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MTA TAEevo Tech 015 Operating And Maintenance Manual Download Page 78

OPERATING AND MAINTENANCE MANUAL

Chapter 7 - Electronic controller

TAEevo Tech 015÷802 60 Hz UL

77

The data in this manual are not binding and they can be modified by the manufacturer without notice.

Reproduction of this manual is strictly prohibited

EN

ENGLISH

CF50

C

Proportional output OUT 1:
0= Output disabled
1= Evaporator pump 0...10V with modulating operation
2= Modulating output 0...10V for Free cooling
3= Not used
4= 0...10V auxiliary output no. 1
5= 0...10V auxiliary output no. 2
6= 0...10V modulating output compressor 1 circuit no. 1
7= 0...10V modulating output compressor 1 circuit no. 2
8= Condensing fans 0...10V modulating output circuit no. 1
9= Condensing fans 0...10V modulating output circuit no. 2
Relay controlling ON / OFF output

0

o 1

9

c50

CF51

C

Proportional output OUT 2:
0= Output disabled
1= Evaporator pump 0...10V with modulating operation
2= Modulating output 0...10V for Free cooling
3= Not used
4= 0...10V auxiliary output no. 1
5= 0...10V auxiliary output no. 2
6= 0...10V modulating output compressor 1 circuit no. 1
7= 0...10V modulating output compressor 1 circuit no. 2
8= Condensing fans 0...10V modulating output circuit no. 1
9= Condensing fans 0...10V modulating output circuit no. 2
Relay controlling ON / OFF output

0

o 1

9

c50

CF52

C

Proportional output OUT 3:
0= Output disabled
1= Evaporator pump 0...10V with modulating operation
2= Modulating output 0...10V for Free cooling
3= Not used
4= 0...10V auxiliary output no. 1
5= 0...10V auxiliary output no. 2
6= 0...10V modulating output compressor 1 circuit no. 1
7= 0...10V modulating output compressor 1 circuit no. 2
8= Condensing fans 0...10V modulating output circuit no. 1
9= Condensing fans 0...10V modulating output circuit no. 2
10= Condensing fans phase chopping modulating output circuit
no. 1
11= Condensing fans phase chopping modulating output circuit
no. 2
Relay controlling ON / OFF output

0

o 1

11

c50

CF53

C

Proportional output OUT 4:
0= Output disabled
1= Evaporator pump 0...10V with modulating operation
2= Modulating output 0...10V for Free cooling
3= Not used
4= 0...10V auxiliary output no. 1
5= 0...10V auxiliary output no. 2
6= 0...10V modulating output compressor 1 circuit no. 1
7= 0...10V modulating output compressor 1 circuit no. 2
8= Condensing fans 0...10V modulating output circuit no. 1
9= Condensing fans 0...10V modulating output circuit no. 2
10= Condensing fans phase chopping modulating output circuit
no. 1
11= Condensing fans phase chopping modulating output circuit
no. 2
Relay controlling ON / OFF output

0

o 1

11

c50

Remote terminal

CF54

U

Configuration of remote terminal no. 1:
0= Absent
1= On board NTC probe
2= Without on board NTC probe

0

2

Parameter Level

Description

Min.

Max.

UM

Resolution

«
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76
77
78
79
80
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Summary of Contents for TAEevo Tech 015

Page 1: ...T A E e v o T e c h WATER CHILLERS OPERATING AND MAINTENANCE MANUAL TAEevo Tech 015 802 60 Hz UL DDOMA00417 Original instructions in Italian language Service...

Page 2: ...the appropriate UL agency Some examples include Replacement of panel components with components that are different than those originally supplied Replacement of motors or other current drawing devices...

Page 3: ...st be ordered 0 1 U n i t s t a r t s t o p The unit can be switched on and off as follows From the keypad local or remote From a digital input configured as remote ON OFF NOTE In case of a power loss...

Page 4: ...ill appear in flashing mode The setpoint can be changed using the or buttons To save the new setpoint press or wait for the time out to exit programming mode 0 3 A l a r m s d i s p l a y a n d r e s...

Page 5: ...ing installation 13 2 5 Precautions to be adopted during operation 13 2 6 Maintenance precautions 13 2 7 Disposal disassembly and recycling 15 2 8 Refrigerant gases 15 2 8 1 Refrigerants safety datash...

Page 6: ...41 7 11 5 Probe faulty 41 7 11 6 High pressure switch alarm 41 7 11 7 High pressure switch alarm and or compressor thermal alarm 42 7 11 8 Low pressure switch alarm 42 7 11 9 High pressure 43 7 11 10...

Page 7: ...e pump management if ambient probe is installed 61 7 20 ModBus 62 7 21 Automatic restart 62 7 22 Control with LCD graphic display 62 7 23 Function of buttons 63 7 24 Probes visualization 63 7 25 Unit...

Page 8: ...prohibited EN ENGLISH 9 4 Draining the process water circuit 185 9 5 Pressure limiting valve option 186 9 5 1 General notes of safety 186 9 5 2 General notes 186 9 5 3 Range of application 186 9 5 4 I...

Page 9: ...so in the dimensional drawings and refrigerant circuit diagrams The meaning of each symbol is indicated below The following warning symbols are shown on the stickers on the unit If requested the same...

Page 10: ...Requests for SPARE PARTS and any INFORMATION concerning the unit must be made to your dealer or nearest service centre specifying the MODEL and SERIAL NUMBER shown on the unit s dataplate and on the...

Page 11: ...led in the adjacent figure each position in the upper row is associated with an alphanumeric value in the lower row 0 1 2 A B etc and each character is associated with a specific feature of the unit P...

Page 12: ...operational procedures or uses tools or working procedures that are not specifically recommended he must take care to ensure that the unit and the auxiliary equipment are not damaged or made unsafe a...

Page 13: ...ry The weight values shown in the following table were obtained with the unit empty pump P3and axial fans The manufacturer does not supply load spreaders lifting straps or hooks with the unit Model TA...

Page 14: ...als installed in the unit and in the auxiliary equipment All electrical connections must comply with local codes The unit and its auxiliary equipment must be connected to earth and protected against s...

Page 15: ...to inspect parts of the unit For all units establish a suitable time interval for cleaning procedures ATTENTION If replacement parts are needed use only original spares Take care not to damage pressur...

Page 16: ...Do not replace or mix one gas with another because different gases are not mutually compatible To clean out a very heavily contaminated refrigerant system e g after a refrigerant compressor burnout a...

Page 17: ...Solubility in water Negligible STABILITY AND REACTIVITY Stability No reactivity if used in compliance with instructions Materials to avoid Highly oxidising materials Incompatible with magnesium zinc...

Page 18: ...max Unit power input in limit operating conditions PROTECTION RATING According to European standard EN 60529 NEMA 250 international standard ELECTRICAL DIAGRAM Identifies the electrical diagram number...

Page 19: ...p pressure head PSI 85 7 44 9 85 7 44 9 84 3 50 6 83 4 49 2 87 5 50 1 86 6 56 9 85 4 56 9 84 2 57 5 rated power kW 1 5 1 5 1 5 1 5 3 0 3 0 3 0 3 0 Axial flow fan No of fans 1 1 1 1 1 2 2 2 total airfl...

