How to fix E-1 error on Accurex Measuring Instruments?
The E-1 error on your Accurex Measuring Instruments indicates that the sensor area is damaged, dirty, or blocked, possibly by a used test strip. Ensure the sensor area is clean and free of obstructions. You may need to restart the meter. If the sensor area window is broken, contact your local distributor.
What to do if Accurex Measuring Instruments shows E-3 error?
An E-3 error on your Accurex Measuring Instruments means the test strip has expired. Replace the test strips and code chip, making sure to check their expiry date.
What to do if Accurex Measuring Instruments displays E-2 error?
The E-2 error on your Accurex Measuring Instruments indicates that the test strip was removed during the test. Repeat the test, ensuring the test strip remains in place throughout the process.
Why does my Accurex Measuring Instruments show E-6 error?
The E-6 error on your Accurex Measuring Instruments means the code chip was removed. Insert the correct code chip, verify that it matches the test strip code, and then repeat the test.
Why Accurex Measuring Instruments shows E-7 error?
The E-7 error on your Accurex Measuring Instruments indicates that the environment temperature is outside the acceptable range (higher than 35°C or lower than 10°C). Move the meter to an environment where the temperature is between 10-35°C.
What to do if Accurex Measuring Instruments displays HI?
If your Accurex Measuring Instruments displays 'HI', it means the result is higher than the limited. You should retest with a new strip and contact your doctor.
How to fix E-4 error on Accurex Measuring Instruments?
The E-4 error on your Accurex Measuring Instruments indicates that the battery power is low. Charging post-test.
General| Brand | Accurex |
|---|---|
| Model | Lysun RFM-101 |
| Category | Measuring Instruments |
| Language | English |
Identifies the meter model (RFM-101) and the associated test strips.
Lists crucial safety warnings for operating the meter and handling electrical hazards.
Describes the meter's purpose for quantitative determination of Uric Acid, Creatinine, and Urea.
Explains the photochemistry principle used by the analyzer and test strips for color change detection.
Guides users on checking product delivery, completeness, and damage during transport.
Lists the essential components needed to perform a test with the meter.
Details the Renal Function Analysis Meter, test strips, optical verify strip, and other essential accessories.
Describes safety lancets, code chip, capillary tubes, instructions, and warranty card.
Diagram showing key parts of the meter like USB Port, LCD, Keys, and Holders.
General guidelines on handling the meter to ensure proper function and prevent damage.
Guidelines for storing test strips in their canister to maintain working condition and avoid inaccurate readings.
How to use the optical verify strip to check meter functionality and interpret OH or FL results.
Advice on storing, handling, and cleaning optical verify strips to ensure accurate checks.
Used to confirm test strip and meter are working properly and tests are performed correctly.
Guidelines for storing and handling control solution for accurate performance testing.
Ensure control solution and test materials reach operating temp (10-35°C) before testing.
Store control solution refrigerated or at room temperature (2-30°C). Do not freeze.
Procedure to power on the meter. It turns off automatically after 5 minutes of inactivity.
Instructions for inserting the code chip to calibrate the meter with test strips.
Press and hold the power button for 2 seconds to enter the Setting mode.
Navigate through Year, Month, Day, Hour, Minute, Sound, Bluetooth, and Printer setup.
Choose between Capillary Blood (FB), Venous Blood (VB), and Plasma/Serum (SP) for testing.
Instructions for collecting capillary and venous whole blood, plasma, and serum specimens.
How to wipe the first drop, obtain the second drop, and use a capillary tube or pipette.
Overview of the lancing device components and their functions for blood collection.
Steps for safely removing and disposing of a used lancet in a sharps container.
Step-by-step guide on how to use safety lancets for puncturing the skin.
Ensuring meter setup, code chip insertion, and comparing numbers before inserting a test strip.
How to correctly insert the test strip into the Test Strip Holder.
Applying blood specimen to the test strip when the blood drop symbol flashes.
Understanding the flashing dashes indicating the test is in progress and results display time.
Proper procedures for discarding blood specimens, used test strips, and materials as infectious.
Accessing stored test records (up to 500) via the MEM mode.
Procedure to delete data from the meter memory.
Sending records via Bluetooth or printing them when the respective functions are turned on.
Inserting the optical verify strip to check meter functionality and interpret OH or FL results.
Checking the optical strip for contamination or damage if the meter displays 'FL'.
When to test known specimens/controls according to regulations and accreditation requirements.
Performing control tests similar to blood tests, using control solution instead of blood.
Comparing code chip number with test strip label to ensure accuracy.
Navigating to CTR mode, then OPt or SOLU to select control solution testing.
Properly applying control solution to the test strip well, avoiding bubbles and ensuring correct volume.
Comparing control results with bottle label ranges to confirm meter and procedure accuracy.
Guidelines for cleaning the meter surface, LCD, and sensor area after daily testing.
Cleaning the test strip holder with a damp cloth or mild detergent.
Cleaning the meter sensor area with a cotton swab, avoiding organic solvents.
Ensuring meter surfaces, LCD, and sensor area are clean, avoiding liquids in ports.
How to charge the meter using a USB port and cable, noting it's non-operational while charging.
Guidelines for storing and handling the built-in lithium battery to prevent damage or hazards.
General precautions for accurate results and proper meter operation, including avoiding sunlight and humidity.
Specific warnings against using certain substances for cleaning to prevent meter damage.
Specifies the operating temperature (10-35°C) and humidity (≤80% RH) ranges for the meter.
Lists substances that do not affect test results and their respective amounts.
Discusses high concentrations of certain substances and the impact of anticoagulants, hemolyzed blood, etc.
Cause: Sensor area damaged, dirty, or blocked. Solution: Clean sensor area, restart meter, or contact distributor.
Cause: Test strip removed during test. Solution: Repeat test, ensure strip remains in place.
Cause: Test strip expired. Solution: Replace test strips and code chip.
Cause: Battery power low. Solution: Charge the meter.
Cause: Code chip removed. Solution: Insert proper code chip and repeat test.
Cause: Environment temperature out of range. Solution: Get meter in proper environment (10-35°C).
Cause: Result higher than limited. Solution: Retest with new strip and contact doctor.
Cause: Result lower than limited. Solution: Retest with new strip and contact doctor.
Details the accuracy specifications for UA, CR, and UR measurements, including range and bias.
Details the precision specifications for UA, CR, and UR measurements, including SD and CV.
Specifies the methodology (Reflectance Photometer) and maximum test time (≤5 min).
Details the measurement ranges for UA, CR, UR and the types of specimens accepted.
Specifies power source (charging battery) and memory capacity (500 records).
Lists meter storage, transportation, and system operating conditions like temperature and humidity.
Explains common symbols found on the device and packaging, such as 'Do not reuse', 'Keep dry', 'CE marking'.
Instructions to complete and mail the warranty card within 30 days of purchase.
Details the 2-year warranty, exceptions, and limitations for defects in materials and workmanship.
States that this warranty is in lieu of all other expressed or implied warranties.
Excludes liability for indirect, special, or consequential damages and directs users to contact local distributors for service.
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