TESTO Smart Probes 115i User manual

Testo Smart Probes

Structure
1. First steps
1.1 Switching on/ off
1.1.1Switching on
1.1.2Switching off
1.2 Establishing Bluetooth® connection
1.3 Transmitting readings
2 Using the App
2.1.Overview of operating controls
2.2.Basic settings
2.2.1 Select Language
2.2.2 Display Tutorial
2.2.3 Show help
2.2.4 Additional information
2.2.4.1 Display testo website
2.2.4.2 Display App Info
2.3 Export measurement values
2.3.1 Excel (CSV) Export
2.3.2 Exporting a graph
2.3.3 PDF Export
2.4 Hold values
2.5 Settings view
2.6 Displaying Smart Probe details
2.7 List, graphic diagram and table view
2.8 Application settings
2.8.1 Selecting the application settings
2.8.2 Setting favourites
2.8.3 Displaying information about an application
2.9 Applications
2.9.1 Select “Volume Flow (Outlet)”
2.9.2 Select “Volume Flow (Duct)”
2.9.3 Select “AC + Refrigeration”

2.9.4 Select “Target Superheat”
2.9.5 Select “Temperature (IR)”
2.9.6 Select “Mould Indication”
2.9.7 Select “Tightness Test”
2.9.8 Cooling/ Heating Power
3 Tips and assistance
4.1 Questions and answers
4.2 Accessories and spare parts
4 Technical data
4.1 Bluetooth module
4.2 General technical data
4.2.1 testo 115i
4.2.2 testo 405i
4.2.3 testo 410i
4.2.4 testo 510i
4.2.5 testo 549i
4.2.6 testo 605i
4.2.7 testo 805i
4.2.8 testo 905i

1 First steps
1.1 Switching on/off
1.1.1 Switching on
1. Pull the film out of the battery compartment.
2. Press the button on your Smart Probe.
- The Smart Probe switches on.
1.1.2 Switching off
1. Press and hold the button on your Smart Probe.
- The Smart Probe switches off.
1.2 Establishing Bluetooth® connection
You need a tablet or smartphone with the testo Smart Probes App already installed on it to be able to
establish a Bluetooth connection.
You can get the App for iOS instruments in the App Store or for Android instruments in the Play Store.
Compatibility:
requires iOS 8.3 or later/Android 4.3 or later
requires Bluetooth 4.0
Tested with the following smartphones/tablets:
www.testo.com/smartprobesmanuals.html
✓The testo App Smart Probe is installed on your terminal device and ready for use.
1. Open the App on your tablet or smartphone by clicking on
2. Press the button on the Smart Probe.
- The Smart Probe switches on and automatically connects with the App. A pairing with the
device is not needed. (Open the app before turning on the Smart Probe!)
- The LED flashes yellow while connecting via Bluetooth and then flashes green once the
connection is established.
- The connection between the Smart Probe and your mobile terminal device is established.
1.3 Transmitting readings
✓The Smart Probe is switched on and connected to your mobile terminal device via Bluetooth.
- The current readings are automatically displayed in the App.

2 Using the App
2.1 Overview of operating controls
1Basic settings (language, tutorial etc.)
2 Export your measurements (Reporting)
3 Restarts the measuring value recording in graph and table
format.
4 Measurement settings (menu changes depending on the
connected Smart Probe and the selected application)
5 Switch between the views (list, graph, table view)
6 Display of connected Smart Probes.
7 Application settings
2.2 Basic settings ( )
2.2.1 Select Language
1. Tap -> Settings -> Language.
- A selection list is displayed.
2. Tap the required language.
- The selected language receives a green check mark.
3. Tap ◄ several times until the measurement view is displayed.
- The language has been changed.
2.2.2 Display Tutorial
The Tutorial guides you through the first steps when operating with the testo Smart Probes App.
1. Tap -> Tutorial
- The Tutorial is displayed. In Tutorial, swipe to display the next page.
2. Tap X to close the Tutorial.
2.2.3 Show help
An internet connection is required to display the testo website.
1. Tap -> Help
- The page www.testo.com/smartprobesmanuals.html is displayed.
2.2.4 Additional information
2.2.4.1 Display testo website
An internet connection is required to display the testo website.
1. Tap -> About/Link -> Testo
- The page www.testo-international.com is displayed.
2.2.4.2 Display App Info
In App Info you can find the version number of the installed App.
1. Tap -> About/Link -> Info
- The App’s version number is displayed, as well as the ID.
2. Tap ◄ several times until the basic view is displayed again.
1
2
3
4
5
6
7

