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RADIOMODEM & RTU D5 Series

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1. User Guide Rev 04 July 201 5 WIRELESS Installation Mechanical The device must be installed in a location that is sufficiently ventilated so that there is no risk of internal heating Place the device against a flat firm and stable surface It is not recommendable to install the radio modem on a strongly vibrating surface Suitable dampening and or isolation materials should be used in cases where the installation surface will be subjected to vibration Electrical wiring To prevent damage both the radio modem and any terminal devices must always be switched OFF before connecting or disconnecting the serial connection cable It should be ascertained that different devices used have the same ground potential Before connecting any power cables the output voltage of the power supply should be checked The product has no disconnecting device An external disconnecting device must be installed This must be close to the equipment To by supplied by class II LPS certified AC DC adaptor In case of external power supply 9 32VDC operated not connect any battery In case of battery operated must not be inverted power polarity not protect input Made in Italy Ill comettore JP www erewireless com D5 RADIOMODEM amp RTU oO o oc INPUTS o OU o 9 9 9 O O Oo oo d n 12 13 14 o 02 Power Supply External 9 32VDC 1 5A Battery 3 3 4 8VDC 3 3A EN LED CFG RST ON EN AIR cR ERE Srl Via Erm
2. The value of the RSSI is in the format 16 bit signed integer and has a resolution of 0 0625 dbm Divide the RSSI value by 16 to obtain the result with a step of 1 dbm The value of the battery voltage is in the format 16 bit unsigned integer The formula used to derive the supply voltage in volts is the following read value 0 0048828125 The diagnostic request bit 3 of the byte flag set excludes the normal data exchange 33
3. the exact use of which differs from one region and or country to another The user of a radio modem must take care that the device is not operated without the permission of the local authorities on frequencies other than those specifically reserved and intended for use without a specific permit ERE D5 Series are allowed to be used in the following countries with E R P and duty cycle limitation either on licence free channels or on channels where the operation requires a licence More detailed information is available at the local frequency management authority D5 Series User Guide Rev 04 July 201 5 IR WIRELE Un Allowed use according to ERC Recommendation 70 03 Model Frequency Annex E R P DutyCycle Country Country with MHz 0 e allowed restriction of use 169 400 o AUT BEL BUL TO 510 169 475 lel lt 500 mW lt 1 CECY DNE GEO RUS UKR BLR 169 400 o EST FIN F D HOL GEO RUS 510 169 475 2b 500 mW 10 96 HRV GRC BLR UKR HNG ISL IRL I 863 000 GRC NOR SVN E S LUX MLT 868 000 HOL NOR 540 lgl x25 mW 1 96 GEO RUS BLR UKR 868 600 POL POR 868 700 S ROU SVK 540 869 200 igl 225mW 019 uge GEO BLR UKR G AND ALB 869 400 540 869 650 1gl 3 lt 500mW lt 10 AZE BIH BLR GEO RUS BLR UKR GEO MDA 869 700 MR 540 870 000 1gl 4 5 0 mW lt 100 RUS SRB TUR GEO RUS BLR UKR UKR NOTE Before to
4. transmission on the less noisy channel among the active channels you can select more than one radio channel The maximum number of active channels is dependent on the canalization setting It is mandatory that in the same network all the radiomodems use the same radio channels In the modbus standard mode you can enable the LBT feature the radiomodem waits that the active channel is free before transmitting the radio packet It is advisable to use this feature together with the agility in order to minimize the waiting time of transmissions AES Enable Enable or disable the AES 128 data encryption In the transmitted packet the encoding and decoding is done on the payload only Set AES Key By pressing this button a window opens where the value of the 128 bit AES key is set The user must insert 16 ascii characters The configurator displays an error message if upon pressing the OK button the string of the AES key is incomplete i e less than 16 characters are inserted Note If the AES is used all the radiomodems in the same network must use the same AES key If the key setting is not the same the data transiting on the serial line are not interpretable by the connected hardware Modbus register Read of digital input Use Modbus command Read discrete inputs 0x02 The address are Digital input 1 Address 0 Digital input 2 Address 1 Digital input 3 Address 2 Digital input 4 Address 3 Read of digital outp
5. D 13 Amntennd ou M 14 EpnIMUEcuumee R 15 System requirements du oov D M RT C TEC TE ATE FE EATER EAE AER Rd 15 Configuration by USB port with C200 800E DC485USB converter 15 Function of the Buttons common to all modes sse 15 MIRROR MODE irisaren atia o rated y GAF FF DN FD Y WY GOD 16 MODBUS LOW ENERGY iesu I iaaa eege dr a regrette 19 MODUBUS i os chee dd cers Ed HF Dn ANY DD ANG Penn de 23 RADIOMODEM 5 nane ngu RR YAA GG Uu 28 LINK TES EE 32 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Disclaimer All rights to this manual are owned solely by ERE Srl referred to in this user guide as ERE All rights reserved The copying of this manual without the written permission from the owner by printing copying recording or by any other means or the full or partial translation of the manual to any other language including all programming languages using any electrical mechanical magnetic optical manual or other methods or devices is forbidden ERE reserves the right to change the technical specifications or functions of its products or to discontinue the manufacture of any of its products or to discontinue the support of any of its products without any written announcement and urges its customers to ensure that the information at their disposal is valid ERE software and programs are del
6. Receiver sensitivity lt 105 3 dBm RFuop Modulation mode F 1D CH Channels spacing 12 5 25 50 kHz BR Radio Baud Rate on radio channel 4 800 9 600 19 200 bps Zio ant Antenna impedance 500 Vast Low Low level Reset input lt 0 90 Vdc Vast HIGH High level Reset input 2 10 Vdc last Low Low level Reset input current lt 115 pA trst Low Minimum time to hold down for Reset input gt 1 msec Veonric Low Low level Config input lt 0 60 Vdc Veonric HIGH High level Config input gt 2 40 Vdc Iconric tow Low level Config input current lt 115 pA tconric Low Minimum time to hold down the Config input gt 5 secondi Voice Low Low level digital inputs lt 0 60 Vdc Voicawe HIGH High level digital inputs gt 2 40 Vdc picis Low Low level digital inputs current lt 2 8 pA tocne T Minimum time to hold low high the digital inputs gt 85 750 msec Vent Low Low level counter input lt 0 90 Vdc Vent nich High level counter input gt 2 10 Vdc cnt Low Low level counter input current 2 50 pA Tonal T Minimum time to hold low high for counter input gt 20 47 msec Fmax eura Max frequency on counter input lt 10Hz lae LINES Max current out at RS 485 serial port 60 mA BR DTE Baud Rate RS 485 serial port 1 200 57 600 bps Naam Min max voltage on analog outputs 8 5 32 0 Vdc lo an our Range of current on analog outputs 0 20 mA NAWN Voltage range at the analog inputs 0 3 50 Vdc Zi anne Analog input resistence 173 5 1
7. declare under our sole responsibility that the following equipment i Product description Intended use 9 MHz and 868 MHz Radiomodem and RTU EU all members EFTA all members EU EFTA member states intended for use Brand name is tested to and conforms with the essential reguirements for protection of health and the safety of the user and any other person and Electromagnetic Compatibility as included in following standards Art of Directive Date of issue of the standard 3 1 a Health and is tested to and conforms with the essential radio test suites so that it effectively uses the frequency spectrum allocated to terrestrial space radio communication and orbital resources so to as to avoid harmful interference as included in following standards Date of issue of the standard and therefore complies with the essential requirements and provisions of Art 3 3 too where applicable of the Directive 1999 5 EC of the European Parliament and of the council of March 9 1999 on Radio equipment and Telecommunications Terminal Equipmepr and the mutual recognition of their conformity and with the provisions of Annex ll D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Warranty Liability of the Product Supplier represents and warrants that products are manufactured in accordance with the applicable specifications and are free from defects in materials
8. example 105 110 dBm may create communication problems The saturation of the measured RSSI restricts the maximum value indicated approximately to 47 dBm 3dBm signals of greater intensity return the same indication Note If in the radio link one or more digipeater units are used the level of the RSSI is always referred to the last received signal of the radio stations chain Example with four units present in the network Master A first digipeater B second digipeater C slave D the RSSI read from the slave D is referred to the reception of the digipeater C while the RSSI read from the master A is referred to the reception of the digipeater B If you wish to use the readings of diagnostic RSSI and VBatt outside the configurator the communication with the radiomodem must use the serial data format 9600 N 8 1 The radiomodem send the following hex string System code one byte Flag options one byte value 0x08 quantity of addresses one byte digipeater addresses from 0 to 8 bytes target address one byte one character one byte Example 0x01 0x08 0x01 0x01 0x55 This example uses the system code 1 with only one address the target 1 The last character here 0x55 can be of any other value The radio modem returns a string consisting of six bytes Remote RSSI two bytes VBatt remote two bytes local RSSI two bytes For each pair the first byte received is always the least significant byte
