Thermo Scientific InSight Generation 3 User manual

InSight Generation 3
Configuration and Installation Instructions
330896H01• Revision A • September 2019

IMPORTANT Read this service manual. Failure to follow the instructions in this manual can result in
damage to the unit, injury to operating personnel, and poor equipment performance.
CAUTION All internal adjustments and maintenance must be performed by qualified service personnel.
CAUTION InSight hardware and software must be installed by qualified technicians only.
Disclaimer and limitation of liability:
Thermo Fisher Scientific assumes no responsibility for any loss or claims by third parties which may arise
through the use of this product. This document is non-contractual and subject to change without notice.
Thermo Fisher Scientific and its distributors shall not be held responsible either directly or indirectly for cost,
damage, expenses and legal fees, or personal injury related to the use of Thermo Fisher Scientific products,
even in the case of faulty design or manufacturing of said products. Thermo Fisher Scientific products are pro-
vided as-is without any additional warranty, explicit or implied, with respect to files, their suitability for a partic-
ular application, their quality, their commercialization or any other related aspect.
The seller’s and creator’s liability with respect to the product warranty is strictly limited the amount paid by the
client for said product. Under no circumstances shall the seller or creator assume responsibility for any dam-
age or prejudice whatsoever, direct or indirect, specific or consequential, particularly with respect to any
down-time, loss of data, or any other financial loss resulting from the use or impossibility to use the products,
even if Thermo Fisher Scientific is aware of the potential occurrence of said prejudice. The product seller and
creator advise each product user to verify the results of using these files, and neither the seller nor the creator
shall be held liable for any damage related to using the delivered product. Thermo Fisher Scientific informs all
future buyers and user of its products that without the above limitations, Thermo Fisher Scientific products
would not be able to exist.
Do not open the product casing and do not disassemble or modify internal components in any manner what-
soever. Thermo Fisher Scientific products do not contain any internal components that require user interven-
tion or repair. If the product or device shows signs of improper operation, disconnect it immediately from its
power source and contact Thermo Fisher Scientific technical services so that the device can be examined
under proper conditions.
© 2019 Thermo Fisher Scientific Inc. All rights reserved.

FCC Compliance
Supplier’s Declaration of Conformity
47 CFR 2.1077 Compliance Information
Unique Identifier: Generation 3 Mote
Authorized Components Used in Assembly: Raspberry Pi 3B+ Module, FCC ID: 2ABCB-RPI3B
FCC Compliance Statement:
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, and
2. This device must accept any interference received, including interference that may cause undesired
operation.
Responsible Party:
KLATU Networks, Inc.
4174 NE Lookout Lane
Poulsbo, WA 98370
[phone]
www.klatunetworks.com
Compliance Information Statements for Raspberry Pi 3B+, FCC ID: 2ABCB-RPI3B:
FCC Compliance Statement:
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, and
2. This device must accept any interference received, including interference that may cause undesired
operation.
FCC Caution: Any changes or modification not expressly approved by the party responsible for compliance
could void the user’s authority to operate.
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment.
This device is installed to be operated with a minimum of 20cm distance between the antenna and user.

