Semtech TBMS100 Manual de usuario
Motion Sensor (PIR)
Reference Manual
TBMS100-915
TBMS100-868
Model Name: TBMS100
DOC ver.: BQW_02_0006.002
Table of Contents
1. Description 1
2. Specifications 2
2.1 Mechanical 2
2.1.1 Sensor 2
2.2 Environmental 2
2.3 Radio 2
2.4 Certifications and Conformity 3
2.5 Power 2
2.6 User Interface 2
2.7 Additional Features 3
3. Operation 4
3.1 Transport Mode 4
3.2 Default Operation 4
4. Messages 5
4.1 Status 5
4.1.1 Triggers 5
4.1.2 Payload 5
4.1.2 Payload (continue) 6
5. Battery 7
5.1 Replacement 7
5.2 Cautions 7
6. Label format information 8
6.1 Round label 8
6.1.1 All QR code 8
6.1.2 JoinEUI 8
6.1.3 DevEUI 8
6.1.4 Model number 8
6.1.5 Factory check code 9
6.1.6 Model Name 9
6.2 PE Bag & Back Label Label Barcode 9
7. Important Product & Safety Instructions 10
8. Warnings 11
9. Notices 12
10. Cautions 12
11. Regulatory 13
11.1 Federal Communication Commission
Interference Statement 13
11.2 Industry Canada statement: 14
Appendix. Configuration Downlink Command 15
Appx. 1 Payload 15
Appx. 2 Configuration Command 16
Appx. 2.1 Payload 16
Appx. 2.1 Payload (continue) 17
Appx. 2.2 Command Description 18
Appx. 3 Response Content 18
Appx. 4 Frame Count 0 Content 19
1. Description
The Motion Sensor utilizes LoRaWAN
connectivity to communicate the
presence or not of a person. The intended
use is to place the sensor with a good
view of a room to determine if there is
motion in the room or not.
The sensor is composed of a Passive
Infrared Detector and Fresnel Lens. The
main body contains the active electronics
to measure movement and transmit any
changes to a LoRaWAN network.
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1
2. Specifications
2.1 Mechanical
2.1.1 Sensor
Length x Width x Height
50mm x 20mm x 50mm
without wall mount
Weight
30g without battery
40g with battery
Sensor
• Dual Passive Infrared
detectors
• Fresnel Lens with 123°
horizontal & 93° vertical
view
2.2 Environmental
Temperature
0°C to +50°C
IP Rating
IP 50 equivalent
2.3 Radio
Frequency
• 863–870MHz for EU
• 902–928MHz for North
America
Tx Power
US: +19dBm
EU: +17dBm
Rx Sensitivity
-135dBm
Antenna Gain
-2dBi Peak, -5dBi Avg
2.4 Certifications and Conformity
FCC ID: 2AMUGTBSP100
IC: 22980-TBSP100
CE
ROHS REACH
2.5 Power
Source
3.6V 1⁄2 AA Li-SOCl2 1200mAh
battery
Maximum Voltage
3.6V
Minimum Voltage
3.1V
Current
135mA maximum/ 100uA
minimum
2.6 User Interface
LEDs
One blue LED
2.7 Additional Features
PCB Temperature
Battery Monitoring
© 2019 Browan Communications Inc. All rights reserved.
2
3. Operation
3.1 Transport Mode
Sensors are shipped with a plastic battery insulating pull tab that must be removed
before the operation.
3.2 Default Operation
While in default operation, the device will immediately send a status change message
once there is a transition from vacant to occupied state or vice-versa. Additionally, the
device will send a status message every 10 minutes while in the occupied state and every
1 hour while in the vacant state.
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3
4. Messages
LoRaWAN Packets for this device use port 102.
4.1 Status
4.1.1 Triggers
Packet Triggers:
(1) While in free mode, send a message every 60 minutes;
(2) When the status changes from the free mode to occupied mode, send a message
immediately;
(3) While the occupied state continues, send a message every 10 minutes;
(4) When the device didn't trigger by the occupied state again within 5 minutes from the last
message, status changes from occupied to free mode and send a message.
4.1.2 Payload
Port
102
Payload Length
8 bytes
Bytes
0
1
2
3
4
5
6
7
Field
Status
Battery
Temp
Time
Count
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4.1.2 Payload (continue)
Status
Sensors status
Bit [0]
Bits [7:1]
1 – occupied, 0 – free
RFU
Battery
Battery level
Bits [3:0]
Bits [7:4]
unsigned value ν, range 1 – 14;
battery voltage in V = (25 + ν) ÷ 10.
