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General| Display | 7-inch color touchscreen |
|---|---|
| Power Supply | 24 VDC |
| Enclosure Rating | IP65 |
| Operating Temperature | -20 to 55 °C (-4 to 131 °F) |
| Output | 4-20 mA, digital communication |
| Communication Protocols | HART, Modbus |
| Measurement Parameter | pH, ORP, Conductivity, Dissolved Oxygen |
| Number of Channels | 1 or 2 |
| Measurement Range | pH: 0-14 |
| Temperature Compensation | Automatic |
| Process Connection | Dependent on sensor connected |
Defines equipment and symbols used in the manual.
Instructions for proper unit disposal according to environmental regulations.
General overview of the M800 transmitter unit.
Details of the 1-channel version of the M800.
Details of the 2 and 4-channel M800 versions.
Information about the M800 display screens.
Description of the M800's automatic start screen.
How to activate the M800 menu screen.
How to display measurements as a trend over time.
Steps to activate the trend display screen.
Options for configuring the trend display.
How to deactivate the trend display screen.
How to control and navigate the M800 interface.
Overview of the M800's menu tree structure.
Description of interactive elements and controls.
How to input data using the keypad.
How selection menus work.
Options presented when saving changes.
Managing passwords for menu access.
Notes on display behavior during alarms or hold states.
Procedures for unpacking and inspecting the M800 transmitter.
Instructions for mounting the 1/2 DIN PC housing versions.
Dimensional specifications for the 1/2 DIN PC housing.
Step-by-step mounting guide for 1/2 DIN PC housing.
Panel mounting instructions for 1/2 DIN PC housing.
Wall mounting instructions for the 1/2 DIN version.
Pipe mounting instructions for 1/2 DIN PC housing.
Instructions for mounting the stainless steel M800 version.
Dimensional specifications for the stainless steel version.
Step-by-step mounting guide for stainless steel version.
Wall mounting instructions for the stainless steel version.
Pipe mounting instructions for the stainless steel version.
Procedures for connecting electrical power to the M800.
Defines the function of each terminal on the M800.
Terminal assignments for the M800 1-channel version.
Steps to put the M800 transmitter into operation.
Steps to take the M800 transmitter out of service.
General procedure for sensor calibration.
Calibration for UniCond2e/UniCond4e ISM sensors.
Conductivity calibration for UniCond2e/UniCond4e sensors.
One-point conductivity calibration procedure.
Two-point conductivity calibration procedure.
Process conductivity calibration procedure.
Calibration for Cond2e/Cond4e sensors.
One-point calibration procedure.
Two-point calibration procedure.
Process calibration procedure.
Procedures for calibrating pH sensors.
One-point pH calibration procedure.
Two-point pH calibration procedure.
Process pH calibration procedure.
ORP calibration for pH sensors.
Calibration for amperometric oxygen sensors.
One-point calibration for oxygen sensors.
Process calibration for oxygen sensors.
Calibration for optical oxygen ISM sensors.
One-point calibration for optical oxygen sensors.
Two-point calibration for optical oxygen sensors.
Process calibration for optical oxygen sensors.
Calibration for dissolved CO2 ISM sensors.
One-point calibration for CO2 sensors.
Two-point calibration for CO2 sensors.
Process calibration for CO2 sensors.
Calibration for thermal conductivity CO2 sensors.
One-point calibration for thermal conductivity CO2.
Process calibration for thermal conductivity CO2.
Calibration for O3 ISM sensors.
One-point calibration for O3 sensors.
Process calibration for O3 sensors.
Calibration for flow sensors (ISM only).
One-point calibration for flow sensors.
Two-point calibration for flow sensors.
Turbidity calibration for InPro8000 series.
Multi-point turbidity calibration procedure.
Process turbidity calibration procedure.
In-situ turbidity calibration procedure.
Manual editing of calibration parameters.
Turbidity calibration for InPro8600i sensors.
Process calibration for InPro8600i sensors.
Procedure for verifying sensor performance.
Editing calibration constants for flow sensors.
Calibration of UniCond2e sensor electronics.
Calibration of the transmitter's meter functions.
Resistance calibration for analog sensors.
Temperature calibration for analog sensors.
