What should I do if I get a 'Desiccant exhausted or not present' error on my METER Measuring Instruments?
If you receive a 'Desiccant exhausted or not present' error on your METER Measuring Instruments, ensure that desiccant is in place or replace it with a fresh batch if taking measurements with desiccant. Alternatively, press ENTER to proceed with measurements without desiccant.
What causes 'Too much drift' error in METER SC-1 and how to solve it?
If you are getting a 'Too much drift' error on your METER Measuring Instruments, it means that stable calibration readings were not achieved in 10 readings. Leave the sensor head at ambient conditions for 15 min and try again.
Why won't my METER Measuring Instruments SC-1 calibrate, even after multiple attempts?
If your METER Measuring Instruments SC-1 will not calibrate, even after multiple attempts, it may not be in thermal equilibrium. Leave the sensor head at ambient conditions for 15 min and try again.
Why does the equilibration shake down period between measurements extend past 75 seconds on my METER Measuring Instruments?
If the equilibration shake down period between measurements extends past 75 s on your METER Measuring Instruments, check the integrity of the round rubber seal that caps the measurement chamber, as an air leak may have developed. Test for leaks by placing fresh desiccant in the desiccant chamber and leaving the sensor head undisturbed for 2-3 days. Use the diagnostics screen to check the RH of the unopened sensor head. If the RH is >10%, there is a leak.
What should I do if my METER SC-1 Measuring Instruments shows a 'Desiccant not detected' error?
If your METER Measuring Instruments shows a 'Desiccant not detected' error, ensure that desiccant is in place or replace it with a fresh batch.
General| Brand | METER |
|---|---|
| Model | SC-1 |
| Category | Measuring Instruments |
| Language | English |
Steps to configure the SC-1 system date, time, and units for accurate readings.
Guide on how to take measurements using the SC-1 Leaf Porometer.
Factors affecting stomatal conductance readings like light, temperature, and humidity.
Step-by-step process for taking measurements with the SC-1 Leaf Porometer.
Instructions on how to save, annotate, or discard measurement data.
Steps to view previously saved test results on the SC-1 controller.
How to download measurement data from the SC-1 to a computer.
Procedures for erasing all stored data from the SC-1 controller or utility.
Detailed measurement and physical specifications for the SC-1 Leaf Porometer.
Description of the SC-1 sensor head, its function, and components.
Description of the SC-1 controller, its buttons, and interface.
Explanation of the main menus: Measurement, Data, and Configuration tabs.
Explanation of Auto and Manual measurement modes for the SC-1.
Details on the Leaf Porometer Utility software for data management and settings.
Explanation of the scientific principles behind SC-1 stomatal conductance measurements.
Guidance on ensuring and performing accurate stomatal conductance measurements.
Steps to verify the SC-1's accuracy before taking measurements.
Detailed steps for performing a user-initiated calibration of the SC-1.
Guidelines for system inspection, parts replacement, and instrument cleaning.
Instructions on how to change the AA batteries in the SC-1 controller.
Procedures for cleaning the SC-1 sensor head to maintain performance.
Steps for replacing damaged or missing leaf pads on the SC-1 sensor head.
Common problems, their causes, and solutions for the SC-1 Leaf Porometer.
Contact information for METER customer support in North America and Europe.
Agreement to METER Group's terms and conditions for using the instrument.
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