Datasheet LW001-BG PRO Product Specification Version 1.0 MOKO TECHNOLOGY LTD. Version 1.0 www.mokosmart.
CONTENT 1 Product Brief ..................................................................................................................................... 4 2 Application Scenarios ........................................................................................................................ 4 3 Product Specifications ....................................................................................................................... 5 3.1 Appearance and Mechanical Size .......................
6.1 Common payload header ..................................................................................................... 22 6.2 Heartbeat Payload ............................................................................................................... 23 6.3 Location Payload .................................................................................................................. 24 6.3.1 Location Fixed Payload.............................................................................
1 Product Introduction LW001-BG PRO is a wireless smart, ultra-low power consumption, indoor&outdoor LoRaWAN Tracker. It integrates GPS positioning, Bluetooth positioning and WiFi positioning, supports a variety of working modes, suitable for most tracking applications. It supports ABP and OTAA two different network access mode, and easy to configure and update firmware by MKLoRa APP.
Scenario 3: Livestock Tracking The LW001-BG supports strap mounting, which allows the LW001-BG PRO to be mounted on the neck of livestock via a strap. By acquiring the livestock location information, it enables intelligent grazing management. Scenario 4: Industrial Asset Tracking The LW001-BG PRO is ideal for tracking, monitoring and anti-theft protection of critical industrial assets due to its motiontriggered location and anti-tamper alarm features.。 3 Product Specifications 3.
Indicators Items Turn ON Power Indicators Turn OFF Low battery LoRa Join LoRa Indicators Network Bluetooth connection established successfully In Bluetooth positioning Bluetooth positioning Bluetooth successfully Indicators Bluetooth positioning failure Firmware Upgrade In GPS positioning GPS GPS positioning Indicators successfully GPS positioning failure In WIFI WIFI positioning Indicators WIFI positioning successfully Indicator Operation Solid Green and keep 3S Approach and quickly move away from t
WIFI positioning failure All All LED slow Indicators blink Blue LED blink 2S Tamper alarm indication Tamper alarm is triggered 3.3 General Specifications Categories Parameter Value LoRa Wireless Specification LoRa Protocol LoRaWAN V1.0.3 Lora Frequency EU868/AU915/US915/AS923/IN865/KR920/EU433/CN4 70/CN779/RU864 Tx Power Max 20dBm Sensitivity -137dBm@SF12 300bps LoRa Communication Distance Up to 6 km (in urban open space) Bluetooth® (BLE) V4.
Multiple installation options of LW001-BG PRO like hanging with screws, double-sided sticker, tape or DIN rail can be selected by user. After deployment, LW001-BG PRO can be easily powered on by a magnet via integrated omni polar Hall-effect sensor and it can avoid accidental control by an external button. 4.
Step2：Remove the back cover 4.3 How to power on/off LW001-BG PRO There is one way to power on LW001-BG PRO. Magnetic switch: ---------------------------------------------------------------------------------------------------------------------------------------- There are three way to power off LW001-BG PRO 1.
2. Turn off the device via MKLoRa APP 3. Turn off the device via LoRa Downlink Command 4.4 How to connect to APP and configure parameters Please download “MKLoRa” APP from app store directly. For more configuration details, please refer to document - “LW001-BG PRO User Manual”. 5 General Function 5.1 Multiple Working Mode 5.1.1 Overview LW001-BG PRO supports four different working modes: Standby Mode, Timing Mode, Periodic Mode and Motion Mode.
If location information is needed in Standby Mode, user can use Downlink for Position (one of Auxiliary Operations) to get the location payload. In additional, the user can also enable other auxiliary operations to achieve the corresponding functions. (Refer to 5.2 Auxiliary Operations) 5.1.3 Timing Mode In Timing Mode, LW001-BG PRO will report Location Payload at the time point configured in advance. Each LW001-BG PRO can set up to 10 reporting time points.
5.1.5.1 Start of movement LW001-BG detects whether the device is moving by 3-axis accelerometer sensor, and if the preset moving judgment condition (Motion Threshold & Motion Duration) is reached, the device is considered to start moving and start positioning. When the positioning process is finished, LW001-BG PRO will send Location Payload. User can choose to send this payload repeatedly. The number of repetitions can be set by user.
5.1.5.5 Event Message Event messages are notifications sent by LW001-BG PRO to inform the server about a specific event when the device is in Motion Mode. There are three types of event message notifications that can be activated: Event message at start of movement: Event message will be sent when the preset moving trigger condition (Motion Threshold & Motion Duration) is reached.
5.2.4 ManDown Detection When the LW001-BG PRO is used to track large machinery and equipment or livestock, the LW001-BG PRO's built-in three-axis sensor can detect whether the equipment or livestock being tracked is stationary for a long time. If the preset ManDown detection condition is reached, LW001-BG PRO will report the ManDown Detection Payload to remind the user to arrange the equipment usage or check the grazing status of the livestock in time. 5.2.
5.3 Positioning Strategies The device can set the corresponding positioning strategy in periodic mode, timing mode, and motion mode. In addition, Downlink for Position can also set a separate positioning strategy, which can be different from the positioning strategy in the working mode. LW001-BG PRO has the following main positioning strategies: ➢ Only WiFi: Only WIFI scans are used for position determination. ➢ Only Bluetooth: Only Bluetooth scans are used for position determination.
5.3.2 Bluetooth Fix LW001-BG PRO obtains the broadcast information of surrounding Bluetooth devices through Bluetooth scanning function, and reports the information (MAC address and RSSI) of Bluetooth devices that meet the conditions of Bluetooth filtering to the server through LoRa, and the application server goes to calculate the location, the accuracy of positioning depends on the actual deployment of the customer and the calculation of the location algorithm.
