Tatung TiMS User manual

Tatung intelligent Motor Sensor
USER MANUAL
Feb. 20, 2020
Version 2.1

CONTENTS
※Notice Information..........................................................................................................................1
I. Intended Use...................................................................................................................................... 1
II. General and Safety Instructions......................................................................................................... 1
III. Symbol Instructions............................................................................................................................ 3
IV. Product Disposal Instructions............................................................................................................. 4
1.TiMS Specifications..........................................................................................................................5
1.1 Applicable Motor Type........................................................................................................................ 5
1.2 Overall Information............................................................................................................................. 5
1.3 Range of Environmental Conditions................................................................................................... 6
1.4 Measurement ..................................................................................................................................... 6
2.TiMS Hardware................................................................................................................................7
2.1 Packing Components......................................................................................................................... 7
2.2 Sensor Serial Number........................................................................................................................ 7
2.3 Sensor LED Light Indication............................................................................................................... 8
2.4 Sensor Installation and Setting Tools (not included in the package)................................................. 9
2.5 Sensor Installation Instructions .......................................................................................................... 9
2.6 Magnetic Control Switch .................................................................................................................. 11
3.TiMS Communication Techniques ...............................................................................................12
3.1 Communication Scheme.................................................................................................................. 12
3.2 Wireless Communication Techniques.............................................................................................. 12
3.3 Sensor Monitoring Mode Functions ................................................................................................. 12
3.4 Data Storage.................................................................................................................................... 13
3.5 LoRaWan Gateway Model (Optional) .............................................................................................. 13
4.TiMS Monitoring System...............................................................................................................14
4.1 TiMS Monitoring System - Monitoring App ...................................................................................... 14
4.2 TiMS Monitoring System –Monitoring Cloud Platform .................................................................... 14
4.3 Monitoring System Features ............................................................................................................ 14
5.TiMS Operating Guide ..................................................................................................................16
5.1 TiMS User Flow Chart...................................................................................................................... 16
5.2 Register TiMS Member Account ...................................................................................................... 17
5.3 Sensor Register................................................................................................................................ 20
5.4 LoRa Gateway Register (Optional) .................................................................................................. 21
5.5 TiMS App Download and Sign in ..................................................................................................... 22
5.6 Sensor Initial Setting ........................................................................................................................ 23
5.7 BLE Mode Functions........................................................................................................................ 25
5.8 LoRa Mode Setting & Functions ...................................................................................................... 26

6.Other TiMS Monitoring App Functions ......................................................................................27
6.1 User Sign in...................................................................................................................................... 27
6.2 Device List........................................................................................................................................ 27
6.3 Motor Information & Monitoring Setting............................................................................................ 28
6.4 TiMS Instant Information.................................................................................................................. 29
6.5 App Page Switch.............................................................................................................................. 29
6.6 History Data & Graph....................................................................................................................... 30
6.7 Overall Information........................................................................................................................... 31
7.TiMS Monitoring Website Functions ...........................................................................................32
7.1 Website Address.............................................................................................................................. 32
7.2 Home Page ...................................................................................................................................... 32
7.3 Device Status ................................................................................................................................... 32
7.4 TiMS Monitoring Information............................................................................................................ 33
7.5 Sensor Report Download................................................................................................................. 37
7.6 User Permission Account Setting..................................................................................................... 37
7.7 Monitoring Permission...................................................................................................................... 38
7.8 Account Information ......................................................................................................................... 38
7.9 Password Change............................................................................................................................ 39
7.10 Display Settings................................................................................................................................ 39
Appendix I. Epoxy Putty User Guide........................................................................................40
Appendix II. TiMS Website Address & TiMs App Download QR Code................................41
Appendix III. Recommended Monitoring Parameters Setting Value.......................................42
Appendix IV. TiMS Website Sensor Status List.........................................................................43

