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Temperature Sensors
Convert temperature into a measurable electrical signal.
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Temperature Data Acquistion
THERMES-USB RF
Physitemp’s original Thermes high accuracy ISA based data acquisition system has been redesigned to create a more versatile USB model. The new system requires no internal connections to your computer and simply connects via an external USB port on your laptop or desktop computer. Two versions of the data acquisition system are available. The standard version, THERMES USB, is connected to your computer USB port. The wireless version - THERMES USB WFI, can be either directly connected to a USB port or, with the included wireless receiver, positioned up to 100 feet from the host computer. Each unit will accommodate up to 7 type T thermocouple sensors and multiple Thermes units may be connected to the same computer for more thermocouple inputs. A high accuracy electronic cold junction compensation circuit maintains typical system accuracy of ±0.2°C over an ambient temperature range of 15 to 35°C. Individual offsets may be added to each input in software to facilitate individual calibration of each channel. For information on our wide selection of Type T Thermocouple temperature probes.
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Temperature Meters
PCE Instruments’ temperature meter products are precise, portable, handheld devices ideal for professional, industrial, commercial and residential use. From contact temperature meter devices with probes to noncontact temperature meter devices using infrared or laser technology to measure temperature from a distance, PCE Instruments offers a wide range of accurate, reliable temperature meter products at an affordable price.Temperature is measured and recorded in many different applications. For example, HVAC technicians measure temperature to identify and address issues in heating or cooling systems, while quality control professionals in the food sector measure temperature to ensure the proper storage and preparation of everything from meat and produce to cheese and frozen foods. PCE Instruments carries a variety of temperature meter products, including temperature meter devices to measure different temperature ranges between -200 and 1767ºC / -328 ... 3212ºF; temperature meter devices that can indicate temperature in °C (Celsius), °K (Kelvin) and °F (Fahrenheit); and temperature meter devices that are water resistant. In addition, a number of thermal elements and type-K sensors are available for different temperature meter products.Each temperature meter comes factory calibrated to ensure accurate measurement. ISO-certified calibration, performed by one of our first-class calibration laboratory partners, may be obtained on most temperature meter models for an additional fee.A temperature meter is an instrument used to measure the temperature of beings or things. The most widely recognized temperature meter is a mercury thermometer used to measure the temperature of people. These thermometers consist of a graduated glass capillary with a pool of mercury in one end. However, there are many different types of temperature meters, such as digital thermometers that take temperature measurements on contact with an object or infrared temperature meters that take measurements at distance, without contact.
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SparkFun IR Array Breakout
55 Degree FOV, MLX90640 (Qwiic)
It's time to say hip hip array for this IR Breakout! The MLX90640 SparkFun IR Array Breakout is equipped with a 32x24 array of thermopile sensors creating, in essence, a low resolution thermal imaging camera. With this breakout you can detect surface temperatures from many feet away with an accuracy of ±1.5°C (best case). To make it even easier to get your infrared image, all communication is enacted exclusively via I2C, utilizing our handy Qwiic system. However, we still have broken out 0.1"-spaced pins in case you prefer to use a breadboard.
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Software-controlled Generator
IPTN16
*The module provides output of constant stabilized voltage through 16 independent channels in 2 ranges ± 2 V and ± 10 V with a step of 5 mV, as well as a stabilized current of ± 10 mA with a step of 5 μA.The IPTN16 module is intended for use in information measuring VXI systems and can be used to power resistive temperature sensors or strain gauges with voltage or current with an accurate and stable value.*The IPTN16 module can also be used to simulate voltage or current sensors when checking measuring instruments and channels of measuring systems.
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photonHiRES
The especially sensitive and high-resolution cameras belonging to the photonHiRES platform are the leading solution when it comes to achieving the highest resolution in industrial machine vision. Even when faced with challenging applications and poor light conditions, the cameras from Photonfocus achieve the best possible results. The robust housings are equipped with an outstanding temperature management system and enable fan-free operation of even large sensors. Moreover, the powerful 10 GigE Vision interface guarantees an optimum data transmission rate and compatibility with a wide range of interfaces.
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Process instrumentation
Temperature measurement
Our product range includes both electronic and mechanical temperature measuring equipment and is constructed in a flexible modular way.The CombiTemp System includes a series of basic elements which can be combined as various temperature sensors and temperature measurement transmitters. The system also includes a wide array of connectors for standard processes and where hygiene rules apply.
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Reference Temperature Sensors
AMETEK Sensors, Test & Calibration
Our reference sensors can be used as your daily working-reference sensors in laboratory or field calibration applications. A large selection of types are available, including; straight, 90 degree angle, 4 mm or 1/4”. The superior design and specifications combined with a long history of reliability and low drift have made the STS probes the working-standard in many EN/IEC 17025 accredited laboratories worldwide. The DLC sensors are a part of our patented Dynamic Load Compensation system.
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Weather Stations
We have range of options when it comes to weather stations. From a basic system for monitoring wind speed right up to a comprehensive set of sensors covering wind, temperature, barometric pressure, humidity, rainfall, solar radiation etc.
