Danfoss ECL Comfort 310 User Manual Download

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Installation Guide

ECL Comfort 310, application A376

1.0 Table of Contents

1.0 Table of Contents ............................................... 1

1.1

Important safety and product information. . . . . . . . . . . . . . . . . . . . . 2

2.0 Installation ........................................................ 4

2.1

Before you start . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

2.2

Identifying the system type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

2.3

Mounting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

2.4

Placing the temperature sensors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

2.5

Electrical connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

2.6

Inserting the ECL Application Key . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

2.7

Check list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

2.8

Navigation, ECL Application Key A376 . . . . . . . . . . . . . . . . . . . . . . . . . 48

3.0 Daily use ......................................................... 60

3.1

How to navigate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60

3.2

Understanding the controller display . . . . . . . . . . . . . . . . . . . . . . . . . . 61

3.3

What do the symbols mean?. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65

3.4

Monitoring temperatures and system
components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66

3.5

Influence overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67

3.6

Manual control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68

3.7

Schedule . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69

4.0 Settings overview ............................................ 70

5.0 Settings, circuit 1 ............................................. 75

5.1

Flow temperature. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

5.2

Room limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

5.3

Return limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79

5.4

Flow / power limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82

5.5

Optimization. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85

5.6

Control parameters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89

5.7

Application . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93

5.8

Alarm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97

6.0 Settings, circuit 2 ........................................... 101

6.1

Flow temperature. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101

6.2

Room limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103

6.3

Return limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105

6.4

Flow / power limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108

6.5

Optimization. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111

6.6

Control parameters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115

6.7

Application . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119

6.8

Alarm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123

7.0 Settings, circuit 3 ........................................... 127

7.1

Flow temperature. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127

7.2

Return limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 128

7.3

Flow / power limit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130

7.4

Control parameters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132

7.5

Application . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 138

7.6

Anti-bacteria. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 141

7.7

Water meter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 143

7.8

Alarm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144

8.0 Common controller settings............................ 146

8.1

Introduction to ‘Common controller settings’ . . . . . . . . . . . . . . 146

8.2

Time & Date. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147

8.3

Schedule output . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 148

8.4

Holiday . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 149

8.5

Input overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151

8.6

Log . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152

8.7

Output override. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153

8.8

Key functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 154

8.9

System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 155

9.0 Miscellaneous ................................................ 159

9.1

Several controllers in the same system . . . . . . . . . . . . . . . . . . . . . . 159

9.2

Frequently asked questions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 161

9.3

Definitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 163

Danfoss District Energy

VI.GU.B1.02

DEN-SMT/DK

Summary of Contents for ECL Comfort 310

Page 1: ... 5 3 Return limit 79 5 4 Flow power limit 82 5 5 Optimization 85 5 6 Control parameters 89 5 7 Application 93 5 8 Alarm 97 6 0 Settings circuit 2 101 6 1 Flow temperature 101 6 2 Room limit 103 6 3 Return limit 105 6 4 Flow power limit 108 6 5 Optimization 111 6 6 Control parameters 115 6 7 Application 119 6 8 Alarm 123 7 0 Settings circuit 3 127 7 1 Flow temperature 127 7 2 Return limit 128 7 3 F...

Page 2: ...ware The software of the controller is updated automatically when the key is inserted as of controller version 1 11 The following animation will be shown when the software is being updated Progress bar Safety Note To avoid injury of persons and damages to the device it is absolutely necessary to read and observe these instructions carefully Necessary assembly start up and maintenance work must be ...

Page 3: ... Parameter no 12174 1 2 174 Circuit 2 Parameter no If an ID description is mentioned more than once it means that there are special settings for one or more system types It will be marked with the system type in question e g 12174 A266 9 Disposal Note This product should be dismantled and its components sorted if possible in various groups before recycling or disposal Always follow the local dispo...

Page 4: ...utdoor temperature Typically the lower the outdoor temperature the higher the accepted return temperature The circulation pump P2 is ON at heat demand or at frost protection The heating can be switched OFF when the outdoor temperature is higher than a selectable value A376 1 A376 2 and A376 3 If the measured room temperature does not equal the desired room temperature the desired flow temperature ...

Page 5: ...t 2 can be connected after heating circuit 1 If so the desired flow temperature at S3 can be influenced by the desired flow temperature at S9 A376 1 A376 2 and A376 3 If the measured room temperature does not equal the desired room temperature the desired flow temperature can be adjusted List of components A376 in general pumps and actuators P1 DHW circulation pump circuit 3 P2 Heating circulation...

Page 6: ...The return tempeature S6 can be limited to a fixed value A376 2 DHW circuit extra functions The DHW circuit can operate with or without DHW circulation The DHW temperature at S4 is maintained at Comfort level when a DHW tapping is ongoing the flow switch S8 is activated In order to compensate for the reaction time the motorized control valve can be pre activated at the start of a DHW tapping An id...

Page 7: ...erature influence possibilities The secondary return temperatures S2 and S10 are used for monitoring only The pressure measurings 0 10 volt S7 and S14 are used to activate an alarm if the actual pressure is higher or lower than the chosen settings DHW circuit 3 The secondary return temperature S6 is used for monitoring only All circuits The temperatures S11 and S12 are used for monitoring only The...

Page 8: ...allation Guide ECL Comfort 310 application A376 The controller is pre programmed with factory settings that are shown in the relevant chapters of this guide 8 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 9: ...you step by step from installation to final adjustments before the end user takes over The ECL Comfort controller is a universal controller that can be used for various systems Based on the shown standard systems it is possible to configure additional systems In this chapter you find the most frequently used systems If your system is not quite as shown below find the diagram which has the best res...

Page 10: ...0 application A376 A376 1 example a Indirectly connected heating and DHW system typically district heating S1 Da nfos s 87H2097 10 ECL 310 R6 S3 S5 P2 M2 S2 S7 S9 S10 P3 M3 M1 P1 S4 S6 10 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 11: ... S9 S10 M1 S4 S6 Special settings for type A376 1 example b Navigation ID no Recommended setting Circuit 1 must be able to receive a heat demand from circuit 2 MENU Settings Application Demand offset 11017 3 K Circuit 2 must be able to send its heat demand to circuit 1 MENU Settings Application Send desired T 12500 ON Circuit 3 should not send its heat demand to circuit 1 MENU Settings Application...

Page 12: ...on A376 A376 2 example a Indirectly connected heating and DHW system with flow switch typically district heating S1 Da nfos s 87H2099 10 ECL 310 R6 S3 S5 P2 M2 S2 S2 S9 S10 P3 M3 M1 P1 S4 S6 S8 S7 12 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 13: ...M3 S9 S10 M1 S4 S6 P1 S8 S7 Special settings for type A376 2 example b Navigation ID no Recommended setting Circuit 1 must be able to receive a heat demand from circuit 2 MENU Settings Application Demand offset 11017 3 K Circuit 2 must be able to send its heat demand to circuit 1 MENU Settings Application Send desired T 12500 ON Circuit 3 should not send its heat demand to circuit 1 MENU Settings ...

Page 14: ...tly connected heating and DHW system typically district heating Motorized control valves are controlled by means of analog signals 0 10 V S1 Da nfos s 87H2101 10 ECL 310 R6 S3 S5 P2 M2 S2 S7 S9 S10 P3 M3 M1 P1 S4 S6 ECA 32 A A A 14 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 15: ...eating circuit Special settings for type A376 3 example b Navigation ID no Recommended setting Circuit 1 must be able to receive a heat demand from circuit 2 MENU Settings Application Demand offset 11017 3 K Circuit 2 must be able to send its heat demand to circuit 1 MENU Settings Application Send desired T 12500 ON Circuit 3 should not send its heat demand to circuit 1 MENU Settings Application S...