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※Notice Information
I. Intended Use
Tatung intelligent Motor Sensor (hereinafter, referred to as “TiMS”) is the first IoT smart sensor
developed especially for low-voltage induction motors. Based on the all-in-one sensor module
technique, hybrid-wireless transmission structure and easy installation design, TiMS can easily
apply to all types of motor and various applications.
TiMS can measure motor data and monitor the motor operating status. After scanning the motor
status, all the data are stored in TiMS memory and transmitted to the smart handheld devices
(such as smartphones and tablets) or gateway via Bluetooth®Low Energy or Low Power Long
Range wireless transmission structure. By Tatung Cloud data analysis, customer can both save
equipment maintenance costs and extend equipment life cycle. To achieve Industry 4.0 will be
easier.
II. General and Safety Instructions
A. Introduction
＊This instruction manual contains information for installation, operation, and maintenance
of TiMS. To ensure that the sensor unit will ececute proper functions and have long
lifetime, carefully study this manual and other related documentation before taking any
action.
＊The instructions in this manual can only be implemented by trained personnel with
appropriate experience and with the authorization of the equipment owner.
＊This document and parts thereof must not be reproduced or copied without the express
written permission of Tatung company, and the contents thereof must not be imparted to
a third party nor be used for any unauthorized purpose. Tatung company strives to further
improve the quality of the information it provides in its publications and will welcome any
suggestions for improvements to this manual.
＊These instructions must be followed to ensure safe and proper installation, operation and
maintenance of the solution. They should be brought to the attention of anyone who
installs, operates or maintains this equipment.
＊Ignoring the instructions will invalidate the warranty.
B. Safety
＊The motor must be disconnected from the power supply and be completely stopped
before conducting any installation or maintenance procedures. Additional measures
should be taken to avoid accidental motor starting.
＊Professionals working with electrical installations, either in the assembly, operation or
maintenance, should use proper tools and be instructed on the application of standards
and safety requirements, including the use of personal protective equipment that must be
carefully observed in order to reduce risk of personal injury during these services.
＊Electric motors have energized circuits, exposed rotating parts and hot surfaces that may
cause serious injury to people during normal operation. It is recommended that

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transportation, storage, installation, operation and maintenance services are always
performed by qualified personnel.
C. Warranty
＊Tatung company provides a warranty against defects in TiMS hardware for a period of 12
months counted from the date of the invoice issued by the factory or distributor/dealer.
＊The warranty will not apply if the user, at his own discretion, makes repairs and/or
modifications to the TiMS hardware without the prior written consent by Tatung company.
＊Disassemble the TiMS hardware will void all guarantees and invalidate safety
assurances.
＊The warranty does not cover motor, equipment, TiMS battery lifetime and components. It
also does not cover defects and/or problems resulting from force majeure or other
causes that cannot be attributed to Tatung company, such as but not limited to: incorrect
or incomplete specifications or data supplied by the customer, transportation, storage,
handling, installation and operation not complying with the provided instructions,
accidents, defects in the construction works, use in applications and/or environments for
which the product was not designed, equipment and/or component not included in the
scope of Tatung company’s supply.
＊Tatung company’s Civil Liability is limited to the supplied product; Tatung company will
not take any liability for indirect or consequential damages, such as loss of profit,
revenue losses and the like which may arise from the contract signed between the
parties.
D. Disclaimer
＊Tatung company does not expressly or implicitly warrant that the TiMS products
(including the sensor hardware, LoRa gateway, and software service) to be free of
defects (including security, reliability, correctness, completeness, effectiveness,
merchantability for a specific purpose, security-related defect, mistake or program
mistake, and infringement) and computer virus. Such information is provided under the
“currently expressly indicated conditions.” Tatung company disclaims, including, without
limitation, the express or implicit warranty liability for the use feature about general
merchandise, suitable for a specific use, or non-infringement of intellectual property
rights.
＊Tatung company reserves the right to modify, suspend or discontinue the TiMS products
without prior notice, and Tatung company does not owe users the obligation to improve
all defects and provide the TiMS products again.
＊Tatung company or its supplier is not liable for any direct, indirect, occasional or
derivative damages, including those incurred during the use of the TiMS products or any
linked websites, or resulting from disclosure of documents and materials under the
service or linked website, even if Tatung company is informed about the possibility of
such damages in advance.

