MOKO LW004-PB User manual

Datasheet
LW004-PB
MOKO TECHNOLOGY LTD.
Version 1.2 www.mokosmart.com
User Manual
LW004-PB User Manual

CONTENT
1 About this Manual.......................................................................................................3
2 Product Introduction.................................................................................................3
2.1 Overview ....................................................................................................................................................... 3
2.2 Application ................................................................................................................................................... 3
2.2.1 Working Principle.......................................................................................................................... 3
2.2.2 Track people’s movements ........................................................................................................ 3
2.2.3 Emergency button ......................................................................................................................... 4
2.2.4 Motion Detect.................................................................................................................................. 4
2.2.5 NFID Function................................................................................................................................. 4
2.3 Product Specifications.............................................................................................................................. 4
2.3.1 Appearance ...................................................................................................................................... 4
2.3.2 LED Indicators and Button......................................................................................................... 5
2.3.3 Product Datasheet ......................................................................................................................... 6
3 Set up Instruction........................................................................................................7
3.1 Turn on /off.................................................................................................................................................. 7
3.2 Join Into Lora Network ............................................................................................................................ 7
3.3 Gateway Setup............................................................................................................................................. 7
3.4 Parameters Configuration ...................................................................................................................... 8
4 Standby mode...............................................................................................................8
5 Alarm Mode ...................................................................................................................8
6 Advertising Packet......................................................................................................8
7 Uplink Payload .............................................................................................................9
8 Downlink Command...............................................................................................11
8.1 Get Device Information..........................................................................................................................11
8.1.1 Format..............................................................................................................................................11
8.1.2 Get Device Information Command Code List....................................................................12
8.2 Configure Device Information.............................................................................................................15
8.2.1 Format..............................................................................................................................................15
8.2.2 Configure Device Information Command Code List.......................................................15
9 MOKO LoRa APP.......................................................................................................17
9.1 Install MokoLora APP.............................................................................................................................17
9.2 Scan and Connect LW004-PB ..............................................................................................................18
9.3 Main Page....................................................................................................................................................19
9.4 Get and Configure LoRaWAN Data....................................................................................................20
9.5 Get and Configure Alarm Parameters ..............................................................................................21
9.6 Get and Configure GPS Parameters...................................................................................................22
9.7 Get and Configure Scan Parameters .................................................................................................22
9.8 Uplink Data Test .......................................................................................................................................23
9.9 Device Info ..................................................................................................................................................24
9.10 OTA .............................................................................................................................................................24
9.11 Log...............................................................................................................................................................25
10 Revision History ....................................................................................................25

LW004-PB
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1 About this Manual
The purpose of this manual is to outline how to apply LW004-PB in suitable scenarios, as well as
how to configure and join into LoRa network.
2 Product Introduction
2.1 Overview
The LW00-PB is a long-range panic button device for Class A type devices based on the LoRaWAN
open protocol and is compatible with the LoRaWAN protocol. It is small, compact, and easy to use.
The LW004-PB has Bluetooth and GPS for positioning and can be used for both indoor and
outdoor tracker objects.
LW004-PB also has built in RFID and 3-axis accelerometer sensor. It can be used to employee
attendance, access control, identity identification and motion detection.
2.2 Application
2.2.1 Working Principle
2.2.2 Track people's movements
LW004-PB can be used with BLE Beacons and GPS system. In general, the beacons position is fixed.
No matter what mode the device is, the device will scan the beacons for at least 10 seconds(up to
600s) and turn on GPS for 3minutes at the end of each reporting interval .Then device will select