Voltage calibration procedure.
Current calibration procedure.
Rg diagnostic calibration procedure.
Rr diagnostic calibration procedure.
Calibration process for flow meters.
Verifying flow meter readings.
Calibrating the analog output signals.
Calibrating the analog input signals.
Procedures for routine maintenance.
Settings related to sensor measurements.
Configuration for sensor channels.
Setup for derived measurements like rejection or calculated values.
Calculation of percent rejection in RO applications.
Calculated pH for power plant applications.
Calculated CO2 for power plant applications.
Settings for how measurements are displayed.
Adjusting parameters for specific measurements.
Specific settings for conductivity measurements.
Specific settings for pH measurements.
Configuration for amperometric oxygen sensors.
Configuration for optical oxygen sensors.
Configuration for dissolved CO2 sensors.
Configuration for thermal conductivity CO2.
Configuration for TOC measurements.
Configuration settings for flow sensors.
Configuration for InPro8000 series turbidity sensors.
Configuration for InPro8600i turbidity sensors.
Setup for deionization capacity measurement.
Defining concentration curves for specific solutions.
Selecting the temperature source for analog sensors.
Configuration of analog output signals.
Setting up alarm and control points.
Configuration for ISM sensors.
Monitoring sensor status and parameters.
Setting limits for CIP cycles.
Setting limits for SIP cycles.
Setting limits for AutoClave cycles.
Adjusting sensor sensitivity for DLI calculation.
Configuring SAN cycle parameters for ozone sensors.
Resetting counters for UniCond2e sensors.
Setting the calibration interval for UniCond2e sensors.
Configuring general alarm settings.
Setting up ISM and sensor-specific alarms.
Configuring cleaning cycles.
Customizing display settings.
Configuring digital input signals.
System settings like language and date/time.
Configuring PID control loops.
Overview of sensor status and parameters.
Listing and managing warnings and alarms.
Diagnostic menus for ISM sensors.
Diagnostics for specific ISM sensor types.
Diagnostics for UniCond2e/UniCond4e sensors.
Accessing and viewing sensor calibration history.
Calibration data for ISM sensors (excluding UniCond2e/4e).
Calibration data for UniCond2e/UniCond4e sensors.
Displaying sensor model, HW/SW version, and serial numbers.
Displaying hardware and software versions.
Accessing the transmitter's log book entries.
Procedure to define functions as wizards.
How to access configured wizards.
Instructions for cleaning the front panel.
Software history for M800 Process.
Software history for M800 Water.
Error messages and alarms for analog conductivity sensors.
Error messages and alarms for ISM conductivity sensors.
Error messages and warnings for pH sensors.
Error messages for standard pH sensors.
Error messages for dual membrane pH electrodes.
ORP specific error messages.
Error messages and alarms for amperometric O2 sensors.
Troubleshooting for high-level oxygen sensors.
Troubleshooting for low-level oxygen sensors.
Troubleshooting for trace oxygen sensors.
How warnings and alarms are indicated on the display.
Visual indication of warnings on the display.
Visual indication of alarms on the display.
Overview of transmitter models and order numbers.
List of available accessories and spare parts.
General technical specifications for the M800.
Detailed electrical specifications of the M800.
Physical dimensions and build specifications.
Mechanical specs for PC housing versions.
Mechanical specs for stainless steel versions.
Environmental operating conditions and ratings.
Classification for hazardous location use.
Ex classification for 4/2-channel versions.
Ex certification for 1-channel versions.
Statement of intended use for the M800 transmitter.
Defines equipment and symbols used in the manual.
General overview of the M800 transmitter unit.
Details of the 1-channel version of the M800.
Details of the 2 and 4-channel M800 versions.
Information about the M800 display screens.
Description of the M800's automatic start screen.
How to activate the M800 menu screen.
How to display measurements as a trend over time.
Steps to activate the trend display screen.
Options for configuring the trend display.
How to deactivate the trend display screen.
How to control and navigate the M800 interface.
Overview of the M800's menu tree structure.
Description of interactive elements and controls.
How to input data using the keypad.
How selection menus work.
Options presented when saving changes.
Managing passwords for menu access.
Notes on display behavior during alarms or hold states.
