BOSCH GTC600C 12V Max Connected Thermal Camera Instruction Manual
- June 16, 2024
- Bosch
Table of Contents
- BOSCH GTC600C 12V Max Connected Thermal Camera
- Product Information
- Product Usage Instructions
- General Safety Rules
- FCC Caution
- Getting to Know Your GTC600C Thermal Imaging Camera
- Specifications
- Definitions
- Preparation
- Operation
- Functions
- Maintenance and Service
- Troubleshooting
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
BOSCH GTC600C 12V Max Connected Thermal Camera
Product Information
GTC600C Thermal Imaging Camera
Specifications
- Model: GTC600C
- Contact: 1-877-BOSCH99 (1-877-267-2499)
- Website: www.boschtools.com
Product Usage Instructions
Safety Symbols
The safety symbols used in this manual indicate the severity level of
potential hazards. Please read the manual carefully and pay attention to these
symbols.
- DANGER: Indicates a hazardous situation which, if not avoided, will result in death or serious injury.
- WARNING: Indicates a hazardous situation which, if not avoided, could result in death or serious injury.
- CAUTION: Indicates a hazardous situation which, if not avoided, could result in minor or moderate injury.
General Safety Rules
It is important to read and follow all safety warnings, instructions,
illustrations, and specifications provided with the GTC600C Thermal Imaging
Camera. Failure to do so may result in electric shock, fire, and/or serious
injury.
SAVE ALL WARNINGS AND INSTRUCTIONS FOR FUTURE REFERENCE
The term “power tool” in the warnings refers to your hands-operated (corded)
power tool or battery-operated (cordless) power tool.
Safety Rules for Thermal Imaging Cameras
Specific safety rules for using thermal imaging cameras are provided in
this section.
FCC Caution
This section provides information about FCC regulations and compliance for
the GTC600C Thermal Imaging Camera.
Industry Canada (IC)
This section provides information about Industry Canada regulations and
compliance for the GTC600C Thermal Imaging Camera.
Intended Use
The GTC600C Thermal Imaging Camera is intended for specific use. Please refer
to this section for details on the intended use.
Symbols
This section provides a description of the symbols used in the manual and
their meanings.
Getting to Know Your GTC600C Thermal Imaging Camera
This section provides an overview of the GTC600C Thermal Imaging Camera and
its features.
Specifications
This section provides detailed specifications of the GTC600C Thermal Imaging
Camera, including model information, contact details, and website information.
Definitions
This section provides definitions of terms related to infrared thermal
radiation, emissivity degree, thermal bridge, reflected
temperature/reflectivity of an object, and distance from the object.
Preparation
This section provides instructions on how to prepare the GTC600C Thermal
Imaging Camera for use, including power supply and inserting/changing the coin
cell.
Operation
This section provides instructions on how to operate the GTC600C Thermal
Imaging Camera, including initial operation, preparing for measurement, and
assigning temperatures on the basis of the scale.
Functions
This section provides information on the various functions of the GTC600C
Thermal Imaging Camera, including adjusting the color display, superimposition
of thermal image and real image, fixing the scale, measuring functions, main
menu, documenting measurements, and data transfer.
Maintenance and Service
This section provides instructions on maintenance and service of the GTC600C
Thermal Imaging Camera, including environment protection.
Troubleshooting
This section provides troubleshooting tips for common issues that may arise
while using the GTC600C Thermal Imaging Camera.
Glossary of Terms
This section provides a glossary of terms related to thermal imaging cameras.
FAQ (Frequently Asked Questions)
- Q: How do I change the battery in the GTC600C Thermal Imaging Camera?
- A: Please refer to the “Preparation” section for instructions on inserting/changing the coin cell.
- Q: Can I update the software of the GTC600C Thermal Imaging Camera?
- A: Yes, you can update the measuring tool software. Please refer to the “Updating the Measuring Tool Software” section for instructions.
- Q: How can I transfer data from the GTC600C Thermal Imaging Camera?
- A: The “Data Transfer” section provides instructions on how to transfer data from the camera.
Call Toll Free for Consumer Information & Service Locations
1-877-BOSCH99 (1-877-267-2499) www.boschtools.com
Safety Symbols
The definitions below describe the level of severity for each signal word.
Please read the manual and pay attention to these symbols.
General Safety Rules
WARNING
Read all safety warnings, instructions, illustrations and specifications provided with this power tool. Failure to follow all instructions listed below may result in electric shock, fire and/or serious injury.
SAVE ALL WARNINGS AND INSTRUCTIONS FOR FUTURE REFERENCE
The term “power tool” in the warnings refers to your mains-operated (corded)
power tool or battery-operated (cordless) power tool.
Use and care
- a. Use the correct tool for your application. The correct tool will do the job better and safer.
b. Protect the tool, particularly the area around the camera and infrared lens, against moisture and snow. The reception lens could fog up and distort the measurements. Incorrect settings on the tool and other atmospheric influences may make the measurements inaccurate. Objects could be depicted hotter or colder, which may present a danger if touched.
c. High temperature differences in a thermal image may cause even high temperatures to be shown in a color associated with low temperatures. Coming into contact with such an area may cause burns.
d. Temperature measurements will only be correct if the emissivity setting and the emissivity of the object match. Ob-jects could be depicted hotter or colder in temperature and/or color, which may present a danger if touched.
e. Do not use the tool if the switch does not turn it on and off. Any tool that cannot be controlled with the switch is dangerous and must be repaired.
f. Store idle tool out of the reach of chil-dren and do not allow persons unfamiliar with the tool or these instructions to operate the tool. Tools are dangerous in the hands of untrained users.
g. Maintain tools. Check for misalignment or binding of moving parts, breakage of parts and any other condition that may affect the operation. If damaged, tool repaired before use. Many accidents are caused by poorly maintained tools.
h. Use the tool, accessories, etc., in accordance with these instructions and in the manner intended for the particular type of tool, taking into account the working conditions and the work to be performed. Use of the tool for operations different from those intended could result in a hazardous situation.
