Related Manuals for Radionode RN171WC
Summary of Contents for Radionode RN171WC
- Page 1 Ethernet Sensor Data Transmitter RN171WC User Manual 2021 | Rev. 1.03 Keep this document nearby so that it may be referred to when needed.
-
Page 2: Table Of Contents
Intellectual Property Rights Notational Conventions Introduction Key Features Exterior Compatible UA Sensors Accessories Specifications Configuration Network System Alarm Customer Server Modbus Installation Installation Connecting Network Cable Connecting UA Sensor Display Radionode Adding Devices from Your Smartphone Adding Devices from Your Computer... - Page 3 Tapaculo Lite Installing Software Starting Tapaculo Lite Customer Service Information Manufacturer Contact Information Warranty Limit of Liability Certifications Telnet Commands HTTP Radionode Protocol V1 Data-in Backup-in Timestamp HTTP Radionode Protocol V2 Check-in Data-in Modbus Registration Order List UA Sensor Accessories...
-
Page 4: About This Manual
About This document contains instructions for usage and installation of the RADIONODE RN171WC. Product specifications and certain features ® this herein may be subject to change without prior notice. Figures used in this manual are for explanatory purposes only, and may differ Manual from your system depending on installation conditions. -
Page 5: Introduction
Introduction The RADIONODE RN171WC is a data transmitter for UA Series sensors that uses a network connection to send measurements to the Radionode365 server or Tapaculo Lite program. Key Features Key features of RN171WC include: Compatibility with a wide variety of UA sensors. -
Page 6: Exterior
❷ ❸ Display Indicator Power Jack ❹ ❺ USB Port Ethernet Port Compatible The following UA sensors are compatible with the RN171WC. UA10 Temperature, RH UA Sensors UA11-K Temperature (Type K Thermocouple) UA11-T Temperature (Type T Thermocouple) UA13 Temperature (PT100) UA20A 4 〜20 mA... -
Page 7: Accessories
Accessories The RN171WC comes with the following accessories: UA Sensor USB Cable Sensor Stickers Protective Cover Power Adapter (Optional) We recommend using a PoE (Power over Ethernet) supported router. When connected to a PoE router, an adapter is not required, as power is supplied through a network cable. -
Page 8: Configuration
Configuration Before installing, connect the RN171WC to your computer and change the settings using the Radionode Terminal program. Install Radionode terminal by downloading from the Radionode website (www.radionode365.com). Without a power connection, connect RN171WC to your computer using a USB cable. -
Page 9: Network
Off " and configure as shown below to use a static IP address: B.Set IP Address [xxx.xxx.xxx.xxx] B.Set IP Address [xxx.xxx.xxx.xxx] Enter the IP address assigned to RN171WC. C.Set GATEWAY Address [192.168.xxx.xxx] C.Set GATEWAY Address [192.168.xxx.xxx] Enter the gateway IP address. -
Page 10: System
System Select 2.System Setup 2.System Setup to change system settings. A.Set Device Name [DEVICE-xxxx0000xxxx] A.Set Device Name [DEVICE-xxxx0000xxxx] Edit the device name. Default name includes the Mac address. B . S e t D e s t i n a t i o n o f H T T P [ R a d i o n o d e 3 6 5 o r B . -
Page 11: Alarm
Alarm Select the 3.Buzzer/Siren Setup 3.Buzzer/Siren Setup menu to set alarm conditions. A.Set Alarm Trigger Mode [CH1 OR CH2] A.Set Alarm Trigger Mode [CH1 OR CH2] Select one or two channels to link the alarm to (there are UA sensors with two measurement channels). B.Set Alarm CH1 Min [0.00] B.Set Alarm CH1 Min [0.00] Enter the lower limit of the normal range allowed for Channel 1. -
Page 12: Customer Server
If you are using a POST-method HTTP request, enter "0" to disable this feature. For more information, see HTTP Radionode Protocol V1 on page 30 and see HTTP Radionode Protocol V2 on page... -
Page 13: Modbus
Modbus Modbus TCP communication is supported for link with PLC. Select 5.MODBUS TCP Setup 5.MODBUS TCP Setup to change Modbus settings. A.Set MODBUS TCP PORT [502] A.Set MODBUS TCP PORT [502] Enter the port number for Modbus communication (generally port number = 502) . -
Page 14: Installation
Installation Installation Secure the main body to the wall with 2 screws. Connecting Connect the network cable to the Ethernet port. Network Cable When connected to a PoE-Fi router, an adapter connection is not required, as power is supplied through a network cable. -
Page 15: Connecting Ua Sensor
Connecting Insert the UA sensor into the USB port. UA Sensor There are two protrusions at the top of the sensor protective cover and two holes at the bottom of the body. Place the sensor protective cover over the UA sensor so that the two protrusions fit into the two holes. -
Page 16: Display
