ADF Web HD67D36-B2-868MHz User manual

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User Manual
LoRaWAN / MQTT
Document code: MN67D36_ENG Revision 1.000 age 1 of 31
User Manual
Revision 1.000
English
LoRaWAN / MQTT - Converter
(Order Code: HD67D36-B2-868MHz)
For Website information:
www.adfweb.com? roduct=HD67D36-B2
For rice information:
www.adfweb.com? rice=HD67D36-B2-868MHz
Benefits and Main Features:
Very easy to configure
ower Supply 18…35V DC and 8…24 V AC
Temperature range: -40°C/+85°C (-40°F/+185°F)
For others LoRaWAN products, see also the following links:
Converter LoRaWAN to
www.adfweb.com? roduct=HD67D01 (Modbus Master)
www.adfweb.com? roduct=HD67D02 (Modbus S ave)
www.adfweb.com? roduct=HD67D03 (Modbus TCP Master)
www.adfweb.com? roduct=HD67D04 (Modbus TCP S ave)
www.adfweb.com? roduct=HD67D05 (Seria )
www.adfweb.com? roduct=HD67D15 (M-Bus)
www.adfweb.com? roduct=HD67D16 (BACnet Master)
www.adfweb.com? roduct=HD67D17 (BACnet S ave)
www.adfweb.com? roduct=HD67D18 (Ethernet)
www.adfweb.com? roduct=HD67D19 (CAN)
www.adfweb.com? roduct=HD67D20 (CANopen)
www.adfweb.com? roduct=HD67D21 (DeviceNet Master)
www.adfweb.com? roduct=HD67D22 (DeviceNet S ave)
www.adfweb.com? roduct=HD67D23 (DMX)
www.adfweb.com? roduct=HD67D24 (EtherNet/IP Master)
www.adfweb.com? roduct=HD67D25 (EtherNet/IP S ave)
www.adfweb.com? roduct=HD67D26 (J1939)
www.adfweb.com? roduct=HD67D27 (KNX)
www.adfweb.com? roduct=HD67D28 (NMEA 0183)
www.adfweb.com? roduct=HD67D29 (NMEA 2000)
www.adfweb.com? roduct=HD67D30 (PROFIBUS Master)
www.adfweb.com? roduct=HD67D31 (PROFIBUS S ave)
www.adfweb.com? roduct=HD67D32 (PROFINET Master)
www.adfweb.com? roduct=HD67D33 (PROFINET S ave)
www.adfweb.com? roduct=HD67D34 (IEC61850 C ient)
www.adfweb.com? roduct=HD67D35 (IEC61850 Server)
www.adfweb.com? roduct=HD67D37 (OPC UA C ient)
www.adfweb.com? roduct=HD67D38 (OPC UA Server)
www.adfweb.com? roduct=HD67D39 (S7comm)
www.adfweb.com? roduct=HD67D40 (SNMP Manager)
www.adfweb.com? roduct=HD67D41 (SNMP Agent)
User Manual

Industrial Electronic Devices
ADFweb.com S.r.l.
User Manual
LoRaWAN / MQTT
Document code: MN67D36_ENG Revision 1.000 age 2 of 31
INDEX:
age
INDEX 2
U DATED DOCUMENTATION 2
REVISION LIST 2
WARNING 2
TRADEMARKS 2
SECURITY ALERT 3
EXAM LE OF CONNECTION 4
CONNECTION SCHEME 5
CHARACTERISTICS 6
CONFIGURATION 6
OWER SU LY 7
FUNCTION MODES 8
LEDS 9
LORAWAN 10
ETHERNET 11
USE OF COM OSITOR SW67D36 12
NEW CONFIGURATION / O EN CONFIGURATION 13
SOFTWARE O TIONS 14
SET COMMUNICATION 16
LORAWAN ACCESS 21
MQTT SET TO IC 23
U DATE DEVICE 25
LORAWAN AYLOAD 27
MECHANICAL DIMENSIONS 28
ORDERING INFORMATIONS 29
ACCESSORIES 29
DISCLAIMER 30
OTHER REGULATIONS AND STANDARDS 30
WARRANTIES AND TECHNICAL SU ORT 31
RETURN OLICY 31
UPDATED DOCUMENTATION:
Dear customer, we thank you for your attention and we remind you that
you need to check that the following document is:
Updated
Related to the product you own
To obtain the most recently updated document, note the “document code”
that appears at the top right-hand corner of each page of this document.
With this “Document Code” go to web page www.adfweb.com/download/
and search for the corresponding code on the page. Click on the proper
“Document Code” and download the updates.
REVISION LIST:
WARNING:
ADFweb.com reserves the right to change information in this manual about
our product without warning.
ADFweb.com is not responsible for any error this manual may contain.
TRADEMARKS:
All trademarks mentioned in this document belong to their respective
owners.
Revision Date Author Chapter Description
1.000 04/12/2020 Ff All First release version

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User Manual
LoRaWAN / MQTT
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SECURITY ALERT:
G ENERAL I NFORMATION
To ensure safe operation, the device must be operated according to the instructions in the manual. When using the device, legal and
safety regulation are required for each individual application. The same applies also when using accessories.
I NTENDED U SE
Machines and systems must be designed so the faulty conditions do not lead to a dangerous situation for the operator (i.e.
independent limit switches, mechanical interlocks, etc.).
Q UALIFIED P ERSONNEL
The device can be used only by qualified personnel, strictly in accordance with the specifications.
Qualified personnel are persons who are familiar with the installation, assembly, commissioning and operation of this equipment and
who have appropriate qualifications for their job.
R ESIDUAL R ISKS
The device is state-of-the-art and is safe. The instruments can represent a potential hazard if they are inappropriately installed and
operated by untrained personnel. These instructions refer to residual risks with the following symbol:
This symbol indicates that non-observance of the safety instructions is a danger for people that could lead to serious injury or
death and / or the possibility of damage.
CE CONFORMITY
The declaration is made by our company. You can send an email to [email protected]om or give us a call if you need it.

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EXAMPLE OF CONNECTION:

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CONNECTION SCHEME:
Figure 1: Connection scheme for HD67D36-B -xxxMHz

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LoRaWAN / MQTT
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CHARACTERISTICS:
The HD67D36-B2 is a LoRaWAN / MQTT Converter.
It allows the following characteristics:
Electrical isolation between MQTT and ower Supply;
Mountable on 35mm Rail DIN;
Wide power supply input range: 12…35V DC and 8…24V AC;
Wide temperature range: -40°C / 85°C [-40°F / +185°F].
CONFIGURATION:
You need Compositor SW67D36 software on your C in order to perform the following:
Define the parameter of MQTT line;
Define the parameter of LoRaWAN line;
Define the list of LoRaWAN messages in uplink and downlink to the LoRaWAN gateway;
Define which LoRaWAN variables are sent to MQTT Server;
Define which LoRaWAN variables are written by MQTT Server;
Update the device.

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POWER SUPPLY:
The devices can be powered at 8…24V AC and 12…35V DC. For more details see the two tables below.
VAC
VDC
Vmin Vmax Vmin Vmax
8V 24V 12V 35V
Consumption at 24V DC:
Device Consumption [W/VA]
HD67D36-B2-xxxMHz 3.5
HD67D36
-
B2
-
xxxMHz
Caution: Not reverse the po arity power

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LoRaWAN / MQTT
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FUNCTION MODES:
The device has got two functions mode depending of the position of the ‘Dip1 of Dip-Switch A’:
The first, with ‘Dip1 of Dip-Switch A’ at “OFF” position, is used for the normal working of the device.
The second, with ‘Dip1 of Dip-Switch A’ at “ON” position, is used for upload the roject and/or Firmware.
For the operations to follow for the updating, see ‘U DATE DEVICE’ section.
According to the functioning mode, the LEDs will have specifics functions, see ‘LEDS’ section.