2. Battery tool use and care
a. Recharge only with the charger speci-fied by the manufacturer. A charger that is suitable for one type of battery pack may create a risk of fire when used with another battery pack.
b. Have the measuring tool serviced only by a qualified specialist using only original replacement parts. This will ensure that the safety of the measuring tool is maintained.
c. Do not use the measuring tool in explosive atmospheres which contain flammable liquids, gases or dust. Sparks may be produced inside the measuring tool, which can ignite dust or fumes.
d. Use tool only with specifically designed battery packs. Use of any other battery packs may create a risk of injury and fire.
e. When battery pack is not in use, keep it away from other metal objects like paper clips, coins, keys, nails, screws, or other small metal objects that can make a connection from one terminal to another. Shorting the battery terminals together may cause burns or a fire.
f. Under abusive conditions, liquid may be ejected from the battery; avoid contact. If contact accidentally occurs, flush with water. If liquid contacts eyes, additionally seek medical help. Liquid ejected from the battery may cause irritation or burns.
g. Do not use a battery pack or tool
that is damaged or modified. Damaged or modified batteries may exhibit unpredictable behavior resulting in fire, EXPLOSION or risk of injury.
h. Do not expose a battery pack or tool to fire or excessive temperature. Exposure to fire or temperature above 265°F (130°C) may cause explosion.
i. Follow all charging instructions and do not charge the battery pack or tool outside the temperature range specified in the instructions. Charging improperly or at temperatures outside the specified range may damage the BATTERY and increase the risk of fire.
j. Disconnect the battery pack from the tool before making any adjustments, changing accessories, or storing the tool. Such preventive safety measures reduce the risk of starting the tool accidentally.
k. Do not modify or attempt to repair the tool or the battery pack except as indicated in the instructions for use and care.
Electrical safety
WARNING
Batteries can explode or leak, cause injury or fire. To reduce this risk,
always follow all instruc-tions and warnings on the battery label and package.
- a. DO NOT expose the tool and battery to rain or wet conditions. Water-entering tool will increase the risk of fire and personal injury.
DO NOT short any battery terminals. DO NOT mix battery chemistries. Dispose of or recycle batteries per local code.
DO NOT dispose of batteries in fire. Keep batteries out of reach of children. Remove batteries if the device will not be used for several months.
b. Remove the batteries from the tool when not using it for extended periods. When storing for extended periods, the batteries can corrode and self- discharge.
c. The tool is equipped with a radio interface. Local operating restrictions,
e. g. in airplanes or hospitals, are to be observed.
d. Prevent unintentional starting. Ensure the switch is in the off-position before inserting batteries. Accidental energiz-ing tool that have the switch on invites accidents.
Safety Rules for Thermal Imaging Cameras
Protect the measuring tool, particularly the area around the infrared lens,
speaker and microphone, from moisture, snow, dust and dirt. The reception lens
could fog up or become contaminated and distort the measurements. Incorrect
settings on the tool and other atmospheric influences may make the
measurements inaccurate.
Object temperatures could be shown to be hotter or colder than they are, which
may present a danger if touched.
High temperature differences in a thermal image may cause even high
temperatures to be shown in a color associated with low temperatures. Coming
into contact with such an area may cause burns.
Temperature measurements will only be correct if the emissivity setting
matches the emissivity of the object. Otherwise, object temperatures could be
shown to be hotter or colder than they are, which may present a danger if
touched.
Do not point the measuring tool directly at the sun or at high-performance CO₂
lasers. This may damage the detector.
Do not place the measuring tool on the rechargeable battery. It can easily tip over. The fall may cause injuries.
WARNING
Chemical Burn Hazard. Keep batteries away from children.
This product contains a lithium button/coin cell battery. If a new or used
lithium but-ton/coin cell battery is swallowed or enters the body, it can
cause severe internal burns and can lead to death in as little as 2 hours.
Always completely secure the battery com-partment. If the battery compartment
does not close securely, stop using the product, remove the batteries, and
keep it away from children. If you think batteries might have been swallowed
or placed inside any part of the body, seek immediate medical attention.
All coin cell batteries, even used coin cells may cause injury. They should be
disposed of properly, including keeping them away from children.
Only use the coin cells listed in this operating manual. Do not use any other
coin cells or other forms of electrical power supply.
Do not attempt to recharge the coin cell and do not short-circuit the coin
cell. The coin cell may leak, explode, catch fire and cause personal injury.
Remove and dispose of drained coin cell correctly. Drained coin cell may leak
and damage the product or cause personal injury.
Do not overheat the coin cell or throw it into fire. The coin cell may leak,
explode, catch fire and cause personal injury.
Do not damage the coin cell and take the coin cell apart. The coin cell may
leak, explode, catch fire and cause personal injury.
Do not allow damaged coin cells to come into contact with water. Leaking
lithium may mix with water to create hydrogen, which could cause a fire, an
explosion, or personal injury.
Keep the magnetic accessories away from implants and other medical devices,
e.g. pacemakers or insulin pumps. The magnets in the accessories generate a
field that can impair the function of implants and medical devices.
Keep the magnetic accessories away from magnetic data storage media and
magnetically-sensitive devices. The effect of the magnets in the accessories
can lead to irreversible data loss.
FCC Caution
The manufacturer is not responsi-ble for radio interference caused by
unauthorized modifications to this equipment. Such modifications could void
the user’s authority to operate the equipment.
This device complies with Part 15 of the FCC Rules. Operation is subject to
the following two conditions:
- This device may not cause harmful inter-ference, and
- This device must accept any interference received, including interference that may cause undesired operation.
