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Page 

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Table of contents 

D

OCUMENT INFORMATION

 ..................................................................................................................................... 2

 

TABLE OF CONTENTS

 .................................................................................................................................. 3

 

DISCLAIMER

 .................................................................................................................................................... 4

 

T

ECHNICAL 

S

UPPORT

............................................................................................................................................ 5

 

E

NVIRONMENTAL RECOMMENDATIONS

 ................................................................................................................... 5

 

W

ARNINGS

 ........................................................................................................................................................ 5

 

COMPLIANCE TO FCC US/CAN

 ..................................................................................................................... 7

 

TECHNICAL SPECIFICATIONS

 ................................................................................................................ 10

 

ARF8133A – US902-928(US) / AU915-928, AS923(AUS/NZ) module

 .................................................... 10

 

DEVICE OVERVIEW

 .................................................................................................................................... 11

 

D

EVICE 

D

ESCRIPTION

 .................................................................................................................................. 11

 

RTU

 MODULE PINING

 ................................................................................................................................... 11

 

1

 

RTU MODULE HARDWARE INTERFACE

 ....................................................................................... 12

 

1.1

 

H

ARDWARE INTERFACE

 .................................................................................................................... 12

 

1.1.1

 

RTU interface

 ........................................................................................................................... 12

 

1.1.2

 

RTU signal description

 ............................................................................................................. 13

 

1.2

 

S

ERIAL INTERFACE PROTOCOL

 ......................................................................................................... 13

 

1.2.1

 

Command format

 ...................................................................................................................... 13

 

1.2.2

 

Implemented commands

 ........................................................................................................... 15

 

1.2.3

 

Command execution time of RTU module

 ................................................................................ 15

 

2

 

RTU FEATURES MODE DESCRIPTION

 ........................................................................................... 16

 

2.1

 

RTU

 

S

TATE 

M

ACHINE

 ...................................................................................................................... 16

 

2.1.1

 

State diagram

 ............................................................................................................................ 16

 

2.1.2

 

Idle and Nominal mode

 ............................................................................................................. 16

 

2.1.3

 

Command mode

 ........................................................................................................................ 16

 

2.2

 

RTU

 

A

PPLICATION INTERFACE IN 

C

OMMAND MODE

 ....................................................................... 17

 

2.2.1

 

AT commands

 ........................................................................................................................... 17

 

2.3

 

RTU

 

A

PPLICATION INTERFACE IN 

N

OMINAL MODE

 ......................................................................... 18

 

2.3.1

 

Application commands: APPLICATION 

➔

 RTU

 .................................................................... 18

 

2.3.2

 

Enter command mode command ............................................................................................... 23

 

2.3.3

 

Indication commands: RTU 

➔

 APPLICATION .............................................................................. 24

 

3

 

ANNEX 1 ................................................................................................................................................... 27

 

 
 

 
 

 
 

 

Содержание 7016A-ARF8133

Страница 1: ...unis User Guide Version 1 0 Document revision Version Date Author Comment 1 0 20 07 2019 EMT Initial release ADEUNIS 283 rue Louis Néel Parc Technologique Pré Roux 38920 CROLLES France Tel 33 0 4 76 92 07 77 Fax 33 0 4 76 04 80 87 www adeunis com arf adeunis com ...

Страница 2: ...nt information Title LoRaWAN RTU by Adeunis Subtitle User Guide Version 1 0 Document type User Guide Document status This document applies to the following products Name Reference Firmware version RTU LoRa module ARF8133A V1 07 01 ...

Страница 3: ...1 1 1 RTU interface 12 1 1 2 RTU signal description 13 1 2 SERIAL INTERFACE PROTOCOL 13 1 2 1 Command format 13 1 2 2 Implemented commands 15 1 2 3 Command execution time of RTU module 15 2 RTU FEATURES MODE DESCRIPTION 16 2 1 RTU STATE MACHINE 16 2 1 1 State diagram 16 2 1 2 Idle and Nominal mode 16 2 1 3 Command mode 16 2 2 RTU APPLICATION INTERFACE IN COMMAND MODE 17 2 2 1 AT commands 17 2 3 RT...

Страница 4: ... magnetic or optical devices manually or any by other methods is prohibited ADEUNIS reserves the right to change the technical specifications or functions of its products or to cease manufacturing any of its products or to cease technical support for one of its products without notice in writing and urges its customers to make sure that the information they have is valid ADEUNISF configuration sof...

Страница 5: ...ke it easy to separate the packaging into three types of materials cardboard box expanded polystyrene filler material and polyethylene packets foam protective sheets Your device is composed of materials that can be recycled and reused if it is dismantled by a specialist company Please observe local regulations concerning the manner in which waste packaging material used batteries and your obsolete...

Страница 6: ...s no risk of internal heating and it must not be covered with objects such as newspapers cloths curtains etc The device s aerial must be free and at least 10 cm away from any conducting material The device must never be exposed to heat sources such as heating equipment Do not place the device close to objects with naked flames such as lit candles blowtorches etc The device must not be exposed to a...

Страница 7: ...ence to other users the antenna type and its gain should be chosen so that the equivalent isotropically radiated power e i r p is not superior than necessary for successful communication WARNING FOR MOBILE DEVICE USAGE This radiation element complies with FCC RF radiation exposure limits set forth for general population This radiation element must be installed to provide a separation distance of a...

Страница 8: ...es autorisées Conformément à la réglementation d Industrie Canada le présent émetteur radio peut fonctionner avec une antenne d un type et d un gain maximal ou inférieur approuvé pour l émetteur par Industrie Canada Dans le but de réduire les risques de brouillage radioélectrique à l intention des autres utilisateurs il faut choisir le type d antenne et son gain de sorte que la puissance isotrope ...

Страница 9: ... dans la demande d autorisation d équipement soit fournir des instructions adéquates ainsi que le module qui explique cette exigence Dans ce dernier cas une copie de ces instructions doit être incluse dans la demande d autorisation d équipement ...

Страница 10: ...ion Lora Protocol Module configuration Through AT commands UART configuration 115 2 kbps N 8 1 Frequency channels ISM band 902 928MHz US RF output power 20dBm 100mW Sensitivity down to 135dBm Operating range Line Of Sight Up to 10km Operating temperature 30 C 70 C Standard compliance FCC Title 47 CFR Part 15 RSS 247 Issue 2 ...

Страница 11: ... receiving and instantly viewing the radio frames on the used network RTU module pining 1 GND 21 Uplink trigger 2 GND 22 TP1 3 ANTENA 23 Downlink trigger 4 VCC 24 NC 5 GND 25 NC 6 NC 26 RTU READY 7 RESET 27 TP2 8 NC 28 GND 9 BOOT 29 TP3 10 UART TX 30 GND 11 NC 31 GND 12 UART RX 32 GND 13 NC 33 GND 14 NC 34 GND 15 NC 35 GND 16 NC 36 GND 17 NC 37 GND 18 GND 19 GND 20 VCC ARF8133A US902 928 AU915 AS9...

Страница 12: ... TX 12 UART RX 21 TX Uplink monitor Signal that indicates if an UL is in progress READ ONLY Steady state 0 1 uplink in progress 0 no uplink in progress 23 RX downlink monitor Signal that indicates if an DL is in progress READ ONLY Steady state 0 1 Rx window opened 0 Rx window closed 26 RTU READY Indicate if module is ready to receive commands on UART READ ONLY Steady state 1 1 RTU ready 0 RTU busy...

Страница 13: ...ion may be very long many seconds 1 1 2 1 TX Uplink RX Downlink signals These two signals are signals frame activated at uplink RF transmission and downlink RF reception during IoT cycle 1 1 2 1 UART Tx an UART Rx signals These two signals allow UART communication to support the serial interface protocol UART TX is an output of the RTU module UART Rx is an input 1 2 Serial interface protocol This ...

Страница 14: ...de WKUP SOF LENGTH CMD ACK DATA CRC WKUP wakeup characters optional N bytes 0xFF SOF Start Of Frame 2 bytes 0x01FF LSB First LENGTH following frame bytes number 1 bytes 0x02 to 0xFF CMD 1 byte 0xFF if unknown command else received CMD ACK Acknowledge 1 byte o 0x06 ACK o 0x15 NACK DATA OPTIONNEL only if ACK CRC 4 bytes depends on CMD optional ...

Страница 15: ...LoRa Yes No 0x09 0xFD RFU RTU to Application Commands Indication command 0x00 Downlink message LoRa No No 0x01 Trace message LoRa No No 0x02 Uplink configuration message LoRa No No 0x03 Power fail message LoRa No No 0x04 Join done message LoRa No No 0x05 Reception window opening LoRa No No 0x08 0xFC RFU 0xFE Init Done LoRa No No 0xFF RFU 1 2 3 Command execution time of RTU module This chapter is o...

Страница 16: ... its UART and returns to standby mode after the processing 2 1 3 Command mode Command mode is the configuration and test command state of the RTU module Command mode may be entered from Idle mode or Nominal mode by sending the Enter Command Mode command command code 0xFE In this mode the RTU is not standby so there is no power saving while the module stays in this state The command format is based...

Страница 17: ... format ATT14 CR Command answer O CR LF for OK if command succeeds E CR LF for error if command is rejected This test is exited on reception of an ESC char on UART The module response is O CR LF on ESC reception 2 2 1 3 RF reception command This command places the RF in reception mode Command format ATT24 CR Command answer O CR LF for OK if command succeeds E CR LF for error if command is rejected...

Страница 18: ...MD 0x00 2 3 1 2 Start command Allows to start up RTU module if power supply level is OK SOF LENGTH CMD LENGTH 0x01 CMD 0x01 Expected answer ACK SOF 0x03 0x01 0x06 POWERFAIL 1 octet o POWERFAIL 0 POWER FAIL power supply voltage is less than minimum power supply voltage AT register 260 200 mV the module goes back to STOP mode by itself low power o POWERFAIL 0 POWER GOOD the module goes back to START...