Page 16: ...directly connected heating and DHW system with pressure transmitters and alarm input typically district heating S1 Da nfos s 87H2103 10 ECL 310 R4 S3 S5 P2 M2 S9 S13 P3 M3 M1 P1 S4 S6 ECA 32 S11 S12 S14 S7 S2 S10 S15 S8 S16 16 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 17: ... S9 S10 M1 S4 S6 ECA 32 S15 S8 S16 S14 S7 S2 S11 S12 Special settings for type A376 9 example b Navigation ID no Recommended setting Circuit 1 must be able to receive a heat demand from circuit 2 MENU Settings Application Demand offset 11017 3 K Circuit 2 must be able to send its heat demand to circuit 1 MENU Settings Application Send desired T 12500 ON Circuit 3 should not send its heat demand to...

Page 18: ...troller to its base part secure the controller with the locking pin To prevent injuries to persons or the controller the controller has to be securely locked into the base For this purpose press the locking pin into the base until a click is heard and the controller no longer can be removed from the base If the controller is not securely locked into the base part there is a risk that the controlle...

Page 19: ...tions and position the controller in the base part Secure the controller with the locking pin Dismounting the ECL Comfort controller In order to remove the controller from the base part pull out the locking pin by means of a screwdriver The controller can now be removed from the base part The easy way to lock the controller to its base or unlock it is to use a screw driver as lever Before removing...

Page 20: ...ll with a smooth surface Establish the electrical connections Place the ECA 30 31 in the base part Mounting in a panel Mount the ECA 30 in a panel using the ECA 30 frame kit order code no 087H3236 Establish the electrical connections Secure the frame with the clamp Place the ECA 30 in the base part The ECA 30 can be connected to an external room temperature sensor The ECA 31 must not be mounted in...

Page 21: ...of the pipe is clean and even where the sensor is mounted Return temperature sensor ESMU ESM 11 or ESMC The return temperature sensor should always be placed so that it measures a representative return temperature Room temperature sensor ESM 10 ECA 30 31 Remote Control Unit Place the room sensor in the room where the temperature is to be controlled Do not place it on outside walls or close to radi...

Page 22: ...mperature and ohmic value 50 800 900 1000 1100 1200 1300 1400 1500 1600 25 0 25 50 75 100 125 150 C Ω Ω 803 843 882 922 961 1000 1039 1078 1117 1155 1194 1232 1271 1309 1347 1385 1423 1461 1498 1535 1573 C 50 40 30 20 10 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 22 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 23: ...cation A376 2 5 Electrical connections 2 5 1 Electrical connections 230 V a c in general The common ground terminal is used for connection of relevant components pumps motorized control valves Danfoss District Energy VI GU B1 02 DEN SMT DK 23 ...

Page 24: ...30 V a c 10 Supply voltage 230 V a c neutral N 9 Supply voltage 230 V a c live L 8 M1 Phase for motorized control valve output circuit 3 7 M1 Motorized control valve opening 0 2 A 230 V a c 6 M1 Motorized control valve closing 0 2 A 230 V a c 5 M2 Phase for motorized control valve output circuit 1 and circuit 2 4 M2 Motorized control valve opening 0 2 A 230 V a c 3 M2 Motorized control valve closi...

Page 25: ...c 12 P2 Heating circulation pump ON OFF circuit 1 4 2 A 230 V a c 11 P1 DHW circulation pump ON OFF circuit 3 4 2 A 230 V a c 10 Supply voltage 230 V a c neutral N 9 Supply voltage 230 V a c live L 8 Not to be used 7 Not to be used 6 Not to be used 5 Not to be used 4 Not to be used 3 Not to be used 2 Not to be used 1 Not to be used Relay contacts 4 A for ohmic load 2 A for inductive load Factory e...

Page 26: ...zed control valve output circuit 3 7 M1 Motorized control valve opening 0 2 A 230 V a c 6 M1 Motorized control valve closing 0 2 A 230 V a c 5 M2 Phase for motorized control valve output circuit 1 and circuit 2 4 M2 Motorized control valve opening 0 2 A 230 V a c 3 M2 Motorized control valve closing 0 2 A 230 V a c 2 M3 Motorized control valve opening 0 2 A 230 V a c 1 M3 Motorized control valve c...

Page 27: ...Comfort 310 application A376 Wire cross section 0 5 1 5 mm Incorrect connection can damage the electronic outputs Max 2 x 1 5 mm wires can be inserted into each screw terminal Danfoss District Energy VI GU B1 02 DEN SMT DK 27 ...

Page 28: ...ith safety thermostat 1 step closing Motorized control valve without safety function Da nfos s 87H2105 10 ECL 210 310 M1 Da nfos s 87H2106 10 ECL 210 310 M2 With safety thermostat 1 step closing Motorized control valve with safety function Da nfos s 87H2107 10 ECL 210 310 M1 28 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 29: ...fos s 87H2110 10 M2 When ST is activated by a high temperature the safety circuit in the motorized control valve closes the valve immediately When ST1 is activated by a high temperature the TR temperature the motorized control valve is closed gradually At a higher temperature the ST temperature the safety circuit in the motorized control valve closes the valve immediately Danfoss District Energy V...

Page 30: ...Comfort 310 application A376 Wire cross section 0 5 1 5 mm Incorrect connection can damage the electronic outputs Max 2 x 1 5 mm wires can be inserted into each screw terminal 30 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 31: ...t 3 4 2 A 24 V a c 10 Supply voltage 24 V a c N 9 Supply voltage 24 V a c L 8 M1 Phase for motorized control valve output circuit 3 7 M1 Motorized control valve opening 1 A 24 V a c 6 M1 Motorized control valve closing 1 A 24 V a c 5 M2 Phase for motorized control valve output circuit 1 and circuit 2 4 M2 Motorized control valve opening 1 A 24 V a c 3 M2 Motorized control valve closing 1 A 24 V a ...

Page 32: ...2 K2 Heating circulation pump ON OFF circuit 1 4 2 A 24 V a c 11 K1 DHW circulation pump ON OFF circuit 3 4 2 A 24 V a c 10 Supply voltage 24 V a c N 9 Supply voltage 24 V a c L 8 Not to be used 7 Not to be used 6 Not to be used 5 Not to be used 4 Not to be used 3 Not to be used 2 Not to be used 1 Not to be used Relay contacts 4 A for ohmic load 2 A for inductive load Factory established jumpers 5...

Page 33: ...fort controller 56 Analog reference for M2 and M3 57 Not to be used 58 Not to be used 59 M1 Analog Out 1 Motorized control valve 0 10 V circuit 3 47 kΩ 60 M2 Analog Out 2 Motorized control valve 0 10 V circuit 1 47 kΩ 61 M3 Analog Out 3 Motorized control valve 0 10 V circuit 2 47 kΩ 62 Analog reference for M1 The value must be 47 kΩ as a minimum Danfoss District Energy VI GU B1 02 DEN SMT DK 33 ...

Page 34: ...ol valve output circuit 3 7 M1 Motorized control valve opening 1 A 24 V a c 6 M1 Motorized control valve closing 1 A 24 V a c 5 M2 Phase for motorized control valve output circuit 1 and circuit 2 4 M2 Motorized control valve opening 1 A 24 V a c 3 M2 Motorized control valve closing 1 A 24 V a c 2 M3 Motorized control valve opening 1 A 24 V a c 1 M3 Motorized control valve closing 1 A 24 V a c Rela...

Page 35: ...fort 310 application A376 Do not connect 230 V a c powered components to a 24 V a c power supplied controller directly Use auxilliary relays K to seperate 230 V a c from 24 V a c Danfoss District Energy VI GU B1 02 DEN SMT DK 35 ...

