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EQJW145: Heating controller

Table of contents

7010015003 A

6.2.1

Assigning addresses ............................................................................... 67

6.2.2

Room operating unit EDB 100 ................................................................ 68

6.2.3

Sending and receiving outdoor temperatures ......................................... 68

6.2.4

Requesting and processing a heat requirement ..................................... 68

6.2.5

Requesting and processing a return temperature .................................. 68

6.2.6

Synchronising the time............................................................................ 68

6.3

Modbus communication .......................................................................... 69

6.3.1

Modbus data points (holding register)..................................................... 70

6.3.2

Modbus data points (coils) ...................................................................... 74

6.4

Modem operation .................................................................................... 75

6.4.1

Connection with the modem.................................................................... 75

6.4.2

Modbus operation via modem................................................................. 75

6.4.3

Sending SMS if there is a fault on the installation .................................. 76

6.4.4

Displays for modem operation ................................................................ 76

6.5

Setting parameters using the PC ............................................................ 77

Faults .................................................................................................................. 79

7.1

Displaying faults ...................................................................................... 79

7.1.1

Error list ................................................................................................... 79

7.1.2

Device status........................................................................................... 79

7.2

Logbook................................................................................................... 80

7.3

Reset functions ....................................................................................... 81

7.4

Actions to deal with faulty temperature value measurements ................ 81

Using the controller........................................................................................... 83

8.1

General information................................................................................. 83

8.2

Examples of use...................................................................................... 83

8.2.1

Control model 1 ....................................................................................... 84

8.2.2

Control model 2 ....................................................................................... 87

8.2.3

Control model 3 ....................................................................................... 88

Economy tips ..................................................................................................... 89

10 Resistance values for the Ni1000 sensors ..................................................... 91

11 Accessories ....................................................................................................... 93

Wiring diagram .................................................................................................. 93

13 Dimension drawing ........................................................................................... 93

14 Technical data.................................................................................................... 95

14.1

Overview of technical data ...................................................................... 95

14.2

Overview of main functions ..................................................................... 97

15 Overview of controller settings...................................................................... 101

15.1

List of SERVice parameters .................................................................. 101

Summary of Contents for EQJW145

Page 1: ...EQJW145 Heating controller Operating manual 7010015003 A R ...

Page 2: ...2 7010015003 A Fr Sauter AG 7010015003 A Printed in Switzerland Subject to changes Fr Sauter AG Im Surinam 55 CH 4016 Basel www sauter controls com ...

Page 3: ...ate 16 3 2 Commissioning level 16 3 2 1 List of SERVice parameters 17 3 2 2 Access to commissioning level 18 3 2 3 View SERVice parameters 18 3 2 4 Change SERVice parameters 18 3 3 SERVice level 19 3 3 1 Access to SERVice level 19 3 3 2 View SERVice parameters 20 3 3 3 Change SERVice parameters 20 3 3 4 List of SERVice parameters 21 3 3 5 Explanations for individual SERVice parameters 25 3 4 Commu...

Page 4: ...ring DHW temperatures 58 4 7 1 Notes on the boosted DHW temperature 59 4 8 Weekly switching programme for domestic hot water 59 4 8 1 Calling up the weekly switching programme 60 4 8 2 View switching commands 60 4 8 3 Enter a switching command 61 4 8 4 Changing and deleting a switching command 61 4 9 Weekly switching programme for pilot timer circulating pump 62 4 10 Calling up the weekly switchin...

Page 5: ...MS if there is a fault on the installation 76 6 4 4 Displays for modem operation 76 6 5 Setting parameters using the PC 77 7 Faults 79 7 1 Displaying faults 79 7 1 1 Error list 79 7 1 2 Device status 79 7 2 Logbook 80 7 3 Reset functions 81 7 4 Actions to deal with faulty temperature value measurements 81 8 Using the controller 83 8 1 General information 83 8 2 Examples of use 83 8 2 1 Control mod...

Page 6: ...tion parameters 102 15 3 Weekly switching programme heating 103 15 4 Calendar switching programme heating 103 15 5 Weekly switching programme domestic hot water 104 15 6 Weekly switching programme pilot timer circulating pump 104 Table of Figures 105 List of tables 106 Abbreviations 107 Index 108 ...

Page 7: ...ncerning the use of the product Warnings Factory setting of the EQJW 145 e g manufacturer s specified control values switching times etc The operating instructions explain the various functions of the device step by step using the following symbols PROG is shown on the display flashing 09 00 is shown on the display not flashing Press key ...

Page 8: ...EQJW145 Heating controller Symbols used in this manual 8 7010015003 A Fr Sauter AG ...

Page 9: ...esidents to adjust the time twice a year The equitherm EQJW 145 incorporates a variety of protective functions such as the anti frost function and the pump anti jamming facility Additional functions such as automatic switch off are also implemented For every installation these features ensure optimal comfort with the minimum use of energy Analogue or digital room operating units can be connected t...

Page 10: ...EQJW145 Heating controller General information 10 7010015003 A Fr Sauter AG ...