ISED Compliance:
English
This device complies with ISED’s license-exempt RSS standard(s). Operation is subject to the following two
conditions:
1. This device may not cause harmful interference and
2. This device must accept any interference received, including interference that may cause undesired
operation.
This radio transmitter (IC: 20953-RPI3P) has been approved by ISED Canada to operate with the antenna on
board (the antenna on board is a Dual band (2.4 GHz and 5 GHz) PCB niche antenna design licensed from
Proant with Peak Gain: 2.4 GHz 3.5 dBi) with the maximum permissible gain indicated. Antenna not included
in this list, having gain greater than the maximum gain indicated for that type, are strictly prohibited for use
with this device.
The operation of the device in the band 5150-5250 MHz is only for indoor use to reduce the potential for
harmful interference to co-channel mobile satellite systems. This equipment complies with ISED RSS 102
radiation exposure limits set forth for an uncontrolled environment. This equipment installed to be operated
with a minimum of 20cm distance between the antenna and the user.
Note that high-power radars are allocated as primary users (i.e. priority users) of the bands 5250-5350 MHz
and 5650-5850 MHz and these radars can cause interference and/or damage to LELAN (License Exempt
Local Area Network) devices.
French
Cet appareil est conforme au(x) standard(s) RSS exemptes de licence d'Industrie Canada. Son exploitation
est soumise aux deux conditions suivantes:
1. Cet appareil ne doit pas occasionner d’interférences, et
2. Cet appareil doit supporter toutes les interférences, y compris celles qui pourraient provoquer un mauvais
fonctionnement de cet l'appareil.
Cet émetteur radio (IC: 20953-RPI3P) a été approuvé par Industrie Canada pour fonctionner avec les types
d’antennes énumérés (l'antenne intégrée est une conception d'antenne de niche pour circuit imprimé bibande
(2,4 GHz et 5 GHz) sous licence de Proant avec gain de pic: 2,4 GHz, 3,5 dBi, 5 GHz, 2,3 dBi), avec le gain
d’antenne maximal autorisé indiqué. types d’antennes non incluses dans cette liste ayant un gain est
supérieur au gain maximal indiqué pour ce type, sont strictement interdites pour une utilisation avec cet appa-
reil.
L’utilisation de l'appareil dans la bande de fréquences 5150-5250 MHz est uniquement valable en intérieur
pour réduire le risque de brouillage nuisible au fonctionnement des systèmes mobiles par satellite partageant
les mêmes canaux.
Cet appareil est conforme aux limites de la norme IC RSS-102 concernant l’exposition aux radiations dans un
environnement non contrôlé. Cet appareil doit être installé et utilisé avec une distance minimale de 20 cm
entre l’antenne et le corps de l’utilisateur.
Veuillez noter que les radars haute puissance sont définis comme utilisateurs principaux (i.e. utilisateurs prior-
itaires) des bandes 5250-5350 MHz et 5650-5850 MHz et que ces radars peuvent causer des interférences
et / ou endommager les appareils LE-LAN (réseau local exempt de licence).

Revision History
DATE Revision DESCRIPTION
9/05/2019 AInitial release for Insight Gen 3 Configuration and Installation

Contents
Introduction ................................................................. 1
Intended Use............................................................ 1
Environmental Operating Conditions......................... 1
Battery Operating Temperatures .............................. 1
Safety Considerations .................................................. 2
Safety Instructions.................................................... 2
Electrical Warning for Devices with AC Adapter ........ 2
Battery Warning ....................................................... 2
General Recommendations.......................................... 3
Specifications .............................................................. 4
Mote Specifications.................................................. 4
Sensor Specifications............................................... 6
Configuration/Installation Instructions ........................... 8
Requirements........................................................... 8
Step 1 – Physical Connection................................... 8
Step 2 – IP Configuration ......................................... 9
Step 3 – Web Interface............................................. 9
Step 4 – Configure Wifi............................................. 10
Step 5 – Configure Cloud URL and HTTP Proxy....... 13
Step 6 – NTP ........................................................... 14
Step 7 – Sensors ..................................................... 14
Step 8 – Calibration.................................................. 20
Step 9 – Save & Restore (optional, for configuring
multiple motes at a customer site) ............................ 21
Step 10 – User Profile .............................................. 21
Step 11 – Finish ....................................................... 21
Smart Sensor Assembly ........................................... 22

Temperature Sensor Installation ............................... 23
Control Sensor Port Installation ................................ 24
Current Transducer (CT) Sensor Installation.............. 24
Magnetic Door Switch Installation............................. 25
LN2Fill Line Monitoring – Temp Sensor Installation ... 27
Walk-In Room Monitoring......................................... 28