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LEDS:
The device has got four LEDs that are used to give information of the functioning status.
The various meanings of the LEDs are described in the table below.
LED Norma Mode Boot Mode
1: Device State (green) Blinks slowly (~1Hz) B inks quick y: Boot state
B inks very s ow y (~0.5Hz): update in progress
2: LoRaWAN communication
(yellow) Blinks when LoRaWAN data is received B inks quick y: Boot state
B inks very s ow y (~0.5Hz): update in progress
3: MQTT communication
(yellow) Blinks when MQTT communication is running B inks quick y: Boot state
B inks very s ow y (~0.5Hz): update in progress
4: Error state (yellow) ON: An error in the communication busses occurs
OFF: No errors are present
B inks quick y: Boot state
B inks very s ow y (~0.5Hz): update in progress

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LORAWAN:
The LoRaWAN® specification is a Low ower, Wide Area (L WA) networking protocol
designed to wirelessly connect battery operated ‘things’ to the internet in regional, national
or global networks, and targets key Internet of Things (IoT) requirements such as bi-
directional communication, end-to-end security, mobility and localization services.
LoRaWAN® network architecture is deployed in a star-of-stars topology in which gateways
relay messages between end-devices and a central network server.
The wireless communication takes advantage of the Long Range characteristics of the LoRa
physical layer, allowing a single-hop link between the end-device and one or many
gateways. All modes are capable of bi-directional communication, and there is support for
multicast addressing groups to make efficient use of spectrum during tasks such as
Firmware Over-The-Air (FOTA) upgrades or other mass distribution messages.
Converters from HD67D36 serie act as end-devices and they can communicate with one or
more LoRwaWAN Gateways.
The converters support all the standard datarates and they work both on public and private
networks.

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ETHERNET:
The Ethernet port is used for programming the device and for MQTT communication.
The Ethernet connection must be made using Connector2 of HD67D36-B2 with at least a Category 5E cable. The maximum length of the
cable should not exceed 100m. The cable has to conform to the T568 norms relative to connections in cat.5 up to 100 Mbps. To connect the
device to an Hub/Switch is recommended the use of a straight cable, to connect the device to a C is recommended the use of a cross cable.

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USE OF COMPOSITOR SW67D36:
To configure the Converter, use the available software that runs with Windows called SW67D36. It is downloadable on the site
www.adfweb.com and its operation is described in this document. The software works with MS Windows (X , Vista, Seven, 8, 10; 32/64bit).
When launching the SW67D36, the window below appears (Fig. 2).
Note:
It is necessary to have installed .Net Framework 4.
Figure : Main window for S
W67D36

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NEW CONFIGURATION / OPEN CONFIGURATION:
The “New Configuration” button creates the folder which contains the entire device’s configuration.
A device’s configuration can also be imported or exported:
To clone the configurations of a rogrammable “LoRaWAN / MQTT - Converter” in
order to configure another device in the same manner, it is necessary to maintain the
folder and all its contents;
To clone a project in order to obtain a different version of the project, it is sufficient to
duplicate the project folder with another name and open the new folder with the
button “Open Configuration”.

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SOFTWARE OPTIONS:
By pressing the “Settings” ( ) button there is the possibility to change the language of the software and check the updatings for the
compositor.
In the section “Language” it is possible to change the language of the
software.
In the section “Connection Options”, it is possible to check if there are some
updatings of the software compositor in ADFweb.com website.
Checking the option “Check Software Update at Start of Program”, the
SW67D36 check automatically if there are updatings when it is launched.

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In the section “Software Settings”, it is possible to enable/disable some
keyboard’s commands for an easier navigation inside the tables contained in
the different sections of the software.

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SET COMMUNICATION:
By ressing the “Set Communication” button from the main window for SW67B19 (Fig. 2)
the window “Set Communication” appears (Fig. 3).
The window is divided in different sections in order to define the different parameters of the
converter:
LoRaWAN
MQTT
Ethernet
TLS (Transport Layer Security)
NT (Network Time rotocol)
Figure 3a: “Set Communication” window