Page 11: ...10015003 A 11 Fr Sauter AG 2 Description of the operating controls 2 1 Front view of the EQJW 145 1 2 3 4 C sec 1 h Fig 1 EQJW 145 Front view Rotary switch Display ESC button Input knob The device has a rotary switch with 10 positions an input knob and a button 1 2 3 4 ...

Page 12: ... corresponds to nominal mode as per EN 12098 1 Back up mode means that the heating is switched off and the anti frost function is active 2 3 Bottom rotary switch hot water pilot timer Operating modes Automatic mode for domestic hot water according to switching programme Continuous heating to increased domestic hot water temperature Continuous heating to normal domestic hot water temperature Domest...

Page 13: ...hich can show various items of information at the same time The next illustration shows what the symbols mean 0 1 2 3 4 5 6 7 8 2 1 22 23 24 Times for normal mode on the current day Time date setpoints actual values etc Automatic mode according to the weekly and calendar switching programme flashing temperature change for limited unlimited period Heating circuit is in normal mode flashing Optimisa...

Page 14: ...om temperature Display of return temperature Display of tank temperature Controller is in summer mode Calendar switching programme mode is currently active Domestic hot water flashing with increased temperature Charge pump switched on 2nd charge pump switched on An error has occurred see 7 Floor drying function heating function is active ...

Page 15: ...enable you to set the time you must first move the bottom rotary switch into one of the following positions see 4 1 Off mode Continuous heating to normal DHW temperature Continuous heating to increased DHW temperature Automatic mode 1 Set the top rotary switch to automatic mode The time is shown 2 Press the input knob the time flashes 3 Turn the input knob The time is set 4 Press the input knob ag...

Page 16: ...r of the year flashes 4 Turn the input knob The year is changed 5 Press the input knob The year is confirmed and the day month is shown 6 Turn the input knob The date is changed 7 Press the input knob The new date is confirmed 3 2 Commissioning level In commissioning level a specialist can perform the basic settings on the GZP which are important for commissioning Direct access to specified servic...

Page 17: ...3 or 4 MOD3 for second control valve 30 960 15 SP34 1 Functions for domestic hot water 0 not enabled 1 MOD 1 2 with sep charge pump using one DHW sensor 2 MOD 1 2 with sep charge pump using two DHW sensors 3 MOD 1 2 with diverter valve using one DHW sensor 4 MOD 1 2 with diverter valve using two DHW sensors 0 4 1 SP36 5 MOD 1 2 Switching difference for domestic hot water in K 1 30 1 SP37 70 Maximu...

Page 18: ...input knob show the code 5 Press the input knob The first SERVice parameter is displayed 3 2 3 View SERVice parameters 1 Turn the input knob 2 Select the SERVice parameter you want 3 Press the input knob The value of the parameter is shown 4 To leave the value unchanged 5 Press ESC to exit the display 3 2 4 Change SERVice parameters Press the ESC key to cancel the operation The value is not accept...

Page 19: ...uirements For this purpose also please note the installation instructions enclosed with the EQJW 145 MV506103 Incorrect parameterisation setting of the heating controller It can cause major faults on the installation injuries to people or damage to the installation SERVice mode must only be enabled by a specialist Some of the parameters cannot be changed they can only be viewed version number stat...

Page 20: ...e the value unchanged press ESC to exit the display 3 3 3 Change SERVice parameters Press the ESC key to cancel the operation The value is not accepted unless it has already been confirmed 1 Turn the input knob 2 Select the SERVice parameter you want 3 Press the input knob The value of the parameter is shown 4 Turn the input knob The value of the parameter is changed 5 Press the input knob The new...

Page 21: ...y side 3 two control valves on the primary side 0 3 1 SP07 0 Effect of binary pulse input terminals 21 22 0 HK in back up mode if contact is closed 1 HK in reduced mode if contact is closed 2 HK in nominal mode if contact is closed 3 Pulse input for quantity metering 4 Seepage limitation 5 Input for fault signal 0 5 1 SP08 0 Room temperature recording 0 no room temperature recording 1 connect room...

Page 22: ...cuit in C 5 100 1 SP22 75 Maximum limitation for flow temperature TF heating circuit in C 20 150 1 SP23 90 Upper limit value for max limitation of TRF during heating in C 5 150 1 SP24 90 Lower limit value for max limitation of TRF during heating in C 5 150 1 SP25 0 Outdoor temperature at which the sliding part of the limit function for TRF begins in C 30 50 1 SP26 1 0 Slope of limitation function ...

Page 23: ...re limit value for operation of domestic hot water heating in C TA limit value parallel operation TA limit value domestic hot water with priority Note only valid if value SP34 1 or 2 30 50 1 SP40 4 After run time for charge pump for domestic hot water min 0 20 1 SP41 1 4 Slope of heating characteristic 0 2 5 0 0 1 SP42 10 Setpoint boost for demand request via device bus K 0 30 1 SP43 0 0 External ...

Page 24: ...collective fault alarm 5 circulating pump 0 5 1 SP50 0 Pump anti jamming facility 0 not enabled 1 enabled 0 1 1 SP51 25 10 Summer winter time changeover 01 01 31 12 SP52 25 03 Winter summer time changeover SP51 SP52 means no summer winter time changeover 01 01 31 12 SP53 0 Optimisation 0 not enabled 1 enabled 0 1 1 SP60 0 Floor drying 0 not enabled 7d functional heating 25 C ready for laying heati...

