Page 1 HEATING SYSTEM CONTROLLER FOR HEAT GENERATION AND DISTRIBUTION OPERATING AND INSTALLATION INSTRUCTIONS emz - THE SMILING COMPANY...
Page 2 Unauthorized disclosure, reproduction, distribution or editing of this documentation as well as exploitation, utilization or publication, are prohibited. The rights to the word and design marks ›emz - smart solutions‹ and ›smart Econ‹ are the exclusive property of emz-Hanauer GmbH & Co.KGaA.
Page 3: Table Of Contents
Safety............................. 13 Data protection........................13 Device description..........................14 smart Econ HCW ........................14 smart Econ HCW 1620 Expansion module................. 14 Connections and interfaces on the smart Econ HCW............15 smart Econ Room controller ....................... 15 CAN bus line ..........................15 Operating the smart Econ room controller ..................
Page 4 Manual control of domestic hot water heating................40 Setting circulation times ......................40 Configure circulation temperatures ..................41 ›GENERAL‹ menu........................42 Setting the language of the menu ..................42 Set date and time ........................42 Adjusting the display brightness and buzzer volume .............43 ›INTERNET‹ menu........................44 smart Econ - emz-HCW - 180116...
Page 5 Hydraulic system 12: ›HCW 012 Sol‹ (HCW 1620 Expansion Module)........90 Hydraulic system 13: ›HCW 013 HP‹ (HCW 1620 Base Unit) ............ 92 Hydraulic system 13: ›HCW 013 HP‹ (HCW 1620 Expansion Module) ........94 smart Econ - emz-HCW - 180116...
Page 6 ›COMMISSIONING‹ menu......................110 Select hydraulic system .......................111 Setting the date, time and daylight saving time..............111 Configuring heating circuits/zones ..................111 Change heating curve ......................113 Configure request for heat generator ...................114 Configure heat pump......................115 Configure solid fuel boiler.....................116 smart Econ - emz-HCW - 180116...
Page 7 Solar and boiler temperature sensors.................. 145 Storage tank and buffer temperature sensor ............... 145 Flow/return contact temperature sensor ................146 Characteristic curve and resistance values of PT1000 temperature sensors...... 146 Disassembly/disposal........................147 Warranty and liability........................148 Index .............................. 149 smart Econ - emz-HCW - 180116...
Page 8: Important Information
DANGER indicates a possible danger of serious personal injury. WARNING indicates a possible danger of slight personal injury. CAUTION indicates a possible danger of damage to the equipment. NOTICE smart Econ - emz-HCW - 180116...
Page 9: Conditions Of Use
When relocating or when selling the device, hand the documents over to your successor. Only adults with the appropriate knowledge and experience NOTE may access the device during operation./when it is in opera- tion. smart Econ - emz-HCW - 180116...
Page 10: Intended Use
The heating system controller may only be assembled, con- NOTE nected, commissioned, repaired and disassembled by special- ists. The installation and protection regulations for the installation, commissioning and operation of low-voltage installations in accordance with EU and national law must be observed. smart Econ - emz-HCW - 180116...
Page 11: Product Description
The objective of this is to achieve the longest possible switching intervals to minimize the exhaust emissions by reducing the number of startups and at the same time to increase the heat generator's service life. smart Econ - emz-HCW - 180116...
Page 12: Smart Econcontrol Options
Remote maintenance via smart Econ Cloud The smart Econ heating system controller can be remotely maintained via the smart Econ Cloud of the company emz via the Internet. The current operating status of the system can be queried and the configuration can be changed.
Page 13: Cloud Access
Initial access is activated via a secure TAN procedure. Data protection The protection of personal data is our top priority.For identification purposes, no personal data other than the name and a valid e-mail address is collected from the operator when registering. smart Econ - emz-HCW - 180116...
Page 14: Device Description
4 function keys, see “Control elements” on page 17. smart Econ HCW 1620 Expansion module smart Econ HCW 1620 is composed of the base unit with the Userinterface and the expansion module. Temperature sensors as well as pumps and valves are con- nected to the expansion module in the same way as to the base unit.
Page 15: Connections And Interfaces On The Smart Econ Hcw
Connect the individual system components in series with a 4-pole cable, the CAN bus line. The CAN bus line merely has to be connected from one component to the next, which significantly reduces the installation effort. Data is transferred via the fieldbus system CAN (Control Area Network). smart Econ - emz-HCW - 180116...
Page 16: Operating The Smart Econ Room Controller
The connected heating circuit changes continuously to day mode until the setting wheel is reset. • To activate the setback function (e.g. holiday), turn the setting wheel to the end position -. The connected heating circuit changes to night mode until the setting wheel is reset. smart Econ - emz-HCW - 180116...
Page 17: Operating The Smart Econ Userinterface
(“Adjusting the display brightness and buzzer volume” on page 43). To access the main menu, the access code must be entered (again). smart Econ - emz-HCW - 180116...
Page 18: Prompts During Operation
Menu Heat Circuits Temperatures Outputs Diagnostics MENU BACK 26.02.2018 14:23:03 Server: online AUTOM ATIC The menu shows the available options for displaying the controller’s temperatures and operating statuses. The selected menu item is highlighted. smart Econ - emz-HCW - 180116...
Page 19: Select Menu Items
“›Temperatures‹ menu” on page 21 “›Outputs‹ menu” on page 21 “›Diagnosis‹ menu” on page 22 • Use ›MENU‹ to change settings. See “Main menu” on page 26 • Select ›BACK‹ to return to the overview mode. smart Econ - emz-HCW - 180116...
Page 20: Heat Circuits‹ Menu (Overview Menu)
• The ›ON‹/›OFF‹ status indicates whether the heating circuit is ready for operation. Example: HC 1 =›AUTOMATIC‹, HC 2 =›NIGHT‹, HC 3 =›DAY‹. In the event of a fault, e.g. a defective sensor, three asterisks NOTE *** appear under the relevant heating circuit smart Econ - emz-HCW - 180116...
