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Sensors
detect a physical event then translate to a representative analog signal.
See Also: Measurement, Detectors, Meters, Transducers
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Gas Monitor
ULTIMA® X5000
The ULTIMA® X5000 Gas Monitor is the future of gas detection for oxygen, toxic and combustible gases. MSA XCell® gas sensors with TruCal® technology offer calibration cycles up to 24 months (local calibration respected).
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Gas Monitors with X3® Technology
Ultima® X
The Ultima X Series Gas Monitors with X3 Technology bring the power of multi-sensing, signal boost and ModBus output to the Ultima X line of MSA gas monitors. The units are crafted from either stainless steel or NEMA 4X-rated plastic, and our patented SafeSwap sensor disconnect-underpower feature allows all sensors to be replaced in hazardous areas without area declassification.
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Gas Sensors And Modules
Figaro USA offers a wide variety of gas sensors and gas modules ranging from ammonia, CO2, CO, SO2, and many others.
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Gauge Pressure Transmitters
The Gauge pressure transmitter portfolio from ABB offers a broad variety of communication possibilities. Another highlight of our sensors is the measurement accuracy up to 0.025 %.
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Gauge Type T Thermocouple Wire
W-TW-44P
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-20
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-44P2
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-44
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-24
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-40
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-36
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-44TEF
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-40P2
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-36P2
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-30
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-40P
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gauge Type T Thermocouple Wire
W-TW-26
Most thermocouple wire used in the manufacture of sensors is "Special Limits" wire which, to meet NIST standards, must be accurate to 0.5°C in the range 0-50°C. This means that even with most sophisticated electronics, the best possible accuracy for the system is 0.5°C.
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Gear Shift Sensors and Displays
Variohm can offer compression/tension gear shift load cells, as well as gear number displays which accept a rotary potentiometer input to define gear position.
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General Purpose Acoustic Emissions Detector
BW-AED-500
The input can range from 40Hz to 160KHz from sensors with similar ranges. The output can be delivered to a speaker, oscilloscope and an LED for threshold detections ranging from 0-Infinite. The power supply features regulated +5VDC, -5VDC, +12VDC, +15VDC, -15VDC and +/- unregulated 20VDC. Voltage input of 110VAC @ 60Hz or 220VAC @ 50Hz.
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Geofob™ Mobile Panic Button
The Geofob™ connects with our Know When It Counts® application. It integrates with our existing network of smart sensors and uses a patented industry-leading localization method.
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GEO Instruments & Sensors
Jewell Instruments divides its Geo tiltmeters into eight different series based on model numbers.
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Glare Sensors
The Glare sensor detects and distinguishes glare on even surfaces. It also provides maximum reliability and saves costs. Previously, gloss on object surfaces was a disruptive factor that regularly had engineers breaking into a sweat.Now, gloss properties are a distinguishing criterion for process control – regardless of color, transparency or pattern. And it will be engineers’ eyes that shine, not their brows. Equipped with intelligent Delta-S-Technology, Glare is a further milestone in customer-oriented sensor development. Once again, SICK is confirming its leading position in opto-electronic sensors for the detection of a range of objects.
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Global Shutter Image Sensors
Global shutter sensors have a fast and high-resolution capture of the entire field of view. Each pixel on a global shutter sensor completes its exposure simultaneously. This feature allows them to freeze motion in captured images. Each pixel will not only have the same integration time, but they will start their integration at the same time across the entire sensor. This exposure and detection scenario makes this type of sensor easier to synchronize with a flash or other external event.
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GMSL3
FRAMOS is the first company in the market to integrate Analog Devices’s new GMSL3 technology into an embedded vision environment. GMSL3 can transmit high frame rates (4K, 90 fps) as far as 14 meters with unprecedented efficiency. This interface is well suited for applications where the MIPI CSI-2 (D-PHY) length restrictions are not sufficient, while at the same time, a highly durable cable with low power consumption and low cost are essential. Camera developers can use the flexible FRAMOS Sensor Module Ecosystem to validate a variety of image sensors in the lab and in the field while taking advantage of the interface’s features.
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Gravity Sensors
iGRAV
Superconducting persistent currents (i) produce the most stable relative gravity meter in existence. Superconducting persistent currents (i) produce the most stable relative gravity meter in existence. Super stable: Drift less than 0.5 µGal/month Scale factor constant to better than 1 part in 104 for years! Super precise: 1 nanoGal (10-3 µGal) in frequency domain 0.05 µGal in the time domain for 1 minute averaging. Super low noise: 0.3 µGal/(Hz)½.
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GSM/GPRS Data Loggers for Weather Stations
HD33M.2
GSM/GPRS data loggers for weather stations with inputs for dedicated Delta OHM sensors and cup anemometer
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H2S Trip Amplifier Module
TA202A
The TA202A is a single-channel H2S Trip Amplifier Module for use with our H2S Intelligent Sensors. It is designed to monitor H2S in parts per million (ppm) levels and provide status indication and alarm outputs.
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Hall Effect Gear Tooth Sensors and Custom-Made Target Wheels
ChenYang Technologies GmbH & Co. KG
ChenYang Technologies GmbH & Co. KG supplies various kinds of Hall Effect Gear Tooth sensors (CYGTS101DC, CYGTS99, CYGTS211, CYGTS212, CYGTS99-198 etc.) for speed measurement with applications to machines, equipments, motorcycles, automobile industry and instruments etc. We are specialised in design, development and production of Hall-effect sensors and can offer also custom Hall sensors for your special applications.
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Hall Effect Position Sensors
BEI Sensors Hall effect sensors meet customer needs for high performance, non-contact rotary position sensor solutions. This product line features a standard operational life of 35 million cycles while providing up to 6-turns with 2160 degrees of resolution and linearity of +/-0.5%. Capable of having redundant outputs, meeting up to IP69K sealing requirements and operating temperatures of 85 C , these rotary hall effect sensors are ideal for a wide variety of applications. Ideal applications include steering, pedal and throttle for off-highway equipment, dancer controls in web processing, flow control valves and elevator door opener operations.
