Temperature Meter
Order no.: PCE-IR 32
The temperature meter PCE-IR 32 detects temperatures of various materials and surfaces without contact. The temperature meter PCE-IR 32 stands out of the others due to its very high accuracy of 0.3% from the measurement + 2.5 K. The temperature meter is used for temperature measurements on metals, ceramics, and in glass melt.
- For difficult-to-reach places
- Analog output 4 ... 20-mA
- Robust
- LED display
- Measuring range: 250 ... 1600°C / 482 ... 2912°F
Manufacturer: PCE Instruments
Order no.: PCE-IR 1600
PCE-IR 1600 is a high-temperature infrared (IR) temperature gun, thermometer or pyrometer ideal for use in steel, metal and ceramic mold casting and other high-temperature industrial applications. The pyrometer's internal memory stores up to 2000 measurement protocols. The device includes a USB port, data cable and Windows-compatible software for quick and easy data transfer to a PC.
- Measurement range: 385 ... 1600°C / 725 ... 2912°F
- Accuracy: ± 0.3% ± 2°C / 3.6°F at 23 ± 5°C / 9°F
- Optical resolution: 300:1
- Spectral range: 1.6 µm
- Adjustable emissivity: 0.100 ... 1.000
Manufacturer: PCE Instruments
Order no.: PCE-IR 1800
PCE-IR 1800 is a high-temperature infrared (IR) temperature gun, thermometer or pyrometer ideal for use in steel, metal and ceramic mold casting and other high-temperature industrial applications. The pyrometer's internal memory stores up to 2000 measurement protocols. The device includes a USB port, data cable and Windows-compatible software for quick and easy data transfer to a PC.
- Measurement range: 650 ... 1800°C / 1202 ... 3272°F
- Accuracy: ±0.3% ± 2°C / 3.6°F at 23 ± 5°C / 9°F
- Optical resolution: 300:1
- Spectral range: 1.0 µm
- Adjustable emissivity: 0.100 ... 1.000
Manufacturer: PCE Instruments
Order no.: PCE-IR 33
The temperature sensor is made of robust stainless steel and can be used in harsh industrial environments. The sensor head is separated from the electronics and may be used at ambient temperatures of up to 250°C / 482°F. The temperature sensor PCE-IR 33 is protected according to IP65.
- Measuring range: 300 ... 1600°C / 572 ... 2912°F
- Analog output
- Robust
- LED display
- External sensor head
Manufacturer: PCE Instruments
Order no.: PCE-PI 160
Temperature Meter PCE-PI160 is a radiometrical scanning infrared camera system, designed to capture and display temperature- based images and temperature profiles of objects. Temperature Meter PI160 fulfills highest technological standards: Not only it is equipped with a 2.0 USB interface, but it also features a real-time imaging of 120 images per second.
- Detector with 160 x 120 pixels
- Thermal images in real time (120 Hz)
- Temperature range up to +1500 °C
- USB 2.0 interface
Manufacturer: PCE Instruments
Order no.: PCE-PI 200
The Temperature Meter PCE-PI-200 is a fully radiometric operating infrared camera system to capture and display thermal images and thermal profiles of objects. The Temperature Meter PCE-PI-200 incorporates latest technology due to an USB 2.0 interface that allows a real-time thermal imaging with 128 images per second and simultaneous real time images with 32 HZ as well as stationary and portable operation that is very well priced.
- Detector with 160 x 120 pixels
- Thermal images in real time (120 Hz)
- Temperature range up to +1500 °C
- USB 2.0 interface
- BI-SPECTRAL technology
Manufacturer: PCE Instruments
Order no.: PCE-PI 230
The Temperature Meter PCE-PI-230 is a fully radiometric operating infrared camera system to capture and display thermal images and thermal profiles of objects. The Temperature Meter PCE-PI-230 incorporates latest technology due to an USB 2.0 interface that allows a real-time thermal imaging with 128 images per second and simultaneous real time images with 32 HZ as well as stationary and portable operation that is very well priced.
- Detector with 160 x 120 pixels
- Infrared imaging in real time with up to 80 Hz
- Simultaneous real-time imaging
- USB 2.0 interface
- BI-SPECTRAL technology
Manufacturer: PCE Instruments
Order no.: PCE-IR10-ICA
Temperature meter with LCD for continuous measurement of surface temperature of all solid materials, designed for fixed installation.
- Temperature range: -40 ... 600°C / -40 ... 1112°F
- Accuracy: ± 1% or ± 1°C / 1.8°F
- Optical resolution: 15:1
- Storage conditions: -40 ... 85°C / -40 ... 185°F
- Spectral range: 8.0 ... 14 µm
- Emissivity: 0.100 - 1.000 adjustable in digital mode, by units of 0.001
- Outputs: analogue, USB, RS-232, RS-485, relay
- Incl. ISO Calibration Certificate
Manufacturer: PCE Instruments
Order no.: PCE-PI 400
The Temperature Meter PCE-PI 400 is a fully radiometric operating device for recording and display of temperature-based images and temperature-based profiles of the object in operates on. The Temperature Meter PCE-PI 400 does not only work with the latest technology due to its USB 2.0 interface, which allows a real-time thermographic imaging with 96 images per second and simultaneous image-recording with 32 Hz, but it also efficient due to stationary as well as portable application.