Page 21: Temperatures‹ Menu
The ›Outputs‹ menu displays the operating statuses ›ON‹/›OFF‹ of the controlled controller outputs in the configured system. The <number> after the output designations indicates the number of the switched connection con- tact.Designations without <number> are logical switching states without connection contact. smart Econ - emz-HCW - 180116...
Page 22: Diagnosis‹ Menu
Error messages Message MALFUNCTION! In the event of a fault, an alarm message appears on the display. Information 26.02.2018 14:23:03 You can display further information by pressing the function key marked ›i‹. smart Econ - emz-HCW - 180116...
Page 23: Settings During Operation
• Press and turn again to increase or decrease the value. Example code: 0004 • Press the rotary/push button to confirm the value. • Repeat the procedure for further digits of the number, if necessary. smart Econ - emz-HCW - 180116...
Page 24: Menu Structure
ENTIRE UNIT HEAT CIRCUIT 1 HEAT CIRCUIT 1 HEAT CIRCUIT n HEAT CIRCUIT n * Menu items are only available for the installer, see page 108 ** Menu depends on the selected system. smart Econ - emz-HCW - 180116...
Page 25: Abbreviations In The Menus
SETTINGS DURING OPERATION Abbreviations in the menus Abbreviation Description Anti-blocking system Circulation CIRC Domestic hot water Flow line Heat Circuit Heat generator Heat pump Outside temperature Pump Room controller Return line Solid fuel boilers Solar smart Econ - emz-HCW - 180116...
Page 26: Main Menu
• “›DOMESTIC HOT WATER‹ menu” on page 38 • “›GENERAL‹ menu” on page 42 • “›INTERNET‹ menu” on page 44 Note: Additional menu items available for the installer. “Main menu for the installer” on page 108 smart Econ - emz-HCW - 180116...
Page 27: Operating Modes‹ Menu
• Operating mode ›AUTOMATIC‹ • Operating mode ›DAY‹ • Operating mode ›NIGHT‹ • Operating mode ›FROST PROTECTION‹ • Operating mode ›SUMMER‹ • Operating mode ›FLOOR PAVEMENT HEATING‹ • Operating mode ›OFF‹ • Operating mode ›CHIMNEY SWEEP‹ smart Econ - emz-HCW - 180116...
Page 28: Operating Mode ›Automatic
Operating mode ›FLOOR PAVEMENT HEATING‹ Note: The ›FLOOR PAVEMENT HEATING‹ mode is only available for heating circuits with mixers. smart Econ - emz-HCW - 180116...
Page 29: Operating Mode ›Off
All components of the system must be switched to inactive! Operating mode ›CHIMNEY SWEEP‹ In this operating mode, the heating can be switched on immediately at any room temperature.The boiler is heated up to the highest setpoint entered. smart Econ - emz-HCW - 180116...
Page 30: Timer Programs‹ Menu
(Example, depending on the selected system) In the ›TIMER PROGRAMS‹ menu, first select the heating circuit to which the setting is to apply. TIMER PROGRAMS HEAT CIRCUIT 1 ----------- ROOM SETPOINTS BACK Then select ›ROOM SETPOINTS‹. smart Econ - emz-HCW - 180116...
Page 31: Setting Heating Periods And Temperatures
With the turn knob, select ›COPY ALL VALUES...‹ (highlighted) and press the turn knob.A selection of additional rooms is displayed.Turn the turn knob again to select a room and press to confirm and copy all times and temperatures from this room. smart Econ - emz-HCW - 180116...
Page 32 On the following pages, you will find blank forms for rooms in which you can enter the name of the room, three heating temperature levels with the corresponding heating periods as well as the set- back temperature (in between) for your system. smart Econ - emz-HCW - 180116...
Page 33: Table For Rooms And Heating Times
Tuesday Wednesday Thursday Friday Saturday Sunday In between: °C (setback temperature) Room: Day of the week Temperatures and periods °C °C °C Monday Tuesday Wednesday Thursday Friday Saturday Sunday In between: °C (setback temperature) smart Econ - emz-HCW - 180116...
Page 34: Table For Rooms And Heating Times
Tuesday Wednesday Thursday Friday Saturday Sunday In between: °C (setback temperature) Room: Day of the week Temperatures and periods °C °C °C Monday Tuesday Wednesday Thursday Friday Saturday Sunday In between: °C (setback temperature) smart Econ - emz-HCW - 180116...
Page 35: Holiday Periods‹ Menu
See “Operating mode ›FROST PROTECTION‹” on page 28. On the last day of a holiday period, the room temperature is controlled to the setback temperature. If a programmed holiday period has passed, the entry is automatically deleted. smart Econ - emz-HCW - 180116...
Page 36: Heat Circuits‹ Menu
Make the settings for the other heating circuits accordingly. HEAT CIRCUIT 2 SETTINGS ROOM 2 MIXER HEAT CIRC. 2 BACK • Select ›SETTINGS ROOM 2‹ in the ›HEAT CIRCUIT 2‹ menu. (Example, depending on the selected system) smart Econ - emz-HCW - 180116...
Page 37 • Change the name of this temperature sensor if necessary. • Change the setpoint temperature for this heating circuit, if necessary. “Change values” on page 23 For further settings, see “›HEAT CIRCUITS‹ menu (Installer)” on page 130 smart Econ - emz-HCW - 180116...
Page 38: Domestic Hot Water‹ Menu
Setting the domestic hot water setpoint temperature • Select ›SETTINGS‹ in the ›DOMESTIC HOT WATER‹ menu. SETTINGS desired value BACK • Change the ›desired value‹ (in °C) if necessary. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 39: Setting The Domestic Hot Water Heating Times
You can enter the times in steps of 1 minute, the temperatures in steps of 1/10 degree. “Selecting the day of the week” on page 31 “›COPY DAY...‹” on page 31 “›COPY ALL VALUES...‹” on page 31 • You activate or deactivate the time switch via ›Weekly program: APPROVED‹. smart Econ - emz-HCW - 180116...