Procedures for unpacking and inspecting the M800 transmitter.
Instructions for mounting the 1/2 DIN PC housing versions.
Dimensional specifications for the 1/2 DIN PC housing.
Step-by-step mounting guide for 1/2 DIN PC housing.
Panel mounting instructions for 1/2 DIN PC housing.
Wall mounting instructions for the 1/2 DIN version.
Pipe mounting instructions for 1/2 DIN PC housing.
Instructions for mounting the stainless steel M800 version.
Dimensional specifications for the stainless steel version.
Step-by-step mounting guide for stainless steel version.
Wall mounting instructions for the stainless steel version.
Pipe mounting instructions for the stainless steel version.
Procedures for connecting electrical power to the M800.
Defines the function of each terminal on the M800.
Terminal assignments for the M800 1-channel version.
Connection details for InPro8000 turbidity sensors.
Terminal assignments for the M800 2-channel version.
Terminal assignments for the M800 4-channel version.
TB2 terminal assignments for conductivity analog sensors.
TB2 terminal assignments for pH/ORP analog sensors.
TB2 terminal assignments for oxygen analog sensors.
TB2/TB4 terminal assignments for various ISM sensors.
TB2/TB4 terminal assignments for pH, O2, CO2, O3 ISM sensors.
TB3 terminal assignments for optical O2, CO2 hi, UniCond2e/4e ISM sensors.
TB3 terminal assignments for pH and Turbidity ISM sensors.
TB3 terminal assignments for flow sensors.
Information on connecting flow sensors.
Details about the flow sensor input wiring kit.
List of items included in the wiring kit.
Wiring instructions for compatible flow sensors.
Wiring diagrams for "HIGH" type flow sensors.
Wiring diagrams for "LOW" type flow sensors.
Wiring diagrams for "TYPE 2" flow sensors.
Steps to put the M800 transmitter into operation.
Steps to take the M800 transmitter out of service.
General procedure for sensor calibration.
Calibration for UniCond2e/UniCond4e ISM sensors.
Conductivity calibration for UniCond2e/UniCond4e sensors.
One-point conductivity calibration procedure.
Two-point conductivity calibration procedure.
Process conductivity calibration procedure.
Temperature calibration for UniCond2e/UniCond4e sensors.
One-point temperature calibration procedure.
Two-point temperature calibration procedure.
Calibration for Cond2e/Cond4e sensors.
One-point calibration procedure.
Two-point calibration procedure.
Process calibration procedure.
Procedures for calibrating pH sensors.
One-point pH calibration procedure.
Two-point pH calibration procedure.
Process pH calibration procedure.
ORP calibration for pH sensors.
Calibration for amperometric oxygen sensors.
One-point calibration for oxygen sensors.
Process calibration for oxygen sensors.
Calibration for optical oxygen ISM sensors.
One-point calibration for optical oxygen sensors.
Two-point calibration for optical oxygen sensors.
Process calibration for optical oxygen sensors.
Calibration for dissolved CO2 ISM sensors.
One-point calibration for CO2 sensors.
Two-point calibration for CO2 sensors.
Process calibration for CO2 sensors.
Calibration for thermal conductivity CO2 sensors.
One-point calibration for thermal conductivity CO2.
Process calibration for thermal conductivity CO2.
Calibration for O3 ISM sensors.
One-point calibration for O3 sensors.
Process calibration for O3 sensors.
Calibration for flow sensors (ISM only).
One-point calibration for flow sensors.
Two-point calibration for flow sensors.
Turbidity calibration for InPro8000 series.
Multi-point turbidity calibration procedure.
Process turbidity calibration procedure.
In-situ turbidity calibration procedure.
Manual editing of calibration parameters.
Turbidity calibration for InPro8600i sensors.
Process calibration for InPro8600i sensors.
Procedure for verifying sensor performance.
Editing calibration constants for flow sensors.
Calibration of UniCond2e sensor electronics.
Calibration of the transmitter's meter functions.
Resistance calibration for analog sensors.
Temperature calibration for analog sensors.
Voltage calibration procedure.
Current calibration procedure.
Rg diagnostic calibration procedure.
Rr diagnostic calibration procedure.
Calibration process for flow meters.
Verifying flow meter readings.
