Search results for "transducer"
Transducers use ASIC based on Hall effect technology
Designed for non-intrusive and isolated nominal measurements of DC, AC and pulsed currents from 100 to 2000A, four series of transducers have been released by LEM. The company have developed a way in which to make Hall effect technology realise the performance achieved by fluxgate technology, resulting in an ASIC based on Hall effect technology for use in closed loop mode.
Morgan Develops Large Piezoceramic Disc Manufacturing Capability For High Performance Transducers
Morgan Advanced Materials has further enhanced its manufacturing capability for large components used in the development of ultra large PZT components to meet actuator demands from advanced technologies such as adaptive optics and deformable mirrors for aerospace, astronomy, commercial and defence applications and new generator designs for novel energy harvesting applications.
Morgan’s comprehensive range of customisable ultrasonic flow sensors can handle extreme temperatures
With the unique ability to manufacture temperature-stable transducers in high volumes, Morgan Advanced Materials now offers a comprehensive range of ultrasonic flow sensors for domestic and industrial utilities metering that can be specifically tailored for individual customers.
Solid-Core ATH Series Current Transducer from NK Technologies Now Available for 120VAC Applications
NK Technologies solid-core case ATH Series Current Transducers with Time Integration now accommodate 120 VAC power supplies for use in heater monitoring applications. ATH current transducers are also available in solid-core or split-core 24 volt models. ATH current transducers are compatible with most automation systems and are ideal for monitoring burst fired time proportional control of heating systems. The ATH series also feature a simple two-...
New ultrasonic PZT sensors allow continuous operation between -30°C and 160°C
Morgan Advanced Materials has once again pushed the boundaries of sensor design and construction and has developed the capability to reliably manufacture compact, lead zirconium titanate (PZT) based ultrasonic sensors for continuous operation between -30°C and 160°C.
Flow meter reference design boosts accuracy
Energy and water metering can now be made more accurate by an order of magnitude says Maxim Integrated by using the MAXREFDES70# ultrasonic flow meter system. Its low power attributes mean it can operate for up to 20 years on a single “A”- size battery. It will see off the traditional mechanical flow meters prone to friction and contaminants, which causes inaccurate meter readings.
Current transducer monitors large loads with ease
The AT/ATR-LS Current Transducer, available from NK Technologies, combines a current transformer and signal conditioner to monitor large loads. The AT/ATR-LS is easy to install due to a large, split-core design that can be installed over existing conductors without disconnecting the load, even in applications with multiple conductors per phase.
Industrial pressure transducer meets heavy duty applications
An industrial pressure transducer has been launched that offers maximum design flexibility with a variety of pressure ports and electrical configurations available for low to medium volume OEM applications. The U5300 from Measurement Specialities features superior accuracy with a total error band (TEB) of ±0.5% F.S. for demanding commercial and heavy duty applications.
Torque sensing improves control in coal industry
Non-contacting torque sensing technology is delivering improved monitoring and control to materials handling applications in the coal industry, including monitoring of coal conveyors and viscosity measurement of coal slurry. In each case the technology delivers improved accuracy over alternative techniques, so improves quality, efficiency and cost- effectiveness.
Torque transducers enable wireless visosity measurement
Enabling the measurement of visosity wirelessly, Sensor Technology has developed a wireless technique using its TorqSense rotary torque transducers. The 'technique' does not need a physical connection to the rotating shaft, but instead uses a RF link to both send power to the sensing element on the spindle and to receive torque reading signals back from it.