NOTE! This equipment has been tested and found to comply with the limits for a Class B digital devices, pursuant to Part 15 of the FCC rules. These limits are designed to pro-vide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruc-tions, may cause harmful interference to ra-dio communications. To comply with FCC’s RF radiation exposure limits for general pop-ulation/uncontrolled exposure, this device must not collect or operate in conjunction with any other antenna or transmitter. How-ever, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interfer-ence to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
- Reorient or relocate the receiving an-tenna.
- Increase the separation between the equipment and receiver.
- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
- Consult the dealer or an experienced radio/TV technician for help.
Industry Canada (IC)
This device complies with Industry Canada’s license-exempt RSSs. Operation is subject to the following two conditions:
- This device may not cause interference; and
- This device must accept any interference, including interference that may cause undesired operation of the device.
Intended Use
This thermal imaging camera is designed for the contactless measurement of
surface temperatures.
The displayed thermal image shows the temperature distribution of the area
captured by the infrared lens and therefore enables temperature deviations to
be depicted in different colors.
When used correctly, this makes it possible to examine areas and objects in a contact-less manner for temperature differences and discrepancies in order to make components and/or any weaknesses visible, including:
- Thermal insulation and other types of insulation (e.g. locating thermal bridges)
- Active heating and hot water pipes (e.g. underfloor heating) in floors and walls
- Overheated electrical components (e.g. fuses or terminals)
- Machine parts (e.g. overheating due to faulty ball bearings)
The tool must not be used for temperature measurement on persons and animals
or for other medical purposes.
The tool is not suitable for surface temperature measurement of gases or
liquids.
Symbols
Important: Some of the following symbols may be used on your tool. Please study them and learn their meaning. Proper interpretation of these symbols will allow you to operate the tool better and safely.
Getting to Know Your GTC600C Thermal Imaging Camera
WARNING
Disconnect the plug from the power source before making any assembly,
adjustments or changing accessories. Such preventive safety measures reduce
the risk of starting the tool accidentally.
- Protective Cap for visual camera and infrared sensor
- Magnet
- Coin Cell Holder
- Serial Number
- Coin Cell Holder Screw
- Flap for the USB Port
- USB Type-C® Port [a]
- Up Arrow Button
- Measuring Functions Button
- Right-Hand Function Button (switching Temperature Scale between automatic and fixed)
- Right-Hand Arrow Button
- On/Off Button
- Down Arrow Button
- Save Button
- Left-Hand Arrow Button
- Microphone
- Left-Hand Function Button (gallery button)
- Display
- Speaker
- Battery Bay
- Battery Release Button [b]
- Rechargeable Battery (BAT414-BAT420, GBA12V30, GBA12V60) [b]
- Pause/Start Measurement Button
- Infrared Sensor
- Visual Camera
- USB Type-C® Cable
- Battery Charger (BC330, BC430) [b]
- Battery Charger (GAL12V-20) [b]
- Time/Date Indicator
- Average Temperature Indicator
- Reflected Temperature Indicator
- Emissivity Indicator
- Wi-Fi® Switched On/Off Indicator [c]
- Battery Charge Indicator
- Maximum Surface Temperature in the Measuring Range Indicator
- Color Scale
- Minimum Surface Temperature in the Measuring Range Indicator
- Fix Temperature Scale Symbol
- Hotspot Indicator (example)
- Centerspot (crosshairs with temperature indicator)
- Cold Spot Indicator (example)
- Gallery Symbol
USB Type-C® and USB-C® are trademarks of USB Implementers Forum.
The accessories illustrated or described are not included as standard
delivery.
Wi-Fi® is a registered trademark of the Wi-Fi Alliance®.
Specifications
| Thermal imaging Camera | GTC600C |
|---|---|
| Article number | 3 601 K83 510 |
| Resolution of infrared sensor | 256 × 192 px |
| Thermal sensitivity [a] | ≤ 50 mK |
| Spectral range | 8–14 μm |
| Field of view (FOV) [b] | 40° × 30° |
| Focus distance [b] | ≥1 ft (≥ 0.3 m) |
| Focus | Fixed |
| Thermal image refresh rate | ≤ 9 Hz |
| Surface temperature measuring range [b] | -4°F to +1112°F (−20°C to +600°C) |
Surface temperature measuring accuracy [b][c][d]
• -4 to 50°F (–20 to ≤ +10°C)
• 50 to 212°F (> 10 to ≤ 100°C)
• > 212°F (> +100°C)
|
• ±7°F (±4°C)
• ±4°F (±2°C)
• ±2%
Temperature resolution| 0.1°C
Display type| TFT
Display size| 3.5 in (89 mm)
Display resolution| 320 × 240 px
Integrated visual camera resolution| 640 × 480 px
Image format| .jpg
Audio format| .wav
Elements saved per saving process| • 1 × thermal image (screenshot)
• 1 × real visual image incl. temperature values (metadata)
• 1 × voice note if applicable
Max. number of images in internal image memory| 600
Max. number of images with a 10 s voice note each in internal image memory|
350
Max. altitude| 6500 ft (2000 m)
Pollution degree according to IEC 61010-1| 2 [e]
Relative air humidity max. [b]| 90%
Rechargeable battery (Li-ion)| 10.8V/12V
Rechargeable battery operating time (Li-ion) [f][g]| 8h
System time power supply| CR 2032 (3 V lithium battery)
USB standard| 2.0
USB port| USB Type-C®
Wireless connectivity| WLAN
Max. WLAN transmission power| < 20 mW
WLAN operating frequency range| 2402–2480 MHz
Weight according to EPTA-Procedure 01:2014| 1.345-1.808 lbs. (0.61–0.82 kg)
[f]
Dimensions (length × width × height)| 4.53 x 4.01 x 9.09 in
(115 × 102 × 231 mm)
---|---
Protection rating (excluding rechargeable batteries, in the vertical
position)| IP54
Recommended ambient temperature during charging| 32 to 95°F (0 to +35°C)
Permitted ambient temperatures
• During operation
• During storage with a rechargeable battery
• During storage without a rechargeable battery
|
• 14….+122°F (–10…+50°C)
• -4….+122°F (–20…+50°C)
• -4….+158°F (–20…+70°C)
Rechargeable batteries
(Bosch 10.8V/12V Max lithium-ion pack)
| BAT414 (2.0 Ah), BAT420 (4.0 Ah),
GBA12V30 (3.0 Ah), GBA12V60 (6.0 Ah)
Chargers| BC330, BC430, GAX1218V-30, GAL 12V-20
Battery life 10.8 V/12 V Max| 5.0 h
Relative humidity (non-condensing)| 90%
Indoor or outdoor use:| Indoors only
Wet location use:| No
- In accordance with standard VDI 5585 (average)
- In accordance with standard VDI 5585
- At an ambient temperature of 68 to 73°F (20 to 23°C) and an emissivity of > 0.999, measuring distance: 11.8 in (0.3 m), operating time: > 5 min, aperture of 60 mm
- Plus use-dependent deviation (e.g. reflection, distance, ambient temperature)
- Only non-conductive deposits occur, whereby occasional temporary conductivity caused by condensation is expected.
