ThermoXplorer Pro - Surveillance Camera Laserliner - Free user manual and instructions

Technical Features	Thermal camera with high detection resolution, digital display, and intuitive user interface.
Usage	Ideal for thermal inspection, leak detection, and energy analysis in various environments.
Maintenance and Repair	Regularly clean the lens and check for firmware updates to ensure optimal operation.
Safety	Use the device according to the manufacturer's instructions to avoid any risk of accidents.
General Information	Compatibility with various accessories, limited warranty, and technical support available.

Frequently Asked Questions - ThermoXplorer Pro Laserliner

How do I turn on the Laserliner ThermoXplorer Pro camera?

To turn on the camera, press the power button located on the side of the device until the LED light turns on.

How do I connect the camera to my Wi-Fi network?

Access the camera's settings menu, select \"Wi-Fi\", then choose your network and enter the password when prompted.

What should I do if the camera does not connect to Wi-Fi?

Check that the password is correct, ensure the camera is within range of the router, and restart both the camera and the router.

How do I view the camera recordings?

Open the app associated with the camera on your smartphone or PC, log in, and go to the \"Recordings\" tab to view the videos.

What should I do if the image quality is blurry?

Make sure the lens is clean. If the problem persists, check the resolution settings in the app and adjust them if necessary.

How do I reset the camera to factory settings?

Press and hold the reset button located on the back of the camera for 10 seconds until the indicator light flashes.

The camera won't turn on, what should I do?

Check that the battery is charged or that the device is properly connected to a power source. If the problem persists, contact customer service.

How do I update the camera's firmware?

Go to the app, navigate to \"Settings\", then \"Firmware Update\". Follow the instructions to download and install the latest version.

Can I use the camera outdoors?

Yes, the Laserliner ThermoXplorer Pro is designed for outdoor use, but make sure it is properly protected from the weather.

How do I set motion alerts?

In the app, go to the \"Alerts\" menu, enable the \"Motion Detection\" option, and adjust the settings according to your preferences.

USER MANUAL ThermoXplorer Pro Laserliner

Medical endoscopy device with thermal imaging display and control buttons (no visible text or symbols)

DE 02 GB 26 NL 50 FR 74 IT 98

DYNAMIC TEMPERA-TURE CURVE

IR-SENSOR 160 x 120 px

50 FRAMES PER SECOND

FOCUSABLE LENS

TARGET LASER

Laserliner® Innovation in Tools

Labeled diagram of a handheld electronic device with numbered parts for identification

8 9 10 11

Diagram of an electronic device with labeled components and directional arrows indicating movement or flow.

Diagram of a device with a lock and directional arrow, showing internal components without any text or symbols.

Diagram of a door panel with buttons and an arrow pointing to the control panel (no text or symbols present)

5 Hauptmenü

Thermal imaging view of a room interior with blue walls, yellow walls, and red heat signatures (no readable text or symbols)

IR-Bild Digitalbild

Interior view of a modern bathroom with bathtub, toilet, and large window (no visible text or symbols)

24 Zoom

Thermal imaging view of a room interior with blue and yellow lighting (no visible text or symbols)

(2). E=0.96 15.01.2014 2018 X2 A D:0% 153 29.5 °C

25 Kamerafokus

Technical line drawing of a handheld device with a circular component and directional arrow (no text or symbols)

26.0 Mediengalerie / Wiedergabemodus

Diagram showing a laptop connected to a CD with an arrow indicating data transfer (no text or symbols present)

Please enter the report title Please select the company name Date: June 2016

Diagram of a computer monitor with an attached cable showing the cable connector (no text or symbols present)

Warning sign with triangular shape containing a central sunburst symbol

Read the operating instructions and the enclosed brochure „Guarantee and additional notices“ completely. Follow the instructions they contain. Safely keep these documents for future reference.

Function / Application

This thermographics camera allows for non-contact temperature measurement on surfaces by means of radiation in the infrared wavelength range via the integrated non-chilled microbolometer. The imaging technology of the sensor provides a visual image of the temperatures surrounding the inspected object. The temperature differences can be visualised by colour-coding the individual temperatures in a thermogram with false colour display. At the same time, the additional digital camera can capture images of the inspection area, which can then either documented later in the device or processed further using the included software. Possible application options include detecting thermal bridges and insulation flaws, locating overheating spots in electrical or mechanical building elements, finding heating pipes in walls or floors, detecting leaks, locating defective solar cells in PV modules etc.

