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EQUOBOX RTU User Guide EQUOBOX RTU-M-BUS

1. Every alarm will be displayed with the name of the event modifiable and the bit configuration for error identification not modifiable In the lower part you can choose whether to enable the digital outputs or not when an event occurs Ref 5 9 uk salua sic CC EE CCS j Event Name Write protect enabled Input condition Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 LA Output condition Output1 Output2 Add to Log Send Email Notify end of event Open Ed Close mm Pulse ll o Output 1 when an event occurs you can enable an operation according to the device connected to Output 1 such as o Open commands to open o Close commands to close o Pulse generates a pulse o Output 2 when an event occurs you can enable an operation according to the device connected to Output 2 such as o Open commands to open o Close commands to close o Pulse generates a pulse Add to Log stores the alarm in the meter s log Send Email sends an email notification in the event of an alarm Ref Chapter 5 4 8 4 o Event closure notification sends an email notification when an event is closed Once the single events are solved the table will display the following information SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 45 SA Log Email Event Name Event Type Status m cen EEPROM write error M
2. menu through which you can change the main RTU parameters see Par 6 7 8 4 Display RTU INFO Press OK in the RTU INFO menu to access the submenu that displays the network parameters as shown in the figure RTU INFO SIN EQRTUIT Serial Number S5NT132560653 ver DE ae ml 1 10 100513 08 00 00 Firmware Versioni 4 4 WEB Verskorr 2 1 100513 08 00 00 Figure 12 RTU INFO Each page 1 1 1 2 and 1 3 shows the model of the device and the current date and time As for the content of the single sections we have e 1 1 o Serial Number Shows the serial number to be indicated in the event of technical support o Meter DB Ver Shows the version of the meter database installed in the datalogger e 1 2 o LAN ETH status Indicates the connection status of Ethernet ports ETH1 and ETH2 In the event at least one of the two ports is connected it shows the IP address of the network interface SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 19 SA o Internet status Indicates whether the RTU can connect to the Internet or not If an Internet connection is available the public IP address with which the RTU can be viewed remotely is displayed e 1 3 o Firmware version Indicates the current firmware o WEB version indicates the current version of the web interface 8
3. e Add to Log stores the alarm in the meter s log e Send Email sends an email notification in the event of an alarm Ref Chapter 5 4 8 4 e Save Press Save to save the configuration SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 50 a 1 1 2 Condition set according to the minimum value acquired Select Min Value E 70480236 HCA Example i Min Value Threshold Input condition Data Type Alarm Threshold Min Dead Band Notify end of event Units for H C A Curr Y 0 B Units 0 B i Event Name l ARARMARA Output condition Output1 Output2 Add to Log Send Email v v Y Y Figure 46 Completing the creation of an event The cells to be filled out are e Event Name enter the name of the event being created e Data Type select the type of meter data The data you can select are those that have already been set for every single meter For more information refer to Chapter 15 2 e Alarm threshold Min select an alarm threshold The value can be both positive or negative e Dead band enter the value for which the condition does not occur This feature allows the system to react with a certain delay to the actions to be taken based on the values measured beforehand Figure 47 Dead band e Event closure notification s
4. 00000033 pare Mame SON DD 181355 MEUS Communication error 00001033 Ceyica Name govt Fri pe Communication OX 10458501 common TER anaou wao VBA Communication error 00000033 Deyice Name 3012014 Tir ME Communication OK 10485502 Common Areas sante AAA Meus Communication error 00000077 Device Name xwinpu so ves Communication error 00000033 Davies Mame 25012014 O asmo T Communication error 00000077 Deuloe Name ISO DAL 15037 MEUS Comunicato error 00000033 Device Name somu thu Meus Communication error 00000077 Device Name inci 0s MBus Communication error 00000033 Device ame anai cosmo FTA Report Send DR 2201s FTP Failed untpecitied protocol error maia citt FP Report Seu DA 21 01 18 FTP Fated unspecified protocol error Homo Jame Meus Commenicatics error 00000077 Device Name nawu aae Maus Communication error 00000083 Device Mame Hoa 130513 pes Commuriastion error 0000077 Device nae Hina m50 New Communication error 00000033 Device Name ous 125533 was Communication error 00000077 Device Name rioni d25539 Meus Commanication error 00000033 Device Name Hanno men USE Communication error 00000033 Device Name Figure 63 Event summary The items that can be selected are e Erase Event allows you to permanently delete the events occurred during the year selected from the drop down menu e Update updates the display of events a
5. Bus status notify NOT ACTIVE tr 5 Temporary error M Bus status notify HOT ACTIVE n gt Flag Bit 5 M Bus status notify HOT ACTIVE erm d Flag Bit amp M Bus status notify NOT ACTIVE Write protect enabled M Bus status notify ACTIVE e Email shows whether the event email notification is active e Event name shows the name of the event Data coming from the device according to the modifiable protocol standard e Event type shows the type of event Data coming from the device according to the modifiable protocol standard e Status shows the alarm status activated or deactivated Data coming from the device according to the modifiable protocol standard e Delete deletes the selected alarm SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 46 a 16 Settings Events 16 1 l O Events This section allows you to set up to four conditions to control the actuators Ref 5 9 With reference to that described in Chapter 5 9 the device is equipped with three digital inputs 11 12 and 13 and two digital outputs O1 and O2 Figure 39 shows an example of programmable logic sinapsi EQUOBOX TTT LBAS bes MASSA I E I ASI RAI ENI AS ASI LA A ERAI EAR REA n Oui Cet Seng Ema Aga 10 Log Ti 7 a D Logia Name Dana DE Cameron I Serene Z DEA T T T T D
6. Chapter 8 Buttons and Display and to Figure 15 to consult the various items _ Settings gt 5 y 5 te Net System Data Tue 21 Aug 2813 11 28 44 Settings 5 ey stem Net Digit amp l Input 1 mopen OClose In 1 Debounce time 1 ms settings e Der SEG M Bus Digital Input 2 wOpen Close In 2 Debounce time 1 ms Settings Digital Input 3 Open DOClaose In 3 Debounce time Press OK for every field reached via the navigation buttons to select the fields to be modified and then l ms Max Baudrate Y 2488 bps l Settings System H Bus Het IP Address Settings Settings Systeal M Bus RESE Figure 15 SETTINGS structure press OK again to change the values to enter using the navigation arrows as shown in Chapter 8 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 22 a 8 7 Display METER SEARCH Press OK in correspondence of the SEARCH METERS icon to start scanning the bus and acquire the connected meters The search settings are those that have been previously saved as shown in Chapter 6 The default search settings are e Transmission rate 2400bps e Type of search Primary ID Secondary ID e Primary ID scanning interval 1 250 The figure below shows a typical bus scan with the default settings indicate
7. F 39 075 8014602 www sinapsitech it info sinapsitech it A 30 a 12 2 Advanced Setup This section is dedicated to the advanced parameters for the RTU system configuration The parameters shown in Figure 25 should be managed by qualified personnel 2 EQUOBOX E English v ME Settings gt Network SS oo Network HTTP Portforward e El Meters i Event DHCP Timeout 1 B seconds i SNPDS Hostname User Account i CPU TCP Port 2320 B Figure 25 Advanced network settings The fields to fill out in this section are e HTTP Portforward defines the external HTTP port if configured differently from 80 to ensure that emails are sent correctly See Figure 26 e DHCP TimeOut enter a timeout beyond which the destination will be declared unreachable e SNPDS hostname enter if used the remote address of the SNPDS service e CPU TCP Port enter if used the communication port of the SIN EQCPU unit Internet Link remote ip 8082 ROUTER External port 8082 PortForWarding RTU Local port 80 Figure 26 Network infrastructure SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 31 a 12 3 Email Setup This section allows you to configure the email management parameters in the RTU 2 EQUOBOX DUI English v ME E SSS Network i 1 i SMTP Hostname smtp
8. If you use an existing LAN connect the computer to another LAN socket e Verify the RTU IP address from the display by accessing the RTU INFO menu Chapter 8 4 and ensure that that the ETH icon corresponding to the Ethernet connection indicates that the cable is connected properly SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 11 a Password LCD A OFF es 000000 RTU INFO 7 RTU INFO Serial Number If LAN Status ETH 513250053 MIA d ErH1B ETH2 OK T9 168 1 110 RTU INFO Meter DB Version 110 r Internet Status Disconmected 10 05 13 08 00 00 Tosi OU Figure 6 LAN configuration The default RTU network settings are e P address 192 168 1 110 e Netmask 255 255 255 0 e P allocation Static e Configure the PC network interface with an IP address that belongs to the same subnet as the RTU The example in the figure shows that in order for the computer to communicate via Ethernet with the RTU you must configure the IP address of the computer network adapter to which the RTU is connected e P address 192 168 1 XXX With XXX being a number ranging between 1 and 254 and different than 110 e Netmask 255 255 255 0 e P allocation Static e To change the IP address of the computer network adapter refer to the user manual of the Operating System of your PC e In the ev
9. _ _ _ _ _ Event Name M Bus status notify Input condition Data Type M Bus byte status Notify end of event Bit 15 Bit 14 Bit 13 Bit 12 Bit11 Bit10 Bit9 Bits Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit 1 BitO Output condition Output Output2 Add to Log Send Email Figure 50 Completing the creation of an event The cells to be filled out are e Event Name enter the name of the event being created e Data Type select the type of meter data The data you can select are those that have already been set for every single meter For more information refer to Chapter 15 2 e Event closure notification sends an email notification whenever an event is closed e Word Definition define a 16bit word to configure the new event to be created Always refer to the meter s documentation for this type of configuration e Output 1 when an event occurs you can enable an operation according to the device connected to Output 1 such as o Open commands to open o Close commands to close o Pulse generates a pulse e Output 2 when an event occurs you can enable an operation according to the device connected to Output 2 such as o Open commands to open o Close commands to close o Pulse generates a pulse e Add to Log stores the alarm in the meter s log e Send Email sends an email notification in the event of an alarm Ref Chapter 5 4 8 4 e Save Press Save to save the configuration SINAPSI S R L Via delle querce 11 13 06083 B
10. can also select the baudrate for the search e Baudrate Search set the non standard communication speed with which you want to query the devices that were not automatically recognised Always refer to the meter datasheet to set the right non standard baudrate Upon defining the transmission rate press Start to start the search At this point you can choose whether to set the search by primary ID if set in the meter or secondary ID 8 digit serial number of the meter This type of search allows you to search one device at a time as shown in Figure 34 Search M Bus Device Selects primary o secondary search OI sar tiende Mare Search M Bus Device Pri r n B may Address to Sca 0 Selects primary o secondary search OMM om E ad 5 11 By Secondary Address Chose the serial number to scan Digit 1 Digit2 Digit 3 Digit 4 Digit 5 Digit6 Digit7 Digits Close 17 17 17 17 17 17 17 17 I 0 Start Figure 35 Searching devices in manual mode Upon starting the search a window will appear as shown in Figure 36 In this particular example the devices were searched by primary address and two additional ones were found You can interrupt the search at any time by pressing Stop SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 39 a Search M Bus Device Ae 2 7 i5 Primary address search in prog
