contact with the milk tank the milk even in small quantities does not freeze Diagram The diagrams below represent the IB cooling system schematically Figure 1 Figure 2 a b c d e 1 2 3 4 5 6 7 8 11 10 9 ...

Page 49: ...ed by an ice thickness regulator When the layer of ice is sufficiently thick the cooling unit is automatically switched off This prevents one block of ice being formed 3 When the milk cooling is activated the ice water is sprayed d by the ice water pump c via the spray tubes a along the outer wall of the milk tank b The water absorbs the heat of the milk That is how the milk is cooled 4 The heated...

Page 50: ...4 The thermostatic expansion valve 11 sprays the cooling fluid into the evaporator 10 5 The cooling fluid in the evaporator absorbs the heat of the water and evaporates This is how the water is cooled and ice is formed 6 The compressor 2 extracts the cooling gas out of the evaporator 10 and the cycle starts again ...

Page 51: ...check this you can have the water analysed by a recognized laboratory Inhibitor The product which is added is 1 2 3 Benzotriazol The right dose is delivered with every IB tank or ice builder It must be added to the water in the ice water reservoir by the installer when commissioning is finished If the water in the ice water reservoir is lost as a result of for example a defect or a repair when the...

Page 52: ...d RM IB tanks are equipped with 2 sensors a 50 brown cable and 50 white cable one for each cooling unit When the 50 sensor is selected the ice is formed till a diameter of 53 mm 2 mm The sensor must always be installed according to underneath drawing and may not be moved How to use Factory settings all IB systems equiped with a 50 50 sensor and selector switch the system is always set at 50 If the...

Page 53: ... installed the cooling unit is started with a delay This means if milk cooling ice water pump is started the time relay is counting down and after the preset time and if not enough ice is available the cooling unit starts forming ice Time switch A time switch can be mounted in areas where electricity cost is lower during certain periods in time This time clock controls the cooling unit to build ic...

Page 54: ...specting the local regulations You will find a general circuit diagram in the electrical box of the milk cooling tank Crank case heating If the compressor has crank case heating CV it should be connected Details of the connection can be found on the Installation diagram inside one of the control boxes Softstarter If the cooling unit is fitted with a softstarter the correct settings have to be made...

Page 55: ...utput status yellow LED Over threshold R1 Is lit when the voltage exeeds the maximum threshold after the set delay 8 5 Relay supply status green LED Un Is lit when the voltage lies between the minimum and maximum voltage 6 Relay output status yellow LED Under threshold R2 Is lit when the voltage exeeds the minimum threshold after the set delay 7 7 Threshold time delay adjusting potentiometer 0 3 3...

Page 56: ... a good earth earth resistance 5 Ohm earth wire min 6mm Also to be checked with the local regulations Bonding The bonding has to be installed by means of a yellow green wire with 6 mm near the connection clamp foreseen on the tank the cooling unit and the main earth connection of the building and must be continuous Do not connect the bonding to the earth terminal strip in the electrical panel Powe...

Page 57: ...DX RS DX Type content P Watt class I max A class in L 2BII 4BII 6BII 2BII 4BII 6BII LEM DX 5000 12064 9587 25 65 20 45 6200 14674 11472 29 85 25 15 7000 8000 18174 12564 35 40 28 40 9000 21944 15174 44 80 32 60 10000 21944 17122 44 80 35 80 12000 28348 21944 54 20 44 80 14000 32344 22044 61 10 45 30 15500 39748 23228 72 06 46 30 17500 38218 28448 69 70 54 70 21000 43372 32544 80 60 61 60 25000 536...

Page 58: ... 10250 13100 2000 11 00 14500 1860 10 30 15500 21500 2100 11 50 A TANK Type content P Watt class I max A class in L 2BII 4BII 6BII 2BII 4BII 6BII A TANK 8150 27848 16622 51 45 33 05 10350 38118 21944 69 20 44 80 12300 43072 28348 79 60 54 20 RM IB Type Content P Watt class I max A class in L 2BII 4BII 6BII 2BII 4BII 6BII RM IB 1600 7038 5330 22 00 19 11 2200 8726 6109 24 02 20 10 2800 10587 7038 2...