List of Tables
Independent Sensors and Ports - Cold Storage Assets ...........6
Independent Sensors and Ports - Incubators ...........................6
Optional Data Port integration - Incubator ................................7
LN2Kit ...................................................................................27
Walk-In Kit .............................................................................28

InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System Introduction | 1
Introduction
InSight Generation 3 (Gen 3) motes continue to use
innovation to help improve Life Science companies
proactively monitor their assets.
Intended Use
• The system will collect, store, and provide analytical data.
The data analytics collected from multiple assets (fleet)
will provide the operator with supporting data for
efficiency and cost reduction recommendations.
• To monitor the performance of the asset to meet the
asset’s intended use and assess overall health using
trending analysis from baseline and other comparable
units.
• Temperature alarm feature is for reference only and it is
not intended for specific application requirements for
critical sample protection, nor can it be used as a
substitute for monitoring the critical temperature
performance.
• These devices are not to be used for any medical
purposes. It is intended for Research or General Purpose
use only.
Environmental Operating
Conditions
• The mote is designed and intended for reliable operation
at normal indoor ambient temperature and humidity.
• Motes and sensors shall not be placed in environmental
conditions beyond recommended specifications.
• The mote or any sensors are not submersible.
• Operating temperature range: 0ºC to +40ºC.
• Operating humidity range: 0-85% RH, non-condensing.
Battery Operating
Temperatures
Operating Temperature: Min 0°C; Max 40°C
Storage and Shipping Temperature: Min -20°C; Max 45°C.
CAUTION: Follow local regulations concerning
disposal of packaging, unused wireless devices
and their accessories, and promote their
recycling.

2 | Safety Considerations InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System
Safety Considerations
Safety Instructions
• Do not use this product for protection or as part of an
automated emergency system or for any other
application that involves protecting people and/or
property.
• Customers and users of Thermo Fisher Scientific
products are responsible for making sure that the
product is fit for the intended usage. Do not open the
product casing and do not disassemble or modify internal
components in any manner.
• Thermo Fisher Scientific products do not contain any
internal components that require user intervention or
repair. If the device shows signs of improper operation,
disconnect it immediately from its power source and
contact Thermo Fisher Scientific technical services.
Electrical Warning for
Devices with AC Adapter
• When using a InSight™ product with a PoE (Power over
Ethernet) or AC/DC adapter, always use the specific
adapter provided by your supplier (same brand, same
product reference).
• Do not open the adapter yourself and do not dismantle
internal components or modify them in any manner. The
adapter does not contain any user-repairable parts. If the
adapter shows any sign of malfunction, unplug it
immediately and contact Thermo Scientific for repair or
replacement.
• Do not connect the adapter to a device or peripheral
other than the InSight product for which it was intended.
Unplug the power cable from the electrical outlet when
the adapter is not in use.
• Do not cause a short circuit with the electrical plug. Do
not force either the AC or DC plug.
• Before removing the connector from any InSight
hardware devices or unplugging power cables, unplug
the cable from the power outlet.
• Do not subject the adapter to physical shock, which
could cause serious malfunction or damage. Do not use
or place the adapter in a wet or humid location. This
adapter is not waterproof.
Battery Warning
InSight products contain a lithium battery. Make sure you
observe polarity (+/-) when inserting batteries into InSight
devices. Reversing polarity by inserting the batteries
incorrectly can cause the product to heat up and may lead to
a battery liquid leak.
Use only batteries recommended by Thermo Fisher Scientific.
Do not change battery types, such as alkaline and
magnesium, or use batteries of different brands or even
different types of batteries of the same brand.
Incorrect batteries may cause the device to heat up, and may
result in a fire or battery liquid leakage. Never dispose of
batteries in a fire. Do not charge regular batteries that are not
specifically rechargeable.
When batteries are low, or if the battery-operated device
remains unused for a long period of time, remove the
batteries from the device to avoid any risk of battery liquid
leakage. Never leave batteries within reach of children. In case
of a battery leak, avoid all contact with the liquid present on
the batteries.
Rinse with clear water immediately if the battery liquid comes
into contact with the eyes, mouth or skin. Contact a doctor or
emergency service immediately. Battery liquid is corrosive
and can damage vision, or cause blindness or chemical
burns.

InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System General Recommendations | 3
General Recommendations
The Insight Gen 3 Mote contains a Li-Ion battery which IATA
regulations require be shipped via ground.
As an additional safety precaution, the battery charge is
limited to 40%-65% of its capacity for shipment.
Charging cycles and charge current are managed by a Power
Management System (PMS). The charge rate is determined
by system load, ambient temperature, battery temperature
and battery charge state.
Recommended to change the mote’s back-up battery every
300 full discharge cycles.
It is recommended that all AC powered devices be connected
to a UPS backup power supply, in addition to any backup
power sources that may already be in place.
For reference only:
• The system will monitor overall asset health, detect and
alarm on asset malfunction and degradation.
• Service vs. buy decisions.
• Remote system health monitoring and troubleshooting
for service providers.
• It is not stated or implied that the system will uplift the
intended use of the asset.

4 | Specifications InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System
Specifications
Mote Specifications
Networking: • Wi-Fi or Ethernet connectivity. Supports Wireless security protocols WPA2 and 802.1x.
• 802.11n/ac Wi-Fi Radio - Contains FCC ID: 2ABCB-RP13BP/Contains IC:20953-RP13P.
• DHCP and DNS.
• NTP local or externally sourced.
• Outbound access to api.traxxekg.com on port 80 (HTTP) or 443 (HTTPS). An explicit HTTP
proxy is configurable.
• Device transmits via HTTP(S) periodically, as configured by customer. Sampling is
configurable at 1, 5,10, 30, and 60 minute intervals.
Power over Ethernet
(PoE):
• DC Voltage: 56VDC; Load 0A Min, 0.275A Max; Regulation Line/Load 4%; Minimum supply
power 15.4 W.
• IEEE Standards: Complies with 802.11af standard.
• Safety Approvals: cUL/UL, SAA,CE, C-Tick.
• The power supply must conform to the PoE (Power over Ethernet) 802.3af standard.
Backup Battery: • The InSight Gen 3 mote contains a standby rechargeable Li-Ion battery. In the event of
power outage, the battery operates up to three hours of continuous operation and recharges
in five hours or less.
• 2600 mAH, 3.6 V
• Compliant with UL 2054, second edition dated 10-29-2004, including revisions through
2-11-2011
• The InSight Gen 3 mote contains a Li-Ion battery which IATA regulations require be shipped
via ground.
• As an additional safety precaution, the battery charge is limited to 40%-65% of its capacity of
shipment. Storage for periods of more than 6 months without charging is not recommended.
• Charging cycle and charge current are managed by a Power Management System (PMS).
The charge rate is determined by system load, ambient temperature, battery temperature
and battery charge state.
Battery Operating Temperatures:
• Operating Temperature: Min 0°C, Max 40°C.
• Storage and Shipping Temperature: Min -20°C, Max 45°C.
Battery Care:
• Refer documentation for important information.

InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System Specifications | 5
Mechanical
Specifications:
• Material: ABS plastic
• Dimensions: 4.821" x 3.776" x 1.496" (122.45 mm x 95.91 mm x 38.00 mm) (L x M x W)
Internal Sensors (2): • Temperature:
- System Accuracy: ±0.1 to 0.2°C.
- Operating Range:
Mote with POE line power: 0°C to 70°C, 0% to 85% RH non-condensing;
Mote with Battery Backup: 0°C to 40°C, 0% to 85% RH non-condensing.
- Display Resolution: 0.1.
- System Resolution: 0.01.
• Relative Humidity (%RH)
- System Accuracy: ±1.5%.
- Operating Range: 0-85% RH.
- Display Resolution: 0.1.
- System Resolution: 0.01.
LAN Ports (2): • LAN (Port 1): 10/100 Ethernet.
• LAN (Port 2): 10/100 Ethernet with PoE.
USB 2.0 Ports (4):
USB sensors available
from Thermo Fisher
Scientific
•Temp/RHsensor.
• Heracell 160i/250i incubator dataport.
• Dataport integration with specific Haracell, Infors, and Forma 3110 incubators when
RS232/485 ports are occupied by independent CO2 and extended range temp/RH sensors.
• RTD/temp sensor.
• CT/current transducer sensor.
RS485/232 Port (1):
Sensors and data port
integrations currently
available from Thermo
Fisher Scientific
• Tethered Sensor (3-meter cable): CO2 and/or extended range temp/RH sensors from
incubators.
• Data port integration with Heracell 150/240, 150i/240i and Infors incubators with compatible
RS485/RS232 data ports.
• Digital Input (3-meter cable): Door switch or equivalent contact closure.
Indicators and Buttons: • LED Indicators (3 bi-color red/green): Power/Status, Network, Sensor.
• Action Button: Manually sends sensor data to InSight.
• Power Switch: Power mote off and on.

6 | Specifications InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System
Sensor Specifications
Table 1. Independent Sensors and Ports - Cold Storage Assets
Temperature/RTD sensor port Amperage/CT sensor
port
Auxiliary
sensor port
Interface USB (Type A) USB (Type A) RS485 (RJ45)
Type
3 wire, 100 ohm Platinum RTD
(TC = 3850 ppm/K).
Split Core Current Transducer
with built-in transient voltage
suppression.
Dry contact
System Accuracy ±0.5°C (0.0% full scale) ±2% n/a
Operating Range -200°C to +600°C 0-50A or0-80A n/a
Display Resolution 0.1 0.1 n/a
System Resolution 0.01 0.01 n/a
Table 2. Independent Sensors and Ports - Incubators
Te m p e r a t u re / R H
(Basic Range)Temperature/RH (Basic Range) CO2
Interface USB (Type A) RS485 (RJ45) RS485 (RJ45)
System Accuracy temp = ±1°C;
RH = ±3% RH
• temp accuracy at temp +10 to +30°C
= ±0.5°C
• temp accuracy at temp -40 to
+10°C, +30 to +60°C = ±0.6°C
• RH accuracy at temp 0 to 40°C and
0-90% RH = ±3% RH
• RH accuracy at temp 0 to 40°C and
90-100% RH = ±5% RH
• RH accuracy at temp -40 to 0°C, +40
to 60°C and 0-90% RH = ±5% RH
• RH accuracy at temp -40 to 0°C, +40
to 60°C and 90-100% RH = ±7% RH
• at 25°C and 1013 hPa
@5% CO2 = ±0.1% CO2
•CO
2 @0 to 8% CO2 =
±0.2% CO2
•CO
2 @8 to 20% CO2 =
±0.4% CO2
Operating Range
temp = -17 to 49°C;
RH = 2-95% RH
non-condensing
temp = -40 to +60°C;
RH = 0-100% RH 0 to 20% CO2
Display Resolution 0.1 0.1 0.1
System Resolution temp = 0.01;
RH = 0.01 temp = 0.01; RH = 0.01 0.01

InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System Specifications | 7
• The Gen 3 product line can integrate only with the data
ports of the above incubator models. Other incubator
models are not supported at this time. Data port
integration with other cold storage assets classes
(e.g. refrigerators and freezers) are also not supported at
this time.
• Freezers, refrigerators, incubators, LN2storage, cold
rooms, and other asset types can be monitored using
any of the above independent sensors. Please contact
sales or technical support for assistance.
Table 3. Optional Data Port integration - Incubator
Optional Data Port
Integration supported
sensors listed by incubator
makes and models
FormTM
Series 3110
Heracell
150/240
Heracell
150i/240i
Heracell
160i/250i
Infors/ATR -
Multitron &
Minitron
Temperature x x x x x
RH x x x x x
CO2x x x x x
O2x x x x
RPM (shaker) x