11. e ad trama i eit sikh ran 6 e na ia ren ET u ia u Sis BELA iid d Lr dl M J e i Beis ESSE nas DA b d an y ml Ni BAITE MLT 03 P Dl Hi sin undo DL Hi i TARVETE Bett Ts GF 0 7 ae v rr COT E ui T DE m le ci PET rem n ki Mi E I UES 1 E im u CMT rem E Li i Win Baia d LL E LL prm E M iihi fobie uir 63 amp i CO ae Las E LI bri Lm aai i n mn MAD da Hir 3 p or n ke a fi bi Ao mu IRE 131 5 od B Di id mudo HEHH 12345 Lh 0 El Pen RIO WEE T D a wu ON ELE t e dr T n Teu deli he bi qu 44 ates dba dd bi a i n T W Le ew ee e 0 Egg Vw erg 1 TE HM RE sii age Dj Ray if guam SIRO a LA EM Ta eru 32 PE n La e Qu meli O A 14 Da DITA A b Ri 4 s taris 301 E LEG a con WE o 11 0 dal MINO X3 Lu 21 T da T XB Mae SEI th DIL so an Diu eR arm n is LA I dE iri NE b i A Da s AN 6 Ri 5 a L dl hits asi Li LA b da Figure 55 Exporting Summary data in XLS and CSV format Note the extracted data from the system provide e Use ofthe point for the thousands e Use of the comma for the tens SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it 57 17 4 Planning This section allows you to 1 choose the period when to create the reports that will be viewed in the future in the Repository section 2 activa
12. for the first access are e User Name admin e Password admin Press Login to access the Homepage appears as shown in the figure sinapsi EQUOBOX Settings P General Information j er E 4 i System clock 23 01 14 16 33 i Firmare Revision RTU 2 09 01 9 14 User Account E Web Interface Revision 2 08 01 i Serial Nuber SN13250044 Internet connection Check in progress wait Last Public IP 31 185 23 20 01 View Export Data re Input Output Copyright 2013 Sinapsi s r l Figure 19 Homepage SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it o SH 25 The screen is divided into three sections Path of the page being consulted Type of user connected Selected language Italian or English El Link to download the installation file in rar format Plant status o Display status Settings o Plant o Network o Devices o Events Export Data o Create Report o Planning o Report Archive User Account o Login Shows the submenu with the items pertaining to the main menu Section 2 SINAPSI S R L
13. new event AOS EQUOBOX Settings gt Events admin English v ME LEGE Ses Log Email Event Name Event Type Device Name Status Delete ystem NOT Network m Battery Low Undefined undefined ACTIVE 4 Meters EI NOT i E EEPROM write error Undefined undefined ACTIVE 4 Event NOT u rt Data 0 A Temporary error Undefined undefined ACTIVE User Account Write protect enabled Undefined undefined ACTIVE Copyright 2013 Sinapsi s r l Figure 41 Creating a new event Select a meter from which you want to obtain data to set the event SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 48 a SINAPSI EQUOBOX Add New M Bus Event Settings gt Events Select M Bus Device dE English v E ID Device Description 1 Description 2 i 10435501 Common Arsas Water o ay Ga 01 System l 23007029 Common Areas L3 Electricity 02 Network 1 NOT EE 70480236 HCA Example Label 1 ACTIVE 53 Meters 10147856 HCA Receiver Label 1 NOT i ACTIVE 04 Event 10168071 HCA Repeter Label 1 i 1 NOT pere Export Data 00000033 Device Name Description 1 ACTIVE User Account 00000077 Device Name Description 1 ACTIVE Select Event l v eel tale II RITI TN A PIE AR RS gt Ea Figure 42 Selecting a meter Upon selecting the meter specify the cond
14. of the LC ii SIN EQLC1 ranges between 24Vdc and 42Vdc Start the meter search by clicking on OK on the SEARCH icon Password es 000000 SEARCH METERS im gi The blinking cursor in dicates which number of pas swond you are 2 entering PE Press a key to increase the current number of 1 Start meter search Press P key to reduce the current number of 1 REQUIRED ET Use the key Ox to confirm the current number and mowe to CH METERS SEA RCH PRIMARY ADD R i COMPLETED Current ID 120 Current Add 1533ooxxx Baudrate 240bps Baudrate 2400bps lanzo 31 Mew Meters 19 Mew Meters 12 Total meters 21 otal Meters Total Meters 12 AE Press OK to save Once the search is complete the list of meters is displayed together with the communication status OK or ERROR as shown in the figure f 1 Apartament METERS LIST 2 Festing 23248666 OK ad REQUIRED 4 10234598 OK u IER Press OR for details og y 107 05 13 08 00 00 h E 3 Press OK in correspondence of a meter to access the latest readout performed After scanning the bus we recommend accessing the RTU s webserver see Chapter 10 to complete the configuration adding the plant database and allocating the 4 meters and settings to send the reports Access to Webserver Use a network cable to connect the RTU to the computer as described in RECOMMENDED Chapter 4 4 Open your
15. sinapsi online com i i i Meters i Meters i SMTP Port 25 i i Event i i Export Data i SMTP Username info sinapsi online com i SMTP Password i User Account i 1 i i E i Email sender info sinapsi online com i 3 i i Email recipient n 1 BH 1 i i Test E JJ i Enable send alarm by mail z i Number alarms to be notify 0 ight 4 Figure 27 Email settings The page is divided into 1 Email server settings e SMTP Hostname enter the address of the SMTP server you want to use e SMTP Port set the communication port for the SMTP server o Port 25 for unencrypted communication o Port 465 for encrypted communication e SMTP Username enter the username to access the SMTP server e SMTP password enter the password to access the SMTP server e Email Sender enter an email address to define the sender e Email Recipient n 1 enter the recipients of the email Do not add more than 4 recipient addresses Press Save to save the configuration Press Test to verify whether the entered parameters are operating properly if not refer to Chapter 12 2 2 Alarm Email management e Enable alarm email notification enables the RTU to send alarm email notifications e Number of alarms waiting to for notification shows the number of alarms waiting to be notified Press Delete pending notifications to delete the alarms that are yet to be notified by the RTU and verify the network and email management configurations SINA
16. sinapsitech it A 12 SA Should a TIM SIM not be available the operator will have to change some router settings e Verify whether it is a Machine To Machine M2M SIM e Itis enabled for GPRS UMTS traffic e Check with the operator that it is bidirectional i e that it allows access to port 80 for webserver consultation e Change the APN of the router with the one provided by the operator e g ibox tim it m2mbis vodafone it Refer to the Appendix Chapter 20 for in detail information on router settings 5 6 Connecting the digital inputs to voltage free contacts Follow the instructions below to connect the digital inputs to the device with voltage free contacts such as switches interface relays or anything else that does not require voltage FREE VOLTAGE INPUT CONNECTION VOUT DIGITAL IN 15Vdc t C M BP 13 amp MM B qu Figure 7 Digital input connection e Connect the digital input common 7 to the Vout terminal 6 e Connect the Vout 15Vdc terminal 5 to one of the poles of the contact you want to connect e Connect the other pole to the desired digital input 8 for 11 9 for I2 e 10 for 13 5 7 Connecting the digital inputs to positive voltage contacts Follow the instructions below to connect the digital inputs to the device with positive voltage in the event of closed contacts and voltage free contacts in the event of open contact SINAPSI S R L Via delle querce 11 13 0608
17. the day o Max Of Day generates data as the maximum value of the day o Average generates data as the average of the day e Show data select which data to include in the Homepage e Main Field this is the value you want to view immediately e Save to save any changes 4 Meter alarm settings every meter has a series of errors that can be set individually All the errors managed by the RTU are shown in the following table For every error you can set the configurations described below By default all the checkmarks are disabled for every alarm See Write Protect enabled for example Upon enabling the checkmarks the appearance will be as in the Temporary Error line SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 4 4 SR Meter alarm settings Log Email Event Name Event Type Status i Y EEPROM write error M Bus status notify NOT ACTIVE um Temporary error M Bus status notify NOT ACTIVE um N Flag Bit 5 M Bus status notify NOT ACTIVE ir i Flag Bit 6 M Bus status notify NOT ACTIVE E M Bus status notify AAA ANIOS SSTIBTISTISCIATIGIDA e Event Name Write protect enabled Input condition i i m B o i Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 y Output condition Output Output2 Add to Log Send Email Notify end of event v v Press any alarm In this case Write protect enabled
18. this way any data change will change the entire logfile of the data generated up to that moment Changing any type of data involves regenerating all the data in the logfile of the data already generated in the RTU The summary data are None no data displayed Consumption generates data as the maximum value at the end of the day and corresponding delta Minimum generates data as the minimum value of the day Maximum generates data as the maximum value of the day 14 1 Summary Data None No summary data displayed in relation to the sampled data Sampling r E Sampled Value Au P AT TI 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Time axis Figure 30 Summary Data None SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 35 a 14 2 Summary Data Consumption Summary data related to Consumption provide the maximum value logged during the day and the delta during the day Sampled Value S Sampling MAX Value 8 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Time axis Figure 31 Summary data Consumption 14 3 Summary Data Maximum Summary data related to Maximum provide the maximum value logged during the day Sampled Value MAX Value 6 7 8 9 10 11 12 13 14 15 16 17 18 19 2
19. voltage output connector for digital inputs TAT TOM M OOD SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 6 a 4 GENERAL INFORMATION ON THE SYSTEM 4 1 Overview of the system This is a consumption monitoring and metering system based on a standard M Bus communication protocol EN13757 All the meters that use this communication protocol can be connected and will be managed by the system with all the functions it features The LC is required to allow the RTU to communicate with the M Bus devices An example of the system architecture is shown below Level Converter Master Level Converter Repeter Figure 2 System architecture The RTU can manage up to 250 meters whereas the single LC can manage up to 60 M bus nodes In the event that there are more than 60 M Bus nodes to be managed with the same RTU you can use one or more LCs in Repeater mode 4 2 M Bus system The M Bus Meter Bus system is a communication protocol compliant with the EN1434 3 standard The M Bus System provides the following advantages High level of data transmission security Low wiring costs Long distances without requiring repeaters Large number of central units Detection of both battery powered and mains powered devices Automatic device recognition Vast array of systems and components available Different types of
20. 0 21 22 23 24 25 Time axis Figure 32 Summary data Maximum SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 36 a 14 4 Summary Data Minimum Summary data related to Minimum provide the minimum value logged during the day Sampling 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Time axis Figure 33 Summary data Minimum SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it o a 37 15 Settings Devices This section allows you to configure search the meters in the plant 15 1 Search Setup To search the meters go to Meters gt Search Meter This section provides two types of search manual and automatic We recommend opting for the automatic search Use the manual search only in the event that one or more devices are not recognised by the automatic search This can occur in the event of collisions during the automatic search which prevents the devices in the field from being retrieved automatically or in the event of devices with a non standard baudrate always refer to the meter datasheet for this information 2 EQUOBOX Settings gt Meters Pum English v ME System x Network Use Default settings Meters
