Danfoss ECL 2000 User Manual Download

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Installation Guide

ECL 2000

11-99

EI.65.D4.02

Summary of Contents for ECL 2000

Page 1: ...Installation Guide ECL 2000 11 99 EI 65 D4 02...

Page 2: ......

Page 3: ...Installation Guide ECL 2000 Danfoss A S EI 65 D4 02...

Page 4: ...that such alterations can be made without subsequent changes being necessary in specifications already agreed All trademarks in this material are property of the respective companies Danfoss and the...

Page 5: ...L 2000 Type 1 230 V 13 4 4 2 ECL 2000 Type 1 24 V 14 4 4 3 ECL 2000 Type 2 24 V Only 15 4 4 4 Connecting Motors to the ECL 2000 Type 2 16 4 Wire Connection 16 3 Wire Connection 17 4 5 EIA 232 Connecti...

Page 6: ...3 6 3 15Application 14 98 6 3 16Application 15 Type 2 Only 104 6 3 17Application 16 Type 2 Only 106 6 3 18Application 17 Type 2 Only 110 APPENDIX A SPECIFICATIONS 115 A 1 General Data 115 A 2 Heat Cir...

Page 7: ...a sheet on ECL 2000 ref 4 Controllers Description Code No ECL 2000 Temperature controller 230V AC Type 1 without LON communication 087B8000 ECL 2000 Temperature controller 230V AC Type 1 with LON TP X...

Page 8: ...sensor 250 mm immersion type stainless steel 084N1051 ESMT Pt 1000 outdoor temperature sensor 084N1012 ESMR Pt 1000 room temperature sensor 084N1016 ESMF Remote control including room temperature sens...

Page 9: ...ns of the ECL 2000 mounted with the base plate and case code no 087B8099 used for normal wall mounting see page 5 Figure 2 The ECL 2000 controller mounted with base plate and case Weight Weight of con...

Page 10: ...gh the removed knockouts to establish connection to the terminal blocks Figure 3 shows the ECL 2000 s base plate Figure 3 Base plate bottom front side and rear view Cable Fixation For fixation of cabl...

Page 11: ...you must leave suffi cient space for cable installation 1 Place the base plate on the wall and accurately mark the positions of the three fixing holes Remember that the arrow on the inside of the base...

Page 12: ...gure 6 Wall mounting 3 1 1 Removal From the Case To remove the controller from the case 1 Remove the fixing screw see Figure 6 2 Hold the controller by the edge of the front panel and carefully work t...

Page 13: ...e no 087B3076 This set consists of four springs and two terminal blocks 2 Make the electrical connections to the loose terminal blocks 3 Insert the controller into the panel cutout see Figure 7 Figure...

Page 14: ...the retainer springs from the rear and press the controller out of the cutout see Figure 7 page 7 If there is no access to the rear of the controller it can be tilted out of the cutout by inserting a...

Page 15: ...ng is available as an accessory code no 087B3077 Figure 9 Fitting the DIN spring to the controller s base plate 2 Fasten the base plate on the DIN rail 3 Connect wires to the terminal blocks 4 Mount t...

Page 16: ...Mounting EI 65 D4 02 10...

Page 17: ...ital 2 4 Outputs Relay pump control 3 3 3 point control motor valve control 2 0 10 V motor valve control 3 Power supply 230 V AC 24 V AC 24 V AC Pre programmed applications1 1 14 1 17 4 2 Connecting C...

Page 18: ...0 V 0 4 1 5 mm2 Pulse 0 4 1 5 mm2 Digital 0 4 1 5 mm2 Output Relay pump control 0 75 1 5 mm2 3 point control 230 V motor valve control 0 75 1 5 mm2 3 point control 24 V motor valve control 0 4 1 5 mm2...

Page 19: ...NO 4 2 A 250V AC II Relay output pump 230V AC NO 4 2 A 250V AC III Relay output pump 230V AC NO 4 2 A 250V AC I 3 point output motor valve 0 15 A 250V AC II 3 point output motor valve 0 15 A 250V AC...