Display The display shows measurements and the status of the device. Channel 1 measurement appears at the top of the display and Channel 2 measurement appears at the bottom. When the device is turned on, the last six digits of the assigned IP address will appear. -
Page 17: Radionode 365
Radionode Radionode365 is a cloud-based sensor monitoring web application operated by DEKIST, a radionode manufacturer. We offer data storage for all sensor-measured data, and provide various features such as emergency alarms, reports, and real-time status based on stored data. This chapter outlines how to add new devices and channels to Radionode365. -
Page 18: Adding Devices From Your Smartphone
Adding At the New Device page, you will find a unique QR code for your account. The QR code allows you to easily add devices and channels Devices to your smartphone. from Your Smartphone Scan the QR code with your smartphone. Alternatively, copy the link address from the QR code image and send it to your smartphone. - Page 19 Enter the i-code on the device display. If you do not see an i-code on the display, tap Search by MAC address and enter your MAC address. If the i-code or MAC address is accurate, the device information will appear as below. Tap Next.
- Page 20 Enter your device name, check the box of the channel that will be used, then enter the channel name and unit that will be used. Tap Next to finish.
-
Page 21: Adding Devices From Your Computer
Adding The New Device page will appear if there is no added device on login. To add a device that was added later, click Device Setup > New Devices Device. from Your Computer Adding Devices Devices found in the same IP band are listed here. If you do not see your device in the list, you can add it using its i-code. - Page 22 Adding Once your device has been added, click Device Setup > New Data Channel. All added device channels will be listed. Channels This list also includes channels not associated with external sensors or other devices. Adding a channel essentially means selecting a channel to monitor.
- Page 23 Adding Widgets A widget contains one or several channels. You can add a widget to the dashboard by clicking Dashboard, then Add widget. Enter the widget name in the window, select channels, then click Save.
-
Page 24: Tapaculo Lite
Installing To view sensor measurements on your computer, download and install the following software package from the Radionode website Software at www.radionode365.com www.radionode365.com . Tapaculo Lite program (Windows or Mac version) ● USB drivers for Windows for UA products ●... - Page 25 Searched sensors appear in the left panel. Select a dashboard and sensor, then click Add Device. The sensor will be added to the dashboard. Click Time Interval and select the measurement interval. Click OK Create Project at the bottom of the menu. The Dashboard menu will open and display measurements of sensors registered in the project, and sensor indicators will blink.
- Page 26 Click REC at the lower-left corner to start logging data. The REC button will change to STOP. To exit the program, click STOP. You cannot exit the program until data logging is stopped.
-
Page 27: Customer Service Information
Customer Service Information Manufacturer DEKIST Co., Ltd. provides repair service and replacement parts for RADIONODE products. To request customer service, contact us via Contact one of the following methods. Information Tel: +(82) 1566-4359 ● Fax: (+82) 31-8039-4400 ● E-mail: master@dekist.com ●... -
Page 28: Certifications
Certifications 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 provide reasonable protection FCC Class A against harmful interference when the equipment is operated in a commercial environment. -
Page 29: Telnet Commands
Telnet Commands Telnet can be used to access your RN171WC. The default port number is 23. C:\>telnet 192.168.xxx.xxx 23 C:\>telnet 192.168.xxx.xxx 23 ATDC ATDC ATDC ATDC 3.89,537.00 3.89,537.00 ATSQUIT ATSQUIT ATDC ATDC : Shows the Channel 1 and Channel 2 values. -
Page 30: Http Radionode Protocol V1
HTTP Radionode Protocol V1 Radionode users can build their own servers that receive measurement data from radionode devices including RN400 Series data loggers and RN17xWC Series data transmitters, instead of using Radionode365. This chapter describes GET-method HTTP request format used by radionode devices for customer server developers. - Page 31 In http://SERVER-ADDRESS/DATAIN http://SERVER-ADDRESS/DATAIN , DATAIN DATAIN is the server program name that processes checkin requests, which can be either datain.php, datain.asp datain.php, datain.asp or datain.js datain.js . gwid gwid : MAC address of the device ● model model : Model number of the device ●...