8 | Configuration/Installation Instructions InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System
Configuration/Installation Instructions
Requirements
• A laptop or desktop computer with a spare Ethernet port
configured with a static IP address
• Two (2) Ethernet cables
•Gen3mote
• PoE injector, PoE switch, or PoE enabled wall outlet
(for power and/or Internet connectivity)
• Supported USB, RS232, RS485 sensors and/or
incubators
• Micro-screwdriver – flat head; 0.4 x 2.0 x 60 mm
(for Smart Sensor cables only)
• RJ45 splitter cable (if connecting both Vaisala CO2and
humidity/temp sensors)
• A web browser (Chrome, Firefox, Safari, IE)
• Multimeter
Step 1 – Physical
Connection
1. For Cold storage assets: Connect provided sensor(s) to
smart cable(s) (follow color coding) and then connect
smart cable(s) to any available USB port and/or the
RS232/485 port on the mote.
For Incubator assets: Connect the sensor(s) and/or
incubators to any available USB port and/or the RS232/
485 port on the mote.
Figure 1. Sensor connected to USB port
Figure 2. Sensor connected to RS232/RS485 port
2. Mote power connection for Wi-Fi installations:
a. Connect an Ethernet cable to the mote’s PoE/LAN
port and plug other end into the “OUT” port on the
PoE injector. The PoE injector supplies power to the
mote.
Figure 3. Ethernet cable connected to PoE/LAN
port from PoE injector, PoE switch, or
PoE-enabled outlet
Figure 4. Ethernet cable connected to PoE injector
from mote’s PoE/LAN port
WARNING: The PoE supply must be 802.3af
compliant. Using non-802.3af compliant PoE will
void the warranty and could result in damage to
the mote.
WARNING: The PoE supply must be 802.3af
compliant. Using non-802.3af compliant PoE will
void the warranty and could result in damage to
the mote.

InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System Configuration/Installation Instructions | 9
3. Mote power connection for non-Wi-Fi installations (direct
to LAN):
a. Method 1 (requires two Ethernet cables)
i. Connect an Ethernet cable between the mote’s
PoE/LAN port and the “OUT” port on the PoE
injector. The PoE injector supplies power to the
mote.
ii. Connect a second Ethernet cable between the
“IN” port on the PoE injector and an Ethernet
port on the customer’s LAN. The LAN
connection supplies Internet connectivity to the
mote.
b. Method 2
i. As an alternative to the supplied PoE injector, the
mote can also be powered by connecting the
Ethernet cable from the PoE/LAN port directly to
a PoE switch or PoE-enabled RJ-45 wall outlet.
The switch or RJ-45 wall outlet supplies both
power and Internet connectivity to the mote.
4. Connect the second Ethernet cable to the computer’s
Ethernet port and plug the other end into LAN port on
mote. This connection is for mote configuration purposes
only.
Figure 5. Ethernet cable from computer connected
to LAN port
5. Turn on the mote’s power using the OFF/ON switch. The
mote’s Status and Network LEDs will turn solid green
once the unit is powered up and configured correctly on
the wireless network.
a. The solid green “Status” LED lights up immediately.
This LED will turn red after approximately 30 seconds
if the mote is running on battery power, not PoE.
b. The “Network” LED lights up after approximately 30
seconds. If the unit is configured to communicate on
the customer’s wireless network, then the LED will be
solid green. If the unit is not configured able to
communicate on the customer’s wireless network,
then the LED will blink red.
c. The “Sensor” LED is off by default, but blinks green
(1x) when it samples the sensors.
Figure 6. Mote OFF/ON switch
Step 2 – IP Configuration
Configure static IP on your computer’s Ethernet port:
IP: 192.168.5.10
NetMask: 255.255.255.0
Gateway and DNS servers should be blank.
Instructions for configuring static IP:
• Windows: http://www.howtogeek.com/howto/19249/
how-to-assign-a-static-ip-address-in-xp-vista-or-
windows-7/
• OSX: http://www.howtogeek.com/howto/22161/how-to-
set-up-a-static-ip-in-mac-os-x/
Step 3 – Web Interface
1. Open your web browser and navigate to:
http://192.168.5.5:9292/insight
2. Each mote’s configuration screen is password protected,
so you will need to login.
a. Username = admin
b. Password = password
c. The default username and password can be
changed to something more secure (see Step 10
below).
WARNING: The PoE supply must be 802.3af
compliant. Using non-802.3af compliant PoE will
void the warranty and could result in damage to
the mote.

