Liquid Analysis Transmitters
AE600Multi-channel Analysis Transmitter
The AE600 is a multi-channel liquid-analysis transmitter for pH, ORP, conductivity and dissolved oxygen configurations. A color touchscreen, 4-20 mA outputs and optional Modbus RTU support centralized process monitoring.

Technical overview
Published configuration data
Values below describe catalog or typical configurations. The confirmed quotation and model code define the supplied specification.
- Power
- 100-240 VAC or 20-26 VDC
- Display
- 4-inch color touchscreen
- Outputs
- 4-20 mA
- Communication
- Modbus RTU optional
- Protection
- IP65 on 1/2 DIN version
Key characteristics
Why engineers consider AE600
- Multiple measurement inputs
- Guided calibration
- Touch interface
- Panel-mount formats
Typical applications
Where it fits
- 01Water treatment panels
- 02Bioprocess skids
- 03Industrial analyzers
- 04Multi-parameter monitoring
Selection checklist
Confirm these conditions before ordering.
Sending this information helps CurioSens verify the measurement principle, materials, range and interface.
- 01Process medium and composition
- 02Minimum, normal and maximum measuring range
- 03Operating and sterilization temperature
- 04Operating pressure and pressure peaks
- 05Pipe or tube size and process connection
- 06Required output, power supply and control interface
Engineer-reviewed FAQ
Questions about AE600
Application answers reviewed for compatibility, selection, installation and maintenance.
When should a multi-channel liquid transmitter be specified over single-channel units?+
Multi-channel liquid analytical transmitters streamline operations where multiple parameters dictate process quality. The AE600 field transmitter features a 4.0-inch color touchscreen with dedicated dual-channel algorithms specifically tailored for biopharmaceutical fermentation pH and DO tracking. The AU400 universal controller automatically recognizes digital sensors across dual channels, offering quick display switching between numerical readings and real-time trend curves. Using multi-channel units cuts installation footprint and enclosure wiring expenses. However, sensor power budgets and channel isolation options vary, so this must be confirmed for the selected configuration. Submit your medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output to customize your transmitter package.
selectionWhat temperature compensation algorithms are built into CurioSens transmitters for pure water analysis?+
Pure water and ultrapure water exhibit non-linear conductivity and pH changes with temperature due to self-ionization of water molecules. Standard linear temperature compensation introduces significant measurement errors in high-purity water lines. Transmitters like the AE600, AE300, and AU400 integrate dedicated non-linear pure water and ultrapure water temperature compensation algorithms alongside linear, acid, and alkali curves. Supporting PT100, PT1000, NTC10K/30K, and DKK10K temperature sensors, the transmitters automatically normalize readings to 25°C standard values. Input resolution is 0.01 pH or 0.01 uS/cm. Custom temperature curve coefficients must be confirmed for the selected configuration. Send your medium, flow range, pressure, temperature, viscosity, tube size, process connection, and required output to our engineers.
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