-
Page 32: Backup-In
Backup-in Backup-in requests are in the following format: http://SERVER-ADDRESS/BACKUPIN http://SERVER-ADDRESS/BACKUPIN ?gwid=0004a316d728 ?gwid=0004a316d728 &P000=1459249259|00000004a316d728|UA-DEVICE|-1 &P000=1459249259|00000004a316d728|UA-DEVICE|-1 |-1|-12.10|23.02| |-1|-12.10|23.02| &P001=1459249319|00000004a316d728|UA-DEVICE|-1 &P001=1459249319|00000004a316d728|UA-DEVICE|-1 |-1|-12.40|23.42| |-1|-12.40|23.42| &P002=1459249369|00000004a316d728|UA-DEVICE|-1 &P002=1459249369|00000004a316d728|UA-DEVICE|-1 |-1|-12.50|23.82| |-1|-12.50|23.82| A serial number preceded by P P becomes a parameter name, and several values (including timestamps) are separated by vertical lines (|) and grouped together as parameter values. -
Page 33: Timestamp
Timestamp Timestamp requests are in the following format: http://SERVER-ADDRESS/TIMESTAMP http://SERVER-ADDRESS/TIMESTAMP ?gwid=0004a316d728 ?gwid=0004a316d728 Normal replies to this request include a timestamp. <root> <root> <timestamp> 1459249259 </timestamp> <timestamp> 1459249259 </timestamp> </root> </root>... -
Page 34: Http Radionode Protocol V2
RN400 Series data loggers or RN17xWC Series data transmitters, instead of the Radionode365. This chapter describes the POST-method HTTP request format used by radionode devices for customer server developers. Customer servers must proceed the following two requests: The radionode device requests transmission of device ●... - Page 35 In 192.168.10.1/checkin In 192.168.10.1/checkin , checkin checkin is the server program name that processes check-in requests, which can be either checkin. checkin. php, checkin.asp php, checkin.asp or checkin.js checkin.js . mac : MAC address of the device ● ver : Firmware version ●...
-
Page 36: Data-In
Data-in Data-in requests are in the following format: POST / HTTP/1.1 POST / HTTP/1.1 Host: 192.168.10.1/datain Host: 192.168.10.1/datain Content-Type: application/x-www-form-urlencoded Content-Type: application/x-www-form-urlencoded Content-Length: 589 Content-Length: 589 mac=0000xxxx0000& mac=0000xxxx0000& sig=40& sig=40& bat=255& bat=255& SMODEL=RN400H2EX& SMODEL=RN400H2EX& C000=1505912142|23.22|12.44|122.11|123& C000=1505912142|23.22|12.44|122.11|123& P000=1505911542|23.19|12.40|121.96|123& P000=1505911542|23.19|12.40|121.96|123& P001=1505910942|23.18|12.52|122.04|123& P001=1505910942|23.18|12.52|122.04|123& mac : MAC address of the device ●... -
Page 37: Modbus Registration
Modbus Registration Modbus TCP communication allows reading of the measurement stored in the RN171WC holding register. Measurements of each channel are stored as an integer and as a floating point real number simultaneously. House number consists of two bytes and a floating point real number is represented by four bytes, thus the real value of a channel is divided into two. -
Page 38: Order List
Order List UA Sensor Type Order No. External Sensor Temperature, UA10 Humidity PR-K1-3, PR-K1- High Temperature UA11-K Normal Temperature UA11-T PR-T1-3, PR-T1-15 Cryogenic Temperature UA13 PR-P1-3, PR-P1-15 4-20mA Transmitter UA20-A 4-20mA Transmitter UA20-B 0-1V Transmitter UA20-C tVOC, CO2eq, UA50 Absolute Humidity Oxygen, UA52-O2-25 Atmospheric pressure,... -
Page 39: Accessories
-50 ~ 200°C PR-K1-15 15 m PR-T1-3 T Type Thermocouple (TC-T) -200 ~ 200°C PR-T1-15 15 m PR-P1-3 PT100 -200 ~ 200°C PR-P1-15 15 m Sensor Data Type Order No. Remark Transmitter RN171WC Support PoE WiFi RN172WC Support WiFi ENT... - Page 40 ⓒ 2021 DEKIST Co., Ltd. Telephone 1566-4359 Fax (+82) 31-8039-4400 Email master@dekist.com #A1801, 13, Heungdeok 1-ro, Giheung-gu, Yongin-si, Gyeonggi-do, Korea 16954...