*Note: The initial operation will be in low voltage state,
after 10 minutes, it will turn into a steady-state, which is
referenceable.
RFU
Temp
Temperature as measured by on-board NTC
Bits [6:0]
Bit [7]
unsigned value τ, range 0 – 127;
temperature in °C = τ - 32.
RFU
measurement range -32 to 95°C
Time
Time elapsed since the last event-triggered
Bits [15:0]
unsigned value in minutes, range 0 – 65,535.
*Note: little-endian format.
Count
Total count of event-triggered
Bits [23:0]
unsigned value, range 0 – 16,777,215.
*Note: little-endian format.
Note: This value is not stored persistently on the device, and may reset whenever the device is
power-cycled or rebooted.
© 2019 Browan Communications Inc. All rights reserved.
5
5. Battery
5.1 Replacement
Use ER14250 or equivalent.
Remove the upper cap and replace the
battery.
5.2 Cautions
CAUTION: Disposal of a battery (or battery pack) into a fire or a hot oven, or
mechanically crushing or cutting of a battery (or battery pack) can result in an
EXPLOSION!
Leaving a battery (or battery pack) in an extremely high temperature
surrounding environment that can result in an EXPLOSION or leakage of
flammable liquid or gas.
A battery (or battery pack) subjected to extremely low air pressure may also
result in an EXPLOSION or leakage of flammable liquid or gas.
Discard used batteries according to the manufacturer's instructions.
CAUTION: The unit is provided with a battery-powered circuit.
There is a danger of explosion if the battery is incorrectly replaced.
Replace only with the same or equivalent type recommended by the
manufacturer. Discard used batteries according to the manufacturer’s
instructions.
Risk of Explosion if Battery is replaced by an Incorrect Type. Dispose of Used
Batteries According to the Instructions.
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6
6. Label format information
6.1 Round label
6.1.1 All QR code
URN:LWDP:58A0CB0000210000:58A0CBFFFFFEFFFF:TBMS100915:4D4483B1.
The total maximum resulting character sentence is 72 alphanumeric characters long.
6.1.2 JoinEUI
900MHz: 58A0CB0000210000. (US/AU/AS923/BR)
800MHz: 58A0CB0001500000. (EU/IN/RU)
Uses a hexadecimal representation resulting in 16 characters.
6.1.3 DevEUI
58A0CBFFFFFEFFFF.
Uses a hexadecimal representation resulting in 16 characters
6.1.4 Model number
Non-reserved characters(except ":" and space) with a maximum length of 20
characters.
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7
6.1.5 Factory check code
4D4483B1.
Checksum of the factory production line.
6.1.6 Model Name
MODEL:TBMS100.
Fixed code, not including in QR code.
6.2 PE Bag & Back Label Label Barcode
PE Bag Label
Back Label
Definition of Back Label and PE Bag Barcode Label:
GS1 DataMatrix
●The GS1 Application Identifier (21) indicates that the GS1 Application Identifier data
field contains a serial number.
●The GS1 Application Identifier (92) assigned to the company’s internal information is
DevEUI.
: Caution! For more information please refer to chapter 5.2 and chapter 10.
© 2019 Browan Communications Inc. All rights reserved.
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7. Important Product & Safety Instructions
For the most current and more detailed information about Tabs features and settings
as well as safety instructions, please download the user manual for the products
online at www.browan.com before the use of any Tabs products or services.
Certain sensors contain magnets. Keep away
from ALL Children! Do not put in nose or mouth.
Swallowed magnets can stick to intestines
causing serious injury or death. Seek immediate
medical attention if magnets are swallowed.
These products are not toys and contain small
parts that can be dangerous to children under 3
years old. Do not allow children or pets to play
with products.
Observe proper precautions when handling
batteries. Batteries may leak or explode if
improperly handled.
Observe the following precautions to avoid a sensor
explosion or fire:
●Do not drop, disassemble, open, crush,
bend, deform, puncture, shred, microwave,
incinerate or paint the sensors, Hub or other
hardware.
●Do not insert foreign objects into any
opening on the sensors or Hub, such as the
USB port.
●Do not use the hardware if it has been
damaged—for example, if cracked,
punctured or harmed by water.
Disassembling or puncturing the battery
(whether integrated or removable) can
cause an explosion or fire.
●Do not dry the sensors or battery with an
external heat source such as a microwave
oven or hairdryer.
© 2019 Browan Communications Inc. All rights reserved.
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