1 2 3 4 5 6 7

8 9 10 11

1 3.5" TFT colour display

2 Integrated microphone

3 Hot keys

4 Battery compartment

5 Trigger: Save

IR/CCD

Laser

Spot temperature

Area temperature

6 1/4" tripod connection

7 Lens

8 Camera

9 Shaft

10 Infrared camera lens

11 Laser output

3 aa e b f ESC c f e g d

8 i h j

a ON/OFF

b Media gallery

c Select target objects

d Cancel

e Control menu / Zoom on/off

f Control menu / IR/digital image changeover

g Main menu

h Micro-SD card slot

i USB interface

j Video output

1 2 3 4 E=0.96 15.01.2014 20:28 A E=0% 15.3 °C 22.5 °C 5 6 8 7 9 10 11 12

13 14 E=0.96 15.01.2014 20:28 A Measurement Level/Span Setup File 15 16

Standard measurement view

1 Set emissivity coefficient
2 Date
3 Time
4 Determine temperature mode (man./auto..)
5 Micro-SD card inserted
6 Used memory space (Micro-SD card)
7 Thermography image
8 Min. temperature
9 Colour spectrum with temperature range
10 Max. temperature
11 Temperature unit
12 Battery charge indicator

Main menu

13 Add measurement points, lines and areas
14 Temperature range automatic / manual
15 General and measurement-specific settings
16 Media gallery

1 ON / OFF

3 sec

2 Charging the li-ion battery

Diagram of a device with labeled parts and directional arrows indicating movement or flow

3 Replace li-ion battery

To replace the li-ion battery, unlock the handle (see image on right). Remove the battery pack, insert the new battery pack and lock the compartment again.

Diagram of a handheld device with internal components and an open lock icon, showing no text or symbols.

! Store the battery packs in the holders in the case when transporting the camera or when the camera is not used for longer periods.

4 Inserting micro-SD card

To insert a micro-SD card, first open the rubber cover and then insert the memory card as illustrated. You cannot record anything without a storage medium.

Diagram of a door panel with control buttons and an attached sensor device (no text or symbols visible)

5 Main menu

General and measurement-specific settings can be made in the main menu. The menu is controlled with the four arrow buttons.

graph LR
    A["Input"] --> B["Thermal Imaging"]
    B --> C["Setup"]
    C --> D["Measurement"]
    D --> E["Adjustment"]
    D --> F["Alarm / ISO"]
    D --> G["Date / Time"]
    D --> H["System Setup"]
    D --> I["System Info"]
    D --> J["Fact Default"]

Inputs must be confirmed by pressing the Menu button (g). You can also use the Trigger button (4) if it is set to „Save”.

6.0 General settings: System settings

Measurement Level/Span Setup File Measurement Adjustment Alarm / ISO Date / Time System Setup System Info Fact Default System Setup Language English Auto Calib 90 Sec. Brightness 80% Trigger Save Video Mode NTSC StandbyTime 5 Min AutoOffTime 15 Min

6.1 To set menu language DE / GB / FR / ES / IT / PT / RU

System Setup Language English Auto Caib 90 Sec. Brightness 80% Trigger Save Video Mode NTSC StandbyTime 5 Min AutoOffTime 15 Min

Italiano Português русский English Español Francais Deutsch

6.2 Autocalibration

graph TD
    A["System Setup"] --> B["Language: English, 60%"]
    A --> C["Brightness: 80%, Save, NTSC, 5 Min, 15 Min"]
    A --> D["Trigger: Save"]
    A --> E["Video Mode: NTSC"]
    A --> F["StandbyTime: 5 Min"]
    A --> G["AutoOffTime: 15 Min"]

    H["Auto Calib"] --> I["Auto Calib ShortTime: 60%"]
    I --> J["LongTime: 180%"]
    I --> K["Customize: 60%"]
    I --> L["Customize: 60%"]

The input is increased or decreased by 10 seconds by pressing and holding the arrow buttons.