9. the Supplier at no costs to the Buyer The Buyer will pay all the shipping costs for the product repaired or replaced and sent back to the Buyer The Buyer will bear all costs related to disassembly assembling and transportation of the product and any damage caused by the machinery inactivity Supplier shall indemnify Buyer against any liability of the products claims asserted by third parties relating to damages sustained as a result of a defective products In such case Supplier shall reimburse Buyer exclusively within the limits terms and conditions of the products liability insurance policy held by Supplier Buyer shall not make any oral or written representations which vary from the specifications operating instructions labels or representations given or made by Supplier with respect to the products If any liability is incurred because of such varying representations Buyer holds Supplier harmless with respect to any such representations In no event shall Supplier be liable for any indirect incidental exemplary or consequential damages including without limitation any claim for damages based on lost revenues or profits however caused In no event shall the Supplier be liable for any costs or damages arising from any act or omission of Buyer including without limitation relating to the modification handling storage and marketing of Products by Buyer or to Buyer s failure to provide its employees agents and customers or othe
10. to choose a medium or low power level Channel selection Agility LBT In this box you choose the radio channel to be used If you want to use the agility feature transmission on the less noisy channel among the active channels you can select more than one radio channel The maximum number of active channels is dependent on the canalization setting It is mandatory that in the same network all the radiomodems use the same radio channels In Modbus Low Energy mode the LBT function cannot be activated AES Enable Enable or disable the AES 128 data encryption In the transmitted packet the encoding and decoding is done on the payload only 22 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Set AES Key By pressing this button a window opens where the value of the 128 bit AES key is set The user must insert 16 ascii character The configurator displays an error message if upon pressing the OK button the string of the AES key is incomplete i e less than 16 characters are inserted Note If the AES is used all the radiomodems in the same network except digipeater must use the same AES key If the key setting is not the same the data transiting on the serial line are not interpretable by the connected SCADA software MODUBUS This mode of operation provides one Master unit star centre and one or more slave units The Master unit must be connected via the RS485 interface to a PC or PL
11. 50 Viisv our Voltage 18 Vdc output 18 0 0 1 Vdc s1svour Max current at 18 Vdc output 200 mAdc NOTE Pull up current D5 Series E User Guide Rev 04 July 2015 WIRELE wm wn WARNING Exceed the maximum operating value below continuos and or temporary can damage the device Maximum operating data Label Description Value Vstxn Max power supply voltage 32 Vdc Maat Max battery voltage 5 Vdc V oc Digital inputs max DC voltage on 12 Vdc V oc Digital inputs max peak voltage 32 Vdc V aam Shutdown input max DC voltage 32 Vdc V sHoN Shutdown input max peak voltage 32 Vdc V coupe CONFIG and RESET inputs max DC voltage 12 Vdc Ve coupe CONFIG and RESET inputs max peak voltage 32 Vdc V picour Digital outputs max voltage 32 Vdc 32 Vac Vins pic our Digital outputs max voltage referred to ground 32 Vdc 32 Vac V Awam Analog outputs max voltage 32 Vdc Vins An OUT Analog outputs max voltage referred to ground 32 Vdc 32 Vac V Au Analog inputs max voltage 5 Vdc V ANANP Analog inputs max peak voltage 10 Vdc V Rs485 Max peak voltage at the ports A B RS 485 32 Vdc losw Max output current available the pin 2 of JP1 2 6A lo sv Max current available at 18V aux outputs overall 260 mA lo an our Analog outputs max current 32 mA lo oe our Digital outputs max current Adc 700 mAac A L
12. C on which a SCADA application is running which uses the communication protocol Modbus RTU The SCADA application is the heart of the system and has the task to read and or write the parameters of the different nodes of the network using the Modbus protocol The Master radiomodem connected to the SCADA uses the radio link to transmit the packets received from the serial line The required addressing is realised by the use of an internal routing table To do this the Master radiomodem evaluates the first byte of the received modbus packet which in the Modbus protocol corresponds to the address of the node which you want to communicate with Each node address 1 to 254 may be associated with an independent radio path All radio modems in the network both Masters and Slaves must be configured with an unique address the Its address field The routing table is used to indicate the path of the packet radio in this way the packet arrives to the target radiomodem directly or via all the interested digipeaters In the routing table the node address number 255 is reserved for the broadcasting modbus packet In this case the Master radiomodem when it receives a packet with address zero packet broadcasting type from the SCADA application uses the node number 255 of the routing table to route properly the radio packet The broadcasting mode cannot be implemented if there is a radio modem unit that cannot communicate with all the other units of the ne
13. D5 Series R User Guide Rev 04 July 201 5 WIRELESS RADIOMODEM amp RTU D5 Series WWW erewirelesc com MANUALL IF SA amp RTU Mi a pa sch S oa pe RES D02 LED ON FG RE Srl Via Ermanno Ge 9 1 c A 1 E 4 1 1 A 8 N e d ul Ql A ERE SRL Via Ermanno Ge 9 11 27049 Stradella PV Phone 39 0385 48139 Fax 39 0385 40288 e mail info erewireless com website www erewireless com D5 Series R User Guide Rev 04 July 201 5 WIRELESS Table of contents Table OF contents tL TUI 2 MI GE VUE 3 Re IT ET Te ln dutem 3 d ge dl uie 3 Technical specificati E 5 Conformity CEClALACION mE 7 Warranty Liability Of the Product ccsssssscssscsssssssscessesssssccsssecsessesscsassessessessssaesessessecassassessssaseassneaess 9 Warnings and safety instructions eee eese esee ene ne teen tn rn enano thee tetra etna etn sns tn ene ss tns ne there teint 10 Disposal of waste by users in private households within the European Union 10 General ridge 11 JD CHEN IT ER EE 13 Mechanical ote eie t e HER IR di RETE Red Abin NEDD ten 13 Electrical Wir Bg ntn tetto m nde d t ee t aee il d e
14. ELESS Mirror Xl Low Energy xl j Radiomodem xl C C Node Supply 18 C Mast e C C Mast Master ot C C Slave Analog Supply 18V Master unit quantity En Output Analog Supply oe 1 Int Node Address C Ol C Ext Node Address Analog Supply 18V AES SE IU Leer T Ze C Sensor Stab Time 1 Starting Address OFF ON Cycle Update Quantity 0 ExnodebootTime Next Page Load Default SR Read Write Exit Slave Master Allows you to select the functionality of the radiomodem between Master and Slave The units configured as a slave never takes the initiative of the transmission Internal node address It is the address of the modbus node related to the internal peripherals of the radiomodem Set a non zero value if you want to use its internal peripherals Analog supply 18V This choice allows the activation of the 18V output made available on the radio modem connector The activation logic is also dependent on the use of the power save If the power save is disabled field PwSavOff 0 then the 18 volt output follows precisely the field Analog Supply 18V the 1 8V is always present vice versa if the option selected is ON it is always absent If the power save is used the OFF choice in the Analog Supply 18V keeps the 18V output always disabled vice versa if the option selected is ON the 18V output is present in a non continuous manner it depends on the value of the modbus address and on the ty
15. INES Max current out at the A B RS 485 200 mA T operata Operating temperature range 30 C 60 C T storace Storage temperature range 40 C 85 C NOTE Impulse time 100 millisecond With the equipment in sleep mode D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Conformity declaration English Hereby ERE S r l declares that this D5 SERIES is in compliance with the essential requirements and other relevant provisions of Directive 1999 5 EC Finnish ERE S r l vakuuttaa t ten etta D5 SERIES tyyppinen laite on direktiivin 1999 5 EY oleellisten vaatimusten ja sita koskevien direktiivin muiden ehtojen mukainen Dutch Hierbij verklaart ERE S r l dat het D5 SERIES in overeenstemming is met de essenti le eisen en de andere relevante bepalingen van richtlijn 1999 5 EG Bij deze verklaart ERE S r l dat deze D5 SERIES voldoet aan de essenti le eisen en aan de overige relevante bepalingen van Richtlijn 1999 5 EC French Par la pr sente ERE S r l d clare que l appareil D5 SERIES est conforme aux exigences essentielles et aux autres dispositions pertinentes de la directive 1999 5 CE Par la pr sente ERE S r l d clare que ce D5 SERIES est conforme aux exigences essentielles et aux autres dispositions de la directive 1999 5 CE qui lui sont applicables Swedish H rmed intygar ERE S r l att denna D5 SERIES st r verensst mmelse med de v sentliga egenskapskrav och vriga relevanta bestammel
