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Type | Motion Sensor |
---|---|
Power Source | Battery |
Detection Range | Up to 30 feet |
Battery Life | Up to 2 years |
Operating Temperature | 32°F to 104°F (0°C to 40°C) |
Mounting | Wall |
Explains symbols like Warning, Caution, and Note for safety precautions.
Details the specific warning label for fuses and grounding.
Compliance with EMC and Low Voltage Directives, including technical standards.
FCC statement regarding radio frequency interference for US users.
Introduces the instruction manual's purpose and scope for users.
Lists recommended environmental and operational conditions for instrument installation.
Outlines the product's warranty terms, coverage, and limitations.
Provides an overview of the RI-2031 detector's features and capabilities.
Lists detailed technical specifications including range, linearity, and cell capacity.
Identifies and describes components and connections on the front panel.
Details the functions of the instrument's operation panel and keys.
Identifies and describes connectors, ports, and terminals on the back panel.
Explains the power-on sequence and automatic self-diagnostic tests.
Describes the correct procedure for powering off the instrument.
Details how to modify instrument parameters like range and response.
Describes how to enable, disable, and set temperature control.
Explains how to change the output polarity of the signal.
Details how to operate the purge valve for solvent replacement.
Explains how to perform automatic zero adjustment.
Lists and explains error and warning messages encountered during operation.
Summarizes various operations performed using the [SHIFT] key.
Explains how to view preamplified output for bubble detection and zero adjustment.
Describes settings for automatic or manual auto-zero execution.
Explains how to adjust the zero point for integrator output.
Shows how to display and set the lamp operation time.
Details how to select signal filtering methods for noise reduction.
Covers various other settings accessible via the [SHIFT][MARK] key.
Overview of operations possible in program mode for automated analysis.
Explains how to switch between normal operation and program modes.
Describes how to set and load program files.
Covers the process of editing programs, including initial parameters.
Explains how to edit time programs step-by-step with examples.
Describes how to start, stop, and execute time programs.
Explains how to adjust the measurement range for high concentration samples.
Details tubing setup and solvent replacement for 10mL/min flow rate.
Details tubing setup and solvent replacement for 10-50mL/min flow rate.
Lists and explains error messages and how to resolve them.
Describes errors occurring during initial power-on diagnostic tests.
Lists checks performed during instrument operation.
Provides meanings and countermeasures for various error messages.
Explains methods for removing bubbles from the flow cell.
Describes baseline phenomena associated with bubble generation.
Details various methods for removing bubbles from the flow cell.
Explains the procedure for cleaning the flow cell.
Describes the process of calibrating the detector.
Details tubing and standard solution preparation for calibration.
Details replacing tubing system solvent with water.
Explains how to confirm and set calibration constants (K1, K2).
Describes an alternative, less accurate calibration method.
Explains how to set the lamp maintenance warning time.
Details how to input or re-input the instrument's serial number.
Provides instructions for replacing power fuses.
Explains the theoretical principles of the instrument's operation.
Explains the theory of operation for deflection differential refractometers.
Describes the optical components and their arrangement in the detector.
Details how the instrument processes signals for refractive index measurement.
Illustrates flow paths for different tubing arrangements.
Lists the internal volumes of tubing for different flow rates.