INSTALLATION INSTRUCTIONS and BASIC SYSTEM CONFIGURATION

INSTALLATION INSTRUCTIONS and BASIC SYSTEM CONFIGURATION

200091-A 2/23 Contents 1. Warnings & Notes... 3 2. Installation of system to electrical cabinet or modular box... 3 3. Powering the system... 7 4. Make connection to the system... 8 5. Defining input / output ports of the units... 9 5.1 Security unit devices... 10 5.2 Measurement unit devices... 11 5.3 Control unit devices... 11 5.4 Adjustment devices... 12 5.5 Keypads... 12 5.6 Virtual IO... 13 5.7 EnOcean wireless devices... 13 6. General Settings... 13 6.1 Mobile User Interface... 13 6.2 Room profiles... 13 6.3 Network settings and search of cameras... 14 6.4 Setting cameras... 14 6.5 Setting numbers for GSM modem... 14 6.6 Backup and restore... 14 6.7 System diagnostic... 14 7. Setting light switches and buttons... 14 8. Setting security system... 15 9. Contact information... 16 APPENDIX I: Circuit diagrams... 17

200091-A 3/23 1. Warnings & Notes Only approved electrician should do the installation to secure that there will not be danger of electrical shocks. Installation should be secured so, that the end user does not have possibilities to touch system wirings or parts that may have live voltages System should be installed to dry place where it cannot get wet. Water can cause risk of fire. Do not try to fix, change or disassemble system parts. If some part is faulty, order a new one. If system or its part is faulty and must be disposed, do it according to local laws. 2. Installation of system to electrical cabinet or modular box Reserve necessary space from electrical cabinet, or install system to separate modular box. Refer to product cards on system parts and dimensions. On the table 1 are listed typical installation accessories needed. Table 1. Installation accessories Modular box or electrical cabinet UTP CAT 5/6 cable AWG 20/10 or similar cable Cable ties WLAN router Ethernet cable with RJ-45 connector TT-50SD Current transformers Sensors and actuators like - Light switches / push buttons - Intermediate relays - Temperature sensors - Siren - Door & window contacts - Protection class IP22 or greater Minimum size 12-MOD (PSU+CPU) Low voltage wirings Wirings of intermediate relays & contactors To secure wirings To establish a local area network To connect CPU and computer to router To set up power consumption measurements On the table 2 and figure 1 are shown typical order of components when installed to electrical cabinet.

Table 2. Typical layout on electrical cabinet 200091-A 4/23 AC 230V feed cables Circuit breakers Intermediate relays & Contactors Measurement Units (MSU) Control Units (CTU) Adjustment Units (ADU) Power Supply (PSU) Central Processing Unit (CPU) Security Units (SCU) Figure 1. System parts on electrical cabinet Keep system, its cabling & other low voltage parts separate from AC 230V parts. System is always installed in following order from left to right: CPU SCU s MSU s CTU s ADU s. Start installation of units by pressing bottom pieces to the DIN rail as shown on figure 2.

200091-A 5/23 Figure 2. Installation of bottom pieces. Connect next power cable CBL-140 to the end of CPU s bottom piece. It will attach only in one way. If you need to extend bus to other DIN rail use extension cable CBL-101. Connect power cables to +24 VDC PSU and to the backup battery. Remember to connect terminal block to last unit s bottom piece. Terminal block is shown on figure 3. Figure 3. Terminal block to last unit s bottom piece. Before installing the units to bottom pieces, make sure that bottom pieces do not have powers on. This may harm units and/or mess the software of the system.

200091-A 6/23 Figure 4. +24V PSU and its voltage control screw. Finalize installation by connecting CPU and possible modules to bottom pieces. Make sure that these lock in to their places as shown on figure 5.

200091-A 7/23 Figure 5. Installation of CPU and modules. 3. Powering the system Attach Ethernet cable between CPU and WIFI router. If you not aim to use WIFI network attach also cable between computer and router. Power up the router. If customer have internet connection available e.g. ADSL modem, connect it to WAN port of the router. Connect first backup battery to the system and after that power up the PSU. If the backup battery is not present when system powers up, the boot up will take longer time, since system tries to detect battery and check if it is possible faulty.

