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제목Temperature Probes
릴리즈 노트These enhanced and responsive sensors are often ideal for air-gas, liquid-immersion, and solid-surface temperature sensing. Honeywell’s temperature probes are offered in a variety of housing materials and styles, terminations and R-T curve types, depending on the customers’ application needs.Honeywell’s packaged temperature probe assemblies may incorporate NTC (negative temperature coefficient), KTY (silicon-based positive temperature coefficient,) or RTD (resistance temperature detector) output types.They operate under a wide range of environmental conditions: an air temperature sensor rated to MIL-PRF-23648 used to measure aircraft engine bleed air temperature inside the leading edge of an aircraft wing, an IP67 seal-rated oil temperature sensor used in the engine of a heavy duty vehicle, or a surface temperature sensor used to monitor critical compressor temperatures in a transport refrigeration system, Honeywell has the right technology, sensor packaging, testing, track record and application expertise to provide the right sensor solution for its customers.
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제목RTD Sensors
릴리즈 노트Platinum-based RTDs are laser-trimmed for accuracy and flexibility. They are designed to offer stable and fast linear outputs. Accurate and interchangeable, the RTD temperature sensors have plastic or ceramic, miniaturized or surface mount housings (including printed circuit board termination). Potential applications include: Motor overload and semiconductor protection, Electronic assembly thermal management and temperature compensation, HVAC/R equipment.
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제목Flexible Heaters
릴리즈 노트Flexible heaters meet multiple needs in many industries — from medical electronics to burgeoning global telecommunication segments. Available in flat, molded-to-shape, spiral wrap, composite, and high-temperature configurations. Single, multiple or variable watt densities are designed to customize heat output to unique needs.They are manufactured from a variety of manufacturing materials, including silicone, Kapton®, and other flexible dielectric components.Catalog listings beginning with the letter "A" have a peel and stick adhesive on the back side of the heater. Each solution is designed to be bonded to other system parts or combined with Honeywell thermostats, thermistors, thermocouples, and temperature sensors to form custom-engineered heating systems.
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제목Thermostats
릴리즈 노트Honeywell manufactures a wide range of 12,7 mm [0.5 in] commercial snap-action thermostats for possible use in a wide array of small and major appliances, office copy machines, medical equipment, heat detectors, HVAC/R equipment and more.These snap-action thermostats include automatic and manual reset options, phenolic or ceramic housings and a wide variety of mounting brackets and terminal options. Each thermostat's design is configured from a base unit, and may be customized for temperature tolerance and mechanical configurations, meeting the customer’s needs for accuracy and exactitude.Honeywell can also integrate these thermostats in higher value cable assemblies, incorporating wire harness and connectors.
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제목Humidity with Temperature Sensors
릴리즈 노트A full line of humidity sensors from the premier Honeywell HumidIcon™ combined Digital Humidity/Temperature sensors to relative humidity absorption-based humidity sensor products, each sensor is designed to provide enhanced stability, reliability and sensitivity.
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제목Thermistors
릴리즈 노트Thermistors change resistance with a change in temperature. They do not amplify, rectify, polarize or generate a signal. The thermistor temperature may be changed by the surrounding temperature or by self-heating the thermistor by passing a current through it.Most applications such as temperature measurement and control or copper coil compensation require that the power dispersed in a thermistor be kept to a minimum so as not to perceptibly self-heat the thermistor. Other applications depend entirely on the self-heating effect. When the surrounding temperature is fixed, the resistance of a thermistor is largely a function of power being dispersed within it, raising its temperature above its environment. Under these operating conditions, the temperature may rise 100 °C to 200 °C [121 °F to 392 °F] and the resistance may be lowered to 1/1000th of its original value at low current.This self-heating characteristic provides a whole field of uses for the thermistors. In the self-heat state it is thermally sensitive (its resistance will be changed) to any condition, changing the rate at which heat is conducted away from it. If the rate of heat removal is ideally fixed, then the thermistor is sensitive to power input and suited for use in voltage or power level control applications.
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Showing 1 to 6 of 6 entries
