Transducers

This transducer has a small cantilever inside, and displacement is mechanically converted into deflection of the cantilever. Strain, which is proportional to the deflection, is generated on the cantilever and is measured by strain gauges

Designed to produce a large output and to deliver stable performance, highly accurate measurements can be made

The CDP-M series is a small and high sensitivity displacement transducer. Compared with conventional CDP series, its output is the same but the CDP-M is smaller by 50~80% in diameter and its temperature range extended up to +80°C.

The DP-F/E is a displacement transducer designed for measurement of large displacement. A stainless steel wire is drawn out to measure the displacement. The wire tension is constant regardless of the displacement. It is a small and light transducer with excellent accuracy.

The FDP-A is a DC operated LVDT which can be measured with not only our TDS series data loggers but DC excitation type dynamic strainmeters and handheld strainmeters

An arch-shaped spring plate with strain gauges mounted on it. This transducer is used to measure the crack opening displacement occurring within each gauge length on the surface of concrete or to measure the displacement of various structures

Measure elongation in round metal rod or sheet metal test specimen. This series uses strain gauges for the sensing element and can be connected to an ordinary strainmeter for high precision measurements.

Our video extensometers are ordered either as “Routine Testing” or “Advanced Testing” specification, with available measurements including: Strain; Extension; Gauge Length; Dual-Average Strain; Poisson’s Ratio; Rotation; True and Engineering Shear Strain; Position and Distance. A full-field Digital Image Correlation option, and a Crack Length Gauge also available.

Non-contact Laser sensors for distance measurement. The CMOS laser sensor allows to display actual measured distance as accurately as a displacement sensor.

Pressure transducer can make stable highaccuracy measurement over a long period of time. It is widely used in production lines, plants and laboratories to measure liquid pressure, air pressure, and so forth.

High-capacity pressure transducer has a sealed structure made with high-strength stainless steel. Using this highly sensitive transducer, stable highaccuracy measurement can be made over a long period of time. It is used to control plant/ production lines, to measure jack pressure, and other applications.

The sensing part of the miniature pressure gauges is 7.6 mm in diameter and 2 mm in thickness which is waterproofed for daily ordinary use, so they can be used in water. They use a scratch-resistant fluoroplastic insulated cable.

Small accelerometer suitable for measurement of vibration mode of machines and structures including cable tension of bridges. High sensitivity of 30000×10^(-6) strain for 10m/s2 makes minute vibration measurement possible.

Tri-axial acceleration transducers for the fields of machines, vehicles, shipping, civil works and structures

Small in size with highly responsive characteristics this series is developed to measure the acceleration of machinery, vehicles, ships, civil engineering structures, buildings, and so forth. The series consists of uni-axial and bi-axial model.

Acceleration transducer is used to measure the acceleration of structures subject to relatively strong vibration. It is small, lightweight and easy to operate.

Combines each of the 3 component directions in its casing, allowing simultaneous measurement of acceleration in 3 directions

Designed for low capacity applications. The compact size makes them suitable for mounting in small spaces. They feature high accuracy and high speed/RPM capability with an an integrated mounting pedestal and a detachable cable assembly.

Measures both static torque and axial load in tension and/or compression. The unique design of this compact and accurate dual axis transducer ensures that crosstalk between the axes is minimised (typically between 0.1% and 1%), with accuracy of better than 0.1% of the rated capacity in both torque and force modes.

Measures direct torque in rotating and static applications where a truly wireless device with on-board power supply and statorfree data transmission is required