background image

M02

J40

M6-

04 

WDAT-3

2.160-3.660

 

 

-   E L E C T R I C AL   D AT A  -  

 

 

 

 

 

19

 

 

EXCHANGER OPERATING LIMITS 

INTERNAL EXCHANGER

 

Maximum operating pressure on refrigerant side

 

Maximum operating pressure on refrigerant side

 

 

kPa kPa 

CLIVET (C) 

1650 

1600 

PED (CE) 

1650 

1600 

 
 
 

SOUND LEVELS

 

 

Acoustic configuration ST 

 

 

 

Acoustic configuration SC 

 

Sound Power Level

 

(dB) 

Octave band (Hz) 

Sound 

pressure 

level 

 

Sound 

power 

level 

Size 

63  125  250  500  1000 2000 4000 8000  dB(A) 

dB(A) 

2.160

 

101 98 94 93 96 93 87 78 

80 

100 

2.180

 

101 98 94 94 97 94 88 77 

81 

101 

2.200

 

102 99 95 95 98 95 89 78 

81 

101 

2.220

 

102 99 95 95 98 95 89 78 

81 

101 

2.250

 

102 99 95 94 98 96 90 78 

81 

102 

2.280

 

102 100 96 95 98 96 90 78 

81 

102 

2.300

 

102 100 96 95 98 95 92 80 

81 

102 

2.320

 

101 99 95 95 98 94 93 81 

81 

102 

2.340

 

103 101 97  97 100 96  94  82 

82 

103 

2.360

 

105 102 98  98 101 97  95  83 

83 

104 

2.390

 

105 102 98  98 101 97  95  83 

83 

105 

2.420

 

106 103 99  99 102 98  96  84 

84 

105 

2.450

 

106 103 99  99 102 98  96  84 

84 

106 

2.480

 

107 104 100 100 103  99  97  85 

85 

106 

3.480

 

104 102 98  98 101 97  96  84 

83 

105 

3.500

 

106 103 99  99 102 98  97  85 

84 

106 

3.540

 

108 105 101 101 104 100

98  86 

85 

107 

3.630

 

109 106 102 102 105 101

99  87 

86 

108 

3.660

 

110 107 103 103 106 102 100  88 

87 

109 

 
 
 

Acoustic 

configuration 

LN 

   Acoustic 

configuration 

EN

 

 

Sound Power Level

 

(dB) 

Octave band (Hz) 

Sound 

pressure 

level 

 

Sound 

power 

level 

Grand.

 

63  125  250  500  1000 2000 4000 8000  dB(A) 

dB(A) 

2.160

 

98 86 86 89 91 86 82 73 

74 

93 

2.180

 

98 85 85 90 91 88 83 70 

74 

94 

2.200

 

98 85 85 90 91 88 83 70 

74 

95 

2.220

 

98 85 85 90 91 88 83 70 

74 

95 

2.250

 

99 86 86 90 92 90 85 72 

75 

95 

2.280

 

99 86 87 91 92 90 85 72 

75 

96 

2.300

 

98 85 86 91 92 88 86 73 

75 

96 

2.320

 

98 85 86 92 93 87 88 75 

75 

96 

2.340

 

99 86 87 92 94 88 88 75 

76 

97 

2.360

 

99 86 87 92 94 88 88 75 

76 

97 

2.390

 

100 87 88 93 95 89 89 76 

77 

98 

2.420

 

100 87 88 93 95 89 89 76 

77 

98 

2.450

 

101 88 89 94 96 90 90 77 

78 

99 

2.480

 

101 88 89 94 96 90 90 77 

78 

99 

3.480

 

102 89 90 96 97 91 92 79 

78 

101 

3.500

 

103 90 91 96 98 92 92 79 

78 

101 

3.540

 

103 90 91 96 98 92 92 79 

79 

101 

3.630

 

104 91 92 97 99 93 93 80 

80 

102 

 
 
Measures according to ISO 3744 regulations, with respect to the EUROVENT 8/1 certification. 
The sound pressure level refers to a distance of 1m from the external surface of the units operating in an open field. 
data referred to the following conditions : internal exchanger water = 12/7°C 
 

Sound Power Level

 

(dB) 

Octave band (Hz) 

Sound 

pressure 

level 

 

Sound 

power 

level

 

Size 

63  125 250 500 1000 2000 4000 8000  dB(A) 

dB(A) 