200091-A 8/23 Monitor the CPU units display. It should show diagnostic values as shown on table 3. Table 3. Typical diagnostic values of CPU-140. Value Voltages 4.90 5.2V 11.0 14.5V 23.9 24.2V (PSU 5V) (BAT VDC) (PSU 24V) Current and temperaturas 0 500 ma K10-30C C10-55C (current) (chasis) (CPU) Units AAC # informs how many modules detected. E.g. AAC 3/3 IP address Shows the system IP address. E.g. 192.168.0.2. If there is a text NO LINK! check the connections of Ethernet cables If the system failed to detect all the units installed, switch off the power sources and check bottom pieces and extension cable connections. 4. Make connection to the system Write IP address to your browser navigation bar. If you use WIFI network make sure that you are connected to it. You should now see main screen as shown on figure 6. If the main screen is in Finnish go and change it to English by selecting: ASETUKSET JÄRJESTELMÄ TYÖKALUT KÄYTTÖLIITTYMÄN KIELI English Select after this TALLENNA.

200091-A 9/23 Figure 6. Main screen of Smarthome by EKE system. 5. Defining input / output ports of the units Rise up first rights to make system configuration. Click lock icon on upper right side of the screen. Default username and password is: admin / admin. Click next armor icon on the upper right side of the screen. Rise your rights up to level 3. The default PIN code is 1234. Units I/O configuration is done either by loading pre-configuration (if delivered with the system) or by manually. If you have pre-configuration file go to: SETTINGS SYSTEM TOOLS Select file to PRE CONFIGRATION that you have and upload it to the system. From this page you can also shut down and reboot the system. Use of Shut down is recommended since this way

200091-A 10/23 you can make sure that software closes its tasks in a controlled manor. Further possible system updates can be loaded via this page. If you do not have the pre-configuration file, or you must do some changes go to SETTINGS IO INTERFACES - and select the unit you want to configure On each units configuration you must give a name that describes the device. E.g. for light switch corridor front switch. Some inputs can be set so that they are normally closed or open which means e.g. on door contacts that it activates alarms on open or closed state. You can define system I/O ports while you connect physical devices to the system. For connections of devices refer to appendix I: Circuit diagrams. Following tables gives names of devices you can select & their function. 5.1 Security unit devices Table 4. Security devices +12V Output ports +12V Output Power e.g. for 12V motion detector (PIR) Alarm light Low power (<2W) Led light Emergency lighting Low power (<2W) Led light Outdoor siren Siren 12V Silent alarm E.g. emergency light at bedroom Siren Siren 12V Input ports (potential free switches) Cabinet tamper Carbon monoxide detector Circuit breaker Device alarm Door sensor Door sensor tamper Emergency button Glass break sensor Glass break sensor tamper Motion detector Motion detector tamper Residual current device Smoke detector Smoke detector tamper Tamper detector WDS-100 Water leak detector Water leak detector tamper Sabotage switch at electrical cabinet CO alarm switch to detect if one circuit breaker is turned off Potential free contact alarm e.g. from air condition unit Magnet switch of door or window Sabotage switch of door sensor Switch to launch alarm e.g. from bedroom To detect glass break Sabotage switch of glass break sensor Detect motion (PIR) Sabotage switch of PIR Alarm from residual current switch Fire alarm Sabotage switch of smoke detector General sabotage switch EKE Water leak detector Generic water leak detector Sabotage switch of water detector

200091-A 11/23 5.2 Measurement unit devices Table 5. Measurement devices TEMPERATURE PORT FSN-100 PSN-100 SEN-100 Temperature SEN-101 Humidity SEN-101 Temperature SEN-140 Temperature SEN-141 Humidity SEN-141 Temperature SEN-1xx Illumination SEN-OUT Illumination SEN-OUT Temperature SSN-100 Temperature Pulse Input Electricity x imp / y Wh Energy x imp / y Wh Night electricity switch Pulse input Water meter x imp / y l Voltage input Carbon dioxide 0 2000PPM (0..10V) Humidity 0..100% (0..10V) I25 I50 TT50-SD TT50-SD Three phase Temperature Voltage input EKE floor temperature sensor EKE pipe temperature sensor EKE temperature sensor (not available) EKE humidity sensor (not available) EKE Temperature sensor (not available) EKE Temperature sensor (without humidity) EKE Humidity sensor EKE Temperature sensor (with humidity) EKE Light level sensor EKE Outdoor light level sensor EKE Outdoor temperature sensor EKE Temperature sensor for Sauna Electricity meter that gives x impulses / y Wh Energy meter that gives x impulses / y WH Switch that shows when night time energy is in use Generic potential free input Water meter that gives x impulses / y liter CO 2 meter with 0..10V output Humidity meter with 0..10V output Current meter with 0..10V output with max. 25A Current meter with 0..10V output with max. 25A Current clamp Current clamp to measure average current from one phase on 3-phase devices Temperature transmitters with different scales Generic voltage measurement between 0..10V 5.3 Control unit devices Table 6. Control devices +24V Output ports Just select any device! Different devices just shows different icons on main UI

200091-A 12/23 INPUTS Button Motion detector Switch Twilight switch If you have push button in use select this If you have PIR to control lights select this If you have lever switch select this If you have twilight switch to control lights select this 5.4 Adjustment devices Table 7. Adjustment devices +24V Output ports 24V Output Generic 24V Output e.g. for curtains 24V Motor 24V Motor e.g. to cut off water Relay Output Relay Output Voltage Output 0..10V Output Dimmer x..10v Motor x..10v Ventilation unit 0..10V Current x..20ma Output Dimmer x..20ma Motor 0..20mA Connect to devices that takes switch input for control. E.g. some ventilation units. Max. Voltage / Current 48V/100mA. Generic 0..10V / 20mA max output Use to control dimmers Use to control voltage driven motors Use to control ventilation that takes 0..10V input Use to control devices with current messages Use to control dimmers with current messages Use to control motors with current messages 5.5 Keypads If you have keypads in use, you can define what functions can be found behind number buttons. Table 8. Adjustment devices Widget Measurement value Electricity consumption Incomplete tasks Custom message Date Shows selected measurement value. E.g. oudoor temperature Shows consumption value Shows incomplete tasks if setup to the system (not in use on with mobile user interface You can enter custom message here Shows date

200091-A 13/23 Clock Network info Shows clock Shows system IP number and star if remote access is available 5.6 Virtual IO From this menu you can combine two inputs to one virtual so that e.g. with below certain light level and motion detection lights are turned automatically on. Consult EKE for details about programming language / setup. 5.7 EnOcean wireless devices If you have wireless extension installed, you can pair each device via this menu. Pairing is done by setting first device and then selecting PAIR. During pairing you must push switch or push pairing button until it comes visible to the system. Table 9. EnOcean devices Device x-button switch Temperature EKE Temperature & Humidity EKE Relay Eltako xxx Temperature & Humidity ELTAKO Carbon dioxide Enoluz 24V Illumination Eltako FAH60 Water leak detector FWS81 Eltako Smoke alarm Temperature RH% and CO2 Switch with x buttons to control lights EKE wireless temperature sensor EKE wireless temperature & humidity sensor Eltako relay, type xxx Eltako Outdoor temperature & humidity sensor Enoluz CO 2 sensor Eltako outdoor light level sensor Eltako water leak detector Eltako fire detector Eltako combined temperature, humidity and CO 2 sensor 6. General Settings Here are described some general setting that should be done. 6.1 Mobile User Interface From SETTINGS USER INTERFACE MOBILE you can define what functionality & devices are visible to user at mobile user interface. Simple select functionality / device you will to see. 6.2 Room profiles From SETTINGS PROFILE SETTINGS ROOM PROFILES you can define what is the state of the devices when system is in different modes. Set at least HOME and AWAY profiles. You can select either

- NO CHANGE so device state will not change, - ON so device turns on on this profile, - OFF so device will turn off on this profile or - xx % for example level of dimmer 6.3 Network settings and search of cameras 200091-A 14/23 Go to SETTINGS SYSTEM NETWORK SETTINGS. Edit EMAIL SETTINGS if you wish to use email alarm notifications. Fill corresponding server names, user name and password that internet provider offers. If you have cameras connected to system (to the router or via WIFI), you can scan those from this page. Just click SCAN. Take up the cameras IP addresses that system has detected. E.g. 6.4 Setting cameras 192.168.0.19 b0:c5:54:16:05:f2 D-LINK INTERNATIONAL Got to SETTINGS SECURITY SETTINGS CAMERAS. Add new camera by with + button. Select camera model, and to field IP give the IP number you discovered on previous point. 6.5 Setting numbers for GSM modem Go to DOCUMENTS CONTACTS and add new contact with + button. Fill the names and phone numbers to whom you wish system to send messages. 6.6 Backup and restore From SETTINGS SYSTEM SYSTEM BACKUPS you can create a backup of configuration Create a backup or upload existing one to system by Upload a backup. 6.7 System diagnostic From SETTINGS SYSTEM DIAGNOSTICS you will see if any error occurs. This is shown on red text and with exclamation mark!. If you need to take contact to support, it is essential that you markup CPU serial number that is shown on top under section SYSTEM INFORMATION after phrase Serial Number. This identifies the system for remote use and to the manufacturer. 7. Setting light switches and buttons To define function of switches and buttons connected to the system go to CONTROL BUTTON page. Press the button you want to configure. If you do not know which button is in

