inveo Nano POE User manual

User manual
Nano Temperature Sensor POE
Nano Temperature Sensor
Soft >= 1.21
INVEO s.c.
ul. Rzemieślnicza 21
43-340 Kozy
tel: [phone]
www.inveo.com.pl
[email protected]

Dear Customer!
Thank you very much for choosing our product. Before its use, please read these
instructions carefully. Here you find the most appropriate ways of dealing with this
device, the basic principles of safety and maintenance. Please, also keep the user manual
so that you can read it during later use.
Attention!
The manufacturer is not liable for an damage caused b improper use of
the device which differ from its intended purpose, or improper handling, as well
as a fault of driver resulting from improper use.
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Contents:
1 PRELIMINARY INFORMATION...................................................................................................................4
2 APPLICATION OF THE DEVICE..................................................................................................................5
3 WARRANTY AND LIABILITY OF THE MANUFACTURER...................................................................5
4 SAFETY GUIDELINES.....................................................................................................................................6
4.1 STORAGE, WORK AND TRANSPORT CONDITIONS.........................................................................................................6
4.2 INSTALLATION AND USE OF THE DEVICE..................................................................................................................6
4.3 DECOMMISSIONING OF THE DEVICE.........................................................................................................................6
5 CONSTRUCTION OF THE DEVICE..............................................................................................................7
5.1 NANO TEMPERATURE SENSOR POE.......................................................................................................................7
5.2 NANO TEMPERATURE SENSOR..............................................................................................................................9
6 CONFIGURATION OF THE DEVICE.........................................................................................................11
6.1 CHANGING THE DEVICE S IP ADDRESS BY DISCOVERER APPLICATION.........................................................................11
6.2 CHANGING THE PC S SUBNET ADDRESS, FOR THE DEVICE CONFIGURATION..................................................................12
6.3 SECURITY SETTINGS AND ADMINISTRATION............................................................................................................14
7 THE DEVICE FUNCTIONS...........................................................................................................................15
7.1 PREVIEW OF THE MEASURED TEMPERATURE...........................................................................................................15
7.2 ALARMS..........................................................................................................................................................15
7.3 DESTINATION CLIENT........................................................................................................................................17
7.4 SNMP CONFIGURATION....................................................................................................................................21
7.5 WINDOWS COMMAND LINE SOFTWARE..................................................................................................................22
7.6 LINUX CONTROL PROGRAM.................................................................................................................................22
7.7 MODBUS TCP.................................................................................................................................................23
7.8 MQTT INVEO.................................................................................................................................................24
7.9 COMMUNICATION WITH MODULE USING HTTP......................................................................................................25
7.10 DESCRIPTION OF THE COMMUNICATION PROTOCOL................................................................................................27
8 COMMUNICATION WITH THE MODULE FROM THE E TERNAL NETWORK...........................28
9 CHECKING THE IP ADDRESS.....................................................................................................................28
10 DHCP................................................................................................................................................................28
11 RESTORING FACTORY DEFAULTS........................................................................................................29
12 FIRMWARE UPDATE..................................................................................................................................29
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1 Preliminar information
Before starting work with the device, read The User manual and follow the
instructions contained therein!
Description of visual symbols used in this user manual:
This symbol is responsible for reviewing the appropriate place in the
user instructions, warnings and important information. Failure to
follow warnings could cause injury or damage to the device
Important information and guidelines
Following this guidelines makes the use of the device easier
Attention: The screenshots in this manual can be dissimilar from actual images at
the time of the device purchase. Due to continuous development of the devices software,
some of the functions may differ from these in the manual. The manufacturer claims no
responsibility for any undesirable effects (misunderstanding) caused by changes of
the software.
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2 Application of the device
NANO Temperature Sensor module is used to read temperature over different LAN
protocols. The temperature readout is possible using built in www website, HTTP GET,
Modbus TCP, SNMP and MQTT protocols. This module can communicate with other Inveo
modules and e.g. trigger relay actions.
3 Warrant and liabilit of the manufacturer
The manufacturer provides a 2-year warranty on the device. The manufacturer also
provides post-warranty service for 10 years from the date of the introducing the device
on the market. The warranty covers all defects in material and workmanship.