2.3 Export measurement values ( )
2.3.1 Excel (CSV) Export
1. Press : A selection of export options appears.
2. Press Export Excel (CSV): A list of readings is displayed.
3. Press : A selection of sending/export options appears.
4. Select your required sending/export options.
2.3.2 Exporting a graph
1. Press : A selection of export options appears.
2. Press Export Graph: An image file of the trend display is created.
3. Press : A selection of sending/export options is displayed.
4. Tap on the sending/export option you need.
2.3.3 PDF Export
1. Press : A selection of export options appears.
2. Press Export PDF: A PDF is created and saved on your mobile terminal device (Android only)
or sent via e-mail (iOS and Android).
Own company data (incl. logo), customer data, photos, comments etc. can be added
3. Preview function shows a draft of the report
4. Press Done to exit the detailed view.
2.4 Hold values ( )
Readings are retained in the “List” view; in the “Trend” and “Table”view, the current measurement
values are still displayed.
✓The Smart Probe is switched on, connected to your mobile terminal device via Bluetooth, and
values are transmitted.
1. Press the button on your Smart Probe: The current values are hold.
2. Press the button again: The instrument displays again the current measurement values.
2.5 Settings view ( )
1. Press and select Edit View.
- An overview of all Smart Probes and their measurement parameters is displayed.
2. Press to hide a Smart Probe reading.
3. Press ▼ to select the unit for a reading.
4. Press to change the sequence of displayed values.
5. Press Refresh to delete values of disconnected probes.
6. Press OK to confirm your settings.

2.6 Displaying Smart Probe details ( )
✓One or more Smart Probes are connected to your mobile terminal
device via Bluetooth.
1. Press : All connected Smart Probes are displayed in this
list.
2. Select the Smart Probe whose details you would like to see
A list appears with the details for the Smart Probe
(e.g. measurement cycle)
3. Press Close to exit the detailed view.
2.7 List, graphic diagram and table view
The available readings can be displayed in different ways in the various views.
List view
= Displays the readings transmitted by the Smart Probe in form of
a list. Readings from all connected Smart Probes are displayed
here.
On the left three digits in each line indicate the three last
numbers of the serial number of the connected smart probe
Use two fingers to change the size of each line
Graphic diagram view
= The graphical progression of up to four different readings can be
displayed. Tap on a reading above the diagram to select which
Smart Probe value should be displayed.
Press Hold to stop the measurement and to minimise or
maximise the time interval on the x-axis. Continue will restart
your measurement.
Press to discard the values and restart your measurement
(available in every application)

Table view
= In the Table view, all readings are displayed in sequence
according to date and time. The different readings from the
individual Smart Probes can be selected by pressing ◄►.
First row indicates the connected probe (3 digits) and the
measured value (e.g. °C)
2.8 Application settings
2.8.1 Selecting the application settings
1. Press : A selection of menus for various applications is displayed.
2. Select the required application.
- The selection disappears and your chosen application is displayed.
2.8.2 Setting favourites
1. Press : A selection of applications is displayed.
2. Press next to the application that you would like to designate as a favourite.
- The asterisk is displayed in orange , and the selected application is listed under
Show Favorites.
2.8.3 Displaying information about an application
1. Press : A selection of applications is displayed.
2. Press : The information about an application is displayed
Explanation of application
Probes that are needed for the application or can be optionally included

2.9 Applications
2.9.1 Select “Volume Flow (Outlet)”
Smart Probes: t405i or t410i
Optional: t115i, t510i, t605i, t905i
1. Press and select Edit view  see “2.5 Settings view”
2. Press and select Configure measurement
Single measurement
Press to make your first measurement
Press to start a new measurement and again
make another measurement
Can also be done by pressing the button on the Probe
Multi-point measurement
Press to make a first measurement. A small number
appears on the top of the screen.
Can also be done by pressing the button on the Probe
After point measurements, click to end the
measurement and get an average result of your point
measurements
Press to start a new measurement
Timed-average measurement
Press to start your measurement. Time starts to run on the top of the screen.
Press to pause your measurement and to continue
Can also be done by pressing the button on the Probe
Press to end your measurement. Results are displayed as an average over the
measured time.
Press to start a new measurement
Parameterization of the outlet for volume flow measurement
Rectangular (Length/Width)
Round (Diameter)
Select the K-Factor
Activate/ Deactivate the Funnel factor in case of a combination with a testovent 415 funnel
Select Return air or Supply air
The calculated total volume flow can be added in the report
3. Press and select Pressure setting
Set your ambient pressure to calculate the right reference value for an accurate
measurement
2.9.2 Select “Volume Flow (Duct)”
Smart Probes: t405i or t510i
Optional: t115i, t410i, t605i, t905i
 See (Volume Flow (Outlet)

