Ultrasonic flow meter iSonic 4000
for flow and level measurement in open channels, semi-filled pipes and tanks/reservoirs
- Integrated data logger
- IP 67 mini USB interface, Ethernet, ModBus® RS485/RS422
- IP 67
Medium:
Water
Water
max. flow:
from 60 up to 110460 l/min
from 60 up to 110460 l/min
Temperature:
from -20 up to 60 °C
from -20 up to 60 °C
Branch:
Water & waste water industry, Chemical industry, General industry
Water & waste water industry, Chemical industry, General industry
General information
The iSonic 4000 is an intelligent and versatile ultrasonic meter / controller designed to measure level, volume and open channel flow.
It is used for influent and effluent measurements, flow control and data logging.
Technical data
| Enclosure | Aluminium housing |
| Dimensions H xW x D | 164 x 148 x 80 mm |
| Protection class | IP 67 |
| Operating temperature range | -20 °C up to +60 °C |
| Outputs | 1 analog output 0/4 - 20 mA / 0 - 10 mA, flow direction is displayed via a separate status output |
| 1 pulse output, 2 open collectors passive 32 VDC | |
| 0-100 Hz 100 mA, 10 - 10.000 Hz 20 mA, optional active, | |
| status output, min./max. alarm, preselection, flow direction, failure alarm, free programmable | |
| Impuls | 1 analog input 4-20 mA |
| Display function | Level, flow, total and status |
| Supply voltage | 92- 275 VC or 9 - 36 VDC |
| Programming | PC with software (password protected), 3 front panel keys |
| Datalogger | 2 MB, programmable time intervals, records available as table |
| Interface | Mini USB IP67, RS232, RS485, ModBus®, RTU, Ethernet |
Downloads
- Overview/Flyer_DE.pdf
- Overview/Flyer_EN.pdf
- Overview/Flyer_PL.pdf
- Datasheet_DE.pdf
- Datasheet_EN.pdf
- Datasheet_ES.pdf
- Datasheet_PL.pdf
- Datasheet_SK.pdf
- User manual_DE.pdf
- User manual_EN.pdf
- User manual_ES.pdf
- Software manual_DE.pdf
- Software manual_EN.pdf
- Setup_iSonic_A_v1.2.04_EN.zip
- Setup_FlowMeterTool_1_6_10_EN.zip
The login area provides you with additional information if you have access authorization.
Measuring principle
Ultrasonic flow meters
Ultrasonic signals are alternately sent in and against the flow direction. Ultrasonic energy bursts are transmitted and received via well-defined paths across the flow stream. The velocity of the flow is accurately measured by the difference in the arrival times of signals from the upstream and downstream transducers. The transit time difference (Δt = t 2 – t 1) determines the average flow velocity.
Do you have questions on this product?
Your contact person:
Badger Meter Swiss AG