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＊A statement about protection impairment if used in a manner not specified by Tatung
company will void all guarantees and could cause permanent damage to the equipment
and could lead to property damage, personal injury and/or death.
III. Symbol Instructions
Symbol
Description
Direct current
Caution, hot surface
IP66
First characteristic numeral
Degrees of protection against access to
hazardous parts and against solid foreign objects
Second characteristic numeral
Degrees of protection against ingress of water
SGS North America Certification mark
National Communications Commission (Taiwan)
Federal Communications Commission (USA)
Industry Canada
CE marking
X-Y-Z coordinates for vibration
Note information in this manual
Caution information in this manual

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IV. Product Disposal Instructions
The TiMS battery is enclosed with epoxy together with the shell. Therefore, the user cannot
access to replace, remove, separate or charge it. At the end of its usable life, the battery is
collected as a used electro-electronic device.
The TiMS cannot be disposed of in incinerators and city landfills either. It must be disposed of in
compliance with the local regulations.
For information on the return or collection for the proper disposal and recycling of the product,
contact Tatung company or send the TiMS to one of our authorized service centers.
Symbol
Description
The product cannot be disposed of in a municipal waste collection point.
It should undergo a waste sorting process of electrical and electronic
circuits, plastic parts, metal parts, and batteries.
The whole device and its package are made of materials that can be
recycled and should be sent to specialized waste sorting companies at the
end of the usable life.
The horizontal bar below the crossed-out wheeled bin indicates the device
was placed on the market after August 13, 2005.

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TiMS Specifications1. 1.1 Applicable Motor Type
Motor：3-Phase squirrel cage induction motor or synchronous motor
Voltage：690V AC below
Drive type：DOL / VFD
Duty cycles：Continuous duty, S1
Environment：Safe area
1.2 Overall Information
Model & Certifications：
Shell：PC/ABS
TLSM -NC900 : NCC、FCC、IC、Safety test*
Back plate：SUS304
TLSM -NC800 : CE、Safety test*
Mounting：Bolt-fixing
*Safety test：IEC/EN/UL 61010-1
Fixing Dimension：88mm(3.47inch), M4*2
Dimensions：76 x 62 x 23 mm
IP Class：IP66
(2.99 x 2.44 x 0.91 inch)
Display：Color LED
Weight：0.22kg (0.49lbf)
BLE Switch：Magnetic sensing control
Outline Dimension Drawing：
Unit: mm (inch)
Battery Lifetime：3 years*
CAUTION
”3 years battery lifetime” is the design value for automatically scan per hour once a
time at environment temperature 25℃(77℉).
NOTE
The real battery lifetime depends on the user operating frequency. The more time that
Bluetooth connects to the sensor and manual scan, the less battery lifetime can be
used.

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1.3 Range of Environmental Conditions
Environment：
Both dry and wet location use
Ambient temperature：-40℃~+60℃
(-40℉~+140℉)
Pollution degree：2
Relative humidity：5% ~ 95%R.H.
Altitude：Below 4,000 meters above sea-level
CAUTION
Recommended storage and transportation condition：environment temperature range
between -40 ℃~+60 ℃(-40 ℉~+140 ℉) and relative humidity range between
5%~95%R.H.
1.4 Measurement
Periodic measurement interval：Every 30 minutes / Every 1 hour
Measured data：Motor Operating Status/ 3-axis Vibration(RMS)/ Motor Power Frequency,
Motor Skin Temperature/ Runtime Hour/ Residual Battery Power
Analysis tools：3-axis Vibration Spectrum Analysis
Sensing specifications：
Temperature sensor
Power frequency
Sensing Range：-40℃~+120℃
Sensing range：5~75Hz
(-40℉~+248℉)
Resolution：0.1Hz
Resolution：0.1℃
Accuracy：±0.25Hz
Accuracy：±1℃
Vibration sensor
Battery
3-axis accelerometer ±16g
CR123A
Unit：Velocity mm/sec (RMS)
Battery type：Li-MnO2
Range：10~1,000Hz
Voltage：3.0 Vdc
(not rechargeable or replaceable)

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TiMS Hardware2. 2.1 Packing Components
No.
Items
Size / Spec.
Qty
Remark
1
TiMS sensor
One size
1 pc
TLSM-NC900/ TLSM-NC800
2
Supporting plate
One size
1 pc
SUS304 stainless steel
3
Fixing seat
(onto motor fins)
L：50mm/ M：26mm/ S：13mm
3 pcs
Depends on motor frame size
4
Bolt for fixing
No.4 onto No.2
M6*20 for Lfixing seat
M6*15 for Mfixing seat
M6*10 for Sfixing seat
3 pcs
Hexagon socket bolt
(depends on fixing seat size)
5
Bolts for fixing
sensor
M4*6
2 pcs
Cross recessed round head
bolt
6
Thermal pad
W*L*H=10mm*10mm*1mm
1 pc
Stick on Hexagon socket bolt
7
Epoxy Putty
60g (Use for metal)
1 tube
See <Appendix I.>
8
Quick Guide
One size
1 pc
Including serial number
2.2 Sensor Serial Number
Each sensor has five sets of unique identification numbers：
(1) Product serial number (Product S/N)
(2) Bluetooth connection name (BLE Name)
(3) Sensor S/N (UUID)
(4) Bluetooth address (BLE Address)
(5) LoRa address
Serial number sticker:
The Product S/N, BLE Name and BLE Address are shown on the shell of the sensor.
All the identification numbers are attached inside the package.
In package On the sensor shell side
NOTE
The sensor registration process requires the user to key in Product S/N, BLE
Name and BLE Address to register on the TiMS monitoring system website by user
account (see section 5.3).
Model:TLSM-NCxxx
Product S/N: FDxxxxxxx
BLE Name: TiMS_Vxx_xxxx
UUID: xxxxxxxxxxxxxxxxxxxxxxxx
BLE Address: xx:xx:xx:xx:xx:xx
LoRa Address: xxxxxxxxxxxxxxxx
No.1
No.3
No.4
No.5
No.2
No.7
No.6
L
M
S
L
M
S
FDxxxxxxx
TiMS_Vxx_xxxx
xx:xx:xx:xx:xx:xx

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CAUTION
After the registration process, the user is the only owner of the sensor. Other
accounts aren’t able to use or connect the sensor.
2.3 Sensor LED Light Indication
Status
LED light color
Indication
Normal
The light is dark at normal status
and becomes green when a
magnet put in the control
position, see Section 2.6(1).
Warning alarm
Yellow light twinkles every 12
seconds.
Danger alarm
or
LoRa transmission fail
1. Danger alarm:
Red light twinkles every 12
seconds.
2. LoRa fail:
Red light twinkles 2 times
every 12 seconds.
In connection
The blue light twinkling indicates
the Bluetooth is connecting with
App or the LoRa is transmitting
data.
Measuring
The white light rapid twinkling
indicates the sensor is measuring
the parameters.

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2.4 Sensor Installation and Setting Tools (not included in the package)
(1) Small strong magnet such as Neodymium magnet (NdFeB magnet)
(2) Phillips screwdriver
(3) Hexagon key (No. 4)
(4) PU plastic gloves (for epoxy putty mixing)
(5) Cleaning objects such as cleaning naphtha, rag, fine sandpaper…etc. (for cleaning the
position to install the sensor on the motor frame)
2.5 Sensor Installation Instructions
(1) Recommended installation position：
The central position of the frame at the height of shaft, i.e., the level parallel to the ground.
(shown as below)
(2) Fixing by epoxy putty：
X axis
Y axis
Z axis

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Illustration
Instructions
Grind the fins by fine sandpaper and then use rag with
cleaning naphtha to scrub the fins.
Take an appropriate amount of epoxy putty and knead
it about five minutes to make it completely mixed and
soft. Then stuff the epoxy putty into the position
between the fins.
Press the fixing seat into the epoxy putty and ram the
epoxy putty around the fixing seat.
Fix the supporting plate and adjust by using level
gage.
Wait for 24 hours for the epoxy putty to become totally
solid, then stick thermal pad on hexagon socket bolt
and fix the sensor onto the supporting plate.
(3) Directly fix the sensor onto the motor surface：
NOTE
If the motor frame has a lateral plane without fins, the user can just tap one M6 hole
(installed with supporting plate) or two M4 holes (hole distance is
88mm(3.47inch))and directly fix the sensor onto the lateral plane.
Drill one M6 hole
Drill two M4 holes
<hole distance is 88mm (3.47inch)>
Installed with supporting plate
Sensor fixed onto the motor directly

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2.6 Magnetic Control Switch
(1) Magnetic switch position：
At the symbol of the x-y-z coordinates on the top side of
the sensor shell, put the magnet at the control position to activate
the sensor. If the sensor is not activated, move the magnet around
the symbol area to find the exact position.
NOTE
Neodymium magnet (NdFeB magnet) is recommended for better control.
(2) Control functions：
function
Control method
LED light
Check the
sensor status
Put the magnet at the control position then the
LED light will be bright indicating the status.
Continuously bright ：
green, yellow, red
Enable the
Bluetooth
signal
Put the magnet at the control position for 3
seconds, the LED green light will flash 3
times and then enable the Bluetooth function.
Continuously bright
green light flash
Disable the
Bluetooth
signal
Put the magnet at the control position for 3
seconds, the LED red light will flash 3 times
and disable the Bluetooth function.
Continuously bright
red light flash
Reset sensor
function
Put the magnet at the control position for 12
seconds (the LED white light will flash), then
remove the magnet to reset sensor function
(the LED light will flash color light).
Continuously bright
red/green light flash
light off
white light flash
remove magnet
color light flash
(3) Magnetic switch control process illustration show as below：
Magnetic control
interval
No magnet
Less than
3 seconds
More than
3 seconds
Normal
Bluetooth enable
Bluetooth disable
Warning
Danger
LED light status
OFF / Flash
ON
Flash 3 times

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TiMS Communication Techniques3. 3.1 Communication Scheme
CAUTION
To use the service, in addition to the requirement of the TiMS product or purchasing the
exclusive LoRa Gateway, user shall bear the cost of preparing necessary smart
handheld device, and ensure the availability of the Internet network with a third-party
telecommunication service provider. The construction, connection and power costs
incurred from the Internet will be borne by the user as well.
3.2 Wireless Communication Techniques
Technique
Bluetooth®Low Energy (BLE)
Low-Power Long Range (LoRa)
Specification
Bluetooth 4.2
LoRaWan Class A
Band
2.402~2.480Ghz
902~928MHz(US915/AU915/AS923)
or 863~870MHz(EU868)
Distance
~10m (3.3ft)
(depend on user environment)
~2km (1.24mile)*
(include the influence of the building)
NOTE
*The distance is based on the test result of the Tatung factory outdoor environment by
Multi-Tech MTCDTIP LoRa gateway. Because of the antenna type difference of
MTCDT LoRa gateway, the distance will be shorter than that of the MTCDTIP LoRa
gateway.
3.3 Sensor Monitoring Mode Functions
Monitoring Mode
Single (BLE)
Multiple (LoRa)
Technical specification
Wireless Communication
BLE 4.2
LoRaWan Class A
Real-time function
Instant measurement
Available
Not available
Instant vibration analysis
Available
Not available
Monitoring mode setting
Available
Not available
Data transmission
Periodic measurement
Passive*1
Active*2
Alarm
Abnormal Notification
LED light indication
E-mail & App push
Alert Threshold setting
Available
(real-time)
Available*3
(non real-time)
Alert vibration analysis
Available
Not available
Bluetooth signal
Radio Function
always ON
automatic OFF*4

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NOTE
*1. [Passive] means the user needs to manually choose the interval to collect all of the
periodic measurement data (history data) from every sensor. The data will be
uploaded to the cloud automatically by the mobile internet.
*2. [Active] means the sensor will transmit the data, including temperature, 3-axis
vibrations, power frequency and motor status, to LoRa gateway automatically after
periodic measurement. The LoRa gateway will upload the data to the cloud
immediately.
<Notice> Motor runtime hour and sensor residual power only updated once a
day on LoRa mode.
*3. LoRa website alert threshold setting function is limited by the LoRa communication
architecture and not real time modification (delay time may be several hours).
*4. After using the App via Bluetooth, the Bluetooth radio signal of the sensor will
disable automatically in 3 minutes. If the Bluetooth signal of the sensor is OFF, user
needs enable the sensor Bluetooth signal by using a magnet to approach it at least
3 seconds.
3.4 Data Storage
Location
Sensor memory
Cloud space
History Data
13,000* records
No limit
Instant Measurement
1 record
No limit
Alert Vibration Analysis
11 records
No limit
Instant vibration analysis
1 record
No limit
NOTE
*equivalent to 24 records a day for 1.5 years
3.5 LoRaWan Gateway Model (Optional)
Serial
MultiConnect®Conduit®
MultiConnect®Conduit®
IP67 Base Station
Model
MTCDT
MTCDTIP
Environment
Indoor
Indoor / Outdoor(IP67)
Internet
Wi-Fi or 4G LTE
Ethernet or 4G LTE

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TiMS Monitoring System4. TiMS monitoring system includes monitoring App and monitoring cloud platform. The monitoring App may
connect smart handheld devices to the TiMS product and operate and adjust the product therewith to
read the user data of the product and provide the numbers and applications of the data. Before using the
service, the user shall confirm whether or not a smart handheld device could connect to the service or not
and read the instructions and relevant provisions. Please also be aware of the nature of the smart
handheld device you use. For instance, whether or not it could be overheated or power consuming.
4.1 TiMS Monitoring System - Monitoring App
(1) TiMS App
App Title：Tatung iMotor Sensor
Language：English(US) / Traditional Chinese
Version：Android 9 or above / iOS 10 or above
(2) Mobile Device Specification
i. User mobile device must support low energy-consuming Bluetooth (BLE) transmission
function, i.e. BLE version 4.0 at least.
ii. Users must ensure that the mobile internet is connected during the App process.
(3) App Download Linkage：
iOS & Android App download QR Code shown as <Appendix II.>
4.2 TiMS Monitoring System –Monitoring Cloud Platform
(1) TiMS Website
Website：https://tatungmotor.azurewebsites.net/
Cloud platform：Microsoft Azure Industrial Cloud System
Service Charge：Basic Monitoring Function for free
(added value service for advanced function)
(2) Cloud Service Member Account
When signing up for membership on the TiMS website, the user has to provide a personal
account (E-mail address), company group name and company/personal information; the
account and company group name cannot be repeatedly registered.
4.3 Monitoring System Features
(1) Exclusive sensor account to secure customer’s individual information：
User cannot connect with the other sensor and read its data, which belongs to the other
account.
(2) Motor status real-time measurement：
In Bluetooth connection status, customer can manage the real-time measurement at any time.
The latest measured data will be transmitted to the cloud and shown simultaneously.