Page 40: Manual Control Of Domestic Hot Water Heating
• To set the circulation times, select ›TIMER CIRCULATION‹ from the ›DOMESTIC HOT WATER‹ menu. TIMER CIRCULATION WEEKLY PROGRAM BACK • You can change the circulation times via ›WEEKLY PROGRAM‹ in the same way as for “Setting the domestic hot water heating times” on page 39. smart Econ - emz-HCW - 180116...
Page 41: Configure Circulation Temperatures
Temperature for stopping the circulation: 38.0 °C (setting range 0.0 - 85.0) “Change values” on page 23 If the temperature in the return line of the circulation is higher than the set limit value, the circulation pump is switched off.(The circulation system is flushed.) smart Econ - emz-HCW - 180116...
Page 42: General‹ Menu
BACK • Set the current date and time. ›offset‹: The time zone can be set here. “Change values” on page 23 Note: The date and time must be reset after a long power failure. smart Econ - emz-HCW - 180116...
Page 43: Adjusting The Display Brightness And Buzzer Volume
In the ›GENERAL‹ menu you can adjust the brightness of the LCD display and the volume of the buzzer: • ›display active intensity‹: Brightness during operation • ›display dimmed intensity‹: Brightness in standby mode • ›Beeper-Level‹: Alarm volume in case of error messages “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 44: Internet‹ Menu
DNS1 0.0.0.0 0.0.0.0 DNS2 In the ›INTERNET‹ menu you can view and change the network settings of the Userinterface. “Change values” on page 23 For further settings, see “›INTERNET‹ menu (Installer)” on page 143 smart Econ - emz-HCW - 180116...
Page 45: Installation And Connection
The fuse in the controller only protects the electronic compo- nents! The total load of all pumps or mixers connected to a controller must not exceed 6 A. Use flexible connecting cables (stranded wires) only! smart Econ - emz-HCW - 180116...
Page 46: Smart Econ Temperature Sensor
Note: If the display shows "polarity reversal", this may also be due to a short circuit in the signal lines. Only connect temperature sensors and contacts. NOTE Never apply voltage! smart Econ - emz-HCW - 180116...
Page 47: Smart Econ Hcw
INSTALLATION AND CONNECTION smart Econ HCW Dimensions smart Econ HCW (dimensions in millimeters) smart Econ - emz-HCW - 180116...
Page 48: Opening The Smart Econ Hcw Housing
• Usual installation height: Display at user eye level When used for temperature measurement: • The device must not be exposed to external heat.(Waste heat from electrical appliances, waste heat from lighting, heated walls, via radiators, etc.) smart Econ - emz-HCW - 180116...
Page 49: Installation Smart Econ Hcw
2 to 3 mm is created between the wall and the screw head. 2 Move the device so that the upper fastening port is located above the screw head... 3 ... and push it downwards. 4 Fasten the lower securing screw. smart Econ - emz-HCW - 180116...
Page 50: Connection Smart Econ Hcw
CAN bus →Page 53 sensor (no function) Terminal numbers: Analog Tempera- Pumps or mixers output ture sensor 2 potential-free relay outputs CAN bus Power supply →Page 53 “Hydraulic systems and connection diagrams” on page 56 smart Econ - emz-HCW - 180116...
Page 51: Smart Econ Room Controller
(halogen spotlights!), heated walls or radiators near the system, etc. • Install smart Econ room controllers in a freely accessible place to ensure that its regulatory func- tions work properly. smart Econ - emz-HCW - 180116...
Page 52: Installation Room Controller
If a room controller is the last device on a bus line, the jumper for the bus termination must be set.The jumper must be pulled for all devices in between. Set jumpers for bus termination only for the last device on the bus line CAN bus Cable grommet smart Econ - emz-HCW - 180116...
Page 53: Connection Can-Bus
“CAN bus line” on page 15 • Power cable to smart Econ HCW Optional for networking: • Ethernet cable to smart Econ Userinterface Optional configuration: • USB cable (USB-A / Micro-USB-B) to smart Econ Userinterface smart Econ - emz-HCW - 180116...
Page 54: 4-Pole Can Bus Line
NO jumper Tip: Never connect more than two cables under one terminal, and only one cable may be connected between two devices at a time.This automatically results in a serial cable routing. smart Econ - emz-HCW - 180116...
Page 55: Internet-Based Network
• Static IPv4 address in the home network or router with DHCP server (usually included in standard routers) • External access must be configured Router and connection technology has to be provided.The NOTE delivery only includes the smart Econ components. smart Econ - emz-HCW - 180116...
Page 56: Hydraulic Systems And Connection Diagrams
“Sensor adjustment” on page 121 • In the menu ›COMMISSIONING‹ - ›SOLAR UNIT‹ - ›PUMP SETTINGS‹ deactivate the non-exis- tent pump via ›activated: NO‹. “Configure solar system” on page 117 This deactivates the functioning of the solar system. smart Econ - emz-HCW - 180116...
Page 57: Hydraulic Symbols
Pump Outdoor temperature sensor Mixer Boiler, e.g. fossil fueled Heating circuit Solid fuel boilers Hydraulic separator Plate heat exchangers Heat pump Domestic hot water Hot water storage tank with heat Solar collector panel exchanger smart Econ - emz-HCW - 180116...
Page 58: Hydraulic System 1: ›Hcw 001 Sol‹ (Hcw 810)
<24> P-HC 1 S-COL <36> <18> P-HC 2 P-HC 3 S-FL-HG <38> <40> <12> M-HC 2 M-HC 3 <42,44> <46,48> AO-HG 0-10V <28> P-SOL <32> HG <30> P-DHW <34> PWM P-SOL <26> S-LP-T <16> smart Econ - emz-HCW - 180116...