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the closest MAC beacon(up to four closest MAC beacon) which is based on your filter conditions
before sending the data to the server. Finally, the beacon’s information and gps data will be
uploaded to server at the reporting timing.
Through the beacon information and GPS data, we can roughly know the position and moving
trajectory of the people who wear the device.
Note: GPS data is only available outdoors.
2.2.3 Emergency button
There is a red button on the front of the device. When people who wear the lw004-pb are in
emergency, they can press the red button for alert, the device will come into alarm mode. In alarm
mode, the yellow led of device will keep on blinking and the device motor will vibrate unless the
device exit alarm.
Meanwhile, the device will report the GPS data and surrounding beacon’s information. Through
the beacon information and GPS data, we can roughly know the position and moving trajectory of
the people who are in emergency and find and help the people faster.
Note: GPS data is only available outdoors.
2.2.4 Motion Detect
LW004-PB built in 3-axis. There is 3-Axis sensor data in every uplink payload. It includes the
acceleration value of X,Y,Z axis and the angle of relative to the X-axis and the Y-axis . Based on the
value, user can judge the motion status and relative direction of device.
2.2.5 RFID Function
LW004-PB built in RFID, it can be applied to access control, attendance applications, such as office
buildings, residential areas, etc.
2.3 Product Specifications
2.3.1 Appearance

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2.3.2 LED Indicators and Button
Items
Indicator
Operation
Remark
Turn ON
Solid blue and keep
3S
Press and hold the
power button for 5
seconds till the LED
indicate blue and
release. The LED will
indicate blue for 3
seconds to show the
LW004-PB is turned on.
Turn OFF
Red LED Blink 3S
Press and hold the

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2.3.3 Product Datasheet
Please refer to the LW004-PB Datasheet for more details.
power button for 5
seconds till the red
indicator flashes quickly
and release. The
indicator will flash red
for 3 seconds to show
the LW004-PB is turned
off.
Join LoRa
Network
Solid green and keep
3S
If the device had never
Joined any network,
after turning on, the
device automatically
sends join request
It will send join request
automatic after power on
the device or send
“connect”request in
APP
Login in
Green LED Blink 1S
Connect to the device
via APP successfully
Login out
Red LED Blink 1S
APP disconnect to the
device
When the device in alarm
status the indicator may
be not visible
Trigger
Alarm
Yellow LED Blink
Double click the alarm
button
Either enters the alarm
mode or send alarm
message to server, there
will also have vibration
reminder
Exit Alarm
Alarm indicator LED
turn off
Press alarm button and
hold on 15S or send
downlink command to
exit alarm
Firmware
Upgrade
Green LED Blink
during the upgrade
Firmware upgrade via
OTA in DFU mode
Solid Blue and keep
3S after upgrade
successfully
Solid Red and keep
3S after upgrade
failed
Charging
Blue LED blink
Plug in type-c charger
Full
Charged
Solid blue
Plug in type-c charger
Low
Battery
Reminder
Red LED blink
Battery level lower than
the set value

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3 Set up Instruction
3.1 Turn on /off
3.2 Join Into Lora Network
To join LW004-PB into LoRa network to communicate with LoRa gateway. The network
operation is as following:
1) If LW004-PB had never joined any network:
First, turn on the device.
Second, use Mokolora APP to connect the device then get required ID and Keys.
Default join ID and Keys as following:
DevEUI: BLE MAC+ FFFF,example:MAC:112233445566 DevEUI:112233FFFF445566
AppEUI: 526973696e674846
AppKey: 2b7e151628aed2a6abf7158809cf4f3c
DevAddr: The last four bytes of BLE MAC address
AppSKey: 2b7e151628aed2a6abf7158809cf4f3c
NwkSkey: 2b7e151628aed2a6abf7158809cf4f3c
Third, register the device on Lora server
Forth, click connect on Mokolora APP to send a join request to Lora server, it will search
an available LoRa network to join. The green indicator will stay on for 5 seconds to show it
joins into the network, otherwise, the indicator will be off.
(2) If LW004-PB had been joined into a LoRa network, turn off and turn on the device, the
green indicator will stay on for 5 seconds to show it joins into the network.
Note: About MokoLora APP details, please check the instructions in Chapter 9 Moke Lora APP
3.3 Gateway Setup
Before the gateway communicate with the LW004-PB Panic Button, please refer to your
Items
Operation
Turn ON
Press and hold the power button for 5 seconds till the LED indicate
blue and release. The LED will indicate blue for 3 seconds to show the
LW004-PB is turned on.
Turn OFF
Press and hold the power button for 5 seconds till the red indicator
flashes quickly and release. The indicator will flash red quickly for 3
seconds to show the LW004-PB is turned off.