10 | Configuration/Installation Instructions InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System
Figure 7. Sign In screen
3. After logging in, you should see a page that looks like the
following:
Figure 8. Web browser mote configuration interface
Step 4 – Configure Wifi
1. Enter the SSID, Authentication Type, and Password
(if necessary).
2. Click Submit.
3. After a few seconds, if the network settings are “good”
then the screen will update with wireless stats, refer
Figure 9.

InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System Configuration/Installation Instructions | 11
Figure 9. Configuring Wi-Fi
4. The network statistics will automatically update every
5 seconds.
5. Link quality of 50% or better is OK.
6. The Network LED on the front of the mote will turn solid
green once the Wi-Fi has been configured correctly.
a. If the Network LED is flashing red, then the mote is
unable to connect to the Wi-Fi network.
b. If the Network LED is flashing green, then the mote is
attempting to connect to the Wi-Fi network.
c. Eventually the mote should connect and the LED will
turn solid green.
7. For standard installations, set Advanced Mode to
“Disabled.”
Advanced Mode
1. For networks that require 802.1x security authentication,
set Advanced Mode to “Enabled.”
2. If the network requires 802.1x, then:
• Certs can be uploaded. Use the Drag/Drop box to add
a cert file.
• The WPA Supplicant configuration can be edited in the
“Supplicant Conf” box.
CAUTION: Advanced Mode is a specialized
802.1x security feature intended for IT
professionals only.
CAUTION: Advanced Mode technical support
from Thermofisher Scientific is only available if a
InsightCare support contract has been
purchased by the customer.
CAUTION: For more information regarding
802.1x, please reference official WPA Supplicant
docs on the Internet. See https://w1.fi/
wpa_supplicant/

12 | Configuration/Installation Instructions InSight Gen 3 Platform Multi Probe Wi-Fi Sensor System
Figure 10. Wi-Fi Advanced Mode
3. Supported WPA/IEEE 802.11i features
• WPA2-PSK
• WPA with EAP (e.g., with RADIUS authentication
server) ("WPA-Enterprise")
• Key management for CCMP and TKIP
• WPA and full IEEE 802.11i/RSN/WPA2
• RSN: PMKSA caching, pre-authentication
• IEEE 802.11r
• EEE 802.11w
• Wi-Fi Protected Setup (WPS)
4. Supported EAP methods (IEEE 802 Supplicant)
• EAP-TLS
• EAP-PEAP/MSCHAPv2 (both PEAPv0 and PEAPv1)
• EAP-PEAP/TLS (both PEAPv0 and PEAPv1)
• EAP-PEAP/GTC (both PEAPv0 and PEAPv1)
• EAP-PEAP/OTP (both PEAPv0 and PEAPv1)
• EAP-PEAP/MD5-Challenge (both PEAPv0 and
PEAPv1)
• EAP-TTLS/EAP-MD5-Challenge
• EAP-TTLS/EAP-GTC
• EAP-TTLS/EAP-OTP
• EAP-TTLS/EAP-MSCHAPv2
• EAP-TTLS/EAP-TLS
• EAP-TTLS/MSCHAPv2
• EAP-TTLS/MSCHAP
• EAP-TTLS/PAP
• EAP-TTLS/CHAP
• EAP-SIM
• EAP-AKA
• EAP-AKA'
• EAP-PSK
• EAP-FAST
• EAP-PAX
• EAP-SAKE
• EAP-IKEv2
• oEAP-GPSK