Page 36: ... and 30 S7 0 10 V pressure transmitter signal A376 9 Flow switch only in A376 2 22 and 30 S8 Alarm input only in A376 9 21 and 30 S9 Flow temperature sensor heating circuit 2 ESM 11 ESMB ESMC ESMU Return temperature sensor heating circuit 2 ESM 11 ESMB ESMC ESMU 20 and 30 S10 Return temperature sensor monitoring only circuit 2 A376 9 ESM 11 ESMB ESMC ESMU If the outdoor temperature sensor is not c...

Page 37: ...mitter signal 54 and 49 S15 Alarm input only in A376 9 55 and 49 S16 Alarm input only in A376 9 The supply flow temperature sensor must always be connected in order to have the desired functionality Factory established jumper 49 to common terminal Wire cross section for sensor connections Min 0 4 mm Total cable length Max 200 m all sensors incl internal ECL 485 communication bus Cable lengths of m...

Page 38: ...4 Connection of a pressure transmitter with 4 20 mA output S7 The 4 20 mA signal is converted to a 0 10 V signal by means of the 500 ohm resistor Connection of a pressure transmitter with 4 20 mA output ECA 32 S14 The 4 20 mA signal is converted to a 0 10 V signal by means of the 500 ohm resistor Connection of CW meter A376 9 38 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 39: ...ogress bar in the ECA 30 31 is displayed ECL 210 310 ECA 30 31 A A B B Da nfos s 87H2051 10 ESM 10 ECA information message Application req newer ECA The software of your ECA does not comply with the software of your ECL Comfort controller Please contact your Danfoss sales office Some applications do not contain functions related to actual room temperature The connected ECA 30 31 will only function...

Page 40: ...escription Type recomm 30 Common terminal 31 12 V ECL 485 communication bus 32 A ECL 485 communication bus 33 B ECL 485 communication bus Cable 2 x twisted pair Only for ECA 30 31 and master slave communication Da nfos s 87H2052 10 A A B B A A B B Settings related to master slave communication See Several controllers in the same system in Miscellaneous Total cable length Max 200 m all sensors incl...

Page 41: ...cation A376 2 5 8 Electrical connections communication Electrical connections Modbus Electrical connections M bus ECL 210 310 Da nfos s 87H2060 10 A A B B ECL 310 Da nfos s 87H2061 10 A A B B Danfoss District Energy VI GU B1 02 DEN SMT DK 41 ...

Page 42: ...the ECL Application Key is not inserted 2 The controller already runs an application The ECL Application Key is inserted but the application needs to be changed 3 A copy of the controllers settings is needed for configuring another controller User settings are among others desired room temperature desired DHW temperature schedules heat curve limitation values etc System settings are among others c...

Page 43: ...nter time Depending on the contents of the ECL Application Key procedure A or B is taking place A The ECL Application key contains factory settings The controller reads transfers data from the ECL Application Key to ECL controller The application is installed and the controller resets and starts up B The ECL Application key contains changed system settings Push the dial repeatedly NO Only factory ...

Page 44: ...n the controller must be erased deleted Be aware that the Application Key must be inserted Action Purpose Examples Choose MENU in any circuit Confirm Choose the circuit selector at the top right corner in the display Confirm Choose Common controller settings Confirm Choose Key functions Confirm Choose Erase application Confirm with Yes The controller resets and is ready to be configured Follow the...

Page 45: ...onfirm Choose To ECL or KEY will be indicated Choose ECL or KEY ECL or KEY Push the dial repeatedly to choose copy direction Choose System settings or User settings NO or YES Push the dial repeatedly to choose Yes or No in Copy Push to confirm Choose Start copying The Application Key or the controller is updated with special system or user settings ECL Data will be copied from the Application Key ...

Page 46: ...ation Key is not inserted How to store personal settings from the controller to the Key Please read the paragraph concerning Application Key Situation 3 A copy of the controllers settings is needed for configuring another controller As a main rule the ECL Application Key should always remain in the controller If the Key is removed it is not possible to change settings Factory settings can always b...

Page 47: ...chosen see Language in Common controller settings Is the time date set correctly see Time Date in Common controller settings Is the right application chosen see Identifying the system type Check that all settings in the controller see Settings overview are set or that the factory settings comply with your requirements Choose manual operation see Manual control Check that valves open and close and ...

Page 48: ...Priority 13085 Priority Flow power limit Actual Actual Actual Actual limit Actual limit 13111 Limit 11119 High T out X1 12119 High T out X1 11117 Low limit Y1 12117 Low limit Y1 11118 Low T out X2 12118 Low T out X2 11116 High limit Y2 12116 High limit Y2 11112 Adapt time 12112 Adapt time 13112 Adapt time 11113 Filter constant 12113 Filter constant 13113 Filter constant 11109 Input type 12109 Inpu...

Page 49: ... input 12141 Ext input 13141 Ext input 11142 Ext mode 12142 Ext mode 13142 Ext mode Anti bacteria Selectable Holiday Selectable Selectable Selectable Alarm Temp monitor 11147 Upper difference 12147 Upper difference 13147 Upper difference 11148 Lower difference 12148 Lower difference 13148 Lower difference 11149 Delay 12149 Delay 13149 Delay 11150 Lowest temp 12150 Lowest temp 13150 Lowest temp Ala...

Page 50: ...ow des Heating flow des DHW return T Log 2 days Heat return T limit Heat return T limit Log 4 days Room T Room T Output override M1 P1 M2 P2 M3 P3 A1 Key functions New application Erase application Application Factory setting System settings User settings Go to factory Copy To System settings User settings Start copying Key overview System ECL version Code no Hardware Software Build no Serial no M...

Page 51: ... Actual Actual limit Actual limit 13111 Limit 11119 High T out X1 12119 High T out X1 11117 Low limit Y1 12117 Low limit Y1 11118 Low T out X2 12118 Low T out X2 11116 High limit Y2 12116 High limit Y2 11112 Adapt time 12112 Adapt time 13112 Adapt time 11113 Filter constant 12113 Filter constant 13113 Filter constant 11109 Input type 12109 Input type 13109 Input type 11115 Units 12115 Units 13115 ...

Page 52: ... input 12141 Ext input 13141 Ext input 11142 Ext mode 12142 Ext mode 13142 Ext mode Anti bacteria Selectable Holiday Selectable Selectable Selectable Alarm Temp monitor 11147 Upper difference 12147 Upper difference 13147 Upper difference 11148 Lower difference 12148 Lower difference 13148 Lower difference 11149 Delay 12149 Delay 13149 Delay 11150 Lowest temp 12150 Lowest temp 13150 Lowest temp Ala...

Page 53: ...ing flow des Heating flow des DHW return T Log 2 days Heat return T limit Heat return T limit Supply T Log 4 days Room T Room T Output override M1 P1 M2 P2 M3 P3 A1 Key functions New application Erase application Application Factory setting System settings User settings Go to factory Copy To System settings User settings Start copying Key overview System ECL version Code no Hardware Software Build...

Page 54: ...time 11085 Priority 12085 Priority 13085 Priority Flow power limit Actual Actual Actual Actual limit Actual limit 13111 Limit 11119 High T out X1 12119 High T out X1 11117 Low limit Y1 12117 Low limit Y1 11118 Low T out X2 12118 Low T out X2 11116 High limit Y2 12116 High limit Y2 11112 Adapt time 12112 Adapt time 13112 Adapt time 11113 Filter constant 12113 Filter constant 13113 Filter constant 1...

Page 55: ...r T 11141 Ext input 12141 Ext input 13141 Ext input 11142 Ext mode 12142 Ext mode 13142 Ext mode Anti bacteria Selectable Holiday Selectable Selectable Selectable Alarm Temp monitor 11147 Upper difference 12147 Upper difference 13147 Upper difference 11148 Lower difference 12148 Lower difference 13148 Lower difference 11149 Delay 12149 Delay 13149 Delay 11150 Lowest temp 12150 Lowest temp 13150 Lo...

