Summary of Contents for Thermo Scientific UltiMate
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UltiMate ™ Capillary- and Nano HPLC Systems Operational Qualification Performance Qualification Operating Instructions P/N 163960 www.lcpackings.com M1393R0...
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(OQ) and performance qualification (PQ) on the LC Packings UltiMate Capillary and Nano HPLC system. It is assumed that the individual using this manual has sufficient training in the use of analytical instrumentation and is aware of the potential hazards including (but not limited to) electrical hazards, chemical solvent hazards, exposure to UV radiation and the exposure to pressurized solvents.
Warnings The Danger sign, Warning sign and the Caution sign shown below are included in various locations in this manual or in the manuals provided with the instruments which are to be tested. These signs provide the following information: Danger: The information in a danger statement relates to a procedure, practice condition or DANGER action that if not done correctly or adhered to could lead to personal injury or loss of life.
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The operator should follow all safety precautions, warnings, etc provided with the instruments, in addition, please note the items presented below: All components of the system should be plugged into a common power line that is directly connected to a true ground. Repair or replace faulty power cords and all communication cables.
Flow Cell Check ................26 4.4.1 Performing the Intensity Test of the Flow Cell ....... 26 UltiMate Fluid Path Test ..............27 4.5.1 Performing the Test ..............27 Baseline Noise and Drift Test of the UV Detector and Oven Test..28 4.6.1 Drift and Noise................
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Table of Contents 4.6.4 Performing the UV Detector Drift and Noise Test and the Oven Test . 30 Linearity of the UV Detector............31 4.7.1 Performing the UV Detector Linearity Test ........32 Reproducibility of the Injection Volume ..........33 4.8.1 Performing the Test ..............
This manual provides a detailed series of procedures to perform these Operational Qualification (OQ) and Performance Qualification (PQ) protocols on the LC Packings UltiMate system components. The validation procedures described herein are designed to demonstrate that the instrument was working in an acceptable manner using the standards provided on the day of validation.
Chapter 6: CHROMELEON Listings provides the listings of all CHROMELEON programs used to perform the QQ/PQ test procedures on an UltiMate system in NAN configuration. For Additional Information For more detailed information about the operation, maintenance or troubleshooting of the...
Capillary- and Nano HPLC Systems. When the LC Packings UltiMate system is mentioned, the reader should assume that the material applies to both systems. Note: If the system does not include an UltiMate UV Detector, a standalone UltiMate UV Detector is required to perform the OQ/PQ procedures.
Lamp Intensity of the UV Detector CM Sequence Wavelength Check Manually Flow Cell Check Manually UltiMate Fluid Path Test CM Sequence Baseline Noise and Drift Test of the UV Detector CM Sequence Linearity of the UV Detector CM Sequence Reproducibility of the Injection Volume...
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UV detector are injected and the peak height is measured. The regression coefficient of the resulting calibration curve indicates the linearity. The range is UltiMate Gradient A step gradient is performed and The range is System accuracy, step the UV trace recorded. The step...
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Requirements for a Successful OQ/PQ [This page intentionally left blank] Page 12 of 60 OQ/PQ Operating Instructions M1393R0...
Parts included in the OQ/PQ Kit Item Description Part Number Note UltiMate System - OQ/PQ Operating 163960 Instructions CD ROM ‘IQOQPQ on UltiMate™ (Plus) 163935 Systems’ Set of 9 samples (flame sealed amber 163932 Do NOT Freeze! ampoule) Fused silica tubing I.D. 15 µm ± 3 µm/O.D.
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P600 Precision Thermometer 163961 or equivalent Special Thermocouple for P600 163962 Precision Thermometer Test Cell, Holmium Oxide Filter 163963 for UltiMate™ UV-Detector Syringe adapter for Valco valve 160259 Syringe of 250 µL 163241 Connecting tubing 30 µm ID x 160182 15 cm Notes P/N applicable depends on the system configuration.
(CAP) configurations. In addition, different CHROMELEON server configuration files are available. It is assumed that the service engineer has basic knowledge of the UltiMate system and CHROMELEON software. Please refer for more detailed information about the installation and usage of the UltiMate system and CHROMELEON to the manuals provided along with the products.
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It is recommended that you do not modify the sequences provided on the CD ROM ‘IQOQPQ on UltiMate™ (Plus) Systems’ (P/N 163935) unless it is absolutely necessary. Changing them may have an impact on the links with the report. However, it may be necessary to make modifications to correspond to the available hardware.
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Process • FAMOS with Cooling Option: ;Commands for FAMOS with cooling option Sampler.TempCtrl = Sampler.Temperature.Nominal = 20.00 Sampler.Temperature.LowerLimit = 5.00 Sampler.Temperature.UpperLimit = 30.00 • FAMOS without Cooling Option: ;Commands for FAMOS with cooling option ;Sampler.TempCtrl = ;Sampler.Temperature.Nominal = 20.00 ;Sampler.Temperature.LowerLimit = 5.00 ;Sampler.Temperature.UpperLimit = 30.00...
However, some parts are different and depend on the system configuration being tested (e.g. column, calibrator, connecting tubing, UV flow cell). Make sure that the system is configured properly. Please refer to the UltiMate user’s manual for more information.
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Alternatively, the system can be upgraded with the new valve type (P/N 162297). Refer to Service Information #036 for more details. If an oven is included in the UltiMate system, install the temperature probe (P/N 163962 ) in the oven compartment using the supplied screw and washer (FIGURE 3-4) and connect the thermometer to a free COM port of the computer.
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Process 3.2.2 B FAMOS Microautosampler To prepare the FAMOS Microautosampler for the OQ/PQ tests: a) Position the caffeine standards of the OQ/PQ kit in the FAMOS sample rack as presented in TABLE 3-5. TABLE 3-5 Sample Positions in the Autosampler Rack Tray Position Sample 0.25 µg/ml Caffeine...
(d) Includes a wash cycle of the FAMOS injection valve. (e) If included in the configuration. TABLE 3-6 indicates the tests for the OQ and PQ procedure for different UltiMate system configurations. The time required to complete a test procedure is also indicated. The total time required for checking an entire system (e.g.
According to GLP, a test which failed and all tests following the one which failed need to be repeated. Exception: there is no need to repeat UltiMate and FAMOS related tests if a Switchos test fails. The reason is that almost all checks require that the previous check be passed successfully.
(again manually). From this point on the UltiMate and FAMOS the tests procedures 4.6 to 4.10 are automated. These automated tests are performed with the same system setup (Section 3.2.2 A).
If the lamp intensity is below the acceptance criteria, baseline instability problems may occur. For more information refer to the UltiMate service manual. The absolute intensity of the lamp is not measured in this test, and deviations from lamp to lamp and from detector to detector are quite normal.
Test Procedures Wavelength Check The wavelength accuracy is measured by evaluating local maxima of absorbance on a holmium filter in the UV range. These results are compared with the ones provided on the certificate of the material. 4.3.1 Performing the Test a) Install the holmium filter (FIGURE 4-2) in the UV detector.
Test Procedures Flow Cell Check The transmittance of the UV flow cell is important for proper detection sensitivity and baseline stability. The transmittance of the flow cell is read from the SIGNAL screen of the Setup menu of the UV detector (FIGURE 4-3). SIGNAL: sig: 0.1795 ♦...
The UltiMate fluid path test is used to check the solenoids and the solvent delivery. 4.5.1 Performing the Test a) Fill each solvent bottle until the fluid level corresponds to the top of the UltiMate housing with the solvents specified in TABLE 3-4. b) Degas all solvents properly and purge all solvent channels.
