Why does my Rae Test Equipment read abnormally high?
An abnormally high reading on your Rae Test Equipment can be caused by several factors: a dirty filter (replace the filter), a dirty sensor module (blow-dry the sensor module), excessive moisture and water condensation, or incorrect calibration (calibrate the unit).
What to do if my Rae UltraRAE 3000 reads abnormally low?
An abnormally low reading on your Rae Test Equipment can be due to a dirty filter (replace the filter), a dirty sensor module, a weak or dirty lamp, incorrect calibration (calibrate the unit), or air leakage (check for air leakage).
How to fix inlet flow too low in Rae UltraRAE 3000?
If the inlet flow is too low in your Rae Test Equipment, it could be due to a pump diaphragm damaged or containing debris, or flow path leaks. Check the flow path for leaks, including the sensor module O-ring, tube connectors, and Teflon tube compression fitting.
What to do if I see a “Lamp” message during operation of Rae Test Equipment?
If you see a 'Lamp' message during operation of your Rae Test Equipment, it could be due to the lamp drive circuit or a weak or defective PID lamp. Try turning the unit off and then back on. If the problem persists, replace the UV lamp.
How to fix Rae UltraRAE 3000 Test Equipment that cannot turn on after charging the battery?
If your Rae Test Equipment cannot turn on after charging, it may be due to a discharged or defective battery. Try charging or replacing the battery.
What to do if Buzzer is Inoperative in Rae Test Equipment?
If the buzzer is inoperative in your Rae Test Equipment, check that the buzzer is not turned off.
What to do if Rae Measuring Instruments reading is abnormally high?
If your Rae Measuring Instruments reading is abnormally high, it might be due to a few reasons. First, check if the filter is dirty and replace it if needed. Also, the sensor module might be dirty, so try blow-drying it. Ensure that the unit is correctly calibrated. Note that excessive moisture and water condensation can also cause abnormally high readings.
What to do if Rae Measuring Instruments reading is abnormally low?
If your Rae Measuring Instruments reading is abnormally low, there are several potential causes. Start by replacing the filter if it's dirty. Ensure that the unit is correctly calibrated. You may also want to check for air leakage.
How to fix Rae Measuring Instruments when it displays a 'Lamp' message during operation?
If your Rae Measuring Instruments displays a 'Lamp' message during operation, try turning the unit off and then back on. If the issue persists, the UV lamp may be weak or defective and needs replacement.
What to do if Rae Measuring Instruments inlet flow is too low?
If the inlet flow of your Rae Measuring Instruments is too low, it could be due to a damaged pump diaphragm or debris in the pump. Also, check the flow path for leaks, including the sensor module O-ring, tube connectors, and Teflon tube compression fitting.
Device complies with FCC Part 15 rules and operates under specified conditions.
Lists included accessories like calibration kit, charger, data cable, etc.
Describes the UltraRAE 3000 as a portable compound-specific PID monitor.
Highlights features like lightweight design, accuracy, user-friendliness, and datalogging.
Lists standard items like AC adapter, external filter, etc.
Lists optional items like calibration adapter, regulator, zeroing kit.
Describes the display, LEDs, alarm transducer, and four keys.
Explains the labeled functions of the Y/+, MODE, N/-, and flashlight keys.
Step-by-step guide for powering on the instrument.
Instructions for shutting down the instrument.
How to use the instrument's flashlight feature.
Explains different pump status icons displayed on the screen.
Important cautions regarding electrical shock and hazardous environments.
Warning about electrostatic ignition and the rubber boot.
Explains residual vapor effects on initial PID sensor readings.
Advises on charging the instrument before use and for at least 10 hours.
Instructions to clean only with a damp cloth.
Emphasizes qualified personnel, manual study, and battery usage.
Importance of calibration and daily accuracy checks.
Lists keys, LCD, flashlight, LEDs, charge contacts, tube holder, USB port, rubber cover.