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Temperature Calibrators
Highly accurate dry well temperature standards designed for testing and calibrating a broad range of thermometers, temperature sensors, thermocouples, RTDs and temperature switches used in military and industrial applications.
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Modbus Transducers
THI Sensors
The THI-485 sensors are Modbus transducers for measuring thesurrounding temperature and relative humidity or for theacquisition of up to four passive pulse signals or digital states. This feature extends the possibilities of the device, turning it into a kind of RS485 pulse concentrator from other sensors andmeters.
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Signal Conditioner
ClipX
Fast and digital signal conditioning for force sensors, load cells, torque sensors, pressure transducers, as well as temperature and standardized signals (current/voltage). Guaranteed measurement accuracy, even in harsh industrial environments with electrical interferences.
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Humidity Transducers & Transmitters
TE Connectivity (TE) offers packaged humidity and temperature sensors with voltage (analog) output signals. Designed for 2% accuracy in ranges from 10-95% relative humidity (RH), these sensors can be used for HVAC and air quality applications in which compensation for humidity is required. A specialized version for low RH settings is available.
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Altimeter Module MS5607
29124
The Altimeter Module MS5607 is a high resolution (20 cm) electronic altimeter sensor that gives highly accurate altitude, pressure, and temperature readings. The module includes a high-linearity barometric pressure sensor and a high-resolution temperature output, allowing implementation of an altimeter/thermometer without any additional sensors. Different operation modes allow the user to optimize for conversion speed or current consumption. The module is designed for use with a large variety of microcontrollers with different voltage requirements. This module is well-suited for high-altitude ballooning and has been used with great success in that role.
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Fire Suppression/Detection
Dexter's sensitive yet rugged fire detectors, or fire sensors, serve as the foundation of US combat fire suppression systems on combat aircraft and ground vehicles ranging from the HUMVEE to the Abraham's Tank. Our fire sensors consume low energy, making them the premier safety component on battery-powered as well as hot-wired systems. We like to call them "the eye that never sleeps." How fast are they? Fast enough to race the fire caused by a rocket hitting a fuel tank and win, triggering fire suppression on the spot to help protect soldier and pilot alike. Rugged missions require rugged equipment. Intensive MIL-STD-883H testing performed by Trialon Corporation, an independent testing facility, confirm that Dexter Research's silicon-based temperature sensor detectors meet the same rugged requirements of 1,000G's for mechanical shock and 30G's in random vibration for which our thin-film detectors are famous. Download Dexter's report here (PDF).
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Security/Detection
If your design challenge is to create the best motion sensor or motion detector - fire sensor or fire detector, smoke sensor or smoke detector - you've come to the right company. Dexter's sensor technologies are at multiple fronts today, reducing the threat of combat on land, sea and air. Yet the industry leading advantages of Dexter sensors - low cost, high sensitivity, low energy consumption and long life - make them the perfect motion sensor for home, office and facility applications. Dexter thin-film and silicon detectors can target precise threats, whether defined by movement, temperature or body mass. Intensive MIL-STD-883H testing performed by Trialon Corporation, an independent testing facility, confirm that Dexter Research's silicon-based temperature sensor detectors meet the same rugged requirements of 1,000G's for mechanical shock and 30G's in random vibration for which our thin-film detectors are famous. Download Dexter's report here (PDF).
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Sensor
Grid-EYE
The Panasonic Grid-EYE® is a type of thermal imaging sensor that can detect the presence of people or objects based on their heat signature. It consists of an 8x8 grid of 64 thermal sensors, which allows it to provide a detailed temperature map of the area being monitored. The built-in lens has a 60 degree viewing angle. The Grid-EYE features compact surface mount design using MEMS thermopile technology and offers digital output (I2C) for thermal presence, direction, and temperature values.
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Outdoor Exposure Tester
OET
A comprehensive analysis of PV modules includes many different parameters. Determining the normal module operating temperature (NMOT), incidence angle effects and comparing soiling effects on different modules up to the initial degradation of PV modules are all parameters that can be analyzed with our outdoor exposure tester. The tester comes with up to twelve electronic loads installed in a 19" rack. The loads have two main functions: maximum power point tracking (MPPT) and IV curve tracing. For the advanced analysis, it is possible to change between these two modes within one test. In the normal operation mode, the electronic load keeps the module under MPP and each predefined interval an IV curve is traced. The entire tester comes with all necessary sensors such as temperature sensor, which can be attached to the module to determine the NMOT temperature like defined in IEC 61215 (MQT 05) and IEC 61853-2. The irradiation sensor is also included. In combination with our tracking system P2, it is also possible to determine incident angle effects of the PV module. It is also possible to connect other irradiation sensors for diffuse and direct irradiation, which helps to understand the behavior of the module in different irradiation conditions. An optional albedo meter is a powerful tool for the analysis of bifacial modules. The entire graphical user interface is web based and offers the possibility to access the system from the all computers in the network.
