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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
monitoring service (Tapaculo® 365), or the web
server developed by the user.
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
©2016 DEKIST Co., Ltd.
is
installed,
a
cloud
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
SMS/telephone alarm or schedule to send e-mail
reports.
Block diagram
send
an
emergency
Rev. 1.6
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Table of Contents
Related Manuals for Radionode RN172-W
Summary of Contents for Radionode RN172-W
- Page 1 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...
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Page 2: Product Specifications
Size H25 * W50 * D70 (mm) IEEE 802.11 b/g (WEP,WPA,WPA2) protocol HTTP Power DC6V, 2.4W transmission RADIONODE PROTOCOL HTTP GET protocol PORT 502 , HOLDING REGISTER Buzzer Threshold alarm MODBUS TCP FUNCTIONCODE 03, CH1,CH2 Data 2 color(red/green LED) Supported, TAPACULO365.COM... -
Page 3: How To Operate
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."... - Page 4 USB sensor, along with the DC arrangement, without a power source. Launch the power adapter. Then the basic function of the RADIONODE terminal SW on the PC. When the RN172 (data transmission) will be activated. background color is changed to green, input “radionode114”...
- Page 5 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.
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Page 6: Console Menu
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. -
Page 7: Network Setting
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. -
Page 8: System Configuration
Input the address of the DNS1 server. Input the address of the DNS2 server. Input the subnet mask value. 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. Change the port that is used for UDP broadcasting. - Page 9 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 ]...
- Page 10 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)
- Page 11 6. Display An RN171 device is equipped with three indicative devices (LED, CH1 DISPLAY, and CH2 DISPLAY). LED may operate in two colors. In most cases, you will see a green light, which means that the equipment is functioning normally. When data is transmitted or an alarm is sounded, the lamp will turn red. The CH1/CH2 DISPLAY normally indicates the data value.
- Page 12 Automatic data backup Automatic data recovery USB connection (change with the detailed settings) Appears when the data could not Appears when data Appears when the device is be sent to Tapaculo365. The storage is retransmitted to the connected to the PC through the numbers below show...
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Page 13: Telnet (Command)
7. Telnet (command) While the RN171 device is in operation, the user may access the device through Telnet. After accessing the device through Telnet, input the AT command to view or change the settings of the RN171 device. The default port number is 23. AT Command Contents Answer... - Page 14 8. Definition of the HTTP protocol RN171 defines and uses the RADIONODE HTTP. It sends HTTP GET requests to the server at regular intervals. When a request has been made, the data needed as the parameters are sent together. Rather than using the PULL method, where the server reads in the data, we are using the Push method, where the data is pushed up to the server, which web developers are more familiar with.
- Page 15 9. MODBUS TCP Protocol Definition It is possible to read the currently measured data from RN171 through MODBUS TCP communication. The data is updated to “HOLDING REGISTER” in real time. The 4 BYTE FLOATING POINT and 2 BYTE UNSIGNED INT formats are supported. Reading is possible. In the case of 2 BYTE UNSIGNED INT, the decimal digits are ignored, and only the integers are delivered.
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Page 16: Installation Of The Device
10. How to Use the Tapaculo365.com Web Service If the RN171/172 products can be connected to the internet, the field data can be monitored from a remote place with ease. 10.1 Installation of the device Connect the RN171/172 devices to the power source and proceed with the establishment of an internet connection. - Page 17 address). Press the Add a Device button to open a pop-up window. Then input the descriptive text on the device. Then press Save to complete the addition of the device. The device will play a melody to indicate that the registration process has been completed. 10.3 Add a new channel Once a new device is added, add a data that transmits the actual data.
- Page 18 10.4 Use the web service After completing the channel registration, you may use the various features, such as the report, dashboard, or alarm setting, of S2.Tapaculo365.com. All the customers who purchased this product may use these features basically free of charge. If you require advanced features, you may switch to the paid services.
- Page 19 11. How to Use the Tapaculo Lite PC Bundle Software 11.1 Install Tapaculo Lite in your PC Install Tapaculo Lite on a Windows-operated PC, and launch the program. Click "Create Project" to create a new project and add the devices. 11.2 Add a new device to Tapaculo Lite Access the Create Project menu, and you will see the RN171 devices detected as Broadcasting.
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Page 20: Software Download
12. Certification ▷ FCC Class A digital device NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to pro-vide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications.