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INFRARED PYROMETER NON-CONTACT LASER THERMOMETER ADJUSTABLE EMISSIVITY –50 TO +390°C
PLN 49.99
Tax included
✅ BENETECH GM318A PYROMETER
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ORIGINAL BENETECH BRAND PRODUCT
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BACKLIT LCD DISPLAY
NON-CONTACT INFRARED THERMOMETER WITH LASER SIGHT AND ADJUSTABLE EMISSIVITY
A precise infrared thermometer for non-contact temperature measurement in the range of -50°C to 390°C. The device is equipped with a laser sight, which allows for accurate aiming at the measured point, significantly facilitating work.
The pyrometer also features adjustable emissivity, allowing the device to be adapted for measuring various surface types, which increases precision. The backlit LCD display ensures convenient reading of measurements even in poorly lit areas.
Thanks to its ergonomic design and high-quality materials, the pyrometer is durable and comfortable to use. Additionally, the auto power-off function saves battery energy, extending the device's operating time.
✅ VERSATILITY OF USE
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The pyrometer has adjustable emissivity. Emissivity is the ability of a material to reflect the infrared signal emitted by the pyrometer. This allows for more precise measurements.
Additional functions and operating modes:
- MAX - Maximum temperature measurement
- MIN - Minimum temperature measurement
- AVG - Average measurement indication
- DIF - Difference between maximum and minimum values
- HAL - High temperature alarm (audible alert when temperature reaches the set value)
- LAL - Low temperature alarm (audible alert when temperature reaches the set value)
- E - Digital emissivity adjustment function from 0.10 to 1.00
- CAL - Manual calibration mode in the range of -5.0°C to +5.0°C
✅ PYROMETER APPLICATION:
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- AUTOMOTIVE AND MACHINERY INDUSTRY.
- CONSTRUCTION.
- REFRIGERATION INDUSTRY.
- FOOD INDUSTRY.
- GASTRONOMY SECTOR.
The pyrometer is not a medical device; it is not intended for measuring body temperature. The values indicated represent surface temperature, which in the case of skin is different from internal body temperature.
✅ THERMOMETER FEATURES:
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- High quality.
- Easy to operate.
- Proven brand.
- Measurement precision.
- Ergonomic design.
- Backlit display.
- Laser pointer.
- Auto off function.
- Good value for money.
✅ TECHNICAL PARAMETERS:
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- Measurement range: -50 to 390°C (-58~744℉).
- Measurement accuracy: 0 to 390°C ±2°C / -50 to 0 ±3°C
- Resolution: 0.1°C (°F).
- Repeatability: 1% ± 1°C.
- Response time: 500 msec (95% response).
- Emissivity: 0.95 (factory set), adjustable from 0.10 to 1.00
- Distance to Spot ratio: 12:1.
- Backlight: Yes.
- Power supply: 2 x 1.5V AAA (included).
- Low battery icon: Yes.
- Auto power-off: Yes.
- Operating time: up to 12h (without laser pointer).
- Standards: CE, FCC.
✅ DEVICE COMPONENTS DESCRIPTION:
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- LCD Display.
- Beep / Laser setting / Increase value button.
- Settings / Operating modes button.
- Unit / Backlight setting / Decrease value button.
- Laser emitter.
- Temperature sensing area.
- Trigger.
- Handle.
- Battery compartment.
✅ DISPLAY COMPONENTS DESCRIPTION:
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- Measurement in progress icon.
- Data hold icon.
- Low temperature alarm icon.
- High temperature alarm icon.
- Laser sight icon.
- Battery level icon.
- Buzzer icon.
- Measurement value.
- Temperature unit - Celsius.
- Temperature unit - Fahrenheit.
- Mode and settings icons:
- MAX: Maximum mode
- MIN: Minimum mode
- AVG: Average mode
- DIF: Difference mode
- OFFSET: Zero offset adjustment
- LAL: Low temperature alarm setting
- HAL: High temperature alarm setting
- E=Value: Emissivity setting
✅ SET CONTENTS:
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- Pyrometer,
- 2 x AAA Battery,
- Packaging,
- User manual in ENGLISH and Polish.
The device meets the following CE and RoHS standards:
Directive EMC 2014/30/EU and RoHS 2011/65/EU
Upon customer request, we include a calibration report from the manufacturer translated into English. The document is provided in electronic form a few days later. To avoid delays in order fulfillment, the calibration report is sent within approximately 7 business days to the email address provided in the order or assigned to the account.
The product complies with European standards and directives as evidenced by the CE certificate; this document is also included upon customer request.
The manufacturer's calibration report and declaration of conformity (CE) are free, optional documents and are therefore not the subject of sale in this offer.
GM318A
Specific References
- ean13
- 5905072883177
Infrared thermometers
What is an infrared thermometer?
A infrared thermometer is a non-contact thermometer that uses infrared radiation to measure surface temperature. This device is ideal for applications where contact temperature measurement is impossible or dangerous.
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How does a infrared thermometer work?
A infrared thermometer captures the infrared radiation emitted by a given object and converts it into temperature. These devices feature a detector that focuses the infrared radiation onto a sensor, which then processes it into an electrical signal.