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gateway’s user manual. If you use Moko LoRaWAN gateway MKGW2-LW, please refer to the
MOKO LoRaWAN Gateway MKGW2-LW Configuration Guide.
3.4 Parameters Configuration
Before you start configuring, prepare MokoLora APP.
1. To configure parameters through MokoLora APP, follow the instructions in Chapter 9 Moke Lora
APP
2. To configure parameters through downlink command, follow the instructions in Chapter 8
Downlink Command
4 Standby mode
After joining the network, the device will upload the device location information to the server
within three minutes. The device will then be placed in standby mode or non-alarm mode, and the
device location information can be uploaded according to the configured reporting interval.
In each cycle, the device will check the network connection via LinkcheckReq Command. If the
LoRa network detects that it is disconnected, the device will first join the LoRa network and then
send the device location information.
The longest battery life is more than one month in standby mode when the reporting interval is
720min and GPS search satellite time is 1min.
LinkCheckReq: Used by an end-device to validate its connectivity to a network.It is from LoRaWAN
standard protocol stack.
5Alarm Mode
After the device is turned on and the alarm is triggered, the device motor will vibrate and Yellow
indicator LED Blink. The alarm mode will remain until the "stop alarm" command is received, or
the user presses and hold the alarm button for 15 seconds to exit the alarm mode.
In the alarm mode, the device uploads location information to the server every 10 seconds by
default., and the user can configure the alarm mode reporting interval through the APP and
downlink commands.
The shortest battery life is about 14hours in alarm mode when reporting interval is 10s, GPS and
vibration are turn on.
6 Advertising Packet

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⚫MAC address-0XE0 80 EC C0 85 C5
⚫Battery level-0X63 (99%)
⚫Device type-0x03
⚫Device advertising name-0x4C 57 30 30 34 2D 50 42 2D 38 35 43 35(LW004-PB-85C5)
⚫server UUID-FFC3
7 Uplink Payload
The uplink data packet includes battery levels, alarm status, GPS data, and the nearest MAC
beacon, 3- axis data. 3-axis data can be used to judge the status of the device.
Byte
Index
Type
Data
Type
Value
Description
1
Battery Level
Unit
0X00-0X64
2
Alarm Status
Unit
0X00,0X01
00 ： alarm off, 01:alarm on
3-6
GPS
Latitude
Int
0X000000-
0XFFFFFF
The data format is little-endian.
After the hex data converts to
decimals, the calculation formula
is (decimal value)x90/8388607
degree. Positive Value indicates
northern latitude, Negative
Value shows southern latitude
7-10
GPS
Longitude
Int
0X000000-
0XFFFFFF
The data format is little-endian,
after the hex data converts to
decimals, the calculation formula
is (decimal value)x180/8388607
degree. Positive Value indicates
eastern longitude, Negative
Value shows western longitude

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11-16
1
st
MAC Beacon
Address
Unit
0X0000000000
00-
0XFFFFFFFFFFF
F
If need
17
1
st
MAC Beacon
RSSI
Unit
0X00-0XFF
If need, convert the hex data to
decimals, and then Minus 256
18-23
2
nd
MAC Beacon
Address
Unit
0X0000000000
00-
0XFFFFFFFFFFF
F
If need
24
2
nd
MAC Beacon
RSSI
Unit
0X00-0XFF
If need, convert the hex data to
decimals, and then Minus 256
25-30
3rd MAC Beacon
Address
Unit
0X0000000000
00-
0XFFFFFFFFFFF
F
If need
31
3rd MAC Beacon
RSSI
Unit
0X00-0XFF
If need, convert the hex data to
decimals, and then Minus 256
32-37
4th MAC Beacon
Address
Unit
0X0000000000
00-
0XFFFFFFFFFFF
F
If need
38
4th MAC Beacon
RSSI
Unit
0X00-0XFF
If need, convert the hex data to
decimals, and then Minus 256
39-40
X-axis
acceleration
Int
0X0000-0XFFFF
The data format is big- endian.
After the hex data converts to
decimals, the calculation formula
is (decimal value)x2/32768,unit:g
41-42
Y-axis
acceleration
Int
0X0000-0XFFFF
The data format is big- endian.
After the hex data converts to
decimals, the calculation formula
is (decimal value)x2/32768,unit:g
43-44
Z-axis
acceleration
Int
0X0000-0XFFFF
The data format is big- endian.
After the hex data converts to
decimals, the calculation formula
is (decimal value)x2/32768,unit:g
45-46
Angular
Unit
0X0000-0XFFFF
The angular is relative to the X-
axis and the Y-axis. The data
format is a big-endian unit:
degree

