replacementpic

RG-24 radar flow velocity sensor

The radar flow velocity sensor is designed for non-contact measurement of the surface flow velocity of bodies of water. Radar signals reflected by the moving surface of the water are used to determine the flow velocity of the irradiated surface.

Compact construction and a noncontact measurement principle enable simple, uncomplicated installation and use. Application areas include flumes and enclosed drains. The RG-24 is especially suitable for measuring tasks where the use of conventional measuring systems is problematic, e.g. in the event of flooding.

This sensor is impressive thanks to its low energy consumption and high operational dependability. It allows continuous recording of flow velocity and, by approximation, discharge.

The RG-24 set up and parameters are assigned simply and conveniently by using a PC or laptop via standard terminal programs.

Technical data

  • Measuring element/-principle: Radar / Doppler shift
  • Measuring range: 0,3 - 8 m/s; Resolution: 1 mm/s 
  • Field of application: -30 - + 60 °C
  • Output: 4 - 20 mA (configurable)
  • Interface: serial Interface (RS232)
  • Supply: 11 - 15 V DC
  • Power consumption: max. 130 mA
  • Protection type: IP 66
  • Dimensions: ø 80 mm; Length 185 mm
  • Installation: bracket for pipe ø 61 mm

further informations

Features and characteristics

  • Convenient, straightforward long-term monitoring of running waters
  • Measurements can be made during extreme situations (flooding)
  • Analog and digital interface ensures universal application
  • Intelligent processing of measured values in order to compensate and filter environmental conditions
  • Watertight, very compact construction for use in extremly harsh conditions

Non-contact measurement of discharge

The RQ-24 system enables the continual measurement of flow velocity and level and automatically calculates the discharge. Based on the non-contact measurement of radar technology.


social bookmark now:Mister Wonggoogle.comdigg.comdel.icio.usYahooMyWebSpurlFurl