Page 20: ...4 2 A 24V AC II Relay output pump 24 V AC NO 4 2 A 24V AC III Relay output pump 24 V AC NO 4 2 A 24V AC I 3 point output motor valve 1A 24V AC II 3 point output motor valve 1A 24V AC S1 S7 Input Pt 10...

Page 21: ...y output pump 24 V AC NO 4 2 A 24V AC III Relay output pump 24 V AC NO 4 2 A 24V AC I 0 10V output motor valve 5 mA II 0 10V output motor valve 5 mA III 0 10V output motor valve 5 mA 10V 10V supply 5...

Page 22: ...rs to the ECL 2000 Type 2 4 Wire Connection The diagram in Figure 14 illustrates how motors are connected to the terminal blocks of an ECL 2000 Type 2 This way of connecting motors is recommended Figu...

Page 23: ...a motor In this case it is important to ensure that the signal ground is correctly con nected The diagram in Figure 15 illustrates how motors are connected to the ter minal blocks of an ECL 2000 Type...

Page 24: ...being used Figure 16 shows how it can be removed 1 Carefully lift the right hand side of the cover plate with the tip of a screw driver at the same time sliding the cover plate to the right as indicat...

Page 25: ...ction all signals are used See the Technical Manual for the ECL 2000 Serial Interface ref 5 for further details 4 5 2 EMC Emission As indicated in the specifications on page 115 the ECL 2000 complies...

Page 26: ...Electrical Connections EI 65 D4 02 20...

Page 27: ...d on page 22 Once you have selected an application you have the possibility of customizing one or more input output settings This is explained on page 23 When the ECL 2000 is powered on the controller...

Page 28: ...pter 6 When you have found the application you need 3 Keep the button depressed for a few sec onds While the button is active the picture s title in the example APPLICATION 10 is inverted one characte...

Page 29: ...page press to access Input settings Configuring Sensor Inputs The first pictures in the series allow you to configure the ECL 2000 s sensor in puts 2 Use to select the different parameters The arrow...

Page 30: ...e 33 gives some details about the possible settings of the LON inputs For further information on LON communication see the Techni cal Manual for the ECL 2000 LON Option ref 6 Configuring the Relay Out...

Page 31: ...ettings 1 Press until the arrow symbol appears at the top right corner of the display 2 Press again If you have selected a different application or if one of the parameters Sensor Circuit or Type has...

Page 32: ...are allowed The ECL 2000 keeps track of this and only allows you to select valid settings Sensor This setting tells the ECL 2000 what is measured by means of the sensor con nected to the input The se...

Page 33: ...SMF Remote control device with a built in Pt 1000 room temperature sensor Digital Digital input 0 10 V The sensor delivers a voltage in the range 0 10 V Pulse Pulse count Pt 1000 sensors This sensor t...

Page 34: ...nput This voltage must be converted into the correct value The parameters Amplific amplification and Offset are used to perform this calculation as illustrated in Figure 19 Offset Value m s l h Value...

Page 35: ...Example 1 A flow meter yields a voltage of 0 V at zero flow and 5 V at 10 m3 h In this case Amplific and Offset are set as follows Amplific 2 m3 h per V Offset 0 Example 2 A sun intensity meter yields...

Page 36: ...used for sensors which may give an output value of more than 1024 l h For example if Scaling is set to 1 l the maximum pulse frequency that can be measured is approximately 0 25 Hz corresponding to a...

Page 37: ...9 0 100 0 999 0 001 m per pulse Energy 0 0010 0 0099 0 0100 0 0999 0 100 0 999 1 00 9 99 10 0 99 9 1 kWh per pulse 5 3600 60 0 0010 0 0099 0 0100 0 0999 0 100 0 999 MWh per pulse Other 1 1 5 3600 60 N...

Page 38: ...t decrease Scaling from 0 001 m3 to 0 999 l then increase the setting to 1 0 l Example 4 An energy meter yields 1 pulse for each kWh of energy consumption The maxi mum power measurement is 1000 kW whi...