Страница 19: ...ctivated In ABP mode NetSKey AppSKey and DevAddr are updated o Diagram for OTAA mode Module RTU LoRA WMBUS JOIN command DutyCycle 0 JOIN frame ACK JOIN ACCEPT on Rx1 APPLICATION Join Done Message Uplink config message Rx1 opening message Application µC SERIAL INTERFACE APPLICATION SPECIFIC ...

Страница 20: ... CMD 0x03 DUTYCYCLE periodical repetition of JOIN process in case of failure expressed in seconds 2 bytes Limit 10 0x0A s DUTYCYCLE 2100 0x0834 s DUTYCYCLE 0 duty cycle manages by application Note all DUTYCYCLE value will be allowed but value will can re evaluate according to defined limits 0 DUTYCYCLE 10 DUTYCYCLE value set to 10 s DUTYCYCLE 2100 DUTYCYCLE value set to 2100 s ...

Страница 21: ...MPayload Bit 7 2 Reserved o DR application can set data rate only if Adaptative Data Rate is deactivated S220 0 Symmetric band DR_0 0x00 SF12 125 kHz DR_1 0x01 SF11 125 kHz DR_2 0x02 SF10 125 kHz DR_3 0x03 SF9 125 kHz DR_4 0x04 SF8 125 kHz DR_5 0x05 SF7 125 kHz DR_6 0x06 SF7 250 kHz DR_7 0x07 FSK 50 kbps Asymmetric band DR_0 0x00 SF10 125 kHz Module RTU LoRA WMBUS Uplink Request Uplink frame ACK A...

Страница 22: ...e command Application gets RTU module power supply voltage SOF LENGTH CMD LENGTH 0x01 CMD 0x06 Expected answer ACK SOF 0x03 0x06 0x06 VBAT 2 bytes expressed in mV LSB First NACK SOF 0x02 0x06 0x15 2 3 1 7 LoRa configuration command LoRa ONLY Application gets Get LoRaWAN parameters SOF LENGTH CMD LENGTH 0x01 CMD 0x08 Expected answer NACK SOF 0x02 0x08 0x15 ACK SOF 0x6E 0x08 0x06 NetID 3 DevAddr 4 D...

Страница 23: ...ion window 1 channels OPTIONS Bit 0 OTAA if 1 ABP if 0 Bit 1 Adaptative Data Rate On if 1 Bit 2 Network joined if 1 Bit 3 Rx windows settings Test house if 1 else standard 2 3 2 Enter command mode command Module enter command mode SOF LENGTH CMD LENGTH 0x01 CMD 0xFE Expected answer ACK SOF 0x06 0xFE 0x06 C M 0x0D 0x0A NACK SOF 0x02 0xFE 0x15 ...

Страница 24: ... RSSI SNR CTRL DL counter PORT o RXWIN downlink Rx Window 0x00 RX1 0x01 RX2 o Freq Rx frequency expressed in Hz 4 bytes o DR Data rate 1 bytes Symmetric band DR_0 to DR_7 Asymmetric band DR_8 to DR_13 o RSSI 2 bytes signed value o SNR 1 byte o CTRL Bit 0 Ack if 1 Bit 1 linkCheckAns if 1 Bit 2 FPending status Bit 7 3 Reserved o DL counter 16 bits LSB First Module RTU LoRA WMBUS Application µC Uplin...

Страница 25: ...fset Rx2Freq Rx2Dr Port o FREQ frequency expressed in Hz 4 bytes LSB First o BAND frequency band 1 byte o DR Data rate 1 byte Symmetric band DR_0 0x00 SF12 125 kHz DR_1 0x01 SF11 125 kHz DR_2 0x02 SF10 125 kHz DR_3 0x03 SF9 125 kHz DR_4 0x04 SF8 125 kHz DR_5 0x05 SF7 125 kHz DR_6 0x06 SF7 250 kHz DR_7 0x07 FSK 50 kbps Asymmetric band DR_0 0x00 SF10 125 kHz DR_1 0x01 SF9 125 kHz DR_2 0x02 SF8 125 k...

Страница 26: ...e RTU module initiates independently only one JOIN procedure RTU module will reply a JOIN DONE upon reception of JOIN ACCEPT Then it will execute the Uplink In case of failure of the JOIN RTU module will give control back to the Application µC In ABP mode RTU module will send JOINE DONE before sending the UplinkCfg command See diagram JOIN Command LORA ONLY SOF LENGTH CMD LENGTH 0x01 CMD 0x04 2 3 ...

Страница 27: ...Page 27 28 3 Annex 1 Dipole Antenna ...

Страница 28: ...Page 28 28 PCB ANTENNA Polarization Vertical Gain 0dB 2dB Realized Gain gain efficient 0dB 2dB Parametre S END OF DOCUMENT ...

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