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The contactless low-maintenance radar sensor provides reliable operation even at very high discharge velocities with low flow levels. Dynamic hydraulic models for various channel shapes based on varying filling levels enable accurate detection of the real flow rate.
Introducing the NivuFlow 7550 we provide a transmitter for Hybrid flow measurement using radar and ultrasonic technology.
Due to DIN rail mounting options the compact transmitter saves space and can be installed easily in control cabinets. Moreover the NivuFlow 550 is available with a special protected field enclosure for use under harsh ambient conditions. The large graphic display permits quick and easy commissioning of the flow meter system.
Due to the modular construction of our radar flow meter system we can provide the appropriate solution for each application
NivuFlow 550 provides extended diagnostic options and facilitates in-depth analysis of running processes on site. The transmitter software is in line with current requirements. Future-proof protocols and versatile communication and integration options open many ways for operators to integrate the devices into higher systems such as SCADA or process control systems.
|Measurement principle||Radardoppler flow velocity detection|
|Power supply||100 to 240 V AC, +10 % /-15 %,|
47 to 63 Hz or. 9-36 V DC
|Power consumption||typical 14 VA|
|Enclosure||Aluminium, plastic (transmitter enclosure)|
Plastic (field enclosure)
|Protection||IP 20, IP 68 with optional field enclosure|
|Operating temperature||-20°C to +70°C|
|Max. humidity||80%, non-condensing|
|Display||240 x 320 pixel, 65536 colours|
|Range of operation||rotary pushbutton, 2 function keys,|
menus in English, French and other languages
|Connection||plug with cage clamp terminals|
|Inputs||up to 2 x 4 - 20 mA, up to 2 x RS 485|
|Outputs||up to 2 x 0/4 – 20 mA, up to 2 x Relais (SPDT)|
|Data memory||1,0 GB internal memory|
readout on faceplate via USB stick
|Communication/data transmission||Modbus, HART®|
|Measurement uncertainty||flow (Q): ± 5% typical;|
± 2% under reference conditions
Specifications subject to change.
Contactless flow measurement for radar sensors.