Page 20: ...5 2 FT from the ground Values with tolerance of 2 dB Sound pressure level according to ISO 3744 Fan Lp dB A Lw dB A TAEevo Tech 015 axial 69 5 82 5 TAEevo Tech 020 axial 68 9 81 9 TAEevo Tech 031 axi...

Page 21: ...ibration and consequent very low noise during normal operation The compressors are cooled by the refrigerant on the suction line protected against possible overheating of the windings by an internal m...

Page 22: ...In this case the unit stops due to tripping of the anti freeze alarm and the shut off valves must be reopened The bypass serves exclusively to allow an anti freeze alarm to trip if present and to allo...

Page 23: ...sheet metal shoulders carbon steel tank Chillers with non ferrous hydraulic circuit TAEevo Tech 015 401 stainless steel AISI 304 copper brass and plastic materials Specifically with copper tubes and...

Page 24: ...duce room temperature 3 The ambient air must be clean avoid sea ambients brackish air and not contain flammable gas or corrosive solvents 4 The minimum and maximum working ambient temperature are spec...

Page 25: ...The conditions specified in the table do not guarantee anti freeze protection with the machine operating in bypass mode between water delivery and return and with the machine water inlet and outlet fi...

Page 26: ...water circuit is subject to frequent infiltrations of air it is good practice to install an automatic bleed valve 4 If the unit is supplied without pump make sure the pump installed by the user has i...

Page 27: ...e the absence of air bubbles and contaminants If the pump runs noisily or emits anomalous noise it may be necessary to bleed the liquid circuit in order to prime the pump The procedure is as follows u...

Page 28: ...the minimum volume of the expansion vessel use the formula shown below which is valid if the circuit pressure is less than or equal to 0 5 bar 7 2 PSI when the pump is idle and the maximum working pre...

Page 29: ...ith the values indicated on the machine data plate Main distribution systems in United States Main distribution systems in Canada Glycol 0 10 20 30 40 Temperature C F 20 4 1 0036 1 0195 1 0353 1 0511...

Page 30: ...TRICAL CODE and CEC CANADIAN ELECTRICAL CODE 5 After the connection to the circuit breaker switch as indicated in the wiring diagram the unit s power cable must exit the unit by the appropriate hole p...

Page 31: ...ted on the unit s data plate 4 Use the pressure gauge on the rear panel of the unit to check that the pressure is approximately 0 5 bar 7 2 PSI only for closed hydraulic circuits 5 Check that the main...

Page 32: ...possible tripping of the protections To reduce the overload you can progressively close without closing it completely a valve at the chiller outlet to reduce the flow rate of water passing through it...

Page 33: ...used AUX lit with tank auxiliary heater on Lit if heaters anti freeze heaters are on Heat pump operating mode icon not used Lit if the domestic hot water production function is active not used Lit if...

Page 34: ...r refers to the probes for the positioning of these probes consult the refrigerant circuit diagram and the electrical diagram Descriptions of the probes utilised are given below Models TAEevo Tech 015...

Page 35: ...le to Display the measured values Manage the alarm situation by displaying and signalling Programmable When the unit is in stand by the controller shows the label on the display 7 5 2 Start from a dig...

Page 36: ...oportionally as the ambient temperature rises the difference between the ambient temperature and the operating setpoint is a value which can be set by means of parameter Sd03 with values from 23 41 F...

Page 37: ...et function and proceed to the next circuit only the loads associated with the circuit are disabled To exit the CrEn function and return to normal display mode press or wait for the time out In normal...

Page 38: ...ayed in the lower display with a resolution of 10 starts For example if the number 2 is displayed the compressor starts are 20 in number To display the number of starts proceed as follows Open the fun...

Page 39: ...using the key Operation of a single pump can be disabled for servicing or to disconnect it from the circuit in the event of a malfunction In the functions menu it is displayed with the label POEn ins...

Page 40: ...rm 7 11 2 How to mute the buzzer The controller emits an audible signal to alert the operator to the presence of alarms buzzer The buzzer is muted in the following ways Automatic muting the buzzer is...

Page 41: ...CF1 Configuration alarm A I X X X ACF2 Configuration alarm A I X X X ACF3 Configuration alarm A I X X X ACF4 Configuration alarm A I X X X ACF5 Configuration alarm A I X X X ACF6 Configuration alarm A...

Page 42: ...ith the particular probe in error status the regulators associated with the probe in question will be disabled An error of the temperature control probe will cause a unit shut down while an error of t...

Page 43: ...the fans are forced at the maximum speed for 60 seconds before switching off If Par FA02 1 fans operating mode independent from the compressor with alarm active the fans are forced at the maximum spe...

Page 44: ...denser water pump s Follows its control Compressors of affected circuits Off Compressors of unaffected circuits Follows its control Pump down solenoid of unaffected circuits Follows its control Pump d...

Page 45: ...17 Level sensor input active duration Used to set a time during which the level sensor alarm must persist before the alarm is signalled The count starts after time AL15 and makes it possible to filter...

Page 46: ...Alarm signalled if ID active for time AL17 Reset ID not active for time AL18 Reset Automatic becomes manual if ID active for time AL16 counted at expiry of AL17 reset procedure in functions menu Icon...

Page 47: ...Delivery fan Follows its control Condensing fans Follows its control Support water heater anti freeze Follows its control Evaporator condenser water pump s Follows its control Compressor affected If...

Page 48: ...ay follows its control No load start up valve follows its control Delivery fan Follows its control Condensing fans Follows its control Support water heater anti freeze Follows its control Evaporator c...

Page 49: ...control Delivery fan Follows its control Condensing fans Follows its control Support water heater anti freeze Follows its control Evaporator condenser water pump s Follows its control Compressors Foll...

Page 50: ...C1Mn compressor 1 maintenance request C2Mn compressor 2 maintenance request C3Mn compressor 3 maintenance request C4Mn compressor 4 maintenance request Cause of trip Compressor running hours programm...

Page 51: ...nfigured ACF4 CF59 1 and digital input not configured or CF59 2 and no NTC probe configured as ambient air temperature Unit configured as heat pump only and compressors plant enabled CF03 0 and no con...

Page 52: ...e circuit only certain resources are defined the following are necessary condensing probe recovery request digital input recovery relay or no output is defined AC10 Compressors with inverter there are...

Page 53: ...obe for condensation on circuit 1 28 NTC temperature probe for condensation on circuit 2 If the input is to be used as a digital input the configuration will be from o1 to C75 and will take on the mea...

Page 54: ...ation fan thermal cutout on circuit 1 24 Condensation fan thermal cutout on circuit 2 25 Common condensation fan thermal cutout 26 Evaporator water pump 1 thermal cutout 27 Evaporator support water pu...

Page 55: ...rcuit 1 11 2nd ON OFF condensation ventilation step on circuit 1 12 3rd ON OFF condensation ventilation step on circuit 1 13 4th ON OFF condensation ventilation step on circuit 1 14 1st ON OFF condens...

Page 56: ...2 relay on compressor 4 71 Step capacity control 1 on compressor 4 72 Step capacity control 2 on compressor 4 73 Step capacity control 3 on compressor 4 74 Gas bypass valve on start up of compressor...

