Showing results: 2056 - 2070 of 3237 items found.
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Model 3110 -
Teledyne Analytical Instruments
The Model 3110 represents the new generation of portable trace and percent oxygen analysis capabilities. It combines a rugged, portable analyzer with the high reliability of trace and percent level sensors. This ensures highly accurate ppm/ percent oxygen readings in a variety of background gases (including hydrocarbons). In addition, the microprocessor-based electronics provide accurate, high resolution readings and easy-to-use features.
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Model 3110P -
Teledyne Analytical Instruments
The Model 3110 represents the new generation of portable trace and percent oxygen analysis capabilities. It combines a rugged, portable analyzer with the high reliability of trace and percent level sensors. This ensures highly accurate ppm/ percent oxygen readings in a variety of background gases (including hydrocarbons). In addition, the microprocessor-based electronics provide accurate, high resolution readings and easy-to-use features.
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Model 3110XL -
Teledyne Analytical Instruments
The Model 3110 represents the new generation of portable trace and percent oxygen analysis capabilities. It combines a rugged, portable analyzer with the high reliability of trace and percent level sensors. This ensures highly accurate ppm/ percent oxygen readings in a variety of background gases (including hydrocarbons). In addition, the microprocessor-based electronics provide accurate, high resolution readings and easy-to-use features.
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NA1-PK3 -
Panasonic Industrial Devices Sales Company of America
With an ultra-compact size of 24mm × 70mm × 8mm (W x H x D), the Panasonic NA1-PK3 Series General Purpose Area Sensors can be installed in bins designed to house small parts. Panasonic's unique beam scanning system reduces wiring and installation time while incorporating a mutual interference prevention function that provides correct operation even in multi-stage parts boxes.
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SF-C21 Series -
Panasonic Industrial Devices Sales Company of America
The safety control unit allows the user to connect and control various machine safety components. The SF-C10 series was specifically designed to connect and control Panasonic light curtains, while the SF-C21 safety control unit can be used for a variety of safety devices such as; safety switches, emergency switches, enable grip switches, safety beam sensors, safety scanners, and safety light curtains.
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143 -
Electronic Specialties Inc.
Test Lead Kit includes our basic set of interchangeable specialty test probes designed for automotive use. The flexible back probing pins are great for sliding into automotive connectors like those on fuel injectors and MAP sensors. The large Crocodile Clips are good for clipping to grounds and battery terminals. Roll up storage pouch keeps your leads organized.
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385A -
Electronic Specialties Inc.
The #385A has many of the necessary features required for today’s automotive diagnostics. Use frequency readings to test crankshaft and camshaft sensors, for example. The #385A comes equipped with an RPM pick-up, probe test leads, alligator clip test leads, protective holster, instructions and installed 9V battery. Inductive RPM pick-up features a five position, adjustable sensitivity switch.
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781510-01 -
NI
16-Channel, 68 S/s Aggregate, ±78 mV, Isothermal C Series Temperature Input Module - The NI‑9214 is a high-density thermocouple input module that is designed for higher channel count systems. The NI‑9214 includes features to increase overall accuracy, such as CJC sensors in the terminal block, component layout to minimize thermal gradients, and an autozero channel for offset error compensation.
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L3Harris Geospatial Solutions, Inc
Accurately and reliably monitoring the Earth is critical to many geophysical and geospatial applications. However, most sensors cannot capture data at night or through clouds, dust or smoke.
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Apogee Instruments, Inc.
Apogee silicon-cell pyranometers feature a monocrystalline silicon-cell detector that has the same spectral response as a PV module. The sensors quantify shortwave radiation being harnessed as electricity.
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Acces I/O Products, Inc.
Sometimes your sensors or the piece of equipment you are trying to control is not in a convenient place to have a PC close by. The sensors may be widely distributed through out your plant and it just wouldn’t be cost effective to run all your wiring to where the PC is. In addition, low level signals are more accurately acquired when digitized close to the signal source. In all these cases our REMOTE ACCES line of products will help. The REMOTE ACCES pods are intelligent, sensor to computer interfaces. Each pod can be used as an autonomous data logger to acquire data for later download. Or as many as 31 pods may be connected on a single two wire multidrop RS-485 network allowing a cable distance of up to 4000 ft. You can also go wireless and extend your range by adding RS-485 wireless transceivers to your serial port. Each unit comes in a rugged NEMA 4 enclosure and can withstand harsh industrial and marine environments.
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T3110 -
COMET SYSTEM, s.r.o.
Programmable temperature and humidity transmitter is equipped with temperature and relative humidity sensors. Measured values are also converted to other humidity interpretation - dew point temperature, absolute humidity, specific humidity, mixing ratio or specific enthalpy. Degrees Celsius and Fahrenheit are user selectable. Transmitter contains a microprocessor based control circuitry in a durable plastic case with connection terminals and sensors in a filter with stainless steel mesh. Humidity transmitters is equipped with two galvanic isolated 4-20mA outputs. Configuration of outputs and output range are user adjustable. Large dual line LCD for simultaneous display of T+RH or other humidity interpretation is an advantage. Display is possible to switch off. Computerized design ensures temperature compensation of the humidity sensor and fail indication. State-of-the-art capacitive polymer sensor ensures excellent calibration long term stability, inertia against water and condensation. Transmitters are designed for use in non-aggressive environment.
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NI
The Voltage Input Device for FieldDAQ measures up to eight ±10 V channels with 24-bit resolution and simultaneous sample rates up to 100 kS/s/ch. Some models can power sensors, such as pressure sensors, with up to 24 V per input channel. This device offers 500 V channel-to-channel isolation, protecting instrumentation from high-transient voltages. Additionally, the device is IP65 and IP67 rated to be dust-proof and water-submersible, can operate in -40 °C to 85 °C environments, and can sustain 100 g shock and 10 g vibration. It has an integrated network switch for simplified daisy chaining and provides tight synchronization over time sensitive networking (TSN) for distributed data acquisition systems.The Voltage Input Device for FieldDAQ includes the NI-DAQmx driver and configuration utility that simplify configuration and measurements. NI-DAQmx supports NI programming environments as well as Python, ANSI C, C#.NET, and MathWorks MATLAB® software.
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Dexter Research Center, Inc.
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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V550 -
Highland Technology, Inc.
The V550 is a 6U, one-slot VME module which will acquire position data from up to eight LVDT (linear variable differential transformer) position sensors. The LVDT sensors are excited by an ultrastable synthesized sinewave generator, and conditioned by a precision 16-bit A/D converter followed by digital signal processing. The resident microprocessor supervises scanning and signal conditioning, and places updated position data in VME-accessible dual-ported data registers for instant access from the VME bus.
