5、 按全通道测试键，使仪器进入测试状态，待4次测试结束，按打印键，则

5, according to the full channel test button, the instrument into the test state, completion of the 4 tests, print key press, print the 2nd, 3rd 4th data and this sequence three times per 1ml mean particles. <br>6, the measured average is within a predetermined value to be ± 10%. If compliance, the threshold level should be adjusted after ≥10μm channel, re-test until compliance. (If the user-positive experience, should satisfy the pharmacopoeia requirements prescribed value within ± 20%.) <br>7, 3, the resolution of the sensor <br>8, for example: ≧ 10 channel resolution detector <br>9, standard particle: peak particle diameter: 10μm ± 0.5 [mu] m <br>10, particle size standard deviation S: 1 m <br>. 11, dilution: 1000-1500 particles / ml <br>12 is, test method: when the instrument power on self test is complete, the instrument has been tested for environmental compliance purified water, a standard particle 10μm dilution force flip back and forth 20 times to a uniform particle distribution, certain amount of the test article (about 2/3 cup sample), the sample cup on the table the test article, was allowed to stand until the bubbles disappear, slowly open the stirrer , stirring speed adjustment, (medium), close the sampling window door. <br>13, the instrument should be tested, the test instrument as described in Pharmacopoeia state, press the test button in the full channel state of the channel 8, 8 entering the path test state. Press the start button, test four times, the first time the data was discarded, taking the 2nd, 3rd, 4th data recording ≥8μm≥10μm, ≥12μm mean particles, satisfy the following calculation formula sensor resolution: <br><br><br><br>14, ≥10μm: above 10μm particles containing accumulated count. <br>15, ≥10μm-≥12μm: containing more than 10μm 12μm particles accumulated count by subtracting the above-containing particles accumulated count. Also known as the difference counts, particle size refers to the channel and the next higher number of particles between the particle diameter of the channel. <br>16, if the measured sensor resolution

5, press the full channel test key, so that the instrument into the test state, wait for the end of 4 tests, press the print key, then print out the 2nd, 3rd 4th data and the average number of each 1ml of particles of these 3 times.<br>6, the measured mean should be within the specified value of .10%. If the regulations are not met, the threshold level of the channel of 10 m should be adjusted before the test is carried out until the regulations are met. (If the user self-test, should meet the prescribed value of the Pharmacopeia requirements within the value of up to 20%.) )<br>7, 3, sensor resolution<br>8, example: . . . . . . . . . . . . . . . . . . . . . . .<br>9, standard particles: peak particle size: 10 m .5 m<br>10, particle size standard deviation S:1 m<br>11, dilution concentration: 1000-1500 capsules/ml<br>12, test method: when the instrument is plugged into the power to complete the self-test, the instrument has been purified water environmental test in accordance with the provisions, the standard particle dilution of 10 m to flip back and forth 20 times, so that the particle distribution is evenly, take a certain amount of inspection (about 2/3 of the sampling cup), the sampling cup placed on the inspection table, set aside after the bubble disappears, slowly open the agitator, adjust the speed, (moderate), close the sampling window.<br>13, the instrument should be tested in the 8 channel state, the instrument such as in the pharmacopeia test state, press a full channel test key, so that into the 8 channel test state. Press the start key, test 4 times, the first data discarded, take the 2nd, 3rd, 4th data, record the average number of particles of the s8 m , 10 m, 12 m, should meet the following sensor resolution calculation:<br><br>14, s10 m: a cumulative count of particles with more than 10 m.<br>15, s10 m - 12 m: a cumulative count of particles with more than 10 m minus a cumulative count of particles containing more than 12 m. Also known as the difference count, it is the number of particles between the channel particle size and the next higher channel particle size.<br>16, if measured sensor resolution

5. Press the full channel test key to make the instrument enter the test state. When the four tests are finished, press the print key to print out the second and third fourth data and the average number of particles per 1ml of the three times.<br>6. The measured mean value shall be within ± 10% of the specified value. If not, the threshold level of ≥ 10 μ M channel shall be adjusted, and then the test shall be conducted until it meets the requirements. (if the user checks and corrects by himself, it shall meet the requirements of Pharmacopoeia within ± 20%.)<br>7. 3. Resolution of sensor<br>8. Example: ≥ 10 μ M channel resolution detection<br>9. Standard particle: peak particle size: 10 μ m ± 0.5 μ M<br>10. Standard deviation of particle size s: 1 μ M<br>11. Dilution concentration: 1000-1500 capsules / ml<br>12. Test method: when the instrument is connected to the power supply to complete self inspection, the instrument has conducted environmental test on the purified water in accordance with the regulations. Turn the 10 μ m standard particle diluent back and forth forcefully for 20 times to make the particle distribution uniform. Take a certain amount of test sample (about 2 / 3 of the sample cup), place the sample cup on the test bench, and wait for the bubble to disappear, slowly turn on the mixer and adjust the mixing speed (moderate) ）Close the sampling window door.<br>13. The instrument shall be tested in the 8-channel state. If the instrument is in the Pharmacopoeia test state, press the full channel test key once to enter the 8-channel test state. Press the start key, test 4 times, discard the first data, take the second, third and fourth data, record the particle mean of ≥ 8 μ m ≥ 10 μ m and ≥ 12 μ m, which shall meet the following sensor resolution calculation formula:<br>14. ≥ 10 μ M: including cumulative count of particles above 10 μ M.<br>15. ≥ 10 μ m - ≥ 12 μ M: cumulative count of particles containing more than 10 μ m minus cumulative count of particles containing more than 12 μ M. Also known as difference count, it refers to the number of particles between the channel particle size and the next higher channel particle size.<br>16. If the sensor resolution is measured<br>