The manufacturer undertakes to comply with the contract of guarantee, if the following
conditions are met:
all repairs, alterations, extensions and device calibrations are performed by the
manufacturer or authorized service,
supply network installation meets applicable standards in this regard,
the device is operated in accordance with the recommendations outlined in this
manual,
the device is used as intended.
The manufacturer assumes no responsibility for consequences resulting from improper
installation, improper use of the device, not following this manual and the repairs of the
device by individuals without permission.
This device doesn’t contain serviceable parts.
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4 Safet guidelines
The device has been designed and built using modern electronic components, according
to the latest trends in the global electronics. In particular, much emphasis was placed on
ensuring optimum safety and reliability of control. The device has a housing with a high-
quality plastic.
4.1 Storage, work and transport conditions
The device has to be stored in enclosed rooms which are free of caustic vapors and
substances and also meet the requirements:
surrounding temperature from -30°C to +60°C,
humidity from 2 to 90%,
atmospheric pressure from 700 to 1060hPa.
The device working conditions:
surrounding temperature from -10°C to + °C,
relative humidity from 30% to 7 %,
atmospheric pressure from 700 to 1060hPa.
Recommended transport conditions:
surrounding temperature from -40°C to +8 °C,
relative humidity from % to 9 %,
atmospheric pressure from 700 to 1060hPa.
4.2 Installation and use of the device
The device should be used following the guidelines shown in next part of the
user manual.
4.3 Decommissioning of the device
When it becomes necessary to recycle the device (for instance, to decommission the
device from service), please contact the manufacturer or its representative, who are
obliged to respond, appropriately, i.e. collecting the device from the user. You can also
ask the companies involved in recycling of electrical or computer equipment. Under no
circumstances should you place the device along with other waste material.
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5 Construction of the device
5.1 ano Temperature Sensor PoE
Technical data:
Power supply::
PoE: 33- 7V POE IEEE 802.3af
DC: 10-24VDC (screw terminals 3, mm)
Power consumption: max 1, W
Inputs:
1 input: input type: 1-wire bus
type of sensor: DS18B20
temperature measured: - °C do +12 °C
screw connection
Communication:
1 port Ethernet: 10Mbps
PoE IEEE 802.3af
Housing:
IP Code: 30
Dimensions:
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General features:
The device has a 7-segment display.
There are several ways to communicate with the module:
•using built in WWW server via any web browser,
•Windows / Linux command line programs,
•MODBUS TCP protocol,
•SNMP protocol,
•MQTT Inveo protocol,
•User application – TCP protocol available for user.
Description of the module connectors:
•LAN – LAN connection and PoE IEEE 802.3af power supply,
•RESET – switch used to enabling DHCP service, checking the current IP address
and restoring the module to the factory settings.
•1-WIRE – screw connection for connection of the temperature sensor,
•POWER – power connector. An additional power connector used in the event of a
PoE power failure. Supply voltage 10-24VDC.
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5.2 ano Temperature Sensor
Technical data:
Power supply:
The module is adapted to 12-24VDC power supply.
Power is supplied through the PoE adapter.
Inputs:
1 input: input type: 1-wire bus
type of sensor: DS18B20
temperature measured: - °C do +12 °C
screw connection
Communication:
1 port Ethernet: 10Mbps
passive PoE 12-24VDC power supply
Housing:
IP Code: 30
Dimensions:
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General features:
The device has two LEDs. LEDs indicate power supply and temperature reading.
There are several ways to communicate with the module:
•using built in WWW server via any web browser,
•Windows / Linux command line programs,
•MODBUS TCP protocol,
•SNMP protocol,
•MQTT Inveo protocol,
•User application – TCP protocol available for user.
Description of the module connectors:
•LAN – LAN network and Passive PoE power supply,
•RESET – switch used to enabling DHCP service and restoring the module to the
factory settings.
•1-WIRE – screw connection for connection of the temperature sensor.
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6 Configuration of the device
The device when used for first time needs to be configured.
There are two methods to do so. The network configuration can be easily changed by
Inveo “Discoverer” (https://inveo.com.pl/software/) software:
6.1 Changing the device's IP address by Discoverer application
When the “Discoverer” is opened and the relevant device is found, choose Interface list
box and click on Change IP button.