Details size, weight, detector type, battery, charging, and operating hours.
Table showing range and resolution for different lamps.
Lists intrinsic safety certifications and EM interference compliance.
Details alarm settings, operating modes, datalogging capacity, and communication.
Step-by-step guide to install the alkaline battery adapter.
Instructions for inserting AA batteries into the adapter.
Important information about alkaline batteries not being rechargeable.
Steps to charge the instrument using the charger stand or travel charger.
Note about cleaning contacts before connecting the charger.
Explains the LED indicators and display messages during charging.
Describes the warning signals for low battery voltage.
Describes the display, LEDs, alarm transducer, and four keys.
Explains the labeled functions of the Y/+, MODE, N/-, and flashlight keys.
Illustrates how display panes map to the Y/+, MODE, and N/- keys in menus.
Lists and describes the information shown on the display.
Step-by-step guide for powering on the instrument.
Instructions for shutting down the instrument.
How to use the flashlight feature.
Explains the icons for normal operation, duty cycling, and pump failure.
Describes the icon indicating when calibration is needed and why.
Explains the two primary operating modes of the UltraRAE 3000.
Guides on navigating between modes and potential password entry.
Explains how to perform compound-specific measurements using a RAE-Sep tube.
Outlines the steps for a compound-specific measurement.
Details on preparing for and executing a compound-specific measurement.
Instructions on preparing the RAE-Sep separation tube.
Instructions for inserting the separation tube into the probe.
Procedure to test for leaks after inserting the tube.
How to start the measurement process after tube insertion.
Options after measurement, like continuing sampling or returning to the menu.
Description of the default operating mode and its features.
Steps to perform a fresh air (zero) calibration.
Explains when the instrument triggers alarms (gas concentration, low battery, lamp failure, etc.).
Details the messages and corresponding alarm signals.
Table showing default calibration gases and alarm limits.
How to test the audible and visible alarms.
Describes the disk icon indicating datalogging is active.
Lists information stored with measurements (user ID, calibration date, etc.).
Explains how new datalog events are created.
Explains the three datalogging modes.
Lists items included with the instrument.
Lists accessories included in hard-case kits.
Flowchart illustrating the two-point calibration process in Basic/Hygiene mode.
Steps to enter the calibration menu, including password entry.
Describes the options in the calibration menu: Zero Calib, Span Calib.
Explains how zero calibration determines the sensor's zero point.
Steps to initiate and perform a zero calibration.
Details the zeroing process, countdown, and completion message.
Explains how span calibration determines the second point of the sensor curve.
Steps to initiate and perform a span calibration.
Details the 30-second countdown and automatic calibration process.
Describes the process of exiting calibration and updating settings.
Explains the need for a second span calibration for enhanced accuracy.
Details on performing the second span calibration process.
Steps to exit the three-point calibration process.
How to access the programming mode, including password entry.
Table showing the main programming menus and their sub-menus.
Explains how to navigate through the programming menus using the keys.
Describes the Zero and Span calibration options within the programming menu.
Explains how to select measurement gases from different lists.
Describes how to choose measurement units like ppm or mg/m3.
How to select the appropriate separation tube type.
How to change High, Low, STEL, and TWA alarm limits.
How to select between Latched and Automatic Reset alarm modes.
How to erase all stored datalog data.
How to set the time interval for datalogging.
Explains the three datalogging modes.
How to turn the radio connection on or off.
How to select between Hygiene and Search operation modes.
How to enter and set the 8-digit Site ID.
How to switch between Basic and Advanced user modes.
Compares the features of Hygiene and Search modes.
Illustrates the default navigation flow in this mode.
Steps to enter Programming Mode to change operational mode.
How to select Search mode after accessing Monitor Setup.
How to activate and stop sampling in Search Mode.
Step-by-step guide to enter Diagnostic Mode with the instrument off.
How to adjust pump stall parameters.
