Ursalink LoRaWAN UC11-N1 Manual
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Ursalink LoRaWAN UC11-N1 Manual

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Summary of Contents for Ursalink LoRaWAN UC11-N1

  • Page 2: Table Of Contents

    3.4.3 Channel........................21 3.5 Upgrade..........................22 4.Configuration via Ursalink Cloud....................23 4.1 Account Setup........................23 4.2 Add a Ursalink LoRaWAN Gateway................... 24 4.3 Add Devices to Ursalink Cloud...................25 4.4 Check the Data of UC11-N1....................28 4.5 Configure UC11-N1 via Ursalink Cloud................29 4.5.1 Basic Settings......................29 4.5.2 Interface Settings.....................30...

  • Page 3: Specification

    1. Preface Thank you for choosing Ursalink UC11-N1. This user guide will present in detail all the functions and features of the product. The UC11-N1 is designed for both industrial and commercial applications and helps devices stay connected. The product should be used under the guidance of this user guide, referring to parameters and technical specifications.

  • Page 4: Parameters

    2.2 Specification LoRaWAN Frequency EU433/CN470/IN865/EU868/RU864/US915/AU915/KR920/AS923 Tx Power 20dBm Sensitivity -147dBm @300bps Mode OTAA/ABP Interfaces Interface Type M12 A-Coded Male Ports 2 × GPIO Logical Level Low: 0~0.9V, High: 2.5~3.3V Work Mode Digital input, Digital output, Pulse Counter (only GPIO2 supported in N1-DC) Serial Port Ports...

  • Page 5: Terminal Description

    2. 5-24 VDC with 4900mAh battery backup Power Connector M12 A-Coded 4-pin Male (DC version) 2.3 Terminal Description 2.4 Turn on/off the Device Put a magnet close to the reed switch to turn on or turn off the device. Buzzer rings for 2 seconds: power on. Buzzer rings for 6 seconds: power off.

  • Page 6: Configuring Via Pc

    3. Configuring via PC 3.1 Configuring via ToolBox Follow these steps: Step 1: Connect the Ursalink UC11-N1 to PC via USB port. Step 2: Power on the Ursalink UC11-N1. Step 3: Run the Ursalink ToolBox. Serial Port Settings Item Description...

  • Page 7: Status

    3.2 Status Click "Status" to see the basic status information of this device: 3.3 General 3.3.1 Basic...

  • Page 8: Serial-Rs485 (Modbus Master)

    Basic Settings Item Description Default identifier Device ID Show the Serial Number of this device. of this device. Description Enter the description of this device. Null The UC11-N1 reports the collected data at regular Reporting intervals. 1200 Interval Range: 30-86400 (s) Interface 1 Enabled: UC11-N1 will provide power to device (Pin2) 3V3...
  • Page 9 RS485 Settings Item Description Default Enable Enable/Disable serial interface Enable Set the interface type. RS485 Interface Type Select from RS485 (Modbus Master) and (Modbus RS232. Master) UC11-N1 will provide power to Enable: Interface 1 (Pin 1) the device connected to Interface 1 Disabled 5/9/12V Output (Pin 1).
  • Page 10 fails to read, range: 0-5. Enable this mode to collect data from slave devices and then send them to Modbus RS485 Network Server via LoRaWAN. Disable bridge LoRaWAN This mode also has the capability to change the behaviour of the ModBus device by writing into its registers.

  • Page 11: Serial-Rs232

    Identify whether this channel is signed. Sign Null Default: Unsigned. Show the data which read from this Value Null slave device. Click to read the data from this slave Fetch Null device. You could click to add a channel or click to delete a channel.

  • Page 12: Gpio

    1 (Pin 1). Voltage is 5V, 9V or 12V. Note: Power supply function only available on DC powered version. If the time is set 100ms, then before collecting data from end nodes, Power Output UC11-N1 will provide power for end Time Before nodes for 100ms.

  • Page 13: Pulse Counter

    GPIO Settings Item Description Default Interface Name Show the name of this interface. Null Enable Click to enable this interface. Disable Choose from: Digital Input,Digital Output Digital Input: This GPIO will be used as Digital Input. Then you will need to Interface Type select the initial state of this digital input Digital Input...
  • Page 14 GPIO 2 Settings Item Description Default Interface Name Show the name of this interface. Null Enable Click to enable this interface. Disable Choose from: Digital Input,Digital Output Digital Input: This GPIO will be used as Digital Input. Then you will need to select the initial state of this digital input Interface Type Digital Input2...
  • Page 15 3.3.6 AI Note: Please adjust the ADC sampling DIP switch on PCB to the corresponding mode before chan ging the type of analog input signal. AI Settings Item Description Default Enable: UC11-N1 will provide power to Interface 2 (Pin 1) device connected to Interface 1 (pin1).

  • Page 16: Lorawan

    Note: With this feature being enabled, the power consumption will increase. Data Polling Set the interval for reading analog input. Interval Range: 5-3600 (s). Interface Name Show the name of this interface. Null Enable Click to enable this interface. Disable Analog Input Select from: “4-20 mA”, “0-10 V”.
  • Page 17 Basic Settings-OTAA Item Description Default identifier Device EUI Show the identifier of this device. of this device. Enter the application EUI.The Network Server receives request and consults the entity associated with the APP 24E124C00 App EUI EUI to validate the request.If permission is granted, it 02A0001 responds with a join-accept message.
  • Page 18 ABP: Activation by Personalization. Under certain circumstances, end-devices can be activated by personalization. Activation by personalization directly ties an end-device to a specific network by-passing the join request - join accept procedure. 5572404c6 Enter the application key. Whenever an end-device joins 96e6b4c6f Application Key a network via over-the-air activation, the application key...