- Detector with 382 x 288 pixels
- Infrared camera in real time with up to 80 Hz
- Excellent thermal sensitivity
- USB 2.0 interface
N.B. see the PCE-PI 450 for alternative thermal sensitivity and operating/storage temperature
Manufacturer: PCE Instruments
Order no.: PCE-HT110-ICA
The PCE-HT110-ICA Temperature Meter or Humidity Detector precisely measures air temperature and relative humidity. This accurate and reliable device shows the current measurements on the large LCD display and saves the measurement data directly to an SD card (included). The PCE-HT110-ICA is equipped with two channels, accommodates an SD card memory of up to 16 GB, offers an adjustable measurement rate / sampling interval, and includes a wall mount, making the device ideal for logging data over an extended period of time.
- Measurement ranges: 0 … 50°C / 32 ... 122°F, 10 ... 90% RH
- Resolution: 0.1°C / 0.18°F, 0.1% RH
- Data format: .XLS (compatible with Microsoft Excel)
- Incl. ISO Calibration Certificate
Manufacturer: PCE Instruments
Order no.: PCE-PI 450
The Temperature Meter PCE-PI 450 is a fully radiometric operating device for recording and display of temperature-based images and temperature-based profiles of the object in operates on. The Temperature Meter PCE-PI 450 does not only work with the latest technology due to its USB 2.0 interface, which allows a real-time thermographic imaging with 96 images per second and simultaneous image-recording with 32 Hz, but it also efficient due to stationary as well as portable application.
- Detector with 382 x 288 pixels
- Infrared imaging in real time with up to 80 Hz
- Excellent thermal sensitivity
- USB 2.0 interface
N.B. see the PCE-PI 400 for alternative thermal sensitivity and operating/storage temperature
Manufacturer: PCE Instruments
Order no.: iCelsius IP1
With the Temperature Meter iCelsius IP1 you can turn your iPhone (from 3G, iPhone 5 with adapter), your iPad, or iPod touch (from the 3rd generation) into a Temperature Meter to review and control food temperatures during transport and storage. With the Temperature Meter temperatures from 0 °C to 100 °C can be measured.
- Measuring range: 0 °C ... +100 °C
- Resolution: 0.01 °C
- Accuracy: ± 0.7 °C
- Connect to iPhone, iPod touch or iPad
Manufacturer: iCelsius Aginova Sàrl
Order no.: Log10
The Temperature Meter Log10 is suitable for recording of temperature trends during transport and storage and is used for continuous temperature monitoring in various fields.
- Measuring range: -30 ... 60°C / -22 ... 140°F
- Resolution: 0.1°C / 0.18°F
- Accuracy: ± 0.5°C (0.9°F) / -20 ... 50°C (-4 ... 122°F)
- Memory capacity: approximately 20,000 readings
Manufacturer: PCE Instruments
Order no.: Log100
The Temperature Meter Log100 is ideal for the registry of the development of temperature in the transport and storage sectors. The Temperature Meter is also used for the control of temperature in multiple sectors.
- Large screen with real time visualization and indication of max., min. and
average values
- With slot for external temperature sensor
- Indication of the battery status
Manufacturer: PCE Instruments
Order no.: Log100-Start
The Temperature Meter Log100 is ideal for the registry of the development of temperature in the transport and storage sectors. The Temperature Meter is also used for the control of temperature in multiple sectors. Includes software and USB cable.
- Large screen with real time visualization and indication of max., min. and
average values
- With slot for external temperature sensor
- Indication of the battery status
Manufacturer: PCE Instruments
Order no.: Domatic Schiefer
Analogue Temperatur Meter for indoor use (barometer, thermometer, hygrometer), made from carved out and painted slate. The analogue Temperatur Meter Domatic Slate comes with a modern design and three well-readable round displays.
- Measuring range: -30 ... +50 °C, 20 ... 100 %, 980 ... 1040 hPa
- Resolution: 1 °C, 1 %, 1 hPa
- For indoor use
- Analogue display
- Low on maintenance
Manufacturer: TFA Dostmann GmbH
Order no.: Log10-Start
The Temperature Meter Log10 is suitable for recording of temperature trends during transport and storage and is used for continuous temperature monitoring in various fields. Includes software and USB cable.
- Measuring range: -30 ... 60°C / -22 ... 140°F
- Resolution: 0.1°C / 0.18°F
- Accuracy: ± 0.5°C (0.9°F) / -20 ... 50°C (-4 ... 122°F)
- Memory capacity: approximately 20,000 readings
Manufacturer: PCE Instruments
Order no.: U12-011
The Temperature Meter Hobo U-12 Temperature + Humidity offers easy and absolutely reliable recording for applications that need a higher accuracy, better resolution, more storage capacity or USB interface for faster data transfer to a PC.