Page 59: ... 7 25 4 41 1200 4029 2061 7 25 4 83 1500 4958 2960 9 15 6 07 1800 5500 3250 9 48 6 26 2300 6646 4029 11 17 7 25 OMDX 300 1588 1033 3 54 5 25 450 1811 1301 4 33 3 16 600 2710 1877 5 57 3 91 800 3779 1811 6 75 4 33 1000 4708 2710 8 65 5 57 1200 5250 2710 8 98 5 57 1500 5820 3779 9 68 6 75 1800 8257 3779 13 20 6 75 2300 10142 5250 17 90 8 98 2750 10954 6040 19 40 10 68 3400 13564 6616 23 60 11 67 EIB...

Page 60: ...EM DIB and LS DIB single phase connection The power and the intensity are only for the tank so without the ice builder and its cooling group Supply cable Hereafter the types of cables to be used in function of the main fuse I max A cable Main fuse circuit breaker A n x mm 10 4x1 5 1 5 16 10 20 4x2 5 2 5 20 20 25 4x4 4 25 25 35 4x6 6 40 35 50 4x10 10 50 50 63 4x16 16 63 63 80 4x25 25 80 80 100 4x35...

Page 61: ...pressure minimum 1 5 bar maximum 5 bar Flow minimum 20 litres minute Connect to the water mains Connect the cold water valve blue sticker and the hot water valve red sticker to the cold and hot water taps provided by the dairy farmer Use heat and pressure resistant flexible hoses with the following diameters Type of cleaning system Inner diameter Standard cleaning 1 agitator 13 mm Standard cleanin...

Page 62: ...the automatic cleaning system The tank is cleaned in phases each phase using an amount of water equal to 1 of the tank content with a minimum of 25 litres Phase Description 1 A first pre rinse with cold water removes the remains of milk If your system has a second outlet valve the rinse water is discharged separately 2 A second pre rinse with hot water removes remains of milk and preheats the tank...

Page 63: ...rain valve all the cleaning water runs into the sewer A second drain valve can be fitted to allow the milky water remains of the first rinse be piped to a separate drain Second dosage cup or third dosage pump Using the second dosage cup or third dosage pump allows you to add a disinfectant to the final rinse water Drain water detection An extra sensor can be mounted to check if there is still wate...

Page 64: ...ining chlorine Mixing them will cause a chemical reaction resulting in poisonous gases Recommended products PACKO INOX N V recommends the following cleaning agents Type Name Art no content Alkaline FULL CLEAN DA 36861 23 kg Acid FULL CLEAN S 36860 25 kg Never use an alkaline cleaning agent which is older than 6 months after the purchase date Never use a foam forming product Dose Follow the instruc...

Page 65: ...f cleaning agent should be connected as follows Connect a drum with an alkaline product to the blue hose Connect a drum with an acid product to the red hose Connect a drum with desinfectant with a white transparent hose The output of the standard dosage pumps is 280cc min at 50Hz ...

Page 66: ...icate the flow of the cleaning water N Description N Description 1 Agitator motor with rotating water coupling 7 Dump valve 2 Pressure pipe 8 Cleaning pump 3 Water box with dosage cups second container option 9 Cold water inlet valve 4 Outlet tank 10 Hot water inlet valve 5 Self washing outlet 11 Roto Jet Spray ball 6 Level sensor for the cleaning water The standard automatic cleaning cycle can al...

Page 67: ...rrows indicate the flow of the cleaning water N Description N Description 1 Agitator motor with rotating water coupling 7 Suction pipe of the cleaning pump 2 The Dolphin control panel 8 Level sensor of the cleaning water 3 The dosage pumps for the cleaning agent 9 Dump valve 4 Cold water inlet valve 10 Cleaning pump 5 Hot water inlet valve 11 Water reservoir 6 Milk outlet optional self cleaning ou...