Page 25: ...ng To do this the value of the SERVice parameter must be changed and confirmed After this the EQJW 145 performs the relevant reset and assigns value 0 to the parameter Manual mode SERVice parameter SP05 is used to disable or enable manual mode If the value of the parameter is 0 manual mode is disabled Control model Various control models are stored in the EQJW 145 Use this parameter to specify the...

Page 26: ... higher than the actual value 5 input is a fault signal input used to forward fault signals from other devices Room temperature recording Various types of room temperature sensor can be connected 0 no room temperature recording 1 connect room sensor 2 connect EGS52 15 or EGT333 with room sensor 3 connect EGS52 15 or EGT333 without room sensor 4 only for MOD1 2 with second tank charge pump SP49 2 t...

Page 27: ...low setpoint can occur In heavy buildings with sluggish heating systems a higher value is more suitable than it would be for buildings of lightweight construction and heating that reacts quickly This time must not be too short so as to prevent control fluctuations The algorithm prevents hunting by changing the flow setpoint more quickly at a rate of 2 K within a scanning period when the deviation ...

Page 28: ... of control valve Valves with a motorised actuator need a specified time to open or close completely This is known as the valve runtime This SERVice parameter is used to set the equitherm EQJW 145 to the runtime of the valve drive that is used Optimal control quality and various protective functions are only ensured if the valve runtime is set correctly Runtime for second actuator Depending on the...

Page 29: ...um limit TLOBW RF for the primary return temperature during DHW heating In MOD1 or MOD2 if the heating is in reduced or normal mode and DHW heating occurs at the same time the maximum limit value for the primary return temperature is checked with the outdoor temperature dependent value for the heating circuit and the fixed value for the DHW during this time To make the return temperature limitatio...

Page 30: ...us heating operation and DHW heating 50 kW should be allowed A heat quantity meter is available which outputs 1200 pulses kWh The following conversion 35 kW 35 kWh h and the given variable for the heat quantity meter provide 35 kWh h x 1200 pulses kWh 42 000 pulses h This gives a value that must be entered on the EQJW145 of 42 000 pulses h 42 000 60 pulses min 700 pulses min The second limit value...

Page 31: ...ity metering is violated The flow temperature is adapted continuously i e about once a second to its value in this case If the value falls below the limit value for quantity measurement again the flow temperature is increased again at 1 5 of the set intervention intensity Limit value for minimum flow or power This function is used to limit see page It prevents a constant low flow if the energy req...

Page 32: ...ing temperature must be higher than the desired tank temperature for the domestic hot water otherwise minor temperature losses during heating would mean that the tank heating never ends This SERVice parameter specifies the amount by which the heating temperature should exceed the desired tank temperature switching difference Outdoor temperature limit value for operation of domestic hot water heati...

Page 33: ...an the amount actually requested by the other device This can improve control behaviour for cascaded controllers Extraneous heat portion Continual incidence of extraneous heat e g due to the presence of people loss of heat from machines can be taken into account by the EQJW 145 and compensated by a horizontal shift of the heating characteristic towards a lower outdoor temperature Heating limit If ...

Page 34: ...anti frost function becomes active if the outdoor temperature falls below the anti frost limit 3 C If the outdoor temperature rises above 4 C again the function is terminated The flashing symbol indicates that the anti frost function is active There is a forced switch on of the heating medium pump The setpoint for the flow temperature of the heating circuit is set at 10 C unless it is already high...

Page 35: ...emperature the circulating pump stays switched on Once the DHW preparation is switched off position the circulating pump is also switched off The output is included in the anti frost and pump anti jamming functions The weekly switching programme for the configurable output see Section 4 9 works only if the output has been configured as a pilot timer or for activating a circulating pump The weekly ...

Page 36: ...During the heating operation the maximum permissible flow temperature SP22 is used In so doing the flow temperature is raised not suddenly but gradually Furthermore the switch off time for normal mode is also moved to an earlier time up to 1 hour earlier if this is possible without significantly undercutting the desired room temperature by the end of the normal mode as per the switching programme ...

Page 37: ...ing heating This involves starting with a flow temperature setpoint of 25 C The flow temperature setpoint is gradually increased by 5K a day until the maximum flow temperature has been attained The maximum flow temperature is then maintained for 7 days after which the flow temperature setpoint is gradually reduced by 5K every day until a temperature of 25 C has been reached The function is then fi...

Page 38: ... to be too high In the case of ready for laying heating offset of more than 5K for more than 30 minutes are considered to be excessive Values 8 and 9 can only be read They cannot be assigned to the SERVice parameter After floor drying has been completed the EQJW 145 operates according to the switch setting and the switching commands Floor drying can be aborted by setting parameter SP60 to 0 If the...

Page 39: ...input knob 2 Select the communication parameter you want 3 Press the input knob The value for the parameter is shown 4 To leave the value unchanged press ESC to exit from the display 3 4 3 Changing communication parameters Push the ESC key to cancel the procedure The value will not be accepted unless it has already been confirmed 1 Turn the input knob 2 Select the communication parameter you want ...