- Depends on battery in use.
- At an ambient temperature of 68 to 86°F (20 to 30°C)
The serial number 4 on the type plate (shown in Fig. 1) is used to clearly identify your measuring tool.
Definitions
Infrared Thermal Radiation
Infrared thermal radiation is electromagnetic radiation emitted by every
body above 0 Kelvin (-459°F, -273°C). The amount of radiation depends on the
temperature and the emissivity of the body.
Emissivity Degree
The emissivity degree of an object depends on the material and the structure
of its surface. It states how much-infrared heat radiation the object emits
compared to an ideal heat emitter (black body, emissivity degree = 1).
Thermal Bridge
A thermal bridge is an object that undesirably transmits heat outwards or
inwards, therefore differing significantly from the temperature of the rest of
a wall or from the desired temperature of a wall.
As the surface temperature at thermal bridges is lower than in the rest of the room, the risk of mold increases significantly at these locations.
Reflected Temperature/Reflectivity of an Object
The reflected temperature is the thermal radiation that is not emitted by the
object itself. Depending on the structure and material, background radiation
is reflected in the object to be measured, therefore distorting the actual
temperature result.
Distance from the Object
The distance between the object being measured and the measuring tool
influences the captured area size per pixel. You can capture increasingly
large objects as the distance from the object becomes greater.
Distance
| Size of infrared pixels| Infrared range width × height
---|---|---
11.9 in (0.3 m)| 0.03 in (0.85 mm)| ~8.7 in x 6.3 in (~0.22 m x 0.16 m)
1 ft 9.7 in
(0.55 m)
| 0.06 in (1.56 mm)| ~1.3 ft x 1 ft 3.7 in (~0.40 m x 0.29 m)
3 ft 3.4 in
(1.00 m)
| 0.11 in (2.84 mm)| ~28.7 in x 21.3 in (~0.73 m x 0.54 m)
6 ft 6.7 in
(2.00 m)
| 0.22 in (5.69 mm)| ~4 ft 9.5 in x 3 ft 6 in (~1.46 m x 1.07 m)
16 ft 4.9 in
(5.00 m)
| 0.56 in (14.22 mm)| ~11 ft 11.3 in x 8 ft 9.5 in (~3.64 m x 2.68 m)
Preparation
Power Supply
The tool can be operated using a Bosch Li-ion rechargeable battery.
Operation with Battery Pack
(Fig. 3)
WARNING
Use only Bosch rechargeable lithium-ion battery packs listed in the
specifications section of this manual. Use of other battery packs may increase
the risk of fire, personal injury and property damage.
-
Remove the batteries from the tool when not using it for extended periods. When storing for extended periods, the batteries can corrode and self-discharge.
Note: The battery pack is supplied partially charged. To ensure full capacity of the battery pack, completely charge the battery pack in the battery charger before using for the first time. -
Use only Bosch chargers listed in the specifications section of this manual. Use of other chargers may increase the risk of fire, personal injury and property damage.
The lithium-ion battery pack can be charged at any time without reducing its service life. Interrupting the charging procedure does not damage the battery pack.
The lithium-ion battery is protected against deep discharge by the Electronic Cell Protection (ECP). A protective circuit switches the laser level off when the battery is drained.- Following the automatic shut off of the tool, do not continue to press the On/Off button. The battery can be damaged.
To insert the charged Battery Pack 22, slide it into the Battery Port 43 until you feel it lock into position. Do not use force.
To remove the Battery Pack 22, press the Battery Release Buttons 21 and pull the Battery Pack 22 out of the Battery Port 43. Do not use force.
Battery Status Indicator
(Fig. 1)
The Battery Charge Indicator 34 on the dis-play shows the state of charge of
the Battery Pack 22.
Inserting/Changing the Coin Cell
(Fig. 4, Fig. 5)
WARNING
If the coin cell holder cannot be closed correctly and fully, stop using the
measuring tool, remove the coin cell and have the measuring tool repaired.
To be able to save the time on the detection tool, a Coin Cell 44 must be
used.
Unscrew the Screw 45 on the Coin Cell Holder 46. Pull the Coin Cell Holder 46
out of the Coin Cell Port 47 with an auxiliary tool (e.g. a flat-head
screwdriver).
Remove the discharged Coin Cell 44 and in-sert a new Coin Cell 44 (CR2032).
Ensure that the polarity is correct according to the illustration on the coin
cell holder (the positive terminal of the coin cell must be facing upwards).