Page 59 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE 46,47 M-HC 3 AUF MIXER HEAT CIRC. 3 OPEN 48,49 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 60: Hydraulic System 2: ›Hcw 002 Sf‹ (Hcw 810)
S-FL-HC 3 <22> <14> <24> P-HC 1 <36> P-HC 2 P-HC 3 S-FL-HG <38> <40> <12> M-HC 3 M-HC 2 <46,48> <42,44> AO-HG S-FL-SFB 0-10V <20> <28> P-DHW <34> HG <30> P-SFB <32> S-LP-T <16> smart Econ - emz-HCW - 180116...
Page 61 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE 46,47 M-HC 3 AUF MIXER HEAT CIRC. 3 OPEN 48,49 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 62: Hydraulic System 3: ›Hcw 003‹ (Hcw 810)
S-DHW <22> <24> <14> P-CIRC <32> P-HC 1 <36> S-CIRC <18> P-HC 3 P-HC 2 S-FL-HG <40> <38> <12> M-HC 2 M-HC 3 S-LP-T <46,48> <42,44> <16> AO-HG 0-10V <28> P-DHW <34> HG <30> smart Econ - emz-HCW - 180116...
Page 63 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE 46,47 M-HC 3 AUF MIXER HEAT CIRC. 3 OPEN 48,49 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 64: Hydraulic System 4: ›Hcw 004 Sol‹ (Hcw 810)
S-DHW <14> P-HC 2 P-HC 1 <38> <36> S-FL-HG P-CIRC <12> <40> M-HC 1 M-HC 2 <42,44> <46,48> AO-HG 0-10V S-CIRC <28> <24> P-SOL <32> HG <30> P-DHW <34> PWM P-SOL <26> S-LP-T <16> smart Econ - emz-HCW - 180116...
Page 65 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 66: Hydraulic System 5: ›Hcw 005 Sol‹ (Hcw 810)
<12> S-COL <18> P-HC 1 P-HC 2 AO-HG <36> <38> 0-10V S-FL-HG M-HC 1 <28> <12> <42,44> M-HC 2 <46,48> S-UP-T <24> P-SOL <26> P-HG <40> P-DHW <34> P-SOL <32> S-LP-T <16> HG <30> smart Econ - emz-HCW - 180116...
Page 67 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 68: Hydraulic System 6: ›Hcw 006 Hp‹ (Hcw 810)
<20> S-DHW P-HC 2 P-HC 1 <14> <36> <38> S-FL-HG <12> AO-HG M-HC 1 M-HC 2 <46,48> 0-10V <42,44> <28> S-FL-HP <18> S-MP-T <24> HG <30> P-HG <40> P-HP <34> S-LP-T <16> HP <32> smart Econ - emz-HCW - 180116...
Page 69 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 70: Hydraulic System 7: ›Hcw 007 Sol-Sf‹ (Hcw 810)
S-COL <18> P-HC 2 P-HC 1 S-FL-HG <38> <36> <12> P-HG M-HC 2 AO-HG <40> <42,44> 0-10V S-FL- <28> <20> P-SOL <46> S-UP-T <24> P-DHW <34> HG <30> P-SOL <26> P-SFB <48> S-LP-T <16> smart Econ - emz-HCW - 180116...
Page 71 MIXER HEAT CIRC. 2 OPEN 44,45 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE 46,47 P-SOL <46> pump solar <46> 48,49 P-SFB <48> pump solid fuel <48> “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 72: Hydraulic System 8: ›Hcw 008 Sol‹ (Hcw 1620 Base Unit)
P-HC 2 P-HC 1 <38> <36> S-FL-HG P-CIRC <12> <2/40> M-HC 1 M-HC 2 <42,44> <46,48> AO-HG 0-10V S-CIRC <28> <2/10> P-SOL <2/34> P-DHW <34> PWM P-SOL STG_2 HG <26> S-LP-T <16> <32> <30> smart Econ - emz-HCW - 180116...
Page 73 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 74: Hydraulic System 8: ›Hcw 008 Sol‹ (Hcw 1620 Expansion Module)
CAN bus →Page 53 Power supply 230 V AC P-CIRC <2/40> S-CIRC <2/10> P-SOL <2/34> S-FL-HC 4 S-FL-HC 3 <2/24> <2/22> P-HC 3 <2/36> P-HC 4 <2/38> M-HC 3 <2/42, 2/44> M-HC 4 <2/46,2/48> smart Econ - emz-HCW - 180116...
Page 75 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE 46,47 M-HC 4 AUF MIXER HEAT CIRC. 4 OPEN 48,49 M-HC 4 ZU MIXER HEAT CIRC. 4 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 76: Hydraulic System 9: ›Hcw 009 Sf‹ (Hcw 1620 Base Unit)
S-FL-HG <36> <38> <12> M-HC 1 S-CIRC <42,44> <2/10> M-HC 2 P-HG AO-HG <46,48> <40> 0-10V S-FL- <28> <2/12> S-UP-T <24> P-DHW <34> HG 1 STG_2 S-LP-T <16> P-SFB <30> HG 1 <2/34> <32> smart Econ - emz-HCW - 180116...
Page 77 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 78: Hydraulic System 9: ›Hcw 009 Sf‹ (Hcw 1620 Expansion Module)
→Page 53 Power supply 230 V AC P-CIRC <2/40> S-CIRC <2/10> S-FL- <2/12> S-FL-HC 4 <2/24> S-FL-HC 3 P-SFB <2/22> <2/34> P-HC 4 P-HC 3 <-2/38> <2/36> M-HC 3 <2/42, 2/44> M-HC 4 <2/46, 2/48> smart Econ - emz-HCW - 180116...