2.160

98 95 91 90 93 90 84 75 

77 

97 

2.180

98 95 91 91 94 91 85 74 

78 

98 

2.200

99 96 92 92 95 92 86 75 

78 

98 

2.220

99 96 92 92 95 92 86 75 

78 

98 

2.250

99 96 92 91 95 93 87 75 

78 

99 

2.280

99 97 93 92 95 93 87 75 

78 

99 

2.300

99 97 93 92 95 92 89 77 

78 

99 

2.320

98 96 92 92 95 91 90 78 

78 

99 

2.340

100

98 94 94 97 93 91 79 

79 

100 

2.360

102

99 95 95 98 94 92 80 

80 

101 

2.390

102

99 95 95 98 94 92 80 

80 

102 

2.420

103 100

96 96 99 95 93 81 

81 

102 

2.450

103 100

96 96 99 95 93 81 

81 

103 

2.480

104 101

97 97 100

96 94 82 

82 

103 

3.480

101

99 95 95 98 94 93 81 

80 

102 

3.500

103 100

96 96 99 95 94 82 

81 

103 

3.540

105 102

98 98 101

97 95 83 

82 

104 

3.630

106 103

99 99 102

98 96 84 

83 

105 

3.660

107 104

100

100

103

99 97 85 

84

106

Sound Power Level

 

(dB) 

Octave band (Hz) 

Sound 

pressure 

level 

 

Sound 

power 

level  

Grand.

63 125 250 500 1000 2000 

4000 

8000 dB(A)  dB(A) 

2.160

86 76 77 81 84 78 78 68 

67 

87 

2.180

84 74 75 84 84 80 77 64 

68 

88 

2.200

85 75 76 85 85 81 78 65 

68 

88 

2.220

85 75 76 85 85 81 78 65 

68 

88 

2.250

85 75 76 82 85 82 80 66 

68 

89 

2.280

86 77 77 84 86 83 81 67 

69 

90 

2.300

86 77 77 86 87 82 83 69 

70 

91 

2.320

85 76 77 87 88 80 84 71 

70 

91 

2.340

86 76 77 87 88 80 84 71 

70 

91 

2.360

87 77 78 87 88 80 84 71 

70 

91 

2.390

88 78 79 88 89 81 85 72 

70 

92 

2.420

89 79 80 89 90 82 86 73 

71 

93 

2.450

89 79 80 89 90 82 86 73 

71 

93 

2.480

90 80 81 90 91 83 87 74 

72 

94 

3.480

88 79 80 90 91 83 87 74 

72 

94 

3.500

88 79 80 90 91 83 87 74 

72 

94 

3.540

90 80 81 90 91 83 87 74 

72 

94 

 

Summary of Contents for WDAT-3 2.160

Page 1: ...2 280 2 280 2 280 2 280 2 300 2 300 2 300 2 300 2 320 2 320 2 320 2 320 2 340 2 340 2 340 2 340 2 360 2 360 2 360 2 360 2 390 2 390 2 390 2 390 2 420 2 420 2 420 2 420 2 450 2 450 2 450 2 450 2 480 2...

Page 2: ......

Page 3: ...SPECIFICATIONS 12 ELECTRICAL DATA 12 RECEPTION 20 INSPECTION UPON RECEPTION 20 STORAGE 20 HANDLING 20 REMOVING THE PACKING 21 POSITIONING 22 POSITIONING 22 DIMENSIONS WEIGHT DISTRIBUTION 25 WATER CON...

Page 4: ...higher risk for things and peoples to become damaged and injured FAULT POOR OPERATION Switch off the unit in the event of faults or poor operation REPAIR Only have repairs carried out by a service cen...

Page 5: ...mplify the unit lifting and earthing INTERNAL EXCHANGER Direct expansion exchanger with independent circuit on the refrigerant side for each compressor The tube bundle is removable and allows easy mai...

Page 6: ...rill Anti hail protection grilles compressor suction shut off valve Hydropack pump group onboard see details further on in options with 2 and 4 poles type motors EN version only 4 poles type Anti ice...

Page 7: ...emperatures Unit with double operation set point The availability of reduction capacity steps by means of compressor capacity control depends on the application temperature range Please call our comme...

Page 8: ...the means used to reach such purpose CE MARK Clivet products bear the CE mark in compliance with the requirements of the following EC directives including the latest amendments and with the correspon...

Page 9: ...ting the installation site Installation on a structure not able to bear the weight and or afford a secure anchorage of the equipment may cause the unit to fall and or topple resulting in damage to per...

Page 10: ...y maintenance operation they must be resealed in an open position the non observance of these instructions could bring the risk of an explosion of the cooling circuit with possible injury to things an...