Page 56: ...ow des Heating flow des DHW return T Log 2 days Heat return T limit Heat return T limit Log 4 days Room T Room T Output override M1 P1 M2 P2 M3 P3 A1 Key functions New application Erase application Application Factory setting System settings User settings Go to factory Copy To System settings User settings Start copying Key overview System ECL version Code no Hardware Software Build no Serial no M...

Page 57: ...r limit Actual Actual Actual Actual limit Actual limit 13111 Limit 11119 High T out X1 12119 High T out X1 11117 Low limit Y1 12117 Low limit Y1 11118 Low T out X2 12118 Low T out X2 11116 High limit Y2 12116 High limit Y2 11112 Adapt time 12112 Adapt time 13112 Adapt time 11113 Filter constant 12113 Filter constant 13113 Filter constant 11109 Input type 12109 Input type 13109 Input type 11115 Uni...

Page 58: ...essure Pressure Pressure S14 circuit 2 pressure 11614 Alarm high 12614 Alarm high 11615 Alarm low 12615 Alarm low 11617 Alarm time out 12617 Alarm time out Digital S8 circuit 1 11636 Alarm value 12636 Alarm value 13636 Alarm value Digital S15 circuit 2 11637 Alarm time out 12637 Alarm time out 13637 Alarm time out Digital S16 circuit 3 Max temp 11079 Max flow T 12079 Max flow T 11080 Delay 12080 D...

Page 59: ...HW flow des Log yesterday Heating flow des Heating flow des DHW return T Log 2 days Heat return T Heat return T Log 4 days Return T sec Return T sec Heating pressure Heating pressure Output override M1 P1 M2 P2 M3 P3 A1 O1 Key functions New application Erase application Application Factory setting System settings User settings Go to factory Copy To System settings User settings Start copying Key o...

Page 60: ...firm your choices The display examples are from a two circuit application One heating circuit and one domestic hot water DHW circuit The examples might differ from your application Heating circuit DHW circuit Some general settings which apply to the entire controller are located in a specific part of the controller To enter Common controller settings Action Purpose Examples Choose MENU in any circ...

Page 61: ...informs about date actual outdoor temperature controller mode time desired room temperature as well as shows the comfort schedule of the current day Overview display 4 informs about state of the controlled components actual flow temperature desired flow temperature controller mode return temperature limitation value Dependent on the chosen display the overview displays for the heating circuit info...

Page 62: ...HW temperature 50 return temperature C limitation temperature 30 Overview display 1 Overview display 2 Setting the desired temperature Depending on the chosen circuit and mode it is possible to enter all daily settings directly from the overview displays see also the next page concerning symbols Setting the desired room temperature The desired room temperature can easily be adjusted in the overvie...

Page 63: ...wever other symbols can be present in the display please see What do the symbols mean With the ECA 30 ECA 31 you can override the desired room temperature set in the controller temporarily by means of the override functions Setting the desired DHW temperature The desired DHW temperature can easily be adjusted in the overview displays for the DHW circuit Action Purpose Examples Desired DHW temperat...

Page 64: ...376 Overview of setting range and settings for DHW modes Mode Setting range Factory setting Comfort 10 150 C 50 C Saving 10 150 C 10 C Frost protection 5 40 C 10 C related to desired flow temperature 64 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 65: ...ator opens Actuator closes Controlled component Alarm Display selector Max and min value Trend in outdoor temperature Wind speed sensor Symbol Description Sensor not connected or not used Sensor connection short circuited 7 23 Fixed comfort day holiday Active influence No influence Additional symbols ECA 30 31 Symbol Description ECA Remote Control Unit Relative humidity indoor Day off Holiday Rela...

Page 66: ...cuit ensures a quick overview of the actual and desired temperatures as well as the actual state of the system components Display example 50 C Flow temperature 50 Desired flow temperature Return temperature sensor not connected 30 Return temperature limitation Input overview Another option to get a quick overview of measured temperatures is the Input overview which is visible in the common control...

Page 67: ...one or more parameters it is indicated by a small line with arrow down arrow up or double arrow Arrow down The parameter in question reduces the desired flow temperature Arrow up The parameter in question increases the desired flow temperature Double arrow The parameter in question creates an override e g Holiday In the example the arrow in the symbol points downwards for Room lim This means that ...

Page 68: ...orized control valve Confirm Open the valve Stop opening the valve Close the valve Stop closing the valve Confirm valve mode To leave manual control use the mode selector to select the desired mode Push the dial Manual control is typically used when commisioning the installation The controlled components valve pump etc can be controlled for correct function Controlled components Circuit selector D...

Page 69: ...day to change Confirm T Go to Start1 Confirm Adjust the time Confirm Go to Stop1 Start2 etc etc Return to MENU Confirm Choose Yes or No in Save Confirm Several days can be marked The chosen start and stop times will be valid for all the chosen days in this example Thursday and Saturday You can set max 3 comfort periods a day You can delete a comfort period by setting start and stop times to the sa...

Page 70: ...w or power 11110 82 Actual limit limitation value 11111 82 High T out X1 flow power limitation high limit X axis 11119 82 15 C Low limit Y1 flow power limitation low limit Y axis 11117 83 999 9 l h Low T out X2 flow power limitation low limit X axis 11118 83 15 C High limit Y2 flow power limitation high limit Y axis 11116 83 999 9 l h Adapt time adaptation time 11112 83 OFF Filter constant 11113 8...

Page 71: ...erview in general 98 S7 pressure A376 9 98 Alarm high A376 9 11614 99 2 3 Alarm low A376 9 11615 99 0 0 Alarm time out A376 9 11617 99 30 s Digital S8 A376 9 99 Alarm value A376 9 11636 99 0 Alarm time out A376 9 11637 99 30 s Max temp A376 9 99 Max flow T A376 9 11079 100 90 C Delay A376 9 11180 100 60 s Heat curve 101 1 0 Temp max flow temp limit max 12178 102 90 C Temp min flow temp limit min 1...

Page 72: ...3 OFF Cut out limit for heating cut out 12179 114 20 C Motor pr motor protection 12174 115 OFF Xp proportional band 12184 115 80 K Tn integration time constant 12185 115 30 s Tn integration time constant A376 9 12185 115 25 s M run running time of the motorized control valve 12186 115 30 s M run running time of the motorized control valve A376 9 12186 116 120 s Nz neutral zone 12187 116 3 K Nz neu...

Page 73: ...2 130 OFF Filter constant 13113 131 10 Input type 13109 131 OFF Units 13115 131 l h Auto tuning 13173 132 OFF Motor pr motor protection 13174 132 OFF Xp proportional band 13184 132 80 K Xp actual A376 2 133 Xp proportional band A376 9 13184 133 90 K Tn integration time constant 13185 133 20 s Tn integration time constant A376 9 13185 133 13 s M run running time of the motorized control valve A376 ...

Page 74: ... 9 143 Pulse value A376 9 13513 143 10 0 l Preset A376 9 13514 143 OFF Upper difference 13147 144 OFF Lower difference 13148 144 OFF Delay 13149 145 10 m Lowest temp 13150 145 30 C Alarm overview in general 145 Digital S16 A376 9 145 Alarm value A376 9 13636 145 0 Alarm time out A376 9 13637 145 30 s Backlight display brightness 60058 156 5 Contrast display contrast 60059 156 3 Modbus addr 38 157 ...

Page 75: ... the heat curve are changed Change the value of the slope Push the dial to enter change the slope value of the heat curve example 1 0 When the slope of the heat curve is changed by means of the slope value the common point for all heat curves will be a desired flow temperature 24 6 C at an outdoor temperature 20 C Change the coordinates Push the dial to enter change the coordinates of the heat cur...

