Radionode RN172-W Manuel utilisateur
©2016 DEKIST Co., Ltd. Rev. 1.6
RN172
RADIONODE WiFi Data Transmitter
Supports WiFi
Temperature/Humidity, Thermocouple, PT100, 4-20mA
For making phone calls/sending text messages
Supports cloud monitoring(Tapaculo365)
Supports MODBUS TCP /HTTP GET Method
2CH LED display on the front
Sound buzzer inside
Product Overview
The RN172 WiFi data transmission device
delivers the data from the UA sensor products
to a remote receiver through the WiFi. The
remote receiver refers to the PCs where the
Tapaculo software is installed, a cloud
monitoring service (Tapaculo®365), or the web
server developed by the user.
The RN172 device is equipped with a display on
the front to show the data, and with a buzzer to
sound the alarm when the limit value is
exceeded. The system also provides a cloud
monitoring service, one of the advanced features
of the system (Tapaculo®365). Using this service,
it is possible to send an emergency
SMS/telephone alarm or schedule to send e-mail
reports.
Purpose
•Gathering sensor information
through the network
•Establishment of an integrated
control system
•Establishing an industrial alarm
system
Application
•Food storage (freezer, refrigerated)
•Bio laboratory
•Building energy use monitoring
•Medicine storage
•Semiconductor production line
Order number
•MODEL : RN171
Block diagram
©2016 DEKIST Co., Ltd. Rev. 1.6
1. Product Specifications
RN172 Product Specifications
Size
H25 * W50 * D70 (mm)
Communication
protocol
IEEE 802.11 b/g (WEP,WPA,WPA2)
Power
DC6V, 2.4W
HTTP
transmission
protocol
RADIONODE PROTOCOL HTTP GET
Buzzer
Threshold alarm
MODBUS TCP
PORT 502 , HOLDING REGISTER
FUNCTIONCODE 03, CH1,CH2 Data
LED
2 color(red/green LED)
SMS
transmission
Supported, TAPACULO365.COM
USB Port
For connecting to the PC for
setting or connecting with
the UA series product
Making phone
calls
Supported, TAPACULO365.COM
Compatible USB
sensors
Use RADIONODE UA series.
Cloud
monitoring
S2.TAPACULO365.COM LOGIN
Display
LED display on the front for
displaying Data or IP
add[d1].
Data
transmission
frequency
Can be configured every minute
(minimum)
Mounting
Direct attachment through
bolts
Telnet/
Broadcasting
TCP Port 23
UDP Port 50000 (device detection)
2.Contents
Model
Contents
RN172-W
RN172W main device (1), USB cable (1), USB gender (1), DC power adapter
©2016 DEKIST Co., Ltd. Rev. 1.6
3. How to Operate
Connecting when using WiFi
Access to RN172 on a smartphone
Step 1
Turn on the power without connecting the USB
to see “SOFT AP”displayed on the screen. Here,
change the WiFi connection to an AP whose
SSID is "RN172_XXXX."
Step 2
After connecting the RN172 unit to the WiFi,
access 192.168.1.3 through the web browser.
Then access RN172 through your mobile
phone.
Step 3
Press the WiFi Scan button to search for a WiFi
AP nearby.
Step 4
Select the SSID of the AP to be used by the RN172
in the future. Then input the password and save.
The display of the RN172 will show “SAVE DONE,”
and the saving is completed. The password will not
be shown. Use caution when entering the
password.
©2016 DEKIST Co., Ltd. Rev. 1.6
Establishing a regular connection after setting
the WiFi
How to establish a connection when changing
the internal settings
After completing the WiFi setting, connect the UA
product, which is a USB sensor, along with the DC
power adapter. Then the basic function of the
RN172 (data transmission) will be activated.
To make changes in the internal settings of the
RN172, connect the USB cable to the PC with a 1:1
arrangement, without a power source. Launch the
RADIONODE terminal SW on the PC. When the
background color is changed to green, input
“radionode114”to access the configuration screen.
Radionode Terminal S/W
©2016 DEKIST Co., Ltd. Rev. 1.6
4. How to Operate
4.1 Data logging by the local PC
RN172 is a suitable product for establishing an integrated monitoring server through the wireless
internet. It is used to transmit the data gathered by UA10, UA11, etc. The image above is an example of a
configuration of the monitoring server through the intranet, without being connected to the internet. It
may automatically be assigned an IP or the user may manually assign a fixed IP to it. The Tapaculo Lite
software provided as a part of the package is used to detect a device and to make requests for the data
to the device. The data received from the device is saved in the DB.