Page 40: ...l 1 CP08 SMS via modem telephone number of the mobile phone 1 CP09 0 Device bus time synchronisation 0 not enabled 1 enabled 0 1 1 CP10 0 Device bus send outdoor temperature 0 not enabled 1 enabled 0 1 1 CP11 0 Device bus receive outdoor temperature 0 not enabled 1 enabled 0 1 1 CP12 0 Device bus send heat requirement TF 0 not enabled 1 enabled 0 1 1 CP13 0 Device bus receive heat requirement TF 0...

Page 41: ... minutes 1 255 1 CP23 5 SMS or MOD bus via modem number of dialling attempts 1 255 1 CP24 0 SMS or MOD bus via modem send message even if error is rectified 0 not enabled 1 enabled 0 1 1 CP25 0 SMS via modem select language for error message 0 German 1 French 2 English 3 Italian 4 Spanish 0 4 1 CP26 0 MOD bus via modem disable dialling control station in case of fault 0 not enabled 1 enabled 0 1 1...

Page 42: ... once within a system Modbus via modem phone number of the control station The telephone number of the BMS modem must be entered here including the dialling code or for example a 0 for extension systems Short pauses between the digits can be entered with P 1 second and the end of the number is identified by The phone number can comprise a maximum of 22 digits including pauses SMS via modem telepho...

Page 43: ...s controller sends its current flow temperature TF setpoint on the device bus Device bus receive heat requirement If CP 13 is set to 1 the controller receives flow temperature requirement requests from the device bus The controller makes a maximum selection between the flow temperature requirement requests of all the controllers connected on the device bus and its own setpoint for the flow tempera...

Page 44: ...Modbus via modem modem timeout In case of a connection via modem the connection is terminated by the controller if no data exchange has taken place after this time has elapsed SMS or Modbus via modem number of dialling attempts The dialling attempts via modem to the provider or the control station are repeated observing the dialling pause CP21 if the line is busy or if it is impossible to make a c...

Page 45: ...tation has been inactive for 30 minutes When CP27 1 if the controller is no longer receiving any Modbus enquiries operating statuses specified via Modbus become invalid after 30 minutes and the controller operates independently of the control station again If CP27 0 the operating statuses continue to have unlimited validity even beyond these 30 minutes CP27 ...

Page 46: ...EQJW145 Heating controller Commissioning 46 7010015003 A Fr Sauter AG ...

Page 47: ...he controller operates in automatic mode Setpoint adjustment normal mode day Setpoint adjustment reduced mode night Enter switching programme for heating Limited temperature change Commissioning level service level and communication parameters contains all the other parameters heating characteristic control parameters communication settings etc The bottom rotary switch allows you to set hot water ...

Page 48: ...onfigurable output output terminal 8 One off domestic hot water heating 4 1 1 Displays when automatic mode is set To show the various displays described below the bottom rotary switch must be moved to one of the following positions see section 4 1 Off mode Continuous heating to normal DHW temperature Continuous heating to increased DHW temperature Automatic mode 1 After you select the position for...

Page 49: ...ion has been configured The current measured DHW temperature if DHW preparation has been configured 5 Turn the knob further in a clockwise direction to display the time again You can also turn the knob in the opposite direction to scroll backwards through the displays In some cases more displays can be added to the display loop e g Show setpoint and actual value for return temperature The display ...

Page 50: ...l mode daytime operation and the current status of the outputs are shown on the lower margin of the display not illustrated here see 2 5 2 Turn the input knob further clockwise to show the room setpoint temperature only if a room sensor is present Then the current actual value for the room temperature only if a room sensor is present The flow setpoint not available in OFF mode or summer mode for e...

Page 51: ...ring the setpoint temperature in normal mode To enter setpoints the bottom rotary switch must be moved to one of the following positions see 4 1 Off mode Continuous heating to normal DHW temperature Continuous heating to increased DHW temperature Automatic mode 1 After you select the position for the upper rotary switch the current room setpoint temperature for nominal mode is shown Push the input...

Page 52: ...input knob again to confirm the changed numerical value Press the ESC button once before confirming to cancel the input The old value is retained 4 4 Weekly switching programme for heating The weekly switching programme repeats itself every week It comprises a maximum of 48 switching commands 6 for each day and another 6 for the whole week with the associated operating modes which can be entered i...

Page 53: ...se positions see 4 1 Off mode Continuous heating to normal DHW temperature Continuous heating to increased DHW temperature Automatic mode 4 4 1 Calling up the weekly switching programme 1 Set the rotary switch to PROG 2 Push the input knob The weekly programme is selected 3 Turn the input knob 4 Select the day of the week 1 Monday 2 Tuesday 1 7 daily 5 Friday has been selected here 5 Push the inpu...

Page 54: ...he mode for the switching command 7 Push the input knob The mode is confirmed 4 4 4 Changing and deleting a switching command Show the switching command as described in the Section on View switching commands 1 Push the input knob The switching command is called up 2 Turn the input knob 3 Choose whether you want to delete the switching command Clr or change it SEt 4 Push the input knob Your selecti...