In a new opened dialog box, settings such
as IP address, MASK, GATEWAY, DNS1/DNS2
and the Host name can be changed.
Please save correct settings by choosing
Change button.
If Remote Config is disabled (enabled by default), it is necessary to configure
the device by changing the computer's subnet (chapter 6.2).
To enable the remote configuration it is necessary to enter Administration tab
and mark Enable Remote Network Config.
Save the setup by selecting Save Config button.
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6.2 Changing the PC's subnet address, for the device configuration
After the device is connected to a network, a subnet address of a PC which is connected
to the same network has to be changed.
To do so, go to the PC's MS Windows network configuration: Start->Control panel
->Network and Sharing Center->Network and Internet->Network Connections, choose
the related controller and right click on „Properties”.
After selecting this option configuration window will show up:
Next choose "Internet Protocol (TCP/IP)", double click on it and enter following settings:
After saving changes by clicking OK, open an Internet browser and enter in the browser's
address line: 192.168.111.15.
Default user name/password: admin/admin00
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Changing network settings in MS WINDOWS
Illustrative TCP/IP protocol settings

In the etwork tab it is possible to change LAN parameters.
To change the network settings, use the following fields:
•Host ame – NETBIOS name,
•DHCP – checking this box forces use of the address assigned by the DHCP server,
•IP Address – the IP address of the reader,
•Gateway – network gateway,
•Subnet Mask – IP subnet mask,
•Gateway – network gateway,
•D S1, D S2 – DNS servers addresses.
•Destination IP – the IP address of the device in the M2M connection
(chapter 7.3),
•Destination Port – the listening port of the external device in the M2M
connection.
After all changes, select Save Config.
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6.3 Security settings and administration
The Administration settings allow for changing access password and to enable/disable
particular services in the device.
Password change
To change password, in the Current Password field write a current password. Next,
in the New Password field write your new password and confirm it at Re-t pe
Password field.
Service settings
The device allows to choose which services are to be available. Selecting the check box
next to the service name activates the selected service.
Enable Program Access – a service of access by a computer program (Windows, Linux)
and TCP / IP protocol operating on port 9761,
Enable MODBUS TCP Protocol – enables Modbus TCP server,
Enable SNMP – enables SNMP protocol supporting,
Enable Destination Client – connecting to a remote host service (chapter 7.3),
Enable MQTT Inveo – a service that sends data to the INVEO MQTT cloud,
Enable Remote Network Config – remote configuration (via the Discoverer
application),
Enable TFTP Bootloader – enables a bootloader.
Attention:
TFTP Bootloader and Remote Network Config ought to be disabled during normal
work operation. It should be enabled for a firmware update only.
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7 The device functions
7.1 Preview of the measured temperature
In the Home tab, the current temperature read from the sensor connected to the bus is
displayed and the over temperature condition is signaled.
7.2 Alarms
In the Channel tab, it is possible to set alarm thresholds. If the temperature is out of
range, the alarm will be active.
Alarm Mode
•Off – alarm disabled,
•Lower – if the temperature is lower than value set in the Alarm Low field,
the alarm will be active.
•Higher – if the temperature is higher than value set in the Alarm High field,
the alarm will be active.
•Lower or Higher – if the temperature is lower than value set in the Alarm Low
field or if the temperature is higher than value set in the Alarm High field,
the alarm will be active.
Sensor Offset – the value that will be added to the measured value.
All changes must be confirmed with the Save button.
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The occurrence of an alarm condition is signaled on the homepage of the module, and
the display or LED is flashes.
If the alarm is active, the virtual output No. 1 is enable (<on>00000001</on>).
The virtual output state is in the status.xml resource.
http://192.168.111.15/status.xml
<response>
<prod_name>Nano-DS</prod_name>
<sv>1.17</sv>
<mac>54:10:EC:BB:61:17</mac>
<out>00000000</out>
<on>00000001</on>
<in>00000000</in>
<counter1>0</counter1>
<temp1>18.8</temp1>
</response>
Attention!
If an alarm has occurred, return to normal device operation (without alarm signaling) will
take place only after crossing the hysteresis zone equal to 1 degree Celsius.