4.2 Data logging in a remote location
Via the internet, the product can be used to gather information from other devices located in a remote
place. Each RN172 device will do with a private IP from the internet router. No separate public IP is
necessary. Tapaculo365.com supports data gathering. It provides free accounts, with which you can use up
to 20 data channels. The registration of the device is done by inputting the MAC address indicated on the
side of the RN172 unit.
©2016 DEKIST Co., Ltd. Rev. 1.6
5.Console Menu
Using the USB cable, you can access the configuration menu through the PC. While the RN172 is not
powered on, use the USB cable to connect the RN172 unit to a PC. When power is supplied through the
USB cable, the device automatically operates in the reconfiguration console mode. Then, you can see a
new COM port created on the PC.
When the RADIONOTE terminal software is launched in the PC, it automatically searches for a COM port
and connects to it. When it is connected to a COM port, the background will turn green.
Also, you can use a Telnet terminal to access the same console menu. As the system is set to the DHCP
mode by default, you can view the IP address on the LED display when the system is powered up. When
establishing a connection with Telnet, enter the “ATSCON”command to jump to the console menu screen.
If there is no input made for five minutes, the connection will automatically be disengaged.
©2016 DEKIST Co., Ltd. Rev. 1.6
Use the terminal software to access the COM port, or use Telnet to input “radionode114.”Then, you can
access the configuration console menu as shown here.
-----------------------------------------
RADIONODE RN172 SERIES SYSTEM INFORMAION
PRODUCT MODEL : RN172
HTTP INTERVAL : 5 Min.
DATA DESTINATION : TAPACULO365.COM
ETHERNET MAC : 001EC01268E4
VIRTUAL MAC : 001EC01268E4
WIFI SSID : iptime
WIFI KEY : **************
WIFI SECURE MODE : WPA w/AUTO
CURRENT IP ADDR : 192.168.1.3
MODBUS TCP PORT : 502
BUILD VERSION : Mar 31 2016
NVM PARAM SIZE : 976
WIFI FIRMWARE : 3108
HTTP BACKUP DB : 36040, Stored Samples(0)
-----------------------------------------
[Radionode RN170 Config Information.]
1.Network Setup.
2.System Setup.
3.Buzzer/Siren Setup.
4.HTTP Destination Setup.
5.MODBUS TCP Setup.
9.Quit(Back to normal Operation)
5.1 Network setting
[1.NETWORK SETUP MENU.]
A.Set DHCP [OFF]
B.Set IP Address [ 000.000.000.000 ]
C.Set GATEWAY Address [192.168.137.002 ]
D.Set DNS1 Address [192.168.137.002 ]
E.Set DNS2 Address [000.000.000.000 ]
F.Set SUBNET MASK [255.255.255.000]
G.Set VMAC [001EC01268E4]
H.Set UDP Broadcasting Port [50000]
I.Set TELNET Port [23]
J.Set WIFI SSID [iptime]
K.Set WIFI PASSWORD [123456789$]
L.Set WIFI SECURITY MODE [WPA w/AUTO]
S.Scan WIFI AP
Q.Quit.
A. Set DHCP ON/OFF. If you are to use a fixed IP, set it OFF. If you are using a router, set it ON.
B. When using a fixed IP, input the IP address manually.
C. If the DHCP mode is OFF, this menu will not appear.
D. Input the gateway IP address manually.
©2016 DEKIST Co., Ltd. Rev. 1.6
E. Input the address of the DNS1 server.
F. Input the address of the DNS2 server.
G. Input the subnet mask value.
H. The VMAC has the same value as the MAC of the Ethernet. This is mainly used as a unique ID
value. Even when you change the VMAC value, the actual MAC value will not change.
I. Change the port that is used for UDP broadcasting.
J. Change the access port number on Telnet.
K. Input the SSID of the WiFi AP.
L. Input the password for the WiFi AP.
M. Select the security mode of the WiFi AP.
N. Search for and select a nearby WiFi AP.
5.2 System configuration
[2.SYSTEM SETUP MENU.]
A.Set Device Name [ DEVICE-001ec01268e4]
B.Set Destination of HTTP[ TAPACULO365 ]
C.Set HTTP Update Interval [ 5 Min.]