With the Coin Cell 44 fitted, slide the Coin Cell Holder 46 into the Coin Cell
Port 47. Ensure that the Coin Cell Holder 46 is inserted correctly and fully,
as otherwise protection from dust and splashes is no longer guaranteed.
Retighten the Screw 45 on the Coin Cell Holder 46.
Operation
- Protect the measuring tool against moisture and direct sunlight.
- Do not subject the measuring tool to extreme temperatures or variations in temperature. As an example, do not leave it in vehicles for a long time. In case of large variations in temperature, allow the measuring tool to adjust to the ambient temperature before putting it into operation. In case of extreme temperatures or variations in temperature, the accuracy of the measuring tool can be impaired.
- Make sure that the tool is correctly acclimatized. In the event of severe temperature fluctuations or environmental conditions which vary to a large degree, the measurement accuracy of the measuring tool may be impaired until it is fully acclimatized again.
- Avoid hard knocks to the tool or dropping it. After severe external influences and in the event of abnormalities in the functionality, you should have the measuring tool checked by an authorized Bosch after-sales service agent.
Initial Operation
Switching On and Off
To take a measurement, fold the Protective Cap 1 upwards. Make sure that the
infrared measuring area is not closed off or covered while working.
To switch on the tool, press the On/Off Button 12. A start sequence will
appear in the Display 18. After the start sequence, the measuring tool will
immediately begin to measure and will measure continuously until it is
switched off.
Note: In the first few minutes, the measuring tool may self-calibrate several times, as the sensor temperature and ambient temperature have not yet been brought into line. Performing calibration again enables precise measurement. The thermal image freezes briefly during calibration.
During this time, the temperature indicator may show ~. The thermal image will freeze briefly during sensor calibration. If the ambient temperature fluctuates significantly, this effect is increased. If possible, you should therefore turn on the measuring tool a few minutes before starting to measure, so that the tool can stabilise thermally.
To switch off the tool, press the On/Off Button 12 again. The measuring tool
saves all settings and then switches itself off. Close the Protective Cap 1 to
transport the measuring tool safely.
In the “Settings” menu, you can choose whether and after how much time the
measuring tool automatically switches off. (See “
If the battery or the measuring tool is not within the operating temperature
range stated in the specifications, the measuring tool will shut down
automatically after a brief warning. (See “Troubleshooting” on page 23.) Allow
the measuring tool to reach to the correct temperature and then switch it back
on.
To save energy, only switch the measuring tool on when you are using it.
Preparing for Measurement
Setting the Emissivity Degree for Surface-temperature
Measurements
The emissivity degree of an object depends on the material and the structure
of its surface. This specifies how much infrared thermal radiation the object
emits compared with an ideal radiant warmer (black body, emissivity ε = 1) and
accordingly has a value between 0 and 1.
To determine the surface temperature, the tool performs a contactless
measurement of the natural infrared thermal radiation emitted by the object at
which the tool is aimed. To ensure correct measurement, the emissivity setting
on the measuring tool must be checked before every measurement and adapted to
the measuring object if necessary.
You can select one of the preset emissivity levels or enter an exact numerical
value. Adjust the required emissivity using the “Measurement” -> “Emissivity”
menu. (See “
The lower the emissivity, the greater the effect of the reflected temperature
on the measuring result. Always adjust the reflected temperature when changing
the emissivity. Set the reflected temperature via the
WARNING
Temperature measurements will only be correct if the emissivity setting and
the emissivity of the object match.
Differences in color may be caused by different temperatures and/or different
emissivity levels. If the emissivity levels are very different, the depicted
temperature differences may differ considerably from the actual temperature
differences.
If there are multiple objects made of different materials or that have
different structures in the measurement range, the displayed temperature
values are only conclusive for the objects that match the emissivity setting.
For all other objects (with different emissivity levels), the displayed color
differences can be used as an indication of temperature relationships.
Material
| Emissivity 32ºF to 212ºF (0ºC to 100ºC)
---|---
Concrete| 0.93
Plaster/mortar| 0.93
Roofing tiles| 0.93
Roofing felt| 0.93
Radiator paint| 0.93
Wood| 0.91
Linoleum| 0.88
Paper| 0.89
Notes on the Measuring Conditions
Highly reflective or shiny surfaces (e.g. shiny tiles or polished metals) may
distort or impair the results shown. If necessary, mask the surface to be
measured with a dark, matt adhesive tape that conducts heat well. Allow the
tape to acclimatize briefly on the surface.
Make sure that a favorable measuring angle is used on reflective surfaces in
order to ensure that the thermal radiation reflected by other objects does not
distort the result. For example, the reflection of your own body heat may
interfere with the measurement when measuring head-on from a perpendicular
position. On a level surface, the outline and temperature of your body could
therefore be displayed (reflected value), and these values do not correspond
to the actual temperature of the measured surface (emit-ted value or real
value of the surface). Measuring through transparent materials (e.g. glass or
transparent plastics) is fundamentally not possible.
The accuracy and reliability of the measuring results increase with better and
more stable measuring conditions.
Infrared temperature measurement is impaired by smoke, vapor/high air humidity
or dusty air.
Information for achieving improved measurement accuracy:
- Get as close as possible to the measuring object to minimize interfering factors between you and the surface to be measured.
- Ventilate indoor areas prior to measurements, especially when the air is contaminated or extremely steamy. After ventilating, allow the room to acclimatize for a while until the usual temperature has been reached again.
Assigning Temperatures on the Basis of the Scale
(Fig. 1, Fig. 6)
A Color Scale 36 is shown on the right-hand side of the display. The values at
the top and bottom end are oriented to the Maximum Temperature 35 and Minimum
Temperature 37 recorded in the thermal image. For the scale, 99.9% of the
total pixels are evaluated. Colors are assigned to temperature values with a
uniform distribution in the image (linearly).