① There are two sets of filter conditions, one is Filter Condition A, and other one is Filter Condition B. Each filter condition has a separate switch setting, which can be arbitrarily switched on or off. ② When both of Filter Condition A and Filter Condition B are switched on, the relationship between two sets of filter conditions can be set as AND or OR. AND: Beacon information is stored and reported only when the data meets both Filter Condition A and Filter Condition B.
The user can choose to locate the device even if it is not successfully connected to the network, and save the location information in the device, and the customer can later read the local data via Bluetooth or LoRa downlink to restore the historical location information of that time period 5.4 Bluetooth Broadcast Capabilities LW001-BG PRO has two Bluetooth broadcast modes: Beacon mode and Configuration mode， which can be switched by users. 5.4.
5.4.3.1 Advertise Packet Advertise packet is in standard iBeacon frame format. LEN 2 26 TYPE 0x01 0xFF VALUE 0x06 0x4C 00 02 15 E2 C5 6D B5 DF FB 48 D2 B0 60 D0 F5 A7 10 96 E0 00 00 00 00 BF ⚫ UUID: E2C56DB5-DFFB-48D2-B060-D0F5A71096E0 ⚫ Major:0 (0x00 00) ⚫ Minor:0 (0x00 00) ⚫ RSSI@1m: -65dBm (0xBF) 5.4.3.
➢ Bit2(1 means low power; 0 means normal) ➢ Bit1(1 means that the device is in motion mode;0 means that the device is in timing mode) ➢ Bit0(1 means that the device is in periodic mode;0 means that the device is in standby mode) ⚫ Battery Voltage: 3.654V (0x0E 46) ⚫ Device ADV Name：LW001-BG-FA22 (0x4C 57 30 30 34 2D 43 54) 5.5 LoRaWAN Capabilities The data of LW001-BG PRO will be transmitted via LoRa and LW001-BG PRO is based on the standard LoRaWAN protocol V1.0.3.
Vibration judgment condition is suitable for Vibration Detection. 5.7 Local Data Sync LW001-BG PRO Built-in 4M FLASH memory chip, can support 20,000 pieces of data local storage at most. All data uploaded by the device is stored in the device. Users can read data of the past 1 day, 7 days, 1 month, 3 months, 6 months, 1 year or custom days via Bluetooth or downlink command. When the LoRaWAN network has problems or data loss is severe, users can quickly get the historical reporting data from the device. 5.
1. LW001-BG PRO supports the DeviceTimeReq MAC Command, which enables users to periodically time their devices to avoid time offset. 2.When the APP connect with the device success the phone system time will be sync to the device via Bluetooth. 3. Time synchronization via GPS satellite 4. RTC: LW001-BG PRO has a built-in RTC circuit.
Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 00 -- Standby mode 01 -- Periodic mode 10 -- Timing mode 11 -- Motion mode Battery level: 0 -- Normal; 1 -- Low battery Tamper alarm: 0 -- Not triggered; 1 -- Triggered Man Down status: 0 -- Not in idle; 1 -- In idle Whether the tracker is in motion state since the last payload is sent Positioning Type: (Only available for Location Payload) 0 -- Normal; 1 -- Downlink for position Temperature: Temperature measured in the device, it is the temperature of MCU, expressed in degre
Bit 6~7 Major version number: 01 means V 1.X.X Bit 4~5 Sub-version number: 02 means V X.2.X Bit 0~3 Patch:0101 means V X.X.5 Example 1: The FW version is 0x43, it means that the FW version is V1.0.3 Number of Active State Counts since the last heartbeat payload: Convert to decimal directly. 6.3 Location Payload Depending on whether the positioning process is successful or not，there are two types location payloads: Location Fixed Payload and Location Failure Payload 6.3.
If positioning success type is 01(Bluetooth positioning success), the location data is as below: Byte 0~5 MAC address of Bluetooth device 1 Byte 6 RSSI of Bluetooth device 1 Location Data Byte 7~12 MAC address of Bluetooth device 2 Byte 13 RSSI of Bluetooth device 2 …………….. …………….. …………… ……………. The number of reported Bluetooth devices can be set by the customer.
Location failure data: If it is WIFI positioning failure, the location data is as below: Byte 0~5 MAC address of WIFI device 1 Byte 6 RSSI of WIFI device 1 Location Data Byte 7~12 Byte 13 MAC address of RSSI of WIFI WIFI device 2 device2 …………….. …………….. …………… ……………. The information of the scanned WIFI devices will be reported. RSSI encoded rule: Convert to decimal, and minus 256, the unit is dBm.
6.5 Vibration Payload Vibration Payload will be sent in Port 5. Common header Byte Index Content Byte 0~2 Common payload header Data Byte 3~4 Number of vibrations since the last vibration payload in case of continuous vibration Encoded rule for number of vibrations encoded rule: Convert to decimal directly. 6.6 Man Down detection Payload Man Down detection Payload will be sent in Port 6.
03 -- Uplink Payload triggered by downlink message 6.9 Battery Consumption Payload Battery consumption Payload will be sent in Port 9. Byte Index Content Common header Byte 0~2 Data Byte 3~6 Byte 7~10 Byte 11~14 Byte 15~18 Byte 19~22 GPS working time WIFI working time Bluetooth scan working time Bluetooth broadcast time LoRa working time Encoder rule: Convert to decimal, the unit is seconds. 7 Maintenance instruction ·Do not use or store the device in dusty or dirty areas.
FCC STATEMENT 1. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference. (2) This device must accept any interference received, including interference that may cause undesired operation. 2. any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.
MOKO TECHNOLOGY LTD. 4F,Buidling2, Guanghui Technology Park, MinQing Rd, Longhua, Shenzhen, Guangdong, China Tel:86-755-23573370-829 Support_lora@mokotechnology.com https://www.mokosmart.