16. Mid power 15 Time C High power View Routing Table Eds F Na a Minutes C Parity Odd C Hours r gx jr T Pulse Counter Power Save Relays to 10 Jus d Change EH PwSavOff x10 ms Open ast Diagnt r Ledlogic C Closed Led active by button C Low power C Led always enabled Channel Selection Agility LBT 169 40625 169 41875 16943125 16944375 169 45625 169 46875 Sou FL Ch2 Cn3 T Chn4 Ch5 Ch6 AES Encypion AES Enable 169 4125 169 4375 169 4625 169 4375 Ch E i r c E C LBT Set AES Key Read Write Load Default Exit Safety options frame Time sets the value of the safety timer whose time base is selectable between minutes and hours If the radio doesn t receive a valid packet within the selected time interval the two digital outputs relays are forced to a condition chosen in the field Relays to Open Closed This condition refers to the relay contacts of both two digital outputs To disable the functionality of the safety timer set the value of Time to zero Minute the value of Time is expressed in minutes Hours the value of Time is expressed in hours Relays to Open when the safety timer expires the relays contacts of the two digital outputs will be forced to open Relays to Closed when the safety timer expires the relays contacts of the two digital outputs will be forced to closed At the first radio reception of a modbus packet related to the digital ou
17. Output Analog Supply Ol C ON Ext Node Address Analog Supply 18V OFF C 5 tab Time Starting Address Cycle Update Quantity SEET s S Time Modbus Timeout Cycle Update Next Page Load Default as See Read write Exit D5 Series E d User Guide Rev 04 July 201 5 WIRELE Uu Uu Analog supply 18V Allows the enabling or disabling of the output 18 volt both for Master and Slave LinkTest Addressing Serial port Acknowledge RF Power WIRELESS 1 MsAddress 9600 BaudRate Acknowledge 2 roy 2 Terget Address No Parity 0 Repetition Number C Mid power 15 Time TT C Parity Even F Na High power Minutes C Parity Odd i C Hours Rx Address For Tx p muts r Power Save Relays to Address frc ITE 10 Time DTX Cha ye EN PwSavOff Open iv Broadcasting Diagnostic rLed logic C Low power e Closed Address To Dte Diagnostic enab Led active by button C Led always enabled Channel Selection Agility LET 169 40625 169 41875 169 43125 169 44375 169 45625 169 46875 AES Encrnion IV Chi Ch2 Ch3 Ch4 Ch5 Ch6 Mis AESEnable 169 4125 1694375 1694625 169 4375 Ch S Ch8 chi0 LBT Set AES Key Read Write Load Default Exit Safety options frame Time sets the value of the safety timer whose time base is selectable between minutes and hours If the radio doesn t receive a valid
18. P 1 Digital Input n 1 active low 5 DIG INP 2 Digital Input n 2 active low 6 j Ground GND 7 DIG INP 3 Digital Input n 3 active low 8 DIG INP 4 Digital Input n 4 active low 9 AN OUT 1 Analog Output n 1 negative 10 AN OUT 1 Analog Output n 1 positive 1 AN OUT 2 Analog Output n 2 negative 12 AN OUT 2 Analog Output n 2 positive 13 it Ground GND 14 AN INP 1 Analog Input n 1 15 18Vdc Out 18 VDC output 16 ii Ground GND 17 AN INP 2 Analog Input n 2 18 18Vdc Out 18 VDC output NOTE When the configuration input is connect to ground the device is ready for setting by configuration software through serial port Ground insulated Enabled by configuration software Antenna The device s antenna must be free and at least 10 cm away from any conducting material When the antenna is installed outside it is essential to connect the cable screen to the building s earth We recommend using lightning protection The protection kit chosen must permit the coaxial cable to be earthed eg coaxial lightning arrester with earthing of the cable at different places on the antenna at the base of pylons and at the entry or just before entering the premises 14 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Configuration Download from Ere web site www erewireless com the latest version of configuration software confSW D510 for D510 series operating
19. T Chd 163 46875 Ch6 169 4125 169 4375 169 4625 169 4375 u i ro Ch 10 E Read Write Load Default Safety options frame Time sets the value of the safety timer whose time base is selectable between minutes and hours If the radio doesn t receive a valid packet within the selected time interval the two digital outputs relays are forced to a condition chosen in the field Relays to Open Closed This condition refers to the relay contacts of both two digital outputs To disable the functionality of the safety timer set the value of Time to zero Minute the value of Time is expressed in minutes Hours the value of Time is expressed in hours Relays to Open when the safety timer expires the relays contacts of the two digital outputs will be forced to open Relays to Closed when the safety timer expires the relays contacts of the two digital outputs will be forced to closed At the first reception by the radio of a valid packet the condition of the two relays contacts assumes the same status as the two digital inputs of the remote unit Its address It is the value of the address of this radiomodem It is advisable to configure each radiomodem with a unique address Target address Contains the value of the destination address and must be equal to the address of the other unit Example Master unit Its address 1 Target address 2 Slave Unit Its address 2 Target address 1 It is evident that
20. alues of the two analog inputs 4 20mA of a unit are replicated respectively on two digital outputs and two analog outputs of a remote unit and vice versa In this operating mode data communication on the serial line is not allowed The mirror mode can only work between two radiomodem units point to point and can use digipeater up to 8 to extend the route of the radio link The initiative of the transmission is always taken from the master device and it is triggered by two different events 1 The change of the state of the digital inputs every input of the four available modes may trigger this event 2 The expiration of the timer dedicated to the periodic sending of the data cycle update On the Slave unit every time a packet is received the diagnostic parameters are sent over the serial line The sent parameters are 1 Status of four digital inputs and two digital outputs of the Master unit 2 Value in milliampere of two analog inputs and two analog outputs of the master unit 3 Value of the battery voltage of the Master unit 4 RSSI value related to the last packet received by the Master unit In the Slave unit it is also possible to read the diagnostic parameters at any time by sending the command at or AT to the serial port The radio modem will respond with the parameters described above adding to these the value of the elapsed time since the reception of the last packet transmitted by the Master 16 D5 Se
21. and workmanship The warranty valid for a period of 12 months of use maximum 18 months from the date of delivery shall not cover defects caused by accident Buyer s negligence improper use or maintenance or by any other reason beyond Supplier s control Buyer shall have 10 ten working days following receipt of products to inspect the products and to notify to Supplier in writing any defects or non compliance In the event that any shipment of products is not accepted by Buyer due to any non conformity with the specifications or as a result of a cause occurred prior to placement thereof with the carrier Buyer shall if so indicated in writing by the Supplier promptly return some samples or the full shipment that was rejected by Buyer at Buyer s costs Supplier at its own discretion shall within a reasonable period considering the entity of the complaint i send a replacement shipment of products conforming or ii credit Buyer a sum equal to the value of the defective or non conforming products This warranty overwrites all legal warranties for defects and compliance and exempts Supplier from any other responsibility for the supplied products in particular Buyer shall not be entitled to any requests for compensation or price reductions If one of the products sold by the Supplier to the Buyer is defective the Buyer will send it at its own expense at the headquarters of the Italian Supplier The product will be repaired or replaced by
22. anno Ge 9 11 27049 Stradella PV Connettore JP3 M Connettore JP1 e 8 qp 9 qp e e 9 qp 9 9 8 qp 9 DpepeDpeDpDeDpDeDOGDODO JP1 Connector PIN Label Description 1 See Manual To connect to PIN 2 only in case of 9 32 VDC power supply PIN 7 5 2 See Manual To connect to PIN 1 only in case of 9 32 VDC power supply PIN 7 5 3 ir Ground GND 4 Battery Battery power supply 3 3 4 8 VDC 5 ir Ground GND 13 D5 Series E 2 E User Guide Rev 04 July 2015 WIRELESS 6 SHDN Shutdown input active low 7 9 32 Vi External power supply 9 32 VDC 8 D O 2 Digital Output n 2 normally open NO 9 D O 2 Digital Output n 2 normally open NO 10 D O 1 Digital Output n 1 normally open NO 11 D O 1 Digital Output n 1 normally open NO 12 Reset Reset 13 18Vo 18 VDC output 14 B RS 485 line A 15 ir Ground GND 16 A RS 485 line B NOTE n case of external power supply 9 32VDC not connect any battery to PIN 4 3 In case of battery operated must not be inverted power polarity not protect input Enabled by configuration software JP3 Connector PIN Label Description 1 CONFIG Configuration input active low 2 Counter Inp Counter input max frequency 10 Hz 3 Jr Ground GND 4 DIG IN
