Heat Stress
the degree that being hot strains thermo-mechanically or biologically.
See Also: Calorimeters
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Heat Stress WBGT Meter
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Measuring in WBGT, provides real-time alarm immediately so as to prevent heatstroke in such the environment.
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Heat Stress WBGT Meter
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Heat Stress Index measures how hot it feels when humidity iscombined with temperature, air movement, and radiant heat Black Globe Temperature (TG) monitors the effectsof direct solarradiation on an exposed surface Air Temperature (TA) plus Relative Humidity (RH) Selectable units of F and C In/Out Function displays the WGBT value withor without direct sun exposure Auto Power Off with override Built-in RS-232 interface with optional Windowscompatible software Complete with two AAA batteries
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Heat Stress Meters
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The heat stress meter is mainly used in the workplace. The heat stress meter can detect and classify temperature in relation to the amount of moisture content. What is heat stress? And why is heat stress measured? People who work in installations or with machines that produce a lower energy level or a high emission of temperature can occasionally suffer heat stress (by the influence of body temperature). This phenomenon can also cause physiological symptoms: spasms, feeling unwell and shock that can in some cases prove fatal.
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Heat Stress Monitors
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Heat stress management is often viewed as time-consuming and complex. Simplify your heat stress management with TSI’s intuitive QUESTemp° Series Heat Stress Monitors.
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Heat Stress
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Our lineup of heat stress meters include the WBGT (Wet Bulb Globe Temperature) meters, which provides the most accurate determination of the heat stress index based on the cumulative effect of air temperature, air movement, relative humidity, and radiant heat.
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Hygrometers
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A hygrometer is a device used to measure humidity. Many hygrometer products also measure temperature. A hygrometer that measures both humidity and temperature often is referred to as a thermo-hygrometer. PCE Instruments (PCE) offers a wide variety of hygrometer products used to measure the relative humidity of the air.Since humidity is an important factor in many sectors including but not limited to manufacturing, agriculture, construction, restoration, remediation and heating, ventilation and air conditioning (HVAC), PCE also carries a number of hygrometer devices designed for specific applications such as measuring the humidity in bales of pressed hay or in rolls of paper. A hygrometer also can be used to evaluate heat stress risk in hot work environments like boiler rooms, factories, construction sites and commercial bakeries. To accurately assess heat stress risk, a hygrometer capable of detecting and classifying temperature in relation to the amount of moisture content in the air is recommended. The global standard description for heat stress is the Wet Bulb Globe Temperature Index (WBGT). A combination hygrometer / thermometer, or thermo-hygrometer, can be used to verify the integrity of the cold chain during the transport and warehousing of refrigerated food and pharmaceutical products. This versatile and popular style of hygrometer also is ideal for evaluating the performance of HVAC systems in industrial, commercial and residential properties. If the humidity indoors is too high, mold can occur. Certain types of mold cause respiratory problems and other negative health effects for people living or working in the surrounding environment. In addition, mold that has permeated into the walls or roof of a structure must be removed for safety reasons. Mold remediation and removal, also called mold damage restoration, can be a costly endeavor, which is why preventative monitoring of the humidity indoors is preferable whenever possible.
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Humidity Indicators
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A humidity detector, also referred to as a humidity meter or humidity gauge, is a device with a humidity sensor that measures the relative humidity in the air. PCE Instruments offers a number of humidity detector products including handheld humidity detector, data recording or data logging humidity detector, and combination or multifunction humidity detector devices that also measure parameters such as room or ambient temperature and atmospheric or barometric pressure. A humidity detector can measure relative humidity (RH) as a percentage (%) from 0 to 100 % RH, depending on the humidity measurement range of the specific model.Humidity is a key factor in everything from library and museum archival to agriculture, construction, manufacturing, transportation, warehousing, and heating, ventilation, air conditioning and refrigeration (HVACR). A relative humidity meter also is helpful in evaluating workers' heat stress risk on production floors and job sites. In addition, humidity plays an important role in the residential sector. If the humidity is too high in a private household, mold can grow. Mold creates a health hazard for anyone breathing the air in the home.