21. 02 www sinapsitech it info sinapsitech it A 67 a Status Network GS TELTONIKA Services System Lo gout General Settings Port Forwarding Traffic Rules Custom Rules Firewall Port Forwarding Port forwarding allows remote computers on the Internet to connect to a specific computer or service within the private LAN Port Forwarding Name Protocol Source Via Destination Enable Sort WEB TCP From any host in wan To any router IP at port 80 Forward to IP 182 168 1 1 10 port 80 in Jan es Edi Delete MySql TCP From any host in wan To any router IP at port 3306 Forward to IP 192 168 1 110 port 3306 in es Edit Delete lan VNC TCP From any host in wan To any router IP at port 5900 Forward to IP 192 168 f 110 port 5900 in es Edit Delete Jan RDP TCP From any host in wan To any router IF at port 3389 Forward to IP 192 168 1 110 port 3389 in es Edit Delete lan ROUTER TCP From any host in wan To any router IP at port 8080 Forward to IP 192 168 1 1 port 80 in Jan es Edi Delete New port forward Name Protocol External port Internal IP address Internal port TCP UDP v Add Figure 69 Port Forwarding Port Forwarding rules must be created in the event it is necessary to reach the machine from a public address This function allows to redirect Internet traffic to the machine which responds via port 80 Port Forwarding allows the machine to be reached via this port and be redirected to another device or function via
22. 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 43 a e Manufacturer indicates the manufacturer s name in the event that the meter in the database is identified by the LC not modifiable e Model indicates the meter model in the event that the meter in the database is identified by the RTU not modifiable e Save to save any changes 3 Meter setup the cells highlighted in green are modifiable Meter Data Block Setting Data type Show Summary Data User description MBus Description Main Field Storage Date ime Point Last of Day Min of Day Volume Partial folume Max of Day Average Storage Time ime Point Disable Specific data pecific data struct Disable Subunit 0 Storage 0 Tariff 0 Type value Instantaneous value Units date e time Description Time Point e User description data coming from the device according to the modifiable protocol standard e M Bus description data coming from the device according to the modifiable protocol standard e Summary data select the type of summary data to be calculated at the end of the day Any changes to the summary data will change all the other data already stored in the RTU Refer to Chapter 14 You can select among Disable no data displayed Last of Day generates data as the maximum value at the end of the day and corresponding daily delta o Min of Day generates data as the minimum value of
23. 3 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 13 a POSITIVE VOLTAGE INPUT CONNECTION VOUT DIGITAL IM 15Vdc i t t pm Hf d GU m tit OFF 0 12V ON 12 24V Figure 8 Positive voltage digital input connection e Connect the common pole negative of the contact to the common terminal 7 of the device e Connect the positive pole of the contact to terminal 8 9 10 for inputs 11 12 13 When the voltage at the ends of the connected input for example between 7 and 10 ranges between OV and 12V the RTU input is considered open OFF When the voltage value ranges between 12V and 24V it is considered closed ON 5 8 Connecting the digital inputs to negative voltage contacts Follow the instructions below to connect the digital inputs to the device with negative voltage in the event of closed contacts and voltage free contacts in the event of open contact NEGATIVE VOLTAGE INPUT CONNECTION VOUT DIGITAL IN vec 44 GN 2 B S 6 E Um CiD OFF 0 12V ON 12 24V Figure 9 Negative voltage digital input connection e Connect the common pole positive of the contact to the common terminal 7 of the device e Connect the negative pole of the contact to terminal 8 9 10 for inputs 11 12 13 When the voltage at the ends of the connected input for example between 7 and 10 ranges between OV an
24. 5 Display METERS Press OK in the METERS menu to access the submenu that allows you to view the list of all the meters and the latest readout performed The following figure shows the possible steps that can be taken in the METERS menu METERS i jm Hw METERS LIST 1 23248566 CK 2 05434561 CK 3 05434563 OK 4 1025435598 OK Press OK for details Apartament Heatin T Tr Statu Byte 64 Readout 15 min tot ees 10 05 13 08 00 00 Y A 2 3 Apartament 1 Heating 345 6 KWh l STO suo TI 10 05 13 08 00 00 Aparament Heating Total volume Volume 13455 m3 sto suo Ta 1 10 05 13 08 00 00 Figure 13 Meters display e 2 1 shows the list of the previously saved meters identified with the first 8 numbers of the meter s serial number e g 05434563 The communication status of every meter is shown indicating OK if the last readout was carried out correctly or ERROR in the event of a communication error during the last readout e Use navigation buttons UP and DOWN to scroll through the list of all the meters highlighting the one you want to select to access the values of the last readout e 2 2 press OK in correspondence of a meter in the list to view the values of the last readout if any The first frame indicated in Figure 14 is common to all three meters as it is a summary of the main SINAPSI
25. 604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 59 a 17 5 Repository The Repository section is the repository of all the planning documents created manually or according to plan Ref Chapter 17 1 17 4 By selecting any file to be viewed it will be automatically downloaded sinapsi EQUOBOX ci Create Report 3 DR 05 10 xs 8 150 06 10 2012 07 04 i Planning 8 100 03 10 2013 07 04 53 Repository 5 DR 08 tx 8 102 07 10 2013 07 04 F User Account amp DR Dr i0 xis 8 160 08 102013 07 04 DR 08 10 de 8 1850 12 1072283 07 04 8 DR 10 t xis 8 180 11 10 2013 OF 3 DR 11 ode 2 744 12 10 2013 07 04 10 DR 42 10 xis 2 744 1210 2073 00 26 DR 13 10 xl5 3 744 14 10 2013 06 14 12 DR 14_ 10 xis 2 743 15 10 2013 00 14 14 DR 1S 10 xis ETH 16 10 2011 06 14 14 DR 18 10 xi5 8 743 17 102013 06 14 15 DR 17 10 xl5 8 743 18 10 2003 00 14 18 DR 1 amp de 2 743 13 10 2013 06 14 tz DR 185 103 8 744 20 10 2013 06 14 18 DR 20 10 45 2 744 21 10 2013 06 14 12 DR 23 10 8 744 22 10 2043 06 14 20 DR 22 10 xis 2 744 23 102013 08 14 21 DR 23 10 xis 8 744 24 10 2011 05 14 22 DR 24 05 8 743 25 TANTS 06 14 Figure 59 Report Archive Upon downloading the file select it in the lower section of the browser page A window prompting you to confirm whe
26. A 40 a e Device Name modifiable indicates the name of the device e Description 1 modifiable if not already entered add a first description to identify the meter e Description 2 modifiable if not already entered add a first description to identify the meter e Readout interval modifiable interval with which readouts are performed 15 minutes 1 hour 6 hours 12 hours 1 day Refer to Chapter 13 e ID Device indicates the serial number of the selected meter e Manufacturer Code indicates the manufacturer s name in the event that the meter in the database is identified by the RTU e Measured value indicates the type of value read by the meter e Version HEX indicates the version of the meter e Manufacturer indicates the manufacturer s name in the event that the meter in the database is identified by the RTU e Model indicates the meter model in the event that the meter in the database is identified by the RTU e Press Save to add the meter To change the previously saved meters access Meter setup Chapter 15 2 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 41 a 15 2 Meter Setup sinapsi EQUOBOX meet Engish v fi Device Name De vice Mame Description 1 abs el 1 Description F Label A Manufacturer Siemens Fete SEE Bo 01 2014 Model UHSD Sc
27. ASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 53 a 17 Exporting Data This section allows you to process export the data logged in the RTU The data logged in every single meter are defined as shown in Chapter 15 2 and in Chapters13 and 14 The items that can be selected are e Create Reports e Planning e Repository Every item will be described separately 17 1 Create Reports The pages to Create Reports are described below 2 EQUOBOX Export Data gt Create Report LUE English v IB Select device from the list Name Serial Mum Description 1 Description 2 Common Areas 10485501 Water Floor 0 Create Report Common Areas 10485502 Hot Water Floor 0 Planning Common Areas L3 23007029 Electricity Repository HCA Example 70480236 Label 1 Label 2 HCA Receiver 10147858 Label 1 Label 2 HCA Repeter 10158071 Label 1 Label2 Device Name 00000033 Description 1 Description 2 Device Name 00000077 Description 1 Description 2 Select data type to export Export raw data Export summary daily data Select interval period From To CSV Format XLS Single Sheet RE Selects the devices and time interval for report generation Sani sia eisai s r l Figure 51 Creating a report Select one or more devices from the list For this option all you have to do is select the box on the top left of the table See Figure 51 SINAPSI S R L Via delle querce 11 13 06083
28. BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 54 a Hame Serial Num Description 1 Description 2 Common Areas 10485501 Water Floor 0 Common Areas 10485502 Hot Water Floor 0 Common Areas L3 23007028 Electricity HCA Example 70480235 Label 1 Label 2 HCA Receiver 10147656 Label 1 Label 2 HCA Repeter 10168071 Label 1 Label 2 Device Name 00000033 Description 1 Description 2 Device Name 00000077 Description 1 Description 2 Figure 52 Selecting the devices The Create report menu is divided as follows 1 Device data e Name Name allocated to the meter e Serial Number Serial Number of the meter e Description 1 Description 1 associated to the meter See Chapter 15 2 e Description 2 Description 2 associated to the meter See Chapter 15 2 2 Data to be exported you can choose between two types of export a Export daily summary data See Chapter 13 114 select data type to export Export raw data Export summary daily data Select interval period From Es To CSV Format se XLS Single Sheet Om Selects the devices and time interval for report generation From select the day from which to start the export To select the day on which to end the export CSV format to save in a CSV file XLS format to save in a XLS file O O O O Press Download Data to download the data 100 Data downloaded successfully Select file name File Name logs Create R
29. Baud neighbourhood SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 8 SA connection BUS signal specifications for SIN EQLC1 ment unit Number devices SIN EQLC1 mea Transmission rate rate segment S B82NF lt segment S B82NF 300 2400 960 Dus Metabo Un IM 0 400mA 24 42 V Master Bus Voltage B I 1 5mA slave SIN EQLC1 SIN EQLC1 ama a Luis l lt US 21 42B 11 20 mA current slave i SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A J a 5 INSTALLATION Carefully follow these instructions to install the device in order to be able to commission the system in the best possible way The device must be installed by qualified personnel specialised in the installation of electrical equipment 5 1 Mechanical assembly This device has been designed to be DIN rail mounted therefore no other mounting options are allowed The DIN rail mount consists of the following steps e Fasten the DIN rail to the bottom of the electrical panel if it is not already provided with it e Remove all the terminals of the device before hooking it on the DIN rail e Place the recess at the bottom of the device on the upper part of the DIN rail keeping it at a 45 angle with the rail Turn th