Page 39: ...automatically collected from the same device None The LON input is not used i e no input is taken from the LON net work Circuit This parameter determines which circuit is influenced by the collected d...

Page 40: ...e the accumulated energy is measured in GWh Note When the energy unit is set to kW there is a risk of an overflow error if the meas ured energy power consumption exceeds 1024 kW This will lead to a bl...

Page 41: ...no flow temperature sensor is installed or the sensor is short circuited the motor valve regulating the flow temperature is closed and automatic control of the heat ing is disabled Return temperature...

Page 42: ...cuit with direct control of storage tank See page 45 Common primary heat exchanger for a heat circuit and a hot water circuit with indirect control of storage tank See page 49 Common primary heat exch...

Page 43: ...th indirect control See page 84 Two heat circuits with common heat exchanger One heat circuit has a mixing valve See page 89 Two heat circuits with common heat exchanger and a hot water circuit with d...

Page 44: ...water circuit with indi rect control via heat exchanger See page 106 Note This application requires ECL 2000 type 2 Two separate heat circuits Hot water circuit with indi rect control of storage tank...

Page 45: ...to the same basic principles In this section this fact is illustrated by showing two slightly different system dia grams for the same application for example Application 1 System diagrams 1A and 1B se...

Page 46: ...internal heat ex changer and one tem perature sensor Changeover valve Radiator Non return valve flow direction right to left Tap Throttle valve Water temperature sensor Flow direction Room temperatur...

Page 47: ...ted The circula tion pump P1 is running when the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Hot water circuit The motor valve M2 controls the hot water temperatur...

Page 48: ...ich is measured by the sen sor S1 The return temperature measured by the sensor S2 can be limited The cir culation pump P1 is running when the reference flow temperature is above 20 C or the outdoor t...

Page 49: ...4 6 12 Hot water temperature Must be connected S5 7 12 Return temperature hot water circuit S8 10 12 Default Room temperature Can be redefined S9 11 12 Available Output Type 1 Name Pin Neutral Descrip...

Page 50: ...ater temperature Must be connected S5 7 12 Return temperature hot water circuit S8 10 12 Default Room temperature Can be redefined S9 11 12 Available S10 23 12 Available S11 24 12 Available Output Typ...

Page 51: ...opens closes completely upon receiving a relay signal from the controller The circulation pump P2 is controlled according to the 7 day program ECL 2000 Type 2 The motor valve M2 controls the storage t...

Page 52: ...valve M1 controls the flow temperature which is measured by the sensor S1 The return temperature measured by the sensor S2 can be limited The circulation pump P1 is running when the reference flow tem...

Page 53: ...re lower tank tempera ture S8 10 12 Default Room temperature Can be redefined S9 11 12 Available Output Type 1 Name Pin Neutral Description P1 18 13 Circulation pump heat circuit P2 19 13 Circulation...

Page 54: ...ected S6 8 12 Hot water temperature Must be connected S7 9 12 Optional Can be installed to measure lower tank tempera ture S8 10 12 Default Room temperature Can be redefined S9 11 12 Available S10 23...

Page 55: ...mp P1 is running when the reference flow temperature is above 20 C or when the outdoor temperature is below 2 C Hot water circuit The hot water circuit is connected to the secondary side of the heat e...

Page 56: ...flow temperature is above 20 C or the outdoor temperature is below 2 C Hot water circuit The hot water circuit is connected to the secondary side of the heat exchanger in parallel with the heat circu...

Page 57: ...ture Must be connected S7 9 12 Optional Can be installed to measure lower tank tempera ture S8 10 12 Default Room temperature Can be redefined S9 11 12 Available Output Type 1 Name Pin Neutral Descrip...

Page 58: ...S7 9 12 Optional Can be installed to measure lower tank tempera ture S8 10 12 Default room temperature Can be redefined S9 11 12 Available S10 23 12 Available S11 24 12 Available Output Type 2 Name P...