Page 11: ...roduct can mix up into a flammable blend at particular temperature and pressure conditions 11 Toxicological information Acute toxicity Inhalation Practically non toxic in experiments conducted on anim...

Page 12: ...ump share required to overcome the pressure drop for the solution circulation inside the exchangers 3 DSW twin screw compressor 4 S T tube bundle 5 AX axial flow fan OPERATING LIMITS SIZES 2 160 2 180...

Page 13: ...perature 1 C 43 43 43 44 43 Max air intake temperature 2 C 49 49 49 50 49 Min air intake temperature 3 C 10 10 10 10 10 Min air intake temperature 4 C 9 9 9 8 9 Min air intake temperature 5 C 1 1 1 2...

Page 14: ...e bundle 5 AX axial flow fan OPERATING LIMITS SIZES 2 160 2 180 2 200 2 220 2 250 2 280 2 300 2 320 2 340 2 360 2 390 2 420 2 450 2 480 EXTERNAL EXCHANGER Max air intake temperature 1 C 46 5 45 5 42 4...

Page 15: ...e 3 C 10 10 10 10 Min air intake temperature 4 C 9 9 9 9 Min air intake temperature 5 C 1 1 1 1 Min air intake temperature 6 C 13 13 13 13 INTERNAL EXCHANGER Max water inlet temperature 7 C 21 Min wat...

Page 16: ...0 2 200 2 220 2 250 2 280 2 300 2 320 2 340 2 360 2 390 2 420 2 450 2 480 EXTERNAL EXCHANGER Max air intake temperature 1 C 44 5 43 44 41 5 42 41 39 39 5 39 39 5 40 5 42 5 41 5 41 5 Max air intake tem...

Page 17: ...ke temperature 4 C 9 9 9 Min air intake temperature 5 C 1 1 1 Min air intake temperature 6 C 13 13 13 INTERNAL EXCHANGER Max water inlet temperature 7 C 21 Min water outlet temperature 8 C 5 Min water...

Page 18: ...e glycol by weight 5 10 15 20 25 30 35 40 Freezing temperature C 2 0 3 9 6 5 8 9 11 8 15 6 19 0 23 4 Safety temperature C 3 0 1 0 1 0 4 0 6 0 10 0 14 0 19 0 Cooling Capacity Factor Nr 0 995 0 990 0 98...

Page 19: ...89 94 96 90 90 77 78 99 3 480 102 89 90 96 97 91 92 79 78 101 3 500 103 90 91 96 98 92 92 79 78 101 3 540 103 90 91 96 98 92 92 79 79 101 3 630 104 91 92 97 99 93 93 80 80 102 Measures according to I...

Page 20: ...s of levels of superimposition shown in the package Avoid placing the unit with thermoretractable protection under the sun since the pressure of the circuits can assume values which activate the safet...

Page 21: ...According to the spring equalizing rocker arm type move the upper or lower hooks a b c d a b c d Baricentro unit unit barycentre REMOVING THE PACKING For removing the packaging use specific personal p...

Page 22: ...d from the ground also considering the maximum level which can be reached in case of snow 2 Verify that the fixing supporting points are level and suitable to support the weight of the unit see the we...

Page 23: ...30 C6100100 C6100100 C6100090 C6100090 2 200 PE581062 C6100095 C6100095 C6100100 C6100100 2 220 PE581062 C6100095 C6100095 C6100100 C6100100 2 250 PE581062 C6100095 C6100095 C6100100 C6100100 2 280 PE...

Page 24: ...C6100086 C6100101 C6100100 2 340 PE581224 C6100090 C6100101 C6100100 C6100086 C6100101 C6100100 2 360 PE581224 C6100090 C6100101 C6100100 C6100086 C6100101 C6100100 2 390 PE581242 C6100100 C6100101 C6...

Page 25: ...15 1320 1360 1365 1360 1365 W2 kg 1174 1182 1355 1363 1400 1408 1400 1408 W3 kg 1029 1028 1058 1057 1102 1102 1102 1102 W4 kg 1063 1065 1089 1092 1134 1137 1134 1137 1 INTERNAL EXCHANGER EVAPORATOR 2...

Page 26: ...27 1717 1555 1773 1555 1773 W2 kg 1476 1617 1727 1866 1754 1921 1754 1921 W3 kg 1161 1276 1175 1288 1202 1343 1202 1343 W4 kg 1275 1346 1328 1400 1356 1456 1356 1456 1 INTERNAL EXCHANGER EVAPORATOR 2...