Calibrating the analog output signals.
Calibrating the analog input signals.
Procedures for routine maintenance.
Settings related to sensor measurements.
Configuration for sensor channels.
Setup for derived measurements like rejection or calculated values.
Calculation of percent rejection in RO applications.
Calculated pH for power plant applications.
Calculated CO2 for power plant applications.
Settings for how measurements are displayed.
Adjusting parameters for specific measurements.
Specific settings for conductivity measurements.
Specific settings for pH measurements.
Configuration for amperometric oxygen sensors.
Configuration for optical oxygen sensors.
Configuration for dissolved CO2 sensors.
Configuration for thermal conductivity CO2.
Configuration for TOC measurements.
Configuration settings for flow sensors.
Configuration for InPro8000 series turbidity sensors.
Configuration for InPro8600i turbidity sensors.
Setup for deionization capacity measurement.
Defining concentration curves for specific solutions.
Selecting the temperature source for analog sensors.
Configuration of analog output signals.
Setting up alarm and control points.
Configuration for ISM sensors.
Monitoring sensor status and parameters.
Setting limits for CIP cycles.
Setting limits for SIP cycles.
Setting limits for AutoClave cycles.
Adjusting sensor sensitivity for DLI calculation.
Configuring SAN cycle parameters for ozone sensors.
Resetting counters for UniCond2e sensors.
Setting the calibration interval for UniCond2e sensors.
Configuring general alarm settings.
Setting up ISM and sensor-specific alarms.
Configuring cleaning cycles.
Customizing display settings.
Configuring digital input signals.
System settings like language and date/time.
Configuring PID control loops.
Overview of sensor status and parameters.
Listing and managing warnings and alarms.
Diagnostic menus for ISM sensors.
Diagnostics for specific ISM sensor types.
Diagnostics for UniCond2e/UniCond4e sensors.
Accessing and viewing sensor calibration history.
Calibration data for ISM sensors (excluding UniCond2e/4e).
Calibration data for UniCond2e/UniCond4e sensors.
Displaying sensor model, HW/SW version, and serial numbers.
Displaying hardware and software versions.
Accessing the transmitter's log book entries.
Procedure to define functions as wizards.
How to access configured wizards.
Instructions for cleaning the front panel.
Software history for M800 Process.
Software history for M800 Water.
Error messages and alarms for analog conductivity sensors.
Error messages and alarms for ISM conductivity sensors.
Error messages and warnings for pH sensors.
Error messages for standard pH sensors.
Error messages for dual membrane pH electrodes.
ORP specific error messages.
Error messages and alarms for amperometric O2 sensors.
Troubleshooting for high-level oxygen sensors.
Troubleshooting for low-level oxygen sensors.
Troubleshooting for trace oxygen sensors.
How warnings and alarms are indicated on the display.
Visual indication of warnings on the display.
Visual indication of alarms on the display.
Overview of transmitter models and order numbers.
List of available accessories and spare parts.
General technical specifications for the M800.
Specifications for Cond2e/Cond4e conductivity sensors.
Specifications for pH measurements.
Specifications for amperometric oxygen sensors.
Specifications for optical oxygen sensors.
Specifications for turbidity sensors.
Specifications for dissolved carbon dioxide sensors.
Detailed electrical specifications of the M800.
Physical dimensions and build specifications.
Mechanical specs for PC housing versions.
Mechanical specs for stainless steel versions.
Environmental operating conditions and ratings.
Classification for hazardous location use.
Ex classification for 4/2-channel versions.
Ex certification for 1-channel versions.
List of standard pH buffers for automatic recognition.
pH values for Mettler-9 buffer at various temperatures.
pH values for Mettler-10 buffer at various temperatures.
pH values for NIST Technical buffers at various temperatures.
pH values for NIST standard buffers at various temperatures.
pH values for Hach buffers up to 60 °C.
pH values for Ciba (94) buffers at various temperatures.
pH values for Merck Titrisole/Riedel-de-Haën buffers.
pH values for WTW buffers at various temperatures.
pH values for JIS Z 8802 buffers at various temperatures.
pH buffer solutions for dual membrane electrodes.
pH values for Mettler-pH/pNa buffers at various temperatures.
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