6.3 Display brightness

System Setup Language English Auto Calib 90 Sec. Brightness 80% Trigger Save Video Mode NTSC StandbyTime 5 Min AutoOffTime 15 Min 20% 40% 60% 80% 100%

6.4 Trigger

The following functions can be assigned to the Trigger button:

System Setup Language English Auto Calib 90 Sec. Brightness 80% Trigger Save Video Mode NTSC StandbyTime 5 Min AutoOffTime 15 Min

Save Save IR/digital image

IR-/Digital Change from IR to digital image

Laser Activate laser

Spot Temp Add / remove spot

Area Temp Add / remove area

6.5 Video output mode Auto display

System Setup Language English Auto Calib 90 Sec. Brightness 80% Trigger Save Video Mode NTSC StandbyTime 5 Min AutoOffTime 15 Min PAL NTSC

The display switches off automatically after a set period of inactivity.

System Setup Language English Auto Callo 90 Sec. Brightness 80% Trigger Save Video Mode NTSC StandbyTime 5 Min AutoOfTime 15 Min 2 Min 5 Min 10 Min 15 Min None

6.7 Auto power off

The device switches off automatically after a set period of inactivity.

System Setup Language English Auto Calib 90 Sec. Brightness 80% Trigger Save Video Mode NTSC StandbyTime 5 Min AutoOffTime 15 Min 2 Min 5 Min 10 Min 15 Min None

7 General settings: Date / Time

Measurement Level/Span ▶ Setup ▶ File ▶ Measurement Adjustment Alarm / ISO Date / Time System Setup System Info Fact Default

Date / Time Year 2014 Month 01 s Day 30 Hour 15 Minute 12 Second 01 Date format DD.MM.YY

Selecting date format

8 Measurement-specific settings: Measurement

Measurement Level/Span Setup File

Measurement Type None

Add measurement points

Two measurement points (S1 and S2) can be added.

Add Hot Spot

Hot spot (SH) shows the hottest point.

Add Cold Spot

Cold spot (SC) shows the coldest point.

Activate horizontal line measurement (LH)

Activate vertical line measurement (LV)

Add measurement areas

Three measurement areas (T1 to T3) can be added.

Measurement Type Add Spot
Measurement Type Add Hot Spot
Measurement Type Add Cold Spot
Measurement Type Horizontal
Measurement Type Vertical
Measurement Type Add Area

All added measurement points, lines and areas are removed by selecting „None“.

Refer to Section 16 ff to 20 f

9 Measurement-specific settings: Temperature range A / M

Measurement LevelSpan ▶ L/S ? Setup File

Auto?

Temperature range / Auto (A)

This setting is used to adjust the temperature range of the IR image and the resulting distribution of the colour spectrum of the infrared image. The colour spectrum of the measured IR image is determined in relation to the temperature range and colour scale.

The colour distribution of the IR image is automatically and dynamically adjusted in the bargraph based on the measured min./max. values.

LIS?

Temperature range / manual (M)

In manual settings mode, the temperature range is no longer set automatically based on the measured min./max. values but rather determined on the basis of manual values. The user must define the temperature range and span. Refer to Section 21.

10.0 Measurement-specific settings: Measurement settings

Measurement Adjustment Alarm / ISO Date / Time System Setup System Info Fact Default

Measurement Temp Range -20/350 °C Temp Unit °C Amb Temp 25.8 °C Ref Type Off Ref Temp 30.0 °C

Thermal imaging view showing temperature distribution with color scale (no text or symbols)

°C (Celsius)

°F (Fahrenheit)

K (Kelvin)

10.21 Ambient temperature Temperature

10.3 To set reference temperature

Ref Temp

Spot 1

Spot 2

Hotspot

Coldspot

Area 1

Area 2

Area 3

Off

The reference temperature shows the temperature difference between the set reference temperature and the measurement points, lines and areas.

Example:

R = 30.0^

S1 = 35.9 °C

S1 is displayed with the temperature difference of 5.9 °C.

11.0 Measurement-specific settings: Setup

Before each use, check the settings for infrared measurement and adjust them to the respective measuring situation to ensure accurate measurements. In doing so, please pay particular attention to the general parameters with respect to emissivity coefficient, distance to target and ambient conditions.