Page 68: ...ally Step Action 1 Screw the wash cap to the milk outlet or attach the rubber connection from the cleaning pump to the outlet 2 Open the outlet valve 3 Fill the tank with water via the manhole with 1 of its nominal volume Depending on the cleaning phase see next page use hot water and a cleaning agent Follow the instructions enclosed or on the packaging of the cleaning agent Make sure the alkaline...

Page 69: ...ion 1 Rinse the tank with warm water for 2 minutes 2 Clean the tank with hot water and a cleaning agent for 12 minutes The water temperature required depends on the type of cleaning agent check the instructions on the drum for each cleaning product 3 Rinse the tank with cold water for 2 minutes 4 Rinse the tank a second time with cold water for 2 minutes If applicable use a desinfectant ...

Page 70: ...70 78 06 02 2008 1 00 Commissioning See relevant installation manuals Dolphin 160183 PCV 3 155480 ...

Page 71: ...ing agent f e CIF 500 ml Always rinse thoroughly afterwards with pure water drinking water and dry off Never use cleaning agents which contain chlorine or the products for internal cleaning These can harm or damage the cooling tank Cleaning the inside Clean the tank every time milk has been collected Clean the tank at least once a week with an acid cleaning agent to remove milk stone Wear protecti...

Page 72: ...ck the milk outlet pipe and complete tank after each cleaning Check all the water supply pipes valves and taps for leaks Check the oil level of the compressor using the sight glass The level should be at least 1 4 of the sight glass Check the sight glass in the cooling circuit You should not be able to see any vapour bubbles ones the system works for minimum 0 5 hours Check the operation of the ag...

Page 73: ...xample automatic dosing extra discharge etc Clear description of the problem as possible When how long and how often the problem occurs Safety fuses There is a spare for every type of safety fuse in the switch box If you have used a safety fuse get a replacement spare as quickly as possible from the after sales department Always replace a safety fuse with a new safety fuse of exactly the same type...

Page 74: ...ing If your milk cooling tank is equipped with the manual cooling and cleaning option you can is case of a breakdown of all automatic functions activate the cooling manually for a short period of time The tank can also be cleaned semi automatically ...

Page 75: ...o the heat exchanger through a multi injection manifold At the top the warmed up ice water is extracted In this way the heat exchanger surface is used for the full 100 The various injection points are connected by stainless steel collector pipes This is called the MULTI injection system Schematic overview The drawing below gives you a schematic overview of the DIB cooling system with pre cooler Pa...

Page 76: ...s the heat from the milk This is how the milk is pre cooled 4 The milk now runs into the milk cooling tank 3 5 Ice water is also being pumped into the heat exchanger 2 of the milk cooling tank 6 The ice water in the heat exchanger takes the heat from the milk The milk is now being cooled until the temperature setpoint is reached 7 The warmed up water coming from the pre cooler as well as from the ...

Page 77: ...on the right hand side and one on the left hand side It is not important which one is used as inlet On big tanks equipped with 2 heat exchangers you will find 2 inlet and 2 outlets The 2 heat exchangers each have to be connected to an ice water pump OD Reduction G glue Reduction glue connection Ø Ref Ø Ref OM DIB G 25 32 128655 32F 32F 23826 REM DIB G 1 1 40 50 128656 40M 32F 26466 LEM DIB G 1 1 5...

Page 78: ...re coolers milk inlet serial For more than 1000 liter milk a second pre cooler should be installed in parallel see 2 pre coolers milk inlet parallel The volume of a pre cooler is 7 6 liter For good results the milk should enter in batches of 7 6 liter Water supply must at least continue for 40 seconds after the milk pump has stopped Water flow must be equal or bigger than the milk flow It is stron...

Search results

Summary of Contents for A/DX Series

Reviews:

Related manuals for A/DX Series

Brands by name

Popular brands

Packo A/DX Series, Installation Manual

Search results

Summary of Contents for A/DX Series

Reviews:

Related manuals for A/DX Series

Brands by name

Popular brands