Page 79 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE 46,47 M-HC 4 AUF MIXER HEAT CIRC. 4 OPEN 48,49 M-HC 4 ZU MIXER HEAT CIRC. 4 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 80: Hydraulic System 10: ›Hcw 008 Sol‹ (Hcw 1620 Base Unit)
HC 1 <20> S-DHW <14> P-HC 2 P-HC 1 <38> <36> S-FL-HG P-CIRC <12> <2/40> M-HC 1 M-HC 2 <42,44> <46,48> AO-HG 0-10V S-CIRC <28> <2/10> P-DHW <34> STG_2 HG S-LP-T <16> <32> <30> smart Econ - emz-HCW - 180116...
Page 81 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 82: Hydraulic System 10: ›Hcw 008 Sol‹ (Hcw 1620 Expansion Module)
Temperature sensor CAN bus →Page 53 Power supply 230 V AC P-CIRC <2/40> S-CIRC <2/10> S-FL-HC 4 S-FL-HC 3 <2/24> <2/22> P-HC 3 <2/36> P-HC 4 <2/38> M-HC 3 <2/42, 2/44> M-HC 4 <2/46,2/48> smart Econ - emz-HCW - 180116...
Page 83 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE 46,47 M-HC 4 AUF MIXER HEAT CIRC. 4 OPEN 48,49 M-HC 4 ZU MIXER HEAT CIRC. 4 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 84: Hydraulic System 11: ›Hcw 011 Kas‹ (Hcw 1620 Base Unit)
<38> M-HC 1 <12> S-CIRC <42,44> <2/10> M-HC 2 P-HG 1 AO-HG 0-10V <46,48> <40> <28> S-FL-HG 2 <2/12> AO-HG 2 0-10V HG 1 <30> P-DHW <34> <2/28> P-HG 2 <2/40> HG 2 <2/30> smart Econ - emz-HCW - 180116...
Page 85 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 86: Hydraulic System 11: ›Hcw 011 Kas‹ (Hcw 1620 Expansion Module)
<2/10> S-FL- HG 2 <2/12> AO-HG 0-10V <2/28> S-FL-HC 4 P-HG 2 <2/24> <2/40> S-FL-HC 3 HG 2 <2/22> <2/30> P-HC 4 P-HC 3 <2/38> <2/36> M-HC 3 <2/42, 2/44> M-HC 4 <2/46, 2/48> smart Econ - emz-HCW - 180116...
Page 87 MIXER HEA T CIRC. 3 CLOSE 46,47 M-HC 4 A UF MIXER HEA T CIRC. 4 OPEN 48,49 M-HC 4 ZU MIXER HEA T CIRC. 4 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 88: Hydraulic System 12: ›Hcw 012 Sol‹ (Hcw 1620 Base Unit)
P-HC 2 AO-HG <36> <38> S-FL-HG 0-10V M-HC 1 <12> <28> S-CIRC <42,44> P-HG <2/10> M-HC 2 <40> <46,48> P-SOL <26> S-UP-T <24> P-DHW <34> HG <30> P-SOL STG_2 <2/32> HG <32> S-LP-T <16> smart Econ - emz-HCW - 180116...
Page 89 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 90: Hydraulic System 12: ›Hcw 012 Sol‹ (Hcw 1620 Expansion Module)
CAN bus →Page 53 Power supply 230 V AC P-CIRC <2/40> S-CIRC <2/10> P-SOL <2/32> S-FL-HC 4 <2/24> S-FL-HC 3 <2/22> P-HC 4 P-HC 3 <2/38> <2/36> M-HC 4 M-HC 3 <2/42, 2/44> <2/46, 2/48> smart Econ - emz-HCW - 180116...
Page 91 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE 46,47 M-HC 4 AUF MIXER HEAT CIRC. 4 OPEN 48,49 M-HC 4 ZU MIXER HEAT CIRC. 4 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 92: Hydraulic System 13: ›Hcw 013 Hp‹ (Hcw 1620 Base Unit)
<36> <38> S-FL-HG M-HC 1 <12> S-CIRC <42,44> <2/10> P-HG M-HC 2 AO-HG <40> <46,48> 0-10V S-FL- <28> <2/12> S-UP-T <24> P-DHW <34> HG <30> S-LP-T <16> STG_2 P-HP HG <32> HP <2/30> <2/34> smart Econ - emz-HCW - 180116...
Page 93 M-HC 1 ZU MIXER HEAT CIRC. 1 CLOSE 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 94: Hydraulic System 13: ›Hcw 013 Hp‹ (Hcw 1620 Expansion Module)
Power supply 230 V AC P-CIRC <2/40> S-CIRC <2/10> S-FL- <2/12> P-HP S-FL-HC 4 <2/34> <2/24> S-FL-HC 3 HP <2/30> <2/22> P-HC 4 P-HC 3 <2/38> <2/36> M-HC 3 <2/42, 2/44> M-HC 4 <2/46, 2/48> smart Econ - emz-HCW - 180116...
Page 95 MIXER HEA T CIRC. 3 CLOSE 46,47 M-HC 4 A UF MIXER HEA T CIRC. 4 OPEN 48,49 M-HC 4 ZU MIXER HEA T CIRC. 4 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 96: Hydraulic System 14: ›Hcw 014 Sol-Sf‹ (Hcw 1620 Base Unit)
P-HC 2 S-FL-HG <36> <38> <12> S-CIRC <2/10> P-HG M-HC 2 AO-HG <40> <46,48> 0-10V <28> HG <30> P-SOL <2/34> S-UP-T <24> P-DHW <34> STG_2 P-SOL S-FL- HG <32> <26> <2/12> S-LP-T <16> P-SFB <48> smart Econ - emz-HCW - 180116...