Page 76: ...or the system The desired flow temperature will not be higher than this setting Adjust the factory setting if required The setting for Temp max has higher priority than Temp min Temp min flow temp limit min 11177 Circuit Setting range Factory setting 1 10 150 C 10 C Set the min flow temperature for the system The desired flow temperature will not be lower than this setting Adjust the factory setti...

Page 77: ...Infl max and 4 0 for Infl min Influence Infl min min limitation Desired room temperature Actual room temperature Infl max max limitation The Infl max and Infl min determine how much the room temperature should influence the desired flow temperature If the Infl factor is too high and or the Adapt time too low there is a risk of unstable control Example 1 The actual room temperature is 2 degrees too...

Page 78: ...fluence 9 9 The room temperature has a big influence Adapt time adaption time 11015 Circuit Setting range Factory setting 1 OFF 1 50 s OFF Controls how fast the actual room temperature adapts to the desired room temperature I control OFF The control function is not influenced by the Adapt time 1 The desired room temperature is adapted quickly 50 The desired room temperature is adapted slowly The a...

Page 79: ...ne by changing the desired flow temperature Return temperature limitation High limit Y2 Low limit Y1 C 15 40 15 60 C Outdoor temp Low T out X2 High T out X1 Influence Infl min 0 Limit Infl max 0 Return temperature Infl max 0 Infl min 0 If the Infl factor is too high and or the Adapt time too low there is a risk of unstable control High T out X1 return temp limitation high limit X axis 11031 Circui...

Page 80: ...n the calculated limit Influence higher than 0 The desired flow temperature is increased when the return temperature gets higher than the calculated limit Influence lower than 0 The desired flow temperature is decreased when the return temperature gets higher than the calculated limit Example The return limit is active above 50 C The influence is set to 2 0 The actual return temperature is 2 degre...

Page 81: ...red temperature is adapted quickly 50 The desired temperature is adapted slowly The adaptation function can correct the desired flow temperature with max 8 K Priority priority for return temp limitation 11085 Circuit Setting range Factory setting 1 OFF ON OFF Choose whether the return temperature limitation should overrule the set min flow temperature Temp min OFF The min flow temperature limit is...

Page 82: ...w power gets higher than the calculated limit the controller gradually reduces the desired flow temperature to obtain an acceptable max flow or power consumption Flow power limitation High limit Y2 Low limit Y1 C 15 15 Outdoor temp Low T out X2 High T out X1 Flow power limitation Limit Desired flow temp C Time Actual actual flow or power 11110 Circuit Setting range Factory setting 1 Read out only ...

Page 83: ...igh limit Y axis 11116 Circuit Setting range Factory setting 1 0 0 999 9 l h 999 9 l h Set the flow power limitation referring to the outdoor temperature set in Low T out X2 The corresponding X coordinate is set in Low T out X2 Adapt time adaptation time 11112 Circuit Setting range Factory setting 1 OFF 1 50 s OFF Controls how fast the flow power limitation adapts to the desired limitation OFF The...

Page 84: ... meter number 1 5 OFF No M bus signal acquired EM1 EM5 Energy meter number Units 11115 Circuit Setting range Factory setting 1 See the list l h Choice of units for measured values Flow values are expressed as l h or m h Power values are expressed as kW MW or GW List for setting range of Units l h m h kW MW GW 84 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 85: ...ed to be 100 Depending on the outdoor temperature the percentage value can be lower according to the set value in Auto saving Reduction 100 0 20 10 29 0 20 10 Outdoor temp C Auto saving Example Outdoor temp 5 C Desired room temp in Comfort mode 22 C Desired room temp in Saving mode 16 C Setting in Auto saving 15 C The drawing above illustrates that the reduction percentage at an outdoor temperatur...

Page 86: ...ating cut out time can be automatic or disabled The calculated start and stop times are based on the setting of the optimizing time constant Adjust the optimizing time constant The value consists of a two digit number The two digits have the following meaning digit 1 Table I digit 2 Table II OFF No optimization The heating starts and stops at the times set in the schedule 10 59 See tables I and II...

Page 87: ... based on outdoor temperature Use this setting if the room temperature is not measured ROOM Optimization based on room temperature if measured Total stop 11021 Circuit Setting range Factory setting 1 OFF ON OFF Decide whether you want a total stop during the saving temperature period OFF No total stop The desired flow temperature is reduced according to desired room temperature in saving mode auto...

Page 88: ... heating cut out Parallel operation 11043 Circuit Setting range Factory setting 1 OFF 1 99 K OFF Choose whether the heating circuit is to operate in dependence of the DHW circuit This function might be useful if an installation has limited power or flow OFF Independent parallel operation i e the DHW and the heating circuits operate independently of each other It makes no difference whether the des...

Page 89: ... in a stable but slow control of the flow temperature Xp proportional band A376 9 11184 Circuit Setting range Factory setting 1 5 250 K 85 K Set the proportional band A higher value will result in a stable but slow control of the flow temperature Tn integration time constant 11185 Circuit Setting range Factory setting 1 1 999 s 30 s Set a high integration time constant in seconds to obtain a slow ...

Page 90: ...e The running time of the motorized control valve is calculated using the following methods Seated valves Running time Valve stroke mm x actuator speed sec mm Example 5 0 mm x 15 sec mm 75 sec Rotating valves Running time Turning degrees x actuator speed sec degr Example 90 degr x 2 sec degr 180 sec Nz neutral zone 11187 Circuit Setting range Factory setting 1 1 9 K 3 K Set the acceptable flow tem...

Page 91: ... range Factory setting 1 2 50 10 The min pulse period of 20 ms milliseconds for activation of the gear motor Setting example Value x 20 ms 2 40 ms 10 200 ms 50 1000 ms The setting should be kept as high as acceptable to increase the lifetime of the actuator gear motor Danfoss District Energy VI GU B1 02 DEN SMT DK 91 ...

Page 92: ...em by setting an extreme low value Find the critical time period on the temperature recorder or use a stop watch Temp Critical time period Time This critical time period will be characteristic for the system and you can evaluate the settings from this critical period Tn 0 85 x critical time period Xp 2 2 x proportional band value in the critical time period If the regulation seems to be too slow y...

Page 93: ...desired flow temperature in circuit 1 is not influenced by the demand of any other controller slave or circuit 2 1 20 The desired flow temperature is increased by the set value in Demand offset if the demand of the slave circuit 2 is higher Temp Setting in Demand offset Des flow temp circuit 1 Des flow temp circuit 2 Time The function of Demand offset can compensate for heat losses between master ...

Page 94: ...active ON The pump is switched ON for 1 minute every third day at noon 12 14 hours M exercise valve exercise 11023 Circuit Setting range Factory setting 1 OFF ON OFF Exercises the valve to avoid blocking in periods without heat demand OFF The valve exercise is not active ON The valve opens for 7 minutes and closes for 7 minutes every third day at noon 12 00 hours DHW priority closed valve normal o...

Page 95: ... circulation pump 5 40 The circulation pump is switched ON when the desired flow temperature is above the set value The valve is fully closed as long as the pump is not switched on P post run 11040 Circuit Setting range Factory setting 1 0 99 m 3 m The circulation pump in the heating circuit can be ON for a number of minutes m after heating stop the desired flow temperature gets lower than the set...

Page 96: ... override to saving mode show the functionality Choose only an unused input for override If an already used input is applied for override the functionality of this input is also neglected See also Ext mode Override to Comfort mode Time Override to Saving mode Time The result of override to Saving mode depends on the setting in Total stop Total stop OFF Heating reduced Total stop ON Heating stopped...

Page 97: ...rature sensor alarms in section Common controller settings System Raw input overview 5 8 1 Temp monitor Upper difference 11147 Circuit Setting range Factory setting 1 OFF 1 30 K OFF The alarm is activated if the actual flow temperature increases more than the set difference acceptable temperature difference above the desired flow temperature See also Delay OFF The alarm function is not active 1 30...