Page 59: ...rence flow temperature is above 20 C or the outdoor temperature is below 2 C Hot water circuit The motor valve M1 controls the charging temperature which is measured by S1 The charging pump P2 is used...

Page 60: ...n heat ex changer S3 5 12 Outdoor temperature Must be connected S4 6 12 Flow temperature heat circuit Must be connected S5 7 12 Optional Can be installed to measure return temperature in the heat circ...

Page 61: ...19 13 Charging pump on primary side of hot water circuit P3 20 13 Circulation pump hot water circuit Can be redefined M1 16 17 13 Motor valve on primary side of common heat exchanger 16 Close 17 Open...

Page 62: ...ircuit If it is not installed S2 measures the return temperature S6 8 12 Hot water temperature Must be connected S7 9 12 Optional Can be installed to measure lower tank tempera ture S8 10 12 Default R...

Page 63: ...the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Hot water circuit The motor valve M2 controls the charging temperature which is measured by the sensor S4 The upper...

Page 64: ...temperature measured by S4 The upper and lower storage tank temperatures are measured by the sensors S6 and S7 respectively A low S6 temperature causes the charging pump P2 to start and the pump is st...

Page 65: ...ter circuit S6 8 12 Upper storage tank temperature Must be connected S7 9 12 Lower storage tank temperature Must be connected S8 10 12 Default Room temperature Can be redefined S9 11 12 Available Outp...

Page 66: ...S6 8 12 Upper storage tank temperature Must be connected S7 9 12 Lower storage tank temperature Must be connected S8 10 12 Default Room temperature Can be redefined S9 11 12 Available S10 23 12 Availa...

Page 67: ...rature is above 20 C or the outdoor temperature is below 2 C Hot water circuit The motor valve M1 controls the charging temperature measured by the sensor S5 which in its turn controls the temperature...

Page 68: ...ture level at S1 The upper and lower stor age tank temperatures are measured by the sensors S6 and S7 respectively A low S6 temperature causes the charging pump P3 to start and the pump is stopped whe...

Page 69: ...heat circuit Must be connected S2 4 12 Return temperature S3 5 12 Outdoor temperature Must be connected S5 7 12 Charging temperature hot water circuit S6 8 12 Upper storage tank temperature Must be co...

Page 70: ...n primary side of heat exchanger in hot water circuit Appl 6B Changeover valve directing flow to heat or hot water circuit P3 20 13 Charging pump hot water circuit M1 16 17 13 Motor valve on primary s...

Page 71: ...ture Must be connected S8 10 12 Default Room temperature Can be redefined S9 11 12 Available S10 23 12 Available S11 24 12 Available Output Type 2 Name Pin Neutral Description P1 16 13 Circulation pum...

Page 72: ...otor valve M1 controls the charging temperature measured by the sensor S5 which in its turn determines the temperature level at S1 The upper and lower stor age tank temperatures are measured by the se...

Page 73: ...ust be connected S2 4 12 Return temperature S3 5 12 Outdoor temperature Must be connected S4 6 12 Flow temperature heat circuit Must be connected S5 7 12 Charging temperature of hot water circuit S6 8...

Page 74: ...ide of heat exchanger in hot water circuit P3 20 13 Charging pump in hot water circuit M1 16 17 13 Motor valve on primary side of common heat exchanger 16 Close 17 Open M2 23 24 13 Mixing valve in hea...

Page 75: ...re Must be connected S8 10 12 Default Room temperature Can be redefined S9 11 12 Available S10 23 12 Available S11 24 12 Optional Can be installed to measure return temperature in the heat circuit If...

Page 76: ...erature in heat circuit the temperature level at sensor S1 The upper and lower storage tank temperatures are measured by the sensors S6 and S7 respectively A low S6 temperature causes charging to star...

Page 77: ...e connected S2 4 12 Return temperature S3 5 12 Outdoor temperature Must be connected S4 6 12 Water temperature on primary side of heat exchanger in hot water circuit Must be connected S5 7 12 Charging...