Page 97 P-SFB <1/42> pump solid fuel <1/42> 44,45 46,47 M-HC 2 AUF MIXER HEAT CIRC. 2 OPEN 48,49 M-HC 2 ZU MIXER HEAT CIRC. 2 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 98: Hydraulic System 14: ›Hcw 014 Sol-Sf‹ (Hcw 1620 Expansion Module)
→Page 53 Power supply 230 V AC P-CIRC <2/40> S-CIRC <2/10> P-SOL <2/32> S-FL- <2/12> S-FL-HC 4 <2/24> S-FL-HC 3 <2/22> P-HC 4 <2/38> P-HC 3 <2/36> M-HC 4 M-HC 3 <2/42, 2/44> <2/46, 2/48> smart Econ - emz-HCW - 180116...
Page 99 M-HC 3 ZU MIXER HEAT CIRC. 3 CLOSE 46,47 M-HC 4 AUF MIXER HEAT CIRC. 4 OPEN 48,49 M-HC 4 ZU MIXER HEAT CIRC. 4 CLOSE “Abbreviations for hydraulic components, inputs and outputs” on page 100 smart Econ - emz-HCW - 180116...
Page 100: Abbreviations For Hydraulic Components, Inputs And Outputs
Solar collector panel Pump Heating circuit Hot water Solid fuel boilers Hot water circulation CIRC Solar Mixer ↑ Mixer OPEN ↓ Mixer CLOSED Analog output Power control (possible on request) (PWR) Pulse-width modulation Not connected smart Econ - emz-HCW - 180116...
Page 101: Function Description
Econ - emz-HCW - 180116...
Page 102: Heat Generator
This function can be switched off by the factory service department if required.This is not a substi- tute for the installation of prescribed safety devices or safety functions which must be provided by the control logic of the solid fuel boiler. smart Econ - emz-HCW - 180116...
Page 103: Timer Program
• The real value is a calculated value.This can deviate from the nominal value if the controller reacts to other influences or settings and then takes the calculated value as the setpoint, e.g. reduced domestic hot water temperature outside the domestic hot water time block 40°C smart Econ - emz-HCW - 180116...
Page 104: Domestic Hot Water Priority
“›HEAT CIRCUITS‹ menu (Installer)” on page 130 The settings in the ›HEAT CURVE‹ menu are adapted to the heating circuits for radiators, in the ›MIXER HEAT CIRC. X‹ menu to heating circuits for underfloor heating. smart Econ - emz-HCW - 180116...
Page 105: Using The Smart Econ Room Controller
20 °C, higher or lower values increase or decrease the flow temperature. A room controller is used to change the set room temperature in the control room. smart Econ - emz-HCW - 180116...
Page 106: Outdoor Temperature-Guided Control With Room Influence
Deviation * Factor = Change in flow temperature compared to the pure outdoor temperature-con- trolled heating curve. The factor is determined during commissioning. For panel heating systems the factor is e.g. 2, for radiators e.g. 4. In addition, the calculated shift is limited to a maximum value. smart Econ - emz-HCW - 180116...
Page 107: Commissioning
“›TIMER PROGRAMS‹ menu” on page 30 • Specify the temperature setpoints. “›HEAT CIRCUITS‹ menu” on page 36 • If necessary, change further parameters and settings of the system configuration. “Device configuration” on page 108 smart Econ - emz-HCW - 180116...
Page 108: Device Configuration
• “›HOLIDAY PERIODS‹ menu” on page 35 • “›HEAT CIRCUITS‹ menu (Installer)” on page 130 • “›DOMESTIC HOT WATER‹ menu (Installer)” on page 135 • “›GENERAL‹ menu (Installer)” on page 140 See also “Main menu” on page 26 smart Econ - emz-HCW - 180116...
Page 109: Installer‹ Menu
In the ›INSTALLER‹ menu you can define settings for commissioning, view the operating hours of the connected components and perform manual tests. • “›COMMISSIONING‹ menu” on page 110 • “›OPERATING HOURS‹ Menu” on page 125 • “›TEST‹ Menu” on page 126 smart Econ - emz-HCW - 180116...
Page 110: Commissioning‹ Menu
(Menu page 1, example, depending on the selected system) COMMISSIONING SOLAR UNIT SENSOR ADJUSTING FROST PROTECTION CONFIG RC BACK (Menu page 2, example, depending on the selected system) In the ›COMMISSIONING‹ menu you define the configuration for the entire system. smart Econ - emz-HCW - 180116...
Page 111: Select Hydraulic System
• If necessary, change the settings for daylight saving time. Configuring heating circuits/zones • Select ›SETTINGS ZONE‹ from the ›COMMISSIONING‹ menu. SETTINGS ZONES HEAT CIRCUIT 1 HEAT CIRCUIT 2 HEAT CIRCUIT 3 HEAT CIRCUIT 4 BACK (Example, depending on the selected system) smart Econ - emz-HCW - 180116...
Page 112 - ›pump on night ot °C‹: If the outdoor temperature in night mode is below the set temperature, the pump is switched on. “Change values” on page 23 • Select ›ROOM SETPOINTS‹. - Setting of switching times and room temperatures (local) “Setting heating periods and temperatures” on page 31 smart Econ - emz-HCW - 180116...
Page 113: Change Heating Curve
1°C. The same applies vice versa for the flow temperatures, P1 starting with the highest value, then decreasing.Two flow temperatures can be the same. smart Econ - emz-HCW - 180116...