Page 98: ... in the alarm register S7 pressure A376 9 Circuit Setting range Factory setting 1 0 0 20 0 bar Access to settings related to pressure measuring via input S7 Actual measured pressure is shown Conversion of input voltage to displayed pressure The pressure is measured by means of a pressure transmitter The transmitter sends the measured pressure as a 0 10 V or a 4 20 mA signal The voltage signal can ...

Page 99: ...as been above or below the limits for a longer time in seconds than the set value Digital S8 A376 9 Circuit Setting range Factory setting 1 Access to settings related to alarm input S8 Alarm value A376 9 11636 Circuit Setting range Factory setting 1 0 1 0 The alarm is based on a digital input applied to S8 0 The alarm function is active when a switch is closed 1 The alarm function is active when a...

Page 100: ...he alarm is activated when the flow temperature exceeds the set value Delay A376 9 11180 Circuit Setting range Factory setting 1 5 250 s 60 s The alarm is activated when the flow temperature has been above the limit set in Max flow T for a longer time in seconds than the set value 100 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 101: ...es on next page 2 The coordinates of the heat curve are changed Change the value of the slope Push the dial to enter change the slope value of the heat curve example 1 0 When the slope of the heat curve is changed by means of the slope value the common point for all heat curves will be a desired flow temperature 24 6 C at an outdoor temperature 20 C Change the coordinates Push the dial to enter ch...

Page 102: ...change the heat curve Temp max flow temp limit max 12178 Circuit Setting range Factory setting 2 10 150 C 90 C Choose the allowed max flow temperature for your system Adjust the factory setting if required The setting for Temp max has higher priority than Temp min Temp min flow temp limit min 12177 Circuit Setting range Factory setting 2 10 150 C 10 C Choose the allowed min flow temperature for yo...

Page 103: ...min limitation Desired room temperature Actual room temperature Infl max max limitation The Infl max and Infl min determine how much the room temperature should influence the desired flow temperature If the Infl factor is too high and or the Adapt time too low there is a risk of unstable control Example 1 The actual room temperature is 2 degrees too high The Infl max is set to 4 0 The Infl min is ...

Page 104: ...ture P control 9 9 The room temperature has a big influence 0 0 The room temperature has no influence Infl min room temp limitation min 12183 Circuit Setting range Factory setting 2 0 0 9 9 0 0 Determines how much the desired flow temperature will be influenced increased if the actual room temperature is lower than the desired room temperature P control 0 0 The room temperature has no influence 9 ...

Page 105: ...e by changing the desired flow temperature Return temperature limitation High limit Y2 Low limit Y1 C 15 40 15 60 C Outdoor temp Low T out X2 High T out X1 Influence Infl min 0 Limit Infl max 0 Return temperature Infl max 0 Infl min 0 If the Infl factor is too high and or the Adapt time too low there is a risk of unstable control High T out X1 return temp limitation high limit X axis 12031 Circuit...

Page 106: ... is acceptable see also Infl min Infl min return temp limitation min influence 12036 Circuit Setting range Factory setting 2 9 9 9 9 0 0 Determines how much the desired flow temperature will be influenced if the return temperature is lower than the calculated limit Influence higher than 0 The desired flow temperature is increased when the return temperature gets below the calculated limit Influenc...

Page 107: ... Circuit Setting range Factory setting 2 OFF ON OFF Choose whether the return temperature limitation should overrule the set min flow temperature Temp min OFF The min flow temperature limit is not overruled ON The min flow temperature limit is overruled Danfoss District Energy VI GU B1 02 DEN SMT DK 107 ...

Page 108: ...flow power gets higher than the calculated limit the controller gradually reduces the desired flow temperature to obtain an acceptable max flow or power consumption Flow power limitation High limit Y2 Low limit Y1 C 15 15 Outdoor temp Low T out X2 High T out X1 Flow power limitation Limit Desired flow temp C Time Actual actual flow or power 12110 Circuit Setting range Factory setting 2 Read out on...

Page 109: ... limit Y axis 12116 Circuit Setting range Factory setting 2 0 0 999 9 l h 999 9 l h Set the flow power limitation referring to the outdoor temperature set in Low T out X2 The corresponding X coordinate is set in Low T out X2 Adapt time adaptation time 12112 Circuit Setting range Factory setting 2 OFF 1 50 s OFF Controls how fast the flow power limitation adapts to the desired limitation OFF The co...

Page 110: ... meter number 1 5 OFF No M bus signal acquired EM1 EM5 Energy meter number Units 12115 Circuit Setting range Factory setting 2 See the list l h Choice of units for measured values Flow values are expressed as l h or m h Power values are expressed as kW MW or GW List for setting range of Units l h m h kW MW GW 110 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 111: ...ed to be 100 Depending on the outdoor temperature the percentage value can be lower according to the set value in Auto saving Reduction 100 0 20 10 29 0 20 10 Outdoor temp C Auto saving Example Outdoor temp 5 C Desired room temp in Comfort mode 22 C Desired room temp in Saving mode 16 C Setting in Auto saving 15 C The drawing above illustrates that the reduction percentage at an outdoor temperatur...

Page 112: ...ting cut out time can be automatic or disabled The calculated start and stop times are based on the setting of the optimizing time constant Adjust the optimizing time constant The value consists of a two digit number The two digits have the following meaning digit 1 Table I digit 2 Table II OFF No optimization The heating starts and stops at the times set in the schedule 10 59 See tables I and II ...

Page 113: ... based on outdoor temperature Use this setting if the room temperature is not measured ROOM Optimization based on room temperature if measured Total stop 12021 Circuit Setting range Factory setting 2 OFF ON OFF Decide whether you want a total stop during the saving temperature period OFF No total stop The desired flow temperature is reduced according to desired room temperature in saving mode auto...

Page 114: ...ting system switches ON again when the outdoor temperature and the accumulated filtered outdoor temperature become lower than the set limit This function can save energy Set the value for outdoor temperature at which you want the heating system to switch OFF Temp Actual outdoor temp Accumulated outdoor temp 18 C Time Heating ON Heating OFF Heating ON The heating cut out is only active when the con...

Page 115: ...ion time constant in seconds will make the controller react fast but with less stability Tn integration time constant A376 9 12185 Circuit Setting range Factory setting 2 1 999 s 25 s Set a high integration time constant in seconds to obtain a slow but stable reaction to deviations A low integration time constant will make the controller react fast but with less stability M run running time of the...

Page 116: ...ed valves Running time Valve stroke mm x actuator speed sec mm Example 5 0 mm x 15 sec mm 75 sec Rotating valves Running time Turning degrees x actuator speed sec degr Example 90 degr x 2 sec degr 180 sec Nz neutral zone 12187 Circuit Setting range Factory setting 2 1 9 K 3 K Set the acceptable flow temperature deviation Set the neutral zone to a high value if you can accept a high variation in fl...

Page 117: ...e the motorized control valve The neutral zone is symmetrical around the desired flow temperature value i e half the value is above and half the value is below this temperature Min act time min activation time gear motor 12189 Circuit Setting range Factory setting 2 2 50 10 The min pulse period of 20 ms milliseconds for activation of the gear motor Setting example Value x 20 ms 2 40 ms 10 200 ms 5...

Page 118: ...m by setting an extreme low value Find the critical time period on the temperature recorder or use a stop watch Temp Critical time period Time This critical time period will be characteristic for the system and you can evaluate the settings from this critical period Tn 0 85 x critical time period Xp 2 2 x proportional band value in the critical time period If the regulation seems to be too slow yo...

Page 119: ... via the ECL 485 bus OFF Information about the desired flow temperature is not sent to the master controller ON Information about the desired flow temperature is sent to the master controller In the master controller Demand offset must be set to a value in order to react on a desired flow temperature from a slave controller P exercise pump exercise 12022 Circuit Setting range Factory setting 2 OFF...