Page 27: ...19 1 219 1 W1 kg 1645 1706 1826 2067 1824 1885 2002 2244 1889 1950 1889 1950 W2 kg 1677 1745 2074 2263 1857 1926 2258 2446 1922 1990 1922 1990 W3 kg 1362 1456 1500 1607 1390 1485 1532 1637 1455 1550 1...

Page 28: ...3762 3774 3767 3788 3752 3756 3753 3788 3752 3756 3753 N mm 3311 3321 3307 3311 3304 3305 3286 3293 3278 3288 3276 3283 3262 3298 3294 3297 3262 3298 3294 3297 O mm 1211 1210 1209 1212 1202 1203 1233...

Page 29: ...NGER EVAPORATOR 2 EXTERNAL EXCHANGER CONDENSER 3 LIFTING HOLES 4 HOLE TO HANG UNIT 5 ELECTRICAL PANEL 6 POWER INPUT 7 SOUNDPROOFED CABIN 8 INTERNAL EXCHANGER WATER INLET 9 INTERNAL EXCHANGER WATER OUT...

Page 30: ...AIR FLOW TO THE CONDENSER COIL 13 MINIMUM DIMENSION FOR A SAFE PASSAGE 14 CLEARANCE ACCESS RECOMMENDED G BARYCENTRE WORK IN PROGRESS LN EN SIZES 2 420 2 450 2 480 2 390 2 420 2 450 2 480 A mm B mm C...

Page 31: ...ER CONDENSER 3 LIFTING HOLES 4 HOLE TO HANG UNIT 5 ELECTRICAL PANEL 6 POWER INPUT 7 SOUNDPROOFED CABIN 8 INTERNAL EXCHANGER WATER INLET 9 INTERNAL EXCHANGER WATER OUTLET 10 MINIMUM DIMENSION FOR A SAF...

Page 32: ...APORATOR 2 EXTERNAL EXCHANGER CONDENSER 3 LIFTING HOLES 4 HOLE TO HANG UNIT 5 ELECTRICAL PANEL 6 POWER INPUT 7 SOUNDPROOFED CABIN 8 INTERNAL EXCHANGER WATER INLET 9 INTERNAL EXCHANGER WATER OUTLET 10...

Page 33: ...480 3 500 3 540 A mm B mm C mm D mm M mm 5237 5193 5188 5275 5232 5226 5314 5291 5280 5320 5291 5280 N mm 5753 5797 5802 5715 5758 5764 5676 5699 5710 5670 5699 5710 O mm 1088 1100 1096 1063 1075 1072...

Page 34: ...HANGER EVAPORATOR 2 EXTERNAL EXCHANGER CONDENSER 3 LIFTING HOLES 4 HOLE TO HANG UNIT 5 ELECTRICAL PANEL 6 POWER INPUT 7 SOUNDPROOFED CABIN 8 INTERNAL EXCHANGER WATER INLET 9 INTERNAL EXCHANGER WATER O...

Page 35: ...sulation and or empty the system by verifying that in the system or in the unit no taps are closed so they can not trap the water even after emptying there are no low points where the water can stagna...

Page 36: ...The moving of single components is made very simple Weight is reduced since at even piping dimensions the joints weigh half as much as the flanges Utilisation of standard components that are availabl...

Page 37: ...termined according to the plant features The section of supply cables and protection cable must be seized according to the characteristics of the protections used SIGNALS DATA LINES Do not exceed the...

Page 38: ...ngle External Fan A 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 F L I FULL LOAD POWER INPUT AT MAX ADMISSIBLE CONDITION F L I Total kW 150 4 174 2 225 5 225 5 247 9 283 5 308 2 332 9 353 2...

Page 39: ...tivate a secondary set point with a remote contact for example for the nighttime DEMAND LIMIT It is possible to limit the absorbed electric power with an external signal of 10 Vcc or 4 20 mA Only an a...

Page 40: ...1 3 5 7 9 2 4 8 10 6 CN2 CN1 16 14 12 10 8 6 4 2 15 13 11 9 7 5 3 1 J22 J15 8 9 10 11 1 2 3 4 5 6 7 COMPRESSOR MODULE TANDEM TRIO code C5110673 tandem C5110672 trio It manages the cooling circuit com...

Page 41: ...graph MODBUS CONVERTER CAN to MODBUS via RS 485 cod PE1W0003 6 Interfacing via RS 485 is performed using a converter for each unit The converter must be mounted on the electric board of the unit and c...