Different shades can therefore be used to assign temperatures within these two
limit values. For example, a temperature that is exactly between the maximum
and minimum value is assigned to the centre color range of the scale.
To determine the temperature of a specific area, move the measuring tool so
that the Crosshairs with Temperature Indicator 40 are aimed at the required
point or area. In the automatic setting, the color spectrum of the scale is
always distributed linearly (= uniformly) across the entire measuring range
between the maximum and minimum temperatures.
The measuring tool displays all measured temperatures in the measuring range
in relation to one another. If heat is displayed as blue in the color palette
in an area, for example in a color representation, this means that the blue
ar-eas are among the colder measured values in the current measuring range.
However, these areas may still be in a temperature range which could cause
injuries in certain circumstances. You should therefore always note the
temperatures displayed on the scale or at the crosshairs themselves.
Functions
Adjusting the Color Display
(Fig. 1, Fig. 7)
Depending on the measurement conditions, different color palettes can make it
easier to analyze the thermal image and show objects or circumstances more
clearly in the display. This does not affect the measured temperatures. Only
the way in which the temperature values are shown changes.
To change the color palette, remain in measuring mode and press the Right-Hand
Arrow Button 11 or Left-Hand Arrow Button 15.
Superimposition of Thermal Image and Real Image
(Fig. 1)
For improved orientation (= local assignment of the thermal image displayed),
with matched temperature ranges, a visual real image can additionally be
inserted.
Note: The superimposition of the real image and thermal image is accurate
at a distance of 22 in (0.55 m). If the tool is closer to or further away from
the object being measured, this may result in misalignment of the real image
and thermal image.
The thermal imaging camera offers you the following options:
- Complete infrared image – Only the thermal image is displayed.
- Picture in picture – The thermal image displayed is cropped and the surrounding area is shown as a real image. This setting improves the local assignment of the measurement range.
- Transparency – The thermal image displayed is placed on top of the real image in such a way that it is slightly transparent. This enables improved detection of objects.
You can adjust the setting by pressing the Up Arrow Button 8 or Down Arrow Button 13.
Fixing the Scale
(Fig. 1)
The color distribution in the thermal image is adjusted automatically but can
be fixed by pressing the Right-Hand Function Button 10. This enables a
comparison to be made between thermal images taken under different temperature
conditions (e.g. when checking several rooms for thermal bridges). It also
allows an extremely cold or hot object to be hidden in the thermal image. This
object would otherwise distort the image (e.g. a radiator as a hot object when
searching for thermal bridges).
To switch the scale back to automatic, press the Right-Hand Function Button 10
again. The temperatures are now dynamic again and adapt to the measured
minimum and maximum values.
Measuring Functions
(Fig. 1)
To call up further functions that may be helpful for the display, press the
Measuring Functions Button 9 button. Use the Left-Hand Arrow Button 15 or the
Right-Hand Arrow Button 11 to navigate through the displayed options to select
a function. Select a function and press the Measuring Functions Button 9
button again.
The following measuring functions are available:
-
– Colors are distributed automatically in the thermal image. Note: To ensure high accuracy across the entire measuring range, measurements are carried out in two temperature ranges. With the measuring function, the measuring tool automatically selects the appropriate temperature range according to the temperature distribution in the thermal image. When doing so, it assesses how many measured values fall above a certain temperature threshold. If very small but hot objects are being measured, it may select the low-temperature range that is not suitable for high temperatures. This can be determined from the preceding symbol, ~. In such cases, switch to the measuring function, in which the color distribution corresponds to the set temperature range. -
– Only the warmer temperatures in the measuring range are displayed as a thermal image in this measuring function. The area outside these warmer temperatures is shown as a real image in greyscale. The depiction in grey scale prevents colored objects from being wrongly associated with temperatures (e.g. a red cable in the control cabinet when searching for overheated components). Adjust the scale using the Up Arrow Button 8 and Down Arrow Button 13. This expands or reduces the temperature range, thereby expanding or reducing the thermal image. The measuring tool continues to measure minimum and maximum temperatures and displays these at the ends of the Color Scale 36. -
– Only the colder temperatures in the measuring range are displayed as a thermal image in this measuring function. The area outside these colder temperatures is shown as a real image in greyscale to prevent colored objects from being wrongly associated with temperatures (e.g. a blue window frame when searching for faulty insulation). Adjust the scale using the Up Arrow Button 8 and Down Arrow Button 13. This expands or reduces the temperature range, thereby expanding or reducing the thermal image. The measuring tool continues to measure minimum and maximum temperatures and displays these at the ends of the Color Scale 36. -
– If greatly deviating temperatures are measured in the thermal image (e.g. a radiator as a hot object when searching for thermal bridges), the available colors are distributed among a large number of temperature values in the range between the maximum and the minimum temperature. This can result in a situation where subtle temperature differences can no longer be shown in detail. To obtain a detailed depiction of the temperature range to be examined, take the following steps: After switching to mode, you can set the maximum and the minimum temperature. Doing this enables you to set the temperature range that is relevant to you and in which you would like to detect subtle differences. The setting automatically readjusts the scale to the measured values in the infrared sensor’s field of view.
Main Menu
(Fig. 1)
To access the main menu, first press the Measuring Functions Button 9 button
to call up the measuring functions. Now press the Right-Hand Function Button
10.
Measurement
(Fig. 1)
-
Emissivity> 32 – A selection of saved emissivities is available for some of the most common materials. Choose the relevant material in the
menu item. The corresponding emissivity is shown in the line beneath. If you know the exact emissivity of the object you want to measure, you can also set it as a numerical value in the menu item.