Measurement Adjustment Alarm / ISO Date / Time System Setup System Info Fact Default

11.1 Emissivity coefficient

The level of infrared emissions given off by everything depends on the specific material and surface. This factor is determined by the emissivity coefficient (0.10 ... 1.0). For accurate measurements, it is absolutely essential that the emissivity coefficient is set first. The emissivity coefficient can either be custom set or selected based on the predefined emissivity coefficients from the material list.

To set individual emissivity

The input is increased or decreased by 10 seconds by pressing and holding the arrow buttons.

Emissivity table (reference values with tolerances)

Metals

Aluminium		Iron		Steel
Oxidised	0,30	Oxidised	0,75	Alloy (8% nickel, 18% chromium)	0,35
Polished	0,05	With rust	0,60	Galvanised	0,28
Alloy A3003		Iron, cast		Oxidised	0,80
Oxidised	0,20	Non-oxidised	0,20	Heavily oxidised	0,88
Roughened	0,20	Molten mass	0,25	Freshly rolled	0,24
Brass		Iron, forged		Rough, flat surface	0,96
Polished	0,30	Matt	0,90	Rusty, red	0,69
Oxidised	0,50	Lead		Sheet, nickel plated	0,11
Chromium oxide	0,81	Rough	0,40	Sheet, rolled	0,56
Copper		Platinum		Stainless steel	0,45
Oxidised	0,72	Black	0,90	Zinc
Copper oxide	0,78	Steel		Oxidised	0,10
Inconel		Cold rolled	0,80
Oxidised	0,83	Ground plate	0,50
Electropolished	0,15	Polished plate	0,10

Nonmetals

Asbestos 0,93		Gravel 0,95		PaperAll colours	0,96
Asphalt 0,95		Grit 0,95
Basalt 0,70		Gypsum 0,88		PlasticTranslucentPE, P, PVC	0,950,94
Brick, red 0,93		Gypsum cardboard	0,95
Carborundum 0,90		Heat sinkBlack, anodized	0,98	Quartz glass	0,93
Cement 0,95		Human skin	0,98	RubberHardSoft, grey	0,940,89
CeramicsEarthenware, matt	0,950,93	IceClearWith heavy frost	0,970,98	Sand	0,95
ChinaUntreatedBeech, planed	0,730,92	Laminate	0,90	Screed	0,93
Clay 0,95		Lime	0,35	Snow	0,80
CoalNon-oxidised	0,85	Lime malm brick	0,95	Soil	0,94
		Limestone	0,98	Tar	0,82
Concrete, plaster,mortar	0,93	MarbleBlack, dull finishGreyish, polished	0,940,93	Tar paper 0,92
Cotton 0,77				Transformer paint	0,94
Fabric 0,95		Masonry 0,93		Wallpaper,light-coloured	0,89
Glass 0,90		PaintBlack, mattHeat-resistantWhite	0,970,920,90	Water	0,93
Glass wool 0,95				WoodUntreatedBeech, planed	0,880,94
Graphite 0,75

To select emissivity from material list

Adjustment
Emissivity	0.96
Customize
T Correct	0.0
Distance	2.00
Humidity	60
TReflect	Off
	30.0

Selection from 44 preset materials

11.2 T Correct

Adjustment
Emissivity	0.96
Customize
T Correct	0.0 °C
Distance	2.00
Humidity	60
TReflect	Off
	30.0 °C

Correction of ambient climatic conditions

The following measurement-specific settings must be adjusted to the climatic conditions before starting measurements. Starting from 10 m distances, the atmospheric influences of the air must always be taken into account.

11.3

Adjustment
Emissivity	0.96
Customize
T Correct	0.0
Distance	2.00
Humidity	60
TReflect	30.0

11.4 HumidityDistance

Adjustment
Emissivity	0.96
Customize
T Correct	0.0
Distance	2.00
Humidity	60
TReflect OffOff
	30.0

11.5 TReflect

Adjustment
	0.96
Customize
T Correct	0.0	°C
Distance	2.00
Humidity	60
TReflect	Off	°C
	30.0

Adjustment
Emissivity	0.96
Customize
T Correct	0.0	°C
Distance	2.00
Humidity	60
TReflect On		°C
	30.0