23. at 169 MHz and confSW D540 for D540 series operating at 868 MHz The configuration must be done through a RS485 interface like ERE C200 800E or equivalent System requirements Operative system supported Windows 98 SE Windows ME Windows2000 Windows XP Windows Vista Windows 7 Windows 8 Minimum screen resolution 800 x 600 dpi Configuration by USB port with C200 800E DC485USB converter 1 Install the appropriate driver as explained in the user manual of the C200 800E DC485USB interface 2 Connect the interface C200 800E DC485USB to a personal computer by a USB cable with type A connector PC side and microUSB connector interface side 3 Go into the options menu of the configurator Options and select the serial port Serial port selector 4 Connect with a cable the signals Ground A and B of the C200 800E DC485USB interface to the respective signals of the radio modem 5 Power up the radio modem and enter configuration mode by holding down the CFG button for more than two seconds the LED becomes orange in colour 6 Read or Write the configuration by pressing the relative button on the configurator 7 At the end of the configuration switch off the radio modem or press the CFG button for more than two seconds to return to normal operating mode If you want to use another model of USB RS485 converter the configuration procedure remains unchanged In this case you need to install the driver of the converter tha
24. ctive and never takes the initiative of the transmission Node supply 18V Allows you to enable or disable the output 18 volts on the connector of the radiomodem If there is an external modbus node or if the analog inputs are used it is necessary to activate this field Note the 18 Volt output is enabled only during the acquisition periods of the parameters to be transmitted consequently the time this tension 1 8Volt is activated depends on the value entered in the field Ext Note Boot Time which defines the startup time of the external Modbus node or of the sensors connected to the radiomodem analog inputs Master unit quantity Defines the number of the Master radiomodems present in the network The allowed values range from 1 to 16 Ext node address In this field the address of the external modbus node is set which it must be identical to the address assigned to the modbus node device Starting address In this field the address of the first register to be read from the external node is set Quantity In this field the quantity of registers to be read from the external node max 96 registers is set 20 D5 Series E d User Guide Rev 04 July 201 5 WIRELE Ua ua Ext node boot time This is the interval of time required to the external modbus node to become ready after the switch on The radiomodem provides power to the external Modbus node 18 Volt only after a transmission trigger event See the related da
25. d the value of the digital and analog inputs is first acquired the external node if present is read then the radio modem sends the packet consisting of the collected data The slave device receives the packet controls it and if there are no errors it sends the data payload to the SCADA application via the RS485 interface At this point the SCADA software connected to the Slave radiomodem sends the response packet which is transmitted back to the Master unit At the end of the communication the Master unit returns in sleep mode waiting for a new transmission event 19 D5 Series R User Guide Rev 04 July 201 5 WIRELESS File Options Help Page Page a Gu CRE WIRELESS Mirror Xl i Modbus Standard Xl Radiomodem rd es COSS Node Supply 18 Sla Master OFF C ON Analog Supply 18V C Mast C Master CO oi 1 Master unit quantity Int Node Address Output Analog Supply C OFF C En Ext Node Address Analog Supply 18V 8 stab Time 0 SteringAddress d CycleUpdate 8 Quantity mm SEO 20 node sens S Time 30 Modbus Timeout OFF C 15 Cycle Update Next Page Load Default a enis Reed Write Exit ours Slave Master Allows you to select the functionality of the radiomodem between Master and Slave The unit configured as a Master uses the energy saving and transmits due to events The unit configured as a slave is always a
26. encryption In the transmitted packet the encoding and decoding is done on the payload only Set AES Key By pressing this button a window opens where the value of the 128 bit AES key is set The user must insert 16 ascii characters The configurator displays an error message if upon pressing the OK button the string of the AES key is incomplete i e less than 16 characters are inserted Note If the AES is used all the radiomodems in the same network must use the same AES key If the key setting is not the same the data transiting on the serial line are not interpretable by the connected hardware 31 D5 Series E d User Guide Rev 04 July 201 5 WIRELE Uu Loi LINK TEST The access to this page is only allowed if on the first page of the configurator the radiomodem modality is chosen On this page you can test the communication with the remote radiomodem valuate the quality of the radio signal and the level of the battery voltage on the selected units This feature is only allowed in radiomodem mode therefore the remote units reply to the link test packets only if they are configured in the same mode On the local unit the Link Test function is activated by switching on the radiomodem while holding down the CFG button The power on LED green confirms the entry into this operating mode by flashing twice the led The link test function is based on a packet with the echo flag active The DTE sends to the Ma
27. es No Yes Parity bit Yes Yes Yes Yes Yes No Yes DTX Time Yes Yes Yes Yes Yes No Yes Auxiliary LED I O Yes Yes Yes Yes Yes Yes Yes 18 Vdc ON OFF Yes Yes Yes Yes Yes Yes Yes Safety option Yes Yes Yes No No Yes Yes ND of rel selectable Yes Yes Yes No No Yes Yes 11 D5 Series User Guide Rev 04 July 201 5 WIRELES Input amp Output Yes Yes Yes Yes Yes Digital inputs n 2 No n 4 n 4 No n 2 n 2 ee Yes Yes Yes Yes Yes Digital outputs n 2 No n 2 n 2 No n 2 n 2 Counter input No Yes Yes No No No NO 5 Yes Yes Yes Yes Yes Analog inputs NO n 2 n 2 n 2 s n 2 n 2 Yes Yes Yes Yes Yes Analog outputs No n 2 n 2 n 2 No n 2 n 2 Data AES encrytption Yes Yes Yes Yes Yes No No Yes Yes i Yes 1 Yes 1 Yes 1 Routing Table route 203 ES route No route route route Broadcasting Yes No NO No No No NO Address from DTE Yes No No No No No No Address to DTE Yes No No No No No No Rx address for Tx Yes No No No No No No No active low active low Request of ACK Yes No No No No No No Yes Yes Set number of retries rinse SE No No iex 258 No No No NAK to DTE Yes No No No No No No Other No No Diagnostic Yes No No always always No Yes active active Power Save Yes Yes Yes No No No No Link Test Yes No No No No No No 12 D5 Series R
28. for all units in the network Rx Address For Tx If enabled the radiomodem stores the full address digipeaters and target address of the unit from which it received the last packet and uses these addresses to send the data received from the DTE connected to it This function is available only if Address from DTE is inactive Address from DTE If active the DTE must also provide the addressing for each transmitted packet To do this some bytes must be added before of the data bytes The bytes to add are in this order one byte for the system code 1 255 one byte flag with the corresponding bits having the following scope bit O Isb Broadcasting bit ECHO bit 2 ACK request bit3 Diagnostic One Byte indicating the number of units 1 9 which includes the target and all the digipeaters used From O to 8 bytes of digipeater addresses disposed in the exact sequence of use One Byte indicating the target address followed by the data bytes from 1 to 1024 This function is available only if Rx Address For Tx is inactive Broadcasting If enabled the radiomodem transmits a special packet that will be received by all the radiomodem that have the same System Code This function is available only when the ACK is disabled Address to DTE If enabled the data downloaded to the DTE will be preceded by the address of the sender This feature allows the identification of the source of the message Baud rate This field i
29. g output 2 Address 1 RADIOMODEM This mode of operation is normally used for the exchange of data between different locations In the same network the presence of a master unit as well as of one or more slave units is expected If the power save feature is not used each unit can receive data via the serial port RS485 except during radio communications up to a maximum of 1024 bytes When the reception of the data is completed i e when 1024 bytes are received or when the Time DTX timer is expired the radio modem send the packet to the target unit It is possible to include in the radio path up to 8 digipeater to increase the coverage distance If the Power Save feature is used the logic behaviour is as follows the Master unit can always receive characters from the RS485 serial line except during radio communications The slave units can receive characters from the serial line only during the time interval referred to as PwSava i e the period in which a slave unit remains active after the reception of a radio packet In the configurator when the radiomodem mode is selected an additional page called Link Test is available Refer to the relevant page of this manual for details File Options Pagel Page2 LinkTest cRe WIRELESS Mirror Xl Low Energy e Modbus Standard Xl Node Supply 18V C Slave EE e e C Slave Analog Supply 18V C Mast C Master OFF C ON Master unit quantity IT Int Node Address