30. ES rei zr Era Adie ta bog F T T Na AAA eeanean ena nenna nan anna nman nman ana anaa annn nman mman aaa anaa nnn nman amaa nman mman maa anaa ma nman mman mea a aa a m D iagi dre T T T 7 F Tom mu ome Act u T Cray RED De Sf X Figure 39 Logic Let s assume we want to set a logic according to which O1 commands an opening and O2 sends a pulse The logic is based on Boolean algebra IN1 ON AND IN2 OFF OR IN3 OFF SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 47 SA pe Eal VO Logic 1 O IO Logic Name alarm Thermal Power Plant Input condition Operator 1 Operand 1 Operator 2 Operand 2 Operator 3 IN1 ON AND IN2 OFF v OR IN3 OFF v Qutput condition Output Send Email Add to Log Open El El Figure 40 Programming the logic The logic settings allovv you to select e Send email sends an email to the recipients set in section 12 3 e Add to Log adds the item to the Log after an event See Chapter 19 2 Press Save to save the settings 16 2 M bus events This section allows you to set the conditions with data coming from the meters in the plant to control outputs O1 and O2 Press the New Event button as shown in Figure 41 to generate a
31. Event Search by Primary ID L Export Data First Address to scan 1 User Account Last Address to scan 250 Search by Secondary e E U 0 BOX ID Baudrate Search 300 bps 600 bps 1200 bps Y 2400 bps 4800 bps 9600 bps Settings gt Meters EN English v El System Automatic Search Manual Search Network Use Default settings Meters Event Export Data Baudrate Search 300 bps 600 bps 1200 bps 2400 ops 4800 bps 9600 bps Copyright 2013 Sinapsi Figure 34 Meter setup SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 38 a 1 Automatic search e Uses default settings o If selected it searches the meter by Serial number and ID with Baudrate equal to 2400bps o If not selected you can choose among Search by Primary ID select this item if you want to search the meters by primary ID First Address to scan enter the value to start the search Second Address to scan enter the value to end the search Search by Secodary ID select this item if you want to search the meters by secondary ID serial number Baudrate Search enter the search badurate Press Start to start the search 2 Manual search use this option only in the event that one or more devices are not recognised during the automatic search e Use default settings if selected it automatically sets the baudrate to 2400 otherwise you
32. Get status Get detailed router connection information via SMS message after SMS reboot Status via SMS Get network status via SMS Enable SMS Status SMS text status Sender phone number 39392 ul e g 437012345578 Figure 71 SMS Utility To change the system password access the System section from the main menu and click on the Administration submenu Figure 72 You can upgrade the Firmware or upload a previous configuration from Backup and Firmware in the System submenu Figure 73 GS TELTONIKA Status Network Services System Logout Administration properties Changes the administration password log level and provides SSH access control Administrator Password Password 2 Confirmation e Logging System log level Debug s System Log Show KemelLog Show Figure 72 Administration properties SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 69 a GS TELTONIKA Status Network Services System Logout Backup and Firmware This page allows you to upgrade routers firmware Also it lets you backup your configuration or reset it to factory defaults Backup and reset configuration Backup archive Download Reset to defaults Reset Troubleshoot package Logging information and Download configuration Restore configuration Restore backup Scegli file Nessun
33. Here you can configure your wireless settings like radio frequency mode encryption etc Device Configuration General Setup Advanced Settings Wireless network is enabled Disable Dont forget to save before toggling the wireless radio on and off Channel 11 2 462 GHz v Interface Configuration General Setup Wireless Security MAC Filter ESSID ebox wifi net Hide ESSID O Figure 67 Wireless Access Point You can give a name to the connection and its encryption To enable the dyndns address access the main menu at the top of the Services section and then the Dynamic DNS submenu as shown in Figure 68 GS TELTONIKA Status Network System Logout Dynamic DNS Dynamic DNS allows that your router can be reached with a fixed hostname while having a dynamically changing IP address Enable O Status N A Service dyndns org v Hostname mypersonaldomain dyndns org Username myusername Password sanan IP renew interval min 10 Force IP renew min 72 Delete Add Figure 68 Dynamic DNS Remember to select Enable and if necessary press Save on the bottom right To use Port Forwarding rules press Network from the main menu and then Firewall From the submenu that will be displayed you can access the Port Forwarding section and set its rules Figure 69 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 80146
34. PSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 32 a 12 4 DynDNS This section is dedicated to the configuration activation of the DynDNS service a Settings gt Network EQUOBOX Iu EM English v MES System 2 Network 33 Meters 4 Event Export Data User Account Enter Corera ta ss ot co 3 Dic DNS wert ge fequobox lab no ip info i Domain Name Enable Dynamic DNS 7 i Server DynDNS no ip com v i Username Massimo mancini80 gmail coi Password EID Copyright 2013 Sinapsi s r l Figure 28 DNS service settings e Domain Name Enter the domain name provided by the no ip com service e Enable Dynamic DNS allows you to enable Dynamic DNS service e Server DynDNS select the server used to manage the dynamic address Currently only no ip com e Username Enter the username to access the DynDNS service e Password Enter the password to access the DynDNS service Press Save to save the configuration SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it o SR 33 13 Data sampling 13 1 Defining sampling frequency and RAW data This section analyses how the RTU samples the values Figure 29 shows a curve sampled with Fc 1 T equal to one hour throughout the en
35. S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 20 SA information pertaining to the meter such as the M bus status byte value meter readout value and the full serial number If the M Bus status byte is different from zero it indicates possible meter anomalies In the event that a meter is included in the datalogger database you can identify an anomaly by accessing the webserver and consulting the Devices page in the Settings menu In the event that the meter is not included in the datalogger database refer to the meter user guide to identify the anomaly corresponding to the number indicated in the M Bus status Byte e 2 3 2 n use navigation buttons UP and DOWN to consult the value of the meter fields pertaining to the date and time of the readout For every field the following information is shown Device Name 1 Aparta ment 1 ES oj Heating Cesa DUO i Filed User Description W Bus Filed Description 4 Field Measure Unit and Value M Bus Storage Subunit M bus Number Number M bus Tariff Number Readout Data T 110 05 13 08 00 00 4 0 readout hour Figure 14 Meter data readout The display shows only the meter fields where the Display Data option is active in the Meter Data Setup section of the Devices page in the Settings menu see Par 15 e Device Name Shows the reference of the meter speci
36. TU has an embedded webserver and is a datalogging and consumption monitoring system for heating and cooling systems equipped with meters that communicate using the M Bus protocol The use of the EQUOBOX LC code SIN EQLC1 hereinafter referred to as LC is required to communicate with the M Bus devices The first section of this guide is dedicated to the description of the technical specifications of the RTU and its commissioning We will describe how to commission the plant scanning and adding meters Then we will describe the advanced configuration via web interface and finally how to generate consumption reports and plans 1 2 Content of the packaging The RTU packaging contains e RIU datalogger e Installation leaflet 2 RTU TECHNICAL DATA The RTU is a hardware device with no moving parts made in compliance with industrial standards which can be DIN rail mounted inside an electrical panel The main technical specifications of the device are shown below e Operating temperature range 5 45 C e Storage temperature range 25 55 C e Protection Rating IP20 EN60529 e Fastening 35mm DIN bar EN60715 e Dimensions 4 DIN modules 90x72x64 5 e Power Supply 12 24Vac 12 24Vdc e Power consumption Max 3W 3 RTU APPEARANCE 3 1 Description of the RTU The RTU is one of the two dataloggers of the EQUOBOX family The main functional features described in this document are summarised below e Webserver based dat
37. Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 26 a 11 Settings System The items that can be selected are e Settings o Plant Database o System settings o Maintenance e Network o General Setup o Advanced Setup o Email Setup o DynDNS e Devices o Meter Setup o Search Setup e Events 11 1 Plant Database You can add only one plant for every RTU AOS EQUOBOX Settings gt System E English v E ee c3 Plant Name quobox Demo Siemens eo Address ia delle Querce 11 13 PG Italy Hetwork Installer Name Sinapsi s r l Customer Name Sinapsi si 03 Meters Date Install 01 01 2013 4 Event Export Data save User Account Copyright 2013 Sinapsi s r l Figure 20 Plant data settings Enter the plant data e Plant Name enter the name of the plant e Plant Address enter the address of the plant e installer name enter the name of the installer e Customer Name enter the name of the client e Installation Date if not entered the RTU will enter the current date by default SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 27 SR 11 2 System settings 1208 EQUOBOX Settings gt System EJ English v ME e System clock 30 01 2014 13 03 07 Synchronize date time fr
38. a secondary port Press Add to create a new rule The newly created rule can be modified at any time simply by pressing Delete Remember to press Save and then Reboot to make the changes effective Press Firewall from the menu at the top and then Traffic Rules to set security functions such as addresses to be filtered set HTTP addresses or asymmetric cryptographic protocols to manage the transfer of confidential information Figure 70 In the General Settings area you will find DMZ Zone which is a connection between a public address and a machine address Remember to select Enable and if necessary press Save TE LTONIKA Status Network Services System Logout Firewall Traffic Rules Traffic rules define policies for packets traveling between different zones for example to reject traffic between certain hosts orto open WAN ports on the router Traffic Rules Name Family Protocol Source Destination Action Enable Sort Allow IPv4 UDP From any host in wan To any router IP at port 68 Accept input es Edit Delete DHCP on this device Renew Allow IPv4 ICMP with type echo From any host in wan To any router IP on this Accept input es Edit Delete Ping request device Allow 1Pv6 UDP From IP range Ta IP range Accept input es Edit Delete DHCPv6 FE80 0 0 0 0 0 0 0 10 in FE80 0 0 0 0 0 0 0 10 at wan with source port 547 port 546 on this device Allow 1P46 ICMP with types echo From any host in wan To any router IP on this Acc
39. ally requested leave the default value Force IP renew min enter a time interval to force the renewal of the IP If not specifically requested leave the default value GS TELTONIKA Status Network Services System Logout Dynamic DNS Dynamic DNS allows that your router can be reached with a fixed hostname while having a dynamically changing IP address Enable O Status N A Service dyndns 0fg 1 Hostname mypersonaldomain dyndns org Username myusername Th Password ae ennn s IP renew interval min 10 Force IP renew min 72 Delete Add Teltonika solutions www teltonika lt Figure 75 Configurazione parametri accesso per Dinamic DNS SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 71 a