Page 78: ...t exchanger in hot water circuit P3 20 13 Charging pump in hot water circuit M1 16 17 13 Motor valve on primary side of common heat exchanger 16 Close 17 Open M2 23 24 13 Mixing valve on primary side...

Page 79: ...t be connected S7 9 12 Lower storage tank temperature Must be connected S8 10 12 Default Room temperature Can be redefined S9 11 12 Available S10 23 12 Available S11 24 12 Optional Can be installed to...

Page 80: ...sor S2 can be limited The cir culation pump P1 is running when the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Heat circuit 2 The motor valve M2 controls the flow...

Page 81: ...temperature measured by the sensor S2 can be limited The cir culation pump P1 is running when the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Heat circuit 2 The mo...

Page 82: ...ected S5 7 12 Return temperature heat circuit 2 S6 8 12 Optional Can be installed to measure outdoor temperature for heat circuit 2 S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S...

Page 83: ...2 Return temperature heat circuit 2 S6 8 12 Optional Can be installed to measure outdoor temperature for heat circuit 2 S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Defa...

Page 84: ...below 2 C Heat circuit 2 The motor valve M2 controls the flow temperature which is measured by the sen sor S4 The return temperature measured by the sensor S5 can be limited The cir culation pump P2 i...

Page 85: ...ause of the delay caused by the storage tank and the return temperature control the integral action must be dis abled The circulation pump P3 is controlled according to the 7 day program Use the contr...

Page 86: ...is running when the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Heat circuit 2 The heat circuit is connected directly to the boiler The mixing valve M2 controls t...

Page 87: ...1 S3 5 12 Outdoor temperature Must be connected S4 6 12 Flow temperature heat circuit 2 Must be connected S5 7 12 Return temperature heat circuit 2 S6 8 12 Hot water temperature Must be connected S7...

Page 88: ...tuator must be of a type that opens closes upon receiving a relay signal from the controller M1 16 17 13 Appl 10A Motor valve on primary side heat circuit 1 16 Close 17 Open Appl 10B Mixing valve in h...

Page 89: ...led to measure lower storage tank temperature S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Default Room temperature heat circuit 2 Can be rede fined S10 23 12 Available...

Page 90: ...ols the flow temperature which is measured by the sen sor S4 The return temperature measured by the sensor S5 can be limited The cir culation pump P2 is running when the reference flow temperature is...

Page 91: ...e return temperature measured by the sensor S5 can be limited The cir culation pump P2 is running when the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Hot water ci...

Page 92: ...ure Must be connected S4 6 12 Flow temperature heat circuit 2 Charging temperature hot water circuit Must be connected S5 7 12 Return temperature heat circuit 2 and hot water circuit S6 8 12 Hot water...

Page 93: ...ion pump heat circuit 2 and charging pump hot water circuit P3 20 13 Appl 11A Charging pump hot water circuit Appl 11B Changeover valve directing flow to the heat or hot water circuit M1 16 17 13 Moto...

Page 94: ...wer tank tempera ture S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Default Room temperature heat circuit 2 Can be rede fined S10 23 12 Available S11 24 12 Available Outp...

Page 95: ...pump P1 is running when the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Heat circuit 2 The mixing valve M2 controls the flow temperature in the mixing circuit whi...

Page 96: ...circuit 1 Must be con nected S2 4 12 Return temperature S3 5 12 Outdoor temperature heat circuit 1 Must be connected S4 6 12 Flow temperature heat circuit 2 Must be connected S5 7 12 Return temperatur...

Page 97: ...P1 18 13 Circulation pump heat circuit 1 P2 19 13 Circulation pump heat circuit 2 P3 20 13 Available M1 16 17 13 Motor valve on primary side of common heat exchanger 16 Close 17 Open M2 23 24 13 Mixi...

Page 98: ...Must be connected S5 7 12 Return temperature heat circuit 2 S6 8 12 Optional Outdoor temperature heat circuit 2 S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Default Roo...

Page 99: ...he flow temperature in the mixing circuit which is measured by the sensor S4 The flow temperature measured at S4 in heat circuit 2 influences the temperature level at S1 in heat circuit 1 The return t...