Page 114: Configure Request For Heat Generator
- ›supply temp. above mixer (K)‹: Boost boiler temperature above set point of mixer circuit (adjustment range 0-20K). - ›switch on delay (min)‹: Minimum waiting time until a new burner start is enabled (setting range 0-65535 min) “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 115: Configure Heat Pump
• Change the name of the heat pump if necessary. • Change other parameters if necessary. - ›minimum supply temp. (°C)‹: The pump stops at temperatures below the set value (startup pro- tection). Recommendation:<10°C “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 116: Configure Solid Fuel Boiler
Start of buffer charging, both conditions must be met: 1.)The boiler temperature has reached the start-up temperature and 2) the boiler temperature is higher by the hysteresis than the current temperature in the buffer. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 117: Configure Solar System
Boost of the current collector temperature above the current buffer temperature to start the solar pump (Setting range: 0-99 K) - ›storage max °C‹: Maximum permissible buffer temperature when solar pump is exceeded = (Setting range: 0-99 K) “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 118 • Select ›PUMP SETTINGS‹ in the ›SOLAR UNIT‹ menu. PUMP SETTINGS stop delay time (sec) sw itch on delay (min) TIMER ABS ON/OFF BACK • Change the ›stop delay time (sec)‹ and the ›switch on delay (min)‹ if necessary. smart Econ - emz-HCW - 180116...
Page 119 In this menu the time switch and thus the anti-lock circuit for the solar pump can be deactivated. - ›AUTOMATIC‹: ABS is activated for the above period. - ›ALWAYS ON‹: do not select! - ›ALWAYS OFF‹: ABS is deactivated smart Econ - emz-HCW - 180116...
Page 120 - ›SOLAR PUMP MIN SPEED‹ - ›limit value‹: Minimum speed solar pump Minimum speed during operation in % (Factory settings: 20%, adjustment range: 0 - 50%) - ›SOLAR PUMP MAX SPEED‹ - ›limit value‹: Maximum speed solar pump smart Econ - emz-HCW - 180116...
Page 121: Sensor Adjustment
(Menu page 1, example, depending on the selected system) SENSOR ADJUSTING flow heat circ. 1 flow heat circ. 2 flow heat circ. 3 flow heat circ. 4 BACK (Menu page 2, example, depending on the selected system) smart Econ - emz-HCW - 180116...
Page 122 - ›activated‹: Enabling/disabling the function in the system (Factory settings: ›YES‹, setting range: ›YES‹/›NO‹) Note: Only 'non-critical' components can be deactivated, i.e. only sensors and pumps/mixers that are not absolutely necessary for the selected system. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 123: Configuring Frost Protection
HEAT CIRCUIT 1 HEAT CIRCUIT 2 HEAT CIRCUIT 3 BACK (Example, depending on the selected system) • Select a heating circuit, e.g. ›HEAT CIRCUIT 1‹ . Make the settings for the other heating circuits accordingly. smart Econ - emz-HCW - 180116...
Page 124 When the outdoor temperature control is activated, the room controller is only used for setpoint adjustment. In the setting Serial number = 0, the relevant room controller is deactivated. smart Econ - emz-HCW - 180116...
Page 125: Operating Hours‹ Menu
• Select a component. pump heat circ. 1 operating hours: reset operating hours NEIN BACK The operating hours of the individual components are displayed. • For example, if the component has been replaced: Select ›Srvc.Hrs.Reset‹. smart Econ - emz-HCW - 180116...
Page 126: Test‹ Menu
Note: A simulation is only possible in ›OFF‹ operating mode. Test operation • Select ›TRIAL RUN‹ in the ›TEST‹ menu. TRIAL RUN SWITCH OUTPUTS SIMULATE TEMPERATURE SIMULATE ROOM TEMPERATURE SIMULATE INPUTS DELETE ALL SIMULATIONS BACK smart Econ - emz-HCW - 180116...
Page 127: Manual Switching Of Outputs
(Example, depending on the selected system) • Select the desired temperature sensor and change the desired temperature if necessary. First set the temperature sensor to be simulated to ›YES‹, then set the desired value. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 128: Simulate Room Temperatures
SIMULA TE INPUT V A LUE req extern <24> Contact open=0, closed=3 --------------- BA CK (Example, depending on the selected system) • Select the desired input and change the desired value if necessary. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 129: Bus Setup
CHECK BUS COMPONENTS BA CK In the menu ›BUS SETUP‹ you can deactivate or activate the CAN-bus and check the bus compo- nents. “CAN bus line” on page 15 Note: Bus setup can take some time! smart Econ - emz-HCW - 180116...
Page 130: Heat Circuits‹ Menu (Installer)
• Select a heating circuit, e.g. ›HEAT CIRCUIT 1‹. Make the settings for the other heating circuits accordingly. HEAT CIRCUIT 1 SETTINGS ROOM 1 HEAT CURVE PUMP SETTINGS BACK (Example, depending on the selected system) smart Econ - emz-HCW - 180116...
Page 131: Configure Heating Circuit
- With the settings ›use global day temp.‹ =›YES‹ and ›use global eco temp.‹ = ›YES‹ the global setpoint temperatures for this heating circuit are used. “›HEAT CIRCUITS‹ menu (Installer)” on page 130 “Change values” on page 23 See also “›HEAT CIRCUITS‹ menu” on page 36 smart Econ - emz-HCW - 180116...
Page 132: Configuring Room Temperature Influence On The Heating Curve (Heating Circuits Without Mixer)
'much too cold' in this room, the flow temperature is increased.The extent to which the flow temperature changes is calculated from the parameter 'Gain' given below. ›gain room influence‹: (Flow temperature change per °C deviation from room temperature) smart Econ - emz-HCW - 180116...
Page 133: Configuring The Mixer Control (Heating Circuits With Mixer)
Amplification (0.1Sec/K) MIXER HEAT CIRC. 2 gain room influence room influence limit (K) economy mode activated: BACK Note: Mixer circuits are always preset for underfloor heating! • Change the parameters if necessary. → Page 132 smart Econ - emz-HCW - 180116...