Setting the required temperature

Reflection temperature

Infrared measurements of specific objects can be affected by reflection from other objects nearby or even from the ambient air because the measured object cannot be fully isolated. The reflection temperature setting can help compensate for the interference. The reflection temperature is generally the same as the ambient temperature. However, if larger objects with significantly different temperatures (approx. >20 °C) are in close proximity to the measured area, its effects must be taken into account. For this purpose, follow these steps:

1. Set emissivity coefficient to 1.0
2. Blur the object out of focus (Refer to Section 25)
3. Aim the camera in the opposite direction of the actual measured object
4. Determine the average temperature
5. Set the average temperature as the reflection temperature

12.0 Measurement-specific settings: Alarm / ISO

Measurement Adjustment Alarm / ISO Measurement Level/Span Setup File Date / Time System Setup System Info Fact Default Alarm / ISO Temp Alarm Off Alarm type High Set Alarm Temp. °C50.0 Alarm Color Auto (None) Isotherm Color Off Isotherm Temp 50.0 Isotherm Width 1.0

12.1 Temperature alarm

An alarm tone signals whether the set temperature range is overshot or undershot and whether the dew point is reached. The dew point is calculated automatically.

A measurement point, a measurement area or a horizontal/vertical line is required to use the alarm function.

graph TD
    A["Alarm / ISO"] --> B["Alarm / ISO"]
    B --> C["Alarm / ISO"]
    C --> D["Alarm / ISO"]
    D --> E["Alarm / ISO"]
    E --> F["Alarm / ISO"]
    F --> G["Alarm / ISO"]
    G --> H["Alarm / ISO"]
    H --> I["Alarm / ISO"]
    I --> J["Alarm / ISO"]
    J --> K["Alarm / ISO"]
    K --> L["Alarm / ISO"]
    L --> M["Alarm / ISO"]
    M --> N["Alarm / ISO"]
    N --> O["Alarm / ISO"]
    O --> P["Alarm / ISO"]
    P --> Q["Alarm / ISO"]
    Q --> R["Alarm / ISO"]
    R --> S["Alarm / ISO"]
    S --> T["Alarm / ISO"]
    T --> U["Alarm / ISO"]
    U --> V["Alarm / ISO"]
    V --> W["Alarm / ISO"]
    W --> X["Alarm / ISO"]
    X --> Y["Alarm / ISO"]
    Y --> Z["Alarm / ISO"]

12.2 Isothermal function

The isothermal function can display definable temperature ranges with the same colour scheme, similar to a filter. This allows the particularly relevant temperature ranges to be made visible. Using specific parameters, the isothermal function must be set for each specific measurement task. The settings parameters resemble a „if-then“ function. If the predefined condition is met, the temperature range is displayed as determined.

Alarm / ISO Temp Alarm Off Alarm type High Set Alarm Temp. 50.0 °C Alarm Color Auto (None) Isotherm Color Off Isotherm Temp 50.0 °C Isotherm Width 1.0 °C Alarm / ISO Temp Alarm Off Alarm type High Set Alarm Temp. 50.0 °C Alarm Color Auto (None) Isotherm Color Black Isotherm Temp 50.0 °C Isotherm Width 1.0 °C Auto (Off) Orange Gray Black Yellow Purple White Green Red Blue

13 System Info

Measurement Level/Span ▶ Setup ▶ System Info File ▶ Fact Default Measurement Adjustment Alarm / ISO Date / Time System Setup System Info System Info Model No. H3-U Serial No. 22H3UB13071 Version TXP V1.03 Date Feb 24 2014

14 Fact Default

Measurement Adjustment Alarm / ISO Date / Time System Setup System Info Setup File Fact Default Reset Load Default?

All settings will be lost.

15 To select target objects

Added measurement points, measurement fields, measurement areas as well as the bar graph and the Min/Max temperatures are selected one after the other by pressing the „Select Image Objects“ button c. The selected area is highlighted yellow and can be adapted after pressing the „Main Menu“ button d.

The selection is cancelled automatically after a short time.

16.0 Activate / deactivate measurement points

Up to two measurement points can be set at one time. They can be assigned measurement-specific parameters as well as the following properties: maximum temperature, minimum temperature, manual positioning.

Measurement Level/Span Setup File Measurement Type Add Spot 0% 15.3 22.5 °C

All added measurement points, lines and areas are removed by selecting „None“.