30. he function is available only if Broadcasting and Address from DTE are inactive 30 D5 Series KE User Guide Rev 04 July 2015 WIRELE Loi Loi Repetition Number In this field you can define the number of repetitions of the packet if the acknowledge is not received This function is available only when the ACK is enabled Nak To DTE If enabled the radio modem sends a NAK character ASCII 21 to the DTE in the case where all repetition are sent without receiving any acknowledge This function is available only when the ACK is enabled Led logic This parameter affects the functionality of the LEDs which indicate the condition of the digital ports This switch allows you to choose between two options the leds are always active which needs more power the leds are active only when the LED button is pressed which needs less power RF Power Allows the choice between three different levels of power High Medium Low PwSavOff Inserting in this field a number greater than O the power save feature is enabled This is the value corresponding to the off period of the energy savings cycles The step is in the tens of milliseconds The Master unit is always active but uses this value to size the length of the preamble of the packets sent to a sleeping device digipeater or slave If you intend to use the power save feature all units in the network must have the same PwSavOff value Note If the Power Save feature
31. install the device check always the latest version of ERC Recommendation 70 03 in order to verify any restriction and limitation in terms of E R P and Duty Cycle Annex 1 xxx refer to SRD Short Range Device Annex 2 refer to Tracking Tracing and Data Acquisition C E R P Max Effective Radiated Power allowed from radiomodem and associated antenna takes into consideration transmitter power output transmission line attenuation RF connector insertion losses and antenna gain Duty Cycle is defined as the ratio expressed as a percentage of the maximum transmitter on time on one carrier frequency relative to a one hour period D5 Series User Guide Rev 04 July 2015 WIRELESS Technical specification Operating data Label Description Value Vs xn Power supply voltage range 9 0 32 Vdc Ps ween Max power max 20W Vaarr Battery voltage 3 3 4 8 Vdc lsarr Max current from battery max 3 3 Adc I steep Sleeping current Power Off lt 8 pA losw Max current available at pin 2 of JP1 lt 1 80 Adc Vsupw Low Low level Shutdown input lt 0 20 Vdc Mam HIGH High level Shutdown input gt 2 50 Vdc tsuon 1 1 Max time on off using Shutdown input Soft start stop lt 60 30 msec IsHoN Low Low level Shutdown input current lt V 220 uA Pre RF transmission power 500 75 mW RXsens
32. is used only the Master unit can always receive characters from the serial line the Slave can only do it during the PwSava period PwSava When the Power Save is used by this field you can set the time interval in which the radio modem remains operational On after it has been temporarily enabled by an event i e reception of a packet radio This value is in steps of hundreds milliseconds This field is also used to differentiate the device between Master and Slave a value of 255 identifies the unit as Master and keeps it always On The unit so configured is therefore not affected by the ON OFF cycles but the packets are sent with a suitable longer preamble time in order to be received by the slave devices that use the Power Save Channel selection Agility LBT In this box you choose the radio channel to be used If you want to use the agility feature transmission on the less noisy channel between the active channels you can select more than one radio channel The maximum number of active channels is dependent on the canalization setting It is mandatory that in the same network all the radiomodems use the same radio channels It is possible to enable the LBT feature the radio modem waits for the channel to become free before proceeding with the transmission of the packet It is advisable to use this feature together with the agility to minimize the waiting time of the transmission AES Enable Enable or disable the AES 128 data
33. ivered as is The manufacturer does not grant any kind of warranty including guarantees on suitability and applicability to a certain application Under no circumstances is the manufacturer or the developer of a program responsible for any possible damages caused by the use of a program The names of the programs as well as all copyrights relating to the programs are the sole property of ERE Any transfer licensing to a third party leasing renting transportation copying editing translating modifying into another programming language or reverse engineering for any intent is forbidden without the written consent of ERE Technical support Our website www erewirless com contains many useful information user guides and configuration software and technical documents always update to the latest version If you have technical problems or cannot find the required information in the provided documents contact our Technical Support by email at info erewireless com or by phone 39 0385 48139 Restrictions on use ERE PRODUCTS HAVE NOT BEEN DESIGNED INTENDED NOR INSPECTED TO BE USED IN ANY LIFE SUPPORT RELATED DEVICE OR SYSTEM RELATED FUNCTION NOR AS A PART OF ANY OTHER CRITICAL SYSTEM INCLUDED AERONAUTICAL AEROSPACE APPLICATION ERE PRODUCTS ARE GRANTED NO FUNCTIONAL WARRANTY IF THEY ARE USED IN ANY OF THE APPLICATIONS MENTIONED ERE D5 Series radio modems have been designed to operate on frequency ranges as SRD Short Range Device
34. lues are 1200 2400 4800 9600 19200 38400 57600 bps Parity By this selector it is possible to enable and choose the parity type on the serial line It is possible to choose between None parity disabled parity Even parity Odd Time DTX Defines the time between the stop of the data received from the serial port and the sending of the packet via radio In the modus low energy mode this parameter only affects the unit configured as a Slave If you realize that the data transmitted from the slave unit are incomplete try to increase this time Repetition number It is active only in the devices configured as Master In this field you can set the number of repetitions of a packet when there is no answer Led logic Affects the functionality of the leds which indicate the states of the four digital inputs In this modality it is not possible to use the two digital output rel Led active by button the digital in status is displayed only during the pressing of the Led On button on the radio modem lower consumption Led always enabled at every ON cycle the leds display the status of the four digital inputs it implies a higher consumption RF Power Allows the choice between three different power levels High Medium Low If the value of the RSSI present in the diagnostic parameters sent to the SCADA software is good 70 dBm or better and if the low power of the Master unit is an important factor it is advisable
35. maximum number of which depends on the type of power supply The radiomodem provides an output 18 volts with a maximum power of 4 watts therefore the number of modbus nodes connected to the external power supply 18 Volt is limited by the available power It is preferable to use this power source for the sensors connected to analog inputs and to power the analog output of the radiomodem If an external power source is used the limit of the connectable external nodes is of 32 units The maximum number of slave radiomodes that may be present in a network is dependent on the number of modbus nodes connected to each slave unit and also by the number of Slaves that use its internal peripherals in this case each Slave radiomodem has one modbus node address that is subtracted to the total of 254 modbus addresses available Since the limit is of 254 addresses the sum between the radiomodem units of which are used the internal peripherals and the external nodes connected cannot exceed this value For example if a network contains 25 slave radiomodes used as modbus nodes ie if its internal peripherals are used the maximum number of available addresses of the external nodes are 254 23 D5 Series E User Guide Rev 04 July 2015 WIRELE Ua ua 25 229 distributed on each slave radiomodem according to the requirements and respecting the maximum limit of 32 nodes for each slave unit File Options Page 1 Page 2 Ec WIR
36. nlight is also to be avoided The device must not be exposed to aggressive chemical agents or solvents likely to damage the plastic or corrode the metal parts The device must not be exposed directly to dusty environment Maintenance should only be carried out by qualified persons For your own safety you must ensure that the equipment is switched off before carrying out any work on it Any electrical connection of the product must be equipped with a protection device against voltage spikes and short circuits Disposal of waste by users in private households within the European Union According to Directive 2012 19 EU of the European Union on waste electrical and electronic equipment WEEE this product must not be disposed off with your other household waste it is your responsibility to dispose of your waste by taking it to a collection point designated for the recycling of electrical and electronic appliances Separate collection and recycling of your waste at the time of disposal will contribute to conserving natural resources and guarantee recycling that respects the environment and human health For further information concerning your nearest recycling centre please contact your nearest local authority town hall offices 10 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi General description D5 Series radiomodems with RTU function feature 4 digital inputs 2 digital relay outputs 2 anal
