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Unidata Starflow QSD 6527B Ultrasonic Doppler Flow

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Unidata Starflow QSD 6527B Ultrasonic Doppler Flow

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The 6537 Starflow QSD SDI12 and Modbus Instrument is used to measure water velocity, depth, temperature and conductivity of water flowing in rivers, streams, open channels and large pipes.

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SKU: 6527B | Categories: , ,


Description

The Unidata 6537 Starflow QSD SDI12 and Modbus Instrument is used to measure water velocity, depth, temperature and conductivity of water flowing in rivers, streams, open channels and large pipes. When used with a companion Unidata IP data logger, flow rate and total flow can also be calculated.

The 6537 Instrument is robust, reliable and easy to use. It is completely sealed against water ingress, low maintenance, low power, no calibration and no fussy power arrangements required.

Ultrasonic Doppler Principle in Quadrature Sampling Mode is utilised to measure water velocity. The 6537 Instrument transmits ultrasonic energy through its epoxy casing into the water. Suspended sediment particles, or small gas bubbles in the water reflect some of the transmitted ultrasonic energy back to the 6537 Instrument’s ultrasonic receiver instrument that processes this received signal and calculates the water velocity.

The 6537 Starflow QSD incorporates ultrasonic depth sensor and an absolute pressure depth sensor. An ultrasonic depth sensor measures water depth using the ultrasonic principle and has a range of up to 5m. An absolute pressure sensor measures pressure forces applied to the strain gauge. Absolute, non-vented, sensor reports a value equal to the sum of the water pressure and the atmospheric pressure above the water. In order to compensate for the atmospheric (barometric) pressure fluctuation, the 6537 Starflow QSD should be connected to the 6515 Starflow QSD barometric reference. The absolute pressure sensor has a range of up to 10m. Having sensors using different depth measurement methods provides flexibility in depth measurement.

The 6537 instrument’s low profile form factor minimises disturbance to the flow it’s measuring. Furthermore, 6537 instrument measures velocity in both directions and is suitable for use in wide range of water qualities, from sewage to potable water, sea water too.

With a companion Unidata data logger or a telemetered Neon Remote Logger the instrument can be programmed to compute flow rate and total flow in pipes and open channels of known dimensions.

This product is compatible with Neon and Datastream.

Additional information

Measures

Water velocity, depth and temperature

Depth range

0.2 m – 5 m

Functionality

Bare Sensor

Available for Rent

No

Supplier

Unidata

Datasheet

Manual


Environmental sensors and telemetry

Unidata specialises in the design, manufacture, supply and support of products and solutions for environmental monitoring and industrial measurement. Products and systems range from acquisition devices, to standalone and IP (Ethernet, cellular and satellite) connected loggers, through to web based logging and analysis tools.

Unidata started operations in the 1970s as a joint venture with the University of Western Australia. At this time Unidata dealt extensively with university related data activities, hence the name ‘Unidata’.

Unidata has delivered around 50,000 data loggers and measuring instruments to around 5,000 customers worldwide. Unidata products are installed in North America, South America, Europe, Asia, China, Japan and Australia. Many installations have been in continuous use for more than 20 years, and the product / service life typically exceeds 10 years.

Unidata’s product range can be configured to provide solutions for most environmental monitoring and industrial measurement requirements.


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