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(3) History graph Information：
Automatically and periodically measured data will be saved in the sensor memory. Customers
can regularly connect with the sensor to receive the data, then the data and graph of motor
operation status can be shown both in mobile phone and cloud.
(4) Vibration spectrum analysis：
The monitored abnormal status will be automatically calculated and saved in the sensor and
downloaded via Bluetooth connection. Users can also manually trigger the vibration spectrum
analysis.
(5) Runtime & maintenance hour calculation：
The expected maintenance hour and the maintenance note can be set in advance to assure
equipment maintenance kept on schedule.
(6) [Manager] and [User] dual authorization system can separate the monitoring and
management duty：
Admin permission：Customer can register a main account for a manager to control all
sensors monitoring and setting.
User permission：Customer can register a sub-account for assigned users to control the
assigned sensors monitoring and setting. To protect the information of the motor or sensor,
only [Admin permission] user can modify the [Equipment information].
(7) LoRaWan connection and data test function：
Setting the LoRaWan is as easy as a Wi-Fi connection setting.
(8) LoRa instant update and activity abnormal notification：
Automatically measured data will be uploaded and updated to the cloud right away and an
alarm notification will be sent to the user via App and e-mail if an abnormal situation happened.
(9) LoRa non real- time alert threshold value setting：
On LoRa mode, the user can modify the alert threshold value on the TiMS website. Ensure
the sensor monitoring the motor at the accurate value.

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TiMS Operating Guide5. 5.1 TiMS User Flow Chart
Yes
No
Data uploaded to Tatung
Azure Cloud automatically
Sensor Factory Default
BLE signal: OFF
Periodic Measurement: OFF
(Sensor sleep mode)
Flow chart description
App function
WEB function
Sensor function
LoRa gateway function
Instructions
1. Instant Measurement
2. History Data Collection
3. Alerts Information Collection
4. Instant Vibration Analysis
5. Monitoring Parameters Setting
6. LoRaWan Connection Setting
1. History Data Uploaded Automatically
2. Abnormal Status Notification
3. Brief Alerts Information
4. Non Real-time Alert Value Setting
User can click the [Periodic
Measuring] icon to switch the
automatic scan mode
Connect the LoRa gateway to
PC & Set the gateway function
(internet network, App EUI & App
KEY)
LoRa gateway manual
Download & Install
TiMS App
Sign in Account &
Go into TiMS Devices List
(please make sure the Internet &
Bluetooth function is working)
First time use?
Download history data or
manual trigger status scan
and vibration analysis
(if the sensor BLE NAME color is
dark, please enable the Bluetooth
signal by using magnet to switch it.)
Key in and save the
equipment information
Enter TiMS website
Sign up account & get the email
to activate account
Register the sensor(s)
(Product S/N, BLE Name, BLE Address)
5.5
5.5
5.5
5.2
5.3
5.6
5.6
5.4
5.8
5.7
5.8
5.7
Enable the sensor
Bluetooth signal
(Using magnet)
Refresh the sensor BLE
signal & click sensor again
(BLE NAME color is BLUE)
Set the monitoring
parameters
(turn on Periodic Measuring & set
Alert Value)
Periodic Measuring Default
Automatic Scan:
OFF
(BLE signal automatic OFF)
Periodic Measuring
Automatic Scan :
ON(BLE Mode)
(BLE signal always ON)
Register the LoRa gatewy(s)
(Tatung GWsn, Register key)
Select Sensor
Periodic Measuring
Automatic Scan :
ON(LoRa Mode)
(BLE signal automatic OFF)
Set the LoRaWan connection
5.6
5.6

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5.2 Register TiMS Member Account
Step 1. Open the TiMS website：
https://tatungmotor.azurewebsites.net/
Step 2. Click the [Register] icon to sign up for the member account.