Page 55: ...switching programme in the relevant table in section 15 4 No commands are entered in the calendar switching programme in the factory setting The calendar switching programme does not influence the switching programme for domestic hot water preparation or the switching programme for the configurable output Before you can call up view or edit the calendar switching programme the bottom rotary switch...

Page 56: ...mand 7 Push the input knob The mode is confirmed 4 5 4 Changing and deleting a switching command Show the switching command as described in the Section on View switching commands e g 1 Push the input knob The switching command is called up 2 Turn the input knob 3 Choose whether you want to delete the switching command Clr or change it SEt 4 Push the input knob Your selection is confirmed If the sw...

Page 57: ...the top rotary switch to the party symbol 2 Turn the input knob set the duration for the temperature change h hours d days t until the next switching command minimum 2 h 3 Push the input knob The duration is confirmed 4 Turn the input knob 5 Select the mode or 6 Push the input knob 7 Confirm the mode Use the ESC button or set the top rotary switch to another position to cancel the temporary temper...

Page 58: ...h the input knob and the numerical value will flash 3 and you can now change it by turning it upwards or downwards step value 0 1 C 4 Push the input knob again to confirm the changed numerical value Press the ESC button once before confirming to cancel the input The old value is retained If the Adjust setpoint for boosted DHW temperature thermal disinfection switch position is selected this setpoi...

Page 59: ...f 48 switching commands 6 for each day and another 6 for the whole week with the associated operating modes which can be entered in a 10 minute grid The switching commands can be modified individually and they are captive A switching command may be valid every day 1 7 or on a specified day of the week Mon 1 Tue 2 etc If a switching command is present on a certain day of the week Mon Tue etc the da...

Page 60: ...ositions see 4 1 Back up mode Reduced mode Normal mode Automatic mode 4 8 1 Calling up the weekly switching programme 1 Set the bottom rotary switch to PROG 2 Turn the input knob 3 Select the day of the week 1 Monday 2 Tuesday 1 7 daily 6 Saturday has been selected here 4 Push the input knob The first switching command for this day or for the whole week is shown 4 8 2 View switching commands Turn ...

Page 61: ...he mode for the switching command 7 Push the input knob The mode is confirmed 4 8 4 Changing and deleting a switching command Show the switching command as described in the section on View switching commands 1 Push the input knob the switching command is called up 2 Turn the input knob 3 choose whether you want to delete the switching command Clr or change it SEt 4 Push the input knob Your selecti...

Page 62: ... empty switching programme is interpreted as a switching programme with the normal operating mode The factory setting for the weekly switching programme is as follows Day Time Mode Daily 06 00 Normal mode Daily 22 00 Reduced mode It is advisable to record any changes made to the weekly switching programmes in the relevant table in the section entitled Overview of controller settings Before the wee...

Page 63: ...r that day or the whole week is shown 4 10 1 View switching command Turn knob Each switching command is shown An empty switching command is indicated by _ _ _ _ 4 10 2 Enter switching command 1 Turn knob to the next empty switching command 2 Press knob New switching command is shown 3 Turn knob Time for the switching command changes 4 Press knob Time for the switching command is confirmed 5 Turn k...

Page 64: ... 11 Once only tank charge To carry out a once only tank charge the top rotary switch must be in one of these positions see 4 1 Back up mode Reduced mode Normal mode Automatic mode This position of the bottom rotary switch allows you to initiate tank heating immediately This can happen if the domestic hot water DHW preparation is currently switched off by switching commands or if the tank temperatu...

Page 65: ...play as also happens in other cases see 2 5 1 Access to manual mode heating Set the upper rotary switch to manual mode 5 2 Access to manual mode domestic hot water configurable output and second final control element Set the lower rotary switch to manual mode If a second final control element was configured the display shows to start with If both rotary switches are set to the manual position at t...

Page 66: ... Specify pump output 0 pump off 1 pump on 7 Press the input knob The preset is accepted 5 5 Exit manual mode You exit manual mode as soon as you turn the rotary switch to another position 5 6 Check measured values in manual mode 1 Turn the input knob until the INFO sub item in the Display menu is shown 2 Press the input knob 3 Select menu sub item INFO 4 Turn the input knob The individual values a...

Page 67: ...ilding It is not necessary to keep to a specific polarity cores A B with the EQJW 145 6 2 Device bus The device bus makes it possible to interconnect as many as 32 devices with little outlay It is primarily used to transmit measured temperature values outdoor temperature and room temperature and commands mode changeover Connecting the devices only requires two wires which are attached to the termi...

Page 68: ...sors of their own To send an outdoor temperature set parameter CP10 to 1 and to receive one set parameter CP11 to 1 6 2 4 Requesting and processing a heat requirement One or more controllers can be connected downstream in a controller grouping You can use parameter CP12 to send the required flow temperatures for the various downstream control circuits to the controller for the primary circuit If C...