Page 100: ...it measured by S11 Because of the delay caused by the storage tank and the return temperature control the integral action must be disabled The circulation pump P3 is controlled according to the 7 day...

Page 101: ...urn temperature heat circuits 1 and 2 S3 5 12 Outdoor temperature Must be connected S4 6 12 Flow temperature heat circuit 2 Must be connected S5 7 12 Return temperature heat circuit 2 S6 8 12 Hot wate...

Page 102: ...circuit 2 M ON OFF 20 13 Motor valve on primary side of hot water circuit This ac tuator must be of a type that opens closes upon receiving a relay signal from the controller M1 16 17 13 Motor valve o...

Page 103: ...ected S7 9 12 Optional Can be installed to measure lower storage tank temperature S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Default Room temperature heat circuit 2 Ca...

Page 104: ...xing circuit which is measured by the sensor S4 The flow temperature measured at S4 in heat circuit 2 influences the temperature level at S1 in heat circuit 1 The return temperature measured by the se...

Page 105: ...mixing valve M2 controls the flow temperature in the mixing circuit which is measured by the sensor S4 The flow temperature measured at S4 in heat circuit 2 influences the temperature level at S1 The...

Page 106: ...at a changeover valve is being used use the controller s service menu to set Pump function to NO Appendix C of this Guide provides an overview of the service menus The ECL 2000 User s Guide ref 2 prov...

Page 107: ...t Must be connected S2 4 12 Return temperature S3 5 12 Outdoor temperature Must be connected S4 6 12 Flow temperature heat circuit 2 Must be connected S5 7 12 Return temperature heat circuit 2 S6 8 12...

Page 108: ...t 1 Charging pump hot water circuit P2 19 13 Circulation pump heat circuit 2 P3 20 13 Appl 14A Charging pump hot water circuit Appl 14B Changeover valve directing flow to heat or hot water circuit M1...

Page 109: ...9 12 Optional Can be installed to measure lower storage tank temperature S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Default Room temperature heat circuit 2 Can be red...

Page 110: ...2 C Heat circuit 2 The mixing valve M2 controls the flow temperature in the mixing circuit which is measured by the sensor S4 The flow temperature measured at S4 in heat circuit 2 influences the temp...

Page 111: ...ptional Outdoor temperature heat circuit 2 S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Default Room temperature heat circuit 2 Can be rede fined S10 23 12 Hot water tem...

Page 112: ...0 C or the outdoor temperature is below 2 C Heat circuit 2 The motor valve M2 controls the flow temperature which is measured by the sen sor S4 The return temperature measured by the sensor S5 can be...

Page 113: ...the reference flow temperature is above 20 C or the outdoor temperature is below 2 C Heat circuit 2 The mixing valve M2 controls the flow temperature which is measured by the sensor S4 The return tem...

Page 114: ...V1 in the closing direction If the temperature is too low adjust throttle V2 in the closing direction 5 Open taps no 2 3 4 etc and check the temperature each time a tap is opened Every time you open...

Page 115: ...d S10 23 12 Hot water temperature Must be connected S11 24 12 Appl 16A Return temperature hot water circuit Appl 16B Can be installed to measure return temperature in hot water circuit Output Type 2 N...

Page 116: ...valve M2 controls the flow temperature which is measured by the sen sor S4 The return temperature measured by the sensor S5 can be limited The cir culation pump P2 is running when the reference flow...

Page 117: ...ature is below 2 C Heat circuit 2 The motor valve M2 controls the flow temperature which is measured by the sen sor S4 The return temperature measured by the sensor S5 can be limited The cir culation...

Page 118: ...ires con tinuous control of the tank charging system the Con tinuous setting in the hot water service menu must be set to YES Appendix C of this Guide provides an overview of the service menus The ECL...

Page 119: ...storage tank temperature Must be connected S8 10 12 Default Room temperature heat circuit 1 Can be rede fined S9 11 12 Default Room temperature heat circuit 2 Can be rede fined S10 23 12 Charging tem...