Page 57: ...that combines all alarms on a single output contact The relay is active with the following logic In the example digital input ID8 is configured as a high pressure switch on circuit 1 label o active wi...

Page 58: ...abled The lower display shows the label with the alarm code while the upper display shows the label n with a sequential number from 00 to 99 Scroll through all the alarms present press or To exit the...

Page 59: ...the upper display shows the associated value To enter the parameters menu Pr2 service level 1 Enter Pr1 press for 2 seconds the lower display shows the label Pr2 Repeat the procedure from point 2 To...

Page 60: ...ent must be switched off and switched on again to repeat the operation or start with normal control in this case the key must be unplugged when the instrument is off 7 14 2 Hot key programming ATTENTI...

Page 61: ...y running Compressors regulator operation diagram in chiller mode 7 15 6 Compressors rotation For correct operation in the compressors time the electronic controller manages rotation of compressor sta...

Page 62: ...circuit and then a compressor is stopped in only the circuit involved The unloading function is deactivated only if the condensing pressure decreases and remains below the unloading set for a preset...

Page 63: ...s For further information refer to the specific manual 7 2 1 A u t o m a t i c r e s t a r t In case of a power loss when power is restored the unit will be ON if it was ON at the time of power loss a...

Page 64: ...r ON OFF by timetable Function not available Electric heater Defrost Function not available Sanitary water Function not available Alarm Allows to read the value of the probes configured in the Ichill...

Page 65: ...umes priority with respect to the power on command If the unit is powered off with a local command it must be powered back on with a local command When the unit is in OFF status from a digital input t...

Page 66: ...sor information Function not available Circuit maintenance Auxiliary output status Visualization and reset of the alarms Sanitary water status sanitary water temperature antilegionella status etc Func...

Page 67: ...u m p m a i n t e n a n c e Mask Description Pressing or it is possible to select the group of parameters to modify then press How to modify the value of the parameter press or to select the paramete...

Page 68: ...t it Reset the alarm is not active and it is possible to reset it ATTENTION With this procedure you can reset all the alarms except for the compressor thermal cut out alarms for which the password wil...

Page 69: ...l i z a t i o n 7 3 5 E l e c t r i c h e a t e r v i s u a l i z a t i o n 7 3 6 I O s t a t u s Display of temperatures and pressures measured by the probes configured Mask Description Pressing or...

Page 70: ...iewing the status of the relays 7 3 7 A u x i l i a r y o u t p u t v i s u a l i z a t i o n Probes Expansion I O if configured Probes of the electronic expansion valve if configured Display of value...

Page 71: ...trol to HotKey 64 Upload Download from HotKey 64 to control this operation is enabled only if the control is in STD BY or remote OFF otherwise the display shows the message Download enabled only in st...

Page 72: ...tion It is possible to set contrast and backlight it is strongly recommended to reduce as possible the activation time of the backlight language selection Ichill firmware release to verify the compati...

Page 73: ...by the manufacturer without notice Reproduction of this manual is strictly prohibited ENGLISH EN Compressors status Compressors of ON OFF type Inverter compressors not available Unloading status Evapo...

Page 74: ...ng setpoint 50 0 58 ST01 C F Dec Int ST03 C Chiller maximum set Establishes the maximum limit that can be utilised to set the chiller working setpoint ST01 110 0 230 C F Dec Int ST04 C Heat pump setpo...

Page 75: ...ge dP01 S Upper display default presentation 0 No visualization 1 Temperature probe of the evaporator water inlet EIn label 3 Temperature probe of the common evaporator water outlet EOut label 0 16 dP...

Page 76: ...3 3 steps 0 3 Analogue inputs CF07 C Operation in temperature or pressure from analogue input 0 Operation in temperature pressure NTC 4 20 mA The condensing temperature is controlled via an NTC probe...

Page 77: ...nsducer PB3 pressure value at 20mA 5 V 1 0 14 50 0 725 Bar Psi Dec Int CF26 C Transducer PB4 pressure value at 4mA 0 5 V 1 0 14 50 0 725 Bar Psi Dec Int CF27 C Transducer PB4 pressure value at 20mA 5...

Page 78: ...0 o 1 9 c50 CF52 C Proportional output OUT 3 0 Output disabled 1 Evaporator pump 0 10V with modulating operation 2 Modulating output 0 10V for Free cooling 3 Not used 4 0 10V auxiliary output no 1 5 0...

Page 79: ...ngeover differential if parameter CF80 2 0 1 0 25 0 45 C F Dec Int Unit of measurement selection CF62 C C or F selection 0 C BAR 1 F psi 0 1 Mains frequency selection CF63 S Mains frequency selection...

Page 80: ...0 No 1 Yes 0 1 I O expansion configuration EI01 C I O expansion board address 0 15 EI02 C PB1 configuration If configured as a digital input 0 o 1 28 c75 EI03 C PB2 configuration If configured as a di...

Page 81: ...I33 C RL1 configuration 0 o1 c74 EI34 C RL2 configuration 0 o1 c74 EI35 C RL3 configuration 0 o1 c74 EI36 C RL4 configuration 0 o1 c74 EI37 C RL5 configuration 0 o1 c74 EI38 C RL6 configuration 0 o1 c...

Page 82: ...30 0 54 C F Dec Int Sd07 C Dynamic setpoint max increase in chiller mode auxiliary analogue output 1 30 0 54 30 0 54 C F Dec Int Sd08 C Dynamic setpoint max increase in heat pump mode auxiliary analo...

Page 83: ...n ES03 C Start of operating band no 2 0 24 0 24 00 by Hours 10 Min ES04 C End of operating band no 2 0 24 0 24 00 by Hours 10 Min ES05 C Start of operating band no 3 0 24 0 24 00 by Hours 10 Min ES06...

Page 84: ...imum setting evaporation Establishes the minimum limit that can be utilised to set the suction probe working setpoint 0 Cr02 Bar Psi Dec Int Cr04 C Suction probe compressors maximum setting evaporatio...

Page 85: ...valve OFF and compressor stopped 2 Screw compressors enables minimum capacity only at compressor start start with minimum capacity unloaded starting with valve ON and compressor stopped 3 Screw compre...

Page 86: ...0 2 CO22 C Not used 0 0 CO23 C Condenser pump OFF time lag from compressor stopping This time interval is observed also when the unit is set to stand by 0 250 Min CO24 C No of hours for forced rotati...

Page 87: ...3 No 3 steps 1 3 CO50 C Minimum operating time in ON capacity step after input in unloading only for compressors with capacity control steps 0 250 Sec Compressors liquid injection function CO51 C Liq...

Page 88: ...me of continuous operation of single compressor in circuit 0 250 Min Maintenance of loads CO73 C Domestic hot water pump hour meter set 0 999 10 Hours 10 Hours CO74 C Solar panels pump hour meter set...

Page 89: ...ummer set US5 110 0 230 C F Dec Int US05 C Auxiliary relay 1 output summer setpoint US3 US4 C F Dec Int US06 C Auxiliary relay 1 output winter minimum setpoint 50 0 58 US8 C F Dec Int US07 C Auxiliary...

Page 90: ...uxiliary analogue output 1 maximum winter set US29 110 0 230 C F Dec Int US29 C Auxiliary analogue output 1 winter set US27 US28 C F Dec Int US30 C Auxiliary analogue output 1 summer differential 0 0...