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Figure 3b: “Set Communication  LoRaWAN”
window
L O R A WAN:
This section is used to define the main parameters of LoRaWAN side. The means of
the fields are:
In the field “RF Band” the wireless band used for LoRaWAN communication
is defined;
In the field “Network Type” the type of LoRaWAN network is defined;
If the field “Adaptive Data Rate” is checked, the converter will enable the
ADR functionalities to select the best data rate to be used in relation to the
environmental conditions;
In the field “Data Rate” the data rate for LoRaWAN communication is
defined;
In the field “Transmission Type” the type of LoRaWAN communication is
defined;
In the field “Max Pay oad Size” the maximum dimension of the LoRaWAN
messages is defined (fixed in relation to the data rate selected);
In the field “JoinEUI” the ID of the application server is defined;
In the field “Activation Method” the method used to join into a LoRaWAN
network is defined;
In the field “Device Address” the device identifier (DevEUI) is defined (only
for AB method);
In the field “Network Session Key” the key used for the communication with the LoRaWAN gateway (NwkSKey) is defined (only for
AB method);
In the field “App ication Session Key” the key for encryption and decryption of the payload (AppSKey) is defined (only for AB
method);
If OTAA method is selected, in the field “App ication Key” the secret key for the dynamic activation of the converter in the LoRAWAN
network is defined.

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Figure 3c: “Set Communication

MQTT” window
MQTT:
This section is used to define the main parameters of MQTT line. The means of the
fields are:
In the field “Server URL” the URL or the I Address of the MQTT Server is
defined;
In the field “Server Port” the port used for MQTT communication is defined;
In the field “C ient ID” the Client ID of the converter is defined (if ned);
In the field “Keep A ive (seconds)” the delay with which the Keep Alive
message is sent on MQTT is defined;
If the field “C ean Session” is checked, the last MQTT messages are deleted
by the Server and the Client in case of missing ACK. If unchecked, the
Server and the Client hold the last MQTT messages and, in case of incorrect
disconnection or missing ACK, they try to send again them since all the ACK
messages are exchanged correctly (valid only for QoS 1 and QoS 2);
If the field “Wi F ag” is checked, the converter will publish the Will topic at
the connection to the Server. With this feature, in case of incorrect
disconnection, the Server will publish this topic to all the MQTT Clients that
subscribed it;
In the field “Topic Name Wi ” the topic used for Will message is defined;
In the field “Message Wi ” the payload of the Will message is defined;
In the field “Retained Wi ” the converter will send the Will message with Retain flag enabled. In this way, the Server will hold the
last Will message;
In the field “QoS Wi ” the QoS type for Will message is defined;
If the field “Pub ish Topic on Connection” is checked, the converter will publish a topic at the connection to the Server.
In the field “Topic Name Connection” the topic published at the connection is defined;
In the field “Message Connection” the payload of the connection topic is defined;
In the field “Retained Connection” the converter will send the connection topic with Retain flag enabled. In this way, the Server will
hold the last connection message;
Im the field “Username” the username for the connection to the MQTT server is defined;
In the field “Password” the password for the connection to the MQTT server is defined.

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Figure 3d: “Set Communication

Ethernet” window
Figure 3e: “Set Communication  TLS” window
E THERNET :
This section is used to define the general parameters of Ethernet. The means of the
fields are:
In the field “Ip Address” the I address of the converter is defined;
In the field “SubNet Mask” the Subnet Mask of the converter is defined;
In the field “Gateway” the default gateway of the net is defined. This
feature can be enabled or disabled pressing the Check Box field. This feature
is used for going out of the net;
In the field “DNS” the I Address of the DNS server is defined.
TLS (T RANSPORT L AYER S ECURITY ):
This section is used to define the parameters of TLS protocol. The means of the
fields are:
If the field “Enab e TLS” is checked, the TLS protocol for secure connection
is enabled;
If the field “Server Authentication” is checked, the authentication of the
Server using TLS is enabled. If enabled, in the field “Server Certificate” the
certificate from the Server is defined;
If the field “C ient Authentication” is checked, the authentication of the
Client using TLS is enabled. If enabled:
oin the field “C ient Certificate” the certificate from the Client is
defined;
oin the field “C ient Key” the private key of the Client is defined;
oin the field “C ient Key Password” the password for the private key
of the Client is defined.

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Figure 3
f
: “Set Communication

NTP” window
NTP (N ETWORK T IME P ROTOCOL ):
This section is used to define the parameters of NT protocol. The means of the
fields are:
In the field “Server URL” the URL or the I Address of the NT Server is
defined;
In the field “Po Time (seconds)” the polling time for the time
synchronization is defined.