2.9.3 Select “AC + Refrigeration”
Smart Probes: 2x t115i, 2x t549i
Optional: t605i, t905i 1. Press and select Edit view
Press to select Low-pressure and high-pressure probe
t549i as well as t115i Clamp Thermometers in order to
calculate superheating (tcu) and sub-cooling (toh)
Once chosen, the probes will be saved as selected for next
measurements
Stick the delivered blue and red sticker on the t549i to identify
them as High- or Low-pressure probes
Press on the right to select the refrigerant that is used for
calculation
Superheat and sub-cooling are automatically calculated
2. Press and select Pressure setting for t549i (also for t510i)
Set your ambient pressure to calculate the right reference
value for an accurate measurement
3. Press and select Zero pressure sensor in order to zero the
pressure sensor of t549i (also for t510i).
Please make sure that all connections are at ambient pressure
before zeroing. Make sure to zero the sensor before measuring!
4. Press and Set surface compensation factor to improve the
measuring accuracy of surface temperature readings.
For penetration or air temperature measurements please
deactivate the factor.
2.9.4 Select “Target Superheat”
Smart Probes: 2x t115i, 2x t549i
1. Press and select Edit view see “AC + Refrigeration”
2. Select Configure measurement
Settings Target Superheat
= manual Setting of ODDB (outdoor dry bulb) temperature
and RAWB (return air wet bulb) temperature.
This is necessary in order to calculate the Target
Superheat temperature
Superheat, sub-cooling, and target superheat are
automatically calculated in the app
3. Press and select Pressure setting see “AC + Refrigeration”
4. Press and select Zero pressure sensor see “AC +
Refrigeration”
5. Select Set surface compensation see “AC + Refrigeration”
6. The calculated target superheat is shown as a
gauge control
! Please only use this menu for ducted split system air conditioners/ heat
pumps that do not have a thermostatic expansion valve (TXVs)!

2.9.5 Select “Temperature (IR)”
Smart Probe: t805i
1. Press and select Edit view  see “2.5 Settings view”
2. Select set emissivity
Choose between pre-configured default emissivities or put
them in manually
3. Press the button of t805i to start the measurement
4. Take a picture of the multi-point laser circle on the measured
application
2.9.6 Select “Mould Indication”
Smart Probe: t805i
Optional Smart Probes: t605i
1. Press and select Edit view  see “2.5 Settings view”
2. Select Configure measurement
Select ambient temperature/ humidity to calculate the relative surface moisture (%RH wall)
Choose between measuring ambient conditions automatically with a t605i or enter them
manually
Relative surface moisture is calculated by the surface and ambient temperature as well
as by the humidity.
3. Select set emissivity See “Temperature (IR)”
4. Red/ Yellow/ Green bar indicates the mould risk
Values are displayed on top of the screen
5. Press to deactivate the camera
6. Press to take a photo and to activate/ deactivate flash

2.9.7 Select “Tightness Test”
Smart Probe: t510i 1. Press and select Edit view
 see “2.5 Settings view”
2. Press and select configure measurement
Select the maximum allowed pressure drop, stabilisation time,
test time and vibration alarm
3. Select Pressure setting see “AC + Refrigeration”
4. Select Zero pressure sensor see “AC + Refrigeration”
5. Above the graph the following data is displayed:
Pressure at the start of the measurement
Current pressure
Delta between actual measured pressure and reference pressure
Maximum allowed pressure drop
6. Press to start the stabilisation time. As soon as stabilisation
time is over, test time starts. Vibration alarm informs about end of
measurement
Press to abort the test
2.9.8 Cooling/ Heating Power
Needed Smart Probes: 2x t605i
1. Press and select Edit view
Press to select humidity probe t605i for Return air and
Supply air and high-pressure probe
App automatically calculates enthalpy
2. Press and select Configure measurement
Enter volume flow to calculate BTU/h
Select return air or supply air