40. alogger e Manages up to 250 M Bus meters SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 5 a 4GByte internal memory Data logfile of daily synthetic data for up to 10 years Daily readout logfile for 1 year Data logging interval between 15 minutes and 24 hours Remote system management meter readout report sending alarm management and event management 9 24 Vac Vdc power supply or Power Over Ethernet 3 digital inputs for logic control and remote control 2 relay outputs Max 2A 230Vac for logic control and remote control Maximum power consumption 3W DIN rail mount 4 modules 128x96 pixel OLED display for local consultation and configuration 6 key membrane keyboard 3 2 RTU An image of the RTU with its main functional parts is shown below VOUT DIGITALIN DIGITALOUT PWR 1 31 l 9 30Vdc 15Vdc t 1 t N N 9 24Vac CN 2 B C 01 C 02 2 2 5 6 4B 9 10 11 12 13 14 15 16 QoOooOoQOooOQO 2Q PRP ES Figure 1 Vievv of the RTU 128x96 pixel OLED monitor 16 level grayscale Navigation button ESC 5 key navigation keyboard UP DOWN LEFT RIGHT OK Operating status LEDs Ethernet Port 1 PoE Ethernet Port 2 LC bus connector Power supply input connector Output connector to relay 1 NO contact Output connector to relay 2 NO contact Digital input connector Auxiliary
41. an interval 60 min Y 80 min Primary amp ddress zB Baudrate ES Y Request By ae vi ID Device i874 Manufacturer Code UG Medium Feste lt Version Hex pa Meter Data Block Setting description MEus Description tres canini g De ca yd O ES Heat quantity T3 last yi Energy Flow temperature last Flow Temperature Return temperature last Return Temperature Flowrate max last mont Velume Flow Storage 1 Tariff 3 Type value Inztantaneous value Muttiplier 1 Units kWh Description Energy Meter alarm settings 123 E Low power paten M Bus status non NOT ACTIVE E Temporary Error M Bus status not NOT ACTIVE E Negative heat power RESE status not NOT ACTIVE Gk E rere pa T COT Im semen sri Figure 38 Meter setup SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it The screen is divided as follows 1 Metertable MR Model Device Name Description Delete 10485502 Common Areas Hot Water 23007029 Common Areas L3 Electricity 70480236 HCA Example Label 1 10147856 HCA Receiver Label 1 Model shows the serial number of the selected meter Device Name name of the meter Description refer to description1 of the meter Delete click on the symbol to delete the meter 2 Meter data the white cells are modifiable Device Na
42. bus topology linear star and tree SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 7 a Star Bus 000000 Line Tree Figure 3 Bus topologies 4 3 Addressing The M Bus protocol provides two types of addressing modes to detect and communicate with the devices connected to the bus e Primary addressing up to 250 primary addresses can be allocated within an M bus system hexadecimal format The primary address is normally allocated while setting up the units e Secondary address the secondary address consists of 8 bytes and allows the allocation of any number between 00000000 and 999999909 By default the secondary address of the devices is the same as the manufacturer serial number Readouts by secondary address while scanning the bus allow the acquisition of the meters that support the Wildcard logic the same that enables the selection of a group of devices based on the section of their serial number 4 4 Sizing the M Bus System Follow the instructions provided in the table to size the M Bus system Max transmission rate MEL LET 1000 m 0 8 mm 9600 Baud buildings Large residential EN 2400 Baud Se 350m 4000 m 0 8mm Maximum Overall cable Cross section Number of T f pl VER piar distance length devices slaves Large complex 3000 m 5000 m asmm fee 2400 Baud ena 5000 m 7000 m 1 5 mm 16 300
43. card state Not inserted Signal strength N A Operator Limited Service Connection type N A Bytes recieved N A Bytes sent A WAN WAN not conn ecte LAN IPv4 address 192 158 1 1 Netmask 255 255 255 0 Connected Oh 1m 59s Wireless SSID ebox wifi net Mode Master Channel 11 2 46 GHz BSSID 00 1E 42 12 45 99 Encryption None Bit rate 0 0 MBit s Country 00 Figure 64 Network Information For an acceptable Internet connection you need to have at least two green bars on the Signal Strength line If not connect the second antenna provided with the router to the GSM AUX output A strong enough signal allows for Internet connection If the IP address does not appear in the IP Address line it means that there is no connection SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 65 a The Network section includes the sections in the initial wizard together with other functions The following screen refers solely to the 3G area Figure 65shows the 3G CONFIGURATION submenu to enter the APN TE L TON Y KA Status Network Ss S y stem Lo qo ut 3G Configuration Here you can configure your 3G settings 3G Configuration APN ibox tim it PIN number Dialing number 99 3G authentication method none v Service mode 36 preferred v Teltonika solutions www teltonika lt Figure 65 3G Co
44. ccording to the selected items described below e All shows if selected all the events e Email shows hides if selected the events with email notification e O shows hides if selected the input output events e M Bus shows hides if selected the M Bus events e FTP Report shows hides if selected the FTP events SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 64 a 20 APPENDIX 20 1 ROUTER Configuration The router is provided with an operating configuration Should you need to change the parameters proceed as follows e insert the SIM ensuring that it is PIN free e connect the router to the power supply e user a crossover cable to connect the router to the LAN port of a PC e connect the antenna to the GSM MAIN output e type in the following address in your browser http 192 168 1 1 e You will be prompted to enter your access data Upon accessing for the first time a configuration wizard will help you to quickly set the basic information to ensure router operation Check the connection status to ensure the presence of a signal From the menu at the top press Status followed by Network Information A window will appear as shown in Figure 64 amp TELTONIKA Status Network Serices System Logout Network information 3G 2 State disconnected IMEI 356079030290666 Sim
45. cici ra 48 1 1 1 Condition set according to the maximum value acquired 50 1 1 2 Condition set according to the minimum value acquired 51 1 1 3 Condition set according to the value out of range i 52 1 1 4 Condition set according to the M Bus StatUS nennen nnne nnns 53 17 E XDORCIRE DI C CETE E 54 iE MEE OCA ROO ES sears T ts 54 172 Exampleof RAW datainxls Anna enna 57 17 3 Example of Summary data in xls and CSV format i 57 aA PANNE e ne 58 S REPOSO toi 60 18 ACCOUNEDd AAA o o o A 61 19 PI 62 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 3 SA 19 1 19 2 20 20 1 DEVIL ESTE SIN Vy alieni N APPENDINI SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 4 a 1 INTRODUCTION 1 1 Purpose of the document This document is a guide to the installation configuration and commissioning of the EQUOBOX RTU code SIN EQRTU1 hereinafter referred to as RTU This document is intended for technical personnel with an average knowledge of electrical engineering IT basic TCP IP principles and M Bus systems The R
46. d 12V the RTU input is considered open OFF When the voltage value ranges between 12V and 24V it is considered closed ON SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 14 Sa 5 9 Digital output connection The RTU is equipped with two relays that can be used as digital outputs You can connect a load to them or use them to activate other systems Outputs O1 and O2 can be controlled both remotely and via web server Ref Chapter 15 As for the connection to connection to electrical resistive loads do not exceed the maximum absorption BA and maximum voltage 230Vac RELAY OUT CONNECTION DIGITAL OUT E GC 01 C OF a p 3 P 045 Vmax 230Vac Figure 10 Digital output connection SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 15 a 6 COMMISSIONING Commissioning includes all the activities that allow full operation of the RTU connected to the M Bus system Upon completing the installation and verifying that all the connections have been made properly the system can be commissioned following the instructions below Ensure that the M bus Ready LED lights up on the LC SIN EQLC1 and the M bus error 1 LED is off Verify Use a multimeter to verify that the voltage at terminals 6 and 7
47. d above HETERSUST 1 23248666 OK 2 05434561 OK 4 10234598 OK Press OK to details SEARCH METERS SEARCH METERS SEARCH BY SEARCH METERS Y METERS SEARCH TRIBAL IZATION PRIMARY ADDR _ INITIALIZATION _ _SECONDARY ADD_ COMPLETED Current Add 150000 E 2400605 Baudrate 2400bps neues 10 Wem a Mew meters 21 Total meters 33 OK to continue O j ESC to cancel Figure 16 Searching meters Upon completing the meter search second last block press OK to save all the meters found otherwise press ESC if you do not want to save any of the meters found Refer to the WEB section Chapter 15 1 15 2 to change or complete the settings of the meters found in this section SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 23 a 9 CONNECTING THE RTU TO THE PC Connect the RTU either to ETH1 or ETH2 using a T568A or T568B straight through or crossover Ethernet cable as shown in Figure 17 Computer e i me ull pu Or I I 0000 SIN EQRTUT Figure 17 LAN connection Set the network adapter of your PC in such a way as to allow communication between the two devices Below is a description of a possible configuration of the LAN between the two de
48. e device until it engages with the rail To prevent mechanical stress on the terminals which could damage the device it is important to wire the terminals disconnected from the device Follow these instructions e Remove the terminals from the device pulling outwards e Tighten the cables to the removed terminal complying with the right polarity e Reinsert the terminal with the cables placing it in its correct position 5 2 Electrical installation Verify the following before commissioning the device e Ensure that the electrical panel where the device is installed is powered off e Verify the presence of power supply protection devices fuses circuit breakers differential switches e Ensure that the supply voltage is within the operating limits of the device and that the supply power is enough to ensure the proper operation of all the devices connected to it verifying the maximum power consumption of each one of them e f you opt for a PoE Power Over Ethernet ensure that the network cable is connected to Eth1 and that the PoE switch is suitable for the device e Ensure that the LC is connected properly to the M Bus network and to the supply voltage refer to the installation manual e Ensure that the RTU is connected properly to the LC via the serial bus marked A B C e Ensure that the modem router if any is installed according to the instructions of the manual e Inthe event of data connection ensure that the Ethernet cable is cri
49. ends an email notification whenever an event is closed e Output 1 when an event occurs you can enable an operation according to the device connected to Output 1 such as o Open commands to open o Close commands to close o Pulse generates a pulse e Output 2 when an event occurs you can enable an operation according to the device connected to Output 2 such as o Open commands to open o Close commands to close o Pulse generates a pulse e Add to Log stores the alarm in the meter s log e Send Email sends an email notification in the event of an alarm Ref Chapter 5 4 8 4 e Save Press Save to save the configuration SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 51 SA 1 1 3 Condition set according to the value out of range Select the Out of range item 5 70480236 HCA Example i Event Name Out of range Input condition Data Type Min Value Range Max Value Range Dead Band Notify end of event Units for H C A Curr Y o B o B 0 Output condition Output Output2 Add to Log Send Email Figure 48 Completing the creation of an event The cells to be filled out are Event Name enter the name of the event being created Data Type select the type of meter data The data you can select are those that have a