Page 42: ...n independent unit SpinChiller SpinChiller SpinChiller CAN 0 At use Cavo CAN OPEN Max extension 200mt with a twisted and shielded pair L max single derivation 20cm L max single derivation 20cm L max s...

Page 43: ...position Check that there is no air in the circuit If required bleed it using the vent valves in the system When using antifreeze solutions make sure the glycol percentage is suitable for the type of...

Page 44: ...EXCHANGER AT THE WATER SIDE The pressure measurements will be easier if M gauges are installed as shown in the HYDRAULIC CONNECTION DIAGRAM REFRIGERANT CIRCUIT PARAMETER CHECK When the unit works in...

Page 45: ...when the outlet temperature increases The themoregulator can only add one step at a time and only when the insertion scan time expires At any other moment no action of step insertion can be performed...

Page 46: ...econdary set point is activated by configuring the 276 MinPot2Set parameter access reserved to the assistance centres DEMAND LIMIT POWER LIMIT The function limits the electric power absorbed by the un...

Page 47: ...Antifreeze alarm set 4 121 CEN PreAF Antifreeze pre alarm set 4 5 261 CEN SetResist Antifreeze heater set 4 menu PARAMETERS SET UNIT EVAPORATORS 37 EVAP SetResist Antifreeze heater set 4 39 EVAP ALLFr...

Page 48: ...SETUP To select the CONFIGURE submenu ESC I HOME buttons F2 F3 To access ESC I HOME button F1 ENTER To select DAY ESC I HOME buttons F1 F2 To change week day ESC I HOME button F3 To select one of the...

Page 49: ...CK Set the clock DATA Set the dater To go back to the main menu ESC I HOME button HOME UNIT STATUS A sub menu is associated with each electronic module of the unit It displays the system status Accord...

Page 50: ...tenths 13 CompDuty C tenths 14 Ambient temperature C tenths 15 Ambient humidity 16 Free Cooling valve percentage 17 Free Cooling flow percentage 18 Free Cooling valve control 1 ON 0 OFF 19 Pump 1 sta...

Page 51: ...e block relay activates simultaneously according to the type of alarm Alarms can be reset once the conditions that caused them to trip have been removed ALARMS and faults show a potentially dangerous...

Page 52: ...tion CENTRAL MODULE Str Name 1 E001 H2O IN temp probe fault on control module 2 E002 H2O OUT temp probe fault on control module 3 E003 Outside air temp probe fault 4 E004 Water Reset input fault 5 E00...

Page 53: ...rge temp alarm E125 MaxTS TEE prealarm E126 SPI Faulty alarm TEE driver disconnection E127 Power Fail alarm E128 Stepper Motor Error alarm PUMP MODULE Str Name Name 53 E501 Water flow probe fault 54 E...

Page 54: ...from the air input side Verify that the aluminum fins are not bent or damaged In the event of damages contact the authorized assistance center and get the battery ironed out in order to restore the i...

Page 55: ...r break for cooling units or when seasonal switching should be performed When restarting refer to the SWITCHING ON section Schedule technical assistance in advance to avoid hitches and be able to use...

Page 56: ...57 5 0 5 86 21 57 7 79 1 70 8 69 16 0 44 28 60 46 43 78 38 84 26 01 5 2 6 92 22 65 8 79 2 73 7 73 16 2 44 77 60 95 44 24 39 32 26 46 5 4 7 96 23 70 9 77 3 73 6 79 16 4 45 26 61 44 44 69 39 79 26 90 5...

Page 57: ...6 66 03 82 22 63 76 59 85 45 47 37 6 82 67 98 58 78 62 76 01 60 26 26 8 66 37 82 56 64 07 60 18 45 77 37 8 82 94 98 84 78 86 76 27 60 50 27 0 66 71 82 90 64 38 60 51 46 08 38 0 83 20 99 09 79 09 76 5...

Page 58: ...he cooling circuit 7 Too much refrigerant in the circuit 8 Check the trigger point for the manostat and transducer 9 Check the manostat or transducer pressure control point deposits of oil dirt pin bl...

Page 59: ...nment The antifreeze fluid must be stored in special containers When recovering the substances present in the unit all measures must be taken to avoid damaging persons and things and polluting the sur...

Page 60: ...238 Fax 44 0 1489 573033 info clivet uk co uk CLIVET NEDERLAND B V Amersfoort Netherlands Tel 31 0 33 7503420 Fax 31 0 33 7503424 info clivet nl CLIVET TFA PVT LTD Bangalore INDIA Tel 91 80 25351617 F...

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