200091-A 15/23 case, you can push it and if connected properly it will turn yellow. For the push buttons you can define following functions shown on table 10. Table 10. s for push buttons. Device Home profile Room profile Control Group Dimmer adjustment Ventilation level Meaning Control e.g. light point Change home profile between HOME and AWAY Change room profiles If you have defined a group of target controls, you can switch them off / on. You can set dimmers up / down You can define level of ventilation if a unit is connected to the system For the lever switches you can define same functionality except dimmer adjustment or Ventilation level. 8. Setting security system From SETTINGS SECURITY SYSTEM you can control how system behaves on different alarm states. From PROFILE SETTINGS you can define what is the state of profile (HOME/AWAY/ ) when system is DIS ARMED (deactivated) or ARMED (activated). From DELAYS can be defined how long system is in standby before changed. ENTRY DELAY when coming in and EXIT DELAY when leaving the house. From ALARMS section you can define what alarm outputs activates on different alarm sources. Under SECURITY SERVICE PROVIDER you can define the SMS number of security company & what alarms they will get. From SECURITY DEVICES you can define functions shown on table 11. Table 11. s for security devices. Inhibit Part of shell protection Part of entry route Part of exit route Meaning This security device is not used This device is part of shell protection and does not cause alarm. E.g. indoor motion detector This device uses delay before alarm. E.g. Front door switch This device uses delay before alarm. E.g. Front door switch

200091-A 16/23 From SETTINGS SECURITY SETTINGS ALARM RULES you can define what is the state of the control device on different alarm states similar way like on room profiles. Different alarms are listed on table 12. Table 12. Alarm sources. Alarm type Burglary alarm Carbon monoxide alarm Device alarm Fire alarm Tamper alarm Water leakage Source Launched by motion detectors, door contacts etc. Detected by CO sensor E.g. malfunction of circuit breaker Fire detector Sabotage switch is activated on some device Sensor has detected water 9. Contact information Home pages: www.smarthome.eke.com/es/ Email: soporte.smarthome@eke.fi

200091-A 17/23 APPENDIX I: Circuit diagrams Connection of KPD-100 to SCU-100. Connection of KPD-100 to CPU-140 Connection of KPD-140 to SCU-100 Connection of KPD-140 to CPU-140

200091-A 18/23 Connection of glass brake detector to SCU-100 Connection of motion detector to SCU-100 Connection of panic button to SCU-100 Connection of door contact to SCU-100

200091-A 19/23 Connection of water leak detector to SCU-100 Connection of CO detector to SCU-100 Connection of Fire detector to SCU-100 Connection of 3-phase electricity break detection to SCU-100

200091-A 20/23 Connection of siren to SCU-100 Connection of SEN-140/141 temperature / light level and humidity measurement to MSU- 140/CPU-140 Connection of M21R/M21B siren to SCU-100 Connection of SEN-OUT Outdoor temperature and light level sensor to MSU-140/CPU-140

200091-A 21/23 Connection of current clamp to MSU-140/CPU- 140 Connection of push buttons to CTU-100 Connection of S0 pulse output energy meter to MSU-140/CPU-140 Connection of intermediate relays to CTU-100

200091-A 22/23 Connection of LR24 valve motor to CTU- 100/ADU-140 Alternative way to connect dimmer with multiple loads so that it dims same time all the loads. Connection of Hager EV100 dimmer to ADU-140 Connection of Eltako LUD+SUD dimmer to ADU- 140

200091-A 23/23 Connection of radiator valve to CTU-100/ADU- 140