50. ent that the PC and the RTU are connected via an existing LAN company or domestic network make sure not to allocate the IP address of the RTU or of the PC e For instructions on how to change the IP address of your PC refer to your current OS 5 5 Connection to a GPRS UMTS modem router A data connection to access the Internet ensures remote consultation of the webserver sending of consumption reports and monitoring of the system Should a LAN ADSL connection not be available you must use a modem router supplied as an option of the RTU The default settings of the RTU and SIN ROUTER allow the connection of the two devices without having to change their network parameters The router is configured to use a TIM Telecom Italia Mobile SIM In this case the user must carry out the following operations Power off the router Remove the front panel where the place to insert the SIM is indicated Ensure that the SIM PIN is disabled Insert the data SIM in the right direction Close the front panel Fasten the two GSM MAIN and AUX antennas to ensure sufficient transmission signal Wait for the router to connect to the mobile network Use a network cable to connect port LAN1 of the router to port ETH1 or ETH2 of the RTU Verify that the Internet connection is OK from the display section RTU INFO Chapter 8 4 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info
51. eport o Allocate a name to the file to be generated o Press Create Report o Mouse over the newly created file and left click on it to open it b Export RAW data See Chapter 13 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 55 SA Select data type to export Export raw data Export summary daily data Select day 2 01 2014 Insert all data on the report OCSV Format XLS Single Sheet A Selects the devices and time interval for report generation o Select the day select the day to be exported o Include non displayed data select to export all the saved data o Press Download Data to download the data Data downloaded successfully Select file name File Name log xls Create Report 100 o Allocate a name to the file to be generated o Press Create Report o Mouse over the newly created file and left click on it to open it If you use an XLS format press YES to view it correctly Microsoft Excel el Il formato del file che si sta cercando di aprire LOG XLS diverso da quello specificato dall estensione del file Prima di aprire il file verificare che non sia danneggiato e che provenga da una fonte attendibile Aprire il file ora umm Figure 53 Excel SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsi
52. ept input and limit es Edi Delete ICMP y6 request echo repiy device to 1000 pkts per Input destination unreachabie second packet too big time exceeded bad header unknown header type router solicitation neighbour solicitation Allow IPv6 ICMP with types echo From any host in wan To any host in any zone Accept forward and es Edit Delete ICMPv6 request echo reply limit to 1000 pkts per Forward destination unreachable second packet too big time exceeded bad header unknown header type Figure 70 Traffic Rules www sinapsitech it info sinapsitech it a SA SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 68 Should you wish to use the SMS service to receive the router status or reboot if from your cell phone you can enter your phone number and select the Enable box Figure 71 You can perform the two operations shown in the figure by sending a message from your telephone to the number of the board inserted in the router The content of the message must be identical to that in the SMS text field e g reboot You will receive an SMS confirming that the operation has been carried out GS TELTONIKA Status v Network Services v S ystem v Lo gout SMS Utilities settings for SMS Utilities SMS Reboot Reboot router via SMS message Enable SMS Reboot SMS text reboot Sender phone number 39392 E e g 37012345678
53. fied in the Device Name in the Devices page in the Settings menu Refer to Chapter 15 to change the meter reference e Description 1 Shows the value entered in Description 1 in the Devices page in the Settings menu Refer to Chapter 15 to change the meter reference e Field User Description Indicates the detailed description of the displayed field entered by the user or included in the meter database e Field M Bus Description Shows the field description as defined in the M Bus protocol e Field value and measurement unit Indicates the value and measurement unit of the field displayed with reference to the readout being viewed e M bus Storage Number Indicates the Storage Number of the displayed field Refer to the meter manual guide for further information e M bus Subunit Number Indicates the Subunit Number of the displayed field Refer to the meter manual guide for further information e M bus Tariff Number Indicates the Tariff Number of the displayed field Refer to the meter manual guide for further information e Readout Date Indicates the date of the readout being viewed e Readout Time Indicates the time of the readout being viewed SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 21 a 8 6 Display SETTINGS The Display Settings section is divided into four subsections General M Bus Network Password Refer to
54. file selezionato Upload archive Firmware upgrade Keep settings Image Scegli file Nessun file selezionato pae Figure 73 Backup and Firmware To set up the Dynamic DNS service go to men Services Dynamic DNS Figure 74 TEL TONIKA Status Network Services System Logout Dynamic DNS OpenVPN IPsec Dynamic DNS allows that your router can be reached with NTP g a dynamically changing IP address Enable yna nic DNS xd Status N A SMS Utilities Service dyndns org Wireless hotspot Ping Reboot GRE Tunnel Hostname mypersonaldomain dyndn Username myusername Password 9 amp IP renew interval min 10 Force IP renew min 72 Delete dunt Teltonika solutions www teltonika It Figure 74 Attivazione servizio Dinamic DNS Select from the following service 3322 0rg camsec net dnsomatic com easydns com no ip com noip com zoneedit com custom Upon completion of insert check Enable and populate fields Vedi Figure 75 e Service select the service from those offered SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 70 SA Hostname enter the Hostname of the service Username enter the username for access to desired service Password enter the password for access to desired service IP renew interval min enter a time interval for the renewal of IP If not specific
55. input status in terms of their configuration Outputs shows the output status in terms of their configuration 3 Display meters Shows all the meters previously configured in the RTU Every meter is displayed with its serial number model device name description and main value Ref Chapter 15 2 Select a line corresponding to a meter and a window with all the relative information will be displayed as shown in Figure 62 If highlighted in Red it means there is an Error SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 62 ed Suc UHM Derme Mame Label Read Mow H a out t i 15731 31 m3 433518 kWh Figure 62 Detailed information SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it o a 63 19 2 Event summary This section allows you to view all the events processed by the RTU with respect to the configuration described in Chapter15 2 EQUOBOX e All Errail m La af Bus FTP Report System Date System Ciodk Ben Tyne Description Agm 181551 Maus Communication error 00000078 Device Name 23 002014 481538 Meus Communication error 00000088 Device Name II 181524 VELE Communications error 00000077 Device Name sone 18151 Bus Communication error
56. iret testversion available Meters database updated to the la Copyright 2013 Sinapsi ETA Figure 22 Service Settings SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 28 SH The Service screen consists of 1 Software update e RTU Firmware Version shows the RTU s current firmware version e Web Interface Version shows the RTU s current web interface version e SSW FW Update allows for manual or automatic online update This update will involve both the software and the web interface the name of the update is equobox rtu bin WE RECOMMEND REFRESHING THE PAGE TO PREVENT ERRORS AFTER AN UPDATE SHOULD THIS NOT BE ENOUGH CLEAR THE BROWSER S CACHE 2 Backup Restore Configuration e System Configuration Backup select if you want to create a system backup Press Create Backup to complete the operation e Meter Configuration Backup select if you want to create a meter configuration backup Press Create Backup to complete the operation e Restore Configuration if you want to restore the configuration of the meters in the plant This operation can only be carried out if you have the backup file saved as meter bck 3 Update meter database allows you to update the RTU database This operation can only be carried out if you have the update file yi Backup Restore Configurati T nnn ne nn s System configuration bac
57. ition among e Max Value condition set according to the maximum value acquired by the data e Min Value condition set according to the minimum value acquired by the data e Out of range condition set according to the range acquired by the data e M bus status notify condition set according to the creation of a new event Always refer to the meter s documentation to activate this condition The next paragraphs will show in detail the parameters to configure the above sinapsi EQUOBOX Settings gt Events Select M Bus Device uud English v Ij Add New M Bus Event ID Device Description 1 Description 2 I 10485501 Common Areas Water HJ MERO Common reas tater St lose 01 System 5 23007029 Common Areas L3 Electricity i o2 Network uil 4 i 70480236 HCA Example Label 1 ACTIVE 03 Meters 10147856 HCA Receiver Label 1 NOT ACTIVE Ds Event 10168071 HCA Repeter Label 1 1 1 I I NOT E Export Data 00000033 Device Name Description 1 ACTIVE User Account 00000077 Device Name Description 1 ACTIVE d Select Event Max Value Min Value Out of range M Bus status notify Figure 43 Selecting an event SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 49 a 1 1 1 Condition set according to the maximum value acquired Select Maxi Value y 10485502 Common A
58. kup F i Configuration meter backup File to download 5N13250044 bck Restore configuration Figure 23 Creating a backup SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 29 a 12 Settings Network 12 1 General Setup This section is dedicated to the RTU network settings a EQUOBOX Settings gt Network XUL English v BH EE SS Network i MAC Address 00 50 c2 ee 38 6c Meters NET Enable DHCP T IP Address 192 168 1 183 i User Account i Gateway Address 192 168 1 1 i Netmask p552552550 i Primary DNS 6 8 8 8 i Secondary DNS 6 844 Es AAA EMME AAA J pyright 2013 Sina p I Figure 24 Network settings The fields to be filled out are e MAC Address shows the RTU s MAC Address e Enable DHCP select if you want to use the DHCP protocol e P Address sets the machine s static LAN address e Gateway address sets the address of the LAN Gateway e Network Mask sets the LAN subnet mask e Primary DNS sets the primary DNS address e Secondary DNS sets the secondary DNS address Pay particular attention to additions changes Always ask the company or domestic network administrator for information on the LAN class and on the data for a correct configuration SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604
59. lready been set for every single meter For more information refer to Chapter 15 2 Lower threshold select the lower alarm threshold The value can be both positive or negative Upper threshold select the upper alarm threshold The value can be both positive or negative Dead band enter the value for which the condition does not occur This feature allows the system to react with a certain delay to the actions to be taken based on the values measured beforehand Figure 49 Dead band Event closure notification sends an email notification whenever an event is closed Output 1 when an event occurs you can enable an operation according to the device connected to Output 1 such as o Open commands to open o Close commands to close o Pulse generates a pulse Output 2 when an event occurs you can enable an operation according to the device connected to Output 2 such as o Open commands to open o Close commands to close o Pulse generates a pulse Add to Log stores the alarm in the meter s log Send Email sends an email notification in the event of an alarm Ref Chapter 5 4 8 4 Save Press Save to save the configuration SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 52 SA 1 1 4 Condition set according to the M Bus status Select the M Bus status notify item 70480236 HCA Example _1r _ _ _