Page 120: ...Application 17 Type 2 Only EI 65 D4 02 114...

Page 121: ...th Emission EN50081 1 Immunity EN50082 1 Protection class According to installation IP 41 DIN 40050 together with 087B8099 IP 65 DIN 40050 together with 087B3064 Sensor type Pt 1000 1000 at 0 C Fast d...

Page 122: ...Total heating cut out ON OFF Optimizer boost 0 100 Optimizer slope time 0 200 minutes Summer cut out 10 30 C Closing time at flow limit function 0 30 minutes A 3 Hot Water Circuit Settings Example Ran...

Page 123: ...just display contrast Select temperature setpoint Change temperature setpoint Select temperature setpoint Change temperature setpoint Extend comfort period party func tion Select temperature setpoint...

Page 124: ...Appendix B User Displays EI 65 D4 02 118 B 2 System Overview Selecting a Circuit Circuit Status Select setpoint Change setpoint Select setpoint Change setpoint S8 S9 S10 S11 L1 L2 L3 L4...

Page 125: ...I 65 D4 02 119 B 3 Time Programming Move cursor Select mode Select day Select group of days Change month Move cursor Comfort temp Night setback temp Move cursor Move cursor Select dates Move cursor Co...

Page 126: ...ves Select curve point Select x or y Previous next picture Move point Select curve point Select x or y Previous next picture Move point Select max or min Previous next picture Change max or min Select...

Page 127: ...Appendix B User Displays EI 65 D4 02 121 B 5 Configuring the ECL 2000 Press and keep de pressed to select ap plication Select parameter Change parameter...

Page 128: ...Appendix B User Displays EI 65 D4 02 122 B 6 Manual Override Select component Next picture Pump ON Valve OPEN Pump OFF Valve CLOSE...

Page 129: ...Appendix C Service Menus EI 65 D4 02 123 APPENDIX C SERVICE MENUS C 1 Heat Circuit Menus 0 1 2 3 4 5 1 2 or 3 4 or or or 4 or...

Page 130: ...Appendix C Service Menus EI 65 D4 02 124 C 2 Hot Water Service Menus 0 1 2 3 4 5 1 or or 2 or 3 4 or or...

Page 131: ...Appendix C Service Menus EI 65 D4 02 125 C 3 Common Function Menus 0 1 2 3 4 5 1 2 etc 3 etc 4 etc...

Page 132: ...Appendix C Service Menus EI 65 D4 02 126 C 3 Common Function Menus Cont 0 1 2 3 4 5 5 etc 6 7 8 9...

Page 133: ...Appendix C Service Menus EI 65 D4 02 127 C 3 Common Function Menus Cont 0 1 2 3 4 5 10 11 or or 12 13...

Page 134: ...Appendix C Service Menus EI 65 D4 02 128...

Page 135: ...Guide ECL 2000 VI 74 V1 02 2 User s Guide ECL 2000 EY 65 H4 02 3 Technical Manual ECL 2000 EU 65 G2 02 4 Data Sheet ECL 2000 VD 74 H3 02 5 Technical Manual ECL 2000 Serial Interface VI 74 M2 02 6 Tec...

Page 136: ...References EI 65 D4 02 130...

Page 137: ...ckouts 4 screen 12 case dimensions 3 changeover valve 40 selecting 50 62 85 100 circuit 27 33 code numbers 1 components 1 configuring inputs 26 configuring LON input 24 configuring LON inputs 33 confi...

Page 138: ...ing 5 DIN rail 9 panel 7 side by side 9 wall 5 N non return valve 40 O offset 27 Offset 28 on off control 45 46 49 50 78 80 93 ordering information 1 outdoor temperature default value 35 outdoor tempe...

Page 139: ...7 pulse 30 sensor 26 type 27 service menus common functions 125 heat circuit 123 hot water circuit 124 overview 123 specifications 115 storage tank 40 symbols 40 system diagram symbols 40 system type...

Page 140: ...Index EI 65 D4 02 134...

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