16.1 Measurement points / parameters

S1=19.3 0=0.96 15:01:2014 20:28 A S1=19.3 0=0.96 15:01:2014 20:28 A The yellow highlight shows the selection. E<< 15.3 22.5 °C

Emissivity

Set emissivity for point 1 (S1). Refer to Section 11.1.

A * symbol is shown next to the measured value if values are defined for measurement points, lines or areas.

Set Ref

The temperature of point 1 (S1) shows the reference temperature (R). Refer to Section 10.2.

Delete point

The point is deleted.

Settings Emissivity 0.55 Set Ref Yes Delete point No

Settings Emissivity 0.55 Set Ref No Delete point Yes

16.2 Measurement points / position manual measurement point

S1=19.3 S1=19.3 S1=19.3

17 Hot spot and cold spot

In terms of function and operation, the hot spot and cold spot correspond to the measurement points (see Section 16 ff) and are to be used in the same way.

Measurement Level/Span Setup File Measurement Type None 0% 15.3 22.5 °C

Add Hot spot

Hot spot (SH) shows the hottest point.

Add Cold spot

Cold spot (SC) shows the coldest point.

Measurement Type Add Hot Spot

Measurement Type Add Cold Spot

18.0 Activate / deactivate horizontal line measurement

Horizontal line measurement determines the temperature of an object along a flexible horizontal line on the display. It graphically displays particularly small temperature differences by means of a graph when the colour nuances of the IR image cannot be sufficiently distinguished.

Measurement Level/Span Setup File Measurement Type Horizontal E0% 15.3 22.5 °C

All added measurement points, lines and areas are removed by selecting „None“.

18.1 Horizontal line measurement / arrangement

The horizontal line is at 120 (display 240 lines). The bargraph defines the limits of the set min./max. temperature range (see chapter 21). The dynamic temperature curve visualises even the smallest changes in temperature within that temperature range, especially if the colours of the IR image do not provide sufficient differentiation. The temperature curve only covers the min./max. temperatures shown in the bargraph.

Measurement point temperature (centre of horizontal line) Variable horizontal measurement level Temperature curve Bargraph with min./max. scale Min. temperature 15.3 °C 225 °C Max. temperature LH=17.2

18.2 Horizontal line measurement / parameters

LH=17.2 E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28 A LH=17.2 E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28 E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28 A E=0.96 15:01:2014 20:28A

Emissivity

Set emissivity for the horizontal line (LH). Refer to Section 11.1.

A * symbol is shown next to the measured value if values are defined for measurement points, lines or areas. Emissivity 0.60 Delete line No

Delete line

The line is deleted.

Settings Emissivity 0.60 Delete line Yes

18.3 To position horizontal lines

LH=17.2 15.3 22.5 °C LH=17.2 LH=17.2 15.3 22.5 °C

19 Activate / deactivate vertical line measurement

Vertical line measurement works just like horizontal line measurement (see chapter 18 ff.) and is used in the same manner.

Measurement Level/Span Setup File Measurement Type Vertical 0% 15.3 22.5 °C

All added measurement points, lines and areas are removed by selecting „None“.

20.0 Activate / deactivate area measurement

Up to three measuring surfaces can be set at one time. They can be assigned measurement-specific parameters as well as the following properties: maximum temperature, minimum temperature, average temperature.

Measurement LevelSpan Setup File Measurement Type Add Area 0% 15.3 22.5 °C

All added measurement points, lines and areas are removed by selecting „None“.

20.1 Area measurement / parameters

T1=19.3 6=0.55 15:01:20:14 20:26 E:0% 15% 25.0%

T1=19.3 0=0.96 15:01:2014 20:28 A 0% 15.3 22.5 °C

Emissivity

Set emissivity for area 1 (T1). Refer to Section 11.1.

A * symbol is shown next to the measured value if values are defined for measurement points, lines or areas.

Settings Emissivity 0.60 Set Ref No Area Type Max Temp Area Move Position Delete area No

Set Ref

The temperature of area 1 (T1) shows the reference temperature (R). Refer to Section 10.2.