Page 91: ...g pump operation in heat pump mode 0 20 US54 C Select probe 2 for modulating pump operation in heat pump mode 0 20 US55 C Set point for modulating pump maximum speed in heat pump mode 50 0 58 110 0 23...

Page 92: ...STEP SET Used to set the condensing temperature pressure value in chiller mode to which operation in ON corresponds of the relay output configured as 1st condensing fan speed step 0 0 0 50 0 725 Bar P...

Page 93: ...re pressure set in heat pump mode Used to set the condensing temperature pressure value in heat pump mode corresponding to the maximum fan speed Step control 2nd STEP SET Used to set the condensing te...

Page 94: ...C Post ventilation in heat pump mode Used to keep the fan running for a certain period after stopping of the compressor 0 250 Sec 10Sec FA32 C Ambient air temperature for post ventilation in heat pum...

Page 95: ...ements activation time lag 0 250 Min Water heater operation in chiller mode Ar15 C Water heater elements setpoint in chiller mode 50 0 58 110 0 230 C F Dec Int Ar16 C Water heater elements proportiona...

Page 96: ...y external contact and end depending on value of par dF24 0 5 dF02 C Defrost start pressure temperature 0 0 0 50 0 725 Bar Psi Dec Int dF03 C Defrost end pressure temperature 0 0 0 50 0 725 Bar Psi De...

Page 97: ...g 0 Not enabled 1 Enabled 0 1 Defrost with condensing fans dF26 C Defrost enable set with condensing fans 50 0 58 110 0 230 C F Dec Int Hybrid exchangers dF27 C Summer exchange temperature pressure se...

Page 98: ...production with common return heating cooling 2 Domestic hot water production with dedicated return heating cooling 0 2 FS02 C Operating priority 0 Heating cooling 1 Domestic hot water 2 Domestic hot...

Page 99: ...on operation band 0 1 0 25 0 45 C F Dec Int FS25 C Solar panels minimum water set Establishes the minimum limit that can be utilised to set the solar panels setpoint 50 0 58 FS23 C F Dec Int FS26 C So...

Page 100: ...pressor in case of domestic hot water request 0 Safety times not observed 1 Safety times observed 0 1 FS52 C Domestic hot water low temperature setpoint 50 58 110 0 230 C F FS53 C Domestic hot water l...

Page 101: ...ed 1 Alarm acknowledgement enabled 0 1 High alarm AL09 C Analogue input high condensing temperature pressure alarm setpoint 0 0 0 50 0 725 Bar Psi Dec int AL10 C Analogue input high condensing tempera...

Page 102: ...ow ambient air temperature air air unit low air outlet temperature air air unit alarm is tripped from AL24 to AL25 AL24 AL25 C F Dec Int AL27 S Anti freeze alarm differential in chiller mode low ambie...

Page 103: ...to set a time interval during which the temperature must remain below the set imposed by parameter AL33 in order for the anti freeze alarm to trip 0 250 Sec AL37 C Maximum number of trips hour of anti...

Page 104: ...abled 1 Alarm acknowledgement enabled 0 1 Unit generic block signalling alarm no 2 AL50 C Generic alarm no 2 operation 0 Display only not dependent on AL51 alarm relay and buzzer activated always auto...

Page 105: ...l alarm delay 0 250 Sec AL71 C Solar panels pump flow switch input active duration 0 250 Sec AL72 C Solar panels pump flow switch input inactive duration 0 250 Sec Domestic hot water heater thermal al...

Page 106: ...pressor 2 Enabled for screw compressor 0 2 AL82 C FC level sensor alarm delay 0 250 Sec AL83 C FC pump level sensor manual alarm delay 0 250 Sec AL84 C Duration of FC pump level sensor active input 0...

Page 107: ...0 C CF11 0 C CF12 0 C CF13 19 C CF14 0 C CF15 0 C CF16 0 F S CF17 0 F S CF18 0 Psi S CF19 0 Psi S CF20 0 F S CF21 0 F S CF22 0 F S CF23 0 F S CF24 0 Psi C CF25 725 Psi C CF26 0 Psi C CF27 0 Psi C CF28...

Page 108: ...6 F C CF61 18 F C CF62 1 C CF63 1 S CF64 1 U CF65 not used C CF66 not used C CF67 0 C CF68 0 C CF69 0 C CF70 0 C CF71 0 C CF72 0 C CF73 0 C CF74 0 C CF75 0 C CF76 1 C CF77 1 C CF78 0 C CF79 0 C CF80 0...

Page 109: ...0 C EI28 0 C EI29 0 C EI30 0 C EI31 0 C EI32 0 C EI33 0 C EI34 0 C EI35 0 C EI36 0 C EI37 0 C EI38 0 C EI39 0 C EI40 0 C EI41 0 C EI42 0 C EI43 0 C Sd01 0 F U Sd02 0 F C Sd03 39 F U Sd04 0 F C Sd05 54...

Page 110: ...me C ES07 0 0 C ES08 0 0 C ES09 0 0 C ES10 0 0 C ES11 0 0 C ES12 0 0 C ES13 0 0 C ES14 37 F C ES15 5 F C ES16 27 F C ES17 2 F C ES18 1 10 Min C ES19 0 Time C ES20 0 Time C ES21 0 Time C ES22 0 Time C...

Page 111: ...0 Hours U CO20 2 Sec S CO21 0 C CO22 0 C CO23 0 Min C CO24 0 10 Hours C CO25 0 Sec C CO26 0 10 Hours S CO27 0 10 Hours S CO28 0 10 Hours S CO29 0 10 Hours S CO30 0 10 Hours C CO31 0 10 Hours C CO32 0...

Page 112: ...CO67 1 C CO68 1 C CO69 1 C CO70 1 C CO71 1 Sec C CO72 0 C CO73 0 10 Hours C CO74 0 10 Hours C CO75 0 Sec C CO76 1 C CO77 1 C CO78 1 C CO79 1 C CO80 1 C CO81 1 C CO82 32 F C CO83 1 F C CO84 0 C CO85 0...

Page 113: ...F C uS20 1 F C uS21 0 Min C uS22 0 C uS23 1 C uS24 32 F C uS25 32 F C uS26 32 F C uS27 32 F C uS28 32 F C uS29 32 F C uS30 1 F C uS31 1 F C uS32 0 C uS33 100 C uS34 0 C uS35 1 C uS36 32 F C uS37 32 F...

Page 114: ...357 Psi C FA10 406 Psi C FA11 90 Psi C FA12 7 Psi C FA13 15 Psi C FA14 0 Sec C FA15 90 C FA16 30 C FA17 100 C FA18 112 Psi C FA19 175 Psi C FA20 42 Psi C FA21 22 Psi C FA22 36 Psi C FA23 90 C FA24 77...

Page 115: ...7 4 F C dF01 0 C dF02 68 Psi C dF03 290 Psi C dF04 180 Sec C dF05 5 Min C dF06 5 Min C dF07 10 Sec C dF08 10 Sec C dF09 10 Min C dF10 37 F C dF11 50 F C dF12 37 F C dF13 50 F C dF14 1 C dF15 1 C dF16...

