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General| Display | LCD with backlight |
|---|---|
| Material | Polycarbonate |
| Measurement | pH, ORP, Conductivity, Dissolved Oxygen |
| Measurement Principle | Electrochemical |
| Measurement Range | Varies based on sensor type |
| Accuracy | Varies depending on the sensor and measurement type. Refer to the specific sensor datasheet. |
| Temperature Compensation | Automatic |
| Inputs | temperature input |
| Outputs | Two 4-20 mA outputs, HART communication |
| Communication | HART |
| Power Supply | 24 V DC |
| Operating Temperature | 0 to 50 °C |
| Process Temperature | Varies depending on the sensor. Refer to the specific sensor datasheet. |
| Process Pressure | Varies depending on the sensor. Refer to the specific sensor datasheet. |
| Protection Rating | IP66/67, NEMA 4X |
| Enclosure Rating | NEMA 4X |
Verifying the instrument upon delivery for any damage during shipment.
Information on safety, EMC, and intrinsic safety approvals and standards.
Instructions for connecting the instrument to the power supply according to specifications.
Detailed guidance on connecting various sensor types to the instrument modules.
Initial setup steps for basic instrument configuration like date/time and sensor settings.
Selecting and configuring the connected sensor type for accurate measurements.
Setting up various parameters related to measurements, dependent on sensor type.
Defining the instrument's output function (Output or Simulate) and process parameters.
Configuring how the system notifies users of various error causes and their statuses.
Detailed steps for calibrating the pH sensor using manual, automatic, or sample modes.
Initial setup steps for basic instrument configuration like date/time and sensor settings.
Allows calibration and configuration of the instrument, with password protection options.
Setting up various parameters related to measurements, dependent on sensor type.
Defining the instrument's output function (Output or Simulate) and process parameters.
Configuring how the system notifies users of various error causes and their statuses.
Manual adjustment of the sensor's cell constant for accurate conductivity measurements.
Initial setup steps for basic instrument configuration like date/time and sensor settings.
Allows calibration and configuration of the instrument, with password protection options.
Setting up various parameters related to measurements, dependent on sensor type.
Defining the instrument's output function (Output or Simulate) and process parameters.
Configuring how the system notifies users of various error causes and their statuses.
Manual adjustment of the sensor's cell constant for accurate conductivity measurements.
Initial setup steps for basic instrument configuration like date/time and sensor settings.
Allows calibration and configuration of the instrument, with password protection options.
Selecting and configuring the connected sensor type for accurate measurements.
Defining the instrument's output function (Output or Simulate) and process parameters.
Configuring how the system notifies users of various error causes and their statuses.
Defining the instrument's output function (Output or Simulate) and process parameters.
Configuring how the system notifies users of various error causes and their statuses.
Detailed steps for calibrating the pH sensor using manual, automatic, or sample modes.
Procedures for safely replacing modules in the FLXA21 instrument.
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