  • Page 19: Basic-Abp

    3.4.2 Basic-ABP Basic Settings-ABP Item Description Default identifier Device EUI Show the identifier of this device. of this device. Enter the application EUI.The Network Server receives request and consults the entity associated with the 24E124C00 App EUI APPEUI to validate the request.If permission is granted, it 02A0001 responds with a join-accept message.
  • Page 20 UC11-N1: Null. UC11-N1-DC: Select from: “Class A” , “Class C”. Class A :Class A operation is the lowest power end-device system. Class C: Class C end-device will use more power to operate than Class A but they offer the lowest latency for server to end-device communication.

  • Page 21: Channel

    3 times at most. After sending the attribute package or alarm packet or battery packet to the network server, if the device does not receive ACK bit from the Network Server, then the Alarm Report device will resend the packet. Disabled Confirmed Note: If you doesn't receive ACK for a long time, the...

  • Page 22: Upgrade

    Note: Any operation on Ursalink ToolBox is not allowed during upgrading, otherwise the upgrading will be interrupted, or even the device will break down.

  • Page 23: Configuration Via Ursalink Cloud

    To set up an account with Ursalink Cloud, follow these steps: 1. Go to https://cloud.ursalink.com/login.html to register an Ursalink Cloud account . 2. Log in to Ursalink Cloud after the email has been verified. Note: It is important that you have access to the verified email address before proceeding.

  • Page 24: Add A Ursalink Lorawan Gateway

    Enter the correct SN of the gateway and click “Add”. Gateway SN can be found either on the label on the bottom of the device or on the web GUI of gateway. Note: Gateway mode should be selected as Ursalink Cloud.

  • Page 25: Add Devices To Ursalink Cloud

    Once the device has been added successfully, You will see the device in the list. 4.3 Add Devices to Ursalink Cloud To add a UC11-N1 to Ursalink Cloud, please follow these steps: Click to go to the configuration page of this gateway.
  • Page 26 2. Click and then click “Associated Devices” . 3. Click ”Add” to add a UC11-N1 to this gateway. 4. Enter the correct SN of the UC11-N1, and then click ”Add”. The device SN can be found on the bottom of the device.
  • Page 27 5. Once the device has been added successfully, You will see the device in the list. You can also add UC11-N1 directly to the main page, please follow these steps: 1. Click “Add” on the upper left corner. 2. Enter the correct SN of UC11-N1 and select the correct gateway to which this UC11-N1 will be added.

  • Page 28: Check The Data Of Uc11-N1

    4.4 Check the Data of UC11-N1 Click “LoRaWAN”->”Network Server”->”Packets” to view the data transmission. You can see the basic status of the UC11-N1 on the Ursalink Cloud main page.

  • Page 29: Configure Uc11-N1 Via Ursalink Cloud

    526132303 is used for derive the Application Session key. 13823 Description The description of the device. Reporting The interval of sending data to Ursalink Cloud. 20min Interval Device Offline The device will send an alert if disconnected. Enabled Alarm Low Battery The device will send an alert if battery is less than 20%.

  • Page 30: Interface Settings

    4.5.2 Interface Settings Note: Before checking GPIO data on Ursalink Cloud, you need to configure UC11-N1 via ToolBox and enable correspondent GPIO, and set port type for GPIO as digital input or digital output. GPIO Settings Item Description Default GPIO x Name Show the name and the type of this interface.
  • Page 31 AI Settings Item Description Default Name Show the name and the type of this interface. AI 1 Custom Name Enter the custom name of this interface. AI_1 High limit of the scale for the scaled output value. Null Low limit of the scale for the scaled output value. Null Unit Enter the unit for the scaled output value.

  • Page 32: Configuration Via Ttn

    Note: Before checking channel data on Ursalink Cloud, you need to configure UC11-N1 in Toolbox and create channel on Ursalink Cloud. The channel ID of channels on Toolbox and Ursalink Cloud should be correspondent. Channel Settings Item Description Default Assign the channel for the slave device. 8 channels...
  • Page 33 To add an application, follow these steps: 1. Click “APPLICATIONS” located on the Console page. 2. Click “add application” . 3. Fill in the information of Application. Handler Registration is the same as previous in Gateway registration.

  • Page 34: Add Devices To The Application

    5.1.2 Add Devices to the Application To add a UC11-N1 to the Application ID recently established, follow these steps: 1. Click “Register Device” under Devices in the application overview page. 2. Enter the Device ID. This ID must be unique on the user’s account. We recommend using the convention dev (for device), followed by the device Dev EUI.

  • Page 35: Configure Uc11-N1

    4. Click “Register” to complete registration. 5.1.3 Configure UC11-N1 Connect UC11-N1 to PC and configure it via Toolbox.

  • Page 36: Check Data Transmission On The Things Network

    5.2 Check Data Transmission on The Things Network 1. Click “Gateways” to check the Gateways status. Click “Applications” and select the Applications, then go to “Data”, you can find the data from UC11-N1. -End-...

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