3 Tips and assistance
3.1 Questions and answers
Question
Answer
LED flashes red
Batteries are almost spent.
Change the batteries.
The instrument switches itself off
Remaining battery capacity insufficient
Change the batteries.
--- lights up instead of the
measurement parameter display
Outside the permissible measuring range.
Keep within the permissible measuring range
or
Sensor is defective
Contact your testo Service department
The App cannot be found in the store
No correct search terms were entered
Enter an unambiguous search term, e.g.:
“testo Smart Probes” or use the link on the
testo website.
or
Your mobile terminal device does not meet the
technical requirements (iOS 8.3 or later, Android
4.3 or later / Bluetooth 4.0 (Low Energy))
Please check the technical data for your
mobilet erminal device
3.2 Accessories and spare parts
Designation
Item number
testo Smart Case (Refrigeration) for storing and transporting 2 ×
testo 115i and 2 × testo 549i, dimensions 250 × 180 × 70 mm
0516 0240
testo Smart Case (Heating) for storing and transporting testo 115i,
testo 410i, testo 510i, testo 549i and testo 805i, dimensions 250 ×
180 × 70 mm
0516 0270
testo Smart Case (VAC) for storing and transporting
testo 405i, testo 410i, testo 510i, testo 605i testo 805i and testo
905i, dimensions 270 × 190 × 60 mm
0516 0250
4 Technical data
4.1 Bluetooth module
The use of the wireless module is subject to the regulations and stipulations of the respective
country of use, and the module may only be used in each case in countries for which a country
certification has been granted.
The user and every owner undertake to adhere to these regulations and prerequisites for use, and
acknowledge that the re-sale, export, import, etc. in particular in, to or from countries without
wireless permits, is their responsibility.

Feature
Values
Bluetooth
Range 15 m (free field)
(Varies depending on the capability of the mobile
terminal device used.)
Bluetooth type
LSD Science & Technology Co., Ltd
L Series BLE module (08 May 2013) based on TI
CC254X chip
Qualified Design ID
B016552
Bluetooth radio class
Class 3
Bluetooth company
10274
Certification
Austria, Belgium, Bulgaria, Croatia, Czech Republic, Denmark, Estonia, Finland, France, Germany,
Greece, Hungary, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Poland,
Portugal, Republic of Cyprus, Romania, Slovakia, Slovenia, Spain, Sweden, United Kingdom
EFTA countries
Iceland, Liechtenstein, Norway and Switzerland
Other countries
USA, Canada, Turkey, Hong Kong
Information from the FCC (Federal Communications Commission)
This instrument complies with part 15 of the FCC Rules. Its commissioning is subject to the
following two conditions: (1) This instrument may not cause harmful interference and (2) this
instrument must be able to accept interference, even if this could have undesired effects on the
operation. Changes The FCC demands that the user be informed that any changes or
modifications to the instrument that have not been explicitly approved by Testo AG may void the
user's right to use this instrument.
4.2 General technical data
.
All accuracy specifications apply at a nominal temperature of 22 °C
4.2.1 testo 115i
Feature
Values
Measuring range
-40 to 150 °C / -58 to 302 °F
Accuracy ± 1 digit
± 1.3 °C (-20 to 85 °C)
± 2.34 °F (-4 to 185 °F)
Resolution
0.1 °C / 0.1 °F
Measurement cycle
1/sec
Available units of measurement
°C, °F
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
250 hrs
Dimensions
183 mm × 90 mm × 30 mm
max. 35 mm pipe diameter
Warranty
2 years