Page 116: ...01 0 C FS02 0 C FS03 68 F C FS04 1 F C FS05 32 F C FS06 158 F C FS07 0 C FS08 0 C FS09 0 Min C FS10 0 Sec C FS11 0 Sec C FS12 0 C FS13 0 Hours C FS14 50 F C FS15 50 F C FS16 158 F C FS17 0 Time C FS18...

Page 117: ...F C FS53 1 F C FS54 0 C FS55 0 C FS56 0 C FS57 0 C FS58 0 C FS59 1 F C FS60 1 F C FS61 0 Min C FS62 0 C FS63 32 F C FS64 1 F C AL01 30 Sec S AL02 2 10 Sec C AL03 45 Psi C AL04 22 Psi C AL05 3 C AL06 0...

Page 118: ...AL40 18 F C AL41 1 C AL42 2 C AL43 1 Sec C AL44 1 10 Sec C AL45 0 C AL46 14 C AL47 1 C AL48 0 C AL49 0 C AL50 0 C AL51 0 C AL52 0 Sec C AL53 0 10 Sec C AL54 0 C AL55 0 Sec C AL56 0 Sec C AL57 0 Sec C...

Page 119: ...0 Sec C TAEevo Tech 031 161 UL Parameter Value UM Level ST01 45 F U ST02 41 F U ST03 86 F C ST04 113 F C ST05 68 F C ST06 122 F C ST07 4 F U ST08 4 F C ST09 3 C ST10 3 C ST11 0 S dP01 3 S dP02 0 S dP...

Page 120: ...Psi C CF26 0 Psi C CF27 0 Psi C CF28 0 Psi C CF29 0 Psi C CF30 o7 C CF31 o9 C CF32 o17 C CF33 0 C CF34 o3 C CF35 o1 C CF36 o26 C CF37 0 C CF38 o23 C CF39 o43 C CF40 0 C CF41 c51 C CF42 0 C CF43 0 C CF...

Page 121: ...76 1 C CF77 1 C CF78 0 C CF79 0 C CF80 0 C CF81 0 C CF82 0 C CF83 0 Sec C CF84 0 C EI01 1 C EI02 0 C EI03 0 C EI04 0 C EI05 0 C EI06 0 C EI07 0 C EI08 0 C EI09 0 C EI10 0 F C EI11 0 F C EI12 0 Psi C E...

Page 122: ...C Sd03 39 F U Sd04 0 F C Sd05 54 F U Sd06 0 F C Sd07 0 F C Sd08 0 F C Sd09 0 F C Sd10 0 F C Sd11 0 F C Sd12 0 F C Sd13 0 F C Sd14 0 F C Sd15 0 F C Sd16 0 F C Sd17 0 F C Sd18 0 F C Sd19 0 F C Sd20 0 F...

Page 123: ...22 0 Time C ES23 0 Time C ES24 0 Time C ES25 0 C ES26 0 C ES27 0 C ES28 0 C ES29 0 C ES30 0 C ES31 0 C ES32 0 F C ES33 1 F C Cr01 0 C Cr02 0 Psi C Cr03 0 Psi C Cr04 0 Psi C Cr05 1 Psi C Cr06 0 Psi C C...

Page 124: ...O32 0 10 Hours S CO33 0 10 Hours S CO34 0 10 Hours C CO35 0 10 Hours C CO36 0 C CO37 15 Psi C CO38 7 Psi C CO39 30 Sec C CO40 104 F C CO41 18 F C CO42 1 10 Sec C CO43 5 Min C CO44 566 Psi S CO45 30 Ps...

Page 125: ...C CO85 0 10 Min C CO86 0 10 Hours C CO87 0 10 Sec C CO88 0 10 Min C CO89 0 10 Hours C CO90 0 10 Sec C CO91 0 10 Sec C CO92 0 Sec C CO93 0 Sec C CO94 1 C CO95 0 10 Hours C CO96 1 C uS01 0 C uS02 1 C u...

Page 126: ...uS37 32 F C uS38 32 F C uS39 32 F C uS40 32 F C uS41 32 F C uS42 1 F C uS43 1 F C uS44 0 C uS45 100 C uS46 1 C uS47 0 C uS48 0 C uS49 32 F C uS50 1 F C uS51 0 C uS52 100 C uS53 0 C uS54 0 C uS55 32 F...

Page 127: ...A23 90 C FA24 77 F C FA25 9 F C FA26 0 Psi C FA27 0 Psi C FA28 0 Psi C FA29 0 Psi C FA30 0 Sec C FA31 0 Sec C FA32 32 F C FA33 0 C Ar01 37 F S Ar02 4 F S Ar03 37 F C Ar04 4 F C Ar05 0 C Ar06 0 C Ar07...

Page 128: ...F C dF14 1 C dF15 1 C dF16 30 Sec C dF17 1 C dF18 329 Psi C dF19 10 Sec C dF20 44 Psi C dF21 7 Psi C dF22 2 C dF23 1 C dF24 0 C dF25 0 C dF26 47 F C dF27 32 F C dF28 32 F C dF29 1 F C dF30 1 F C dF31...

Page 129: ...C FS16 158 F C FS17 0 Time C FS18 0 C FS19 1 Min C FS20 1 F C FS21 1 F C FS22 1 F C FS23 86 F C FS24 1 F C FS25 86 F C FS26 91 F C FS27 0 Sec C FS28 0 Sec C FS29 0 Min C FS30 32 F C FS31 1 F C FS32 0...

Page 130: ...AL04 14 5 Psi C AL05 3 C AL06 0 C AL07 0 Sec C AL08 0 S AL09 577 Psi C AL10 87 Psi C AL11 120 Sec C AL12 5 Sec C AL13 3 C AL14 0 C AL15 10 Sec C AL16 0 Sec C AL17 5 Sec C AL18 5 Sec C AL19 0 Sec C AL...

Page 131: ...56 0 Sec C AL57 0 Sec C AL58 0 Sec C AL59 0 C AL60 0 10 Sec C AL61 230 F C AL62 7 F C AL63 0 C AL64 30 Sec C AL65 0 Sec C AL66 0 Sec C AL67 0 Sec C AL68 0 Sec C AL69 0 Sec C AL70 0 Sec C AL71 0 Sec C...

Page 132: ...dP01 3 S dP02 0 S dP03 0 C dP04 0 C dP05 0 C dP06 0 S dP07 0 S dP08 0 S dP09 0 S dP10 0 S CF01 1 C CF02 1 C CF03 0 C CF04 2 C CF05 0 C CF06 0 C CF07 1 C CF08 11 C CF09 9 C CF10 0 C CF11 0 C CF12 0 C C...

Page 133: ...0 0 C CF41 c51 C CF42 c57 C CF43 0 C CF44 0 C CF45 o1 C CF46 0 C CF47 c2 C CF48 0 C CF49 0 C CF50 0 C CF51 0 C CF52 0 C CF53 0 C CF54 See Ch 7 41 3 U CF55 0 C CF56 0 F C CF57 0 F C CF58 0 C CF59 0 C C...

Page 134: ...C EI09 0 C EI10 0 F C EI11 0 F C EI12 0 Psi C EI13 0 Psi C EI14 0 F C EI15 0 F C EI16 0 F C EI17 0 F C EI18 0 Psi C EI19 0 Psi C EI20 0 Psi C EI21 0 Psi C EI22 0 Psi C EI23 0 Psi C EI24 0 C EI25 0 C E...