Page 69: ... bytes ___________________________________________________________________ Read Holding AA 03 XX XX 00 01 CC CC Reg Adr RH HR Nr Reg CRC Number of registers to be read Response AA 03 02 XX XX CC CC Anz Adr RH Anz Daten CRC Number of following data bytes ___________________________________________________________________ Set Coil AA 05 XX XX YY 00 CC CC YY 0xFF to set 0x00 to delete Adr SC CoilNr D...

Page 70: ... With math Sign 40001 Product number Product number device code yes 0 no 40003 Firmware version Firmware version yes 2 no 40004 Hardware version Hardware version yes 2 no 40006 Int SerNo Internal serial number yes 0 no 40010 OutdoorTemp_AF1 Measured value for input TA no 1 C yes 40013 FlowTemp_VF1 Measured value for input TF yes 1 C yes 40014 HotWaterTemp2 Measured value for input TW2 yes 1 C yes ...

Page 71: ...ce status register yes 0 no 40152 ErrorstatArchiv Device status archive no 0 no 40154 ErrorCounterReg Error counter register no 0 no 41000 FlowSetp_Rk1 Flow setpoint no 1 C yes 41001 MaxFlow_Rk1 Maximum flow temperature no 1 C yes 41002 MinFlow_Rk1 Minimum flow temperature no 1 C yes 41003 Day_Setp_Rk1 Setpoint normal mode no 1 C yes 41004 Night_Setp_Rk1 Setpoint reduced mode no 1 C yes 41006 Slop...

Page 72: ...pilot timer circulation pump etc no 0 no 42500 to 42519 Calendar switching programme 20 possible switching commands for the calendar switching programme no 0 no Tab 6 Modbus data points The holding registers are transmitted in 16 bit Read and write weekly programme of switching commands via Modbus The holding registers from 42000 contain the switching commands for heating circuit 1 The following a...

Page 73: ...l mode every day from 6 00 hrs to 7 30 hrs you have to write a value of 30730 instead of the current 30600 in register 42042 Read and write calendar programme of switching commands via Modbus The 20 holding registers from 42500 to 42519 contain the 20 possible switching commands for the calendar switching programme For the contents of the register the following applies Command Date Numerical value...

Page 74: ...perature HR40010 itself yes no BMS AUTONO MOUS 89 EBN Mode Rk1 Controller switches mode HR40106 itself yes no BMS AUTONO MOUS 90 EBN control sig Rk1 Controller controls control signal Rk1 HR40107 itself yes no BMS AUTONO MOUS 96 EBN Binary term 6 Controller switches heating medium pump UP1 CL57 itself yes no BMS AUTONO MOUS 97 EBN Binary term 10 Controller switches term 10 CL61 itself yes no BMS A...

Page 75: ... In this case an error is signalled via SMS and via Modbus 6 4 1 Connection with the modem A special connection line 5 included in the scope of delivery for the modem is used to connect with the modem on terminals 18 to 21 of the controller base For this purpose the end of the line is plugged into the controller base terminals with the pins in such a way that the screws are visible Then tighten th...

Page 76: ... and sender s telephone number for this message Access numbers 6 for SMSC D1 network of Deutsche Telekom 0171 2521002 ditto via ISDN using X 75 0171 2521001 O2 Germany 0179 7673425 E PLUS Germany 0177 1167 Cellnet GB 0044 7860980480 To enable the function CP02 must be set to 4 or 5 and the telephone numbers of the provider SMSC and the mobile phone must be entered at CP07 and CP08 see Section 3 2 ...

Page 77: ...C To do so the adaptor on the EQJW 145 should be connected to the terminals for the Modbus communication Communication type Modbus RTU CP02 2 is set ex works However the address 255 has been set instead of a valid Modbus address in the range 1 247 This makes it possible to communicate with the controller using the EQJW 145 via the Config equitherm software without having to set any communication p...

Page 78: ...EQJW145 Heating controller Communication functions 78 7010015003 A Fr Sauter AG ...

Page 79: ...The error is shown in the error level according to the list below In the first three minutes after you switch the controller on evaluation and display of faults is suppressed to wait until other parts of the installation are switched on 7 1 1 Error list Err 1 Sensor failure TF Err 2 Sensor failure TA Err 3 Sensor failure TR Err 4 Sensor failure TRF Err 5 Sensor failure TW2 TRF2 Err 6 Sensor failur...

Page 80: ...are entered whenever the actual value deviates by more than 10K for at least 30 minutes Limit violations are entered whenever the pulse rate remains more than 10 too high for at least 30 minutes To view the logbook entries select parameter SP03 in the SERVice level see Chapter 3 3 The entries can be called up as follows When SP03 is called up the year in which the last entry was recorded is shown ...

Page 81: ...n parameters and switching commands 7 4 Actions to deal with faulty temperature value measurements The Sensor fault symbol see 2 1 appears if there is a short circuit or an interruption in sensor supply lines The following list states how the controller behaves if individual sensors fail If the outdoor sensor is faulty a flow temperature setpoint of 50 C is operated or if the maximum flow temperat...

Page 82: ...EQJW145 Heating controller Faults 82 7010015003 A Fr Sauter AG ...