For example, if the Alarm Low is set to 20 degrees Celsius, the alarm will be activated
when the temperature reaches 20 degrees and turns off when the temperature reaches
21 degrees Celsius.
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7.3 Destination Client
Inveo devices as LanTick, Nano Temperature Sensor, Nano Digital Input, Nano Relay
Output or others are able to send information data to the server or to another
module with outputs using the TCP or UDP protocol. It means that this another module
can react to activation of channel or when alarm occurs (Nano Sensors).
The message is sent each time state is changed and additionally every seconds.
Configuration of devices receiving messages (external devices)
To enable the service, enter the Administration tab and select Enable Program
Access and confirm with the Save Config button.
Configuration of devices sending alarm status messages
To enable the service, enter the Administration tab and select Enable Destination
Client and confirm with the Save Config button.
In the etwork tab, fill in the Destination IP and Destination Port fields.
The Destination IP field is an IP address of the external device or a server.
The Destination Port field is a port number of the external device (9731 by default).
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Then, in the Channel tab select the appropriate output which will be enabled in the
external device or – select type of the message.
The user can choose the following fields:
•TCP Ch:x – the function uses the connection protocol i.e. the TCP protocol.
Number Ch:x is selected output channel in an external device, e.g. LanTick, which
will be enabled when the channel state of the local device changes. The TCP frame
sends in the format #1,
•UDP Ch:x – the function uses the connectionless protocol i.e. the UDP
protocol. Number Ch:x is selected output channel in an external device, e.g.
LanTick, which will be enabled when the channel state of the local device changes.
The UDP frame sends in the format #1,
•Status – sends the device channel status, TCP frame sent in the format #2,
•MAC+Status – sends the MAC address of the device and current channel status,
TCP frame sent in the format #3,
•HTTP GET – sends the MAC address of the device current alarm status and
temperature value, frame sent in the format #4.
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TCP frames formats
Format #1
The frame in the format #1 is sent in binary form.
An example TCP frame sent with active alarm and Dest:5 set
SOF CMD CH F_ID ALARM !ALARM TEMP RES RAW
LSB
RAW
MSB
CRC
0x0F 0x01 0x04 0xFF 0x01 0xFE 0x0F 0x00 0x01 0x57 0x7F
An example TCP frame sent with inactive alarm and Dest:5 set
SOF CMD CH F_ID ALARM !ALARM TEMP RES RAW
LSB
RAW
MSB
CRC
0x0F 0x01 0x04 0xFF 0x00 0xFF 0x0F 0x00 0x01 0x57 0x7F
Values RAW_LSB and RAW_MSB is the temperature read directly from the sensor.
The temperature read off should be divided by 16
Value TEMP it's the temperature without the decimal part.
Calculation of CRC:
CRC = (SOF+CMD+CH+F ID+ALARM+!ALARM+TEMP+RES+RAW LSB+RAW MSB) MOD 256
Format #2
The frame #2 is sent as a string (STRING).
<ALARM>[SPACE]<TEMPERATURE>
•ALARM – value 1 means an alarm is active, 0 means an alarm is inactive
•TEMPERATURE – read temperature
Value in HEX STRING
30 20 33 39 2E 3 0 39.
Format #3
The frame #3 is sent as a string (STRING).
<MAC>[SPACE]<ALARM>[SPACE]<TEMPERATURE>
•MAC – network address of the module,
•ALARM – value 1 means an alarm is active, 0 means an alarm is inactive,
•TEMPERATURA – read temperature.
Value in HEX STRING
3 34 31 30 4 43 36 3 3 30 32 31 20 30 20 34 36 2E 39 410EC6 021 0 46.9
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Format #4
Setting Client Mode to HTTP GET causes that the device sends data to the server in the
form:
nano.php?mac=<MAC>&io=<Alarm>&cnt=<Temperature>
•MAC – MAC address,
•Alarm – value 1 means active alarm, 0 means inactive alarm,
•Temperature – counter temperature value.
An example of a frame received by the server:
GET /nano.php?mac=123456789012&io=0&value=7
MAC address = 1234 6789012,
io=0, the input is inactive
value=7, the current temperature value 7
The TCP frame can be handled with our own software.
An example of using the netcat command for Linux:
Format #1
Format #2
Format #3
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