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8 Downlink Command
For the commands used to configure and read device information, please refer to the following
details.
Note ： LW004-PB supports downlink getting and configuring the device parameter in CLASS A.
8.1 Get Device Information
8.1.1 Format
Example:2F 01 79 51 2B 00 77 66 51 00 D9 19 4D 75 0B 33 BF 00 D0 00 6C 03 A2
00 0E
2F: battery level 47%
01: alarm status on
79 51 2B 00: GPS Latitude, the normal byte order is 00 2B 51 79, the first byte 00 is
sign bit, it is the convert to decimal is 2838905, the actual latitude is
2838905*90/8388607=30.45814996458888 degree
77 66 51 00: GPS Longitude, the normal byte order 00 51 66 77,the first byte 00 is
sign bit, it is the convert to decimal is 5334647,the actual latitude is
5334647*180/8388607=114.4691198431396 degree
D9 19 4D 75 0B 33: the 1st Beacon MAC
BF: convert BF to 191, the 1st Beacon RSSI is 191 - 256 =-65 dbm
00 D0: X-axis acceleration, it is the convert to decimal is 208, the actual value is
208x2/32768=0.0126953125 g
00 6C: Y-axis acceleration, it is the convert to decimal is 108, the actual value is
108x2/32768=0.006591796875 g
03 A2: Z-axis acceleration, it is the convert to decimal is 930, the actual value is
930x2/32768=0.0567626953125 g
00 0E: The angular relative to the X-axis and the Y-axis, the actual value is 14 degree.

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The response will be received after sending the message on LoRa server to get the device
information.The response message has two types: get information success or failure.The message
is sent in the downlink window, and the response information is displayed through the uplink
window.
Message type
Direction
Header
code
Command
code
Data
length
Data
End code
The message for
getting device
information
Downlink
0xED
See below 'Get
device
information
code list'
none
none
0XEE
Response for
getting device
information
success
Uplink
0XED
See below 'Get
device
information
code list'
Read
data
length
Data
value
None
Response for
getting device
information failure
Uplink
0XED
See below 'Get
device
information
code list'
None
None
0XFF
Note: The wrong command code sent or the system is busy may cause to get device information
fails. If the device RX window is not opened, or the message sends failed, it will no response.
8.1.2 Get Device Information Command Code List
Command
code
Description
Data
type
Data
length
Example
Remark
0x05
Get BLE
firmware
version
String
(ASCII)
max 17
bytes
Send:ED05EE
Response:ED050656312E302E34
(Get BLE version V1.0.4 )
0x06
Get LORA
firmware
version
Unit
max 17
bytes
Send:ED06EE
Response:ED060401000300
(Get LoRa version 1.0.3 )
0x07
Get DevAddr
Unit
4 bytes
Send:ED07EE
Response:ED0704ECC085C5
(Get DevAddr ECC085C5 )
0x08
Get NwkSKey
Unit
16 bytes
Send:ED08EE
Response:ED08102B7E151628AED
2A6ABF7158809CF4F3C
(Get DevAddr
2B7E151628AED2A6ABF7158809C
F4F3C )
0x09
Get AppSKey
Unit
16 bytes
Send:ED09EE
Response:ED09102B7E151628AED
2A6ABF7158809CF4F3C