Page 120: ...ump is ON when the outdoor temperature is below the set value Under normal conditions your system is not frost protected if your setting is below 0 C or OFF For water based systems a setting of 2 C is recommended P heat T heat demand 12078 Circuit Setting range Factory setting 2 5 40 C 20 C When the desired flow temperature is above the set temperature in P heat T the controller automatically swit...

Page 121: ...d for external override If S1 S6 is chosen as override input the override switch must have gold plated contacts If S7 S10 is chosen as override input the override switch can be a standard contact See the drawing for a connection example of an override switch to input S9 The two drawings override to comfort mode and override to saving mode show the functionality Choose only an unused input for over...

Page 122: ...external override mode The mode override can be activated for saving or comfort mode For override the controller mode must be scheduled mode SAVING The controller is in saving mode when the override switch is closed COMFORT The controller is in comfort mode when the override switch is closed See also Ext input 122 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 123: ...ature sensor alarms in section Common controller settings System Raw input overview 6 8 1 Temp monitor Upper difference 12147 Circuit Setting range Factory setting 2 OFF 1 30 K OFF The alarm is activated if the actual flow temperature increases more than the set difference acceptable temperature difference above the desired flow temperature See also Delay OFF The alarm function is not active 1 30 ...

Page 124: ...n the alarm register S14 pressure A376 9 Circuit Setting range Factory setting 2 0 0 20 0 bar Access to settings related to pressure measuring via input S14 Actual measured pressure is shown Conversion of input voltage to displayed pressure The pressure is measured by means of a pressure transmitter The transmitter sends the measured pressure as a 0 10 V or a 4 20 mA signal The voltage signal can ...

Page 125: ... been above or below the limits for a longer time in seconds than the set value Digital S15 A376 9 Circuit Setting range Factory setting 2 Access to settings related to alarm input S15 Alarm value A376 9 12636 Circuit Setting range Factory setting 2 0 1 0 The alarm is based on a digital input applied to S15 0 The alarm function is active when a switch is closed 1 The alarm function is active when ...

Page 126: ...he alarm is activated when the flow temperature exceeds the set value Delay A376 9 12180 Circuit Setting range Factory setting 2 5 250 s 60 s The alarm is activated when the flow temperature has been above the limit set in Max flow T for a longer time in seconds than the set value 126 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 127: ...al DHW temp Desired DHW temp Temp max flow temp limit max 13178 Circuit Setting range Factory setting 3 10 150 C 65 C Choose the allowed max flow temperature for your system Adjust the factory setting if required The setting for Temp max has higher priority than Temp min Temp min flow temp limit min 13177 Circuit Setting range Factory setting 3 10 150 C 10 C Choose the allowed min flow temperature...

Page 128: ...alculated limit Influence lower than 0 The desired flow temperature is decreased when the return temperature gets higher than the calculated limit Example The return limit is active above 50 C The influence is set to 2 0 The actual return temperature is 2 degrees too high Result The desired flow temperature is changed by 2 0 x 2 4 0 degrees Normally this setting is lower than 0 in district heating...

Page 129: ...ity priority for return temp limitation 13085 Circuit Setting range Factory setting 3 OFF ON OFF Choose whether the return temperature limitation should overrule the set min flow temperature Temp min OFF The min flow temperature limit is not overruled ON The min flow temperature limit is overruled The return temperature limitation for the DHW circuit is based on the setting in Limit return temp li...

Page 130: ... on the signal from flow energy meter Limit limitation value 13111 Circuit Setting range Factory setting 3 0 0 999 9 l h 999 9 l h Set the limitation value Adapt time adaptation time 13112 Circuit Setting range Factory setting 3 OFF 1 50 s OFF Controls how fast the flow power limitation adapts to the desired limitation OFF The control function is not influenced by the Adapt time 1 The desired temp...

Page 131: ...t Input type 13109 Circuit Setting range Factory setting 3 OFF EM1 EM5 OFF Choice of M bus signal from energy meter number 1 5 OFF No M bus signal acquired EM1 EM5 Energy meter number Units 13115 Circuit Setting range Factory setting 3 See the list l h Choice of units for measured values Flow values are expressed as l h or m h Power values are expressed as kW MW or GW List for setting range of Uni...

Page 132: ...tments Heat transfer kW Constant tapping load l min 1 2 30 49 3 or 1 tap 25 open 3 9 50 79 6 or 1 tap 50 open 10 49 80 149 12 or 1 tap 100 open 50 129 150 249 18 or 1 tap 100 1 tap 50 open 130 210 250 350 24 or 2 taps 100 open In order to meet the summer winter variations the ECL clock must be set to the correct date for an successful auto tuning The motor protection function Motor pr has to be de...

Page 133: ...he supply temperature sensor is not connected the Xp value at the setting 65 C is used Xp proportional band A376 9 13184 Circuit Setting range Factory setting 3 5 250 K 90 K Set the proportional band A higher value will result in a stable but slow control of the flow temperature Tn integration time constant 13185 Circuit Setting range Factory setting 3 1 999 s 20 s Set a high integration time cons...

Page 134: ...lve The running time of the motorized control valve is calculated using the following methods Seated valves Running time Valve stroke mm x actuator speed sec mm Example 5 0 mm x 15 sec mm 75 sec Rotating valves Running time Turning degrees x actuator speed sec degr Example 90 degr x 2 sec degr 180 sec Nz neutral zone 13187 Circuit Setting range Factory setting 3 1 9 K 3 K Set the acceptable flow t...

Page 135: ... detected the flow switch is deactivated the temperature is maintained at a lower level saving temperature Choose which temperature sensor is to maintain the saving temperature OFF The saving temperature is maintained at the DHW flow temperature sensor S4 ON The saving temperature is maintained at the supply temperature sensor S6 If the S6 temperature sensor is not connected the idle supply temper...

Page 136: ... 25 0 s 2 0 s The Close time is the forced time in seconds that it takes to close the motorized control valve when a tapping is stopped the flow switch is deactivated This function compensates for the delay before the flow temperature sensor measures a change in temperature 136 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 137: ...m by setting an extreme low value Find the critical time period on the temperature recorder or use a stop watch Temp Critical time period Time This critical time period will be characteristic for the system and you can evaluate the settings from this critical period Tn 0 85 x critical time period Xp 2 2 x proportional band value in the critical time period If the regulation seems to be too slow yo...

Page 138: ...ithout heat demand OFF The pump exercise is not active ON The pump is switched ON for 1 minute every third day at noon 12 14 hours M exercise valve exercise 13023 Circuit Setting range Factory setting 3 OFF ON OFF Exercises the valve to avoid blocking in periods without heat demand OFF The valve exercise is not active ON The valve opens for 7 minutes and closes for 7 minutes every third day at noo...

Page 139: ...tory setting 3 0 99 m 3 m The circulation pump in the heating circuit can be ON for a number of minutes m after heating stop the desired flow temperature gets lower than the setting in P heat T ID no 12078 This function can utilize the remaining heat in e g a heat exchanger 0 The circulation pump stops immediately after the heating stop 1 99 The circulation pump is ON for the set time after the he...

Page 140: ...ide switch to input S9 The two drawings override to comfort mode and override to saving mode show the functionality Choose only an unused input for override If an already used input is applied for override the functionality of this input is also neglected See also Ext mode Override to Comfort mode Time Override to Saving mode Time Ext mode external override mode 13142 Circuit Setting range Factory...

Page 141: ...ed day s and duration The anti bacteria function is not active in frost protection mode Desired temp C 80 55 Time Day start time Duration During the anti bacteria process the return temperature limitation is not active Day Circuit Setting range Factory setting 3 Weekdays Select mark the day s of the week where the anti bacteria function must be active M Monday T Tuesday W Wednesday T Thursday F Fr...

