Search Results for wave sensor

ER SENSOR Robust, non-contact and wear free, the Temposonics® linear position sensors provide the best durability and precise position measurement feedback in harsh industrial environments. Measurement accuracy is tightly controlled by the quality of the waveguide manufactured exclusi-vely by MTS Sensors.

The absolute, linear position sensors provided by MTS Sensors rely on the company’s proprietary Temposonics® magnetostrictive technology, which can determine position with a high level of precision and robustness. 20 Each Temposonics® position sensor consists of a ferromagnetic wave-guide, a position magnet, a strain pulse converter and ...

The absolute Temposoni cslinear position sensors are based on the Temposonics developed magnetostrictive measurement principle. That combines variousmagneto-mechanical effects and uses the physical hight precise speed-measurement of an ultrasonic wave (torsion pulse in its sensor element) forposition detecting.

EP2 SENSOR Robust, non-contact and wear free, the Temposonics® linear position sensor provide high durability and precise position measurement feed-back in harsh industrial environments. Measurement accuracy is tightly controlled by the quality of the waveguide manufactured exclusively by MTS Sensors.

EP / EL SENSOR Robust, non-contact and wear free, the Temposonics® linear position sensors provide the best durability and precise position measurement feedback in harsh industrial environments. Measurement accuracy is tightly controlled by the quality of the waveguide manufactured exclusively by MTS Sensors.

The dust sensor can detect the water vapor as dust. Please do not use dust sensor in a vaporizing place like a bathroom or near a air humidifier. Dust sensors use IR wave-length LED and the visible cutoff photo sensor, but the irradiation by lamp light of optical zone will cause malfunction of dust sensor. Please cover

amplifier circuit design establishes this voltage (or “biases” the voltage) to a preset level. This BOV is normally 12 VDC, although it may vary depending on the manufacturer and sensor design. The accelerometer’s specification sheet provides further information on the BOV. The BOV is determined by the amplifier design and is not adjustable.

Temperature Sensor JS8746 Features • HACT Exposure: +14 days • Temp Tolerance Rating: ±0.2°C and ±0.15°C • Temp Rating: -40°C to 120°C ... where a broadly sinusoidal wave-form at 50 Hz is applied between the stainless steel housing and the conductors of the cable. A failure is recorded if the current exceeds 1mA.

Using solid 3/8” aluminum elements and a fully welded dipole on the boom, these black powder-coated antennas feature an integral low loss 2’ RG213 feed line with a standard N-Female connector. The ...

Wireless Sensor Development Kit; ... Lowband Quarter Wave Antennas High performance for lowband applications. Rugged — The matching coil is supported by a low-loss coil form to withstand the heaviest shocks; Weatherproof — Durable, attractive housings deter moisture ingress;

Sensors Thermometrics range of Self-Adhering Surface Temperature Sensors are designed for industrial HVACR applications, typically for placement on the external wall of a water tank or boiler reservoirs. They are also suitable for reservoir tanks working in conjunction with solar panel water heating systems. This range of adhesive pad

The absolute Temposonics® linear position sensors are based on the MTS developed magnetostrictive measurement principle. That combines various magneto-mechanical effects and uses the physical hight precise speed-measurement of an ultrasonic wave (torsion pulse in its sensor element) for position detecting.

TULC Combination Sensor (Temperature - Ultrasonic - Level - Concentration) Product Overview ... wave and measure the time for the echo to reflect off the DEF’s surface and return. The distance from the liquid level sensor to the DEF is calculated based on the speed of sound in DEF. The measured distance is converted into

Another wave of operational advantage from the leaders in industrial vibration sensing For more than 50 years, Wilcoxon has worked with customers to develop breakthrough sensors. Today, the world of vibration monitoring and analysis is changing fast but thanks to our solid understanding of industry and defense applications and imaginative ...

position magnet. The runtime of this ultrasonic wave is measured precisely and compiled into standard electronic output signals. - Due to small dimensions MH sensors require only little space - Suitable for operating pressures up to 320 bar - Unaffected by surrounding media such as ageing or foaming oil - Insensitive to shock and vibration

Sensor elecronics osin 29 ll one 38.9 15 65 M12×1-6g Threaded flange M33×2-6g R32.5 Sroe len 500…5000 e one 84.8 Sensor ro Ø12.7 FMH with M4 female thread plug Mne Sensor elecronics osin 29 ll one 38.9 15 65 M12×1-6g R32.5 Sroe len 500…5000 e one 90.5 Threaded flange M33×2-6g Sensor ro Ø12.7 M emle re Controlling design dimensions ...

Temposonics® MH Digital Operating Manual I 3 I 1. Product description and technology Temposonics® sensors can be used in versatile mobile machines without any restriction and replace contact-based linear sensors like poten- tiometers. Highly dynamic systems are controlled safely by means of Temposonics® sensors, thus enhancing the productivity, availability and

The absolute Temposonics® linear position sensors are based on the MTS developed magnetostrictive measurement principle. That combi-nes various magneto-mechanical effects and uses the physical hight precise speed-measurement of an ultrasonic wave (torsion pulse in its sensor element) for position detec-ting.

The Series 113A High Frequency Miniature Sensor is a charge mode pressure sensor designed to measure shock wave, blast, explosion, ultrasonic and dynamic combustion pressures requiring ultra-fast response times. The Series 113A consists of the Models 113A, 113A02, and 113A03, having pressure ranges of 3 000, 100, and

Shock Waves(1) n Static overpressure is the transient differential pressure in the air blast relative to the existing ambient pressure just before shock wave arrival n Measured using a flush surface mount pressure sensor on the ground, or a pencil probe in the free field Net (positive + negative areas) = total impulse