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Air Humidity Meter
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Since air humidity is an important factor in many sectors including but not limited to manufacturing, agriculture, construction, restoration, remediation and heating, ventilation and air conditioning (HVAC), PCE also carries a number of air humidity meter devices designed for specific applications such as evaluating heat stress risk in hot work environments like boiler rooms, factories, construction sites and commercial bakeries. To accurately assess heat stress risk, an air humidity meter capable of detecting and classifying temperature in relation to the amount of moisture content in the air is recommended. The global standard description for heat stress is the Wet Bulb Globe Temperature Index (WBGT).
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Humidity Detectors
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A humidity detector, also referred to as a humidity meter or humidity gauge, is a device with a humidity sensor that measures the relative humidity in the air. PCE Instruments offers a number of humidity detector products including handheld humidity detector, data recording or data logging humidity detector, and combination or multifunction humidity detector devices that also measure parameters such as room or ambient temperature and atmospheric or barometric pressure. A humidity detector can measure relative humidity (RH) as a percentage (%) from 0 to 100 % RH, depending on the humidity measurement range of the specific model.Humidity is a key factor in everything from library and museum archival to agriculture, construction, manufacturing, transportation, warehousing, and heating, ventilation, air conditioning and refrigeration (HVACR). A relative humidity meter also is helpful in evaluating workers' heat stress risk on production floors and job sites. In addition, humidity plays an important role in the residential sector. If the humidity is too high in a private household, mold can grow. Mold creates a health hazard for anyone breathing the air in the home.
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Anemometers
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Sper Scientific offers a wide selection of anemometers for directly measuring wind and air velocity. They will tell you all you need to know about the speed of the wind, the temperature, even humidity and heat stress information. The extraordinary range of uses that our meters provide have made them required equipment in a wide range of professional settings. Firefighters, farmers, HVAC technicians and military personnel all over the world use these meters to gather accurate, real-time data.
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Pocket Wind Meter
Kestrel 3000
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The Kestrel 3000 Pocket Weather Meter is the handheld weather-monitoring device that provides a wide range of functions, plus accurate relative humidity measurements. Before the Kestrel 3000 came along, the technology required to gather this information would require masses of equipment but not anymore. The Kestrel 3000 Weather Meter measures essential environmental parameters like temperature and wind speeds, and has added advantages for professionals that need access to humidity and heat stress readings.
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Low Temperature Chamber
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The Ultra Low Temperature Test Chamber from Weiber are specially designed equipments that provide specific low temperature environments for testing a wide variety of products and their performance under non-ambient testing conditions. They are engineered and configured to meet the exacting low temperature requirements of various research applications and often find their use for evaluation of material properties at extreme temperatures. These versatile test chambers offer the capabilities of measuring temperature extremes, allowing both freeze tolerance studies as well as the effect of heat stress on the sample specimen within the same equipment. They combine advanced technological features with an energy efficient design for highly accurate test conditions and repeatability of results. These test chambers provide a cost-effective solution to expensive laboratory tests and are available at economical prices for increased affordability. They are designed for safe and reliable operation and find widespread usage in chemical and pharmaceutical industries, biotechnology and medicine industry, petroleum industry, food industries and other industrial and manufacturing units.
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Heating Microscope
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Heating microscopy is a non-contact technique that, based upon an advanced image analysis of a specimen subjected to a thermal treatment reproducing industrial firing conditions, identifies several characteristic shapes and related temperatures key to the optimization of manufacturing processes in ceramics, metals, and alloys.
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Backgrinding & Stress Relief
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Grinding and Dicing Services, Inc.
GDSI delivers complete backgrinding solutions to the semiconductor, MEMS and biomedical industries. Backgrinding is a necessary process step to reduce wafer thickness prior to dicing and final assembly. By utilizing fully automated grinders staffed by highly qualified engineers, GDSI’s grinding procedures produce unsurpassed precision and repeatability.
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Heat flux plate
HFP01
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Hukseflux Thermal Sensors B.V.
The HFP01 heat flux plate (also called heat flux sensor) offers a solution for measuring heat fluxes. HFP01 is the world's most popular sensor for heat flux measurement in the soil as well as through walls and building envelopes. By using a ceramics-plastic composite body the total thermal resistance is kept small.
