IFQ Monitor 2

Monitor for RAVEN-EYE 2 (+), BELUGA, BELUGA A/V and PHOENIX 2 flow sensors

The IFQ Monitor 2 is a user-friendly monitor, data logger and converter for Flow-Tronic flow sensors. It is equipped with one RS485 digital serial communication port for RAVEN-EYE® 2(+), BELUGA, BELUGA A/V or PHOENIX 2 flow sensors and one 4-20 mA input for external level.

 

The IFQ Monitor 2 comes with three 4-20 mA outputs, two contact outputs for total flow and alarms and one Modbus RTU communication port (optional) for easy integration.

 

Combined with Flow-Tronic’s FUZION software it allows for a quick configuration of the complete system through the USB-C port. Data can also be directly downloaded in the software for efficient data analysis and display. The system allows for precise fine-tuning of the measure and integration of a Q/h curve.

 

Secured data

 

All data gathered by the flow measuring system is stored on a logger inside the IFQ Monitor 2. The logging system is constituted of 2 different flash memories. One internal 32 MB backup memory and one memory on SD card providing 32 GB of memory. The data is stored as .tsv or .csv files on the memory card (one file per month for ease of data treatment). The file can be configured to only collect the information needed.

  • User friendly interface
  • 1 x RS485 digital sensor interface for RAVEN-EYE®, RAVEN-EYE® 2(+), BELUGA, BELUGA A/V, PHOENIX2
  • 1 x analog input 4 ... 20 mA for ULS-02, ULS-06, PLS-02, PLS-06, RLS-15, RLS-C21 or any other loop powered 4-20 mA level sensor
  • 3 x analog output 4 ... 20 mA for flow, velocity & level
  • 1 x contact closure output for total flow
  • 1 x normally closed relay output for alarm
  • Power supply: AC or DC
  • Logger: 32 Gb flash memory (SD card)
  • LCD 5” color touchscreen
  • Modbus RTU (slave) over RS485 communication port (optional)
  • Hybrid: 2x RS485 digital sensor interface for velocity sensor and 2 x 4-20 mA analog input for velocity or level sensor (optional)

Sewer/Channel Networks Monitoring
  • Large sewer channels
  • Capacity studies
  • Combined sewer overflow (CSO) studies
  • Inflow & infiltration studies
  • High velocity flows
  • Discharge
Wastewater Treatment Plants
  • Flow to treatment
  • Discharge
  • Plant effluent
  • Storm discharge
  • Process flow control

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