4.2.2 testo 405i
Feature
Values
Measuring range
0 to 30 m/s / 0 to 5,900 fpm
-20 to 60 °C / -4 to 140 °F
Accuracy ± 1 digit
± (0.1 m/s + 5% of m.v.) (0 to +2 m/s)
± (0.3 m/s + 5% of m.v.) (2 to +15 m/s)
± (20 fpm + 5% of m.v.) (0 to +394 fpm)
± (59 fpm + 5% of m.v.) (394 to +3,000 m/s)
± 0.5 °C / ±0.9 °F
Resolution
0.01 m/s / 1 fpm
0.1 °C / 0.1 °F
Measurement cycle
1/sec
Available units of measurement
°C, °F, m/s, fpm, m³/h, cfm, l/s
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
15 hrs
Dimensions
200 mm × 30 mm × 41 mm
Extendible telescope 400 mm
Probe shaft diameter 12 mm
Probe tip diameter 9 mm
Warranty
2 years
4.2.3 testo 410i
Feature
Values
Measuring range
0.4 to 30 m/s / 80 to 5,900 fpm
-20 to 60 °C / -4 to 140 °F
Accuracy ± 1 digit
± (0.2 m/s + 2% of m.v.) (0.4 to 20 m/s)
± (40 fpm + 2% of m.v.) (80 to 4,000 fpm)
± 0.5 °C / ±0.9 °F
Resolution
0.1 °C / 0.1 °F
0.1 m/s / 1 fpm
Measurement cycle
1/sec
Available units of measurement
°C, °F, m/s, fpm, m³/h, cfm, l/s
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
200 hrs
Dimensions
154 mm × 43 mm × 21 mm
40 mm vane diameter
Warranty
2 years
4.2.4 testo 510i
Feature
Values
Measuring range
0 to 150 mbar / 60 in wc
Accuracy ± 1 digit
± 0.05 mbar (0 to 1.00 mbar) /
± 0.02 in wc (0 to 0.4 in wc)
± 0.2 mbar + 1.5% of m.v. (1.01 to 150 mbar)
± 0.08 in wc + 1.5% of m.v. (0.41 to 60 in wc)
Overpressure
500 mbar
Resolution
0.01 mbar / 0.01 inch wc
Measurement cycle
2/sec
Available units of measurement
mbar, hPa, Pa, mmHg, inHg, in WC, psi, mmWC
In conjunction with Pitot tube (optional): m/s, fpm,
m³/h, cfm, l/s
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
150 hrs
Dimensions
148 × 36 × 23 mm
Warranty
2 years

4.2.5 testo 549i
Feature
Values
Measuring range
0 to 60 bar (rel) / 0 to 870 psi (rel)
Accuracy ± 1 digit
0.5% of final value of measuring range
Overpressure
65 bar
Resolution
0.01 bar / 0.1 psi
Measurement cycle
2/sec
Available units of measurement
bar, psi, MPa, kPa
Connection
1× 7/16" UNF / 1/4" SAE connection
Overload rel.
65 bar
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
150 hrs
Measurable media
CFC, HFC, HCFC, N, H20, CO2
Dimensions
125 mm × 32 mm × 31 mm
Warranty
2 years
4.2.6 testo 605i
Feature
Values
Measuring range
-20 to 60 °C, -4 to 140 °F, 0 to 100% RH
Accuracy ± 1 digit
± 1.8% RH + 3% of m.v. at +25 °C (5 to 80% RH)
± 0.03% RH / K (0 to 60 °C)
± 0.8 °C (-20 to 0 °C) / ± 1.44 °F (-4 to 32 °F)
± 0.5 °C (0 to +60 °C) / ± 0.9 °F (32 to 140 °F)
Resolution
0.1 °F / 0.1 °C
0.1% RH
Measurement cycle
1/sec
Available units of measurement
°C, °F, %RH, °Ctd, °Ftd, wetbulb °C, wetbulb °F
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
250 hrs
Dimensions
243 mm × 30 mm × 24 mm
Probe shaft length 100 mm
Warranty
2 years
4.2.7 testo 805i
Feature
Values
Measuring range
-30 °C to 250 °C / -22 to 482 °F
Accuracy ± 1 digit
± 1.5 °C or ± 1.5% of m.v. (0 to 250 °C)
± 2.0 °C (-20.0 to -0.1 °C)
± 2.5 °C (-30.0 to -20.1 °C)
± 2.7 °F or ± 1.5% of m.v. (32 to 482 °F)
± 3.6 °F (-4 to 32 °F)
± 4.5 °F (-22 to -4 °F)
Resolution
0.1 °C / 0.1 °F
Measurement cycle
2/sec
Available units of measurement
°C, °F
Connection
7/16“ – UNF
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
30 hrs
Optics
10:1
Laser marking
Diffraction lens as laser marking (laser circle)
Dimensions
140 mm × 36 mm × 25 mm
Emission level
Adjustable from 0.1 to 1.0
Warranty
2 years

4.2.8 testo 905i
Feature
Values
Measuring range
-50 to 150 °C / -58 to 302 °F
Accuracy ± 1 digit
± 1 °C / ± 1.8 °F
Resolution
0.1 °C / 0.1 °F
Measurement cycle
1/sec
Available units of measurement
°C, °F
Storage temperature
-20 °C to 60 °C / -4 to 140 °F
Operating temperature
-20 °C to +50 °C / -4 to 122 °F
Battery type
3 micro batteries AAA
Battery life
250 hrs
Dimensions
222 mm × 30 mm × 24 mm
Probe shaft length 100 mm
Probe shaft diameter 4 mm
Warranty
2 years