Procedure to test the humidity sensor.
How to exit Diagnostic Mode and prevent re-entry without a restart.
Steps to download datalogged data to a computer.
Steps to upload new firmware to the instrument.
Lists major maintenance tasks like battery, sensor, lamp, and pump.
Information on recharging and replacing the instrument's battery.
When to clean the PID sensor, lamp, and housing.
Detailed steps for cleaning the PID sensor module with methanol.
Solutions for the instrument not turning on or a lost password.
Reasons and solutions for abnormal high or low readings.
Solutions for a non-operative buzzer or low inlet flow.
Solutions for a "Lamp" message during operation.
Provides contact information for RAE Systems Technical Support.
Lists contact details for RAE Systems HQ and European offices.
Lists contact details for UK, France, and Netherlands offices.
Lists contact details for Spain, Middle East, and Hong Kong offices.
Lists contact details for Japan and Korea offices.
Instructions for powering on the instrument.
Instructions for powering off the instrument.
Details alarm messages, conditions, and preset limits.
Information on factory calibration and default alarm limits.
Device complies with FCC Part 15 rules and operates under specified conditions.
Lists included accessories like calibration kit, charger, data cable, etc.
Describes the UltraRAE 3000 as a portable compound-specific PID monitor.
Highlights features like lightweight design, accuracy, user-friendliness, and datalogging.
Lists standard items like AC adapter, external filter, etc.
Lists optional items like calibration adapter, regulator, zeroing kit.
Describes the display, LEDs, alarm transducer, and four keys.
Explains the labeled functions of the Y/+, MODE, N/-, and flashlight keys.
Step-by-step guide for powering on the instrument.
Instructions for shutting down the instrument.
How to use the instrument's flashlight feature.
Explains different pump status icons displayed on the screen.
Important cautions regarding electrical shock and hazardous environments.
Warning about electrostatic ignition and the rubber boot.
Explains residual vapor effects on initial PID sensor readings.
Advises on charging the instrument before use and for at least 10 hours.
Instructions to clean only with a damp cloth.
Emphasizes qualified personnel, manual study, and battery usage.
Importance of calibration and daily accuracy checks.
Lists keys, LCD, flashlight, LEDs, charge contacts, tube holder, USB port, rubber cover.
Details size, weight, detector type, battery, charging, and operating hours.
Table showing range and resolution for different lamps.
Lists intrinsic safety certifications and EM interference compliance.
Details alarm settings, operating modes, datalogging capacity, and communication.
Step-by-step guide to install the alkaline battery adapter.
Instructions for inserting AA batteries into the adapter.
Important information about alkaline batteries not being rechargeable.
Steps to charge the instrument using the charger stand or travel charger.
Note about cleaning contacts before connecting the charger.
Explains the LED indicators and display messages during charging.
Describes the warning signals for low battery voltage.
Describes the display, LEDs, alarm transducer, and four keys.
Explains the labeled functions of the Y/+, MODE, N/-, and flashlight keys.
Illustrates how display panes map to the Y/+, MODE, and N/- keys in menus.
Lists and describes the information shown on the display.
Step-by-step guide for powering on the instrument.
Instructions for shutting down the instrument.
How to use the flashlight feature.
Explains the icons for normal operation, duty cycling, and pump failure.
Describes the icon indicating when calibration is needed and why.
Explains the two primary operating modes of the UltraRAE 3000.
Guides on navigating between modes and potential password entry.
Explains how to perform compound-specific measurements using a RAE-Sep tube.
Outlines the steps for a compound-specific measurement.
Details on preparing for and executing a compound-specific measurement.
Instructions on preparing the RAE-Sep separation tube.
Instructions for inserting the separation tube into the probe.
Procedure to test for leaks after inserting the tube.
How to start the measurement process after tube insertion.
Options after measurement, like continuing sampling or returning to the menu.
Description of the default operating mode and its features.