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Stress Testing System
Load Dynamix
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LoadDynamix (former Swifttest) is famous for its IP based converged storage system stress testing, including iSCSI, SMB/CIFS, NFS, FC and HTTP/HTTPS based storage systems. Its GUI interface is very easy to use and allow customer engineer to fully configure all the parameters at the protcol layer. Nearlly all the major IP storage system manufacturers have LoadDynamix products in their test lab.
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Heating Magnetic Stirrer
Model 802
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Constant power heating, no-load surface temperature 120 ℃。A thermal protection device of 150 ℃.Max Stirring Capacity 1000mL
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Smart Heat Meters
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Ultrasonic heat meter is a kind of instrument used to measure and display the released heat power when the heat-carrying liquid pass through the heat exchange system.
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Transformer Heat Run Tester
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1. Suitable for all transformers below 240MVA heat run test and winding resistance testing.2. Printing heat run data automatically.3. With double power supply, can test high voltage side and low voltage side simultaneously and test any operation respectively.4. With anti breakage protection function of inductive test items.
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Heated Dew Point System
DPS3
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Model DPS3 is a heated dew point hygrometer that can measure dew points up to 95 °C (203°F) and as low as -35 °C (-31°F). This integrated system includes a microprocessor based electronics, a chilled mirror dew point sensor, a sample flow meter/valve, assorted tubing and fittings all contained in a heated, temperature controlled NEMA-4 enclosure.
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Accelerated Stress Test Chamber
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CSZ's accelerated stress test chambers combine mechanical refrigeration; LN2 cooling and high velocity air flow for fast product temperature change rates. Chambers are typically designed with a change rate up to 30C (54F) per minute based upon the part temperature. Common uses are production stress testing circuit boards, electronic drives, assemblies, etc. Design allows the user to quickly control and change the temperature of the product.
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OM Thermal Stress System
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Conductor Analysis Technologies, Inc
The OM Thermal Stress System is a cost-effective performance based reliability test methodology which performs convection reflow assembly simulation and air-to-air thermal cycling. The methodology is utilized by both the IPC PCQR and the IPC 6012-QLM programs. OM systems are available for sale or lease, and test services are provided from both CAT and our service partners.
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Environmental Stress Screening
ESS
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Environmental stress screening (ESS) is also known as Burn-in, AST (Accelerated Stress Testing), HALT (Highly Accelerated Stress Test), or HASS (Highly Accelerated Stress Screening). Whatever the name, the idea is the same: create a test program that allows you to eliminate the infant mortality of your product.
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Heat Deflection Tester
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Apparatus is used to determine the Heat Deflection Temperature or the Vi cat Softening Point. All the specimens are charged with a constant load and immersed in a bath, where temperature is increased at a standard velocity. The attained heat resistance rate of plastic materials is a widely required parameter for product characterization, for quality control, as well as for evaluating their conformity to the previewed applications.
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Heat Detector Testing
Solo 461
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Functional checking of heat detectors, with a genuine heat source, is now required by major national standards around the world. Testing with heat sources not designed for the purpose can be both dangerous and damaging. The Solo range of heat detector testing equipment, designed specifically for the purpose, provides a genuine professional’s solution.
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Optical Receiver Stress Test
N4917BACA
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A complete, automated, and repeatable solution for optical receiver stress test.
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Shoe Heat Insulation Tester
UI-FT08
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Shoe Heat Insulation Tester – Thermal Insulation Tester is used to test shoe heat insulation / thermal insulation against hot performance. Place the shoe in sandbath and the footwear shall contact with the plate(forepart and the heel) in certain temperature for a given period. Then to measure the temperature increase inside of the shoe. The contact temperature and time is specified in production standard.
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Stress Test Software
PassMark BurnInTest
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PassMark BurnInTest? is a software tool that allows all the major sub-systems of a computer to be simultaneously stress tested for endurance, reliability and stability.
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Heated Type THC Analyzer
MEXA-1170HFID
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With 14 selectable ranges - from 0-10 ppmC to 0-200,000 ppmC - MEXA-1170HFID can measure direct, CVS/tunnel-diluted, and evaporative-emission samples.A ten-key control pad and a color LCD make it easy to monitor the test data. Data transfer to a remote computer is possible via RS-232 or an optional analog output.