60. me Device Name Description 1 Label 1 Description 2 Label 2 Date Install 30 01 2014 mE ital Scan interval 60 min iz Primary Address 157 ia Baudrate 2400 bps v Request By Primary Address v ID Device 6090674 Manufacturer Code TA Medium IHeat outlet Version Hex 104 al Device Name indicates the name of the device Description 1 add a first description to identify the meter Description 2 add a first description to identify the meter Installation date indicates when the meter was installed This is set automatically upon saving the meter as described in the previous chapter Readout interval interval with which readouts are performed 15 minutes 1 hour 6 hours 12 hours 1 day Refer to Chapter 13 Primary Address indicates the address of the meter The addresses can range between 1 and 250 not modifiable Baudrate Indicates the speed with which the meter communicates with the RTU Check the meter manual to verify the communication speed Request by allows you to perform a readout by primary or secondary address ID device indicates the serial number of the selected meter not modifiable Manufacturer Code indicates the manufacturer s name in the event that the meter in the database is identified by the RTU not modifiable Measured value indicates the type of value read by the meter not modifiable Version HEX indicates the version of the meter not modifiable SINAPSI S R L Via delle querce
61. mped properly and connected to Eth1 or Eth2 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 10 a 5 3 Serial connection to the LC Before connecting the device to the LC SIN EQLC1 ensure that the latter is installed correctly according to the instructions in the installation manual Connect the RTU to the LC as shown in the figure LEVEL CONVERTER M BUS CONNECTION SIN EQLCT Maximum length of the cable 12 m ETH Poe m m i a a 5 n A B A B C ETH2 SIN EQLC1 Figure 4 Type of connection If the serial connection to the LC is correct the TX LED on the front of the LC will start blinking in synch with every communication with the M Bus devices connected to it 5 4 Connection to a local PC via Ethernet LAN The device is equipped with two Ethernet ports ETH1 and ETH2 to connect it to a PC either connected to a LAN network or directly via an Ethernet cable LEVEL CONVERTER M BUS CONNECTION SIN EQLCT Maximum length of the cable 12 m ETH FoE uL a Gi 4 B A BC ETH2 SIN EQLC1 Figure 5 LAN connection To connect the device directly or via the LAN network of a PC follow the instructions below e Use a standard T568A or T568B Ethernet cable straight through or crossover to connect the ETH1 or ETH2 port of the RTU to the Ethernet port of the computer or to an existing LAN socket
62. nfiguration Here you can change the details of your telephone provider by entering the type connection APN contact your provider s customer service to know the APN of the SIM login method username and password You can also enter the PIN but we recommend inserting a SIM that has this code disabled For every operation remember to select Save at the bottom right of every configuration page The screen below shows the LAN submenu which is also part of the Network section Figure 66 TE LTONIKA Status Network Services System Logout Common Configuration General Setup Advanced Settings Protocol Static address v IPy4 address 192 168 1 1 IPy4 netmask 255 255 255 0 v IPv4 gateway IPv4 broadcast Use custom DNS servers ui IP Aliases This section contains no values yet Add DHCP Server General Setup Advanced Settings Disable CJ Stat 100 Limit 150 Leasetime 12h Expiry time of leased addresses minimum is 2 Minutes 2m Figure 66 Common Configuration Here you can change the IP address of the Router and if necessary enable the DHCP function Should a wireless configuration be required access the Wireless area from the Network menu Figure 67 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 66 a GS TELTONIKA status Network Services System Logout Wireless Access Point
63. nge the password to access the RECOMMENDED webserver 7 SELECTING THE LANGUAGE You can select the language directly from the RTU or via the Web In the former case upon entering the password in the main menus such as RTU INFO METERS SEARCH and SETTINGS all you have to do is press the arrows or to change the language The available languages are English and Italian Refer to Chapter 11 1 for instructions to change the language via the Web SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 17 a 8 BUTTONS AND DISPLAY 8 1 Button description The RTU is equipped with 6 navigation buttons which allow browsing through the menus on the display The functions of the buttons may change according to the context of the displayed menu in general we can summarise them as follows 8 2 Button to confirm field and value changes Button to access the submenus Button to cancel field and value changes Button to exit the submenus Left for main menu data cursor Right for main menu data cursor UP To scroll pages up Change add letters from A to Z or numbers from 0 to 9 Changes the language between Italian and English in the RTU INFO METERS SEARCH and SETTINGS menus Down To scroll pages down Change add letters from A to Z or numbers from 0 to 9 Changes the language between Italian and English in
64. o SINAPSI S r l Via delle querce 11 13 06083 Bastia Umbra PG Italy T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it EQUOBOX RTU M BUS User Guide Rev 0 0 3 1 Vietata la riproduzione o la divulgazione di questo documento senza autorizzazione scritta della SINAPSI S r l This document must not be copied or disclosed without written permission from SINAPSI S r l TABLE OF CONTENTS 1 INTRODUCTION ii ii D 13 Purno core do CUR er tata 5 1 2 COMES TIE or the paco ee 5 2 RTU TECHNICAL DATA sian aa ra 5 de REUGAPPEARANCE ira EE ARIA I AI 5 3 1 Description of the RIU ai 5 3 2 A o A AE O A EEEE EATE 6 A GENERALINFORMATION ON THE SYSTEM priori iaia rire nia ail asa 7 4 1 Bia deu is INO T m 7 4 2 UE VS COM ica 7 4 3 PCS SSNS td o dr da ePi ese EU I Pie DNE PNE 8 4 4 Sizing tHe ME BUSSUSL iii 8 4 5 BUS signal specifications for SIN EQLC1 nennen enne nennen nennen 9 So INSTALLATION isis Hr IER n 10 5 1 Mechanical ASS zin Rol Rm 10 5 2 Electrica ista lat NETT 10 5 3 Seridlconnecton TO CEEC RR TR 11 5 4 Connection to a local PC via Ethernet LAN iii 11 5 5 Connection to a GPRS UMTS modem router ie 12 5 6 Connecting the digital inputs to voltage free Contacts 13 5 7 Connecting the digital inputs to positive voltage contacts cccooncccnnnccnnnannnnnnaninnannnonannnonacnnnarinonnnss 13 5 8 Connecting the digital inpu
65. om your pc Y 3 Meters System Date 30 01 2014 El System Clock 4 Event i Synchronize Export Data i User Account LCD Password System Restart System Network CGE Reset to factory default Copyright 2013 Sinapsi s r l Figure 21 System settings The System Settings screen has two sections 1 Date and Time choose between the manual and automatic setting for the date and time synchronising them with your PC 2 System configuration e LCD Password allows changing the password to access the controls on the device display The default password is 000000 e System Resart allows you to restart the RTU e Reset to factory default allows you to initialise the device according to the default settings 11 3 Maintenance This page allows you to update and or restore the RTU er EQUOBOX ILLUM English v IB Settings gt System Le SS fs Software Management i Firmare Revision RTU 2 09 04 9 14 Network i Web Interface Revision 2 08 04 Met i EN Upgrade eters i SW FW Update 2 El Upgrade Lucii E Sasi d E i System 4 Event Export Data Device updated to the latest version available User Account n Backup Restore Configuration UI EU ER ROR L4 System configuration backup Configuration meter backup Backup Create Restore configuration Restore Update meters database Select File M Em ae a zh
66. reas i Event Name Max Value Threshold Input condition Data Type Alarm Threshold Max Dead Band Notify end of event Volume Volume v 0 8 liters 0 BH liters Output condition Output1 Output2 Add to Log Send Email v v Y Figure 44 Completing the creation of an event The cells to be filled out are e Event Name enter the name of the event being created e Data Type select the type of meter data The data you can select are those that have already been set for every single meter For more information refer to Chapter 15 2 e Alarm threshold Max select an alarm threshold The value can be both positive or negative e Dead band enter the value for which the condition does not occur This feature allows the system to react with a certain delay to the actions to be taken based on the values measured beforehand Figure 45 Dead band e Event closure notification sends an email notification whenever an event is closed e Output 1 when an event occurs you can enable an operation according to the device connected to Output 1 such as o Open commands to open o Close commands to close o Pulse generates a pulse e Output 2 when an event occurs you can enable an operation according to the device connected to Output 2 such as o Open commands to open o Close commands to close o Pulse generates a pulse
67. ress Current Address 107 Current Baudrate 2400bps Total device fou nd 2 New device found 0 Serial Num Description Search M Bus Device 10485501 Common Are os Secondary address search in progress Current Address 06121XXX XXXXXXXX Current Baudrate 2400bps 10485507 Common Are Total device found 4 New device found 4 Serial Num Description 1 Description 2 10485501 Device Name Label 1 10485502 Device Name Label 1 Figure 36 Searching devices At the end of the search you can select the meters found SeebFigure 37 Search M Bus Device o amp easet Fincahed Total device log 2 New demes Found 0 Serial lun De gzriptiam 1 Dencriptiun 2 CECT cmm e LER LT Common drag Uni V in er Device Maro Device Nama Manufacturer Siemens Description t Latet Model 2WRE Description 2 LES z an inima 50 mn ID Device SA Marrfacnarer Code LUG Liber a i Crue Notaio Hae e Figure 37 Saving the meters The following data will always be shown for every meter found e Serial number shows the serial number of the selected meter e Description 1 description of the meter e Description 2 description of the meter You can fill out the first four fields such as SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it
68. sitech it A 58 a e None no planning enabled e Daily enables daily planning at midnight of the current day e Monthly enables monthly planning at midnight of the last day of the month e Two monthly enables bimonthly planning at midnight of the last day of the two month period e Three monthly enables quarterly planning at midnight of the last day of the three month period e Four monthly enables four monthly planning at midnight of the last day of the four month period e Six monthly enables semi annual planning at midnight of the last day of the six month period e Annual enables annual planning at midnight of the last day of the year e XLS report format select if you wish to export the report to an XLS file e CSV report format select if you wish to export the report to an CSV file 2 FTP file transfer File Transfer Protocol vi Send Report to FIP Server SRO I enn arin Cn e ee e e 1 OE _ _ 11_ _ __1 rr One ne anre none rr E Enable FTP push e FTP Server address 5001 snpds com Username labrtu Password j Figure 58 FTP Activation e Enable FTP push select if you want to enable the FTP service e FTP server address enter the address of the FTP server e Username enter the username to access the FTP server e Password enter the password to access the FTP server Press Save to save the configuration SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011