If you frequently measure the same materials, you can enter five emissivities as favorites and quickly call them up via the bar at the top (numbered from 1 to 5). -
Reflected Temp.> 31 – Setting this parameter can improve the accuracy of the measuring result, especially with low-emissivity (= high-reflection) materials. In some situations (especially in indoor areas) the reflected temperature corresponds to the ambient temperature. If there are objects with greatly deviating temperatures close to highly reflective objects, this value should be adjusted as the measurement may be affected.
< Display>
(Fig. 1)
- Centerspot> 40 – The point is displayed in the centre of the thermal image and shows you the measured temperature value at this point.
- Hotspot> 39:
/ – The hottest point (= measuring pixel) is indicated by red crosshairs in the thermal image. This facilitates the search for critical areas (e.g. a loose contact terminal in the control cabinet). To make the measurement as accurate as possible, focus the object to be measured in the centre of the display (186 × 140 px). This way, the corresponding temperature value of this object will be shown as well. - Coldspot> 41:
/ – The cold-est point (= measuring pixel) is indicated by blue crosshairs in the thermal image. This facilitates the search for critical areas (e.g. a leak in a window). To make the measurement as accurate as possible, focus the object to be measured in the centre of the display (186 × 140 px). - Color Scale> 36:
/ - Average Temp.> 30:
/ –The average temperature 30 is displayed at the top left of the thermal image (average temperature of all measured values in the thermal image). This can help you to determine the reflected temperature.
< WiFi> 33:
See “Data Transfer” on page 21.
< Tool>
- Language> – Under this menu item, you can select the language used in the display.
- Time & Date> 29 – To change the time and date shown in the measuring tool, call up the <Time & Date> submenu. This submenu not only allows you to set the time and date but also to change their respective formats. To exit the
- Time> and
submenu, press either the Right-Hand Function Button 10 to save the settings, or the Left-Hand Function Button 17 to discard the changes. - Shutdown Time> – Under this menu item, you can select the time interval after which the measuring tool will automatically switch off if no buttons are pressed. You can also deactivate automatic switch-off by selecting the
setting. - WiFi Settings> – Under this menu item, you can set another Wi-Fi® channel or generate a new Wi-Fi® key.
- High audio quality> – Under this menu item, you can adjust the quality of the recorded audio file via voice memo. Please note that more storage space is required for a high audio quality.
- Tool Information> – Under this menu item, you can access information about the measuring tool. There you will find the serial number of the measuring tool and the installed software version.
- Factory settings> – Under this menu item, you can reset the measuring tool to factory settings and permanently delete all data. This may take several minutes. Press the Right-Hand Arrow Button 11 for
to enter this sub-menu. Then press either the Right-Hand Function Button 10 to delete all files or the Left-Hand Function Button 17 to cancel the process.
You can also press the Pause/Start Measurement Button 23 to exit any menu and return to the home screen.
Updating the Measuring Tool Software
If required, you can update the software of the measuring tool via the USB Type-C® interface. To find out more about this, visit: www.bosch- professional.com/thermal-update
Documenting Measurements
Saving Measurements
(Fig. 1)
The measuring tool begins to take measurements as soon as it is switched on
and does so continuously until it is switched off.
To save an image, point the camera at the required measuring object and press the Save Button 14. The image is saved in the internal memory of the measuring tool. Alternatively, press the Pause/Start Measurement Button 23 (pause). The measurement is frozen and shown in the display. This enables you to carefully view the image and to make retrospective adjustments (e.g. to the color palette). If you do not wish to save the frozen image, restart measuring mode by pressing the Pause/Start Measurement Button 23. If you wish to save the image in the internal memory of the measuring tool, press the Save Button 14.
Recording a Voice Note (Fig. 1)
You can record a voice note to keep a record of environmental conditions or
additional information about the saved thermal image. This information is
saved in addition to the thermal image and visual image and can be transferred
at a later stage.
It is recommended that you record a voice note in order to keep better
documentation.
The voice note is recorded in the gallery. Proceed as follows:
- To access the gallery, press the Left-Hand Function Button 17.
- Press the Measuring Functions Button 9 button. The recording will start. Record all the relevant information.
- To end the recording, either press the Measuring Functions Button 9 button again or press the Right-Hand Function Button 10.
- To cancel the recording, press the Left-Hand Function Button 17. After you have made the recording, you will be able to listen to the voice note.
- To listen back to the recording, press the Measuring Functions Button 9 again. The recording will be played back.
To pause playback, press the Right-Hand Function Button 10. To continue playing the paused recording, press the Right-Hand Function Button 10 again. To stop playback, press the Left-Hand Function Button 17.
To record a new voice note, delete the cur-rent voice note and then start a new record-ing.
When recording, please note the following:
- The Microphone 16 is located behind the keyboard next to the microphone symbol. Speak in the direction of the microphone.
- The recording can last a maximum of 30 seconds.
Calling Up Saved Images
(Fig. 1)
Proceed as follows to call up saved thermal images:
- Press the Left-Hand Function Button 17. The most recently saved photo now appears in the display.
- Press the Right-Hand Function But-ton 10 or Left-Hand Arrow Button 15 to switch between the saved thermal images.
The visual image has been saved alongside the thermal image. To call up the
visual image, press the Down Arrow Button 13.
You can also display the thermal image taken as a full-screen image by
pressing on the Up Arrow Button 8. In the fullscreen view, the title bar is
hidden after 3 seconds so that you can see all the details of the thermal
image. You can use the Up Arrow Button 8 and the Down Arrow Button 13 to
switch between views.
Deleting Saved Images and Voice Notes
(Fig. 1)
Switch to the gallery view to delete individual or all thermal images:
- Press the Right-Hand Function But-ton 10 under the waste paper basket symbol. A submenu will open. Here you can select whether you want to delete only this image, only the corresponding voice note (if you have recorded one) or all images. If you want to delete only this image or the voice note, confirm the process by pressing the Measuring Functions Button 9 button.