Page 83: ...input knob makes it easy to change the device s settings This application requires an additional safety thermostat Before the installation is commissioned the slope of the characteristic and the flow temperature limit must always be checked Depending on the application the following settings are recommended characteristic slope SERVice Parameter SP41 Value 1 4 flow temperature limit SERVice Parame...

Page 84: ...ary in converter installations with DHW preparation parallel circuit with 2 charge pumps via an additional converter tank charge system Main SERVice parameters see also 3 3 SP06 1 Control model SP08 1 Room sensor connection SP09 3 Room temperature connection enabled SP34 2 DHW heating with separate charge pump using two DHW sensor SP49 2 Configurable output is used to activate a 2nd charge pump ...

Page 85: ...installations with priority DHW switching via diverter valve Main SERVice parameters see also 3 3 SP06 1 Control model SP13 1 Return temperature recording enabled SP20 120 Runtime for the 2nd final control element i e the diverter valve in this case SP28 5 Intervention intensity for violation of limit value for return temperature SP34 3 DHW preparation with diverter valve using one DHW sensor ...

Page 86: ...ional converter and controller of the heating temperature for the DHW tank charge system Main SERVice parameters see also 3 3 SP06 2 Control model SP08 1 Room sensor input used as 2nd flow sensor for the DHW SP34 2 DHW preparation with separate charge pump using two DHW sensors SP39 30 Limit value for the outdoor temperature at which DHW heating takes place with priority or in parallel SP49 2 Conf...

Page 87: ...l 2 Weather compensating flow temperature control and DHW preparation via a mixer valve Main SERVice parameters see also 3 3 SP06 3 Control model SP08 2 Connect room operating unit EGS52 15 with room sensor SP09 1 Room temperature connection is enabled if TRi TRs SP34 2 DHW preparation with separate charge pump using two DHW sensors ...

Page 88: ...onnection of an external timer to switch over the heating circuit mode SP08 2 Connection of a room operating unit EGT333 with room sensor SP09 3 Room temperature connection is enabled if TRi TRs SP13 1 Return temperature recording is enabled SP20 120 Runtime for second final control element i e in this case for the final control element for fixed value control SP27 90 Maximum limit for return temp...

Page 89: ...5 Heating 78 Better insulation could save almost half of the heating energy Savings are also possible thanks to modern heating installations with intelligent control A reduction of 3 C at night with the heating controller saves about 5 to 8 of the heating energy A constant bedroom temperature of 18 C with a reduced night time temperature in the living rooms saves about 12 to 15 A constant bedroom ...

Page 90: ...EQJW145 Heating controller Economy tips 90 7010015003 A Fr Sauter AG ...

Page 91: ...e value Ni1000 90 1549 80 1483 70 1417 60 1353 50 1291 40 1230 30 1171 20 1112 10 1056 0 1000 10 946 20 893 30 842 40 791 Tab 11 Resistance value Ni1000 The resistance value of the nickel measuring resistor changes in relation to the temperature The temperature coefficient is always positive i e the resistance increases as the temperature rises See the table of values DIN 43760 Within the specifie...

Page 92: ...EQJW145 Heating controller Resistance values for the Ni1000 sensors 92 7010015003 A Fr Sauter AG ...

Page 93: ... Fr Sauter AG 11 Accessories See the Sauter PDS for more components 12 Wiring diagram M EGT 333 EGS 52 15 EGT 333 EGS 52 15 DATA2 DATA1 B A M M M MOD 3 MOD 1 2 Fig 13 Wiring diagram 13 Dimension drawing 146 98 61 92 138 Fig 14 Dimension drawing of EQJW 145 ...

Page 94: ...EQJW145 Heating controller Dimension drawing 94 7010015003 A Fr Sauter AG ...

Page 95: ...irradiation EN 61000 6 3 4 Safety EN 60730 1 Weight with base approx 0 4 kg Dimensions with base W H D 146 x 98 x 58 Time switch Running capacity Accuracy Switching period for weekly programme Number of switching commands weekly programme Switching period for calendar programme Number of switching commands calendar programme Min 24 hours after supply was connected for min 4 hours parameters switch...

Page 96: ... fax Measuring accuracy Better than 0 3 K 25 C Time constant for processing measured values approx 10 sec for TA 5 sec for TR and TF Cycle time Valve runtime 15 Neutral zone 0 5 K Minimum pulse duration 250 msec Pump after run time 2 x Ty Heating characteristic Curved without the influence of extraneous heat see SP41 Summer winter heating limit ON equals summer winter OFF equals winter summer On w...

Page 97: ...lt alarm to control a 2nd tank charge pump a circulating pump or for forced control of the heating medium pump The maximum and minimum setpoints for the flow temperature are limited If the calculation for the setpoint for the flow temperature is outside of the limit then the limit temperature is controlled The limit value is set in SERVice level In manual mode flow temperature control is not enabl...

Page 98: ... heating controller a The current mode for the heating circuit is OFF b Summer winter heating limit is OFF c TA TRs when TA TRs 1K controller switches back on The optimisation function causes the heating to be switched on off at the optimum time in automatic mode when changing from reduced or back up mode into normal mode The switching times are chosen so that the room temperature s setpoint is re...