Page 142: ...ng range Factory setting 3 10 600 m 120 m Set the duration minutes for the anti bacteria function Desired T Circuit Setting range Factory setting 3 OFF 10 110 C OFF Set the desired DHW temperature for the anti bacteria function OFF The anti bacteria function is not active 10 110 Desired DHW temperature during the anti bacteria function period 142 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 143: ...ue is used to express the actual cold water consumption 0 1 Each pulse from the cold water meter expresses a consumption of 0 1 liter 1000 0 Each pulse from the cold water meter expresses a consumption of 1000 0 liter Preset A376 9 13514 Circuit Setting range Factory setting 3 OFF ON OFF Is used for resetting the measured water consumption registered by the cold water meter Via the Modbus communic...

Page 144: ...ature sensor alarms in section Common controller settings System Raw input overview 7 8 1 Temp monitor Upper difference 13147 Circuit Setting range Factory setting 3 OFF 1 30 K OFF The alarm is activated if the actual flow temperature increases more than the set difference acceptable temperature difference above the desired flow temperature See also Delay OFF The alarm function is not active 1 30 ...

Page 145: ... Setting range Factory setting 3 Access to overview showing the alarm number alarm type The alarm number is entered into the alarm register and can be obtained from a SCADA system Example 3 Temp monitor If an alarm is activated because of conditions in Temp monitor the alarm number 3 is placed in the alarm register Digital S16 A376 9 Circuit Setting range Factory setting 3 Access to settings relat...

Page 146: ...apply to the entire controller are located in a specific part of the controller To enter Common controller settings Action Purpose Examples Choose MENU in any circuit Confirm Choose the circuit selector at the top right corner in the display Confirm Choose Common controller settings Confirm Circuit selector 146 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 147: ...ylight Daylight saving time changeover YES The controller s built in clock automatically changes one hour on the standardized days for daylight saving time changeover for Central Europe NO You change manually between summer and winter time by setting the clock backward or forward When controllers are connected as slaves in a master slave system via ECL 485 communication bus they will receive Time ...

Page 148: ...es the week schedules for the circuits 1 2 and 3 this week schedule controls relay output R6 The week schedule is set in the same way as the week schedules for circuits 1 2 and 3 Comfort periods will activate the relay 6 in order to close the contacts 148 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 149: ... Choose the circuit selector at the top right corner in the display Confirm Choose a circuit or Common controller settings Heating DHW Common controller settings Confirm Go to Holiday Confirm Choose a schedule Confirm Confirm choice of mode selector Choose mode Comfort Comfort 7 23 7 23 Saving Frost protection Confirm Enter the start time first and then the end time Confirm Go to Menu Confirm Choo...

Page 150: ... of the following options from the ECA 30 31 when the controller is in scheduled mode Day off Holiday Relaxing extended comfort period Going out extended saving period Energy saving trick Use Going out the extended saving period for airing purposes e g for ventilating the rooms by means of fresh air from open windows 150 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 151: ...0 application A376 8 5 Input overview The input overview is located in the common controller settings This overview will always show you the actual temperatures in the system read only Danfoss District Energy VI GU B1 02 DEN SMT DK 151 ...

Page 152: ...nt sensor showing the measured temperature The log function is only available in the Common controller settings Example 1 1 day log for yesterday showing the development in outdoor temperature during the past 24 hours Example 2 Today s log for the actual heating flow temperature as well as the desired temperature Example 3 Yesterday s log for the DHW flow temperature as well as the desired tempera...

Page 153: ...PEN Pump AUTO OFF ON Confirm status change Remember to change the status back again as soon as an override is not required any longer Controlled components Circuit selector When the selected controlled component output is not AUTO the ECL Comfort controller does not control the component in question pump or motorized control valve e g Frost protection is not active A376 3 only The motorized contro...

Page 154: ... System settings System settings are among others communication set up display brightness etc User settings User settings are among others desired room temperature desired DHW temperature schedules heat curve limitation values etc Go to factory Restores the factory settings Copy To Copy direction System settings User settings Start copying A more detailed description of how to use the individual K...

Page 155: ...ar WW YYYY Example ECL version 8 9 2 Extension Extension will offer you information about additional modules if any An example could be the ECA 32 module 8 9 3 Ethernet The ECL Comfort 310 has a Modbus TCP communication interface that allows the ECL controller to be connected to an Ethernet network This allows remote access to the ECL 310 controller based on standard communication infrastructures ...

Page 156: ...he defective temperature sensor in question Resetting the alarm Choose the sensor S number for which you want to clear the alarm Press the dial The magnifying glass and alarm symbols disappear When the dial is pressed again the monitoring function is reactivated The temperature sensor inputs have a measuring range from 60 150 C If a temperature sensor or its connection breaks the value indication ...

Page 157: ...he master The slave sends information about the desired flow temperature to the master 10 14 Reserved 15 The ECL 485 communication bus is active The controller is master The master sends information about the outdoor temperature S1 and system time Connected Remote Control Units ECA 30 31 are powered The ECL Comfort controllers can be connected via the ECL 485 communication bus to perform a larger ...

Page 158: ...nication 8 9 10 Language Language 2050 Circuit Setting range Factory setting English Local English Choose your language Local language is selected during installation If you want to change to another local language the application must be reinstalled However it is always possible to change between the local language and English 158 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 159: ... heating demand sent from the MASTER controller Situation 2 The slave receives information about a DHW heating activity in the master controller and can be set to close the selected heating circuit SLAVE controller Set the desired function In circuit 1 circuit 2 go to Settings Application DHW priority DHW priority closed valve normal operation 11052 12052 Circuit Setting range Choose 1 2 OFF ON OF...

Page 160: ...ach slave can send information about the desired flow temperature demand in each circuit back to the master controller SLAVE controller In the circuit in question go to Settings Application Send desired T Choose ON or OFF Send desired T 11500 12500 Circuit Setting range Choose 1 2 OFF ON ON or OFF OFF Information about the desired flow temperature is not sent to the master controller ON Informatio...

Page 161: ...usting the radiator thermostats the flow temperature is too low Increase the desired room temperature display with desired room temperature If this does not help adjust the Heat curve Flow temp The room temperature is too high during saving periods Make sure that the min flow temperature limitation Temp min is not too high The temperature is unstable Check that the flow temperature sensor is corre...

Page 162: ...temperature proportional to the difference between a desired and an actual temperature e g a room temperature A P control will always have an offset which not will disappear over time PI control Proportional and Integrating control A PI control does the same as a P control but the offset will disappear over time A long Tn will give a slow but stable control and a short Tn will result in a fast con...

Page 163: ...mperature Comfort temperature Temperature maintained in the circuits during comfort periods Normally during daytime Compensation temperature A measured temperature influencing the flow temperature reference balance temperature Desired flow temperature Temperature calculated by the controller on basis of the outdoor temperature and influences from the room and or return temperatures This temperatur...

Page 164: ...000 sensor All sensors used with the ECL Comfort controller are based on the Pt 1000 type IEC 751B The resistance is 1000 ohm at 0 C and it changes with 3 9 ohm degree Optimization The controller optimizes the start time of the scheduled temperature periods Based on the outdoor temperature the controller automatically calculates when to start in order to reach the comfort temperature at the set ti...

Page 165: ...time the roles are exchanged Weather compensation Flow temperature control based on the outdoor temperature The control is related to a user defined heat curve 2 point control ON OFF control e g circulation pump change over valve or damper control 3 point control Opening closing or no action of the actuator for the motorized control valve No action means that the actuator remains in its current po...

Page 166: ...Installation Guide ECL Comfort 310 application A376 Installer By Date 166 DEN SMT DK VI GU B1 02 Danfoss District Energy ...

Page 167: ...Installation Guide ECL Comfort 310 application A376 087H9059 VIGUB102 Produced by Danfoss A S 02 2011 ...

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