- If you want you delete all images, press the Measuring Functions Button 9 button or the Right-Hand Function Button 10; you can also confirm the process by pressing the Right-Hand Function Button 10 or cancel the deletion by pressing the Left-Hand Function Button 17.
Data fragments of the images remain stored in the memory and could be
reconstructed. You can select
Data Transfer
Data Transfer via USB Port
(Fig. 1)
Open the Flap for the USB Port 6. Connect the USB Type-C® Port 7 of the
measuring tool to your computer via the USB Type-C® Cable 26 provided.
Now press the On/Off Button 12 to switch on the measuring tool.
Open the file browser on your computer and select the GTC 600 C drive. The
saved files can be copied from the internal memory of the measuring tool,
moved to your computer or deleted.
As soon as you have finished the required operation, disconnect the drive from
the computer following the standard procedure and then use the On/Off Button
12 to switch the measuring tool off again.
Always disconnect the drive from your operating
system first (eject drive), as failure to do so may damage the internal memory
of the measuring tool.
Remove the USB Type-C® Cable 26 during the measuring operation and close the
Flap for the USB Port 6.
CAUTION
Always keep the Flap for the USB Port 6 closed so that dust and splashes
cannot enter the housing.
Note: Use USB to connect the measuring tool to a computer only. The
measuring tool may be damaged if connected to other devices.
Note: The USB Type-C® interface can only be used for data transfer. It is
not suitable for charging non-rechargeable and rechargeable batteries.
Post-Editing the Thermal Images
You can post-edit the saved thermal images at: www.bosch-
professional.com/thermal
Data Transmission via WLAN
The measuring tool is equipped with a Wi-Fi® interface which enables the saved
images taken by your measuring tool to be wirelessly transmitted to a mobile
device. Special Bosch applications (apps) are available for this use. They can
be downloaded in the store corresponding to your device:
In addition to the wireless data transfer of your images, the Bosch applications make it possible for you to use an extended range of functions and make it easier to post-edit and forward measured data (e.g. via e-mail). Information about system requirements for a Wi-Fi® connection can be found on the Bosch website at: www.bosch-professional.com/thermal
To activate or deactivate the Wi-Fi® connec-tion on the measuring tool, call
up the main menu, use the buttons to select
Maintenance and Service
WARNING
Check the tool each time before use. In case of visible damage or loose
components inside the measuring tool, safe function can no longer be ensured.
Keep the tool clean at all times.
Do not immerse the tool into water or other fluids.
Do attempt to remove dust from the sensor, camera or reception lens using
pointing objects, and do not wipe over the camera and reception lens (risk of
scratching).
If the tool should fail despite the care taken in manufacturing and testing
procedures, repair should be carried out by an authorized after-sales service
center for Bosch power tools. Do not open the measuring tool yourself.
In all correspondence and spare parts orders, please always include the 10-digit article number given on the type plate of the tool.
Environment Protection
Recycle raw materials & batteries instead of disposing of waste. The unit,
accessories, packaging & used batteries should be sorted for recycling in
accordance with the latest regulations.
Troubleshooting
In the event of a fault, the measuring tool will restart and can then continue to be used. If the fault persists, the following overview may help you.
| Error | Cause | Corrective Measure |
|---|---|---|
| Measuring tool cannot be switched on. | Battery pack state of charge too low. |
Charge the battery.
| Battery too hot or too cold.| Allow the battery pack to reach the correct
temperature or change it.
| Measuring tool too hot or too cold.| Allow the measuring tool to reach the
cor- rect temperature.
| Image memory full.| Transfer the images to another storage medium (e.g.
computer) when necessary. Then delete the images in the internal memory.
Image memory defec- tive.| Format the internal memory by deleting all images.
If the problem persists, send the measuring tool to an authorised Bosch after-
sales service center.
| Slow data transfer via Wi-Fi® connection.| Change the Wi-Fi® channel (in the
main
menu via
| Measuring tool not recognized by com- puter.| Check whether the driver on
your com- puter is up to date. It may be necessary to have a newer operating
system version on your computer.
Measuring tool cannot be connect- ed to a computer.| USB port or USB cable
defective.| Check whether the measuring tool can be connected to a different
computer. If not, send the measuring tool to an authorised Bosch after-sales
service centre.
| Discharged coin cell.| Change the coin cell, and confirm the change. (See
“Inserting/Changing the Coin Cell”, page 13.)
| Measuring tool fault.| Send the measuring tool to an authorized Bosch after-
sales service center.
Glossary of Terms
To find out more, visit: www.boschtools.com
Infrared thermal radiation
Infrared thermal radiation is electromagnetic radiation emitted by every body
above 0 Kelvin (−273°C). The amount of radiation depends on the temperature
and the emissivity of the body.
Emissivity
The emissivity of an object depends on the material and the structure of its
surface. This specifies how much infrared thermal radiation the object emits
compared with an ideal radiant warmer (black body, emissivity ε = 1) and
accordingly has a value between 0 and 1.
Thermal bridge
A thermal bridge is defined as a position on the external wall of a building,
where there is a localized increase in heat loss due to a structural defect.
Thermal bridges can lead to an increased risk of mold.
Reflected temperature/reflectivity of an object
The reflected temperature is the thermal radiation that is not emitted by the
object itself. Depending on the structure and material, background radiation
is reflected in the object to be measured, therefore distorting the actual
temperature result.
LIMITED WARRANTY
For details on the terms of the limited warranty for this product, go to
https://rb-pt.io/PowerToolWar-ranty or call 1-877-BOSCH99.
© Robert Bosch Tool Corporation 1800 W. Central Road
Mt. Prospect, IL 60056-2230
1605A00239 08/2023
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>