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(Get AppSKey
2B7E151628AED2A6ABF7158809C
F4F3C )
0x0A
Get DevEUI
Unit
8 bytes
Send:ED0AEE
Response:ED0A08112233FFFF445
566
(Get DevEUI 112233FFFF445566 )
0x0B
Get AppEUI
Unit
8 bytes
Send:ED0BEE
Response:ED0B0870B3D57ED002
6BE6
(Get AppEUI
70B3D57ED0026BE6 )
0x0C
Get AppKey
Unit
16 bytes
Send:ED0CEE
Response:ED0C102B7E151628AED
2A6ABF7158809CF4F3C
(Get AppKey
2B7E151628AED2A6ABF7158809C
F4F3C )
0x0D
Get
Region/Subn
et
Unit
1 byte
Send:ED0DEE
Response:ED0D0100
(Get Region/Subnet 00:EU868)
00:EU868
01:US915
03:CN779
04:EU433
05:AU915
07:CN470
08:AS923
0A:IN865
0x0E
Get
LoRaWAN
Class
Unit
1 byte
Send:ED0EEE
Response:ED0E0101
(Get LoRaWAN Class 01:CLASS A)
0x0F
Get
activation
mode
Unit
1 byte
Send:ED0FEE
Response:ED0F0101
(Get activation mode 02:OTAA)
01:ABP
02:OTAA
0x10
Get GPS
sleep time
Unit
4 bytes
Send:ED10EE
Response:ED1004D0020000
(The data format is little-endian.
Get GPS sleep time 02D0 convert
to decimal is 720min)
Unit:min
0x11
Get network
connection
status
Unit
1 byte
Send:ED11EE
Response:ED110101
(Get network connection status
01:connected)
00:disconnec
ted
01:connected
02:connectin
g
0x32
Get uplink
message
type
Unit
1 byte
Send:ED32EE
Response:ED320100
(Get uplink message type
00:unconfirmed message)
00:unconfirm
ed
01:confirmed
0x2B
Get BLE scan
filter name
String
(ASCII)
Max 11
bytes
Send:ED2BEE
Response:ED2B00

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(Get scan filter name empty)
0x2C
Get BLE scan
filter RSSI
Unit
1 byte
Send:ED2CEE
Response:ED2C0164
(Get scan filter RSSI 64 convert to
decimal is 100)
unit:-dBm
0xC0
Get alarm
status
Unit
1 bytes
Send:EDC0EE
Response:EDC00100
(Get alarm status 00:alarm off)
alarm on: 01
alarm off: 00,
0xC1
Get alarm
report
interval
Unit
2 byte
Send:EDC1EE
Response:EDC1020A00
(Get alarm report interval 000A
convert to decimal is 10)
unit:s
0xC2
Get alarm
trigger mode
Unit
1 bytes
Send:EDC2EE
Response:EDC20102
(Get alarm trigger mode
02:double click)
01:single click
02:double
click
03:long press
0xC3
Get vibration
sensor switch
status
Unit
1 bytes
Send:EDC3EE
Response:EDC30100
(Get vibration sensor switch status
00:off)
00:vibration
off
01:vibration
on
0xC4
Get GPS
switch status
Unit
1 bytes
Send:EDC4EE
Response:EDC40101
(Get GPS switch status 01:on)
00:GPS off
01:GPS on
0xC5
GPS search
satellite time
Unit
1 bytes
Send:EDC5EE
Response:EDC50103
(Get GPS search satellite time 03)
0xC7
Get MAC
Address filter
condition
Unit
0-6 bytes
Send:EDC8EE
Response:EDC70299E7
(MAC Filter : 99 E7)
0xC8
Get Major
filter
condition
Unit
0/4
bytes
Send:EDC8EE
Response:EDC8040A001E00
(Major Filter : 10-30)
Convert to
decimal
0A00: 10
1E00: 30
0x C9
Get Minior
filter
condition
Unit
0/4
bytes
Send:EDC9EE
Response:EDC9040A001E00
(Minor Filter : 10-30)
Convert to
decimal
0A00: 10
1E00: 30
0xCA
Get UUID
filter
condition
Unit
0-16
bytes
Send:EDCAEE
Response:EDCA04000A001E
(UUID Filter : 00 0A 00 1E )
0xCC
Get Low
power
prompt value
Unit
1 byte
Send:EDCCEE
Response:EDCC010A
(Low power prompt value : 10% )
Convert to
decimal
0A: 10
0xCD
Get Motor
vibration
intensity
Unit
1 byte
Send:EDCDEE
Response:EDCD010A
(Motor vibration intensity : 10% )
Convert to
decimal
0A: 10
0xCF
Get quantity
of reported
Unit
1 byte
Send:EDCFEE
Response:EDCF0101
Convert to
decimal