37. og inputs 2 analog outputs an RS 485 serial interface and a counter input all of which are software configurable The embedded inputs and outputs allow the D5 Series radiomodem to be used in data acquisition and remote control applications D5 Series has 4 operating modes that are software programmable radiomodem mirror point to point Modbus slave or Modbus master allowing greater flexibility in the field D5 Series uses routing tables to obtain fewer collisions in complex networks and D5 can also be used as a Modbus hub allowing 8 Modbus modules inputs and or outputs to be connected through the RS 485 port D5 will power these modules Data Encryption 128bit AES Advanced Encryption Standard ensures transmitted data security A power saving function is built in to activate inputs only when required allowing for extended battery life Function available for each operating mode Yes you can choose and or modify the function No the function doesn t exist or is not enabled Operating mode Radio ModBus Standard an Mirror madem Master Slave Master Slave Master Slave Radio Channel spacing Yes Yes Yes Yes Yes Yes Yes RF channel Yes Yes Yes Yes Yes Yes Yes Frequency Agility Yes Yes Yes Yes Yes Yes Yes Listen Before Talk Yes Yes Yes No No No No RF power Yes Yes Yes Yes Yes Yes Yes Serial Port RS485 Bit Rate Yes Yes Yes Yes Y
38. ors connected to the analog inputs when an appropriate external power source is not availeble Note this power source is only enabled during the ON cycle of the device therefore it is not always available The ON time period of this power source is determined by the Sensor stabilization time field and by the cycle update field Sensor stabilization time In this field the time interval in steps of 100 ms between the reactivation of the radiomodem the exit from the sleep mode as a result of triggering events and the reading of the analog inputs is inserted It is the time necessary to the external sensors to become stable after it is switched ON During this time interval if the Output Analog Supply option is enabled the 18 volt internal power source is available on the radio modem connector 17 D5 Series User Guide Rev 04 July 201 5 Help File Options amp D510SW Configuration Utilit Page 1 ES Cv CRE WIRELESS Safety options 15 Time Minutes C Hours Relays to Open Page2 Addressing 1 Its Address 2 Target Address c rabie C 10 Time DTX 9600 Baud Rate r Q Repetition Number r Led logic RF Power C Low power C Mid power High power 4 wSawvOtf 0 x10 ms C Clasad Led active by button C Led always enabled Channel Selection Agility LET 169 40625 169 41875 169 43125 iv Chi T Che IT Ch3 163 44375 Ch4 169 45625
39. packet within the selected time interval the two digital outputs relays are forced to a condition chosen in the field Relays to Open Closed This condition refers to the relay contacts of both two digital outputs To disable the functionality of the safety timer set the value of Time to zero Minute the value of Time is expressed in minutes Hours the value of Time is expressed in hours Relays to Open when the safety timer expires the relays contacts of the two digital outputs will be forced to open Relays to Closed when the safety timer expires the relays contacts of the two digital outputs will be forced to close At the first reception by radio of a valid packet the condition of the two relays contacts assume the same status as the two digital inputs of the remote unit Its address It is the value of the address of this radiomodem It is advisable to configure each radiomodem with a unique address Target address It is the address of the target radiomodem the destination unit System Code amp Digipeater address double click of the mouse on Target or Enter key When the focus is on the Target field pressing the Enter key on the keyboard or by double clicking the mouse a window opens in which you can enter the system code and the addresses of the 29 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi digipeater path to include in the radio link The system code must be the same
40. pe of modbus function received from the Slave device Modbus functions Read Input Register 0x03 and Write Single Register 0x10 in a packet addressed to the internal node internal peripheral of the radio modem enable the 18V output for the time dictated by the Ext node boot time field The other modbus functions received will not activate the 18V output On the contrary if a modbus packet addressed is received to an external node any kind of modbus function enables the output 18 volts for a duration dependent on the Ext node boot time field External node boot time When in the previous field Analog supply 18V the ON value is selected and if the power save PwSavOff 0 is used this field specifies the amount of time required for the external modbus 24 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi nodes and or for the external analog sensors connected to the analog inputs of the radiomodem to be operational The 18V output is only activated upon receiving an adequate modbus packet see the above explanation and at the end of this time the peripherals are read After reading the 18V output is disabled again This field has a value in steps of 100 milliseconds Set this parameter considering the node that takes longer to start up Addressing Serial port ado RF Power WIRELESS 1 Its Address 9600 BaudRate I gt je Safety options 2 Node Address No Parity Q0 Repetition Number C
41. r third parties with adequate instruction as to the proper handling and use of Products In this respect we hereby confirm that our products are not designed for nuclear applications neither for aircraft aerospace industries For the above mentioned applications both warranty and insurance coverage do not apply D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Warnings and safety instructions Read these safety instructions carefully before using the product Warranty will be void if the product is used in any way that is in contradiction with the instructions given in this manual or if the radio modem housing has been opened or tampered with The radio modem is only to be operated at frequencies allocated by local authorities and without exceeding the given maximum allowed output power ratings and duty cycle ERE and its distributors are not responsible if any products manufactured by it are used in unlawful ways The devices is complies with Directive 1 999 5 EC as describe in our declaration of conformity above The devices mentioned in this manual are to be used only according to the instructions described in this manual Faultless and safe operation of the devices can be guaranteed only if the transport storage operation and handling of the devices is appropriate This also applies to the maintenance of the products Do not install the equipment close to a heat source or in damp conditions and direct su
42. r to avoid errors it is advisable to read the configuration from the local radiomodem via the Read button the radiomodem must be forced in configuration mode before read In the Link Test page enter the value of the address of the target radiomodem and if used enter the values of the addresses of the digipeaters in the exact order of use 32 D5 Series E User Guide Rev 04 July 2015 WIRELE wm wn To start testing the reliability of the radio link press the Start Test button the string present in the text to transmit text box is sent In the received text box the received string is displayed if no errors are found this string is equal to the sent string vice versa an error message will be displayed Each time a string is sent the Sent frame counter is incremented The Received frame counter will be incremented only if the received message is correct Using the button Counter Reset you can reset the counter to zero During the communications test the diagnostic parameters are also sent These are Local RSSI Remote RSSI Remote VBatt These values enable the assessment of the intensity of the radio signal received both from the remote and local units The RSSI fields are expressed in dBm and have a resolution of 0 0625 dbm In another box the value of the supply voltage of the remote radiomodem is displayed The RSSI provides a correct measurement in the range from 100 to 50 dBm Values less than 100 dBm for
43. ries R User Guide Rev 04 July 201 5 WIRELESS D510SW Conf File Options Help Page 1 Page 2 ERE WIRELESS Low Energy e Modbus Standard Xl Radiomodem KM Node Supply 18V C Slave S JE E ae Master 2 C Maste C oi C C Slave Analog Supply 18V Master unit quantity Int Node Address Output Analog Supply e OFF C ON Ext Node Address Analog Supply 18V e UTE ET OT C OFF C Se tab Time I Starting Address UN Cyd UD dat IL Quantity Ext node boot Time Seconds C Minutes C Hours Modbus Timeout Cycle Update Next Page Load Default ones SE Read Exit node sens S Time Slave Master Allows you to select the functionality of the radiomodem between Master and Slave The unit configured as Master uses the energy saving and transmits as a result of events The unit configured as a Slave is always active and never takes the initiative of the transmission Cycle Update In this field the time of the periodical transmission is set The time base is selectable between seconds minutes or hours The time range can vary from one second minimum to 255 hours maximum In this field you cannot insert a value less than the value of the time interval assigned to the field Sensor stabilization time Output analog supply Allows you to enable or disable the 18Volts power source output on the radio modem connector This power source can be used to power the sens