Page 135: ...19 0 F C Sd20 0 F C Sd21 0 F C Sd22 0 F C Sd23 0 F C Sd24 0 F C Sd25 0 F C Sd26 0 F C Sd27 32 F C Sd28 32 F C Sd29 0 F C Sd30 0 F C ES01 0 Time C ES02 0 Time C ES03 0 Time C ES04 0 Time C ES05 0 Time...

Page 136: ...10 Sec C CO02 22 10 Sec C CO03 60 Sec C CO04 30 Sec C CO05 3 10 Sec C CO06 0 C CO07 1 C CO08 0 Sec C CO09 0 Sec C CO10 0 C CO11 0 0 1 Sec C CO12 5 Sec C CO13 0 Sec C CO14 2 S CO15 0 S CO16 1 S CO17 6...

Page 137: ...CO49 1 C CO50 0 Sec C CO51 32 F C CO52 1 F C CO53 3 10 Min S CO54 0 Hours C CO55 58 F C CO56 1 F C CO57 0 Min C CO58 0 Sec C CO59 0 Sec C CO60 0 Sec C CO61 0 C CO62 0 Sec C CO63 0 C CO64 0 10 Min C C...

Page 138: ...uS03 32 F C uS04 32 F C uS05 32 F C uS06 32 F C uS07 32 F C uS08 32 F C uS09 1 F C uS10 1 F C uS11 0 C uS12 1 C uS13 32 F C uS14 32 F C uS15 32 F C uS16 32 F C uS17 32 F C uS18 32 F C uS19 1 F C uS20...

Page 139: ...F C uS56 1 F C uS57 0 C uS58 100 C uS59 0 C uS60 0 C uS61 1 C uS62 1 C uS63 1 C uS64 1 C FA01 0 C FA02 0 C FA03 10 Sec C FA04 4 250 sec C FA05 0 C FA06 0 Sec C FA07 30 C FA08 100 C FA09 357 Psi C FA10...

Page 140: ...C Ar09 1 C Ar10 1 S Ar11 0 C Ar12 113 F C Ar13 4 F C Ar14 0 Min C Ar15 104 F C Ar16 4 F C Ar17 113 F C Ar18 4 F C Ar19 113 F C Ar20 4 F C Ar21 3 C Ar22 3 C Ar23 0 C Ar24 0 S Ar25 0 C Ar26 37 F C Ar27...

Page 141: ...C dF32 32 F C dF33 1 F C dF34 1 F C dF35 0 C dF36 0 Sec C dF37 30 Psi C dF38 41 F C dF39 27 F C rC01 0 C rC02 5 Sec C rC03 5 Sec C rC04 1 Min C rC05 1 Min C rC06 505 Psi C rC07 36 Psi C rC08 2 Min C...

Page 142: ...C FS33 0 C FS34 0 Min C FS35 0 Sec C FS36 0 Min C FS37 32 F C FS38 1 F C FS39 0 C FS40 100 C FS41 0 C FS42 0 C FS43 32 F C FS44 1 F C FS45 0 Min C FS46 0 C FS47 0 C FS48 0 C FS49 0 C FS50 32 F C FS51...

Page 143: ...0 0 C AL21 0 C AL22 0 C AL23 0 C AL24 9 F C AL25 59 F C AL26 39 F U AL27 7 F S AL28 3 Sec C AL29 3 C AL30 1 C AL31 37 F C AL32 43 F C AL33 39 F C AL34 4 F C AL35 3 Sec C AL36 3 Sec C AL37 3 C AL38 1 C...

Page 144: ...ec C AL70 0 Sec C AL71 0 Sec C AL72 0 Sec C AL73 0 C AL74 0 C AL75 0 C AL76 0 C AL77 0 C AL78 1 Psi C AL79 1 Psi C AL80 0 C AL81 0 C AL82 0 Sec C AL83 0 Sec C AL84 0 Sec C AL85 0 Sec C AL86 0 Min C AL...

Page 145: ...CF08 11 C CF09 9 C CF10 0 C CF11 0 C CF12 0 C CF13 19 C CF14 0 C CF15 0 C CF16 0 F S CF17 0 F S CF18 0 Psi S CF19 0 Psi S CF20 0 F S CF21 0 F S CF22 0 F S CF23 0 F S CF24 0 Psi C CF25 725 Psi C CF26...

Page 146: ...F57 0 F C CF58 0 C CF59 0 C CF60 86 F C CF61 18 F C CF62 1 C CF63 1 S CF64 1 U CF65 not used C CF66 not used C CF67 0 C CF68 0 C CF69 0 C CF70 0 C CF71 0 C CF72 0 C CF73 0 C CF74 0 C CF75 0 C CF76 1 C...

Page 147: ...si C EI24 0 C EI25 0 C EI26 0 C EI27 0 C EI28 0 C EI29 0 C EI30 0 C EI31 0 C EI32 0 C EI33 0 C EI34 0 C EI35 0 C EI36 0 C EI37 0 C EI38 0 C EI39 0 C EI40 0 C EI41 0 C EI42 0 C EI43 0 C Sd01 0 F U Sd02...

Page 148: ...S04 0 Time C ES05 0 Time C ES06 0 Time C ES07 0 0 C ES08 0 0 C ES09 0 0 C ES10 0 0 C ES11 0 0 C ES12 0 0 C ES13 0 0 C ES14 37 F C ES15 5 F C ES16 27 F C ES17 2 F C ES18 1 10 Min C ES19 0 Time C ES20 0...

Page 149: ...CO17 6 10 Sec S CO18 2 Min S CO19 4 10 Hours U CO20 2 Sec S CO21 0 C CO22 0 C CO23 0 Min C CO24 0 10 Hours C CO25 0 Sec C CO26 0 10 Hours S CO27 0 10 Hours S CO28 0 10 Hours S CO29 0 10 Hours S CO30...

Page 150: ...Min C CO65 0 Sec C CO66 0 Hours C CO67 1 C CO68 1 C CO69 1 C CO70 1 C CO71 1 Sec C CO72 0 C CO73 0 10 Hours C CO74 0 10 Hours C CO75 0 Sec C CO76 2 C CO77 2 C CO78 2 C CO79 1 C CO80 1 C CO81 1 C CO82...

Page 151: ...2 F C uS18 32 F C uS19 1 F C uS20 1 F C uS21 0 Min C uS22 0 C uS23 1 C uS24 32 F C uS25 32 F C uS26 32 F C uS27 32 F C uS28 32 F C uS29 32 F C uS30 1 F C uS31 1 F C uS32 0 C uS33 100 C uS34 0 C uS35 1...

Page 152: ...FA07 30 C FA08 100 C FA09 357 Psi C FA10 406 Psi C FA11 90 Psi C FA12 7 Psi C FA13 15 Psi C FA14 0 Sec C FA15 90 C FA16 30 C FA17 100 C FA18 112 Psi C FA19 175 Psi C FA20 42 Psi C FA21 22 Psi C FA22...