Page 134: Configuring The Heating Pump
• For example, select ›PUMP SETTINGS‹ in the ›HEAT CIRCUIT 1‹ menu. (Example, depending on the selected system) PUMP SETTINGS stop delay time (sec) sw itch on delay (min) activated: BACK • Change the parameters if necessary. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 135: Domestic Hot Water‹ Menu (Installer)
• “Configuring the domestic hot water pump” on page 137 • “Setting circulation times (Installer)” on page 138 • “Configuring the circulation pump” on page 138 • “Configure circulation temperatures” on page 139 See also “›DOMESTIC HOT WATER‹ menu” on page 38 smart Econ - emz-HCW - 180116...
Page 136: Setting The Domestic Hot Water Setpoint Temperature (Installer)
• Activate or deactivate ›legionellae‹. If the function is activated with ›legionellae‹ ›YES‹ (default), the thermal disinfection program is carried out once a week every Monday.The domestic hot water is heated to 63°C to kill germs. smart Econ - emz-HCW - 180116...
Page 137: Configure Domestic Hot Water Priority
• Select ›SETTINGS PUMP DHW‹ from the ›DOMESTIC HOT WATER‹ menu. SETTINGS PUMP DHW stop delay time (sec) sw itch on delay (min) BACK • Change the parameters if necessary. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 138: Setting Circulation Times (Installer)
• Select ›PUMP SETTINGS CIRC‹ from the ›DOMESTIC HOT WATER‹ menu. SETTINGS PUMP CIRC. stop delay time (sec) sw itch on delay (min) activated: BACK • Change the parameters if necessary. “Change values” on page 23 smart Econ - emz-HCW - 180116...
Page 139: Configure Circulation Temperatures
(Factory settings: 38.0 °C, setting range: 0.0 - 85.0 °C) “Change values” on page 23 If the temperature in the return line of the circulation is higher than the set limit value, the circulation pump is switched off.(The circulation system is flushed.) smart Econ - emz-HCW - 180116...
Page 140: General‹ Menu (Installer)
See also “›GENERAL‹ menu” on page 42 At installer level, you can also view information about the controller and check the bus structure (“Bus setup” on page 129). GENERAL REGULATOR BACK • Select ›REGULATOR‹ in the ›GENERAL‹ menu. smart Econ - emz-HCW - 180116...
Page 141 DEVICE CONFIGURATION HCW 810: REGULATOR REGULATOR BACK • Select ›REGULATOR‹. HCW 1620: REGULATOR REGULATOR 1 REGULATOR 2 BACK • Select ›REGULATOR 1‹ or ›REGULATOR 2‹. smart Econ - emz-HCW - 180116...
Page 142 DEVICE CONFIGURATION The serial number of the controller is displayed here. REGULATOR REGULATOR 1 ------------ serial number 85050 BACK (Example) smart Econ - emz-HCW - 180116...
Page 143: Internet‹ Menu (Installer)
• To create a login, the user requires appropriate authentication data using the TAN procedure (TAN key / ID code not included) In the ›INTERNET‹ menu, ›CODE‹ has a 20-digit authentication code (consisting of numbers and lower case letters) smart Econ - emz-HCW - 180116...
Page 144: Generate New Auth-Code
(Deleting individual entries is not possible for security reasons). On the web interface via "Forgot password?" or new registration ("Now connect to a system") you can quickly and easily create users in the controller again though using the correct Auth-code. smart Econ - emz-HCW - 180116...
Page 145: Technical Data
180°C temperature resistant Connection cable Silicone, 2.5 m long Storage tank and buffer temperature sensor Sensor type Immersion sensor Temperature limit up to 90°C temperature resistant Connection cable PVC, 2.5 m long smart Econ - emz-HCW - 180116...
Page 146: Flow/Return Contact Temperature Sensor
1.42 kΩ -10 °C 0.96 kΩ 20 °C 1.08 kΩ 70 °C 1.27 kΩ 120 °C 1.46 kΩ -5 °C 0.98 kΩ 30 °C 1.12 kΩ 80 °C 1.31 kΩ 130 °C 1.50 kΩ smart Econ - emz-HCW - 180116...
Page 147: Disassembly/Disposal
In case of doubt, ask the local disposal company or the autho- rized dealer from which you have purchased the device! smart Econ - emz-HCW - 180116...
Page 148: Warranty And Liability
Contents and illustrations of this manual have been elaborated to the best of our knowledge and with utmost diligence - we reserve the right of errors and technical modifications. Liability of the manufacturer for inappropriate, incomplete or incorrect information and all damage resulting therefrom is excluded categorically. smart Econ - emz-HCW - 180116...
Page 149: Index
115 heating circuit 131 heating circuits 111 Abbreviations heating curve 132 for hydraulic components, inputs and heating pump 134 outputs 100 mixer control 133 in menus 25 request for heat generator 114 ABS 101 smart Econ - emz-HCW - 180116...
Page 150 40 Hysteresis priority 104 domestic hot water 136 setpoint temperature 38, 136 temperature 103 INFO button 17 Input Enter access code simulation 128 installer 108 Installation 10, 45 Error messages 22 room controller 52 smart Econ - emz-HCW - 180116...
Page 151 145 smartEcon HCW housing 48 use 105 Opening the housing Room temperature influence 106 room controller 51 Room temperatures Operating hours 125 simulation 128 Operating modes 27 Rotary/pushbutton 17 Operation prompts 18 smart Econ - emz-HCW - 180116...
Page 152 HM user interface operation 17 smartEcon room controller 15 operation 16 technical data 145 smartEcon temperature sensor 46 characteristic curve 146 technical data 145 smartEconCloud 12 setup 143 Software switch 17 Solar collector panel 57 smart Econ - emz-HCW - 180116...
Page 153 INDEX smart Econ - emz-HCW - 180116...
Page 154 Edition EN 03/2018 emz-HCW - 180116 emz-Hanauer GmbH & Co. KGaA Siemensstraße 1 92507 Nabburg Germany Phone: +49 (0) 9433 898-0 info@emz-hanauer.com Fax: +49 (0) 9433 898-188 www.emz-hanauer.com...

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