G.Set FND Display Mode [ CH1&CH2 ON ]
H.Set Debug Print [ OFF ]
Q.Quit.
A. Change the name of the device. The default value is "Device-MAC address."
B. Select the transmission protocol for the data gathered. You can choose TAPACULO365 or CUSTOMER
SERVER. Use the Customer Server setting if the server was developed by the user. An HTTP GET call
is made to the server designated by the user. The detailed configurations will be made in 5. HTTP.
C. Select the data transmission frequency. It can be configured every minute (minimum).
D. Choose whether to use the LED display on the front or not to. Both CH1/CH2 can be set ON or OFF.
©2016 DEKIST Co., Ltd. Rev. 1.6
5.3 Channel alarm setting
[3.BUZZER&SIREN SETUP MENU.]
A.Set Alarm Trigger Mode [ CH1 OR CH2 ]
B.Set Alarm CH1 Min [ 0.00 ]
C.Set Alarm CH1 Max [ 0.00 ]
D.Set Alarm CH2 Min [ 0.00 ]
E.Set Alarm CH2 Max [ 0.00 ]
F.Set BUZZER Alert Enable [ SOUND ON ]
G.Set Remote SIREN DEVICE Enable [ OFF ]
(QLIGHT MODEL:ST56EL-ETNS-2-WS)
H.Set Remote SIREN DEVICE IP [ 192.168.1.111]
I.Set Remote SIREN DEVICE Port [ 2000 ]
Q.Quit.
A. Select the channel to use the alarm. The available channels are NOALRAM, CH1, CH2, CH1 AND
CH2, and CH1 OR CH2.
B. Input the Min value of Channel 1.
C. Input the Max value of Channel 1.
D. Input the Min value of Channel 2.
E. Input the Max value of Channel 2.
F. Choose whether to use the internal buzzer in the RN172 or not to (SOUND ON/OFF).
G. Turn the remote alarm lamps (siren) ON/OFF.
The alarm lamp model supported is ST56EL-ETNS-2-WS by QLIGHT CO. LTD.
H. Input the IP of the remote alarm lamp.
I. Input the port of the remote alarm lamp.
5.4 HTTP Request setting
[4.HTTP DESTINATION SETUP MENU.]
A.Set HTTP Host URL [ 100.10.10.112 ]
B.Set HTTP Host Port [ 80 ]
C.Set HTTP NMAC [ 0000D880393E05ED ]
D.Set HTTP DATAIN File[/test.jsp]
Q.Quit.
A. Input the URL of the server that receives the information through the HTTP protocol.
B. Input the port number of the server.
C. Input the NMAC to be transmitted to the data server. For an NMAC, add "0000" before the VMAC.
D. Input the name of the page to which the data is to be sent through the GET method. Submit a GET
request to the host on the HTTP protocol. The parameters of the GET request should include the
data values, device IP addresses, and more. For more details, see <8. Definition of the HTTP
protocol>.
©2016 DEKIST Co., Ltd. Rev. 1.6
5.5 MODBUS TCP setting
From the PLC or the PCs, etc., you may use MODBUS TCP to access the RN172, to find out the values of
CH1 and CH2 inside.
[5.MODBUS TCP SETUP MENU.]
------------------------------------------------------------------
HOLDING REGISTER (16BIT),FUNCTION CODE 3
------------------------------------------------------------------
OFFSET [0] : CH1 FLOATING 32BIT VALUE (16BIT LOW)
OFFSET [1] : CH1 FLOATING 32BIT VALUE (16BIT HIGH)
------------------------------------------------------------------
OFFSET [2] : CH2 FLOATING 32BIT VALUE (16BIT LOW)
OFFSET [3] : CH2 FLOATING 32BIT VALUE (16BIT HIGH)
------------------------------------------------------------------
OFFSET [4] : CH1 INTEGER 16BIT VALUE (16BIT)
------------------------------------------------------------------
OFFSET [5] : CH2 INTEGER 16BIT VALUE (16BIT)
------------------------------------------------------------------
A.Set MODBUS TCP PORT[ 502 ]
B.SetByteReverse [ 0] (1:Reversed,0:None)
Q.Quit.
A. Change the port number used by MODBUS TCP. Normally, the port number is set to 502.
B. Turn Byte Reverse ON/OFF. Select On(1) to change the sequence of the byte.
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