69. t 2013 Sinapsi s r l Figure 60 Account configuration SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 61 a 19 Plant status This section allows you to view the plant status The items that can be selected are e Devices e Event summary 19 1 Devices Md EQUOBOX dll Engish v B mm EN need event View p Genera nforms ti 1s MA Ssttings Export osta i System clock 22 01 14 18 20 i Firmare Revision RTU 2 05 01 3 14 Usar Account i Web Interface Revision 2 02 0 i Serial Nuber SN13250044 i Internet connection Check in progress wait i Last Public IP 31 185 23 20 i Input Output i Input 1 Input 2 Input 3 i i Output 1 Output 2 i ka 16435501 PedPuls M2 Common Areas Water 10455522 PadPuts M Common Areas Hot Water Volums tters Figure 61 Plant status The Devices screen is divided into 1 General status e System clock shows the current date and time of the RTU e RTU Firmware Version shows the firmware version e Web Interface Version shows the web interface version e Serial number shows the serial number of the machine e Internet connection shows the Internet connection status e Last public IP shows the public address acquired by the RTU 2 Inputs Outputs Inputs shows the
70. te the File Transfer Protocol FTP to transfer the data to an external server 2 EQUOBOX ls E Device Name Description Planning 10485501 Common Areas Water none 10485502 Common Areas Hot Water Create Report monthly 23007029 Common Areas L3 Electricity two montiny three monthly LEE HE four monthly 70480236 HCA Example Label 1 ix monthly Repository pem zz in 4 Lye x 10147858 HCA Receiver Label wy Y User Account 10188071 HCA Repeter Label 1 daily v 00000033 Device Name Description 1 none v 00000077 Device Name Description 1 none v i E XLS Format CSV Format i Enable FTP push Y i FTP Server address ks001 snpds com i Username fabriu Password ee Figure 56 Planning Planning refers to every single device and the document that will be created can always be viewed in the Report Archive section See Chapter 17 5 To set the planning of a device select Serial Num Device Name Description Planning 10485501 Common Areas Water 104855072 Common Areas Hot Water 23007028 Common Areas L3 Electricity TO48QZ 38 HCA Example Label 7 10147858 HOA Receiver Label 1 10158071 HOA Repeter Label 1 daily Y DIII Device Name Description 1 none T OOOO T Device Name Description 1 none Y Figure 57 Planning 1 Planning SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinap
71. tech it info sinapsitech it A 56 a 17 2 Example of RAW data in xls format A a n F J 7 H 1 Plant Mame Cond Malgrate 2 Address Viale Italia 20 23300 Lecco 3 Installer Mame EPS Energy Pro System s r l 4 Customer Mame EPS Energy Pro System s r l 5 Date Install 06 11 2013 6 Device ID Hame derice Descrip Deta 7 736460 Apt Floor 1L Heating WFN EE ad Date Energy k wh Absolute Energy kwh Increment Energy k wh Energy kWh 3 2012 2013 83753 7 63 2 0 5 10 736527 Apt Single 2 Heating WFN Zn Date Energy k wh Absolute Energy kWh Increment Energy k wh Energy kwh 12 20 12 2013 33715 1 0 54 0 13 136527 Apt Floor 1R Heating WFN 14 Date Energy k wh Absolute Energy kwh Increment Energy k wh Energy kWh 15 20 2 2013 5400 6 0 0 1 0 16 7136540 Attic Heating WFN T Date Energy k wh Absolute Energy kwh Increment Energy k wh Energy kWh 18 20 12 2013 55652 5 53 3 3 3 0 13 736540 Apt Single 1 Heating WFN 20 Date Energy Ewh Absolute Energy kwh Increment Energy k wh Energy kWh EIS 20 2 2013 67042 9 35 2 0 5 0 22 736541 Apt Floor 2 Heating WFN 23 Date Energy Ewh Absolute Energy kwh Increment Energy k wh Energy kWh 24 20 2 2013 51272 3 315 0 6 0 25 5533575 Thermal Pwr St Heating UHSO Energy Ewh Absolute Energy kwh Increment Volume m3 Volume m3 Increment 26 Date Value Value Absolute Yalue Value er 2012 2013 30260 1 2446 22 0 37 28 616233 A
72. the RTU INFO METERS SEARCH and SETTINGS menus Display The RTU is equipped with a 96x128 pixel resolution OLED display 16 level greyscale which allows the consultation of the readouts and basic settings of the RTU To minimise electricity consumption the display turns off automatically after 10 minutes of inactivity To turn it on again simply press one of the navigation buttons 8 3 Display Main menu To access the main menu when the display is off press any button and the screen to enter the LCD password will be displayed Enter the password default 000000 using the UP and DOWN buttons to set the number between 0 and 9 on the position indicated by the blinking cursor press OK to confirm the current position and proceed to the next one until all the six numbers are entered qb Default Password AW ae 000000 ua P DI Dd Figure 11 Display navigation SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 18 SAR If you enter the correct password the main menu consisting of 4 pages will be displayed RTU INFO summarises all the information pertaining to the RTU see Par 6 4 METERS shows the list of all the meters and allows access to the readout see Par 6 5 SEARCH starts searching the meters according to the last settings saved see Par 6 6 SETTINGS allows access to the settings
73. ther you want to open the file will appear automatically Press YES to open the file Moore ET i Il formato del file che si sta cercando di aprire LOG 1 XLS e diverso da quello specificato dall estensione del file Prima di aprire il file verificare che non sia danneggiato e che provenga da una fonte attendibile Aprire il file ora ee mi SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 60 a 18 Account Data The Account Data section allows you to change the data to access the webserver account You can use two types of account admin and user The user account only allows you to view the data contained in the RTU The admin account allows you to view and change all the data contained in the RTU The default access data for the User are e Username user e Password user e Re type password user e Press Save to save the configuration The default access data for the Admin user are e Username admin e Password admin e Re type password admin e Press Save to save the configuration 2 EQUOBOX uS English v ls User Configuration This page allows you to change the system default password admin Enter the new settings for the board below Username ser i Password eM i Re type password Ee laci SUO ee Username Bdmn Password be Re type password be Copyrigh
74. tire day The RTU manages five sampling periods which are 15 minutes 96 samples 1 hour 24 samples Figure 29 6 hours gt 4 samples 12 hours gt 2 samples 1 day 1 sample Sampling 5 O O O m e e O oO 9 o E N v 5 c bb 2 Time axis Figure 29 Sampling The samples stored in the RTU according to the sampling frequency are defined as RAW samples RAW samples will always refer to the consulted day and you can store up to 96 samples for every day of the year for 250 devices The samples of the previous year will be cyclically deleted from the RTU mass memory Ref Chapter 17 1 Pay special attention to the documentation of the devices before configuring the RTU sampling frequency If the sampling value is too high it can cause e no response from the devices in the field following the exhaustion of the possible responses from the unit e early device battery depletion compared to that declared in the datasheet SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 34 a 14 Defining summary data The definition of Summary Data generated by the RTU is described in Figure 29 The RTU manages four types of summary data for up to 10 years for 250 devices Regardless of the choice of the summary data during configuration the RTU will generate all four summary values 15 2
75. ts to negative voltage contacts ooocccnnncnnnnannnnnnannnnannnonacnnonacnnnaninonanos 14 5 9 Digital output confe Ct OM es eeeoiu ivre rnpEo EE pei Ead vE gto Phe Sgev P Or Des d ut Sri bin S E IP S Cem M ET HIST tos 15 5 SOU isi cm 16 ds SELECTING THE LANGUAGE aa 17 B BUTTONS AND DISPLAY siue da reo 18 8 1 meo leo e gica ela APA PA Po 18 8 2 DS DG ri 18 8 3 Do SEIT IM ina 18 8 4 Bici qM A On 19 8 5 Display METER eee ne ae nr ne ae re eee eer er ee eee 20 8 6 Displays SETTINGS LEE 22 8 7 Dis pay METER SEARCH iaia aria adi 23 De CONNECTING THER LU TO THE PC in 24 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 2 N 10 HOME ir 25 11 SCHINSSSS aisi 27 T1 PUAN DINE e 27 iZ SVStem Sete Snai 28 TES PS AE 28 12 Settines NO OLI eee E E oa 30 df E Bd AA e e e O A e E eee 30 122 ACI 31 P TSE UD 32 124 DIMON Saa 33 13 Data DE capi dnd mE 34 13 1 Defining sampling frequency and RAW data i 34 14 DE NIC summer 35 14 1 Summary Da er I m t 35 14 2 Summary Data ConsutmpUlOoD astisrseebnu pg ied aiar 36 14 3 SUMMA Data Vl aX UM tament canarini 36 144 Summary Data MIDI Winrar 37 15 DOs DEVICE Sanitario ear 38 DS LL SEGRE SE nia 38 A O EN 42 16 self 47 lol A 47 i62 MEDU EVEN
76. ttic Cold AEW as H Date Volume liters Yolume liters 30 20 12 2013 0 ee 616233 Attic Hot Water AEW 32 Date Yolume literz Volume liters 33 20 12 2013 o 34 616233 Apt Floor 2 Cold AEW 35 Date Volume liters Volume liters 36 20 12 2013 62510 o 3T 516233 AptFloor2 Hot Water AEW 38 Date Volume liters Volume liters _33 20 12 2013 266410 20 40 616233 Apt Floor IL Cold AEW 04 Date Volume liters Volume liters 42 20 12 2013 160330 0 43 516233 AptFloor 1L Hot Water AEW 44 Date Volume liters Volume liters 45 2012 2013 0 Figure 54 Exporting RAW data in xls format e 17 3 Example of Summary data in xls and csv format irm Ll I E a a a I i Frisia a om corra Pn mom Tm A i L ala e en e I db dE CIL E a y Lg L Figo le Pi Pili y id ds Lii Es Ld VIUA l m i ENDE p ce i fue mi n da a de qu Et Ar EN n m EM u EE rrr I mi LT m m A aa ELA uk E LE a m Dg irl d uns WE 3 al B M E ere i m n as ail som n Thu umm rmi im al ai Ll ie oe mica iii mi n al LEE Ba E LI TE vta mi m ia a RICA IS EL a n H 3 ar a dhia arts aar Me Di Geel Pee T es Cod ll rada El DM Ees EF SG Cee ST rara IIA a a La ili bad 3 d Bau Darts M ii Da BH k Care i ip ii e i TE C Es Aga Fic iag n W Uia o his nF DO i vr DIR pas 01 06 e na inihi El t x s lr peu l e Voli epi desee EE cim gn Fassi NM Guri binih ud 1 gu a I 2 E La z n a 3 1 H E falli Ta
77. vices in the event that the RTU IP address has not been changed as shown in Chapter 5 4 8 4 In order for the RTU and PC to communicate the two devices must have an IP address within the same subnet The default RTU network settings are e P address 110 e Netmask e P allocation Static In order for the computer to communicate with the RTU via Ethernet the IP address of the computer s network adapter must be set as follows e IP address XXX With XXX being a number ranging between 1 and 254 and different than 110 e Netmask e Pallocation Static To change the IP address of your computer network adapter refer to its Operating System user guide In the event that the PC and the RTU are connected via an existing LAN company or domestic network make sure not to allocate the IP address of the RTU or of the PC In the event that the default IP address of the RTU has been changed you can consult the current IP address as described in Chapters 5 4 8 4 SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 24 a 10 Homepage Connect the device as shown in Figure 17 and type in the address 192 168 1 110 in your browser Authentication Required The server http 192 168 1 182 80 requires a username and password The server says EQUOBOX User Name admin Log In Cancel Figure 18 Login The data
78. web browser such as Chrome Safari Firefox We recommend Google Chrome SINAPSI S R L Via delle querce 11 13 06083 BASTIA UMBRA PG ITALY T 39 075 8011604 F 39 075 8014602 www sinapsitech it info sinapsitech it A 16 SA e Type in the RTU s IP address indicated on the display in the address bar as described in Chapter 4 4 e g 192 168 1 110 and press Enter 5 To ensure easy consultation of the consumption through the reports or on the RTU display the user should assign at least a Device Name to identify a meter with its Meter name utility for example Apartment 1 or Apartment 12 allocation RECOMMENDED e See Chapter 15 allocate the name and add the description of the meters 6 The plant database includes information on the property and location of the plant These are shown in the heading of the reports generated by the datalogger Plant Database e See Chapter 11 to set the plant database RECOMMENDED 7 To allow the datalogger to notify reports events or anomalies errors in a plant we recommend setting the Email section carefully Email settings e See Chapter 12 3 for the email settings RECOMMENDED 8 Before completing the commissioning stage we highly recommend changing the default password to access the display and webserver Display Webserver e See Chapter 18 for instructions to change the password to access the display password changes HIGHLY e See Chapter 18 for instructions to cha

EQUOBOX RTU User Guide EQUOBOX RTU-M-BUS

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