Showing results: 781 - 795 of 1777 items found.
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FX-1100 Series -
Ono Sokki
The FX-1100 Series Mass Burette Flow Detector takes the position of the fluid surface inside the burette as the head pressure using the differential pressure detector attached at the bottom and directly measures the flow of fluid as a mass based on changes in this pressure. It does not require calculation correction of temperature and specific gravity, and has many advantages such as high accuracy and extremely less affected by air bubbles, which enable to measure fuel consumption in the tests such as chassis dynamometer and engine bench. The 3 models are available according to the measurement range and application.
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Chandler Engineering
The most accurate instrument available for the measurement of pressure above a few psig is the Hydraulic Deadweight Gauge. This type of gauge operates on the principle of balancing a known mass against the force exerted by an unknown pressure on a piston of known area. When an exact balance is achieved, the unknown pressure "P" is equal to the mass "M" of the weights divided by the area "A" of the piston, according to the formula "P" = "M" / "A". In us, weights are removed or added from the piston's table, as with a double-pan balance until the piston "floats" without net vertical movement.
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AMETEK Sensors, Test & Calibration
CrystalControl is a software program used to customize, update, and calibrate the nVision Reference Recorder, HPC50 Series Pressure Calibrator, and the HPC40 Series Pressure Calibrator. In addition to providing an easy way to customize your nVision Reference Recorder, it also provides a way to store and archive your recorded data runs.
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Dwyer Instruments Inc.
Dwyer solid plastic portable manometers are precision instruments in inclined and vertical (well-type) styles for the measurement of static pressure, vacuum or differential pressure. To assure the accuracy required in instruments of this type, all machining of bores and wells is to the highest standards of precision backed by Dwyer's years of experience in the fabrication of acrylic instruments.
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Sigma Tek, Inc.
These true speed indicators are differential pressure indicators that measure the difference between static and total pressure produced by ram air from the pitot. The indicated airspeed can be corrected for changes in altitude by turning the knob to align the outside air temperature with the altitude. The moveable airspeed scale will then show the actual, or true, airspeed.
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HD21ABE17 -
Delta OHM S.r.L.
Portable measuring data logger for measuring and logging CO, CO2, Atmospheric Pressure, Temperature and Humidity.
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378A12 -
PCB Piezotronics, Inc.
1/4-inch pressure prepolarized 377A12 microphone, with 1/4-inch preamplifier 426B03 and TEDS v0.9
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CESVA Instruments, SL
Frequency Filter Sound Level Limiter-recorder that controls by emission Sound Pressure Level or reception SPL.
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T7611 -
COMET SYSTEM, s.r.o.
PoE Web Sensor with relative humidity and temperature probe on the cable. Built-in atmospheric pressure sensor.
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C2000 -
Webster Instruments
Measure hydraulic flow, pressure, temperature, speed, current (Amps), contamination and other custom inputs.
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DCX-22 AA -
KELLER AG für Druckmesstechnik
The data collector DCX-22 AA measures and records ground water levels using KELLER's two sensor AA-technology (absolute-absolute). The submersible depth sensor measures the water level. Barometric pressure variations are measured and compensated with the built-in waterproof air pressure sensor which is mounted in the electronics housing at the top of the borehole.
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PRBa -
PhyMetrix
-110C to +20C dewpoint Sensor Fast, Accurate and Repeatable Built-in temperature compensation Optional Pressure Sensor for pressure compensation 4/20 mA Loop Powered with HART Wide loop voltage range 5VDC to 28VDC Stainless Steel Explosion-proof IP68 housing State-of-the-art electronics & software Small & Lightweight
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FQ -
Fuzhou Fuguang Electronics Co., Ltd.
FQ series air tightness tester is the latest high-precision non-destructive testing equipment developed by Fuguang Electronics. The equipment mainly uses compressed air as the medium to apply a certain pressure to the inner cavity or surface of the product to be tested, and then uses a high-sensitivity sensor to detect changes in pressure to determine the tightness of the product to be tested.