Page 153: ...0 S Ar25 0 C Ar26 37 F C Ar27 4 F C dF01 0 C dF02 68 Psi C dF03 290 Psi C dF04 180 Sec C dF05 5 Min C dF06 5 Min C dF07 10 Sec C dF08 10 Sec C dF09 10 Min C dF10 37 F C dF11 50 F C dF12 37 F C dF13 5...

Page 154: ...C rC08 2 Min C rC09 1 C FS01 0 C FS02 0 C FS03 68 F C FS04 1 F C FS05 32 F C FS06 158 F C FS07 0 C FS08 0 C FS09 0 Min C FS10 0 Sec C FS11 0 Sec C FS12 0 C FS13 0 Hours C FS14 50 F C FS15 50 F C FS16...

Page 155: ...FS50 32 F C FS51 0 C FS52 32 F C FS53 1 F C FS54 0 C FS55 0 C FS56 0 C FS57 0 C FS58 0 C FS59 1 F C FS60 1 F C FS61 0 Min C FS62 0 C FS63 32 F C FS64 1 F C AL01 30 Sec S AL02 2 10 Sec C AL03 8 7 Psi C...

Page 156: ...C AL37 3 C AL38 1 C AL39 158 F C AL40 18 F C AL41 1 C AL42 2 C AL43 1 Sec C AL44 1 10 Sec C AL45 0 C AL46 14 C AL47 1 C AL48 0 C AL49 0 C AL50 0 C AL51 0 C AL52 0 Sec C AL53 0 10 Sec C AL54 0 C AL55 0...

Page 157: ...c C AL85 0 Sec C AL86 0 Min C AL87 0 Sec C TAEevo Tech 402 602 UL Parameter Value UM Level ST01 45 F U ST02 41 F U ST03 86 F C ST04 113 F C ST05 68 F C ST06 122 F C ST07 4 F U ST08 4 F C ST09 3 C ST10...

Page 158: ...S CF24 0 Psi C CF25 725 Psi C CF26 0 Psi C CF27 725 Psi C CF28 0 Psi C CF29 0 Psi C CF30 o7 C CF31 o8 C CF32 o9 C CF33 o10 C CF34 o3 C CF35 o1 C CF36 o26 C CF37 0 C CF38 o23 C CF39 o43 C CF40 0 C CF4...

Page 159: ...73 0 C CF74 0 C CF75 0 C CF76 1 C CF77 1 C CF78 0 C CF79 0 C CF80 0 C CF81 0 C CF82 0 C CF83 0 Sec C CF84 1 C EI01 1 C EI02 0 C EI03 0 C EI04 0 C EI05 0 C EI06 0 C EI07 0 C EI08 0 C EI09 0 C EI10 0 F...

Page 160: ...0 C Sd01 0 F U Sd02 0 F C Sd03 39 F U Sd04 0 F C Sd05 54 F U Sd06 0 F C Sd07 0 F C Sd08 0 F C Sd09 0 F C Sd10 0 F C Sd11 0 F C Sd12 0 F C Sd13 0 F C Sd14 0 F C Sd15 0 F C Sd16 0 F C Sd17 0 F C Sd18 0...

Page 161: ...C ES21 0 Time C ES22 0 Time C ES23 0 Time C ES24 0 Time C ES25 0 C ES26 0 C ES27 0 C ES28 0 C ES29 0 C ES30 0 C ES31 0 C ES32 0 F C ES33 1 F C Cr01 0 C Cr02 0 Psi C Cr03 0 Psi C Cr04 0 Psi C Cr05 1 P...

Page 162: ...Hours C CO31 0 10 Hours C CO32 0 10 Hours S CO33 0 10 Hours S CO34 0 10 Hours C CO35 0 10 Hours C CO36 0 C CO37 15 Psi C CO38 7 Psi C CO39 30 Sec C CO40 104 F C CO41 18 F C CO42 1 10 Sec C CO43 5 Min...

Page 163: ...CO82 32 F C CO83 1 F C CO84 0 C CO85 0 10 Min C CO86 0 10 Hours C CO87 0 10 Sec C CO88 0 10 Min C CO89 0 10 Hours C CO90 0 10 Sec C CO91 0 10 Sec C CO92 0 Sec C CO93 0 Sec C CO94 1 C CO95 0 10 Hours...

Page 164: ...C uS35 1 C uS36 32 F C uS37 32 F C uS38 32 F C uS39 32 F C uS40 32 F C uS41 32 F C uS42 1 F C uS43 1 F C uS44 0 C uS45 100 C uS46 1 C uS47 0 C uS48 0 C uS49 32 F C uS50 1 F C uS51 0 C uS52 100 C uS53...

Page 165: ...Psi C FA22 36 Psi C FA23 90 C FA24 77 F C FA25 9 F C FA26 0 Psi C FA27 0 Psi C FA28 0 Psi C FA29 0 Psi C FA30 0 Sec C FA31 0 Sec C FA32 32 F C FA33 0 C Ar01 37 F S Ar02 4 F S Ar03 37 F C Ar04 4 F C Ar...

Page 166: ...C dF12 37 F C dF13 50 F C dF14 1 C dF15 1 C dF16 30 Sec C dF17 1 C dF18 329 Psi C dF19 10 Sec C dF20 44 Psi C dF21 7 Psi C dF22 2 C dF23 1 C dF24 1 C dF25 0 C dF26 47 F C dF27 32 F C dF28 32 F C dF29...

Page 167: ...14 50 F C FS15 50 F C FS16 158 F C FS17 0 Time C FS18 0 C FS19 1 Min C FS20 1 F C FS21 1 F C FS22 1 F C FS23 86 F C FS24 1 F C FS25 86 F C FS26 91 F C FS27 0 Sec C FS28 0 Sec C FS29 0 Min C FS30 32 F...

Page 168: ...Sec C AL03 8 7 Psi C AL04 14 5 Psi C AL05 3 C AL06 0 C AL07 0 Sec C AL08 0 S AL09 577 Psi C AL10 87 Psi C AL11 120 Sec C AL12 5 Sec C AL13 3 C AL14 0 C AL15 10 Sec C AL16 0 Sec C AL17 5 Sec C AL18 5 S...

Page 169: ...54 0 C AL55 0 Sec C AL56 0 Sec C AL57 0 Sec C AL58 0 Sec C AL59 0 C AL60 0 10 Sec C AL61 230 F C AL62 7 F C AL63 0 C AL64 30 Sec C AL65 0 Sec C AL66 0 Sec C AL67 0 Sec C AL68 0 Sec C AL69 0 Sec C AL70...

Page 170: ...C ST10 3 C ST11 1 S dP01 3 S dP02 0 S dP03 0 C dP04 0 C dP05 0 C dP06 11 S dP07 0 S dP08 0 S dP09 0 S dP10 0 S CF01 1 C CF02 1 C CF03 0 C CF04 2 C CF05 2 C CF06 0 C CF07 1 C CF08 11 C CF09 9 C CF10 27...

Page 171: ...9 o43 C CF40 0 C CF41 c51 C CF42 c57 C CF43 c63 C CF44 c69 C CF45 o1 C CF46 0 C CF47 c2 C CF48 0 C CF49 0 C CF50 c10 C CF51 c11 C CF52 0 C CF53 0 C CF54 See Ch 7 41 3 U CF55 0 C CF56 0 F C CF57 0 F C...