44. s possible to reset the counter or write a new value by pressing the Change button A window will open where you can enter zero or a new value The procedure is terminated by confirming the operation by the pressing of the Write new value button Note The write procedure of the pulse counter value must be done with the radiomodem in configuration mode orange LED light Led logic This parameter affects the functionality of the LEDs which indicate the condition of the digital ports This switch allows you to choose between two option the leds are always active which needs more power the leds are active only when the LED button is pressed which needs less power RF Power Allows the choice between three different levels of transmission power High Medium Low Power Save PwSavOff When a number greater than zero is inserted the Power Save feature is enabled This field allows you to set the value of the OFF time interval for the energy savings The step is in tens of milliseconds 26 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi PwSava When the power save is used through this field you can set the time when the radiomodem remains operational after an event the reception of a radio packet has temporarily awakened the unit The step is in hundreds of milliseconds Channel selection Agility LBT In this box you choose the radio channel to be used If you want to use the agility feature
45. s used to set the communication speed of the serial line RS485 The admitted values are 1200 2400 4800 9600 19200 38400 57600 bps Parity By this selector it is possible enable and choose the parity type on the serial line Time DTX Defines the time between the stop of the data received from the serial line and the transmission of the radio packet If the packets received are incomplete you must increase this time to mask any pauses between the bytes of the packet sent from the DTE to the radiomodem The steps are in milliseconds Diagnostic enab When enabled the radiomodem sends before of the data and after the address of the sender if Address to DTE is enabled the diagnostic parameters in the following format remote rssi 16 bit signed integer the first byte received is the least significant The value is expressed in steps of 0 0625 dbm remote Vbatt unsigned 16 bit integer the first received byte is the least significant The analog to digital converter used has a resolution of 10 bits The value is referred to a full scale Ox3FF corresponding to 5 Volt local rssi 16 bit signed integer the first byte received is the least significant The value is expressed in steps of 0 0625 dbm ACK If enabled the radiomodem that sent a packet waits for the acknowledge from the target radiomodem If this response it is not received within a fixed time the last packet is re sent many times as set in the Repetition field T
46. selected an operation mode between the four possible ones or if you load a configuration file using the menu File Open or if the configuration is read by a radio modem unit Toolbar The Toolbar on the upper side of the screen contains File Options and Help Menus Each menu can be opened as a normal Windows menu using both mouse and keys The different menus have the following functions FILE menu Open path filename Loads an existing file in the configurator program Save path filename Updates an existing file after a change in the parameters Save As path filename Creates a new file containing all configuration data The user can select an adequate filename and choose the destination folder The default destination folder has the same path as the executable program Exit close the configurator program Options menu Serial port selector Open the serial port selection box A port number between 1 and 16 can be chosen Canalization 12 5 KHz the width of the radio channel is 12 5 KHz and the speed of radio data is 4800 bps 25 KHz the width of the radio channel is 25 KHz and the speed of radio data is 9600 bps 50 KHz the width of the radio channel is 50 KHz and the speed of radio data is 19200 bps Help menu Index F1 Open the Help file About Display the version information about the configuration software MIRROR MODE In Mirror mode the status of the first two digital inputs and the v
47. ser som framgar av direktiv 1999 5 EG Danish Undertegnede ERE S r l erklaerer herved at felgende udstyr D5 SERIES overholder de v sentlige krav og vrige relevante krav i direktiv 1999 5 EF German Hiermit ERE S r l dass sich dieses D5 SERIES in bereinstimmung mit den grundlegenden Anforderungen und den anderen relevanten Vorschriften der Richtlinie 1999 5 EG befindet BMWi Hiermit erkl rt ERE S r l die bereinstimmung des Ger tes D5 SERIES mit den grundlegenden Anforderungen und den anderen relevanten Festlegungen der Richtlinie 1999 5 EG Wien Greek ME THN NAPOYZA ERE S r l AHAQNEI D5 SERIES SYMMOP ONETAI NPOX TIZ OYZIOAEIX ANAITHZEIZ KAI TIZ AOIIES ZXETIKEZ AIATAZEIX THE OAHTIAZ 1999 5 EK Italiano Con la presente ERE S r l dichiara che D5 SERIES conforme ai requisiti essenziali ed alle altre disposizioni pertinenti stabilite dalla direttiva 1999 5 CE Spanish Por medio de la presente ERE S r l declara que el D5 SERIES cumple con los requisitos esenciales y cualesquiera otras disposiciones aplicables o exigibles de la Directiva 1999 5 CE Portuguese ERE S r l declara que este D5 SERIES est conforme com os requisitos essenciais e outras disposic es da Directiva 1999 5 CE D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Declaration of Conformity We the undersigned Address City Via Ermanno Ge 9 11 27049 Stradella PV Phone number 39 0385 48139 certify and
48. ster radiomodem a characters string maximum 255 bytes preceded by the appropriate addressing bytes it uses the Addresses from DTE function In the response message the master radiomodem connected to the DTE sends a byte containing the address of the radiomodem that answered the function Address to DTE is used followed by six bytes containing the diagnostic parameters remote RSSI remote VBatt local RSSI there are 16 bit variables and finally the payload received from the target radiomode which is the same string that the Master had previously sent When the use of the Link Test is finished it is necessary to switch off the radiomode then switch it on again without pressing the CFG button This must be done in order to restore the normal operational functionality amp D510SW Configuration Utilit File Options Help Page 1 Page 2 Link Test ES BH ES Insertthe Digipeaters address if present and the Target address m mM m NM NM M Le Digipeaters Address Target Address WIRELESS Test to transmit p is the transmitted sting Received text Sent frame Received frame Start Test Counters Reset D 0 Exit Local ASSI Remote ASSI Remote Vbatt dBm dBm Volt Operations On the page 2 of the configuration program enter the same system code and the same power save settings as the one of the remote radiomodem you want make the link test with In orde
49. t you want to use in place of the DC485USB converter driver It is also possible to use a RS232 RS485 converter in this case installing drivers if there is a physical RS232 port on your PC is not required Note When the program starts the buttons Next Page Load Default and Write remain inhibited until you choose the operating mode between Mirror Low energy Modbus standard or Radiomodem This choice is done by pressing the left mouse button on the relevant button in the configurator Even the reading of the parameters of a unit involves the activation of the buttons inhibited at program startup The selection among the various fields of the configuration program is carried out with the TAB key or by positioning the mouse pointer over the field and clicking once with the left button A function is activated when in the relative box the check mark is present Function of the Buttons common to all modes Read Reads the data from the radiomodem Write Writes the configuration data into the radiomodem Load Default Resets all fields to their default values Next Page Allows you to move to the second page You can go to the second page only if you have selected an operative mode between the four possible ones 15 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi Exit Close the configurator program Note The buttons Write Load Default and Next Page are activated only if you have
50. tasheet for sizing this variable Modbus timeout Represents the time interval in hundreds of milliseconds within which the modbus answer on the packet sent by the Master unit must be received Cycle Update In this field the time of the periodical transmission is set The time base is selectable between seconds minutes or hours The time range can vary from one second minimum to 255 hours maximum In this field you cannot insert a value less than the time interval assigned to the field External node boot time ce D510SW Configuration Utilit File Options Help Page Page Z R c Addressing Serial port Acknowledge r RF Power WIRELESS hsAddress 9600 BaudRate Acknowledg C Low power TargetAddress No Parity 3 Repetition Number Mid power 0 Time T ASINI C Parity Even Na High power C Parity Odd 10 Time DTX inde Led logic Led active by button C Led always enabled Channel Selection Agility LBT 169 40625 169 41875 169 43125 169 44375 16945625 16946875 gee I Chi C Ch2 C Ch3 Ch4 C Ch5 Ch6 SES AES Enable 169 4125 169 4375 169 4625 169 4375 T Ch 3 P ct EI E LBT Set AES Key Read Write Load Default Exit Its address Contains the value of the address of this radiomodem Each unit must have a unique address In the Master device the maximum value of this field is dependent on the number of units in the network parameter selected in the field Unit q