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device
(Quantity of reported device : 1 )
01: 1
0xD2
Get network
check cycle
Unit
1 byte
Send:EDD2EE
Response:EDD20104
(Network check cycle : 4 H )
Convert to
decimal
04: 4
8.2 Configure Device Information
8.2.1 Format
The response will be received after sending the message on LoRa server to get the device
information.The response message has two types: configure device parameter success or
failure.But the format is same.The message is sent in the downlink window, and the response
information is displayed through the uplink window.
Message type
Direction
Header
code
Command
code
Data Length
Data
The message for
configuring
device
information
Downlink
0xED
See below
configure
command
code list
The total length
of the configure
data
Data value
Response
Uplink
0XED
See below
configure
command
code list
0X01
0XAA:
configure
success
0XFF:
configure failed
Note: The wrong command code sent or the system is busy may cause to configure device
information fails. If the device RX window is not opened, or the message sends failed, it will no
response.
8.2.2 Configure Device Information Command Code List
Command
code
Description
Data
type
Data
length
Example
Remark
0x37
Configure
DevAddr
Unit
4
bytes
Send:ED370401959C
F3
Response:ED3701AA
0x38
Configure
NwkSKey
Unit
16
bytes
Send:ED38102B7E15
1628AED2A6ABF715
8809CF4F3C
Response:ED3801AA
0x39
Configure
AppSKey
Unit
16
bytes
Send:ED39102B7E15
1628AED2A6ABF715

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8809CF4F3C
Response:ED3901AA
0x3A
Configure
DevEUI
Unit
8
bytes
Send:ED3A08526973
696E674846
Response:ED3A01AA
0x3B
Configure
AppEUI
Unit
8
bytes
Send:ED3B08526973
696E674846
Response:ED3B01AA
0x3C
Configure
AppKey
Unit
16
bytes
Send:ED3C102B7E15
1628AED2A6ABF715
8809CF4F3C
Response:ED3C01AA
0x3D
Configure
Frequency
plan
Unit
1 byte
Send:ED3D0101
Response:ED3D01AA
00:EU868 01:US915
03:CN779 04:EU433
05:AU915
07:CN470 08:AS923
0A:IN865
0x3F
Configure
activation
mode
Unit
1 byte
Send:ED3D0101
Response:ED3D01AA
01:ABP mode;
02:OTAA mode
0x40
Configure GPS
sleep time
Unit
4
bytes
Send:ED40043C0000
00
Response:ED3D01AA
The data format is
little-endian, Unit:
min
0x6A
Configure
scan filter
name
String(A
SCII)
Max. 11
bytes
Send:ED6A044D4F4B
4F
Response:ED6A01AA
If no need filter
name, send data
ED6A00
0x6B
Configure
scan filter RSSI
Unit
1 byte
Send:ED6B013C
Response:ED6B01AA
Unit:-dBm
0x6F
Configure
uplink
message type
Unit
1 byte
Send:ED6F0101
Response:ED6F01AA
00: Unconfirmed
01: Confirmed
0x74
Configure to
stop alarm
Unit
1byte
Send:ED740100
Response:ED7401AA
01: stop alarm
0x75
Configure
alarm report
interval
Unit
2
bytes
Send:ED75023C00
Response:ED7501AA
Unit :s
0x76
Configure
alarm trigger
mode
Unit
1 byte
Send:ED760101
Response:ED7601AA
01:single click
02:double click
03:long press
0x77
Configure
vibration
status
Unit
1 byte
Send:ED770100
Response:ED7701AA
00:vibration off 01:
vibration on
0x78
Configure GPS
status
Unit
1 byte
Send:ED780100
Response:ED7801AA
00:GPS off
01: GPS on