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Thermal Energy Measurement
This test system is designed to measure the heat transfer during the test of heat pumps and chillers with an integrated pump. The thermal energy is measured with a Coriolis mass flow sensor and two temperature sensors which can be positioned at the inlet and outlet of the test object. Additionally a pressure sensor measures the pressure drop of the heat exchanger of the object under test.
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Detectors & Sensors
Excelitas offers Photonic Detection Solutions ranging from Silicon and InGaAS PINs and Avalanche Photodiodes, Hybrid Receivers, and Photon Counting Modules to address high-performance, high-volume applications across a wide range of markets. Excelitas Thermal IR Sensors represent a broad range of Pyroelectric Detectors, Thermopile Detectors and IR Sensor Modules used for motion detection, presence monitoring, temperature measurement and gas detection.
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Standard Loggers
Our standard loggers can measure up to 13 parameters. Numerous configuration options allow for maximum customization for your measurement needs. In addition to our conductivity, temperature and depth sensors, many others, including third-party sensors, can be used with our recorders. Measure salinity. Measure tide and waves. Altitude & Attitude Logger.
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High End Current Sensors
AC and DC currents with an accuracy down to 1ppm. Our standard products offers the following features: Automotive current sensors. Extended temperature current sensor - 85 deg Celcius. AC current sensor - DC current sensor.
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Temperature Sensors
Vishay is the only supplier that manufactures both ceramic technology-based thermistors as well as thin film-based RTDs. That means customers have the widest choice of NTC and PTC thermistors along with TFPT and PTS RTD sensors for maximum sensitivity, stability, and accuracy in temperature sensing applications.
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Tri-Temp Strip Level Test Instrument
Apollon
APOLLON is a tri-temperature strip-level test system for motion sensors. It is especially designed for high-end Automotive and Industrial applications. APOLLON offers extremely good testing conditions: high stimulus and temperature accuracy and low noise level.
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Temperature Calibrators
Fluke Temperature Calibrators simulate process sensors for testing temperature instrumentation. Specifically designed for the field, these lightweight compact tools are EMI tolerant, dust and splash resistant and offer an easy to use single push button interface. When paired with a temperature sensor they can take high accuracy temperature measurements to verify process temperatures and ensure the highest product quality and safety. There are a variety of different temperature calibrators designed for your unique calibration and testing requirements.
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Large Enterprise Environment Monitoring System
ENVIROMUX-16D
The ENVIROMUX-16D supports 16 external configurable sensors, 8 digital inputs, and 4 output relays for control of external devices. The system also includes three internal sensors: temperature, humidity and power. It features 4 USB ports for USB modem, USB flash drive, or USB LCD screen. Linux inside.
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IO-Link Process Sensors
*Pressure sensors for the detection of the system pressure in machinery and plant*Reliable monitoring of liquids and gases in pipes*Level and limit level monitoring on tanks and containers*Temperature sensors with high precision over the whole temperature measurement range*Devices with clearly visible LED display with alternating red-green indication
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Indoor Air Quality Monitor
Airthinx delivers the first of its kind IAQ monitoring solution, financially feasible at room level, in any infrastructure. In comparison to static monitoring, continuous monitoring enhances high temporal-spatial resolution and variability of air pollution. Airthinx’s revolutionary solution utilizes Netronix’s innovative core technology to achieve an easy to use cloud-based system designed specifically for continuous long-term monitoring with a compact, low-cost, wireless device and 9 built in sensors (PM 1, PM 2.5, PM 10, CO2, CH2O, VOCs, Temperature, Humidity & Pressure).
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IR Temperature Sensor with GigE (Manual Focus)
FLIR A35
The FLIR A35 is a thermal imaging temperature sensor for condition monitoring, process control/quality assurance, and fire prevention applications. The A35 integrates seamlessly into existing systems, offering comprehensive visual temperature monitoring. As part of the Ax5-Series, the A35 is among the only thermal imaging temperature sensors on the market to provide temperature linear output through GenICam™ compliant software.
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Industrial Calibrators
A temperature calibrator, often called a thermometer calibrator, is used to correct inaccuracies in installed thermometers and temperature sensors, because temperature measurement is a critical parameter in many industrial processes. Although simulators are sometimes called temperature calibrators or thermometer calibrators and may be used to provide thermometer calibration for the electronics in an installed system, a temperature source with a calibrated reference sensor is still required to provide a complete and meaningful calibration. Fluke Calibration industrial and field temperature calibrators include: Metrology Wells; Field Metrology Wells; field dry-well calibrators; handheld dry block calibrators; Micro-Baths; large target infrared calibrators; field IR calibrators; ice-point dry-well; and thermocouple furnaces.
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Gas Flow Sensors
ESRF-ESF Sensor
ESRF-ESF is one of the few gas flow sensors featuring bidirectional gas flow sensing of up to ±300 ln/min with a total error band of < 1.25% RD. ESRF-ESF gas flow sensors provide calibrated and temperature compensated output on an SPI, I2C bus or analog output making them plug & play for direct interfacing to low voltage MCUs and systems. The user is provided with a multitude of interface and output options so that the right sensor configuration can be selected based on the specific requirements for each application.