Page 172: ...0 C EI07 0 C EI08 0 C EI09 0 C EI10 0 F C EI11 0 F C EI12 0 Psi C EI13 0 Psi C EI14 0 F C EI15 0 F C EI16 0 F C EI17 0 F C EI18 0 Psi C EI19 0 Psi C EI20 0 Psi C EI21 0 Psi C EI22 0 Psi C EI23 0 Psi...

Page 173: ...0 F C Sd17 0 F C Sd18 0 F C Sd19 0 F C Sd20 0 F C Sd21 0 F C Sd22 0 F C Sd23 0 F C Sd24 0 F C Sd25 0 F C Sd26 0 F C Sd27 32 F C Sd28 32 F C Sd29 0 F C Sd30 0 F C ES01 0 Time C ES02 0 Time C ES03 0 Tim...

Page 174: ...1 Psi C Cr08 0 C Cr09 0 C CO01 14 10 Sec C CO02 22 10 Sec C CO03 60 Sec C CO04 30 Sec C CO05 3 10 Sec C CO06 0 C CO07 1 C CO08 0 Sec C CO09 0 Sec C CO10 0 C CO11 0 0 1 Sec C CO12 5 Sec C CO13 0 Sec C...

Page 175: ...si S CO46 29 Psi C CO47 22 Psi C CO48 5 Min S CO49 1 C CO50 0 Sec C CO51 32 F C CO52 1 F C CO53 3 10 Min S CO54 0 Hours C CO55 58 F C CO56 1 F C CO57 0 Min C CO58 0 Sec C CO59 0 Sec C CO60 0 Sec C CO6...

Page 176: ...0 10 Hours C CO96 1 C uS01 0 C uS02 1 C uS03 32 F C uS04 32 F C uS05 32 F C uS06 32 F C uS07 32 F C uS08 32 F C uS09 1 F C uS10 1 F C uS11 0 C uS12 1 C uS13 32 F C uS14 32 F C uS15 32 F C uS16 32 F C...

Page 177: ...00 C uS53 0 C uS54 0 C uS55 32 F C uS56 1 F C uS57 0 C uS58 100 C uS59 0 C uS60 0 C uS61 1 C uS62 1 C uS63 1 C uS64 1 C FA01 3 C FA02 0 C FA03 10 sec C FA04 4 250 sec C FA05 0 C FA06 0 Sec C FA07 30 C...

Page 178: ...05 0 C Ar06 0 C Ar07 0 C Ar08 0 C Ar09 1 C Ar10 1 S Ar11 0 C Ar12 113 F C Ar13 4 F C Ar14 0 Min C Ar15 104 F C Ar16 4 F C Ar17 113 F C Ar18 4 F C Ar19 113 F C Ar20 4 F C Ar21 2 0 C Ar22 2 0 C Ar23 0 C...

Page 179: ...C dF29 1 F C dF30 1 F C dF31 32 F C dF32 32 F C dF33 1 F C dF34 1 F C dF35 0 C dF36 0 Sec C dF37 30 Psi C dF38 41 F C dF39 27 F C rC01 0 C rC02 5 Sec C rC03 5 Sec C rC04 1 Min C rC05 1 Min C rC06 505...

Page 180: ...in C FS30 32 F C FS31 1 F C FS32 0 Min C FS33 0 C FS34 0 Min C FS35 0 Sec C FS36 0 Min C FS37 32 F C FS38 1 F C FS39 0 C FS40 100 C FS41 0 C FS42 0 C FS43 32 F C FS44 1 F C FS45 0 Min C FS46 0 C FS47...

Page 181: ...5 Sec C AL18 5 Sec C AL19 0 Sec C AL20 0 C AL21 0 C AL22 0 C AL23 0 C AL24 9 F C AL25 59 F C AL26 39 F U AL27 7 F S AL28 3 Sec C AL29 1 C AL30 1 C AL31 37 F C AL32 43 F C AL33 39 F C AL34 4 F C AL35...

Page 182: ...7 41 3 Parameters dependent on remote terminal kit AL62 7 F C AL63 0 C AL64 30 Sec C AL65 0 Sec C AL66 0 Sec C AL67 0 Sec C AL68 0 Sec C AL69 0 Sec C AL70 0 Sec C AL71 0 Sec C AL72 0 Sec C AL73 0 C AL...

Page 183: ...gerant compressor discharge pressure and prevents it increasing to potentially hazardous values that could harm the compressor and people within the vicinity The pressure switch is of the automatic re...

Page 184: ...ed in the tank where it is responsible for signalling low water level conditions If this problem is detected the sensor sends an alarm signal to the control unit resulting in an immediate shutdown of...

Page 185: ...that requires the panelling to be opened must be performed only with the unit powered off and disconnected from the electrical supply For models TAEevo Tech 015 051 To access the refrigerant circuit c...

Page 186: ...ation may fall to the point at which the water in the unit could freeze To drain the exchangers proceed as follows For units with tank and finned core exchanger When a pump is installed use special ca...

Page 187: ...uring storage transport and assembly can result in a valve leaking If the valves are painted make sure that the sliding parts do not come into contact with the paint 9 5 3 Range of application As pres...

Page 188: ...remaining model series If this does not remove the leak the valve has to be overhauled After long periods of non use the function of the valve must be tested 9 5 7 Warranty Every valve is tested prior...

Page 189: ...pump outlet pressure and suction pressure measured on the pressure gauge with pump stopped is within the prescribed range and not lower than the pump maximum flow rate value Clean the water filter Th...

Page 190: ...harged by a qualified refrigeration engineer A6 Compressor protection trips A6 1 The head and the body of the compressor are very hot The compressor stops and attempts to restart after a short time ev...

Page 191: ...nly Alarm displayed b n HP D1 The fan doesn t work D1 1 Refrigerant compressor stops The text b n HP appears on the display alternating with value of BTOWT General alarm relay activation Repair or rep...

Page 192: ...rby obstructions in order to prevent recirculation Perform the alarm reset procedure to restart the unit see Chapter 7 Electronic controller E4 See A3 E4 1 See D1 1 Clean the condenser fins Perform th...

Page 193: ...croll compressor three phase units only G2 1 Refrigerant is not compressed and the unit is unable to provide cooling action Invert the position of two phase wires of the power supply H Display blank a...

Page 194: ...y partially closing for example a pump outlet cock K2 The grille through which the pump cooling air flows is obstructed K2 1 See problem General alarm relay activation Refrigerant compressor and pump...

Page 195: ...essure fluid ejection from pipelines and or pressure tanks in cooling circuit due to design pressure values being exceeded Contact of body parts with refrigerant gas or parts of cooling circuit pipeli...

Page 196: ...te fire fighting equipment Strictly observe all manual instructions Chapter 5 Installation 17 Hazards generated by failure to use personal protective equipment Lacerations to upper limbs during mainte...

Page 197: ...h as the fan blades or moving parts of the compressor Disconnect the machine from the electrical mains during interventions on the hydraulic circuit Strictly observe all manual instructions Chapter 2...

Page 198: ...ith live parts contact with high pressure fluids or gas Strictly observe all manual instructions Chapter 2 Safety and 5 6 Electrical connections 33 Hazards generated by absence of and or position of m...

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