LW004-PB
17 www.mokosmart.com
9 MOKO LoRa APP
For the detailed operation of the Moko Lora app to configure and read device information, please
refer to the following instructions:
9.1 Install MokoLora APP
0x79
Configure GPS
search
satellite time
Unit
1 byte
Send:ED790101
Response:ED7901AA
Range:1-10
Unit :min
0x81
Configure mac
address filter
condition
Unit
0-6 bytes
Send:ED810299E7
Response:ED8101AA
MAC filter :99 E7
0x82
Configure
major filter
condition
Unit
0/4 bytes
Send:ED82040A001E
00
Response:ED8201AA
Little-Endian
Convert to decimal
0A00: 10
001E: 30
Range: 10 - 30
0x83
Configure
minor filter
condition
Unit
0/4 bytes
Send:ED83040A001E
00
Response:ED8301AA
Little-Endian
Convert to decimal
0A00: 10
001E: 30
Range: 10 - 30
0x84
Configure
UUID filter
condition
Unit
0-16bytes
Send:ED84040A0B0C
1D
Response:ED8401AA
UUID filter:
0A 0B 0C 0D
0x86
Configure low
power prompt
value
Unit
1
Send:ED86010A
Response:ED8601AA
Convert to decimal
0A:10
low power prompt
value :10%
0x87
Configure
motor
vibration
intensity
Unit
1
Send:ED870132
Response:ED8701AA
Convert to decimal
32:50
Motor vibration
intensity: 50%
0x89
Configure
quantity of
reported
device
Unit
1
Send:ED890101
Response:ED8901AA
Quantity of reported
device: 1
0x8B
Configure
network check
cycle
Unit
1
Send:ED8B0104
Response:ED8B01AA
Convert to decimal
04: 4
Network check
cycle:4H

LW004-PB
18 www.mokosmart.com
User can get the APP download link from below QR code,or search “MokoLora” in your phone APP
store：Please allow bluetooth to be enabled during the installation process.This APP
communicates with the device through bluetooth,and it only supports above android4.4 and
IOS9.0 system.
9.2 Scan and Connect LW004-PB
After the device is turned on, the device Bluetooth starts broadcasting. Open the APP, and you can
search the LW004-PB device by pulling down the APP screen. The distance between the phone
and the device should be kept within 10m without wall obstruction. Otherwise, the device will not
be searched. After searching for the device, click the device name to connect the device. The
default broadcast name of the device: LW004-PB-XXXX, XXXX is the last 4 bits of device MAC
addresses.

LW004-PB
19 www.mokosmart.com
click the device name to connect the device that you want to configure. Then you should enter the
password, the default password is “Moko4321”.
Noted: If a password is not entered within one minute, the login box will disappear, you should
click “CONNECT” again.
9.3 Main Page
The APP main page will be displayed as below after the APP connects with the device successful.
.
Noted: If there is no action within two minutes after login, the system will automatically login out.
LoRaWAN Status: There are three
different network status
Disconnected,Connecting and Connected
Alarm status: On or Off
Function menu bar: Setting,Uplink Data
Test,Device Info,OTA,Log

LW004-PB
20 www.mokosmart.com
9.4 Get and Configure General Device Parameter
9.5 Get and Configure LoRaWAN Data
Come into set interface. In the
LoRa setting page we can get and
configure the LoRaWAN
Mode,DevEUI,AppEUI,AppKey,D
evAddr,AppSKey,NwkSKey,Regio
n/Subnet,Message
Type,Reporting interval.
Please notes the reporting
interval in this page is no-alarm
mode reporting interval. And it
must greater than the GPS
satellite search time.
The default non-alarm reporting
interval is 720min.The value
ranges from 1-14400mins
Come into setting interface. In the Device
Setting page we can get and configure
some general parameter.
Low power prompt setting: The default
value is 10%. There are 6 options：
10%,20%,30%,40%,50%,60%
Change password: The default password is “Moko4321”.Length of password: 8 characters
(ASCII visible characters).Users need to enter the same contents twice to modify password.
Network check cycle: The default is 255. The value ranges from 0-255. 255 means that the
device will check the network connection before every message is uploaded.0 means that the
device will never check the network connection. 1-254 means that the device will check the
network connection every （1-254）hours.
Noted: Some LoRa Server platforms did not support this network check function,for example
TTN server, if you want use device in these platforms, should set the network check cycle to 0.