Settings
Emissivity	0.60
Set Ref	Yes
Area Type	Max Temp
Area Move	Position
Delete area	No

Area Type

Max Temp Highest temperature within the measurement area

Min Temp Lowest temperature within the measurement area

Avg Temp Average temperature within the measurement area

Settings
Emissivity	0.60
Set Ref	No
Area Type	Max Temp
Area Move	Position
Delete area	No

Area Move

Position The position can be moved with the arrow buttons

Size The size of the field can be changed with the arrow buttons

Settings
Emissivity	0.60
Set Ref	No
Area Type	Max Temp
Area Move	Position
Delete area	No

Delete area

The area is deleted.

Settings
Emissivity	0.60
Set Ref	No
Area Type	Max Temp
Area Move	Position
Delete area	Yes

21 Manual temperature range

In manual settings mode, the temperature range is no longer set automatically based on the measured min./max. values but rather determined on the basis of manual values. Switch auto / man, see Section 9

0=0.96 15.01.2014 20:28 11 回0% 回0% 回0% 回0% 回0% 15.3 22.5 16.8

The min/max values (level) are increased simultaneously.

The min/max values (level) are decreased simultaneously.

The min/max temperature range (span) is increased.

The min/max temperature range (span) is decreased.

22 Colour ranges IR image

You can choose from several standard colour ranges to represent the measured infrared temperatures. Depending on the colour palette, the measured temperatures are adjusted within the current image section and displayed in the respective colour space. The bargraph for the respective minimum/maximum temperatures of the entire image serves as a reference for the corresponding temperature/colour mapping.

E=0.35 15:01:2014 20:28 Ironbow Ironbow PosGrayscale NegGrayscale Amber Hot Metal Cool Metal R.bow – Grn Red R.bow – Blu Red R.bow – Blk Wht H.C. – Blu Yel H.C. – Vio Wht

23 Image modes

There are 2 image modes to choose from.

Thermal imaging view of a room interior with heat signatures and temperature scale (no readable text or symbols)

IR image Digital image

Interior view of a modern bathroom with bathtub, toilet, and wall-mounted{(no visible text or symbols)

24 Zoom

The view can be zoomed (x2).

Thermal imaging view of a room interior with heat signatures and furniture (no readable text or symbols)

E=0.96 15.01.2014 2018 X2 A D:0% 153 29.5 °C

25 Camera focus

In addition to the basic settings in the measuring tool, the camera focus and the shutter function (image calibration) play an essential role in achieving high-quality thermography results. You should focus on the measured object as well as possible so that the outlines and contours are clearly visible on the display.

Technical line drawing of a handheld device with a circular component and directional arrow (no text or symbols)

26.0 Media gallery / playback mode

In the media gallery, you can access all image data recorded with the thermal camera. You can access the media gallery either via the menu or via hot key. To close the media gallery, press the „ESC“ hot key.

E=0.05 15:01:2014 20:28 Measurement Level/Span Setup File Open Save Save settings Auto Save Delete Format IR_1/(2/3) E=0.96 15:01:2014 20:28 A IR_1/(2/3) 15:3 22.5 °C

If the „Trigger" button is set to „IR/Digital", you can use it to switch between the IR and the corresponding digital image in playback mode. The display will remain blank if no IR or digital image is available and „No IR Image" or „No Digital Image" will be shown.

26.1 Image recording

Image recordings of any measurement situation can be created for subsequent documentation in the menu or with the „Trigger“ button.

E=0.65 15:01:2014 20:28 Measurement Level/Span Setup File Open Save Save settings Auto Save Delete Format 1 sec 15:01:2014 20:28 Save Cancel The „Trigger" button must be set to "Save" in order to record images. Refer to Section 6.4.

26.2 Recording settings

graph TD
    A["Start"] --> B["Measurement"]
    B --> C["Level/Span"]
    C --> D["Setup"]
    D --> E["File"]
    E --> F["Open"]
    E --> G["Save"]
    E --> H["Save settings"]
    H --> I["Auto Save"]
    H --> J["Delete"]
    H --> K["Format"]
    L["Start"] --> M["Save settings"]
    M --> N["Link Save"]
    M --> O["Voice Save"]
    M --> P["On"]
    M --> Q["Off"]
    R["End"] --> S["Save settings"]
    S --> T["Link Save"]
    S --> U["Voice Save"]
    S --> V["On"]
    S --> W["Off"]

Link Save

By activating the „Save Link“ function, a digital image of the measurement situation is stored together with an IR recording.