Page 99: ...temperature is recorded by an EQJW 145 and is made available to the remaining controllers as a measured value via the device bus Parameterisation for this purpose is performed in communication level Communication with the EQJW 145 is possible via the RS 485 interface with the help of the Modbus RTU protocol Data can be exchanged The EQJW 145 is always used as a slave in this case A modem is used t...

Page 100: ...EQJW145 Heating controller Technical data 100 7010015003 A Fr Sauter AG ...

Page 101: ...Parameter change Parameter SP01 X xx SP28 5 SP02 0 SP29 no SP30 no SP04 0 SP31 no SP05 0 SP32 no SP06 1 SP33 0 0 SP07 0 SP34 1 SP08 0 SP35 60 SP09 0 SP36 5 SP10 20 SP37 70 SP11 0 SP38 10 SP12 0 SP39 30 SP13 0 SP40 4 SP14 0 SP41 1 4 SP15 40 SP42 10 SP16 40 SP43 0 SP17 240 SP44 15 SP18 240 SP45 1 SP19 120 SP46 16 SP20 180 SP47 2 SP21 5 SP48 1 SP22 75 SP49 0 SP23 90 SP50 0 SP24 90 SP51 25 10 SP25 0 S...

Page 102: ...g for the communication parameters is changed the modified values must be entered in the table below Parameter change Parameter CP01 X CP15 0 CP02 2 CP16 0 CP03 19 200 CP17 0 CP04 CP18 0 CP05 CP19 CP06 CP20 0 CP07 CP21 5 CP08 CP22 5 CP09 0 CP23 5 CP10 0 CP24 0 CP11 0 CP25 0 CP12 0 CP26 0 CP13 0 CP27 0 CP14 0 Tab 14 List of communication parameters ...

Page 103: ..._________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ 15 4 Calendar switching programme heating Switching commands added for the calendar switching programme Day Month Mode ____________ ____________ ____________ ____________ ____________ ____________ ____________ ___________...

Page 104: ...____ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ ____________ 15 6 Weekly switching programme pilot timer circulating pump Day Time Mode Deleted Daily 06 00 Normal Mode Daily 22 00 Reduced Mode Switching commands added for the weekly switching programme Day Time Mode ____________ ____________ ____________ _______...

Page 105: ...imitation function 29 Fig 5 Guideline for the slope of the heating characteristic 33 Fig 6 Modbus communication commandos 69 Fig 7 EQJW 145 Control model 1 84 Fig 8 EQJW 145 control model 1 85 Fig 9 EQJW 145 control model 1 86 Fig 10 EQJW 145 control model 2 87 Fig 11 EQJW 145 control model 3 88 Fig 12 Consumers of energy in the household 89 Fig 13 Wiring diagram 93 Fig 14 Dimension drawing of EQJ...

Page 106: ...4 Communication parameters 41 Tab 5 statuses for domestic hot water 59 Tab 6 Modbus data points 72 Tab 7 Switching commands 72 Tab 8 Modbus data points coils 75 Tab 9 Display for modem operation 77 Tab 10 Error list 79 Tab 11 Resistance value Ni1000 91 Tab 12 Overview of technical data 96 Tab 13 List of SERVice parameters 101 Tab 14 List of communication parameters 102 ...

Page 107: ...ature TFi actual value for flow temperature TFS setpoint for flow temperature TFsmax maximum limitation for setpoint of TF TFsmin minimum limitation for setpoint of TF TR room temperature TRF return temperature TRi actual value of room temperature TRmax maximum limitation of adjusting range for TRS TRmin minimum limitation of adjusting range for TRS TRS setpoint for room temperature TS W heating l...

Page 108: ...45 Curtains 89 Data bit 69 Data format 69 Date 16 Date periods 55 Demand requirement 33 Design temperature 34 Device status 25 76 79 DHW 23 31 DHW preparation 25 DHW temperature 32 58 Dialling attempt 44 Dialling pause 44 Domestic hot water 17 Energy consumption 89 Error message 44 76 Error status 43 Extraneous heat portion 33 Factory setting 7 25 101 102 Fault 49 51 79 Fault dialling 44 Fault mes...

Page 109: ...mum limitation 28 Maximum selection 43 Measuring accuracy 96 Minimum limitation 28 Mobile phone 42 76 Modbus 69 99 Mode 52 55 59 Modem 42 44 67 75 Modem operation 49 51 Once only tank charge 64 Operating mode 62 Outdoor temperature 27 43 99 Overview of controller settings 101 Parallel operation 32 Parity bit 69 Party 57 Pilot timer 34 62 Power 98 Primary circuit 68 Primary side 25 Priority 32 Prop...

Page 110: ... Sensors 91 Serial number 42 SERVice level 19 SERVice parameters 9 Setpoint boost 32 Slope 29 83 SMS 42 99 Software version 25 Stop bit 69 Summer winter time changeover 35 Switch positions 12 Switching command 25 52 55 59 62 Switching difference 32 Switching programmes 99 Symbols 13 Taste 7 Technical data 95 Temperature level 9 Time 15 68 Time changeover 35 Time constant 96 Time interval measureme...

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