Steps to perform a fresh air (zero) calibration.
Explains when the instrument triggers alarms (gas concentration, low battery, lamp failure, etc.).
Details the messages and corresponding alarm signals.
Table showing default calibration gases and alarm limits.
How to test the audible and visible alarms.
Describes the disk icon indicating datalogging is active.
Lists information stored with measurements (user ID, calibration date, etc.).
Explains how new datalog events are created.
Explains the three datalogging modes.
Lists items included with the instrument.
Lists accessories included in hard-case kits.
Flowchart illustrating the two-point calibration process in Basic/Hygiene mode.
Steps to enter the calibration menu, including password entry.
Describes the options in the calibration menu: Zero Calib, Span Calib.
Explains how zero calibration determines the sensor's zero point.
Steps to initiate and perform a zero calibration.
Details the zeroing process, countdown, and completion message.
Explains how span calibration determines the second point of the sensor curve.
Steps to initiate and perform a span calibration.
Details the 30-second countdown and automatic calibration process.
Describes the process of exiting calibration and updating settings.
Explains the need for a second span calibration for enhanced accuracy.
Details on performing the second span calibration process.
Steps to exit the three-point calibration process.
How to access the programming mode, including password entry.
Table showing the main programming menus and their sub-menus.
Explains how to navigate through the programming menus using the keys.
Describes the Zero and Span calibration options within the programming menu.
Explains how to select measurement gases from different lists.
Describes how to choose measurement units like ppm or mg/m3.
How to select the appropriate separation tube type.
How to change High, Low, STEL, and TWA alarm limits.
How to select between Latched and Automatic Reset alarm modes.
How to erase all stored datalog data.
How to set the time interval for datalogging.
Explains the three datalogging modes.
How to turn the radio connection on or off.
How to select between Hygiene and Search operation modes.
How to enter and set the 8-digit Site ID.
How to switch between Basic and Advanced user modes.
Compares the features of Hygiene and Search modes.
Illustrates the default navigation flow in this mode.
Steps to enter Programming Mode to change operational mode.
How to select Search mode after accessing Monitor Setup.
How to activate and stop sampling in Search Mode.
Step-by-step guide to enter Diagnostic Mode with the instrument off.
How to adjust pump stall parameters.
Procedure to test the humidity sensor.
How to exit Diagnostic Mode and prevent re-entry without a restart.
Steps to download datalogged data to a computer.
Steps to upload new firmware to the instrument.
Lists major maintenance tasks like battery, sensor, lamp, and pump.
Information on recharging and replacing the instrument's battery.
When to clean the PID sensor, lamp, and housing.
Detailed steps for cleaning the PID sensor module with methanol.
Solutions for the instrument not turning on or a lost password.
Reasons and solutions for abnormal high or low readings.
Solutions for a non-operative buzzer or low inlet flow.
Solutions for a "Lamp" message during operation.
Provides contact information for RAE Systems Technical Support.
Lists contact details for RAE Systems HQ and European offices.
Lists contact details for UK, France, and Netherlands offices.
Lists contact details for Spain, Middle East, and Hong Kong offices.
Lists contact details for Japan and Korea offices.
Instructions for powering on the instrument.
Instructions for powering off the instrument.
Details alarm messages, conditions, and preset limits.
Information on factory calibration and default alarm limits.
General| Sensor Type | Photoionization Detector (PID) |
|---|---|
| Gas Detected | Volatile Organic Compounds (VOCs) |
| Resolution | 1 ppm |
| Lamp Energy | 10.6 eV |
| Battery Type | Rechargeable Lithium-ion |
| Operating Humidity | 0 to 95% RH (non-condensing) |
| Ingress Protection | IP65 |
| Response Time (T90) | < 3 s |
| Display | Graphical LCD |
| Data Logging | Yes |
| Wireless Communication | Bluetooth |
| Operating Temperature | -20°C to 50°C |
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