26.4 Automatic recording

graph TD
    A["Before Triggering Images"] --> B["After Setting: Images are stored automatically at the set interval."]
    B --> C["Auto Save Interval Off"]
    C --> D["After Setup: File, Measurement, Level/Span, Setup, File"]

After triggering, images are stored automatically at the set interval.

26.5 To delete recording

Images can only be deleted in playback mode. Refer to Section 26.0.

Measurement Level/Span Setup File Open Save Save settings Auto Save Delete Format Delete Del Image File?

Press the „ESC“ button to cancel.

26.6 To format SD card

Measurement Level/Span Setup File Open Save Save settings Auto Save Delete Format Format Disk? This will erase all images.

Press the „ESC“ button to cancel.

27 Target laser

The target laser makes area-specific measurements easier by facilitating pinpointing. The target laser can be assigned to the „Trigger“ button in the menu.

28 USB connection

With the software provided on the CD it is possible to transfer the recorded data to a PC and to use the data for further processing and documentation. Load the CD in the drive and follow the installation routine. After successful installation, start the application. Connect one end of the supplied USB cable to the mini-USB port of the device and the other end to a free USB port on your computer. For further information on how to use the software, refer to the Help function that contains a detailed description of the functions.

It is not necessary to install a driver. The software operates under Windows XP / 7 and 8.

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29 Instructions for maintenance

• Perform the task at a location that is clean and free of dust and water
• Switch off the camera, remove the battery
  – Earth to protect from static charges
• Do not touch the lens
  – Warranty expires in the case of improper handling

Technical data Subject to technical alterations. 01.14
IR sensor 160 x 120 pixel resolution;	uncooled microbolometer 8-14 μm
IR optics Germanium interchangeable lens25° x 19° FOV,2,73 mrad IFOVmanual focus 0.4 m min.
Thermal sensitivity 0,1 °C, 100 mK NETD
Precision ± 2°C or ± 2% of measured value
Measurement range -20 °C ... 350 °C
Display 3,5" colour TFT display
Image modes Infrared, Digital
Image function 1-2x digital zoom
Digital camera Resolution: 640 x 480 pixels
Format JPEG format, max. 640 x 480 pixels
Memory function Micro-SD card up to 16 GB
Target Laser Laser class 2, < 1 mW, 635-650 nm
Ports USB, micro-SD, video
Protection class IP54, drop test 2 m,	Impact 25g (IEC60068-2-29)Vibration 2g (IEC60068-2-6)
Power supply / charging time /Operating time	Li-lon pack battery 7.4V / 2.0Ah /approx. 7 hours / approx. 3 hours per battery
Dimensions 298 mm x 104 mm x 149 mm
Weight	1,1 kg (incl. battery pack)

General safety instructions

Caution: Do not look directly into the beam. Lasers must be kept out of reach of children. Never intentionally aim the device at people.

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Laser radiation! Do not stare into the beam! Class 2 laser < 1 mW · 635-650 nm EN 60825-1:2007-10

EU directives and disposal

This device complies with all necessary standards for the free movement of goods within the EU.

This product is an electric device and must be collected separately for disposal according to the European Directive on waste electrical and electronic equipment.

Further safety and supplementary notices at:

www.laserliner.com/info

CE —

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3 Li-ion-occupack vervangen

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5 Hoofdmenu

$$ R = 3 0. 0 ^ {\circ} C $$

$$ S 1 = 3 5. 9 ^ {\circ} \mathrm{C} $$

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24 Zoom

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25 Camerafocus

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26.0 Mediagalerij / weergavemodus

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5 Menu principal

Measure Type Verticale

Mesure Type Ajouter zone

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Sissement 2 tois). E=0.96 15.01.2014 2018 X2 A D:0% 153 29.5 °C

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Rayonnement laser!

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5 Menu principale

17 Hot spot e Cold spot

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(2 volte) E=0.96 15.01.2014 2018 X2 A D:0% 153 29.5 °C

25 Fuoco telecamera

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SERVICE

Umarex GmbH & Co. KG

- Laserliner -