JFE Advantech Co., Ltd.
On-line machine diagnosis systems, machine diagnosis instruments, vibration sensors, ultrasonic thickness gauges and ultrasonic hardness checkers, ultrasonic measurement systems, special measurement systems
- +81-798-24-2465
- 3-48 Takahata-cho
Nishinomiya, Hyogo 663-8202
Japan
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Product
Standard Type
FD-10
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This device supports the measurement of rivers, Agricultural water, Sewage systems, Other channels and facilities.
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Product
Corona Discharge Checker
MK-720
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MK-720 enables finding of insulation deterioration on insulators, disconnectors, and circuit breakers, at hot-line condition!
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Product
Handheld 1-D electro-magnetic current meter for rivers
AEM1-DA
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AEM1-DA is a 1-D electro-magnetic (EM) current meter for the flow measurements in rivers, streams and various waterways. The measurement range is 0 to 5m s-1. The EM sensor can accurately measure water speeds at a shallow depth of 3cm. The display unit has a 2MB flash memory so that the data are saved with calendar information (up to 255 station data). In comparison with conventional propeller-type current meter, AEM1-DA is robust and extremely easy to be operated and maintained.
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Product
Piezoelectric Vibration Pickup
PU-661D
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*Side outlet type*Waterproof (IPX7) and suitable for*high temperature(-10℃ to 150℃)
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Product
Ocean and River Instruments
RINKO EC (ARO-EC)
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Aquatic eddy covariance method is a powerful technique to measure benthic fluxes. The robust RINKO EC (model name: ARO-EC), as a new member of the RINKO series, is designed for aquatic eddy covariance measurements. The RINKO series is based on the optical (phosphorescence) principle which is now widely known as a remarkably fast response oxygen sensor with high accuracy. The response time of the RINKO EC oxygen sensing foil is less than 0.5 s (90%, from air to water at 25 °C). The foil life-time is more than 200 h, which enables at least 1 week of continuous measurements of dissolved oxygen. Moreover, the foil can be replaced easily by the user. Berg et al. (2016)*, after a detailed evaluation, concluded that RINKO EC is a reliable alternative for aquatic eddy covariance measurements of oxygen fluxes and its high data quality allows for new opportunities for eddy covariance flux studies, including long-term deployments in rivers, streams, and marine environments.