51. the addresses of the two fields its own address and the and target address are reversed between Master and Slave In the case of using digipeaters they must have a different address System Code amp Digipeater address double click of the mouse on Target or Enter key When the focus is on the Target field pressing the Enter key on the keyboard or by double clicking the mouse a window opens in which you can enter the system code and the addresses of the 18 D5 Series KE User Guide Rev 04 July 2015 WIRELE wm wn digipeater path to include in the radio link On the involved units the system code must be the same Led logic Affects the functionality of the leds which indicate the states of the digital ports four inputs and two outputs Led active by button the digital in out status is displayed only during the pressing of the Led On button on the radio modem lower consumption Led always enabled at every ON cycle the leds display the status of the digital inputs outputs implies a higher consumption RF Power Allows the choice between three different levels of power High Medium Low If the RSSI value displayed in diagnostic parameters of the Slave unit is good 70 dBm or better and if the low power of the Master unit is an important factor it is advisable to choose a medium or low power level Channel selection Agility LBT In this box you choose the radio channel to be used If yo
52. tputs the condition of the two relays contacts will assume again the status imposed by the modbus command received Its address It is the value of the address of the radiomodem Each unit must have a unique address This constraint applies both to the Slaves and to the Master radiomodems Node address Master unit It is the value of the target modbus node Each node address is associated with the sequence of addresses of the radiomodems through the routing table 25 D5 Series E d User Guide Rev 04 July 201 5 WIRELE Uu Loi Routing table double click of the mouse on Target or Enter key When the focus is on the Node address field pressing the Enter key on the keyboard or by double clicking the mouse a window opens in which you can enter the sequence of radiomodem addresses to associate to a particular node address System Code it is the system code of the radiomodem The purpose of this parameter is enabling the communication only between those units that have the same system code value This value must be the same for all the radiomodem in the network Digipeaters they are the addresses of the radiomodem which have the task to retransmit the packet to a subsequent radiomodem another digipeater or the target unit The purpose of these units is to extend the coverage area of the radio network Target it is the addressee station in the radio network View Routing Table Pressing this button
53. twork because in this case one or more units would not receive the broadcasting packet This is the case of a network geographically widespread in mountainous areas or where there are many obstacles The node addresses must be unique in the same network can exist up to 254 nodes distributed according to need among the slave units in the network Avoid to assign the node address 255 which as explained is used for the broadcasting packet If in a radiomodem unit the internal peripherals are used this radiomodem is seen as a modbus node in the network It has its own modbus address through which it is possible to read and or write the internal peripherals of the radiomodem digital inputs outputs pulse counter and analog inputs outputs On each radiomdem up to 32 external Modbus nodes can be connected via the RS485 serial interface Each of these external nodes has its own modbus address to be able to interrogate each node is necessary that all the nodes belonging to the same slave units use the same routing that is the same sequence of radiomodem addresses which in this case will be common to more node addresses simply copy the addresses of the radio path in every node address connected to the same radiomodem given that the modbus packet must pass through the same radiomodem At every slave radiomodem a number of external Modbus devices I O analog digital or mixed unit can be connected via the RS485 interface the
54. u want to use the agility feature transmission on the less noisy channel among the active channels you can select more than one radio channel The maximum number of active channels is dependent on the canalization setting It is mandatory that in the same network all the radiomodems use the same radio channels In Mirror mode the LBT function cannot be activated MODBUS LOW ENERGY In this modality the network is composed of one Slave unit and one or more up to 16 Master unit The Slave unit is connected to a PC or PLC on which there is a running SCADA software The slave device is always in reception never takes the initiative of the transmission and transmits only in response to a packet received from a Master unit The Master units send a packet to the Slave unit using the modbus RTU Protocol The function Write multiple registers function code Ox10 is used The transmission of the Master units is triggered by two events 1 The expiration of the timer dedicated to the periodical sending 2 A change in any of the four digital inputs on the Master radiomodem On each Master device it is possible to connect by the RS485 interface an external Modbus node Modbus device that can read digital or analog inputs in order to extend the number of monitored signals Note You cannot use the digital inputs of an external modbus node to trigger the transmission on the radiomodem In the Master unit when a transmission is triggere
55. uantity Target address This field sets the value of the destination address In the Master units this field must contain the same address used in the field Its address of the Slave unit In the Slave units this field is not taken into account because the mode RX Address for TX is used in the response packet System Code amp Digipeater address double click of the mouse on Target or Enter key When the focus is on the Target field pressing the Enter key on the keyboard or by double clicking the mouse a window opens in which you can enter the system code and the addresses of the 21 D5 Series E User Guide Rev 04 July 2015 WIRELE Loi Loi digipeater path to include in the radio link The system code must be the same for all the radiomodem in the network Note In modbus low energy mode it is recommended to use the minimum number of digipeater units Serial port In this frame collection of options the parameters choice of the RS485 serial line is performed In the Master units these parameters configuration is referred to the data exchange between the radiomodem and the external Modbus node In the Slave unit these parameters configuration is referred to the data exchange between the radiomodem and the SCADA application The format of the frame on the RS485 serial port uses one stop bit Baud rate This field is used to set the communication speed of the serial line RS485 The legal va
56. ut Use Modbus command Read coils 0x01 The address are Digital output 1 Address 0 Digital output 2 Address 1 Read of radiomodem registers Thanks to Modbus command Read Input Registers 0x04 it s possible to read different Radiomodem parameters as following Address 0 Digital input status bit O digital input 1 bit 1 digital input 2 bit 2 digital input 3 bit 3 digital input 4 Address 1 Analog input value CH1 A Address 2 Analog input value CH2 uA Address 3 Battery voltage mV Address 4 RSSI value of local unit dbm signed int16 format Address 5 RSSI value of remote unit dbm signed int16 format Address 6 Counter most significant bit Address 7 Counter least significant bit Note The counter register is in uint32 format and the counter value is combined by address 6 and 7 value multiply the most significant bit per 65536 and sum it to least significant bit The max value allowed is 2e32 1 In order to read the register select the address node set the starting address and the number of register to read max 8 27 D5 Series E d User Guide Rev 04 July 201 5 WIRELE Ua Loi Write digital output Use Modbus command Write sigle coil 0x05 or Write multiple coils 0x15 The address are Digital output 1 Address 0 Digital output 2 Address 1 Write analog output Use Modbus command Write single register 0x06 The address are Analog output 1 Address 0 Analo
57. with the mouse a window opens where you can view all the values of the addresses of the nodes and for each one its routing associations Use the Page Up Page Down or the arrow keys to move along the text Press the key Esc or Enter or the spacebar on the keyboard to close this window Serial port In this frame collection of options the choice of the RS485 serial line parameters is performed In the Master unit these settings refer to the communication with the SCADA application while in the Slave units these settings refer to the communication with the external modbus node Baud rate This field is used to set the communication speed of the serial line RS485 The legal values are 1200 2400 4800 9600 19200 38400 57600 bps Parity By this selector it is possible to enable and choose the parity type on the serial line Time DTX Defines the time between the stop of the data received from the RS485 serial line and the transmission of the radio packet If the received packets are incomplete you must increase this time to mask any pauses between the bytes of the packet sent from the SCADA application to the Master radiomodem The steps are in milliseconds Pulse Counter The radiomodem has an input pin dedicated to the count of the pulses logic level transitions to a maximum frequency of 5 Hz When the parameters of a Slave radiomodem are read the value of the counted pulses up to that moment appears in this field It i

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