What to do if Rae Measuring Instruments reading abnormally high?
If your Rae Measuring Instruments readings are abnormally high, there might be several reasons. First, the filter could be dirty, in which case you should replace it. Second, the sensor module might be dirty, so try blow-drying it. Excessive moisture or water condensation, or incorrect calibration, can also cause this issue, so calibrate the unit.
What to do if Rae Measuring Instruments reading abnormally low?
If the Rae Measuring Instruments readings are abnormally low, consider these potential causes. A dirty filter could be the problem, so replace it. Alternatively, the sensor module might be dirty; in this case, remove the Calibration Adapter. If the lamp is weak or dirty, or the unit is incorrectly calibrated, calibrate the unit. Also, check for air leakage.
Why can't I turn on my Rae ppbRAE 3000 after charging the battery?
If you cannot turn on your Rae Measuring Instruments after charging, the battery might be discharged or defective. Try charging or replacing the battery.
What to do if the Rae Measuring Instruments displays a 'Lamp' message during operation?
If your Rae Measuring Instruments shows a 'Lamp' message during operation, it could be due to the lamp drive circuit or a weak/defective PID lamp. First, try turning the unit off and back on. If the issue persists, replace the UV lamp.
What to do if the inlet flow is too low in Rae Measuring Instruments?
If the inlet flow is too low in your Rae Measuring Instruments, it could be due to a damaged pump diaphragm or 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 the buzzer is inoperative in Rae ppbRAE 3000?
If the buzzer in your Rae Measuring Instruments is inoperative, it might be a bad buzzer. Check that the buzzer is not turned off.
Overview of the instrument's design, features, and capabilities.
Technical details including size, weight, detector, battery, and operating hours.
Step-by-step guide for charging the instrument's battery.
Explanation of the instrument's display, keys, and controls.
Procedures for turning the instrument on/off and using basic functions.
Detailed procedure for performing zero and span calibrations.
Procedure and importance of performing daily bump tests.
Accessing and navigating the instrument's configuration menus.
Guide to transferring logged data and updating firmware.
Guidance on instrument maintenance, including battery and sensor care.
Common problems and their solutions for the instrument.
Contact information for technical support services.
Overview of the instrument's design, features, and capabilities.
Technical details including size, weight, detector, battery, and operating hours.
Step-by-step guide for charging the instrument's battery.
Explanation of the instrument's display, keys, and controls.
Procedures for turning the instrument on/off and using basic functions.
Detailed procedure for performing zero and span calibrations.
Procedure and importance of performing daily bump tests.
Accessing and navigating the instrument's configuration menus.
Guide to transferring logged data and updating firmware.
Guidance on instrument maintenance, including battery and sensor care.
Common problems and their solutions for the instrument.
Contact information for technical support services.
General| Sensor Type | Photoionization Detector (PID) |
|---|---|
| Gas Detected | Volatile Organic Compounds (VOCs) |
| Resolution | 1 ppm |
| Battery | Rechargeable Lithium-ion battery |
| Data Logging | Yes |
| Pump Flow Rate | Approximately 450 cc/min |
| Operating Temperature | -4°F to 122°F (-20°C to 50°C) |
| Operating Humidity | 0 to 95% RH (non-condensing) |
| Display | LCD with backlight |
| Wireless Communication | Bluetooth |
| Alarms | Visual and audible alarms |
| Communication | USB, Bluetooth |
| Accuracy | ±5% of reading or ±1 ppm for PID, ±3% of reading for LEL, ±0.7% vol for O2, etc. |
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