What are the types of infrared thermometers?
There are several types of infrared thermometers, including:
-
Industrial infrared thermometers: used in industry to measure the temperature of machinery, equipment, and processes.
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Laboratory infrared thermometers: used in laboratories for precise temperature measurements.
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Construction infrared thermometers: used to measure the temperature of walls, roofs, insulation, and other structural components.
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Food infrared thermometers: used to monitor food temperature in the food industry.
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Medical pyrometers: used to measure body temperature. Medical infrared thermometers are mainly used in medicine to measure patients' body temperature to diagnose illnesses or monitor the progress of treatment. Increasingly, medical pyrometers are being used in homes instead of traditional contact thermometers.
What are the advantages and disadvantages of infrared thermometers?
Advantages:
- Non-contact temperature measurement
- Fast and easy measurement
- Wide measurement range
- Ability to measure temperature in hard-to-reach places
Disadvantages:
- Measurement errors can be caused by surface emissivity, ambient temperature, dust, smoke, or water vapor
- Higher costs compared to traditional thermometers
How to choose the right infrared thermometer?
When choosing a infrared thermometer, several factors should be considered, such as:
- Measurement range
- Measurement accuracy
- Surface emissivity
- Response time
- Additional functions (e.g., laser target indicator, measurement memory)
How to use an infrared thermometer?
Before using an infrared thermometer, please read the user manual. Here are some general tips:
- Point the infrared thermometer at the object whose temperature you want to measure.
- Make sure that the field of view of the infrared thermometer covers the entire object.
- Hold the infrared thermometer in a stable position during measurement.
- Take several measurements at different points on the object.
How to care for an infrared thermometer?
- Store the infrared thermometer in a clean and dry place.
- Protect the infrared thermometer from shocks and drops.
- Regularly clean the lens of the infrared thermometer, without using chemicals.
- Do not use the infrared thermometer in high ambient temperatures.
- Measure high-temperature objects from a safe distance.
- If the device is not used, remove the batteries from it.
What are the prices of infrared thermometers?
Prices of infrared thermometers range from a few dozen PLN to several thousand PLN. The price depends on the type of infrared thermometer, its specifications, and additional features.
Is undergoing any special courses required to use an infrared thermometer?
Operating an infrared thermometer is usually simple and does not require specialized courses. However, you should read the user manual before using the device.
What is emissivity in infrared thermometers?
Emissivity in infrared thermometers is a measure of a surface's ability to emit infrared radiation. It is a key parameter that affects the accuracy of temperature measurement with the device.
What can the emissivity value be?
Emissivity can take values from 0 to 1:
- 0: An ideal mirror that reflects all radiation.
- 1: A perfect black body that absorbs all radiation incident upon it.
Most real surfaces have an emissivity between 0 and 1. For example:
- Metals: low emissivity (from 0.05 to 0.3).
- Non-metallic materials: high emissivity (from 0.8 to 0.95).
The impact of emissivity on temperature measurement
Infrared thermometers are calibrated to measure the surface temperature of an object with a specific emissivity. If the actual emissivity differs from the calibrated value, the temperature measurement will be incorrect:
- Lower emissivity: the infrared thermometer underestimates the temperature (detects less infrared radiation).
- Higher emissivity: the infrared thermometer overestimates the temperature (detects more infrared radiation).
Ways to correct emissivity error
There are several methods for correcting temperature measurement errors caused by emissivity:
- Infrared thermometer with adjustable emissivity: allows entering the emissivity value of the measured surfaces.
- Emissivity tables: contain emissivity values for various materials.
- High-emissivity paint: painting a surface with low emissivity improves measurement accuracy.
Examples of material emissivity values
- Aluminum 0.05 - 0.10
- Copper 0.05 - 0.10
- Steel 0.20 - 0.35
- Cast iron 0.50 - 0.70
- Wood 0.80 - 0.90
- Paper 0.90 - 0.95
- Plastic 0.80 - 0.95
- Paint (black) 0.95 - 0.98
- Glass 0.80 - 0.90
- Concrete 0.80 - 0.90
- Brick 0.80 - 0.90
The emissivity values provided in the table are approximate. The actual emissivity may vary depending on the surface condition, temperature, and other factors. Exact emissivity values can be found in professional sources, such as ISO or ASTM standards.
Manufacturer
Floor 6 Bld .G ,No.1 Guanlong Industrial Zone,Xili Town,Nanshan District, 518000 Shenzhen, China
contact@benetechco.com
EU Responsible Person
The responsible person is an economic operator established in the EU responsible for specific product compliance obligations.
Benetech Poland Artur Rosa
Wrocławska 35-37, Kalisz,PL,62-800, Poland
Email:
gpsr@benetechco.com
Benetech Poland Artur Rosa
Wrocławska 35-37, Kalisz,PL,62-800, Poland
gpsr@benetechco.com
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✅ BENETECH GM318A PYROMETER
⭐⭐⭐⭐⭐
ORIGINAL BENETECH BRAND PRODUCT
INFRARED PYROMETER NON-CONTACT LASER THERMOMETER ADJUSTABLE EMISSIVITY –50 TO +390°C
PLN 49.99
Tax included