- Temperature Range: -20 ... 70°C / -4 ... 158°F
- Relative Humidity range: 5 ... 95% RH
- Memory: 43000 Points
- Transfer of complete storage content within 30 seconds via USB
- 1 year operating time due to exchangeable CR2032 lithium batteries
Manufacturer: PCB Synotech GmbH
Order no.: Log110
The Temperature Meter Log110 is ideal for the registry of the development of temperature in the transport and storage sectors. The Temperature Meter is also used for the control of temperature in multiple sectors.
- Large screen with real time visualization and indication of max., min. and
average values
- With slot for external temperature sensor
- Indication of the battery status
Manufacturer: PCE Instruments
Order no.: MSR145-
This thumb-sized Swiss Quality MSR145 Temperature Meter records over 2 000 000 measured values - with an optional microSD card, even over a billion measured values - and is ideal for long-term measurements. It is capable of simultaneously measuring and recording a variety of measures such as temperature, humidity, pressure, 3-axis acceleration and light. Each temperature meter comes manufacturer calibrated and can be certified according to the ISO standards as an option. In general our laboratory adjusts the temperature meter to two temperature points.
- Possible parameters: temperature, humidity, pressure, 3-axis acceleration and
light
- Data logger records over 2,000,000 data with an optional microSD card, even
over a billion values
- Parameters, housings, ext. sensors selectable (Configurator)
- USB-interface
Manufacturer: MSR Electronics GmbH
Temperature meters are instruments we use to measure the temperature of people or things. The most used and known thermometers are mercury thermometers used to measure peoples temperature and consisting of a graduated glass capillary and a pool of mercury in one end, but there are many types of thermometers such as digital thermometers that we have introduced which take temperature measurements on contact with an object these are suitable for any sector of industry. We even have infrared or laser thermometers to take measurements at distance, without contact.
Temperature is a quality that refers to the cold or hot common concept. When an object is hotter it is because it has a higher temperature. The temperature increase is due to the degree of agitation of the materials particles, so the greater agitation, the higher temperature. So we can say that the temperature depends on the movement of the molecules that a substance is composed of. If these have more or less movement, there will be a higher or lower temperature, respectively. Thermometers are devices for measuring temperature and these have changed since their invention considerably.
At first thermometers were based on the principle of expansion. For this type of thermometer you need a material with a high coefficient of expansion, so that as the temperature increases, the expansion of the material is easily visible. The material used for this type of thermometer is mercury, enclosed in a glass tube that has incorporated within it a graduated scale. Today these kind of thermometers have been banned due to the polluting effect of mercury which is quite high.
These models of thermometers can display the measurement of Celsius, Fahrenheit or Kelvin. In the international system of units, the SI temperature unit is Kelvin which can be compared directly to Celsius where 0 °Kelvin = -273.15 °C and 0 °C = 273.15 °Kelvin.
First we can distinguish, so to speak, two categories in the measurement units for temperature: absolute and relative.
Absolutes are those which start from absolute zero, which is the lowest theoretical possible temperature and corresponds to the point in which molecules and atoms of a system have the minimum possible thermal energy and are not agitated at all.
Kelvin (international system): is represented by the letter K and has no grade symbol "°" . It was created by William Thomson, on the basis of Celsius degrees, thus setting the zero point at the absolute zero (-273.15 °C) and keeping the same dimension for grades. It was established in the units' international system in 1954.
Relatives are compared to established physical-chemical processes that always occur at the same temperature such as freezing point of nitrogen.
Celsius Degrees (international system): or also called degree centigrade, is represented by the symbol °C. This unit of measure is defined by choosing the freezing point of water at 0° degrees and the boiling point of water at 100 °, both measurements into a pressure atmosphere , and dividing the scale into 100 equal parts in which each one corresponds to 1 degree . This scale was proposed by Anders Celsius in 1742, a Swedish astronomer physicist.
Fahrenheit Degrees (international system): this takes divisions between freezing points and evaporation of solutions of ammonium chloride. So by the proposal of Gabriel Fahrenheit in 1724, he set zero and one hundred in freezing temperatures and evaporation of ammonium chloride in water. It uses a mercury thermometer by means of introducing a mix of crushed ice with ammonium chloride in equal parts.
At the time, the concentrated salt solution was the lowest possible temperature in the laboratory. Then he made another mix of crushed ice and pure water, which determines the point 30 °F, then setting at 32 °F (melting ice) and then thermometers are exposed to steam of boiling water and gets the point 212 °F (boiling point of water). The difference between the two points is 180 °F, divided into 180 equal parts determines the Fahrenheit degree. Because of this combination of International units of measure the PCE-T395 thermometers can measure in Celsius or Fahrenheit to accomodate for all situations.