Note: This test must also be performed for any UV Detector that used for the OQ/PQ, even if it’s not part of the UltiMate system. Drift and baseline noise are important parameter for the UltiMate UV Detector. Increased baseline noise reduces the sensitivity considerably, as it is not possible to distinguish between low-level signals and noise.
4.6.3 Oven accuracy The temperature in the Ultimate oven is monitored by the P600 Precision Thermometer (P/N 163961). The readout of the built-in sensor is compared with the read-out of the thermometer.
Section 3.2.2 A. c) Set the pump to the appropriate flow rate. Use 0.4 µL/min for a NAN version and 4 µL/min for CAP configuration and start the flow delivery of the UltiMate Micropump from the CHROMELEON control panel.
An example of an injection (0.2 µL) of a caffeine standard of 20 µg/mL onto a Nano UltiMate system is shown in FIGURE 4-7. FIGURE 4-7 UV Trace of the Injection of Caffeine onto a Nano UltiMate System An example of a calibration curve is shown in FIGURE 4-8. FIGURE 4-8 Example of a Calibration Curve - Nano LC system, 99.93 % Correlation Coefficient...
Setup the UltiMate system and the FAMOS Microautosampler as discussed in Sections 3.2.2 A and 3.2.2 B. b) Start the flow delivery of the UltiMate Micropump from the CHROMELEON control panel. c) After equilibration, start the sequence ‘XQ_3_UV_Linearity_NAN’ (or ‘_CAP’, respectively).
Setup the UltiMate system and the FAMOS Microautosampler as discussed in Sections 3.2.2 A and 3.2.2 B. b) Start the flow delivery of the UltiMate Micropump from the CHROMELEON control panel. c) After equilibration start the sequence ‘XQ_4_Autosampler Reproducibility_NAN’ (or ‘_CAP’, respectively).
Setup the UltiMate system and the FAMOS Microautosampler as discussed in Sections 3.2.2 A and 3.2.2 B. b) Start the flow delivery of the UltiMate Micropump from the CHROMELEN control panel. c) After equilibration start the sequence ‘XQ_5_Autosampler Linearity_NAN’ (or ‘_CAP’, respectively).
Test Procedures 4.10 Gradient Accuracy The gradient accuracy is tested by performing a step gradient. Water with a trace of acetone is mixed with pure water. Detection of the acetone is performed at 254 nm. Different gradient programs are used for the NAN and the CAP configurations (the NAN program lasts 80 minutes while the CAP program is 50 minutes).
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Test Procedures The programs used for the gradient accuracy tests are listed in TABLE 4-4 and TABLE 4-5. TABLE 4-4 Program for the Gradient Accuracy Test on a NAN Configuration Time Wavelength [min] [nm] 0.00 10.00 “ 10.01 “ 20.00 “...
Verify that the results meet the acceptance criteria (TABLE 2-3). f) Repeat steps (a) and (h) for the Gradient Pump 2 of the UltiMate Dual Gradient system (if applicable).
Test Procedures 4.11 Switchos Fluid Path Check The Switchos path test is to check if the solvent selection valve close and open properly and if the resistance of the flow path is within the specifications. 4.11.1 Performing the test To determine if all flow paths are within the specifications: a) Prepare the Switchos with the mobile phases listed in Section 4.12.1 and degas them properly.
Test Procedures 4.12 Switchos Flow Rate and Pressure Stability Test The Switchos is used for pre-concentration experiments. A stable loading flow is essential for the sample transport to the trap column. The flow rate and pressure stability are checked with a CHROMELEON program. A typical pressure profile for this test is presented in FIGURE 4-13.
Test Procedures 4.13 Switchos Valve Position Check The proper functioning of the switching valves is checked in local control mode. The local/remote switch can be found on the back panel of the Switchos. 4.13.1 Performing the Test a) Put the Switchos in LOCAL mode. b) Switch valve A and valve B from position ‘1-2’...
Test Procedures 4.14 Completing and Printing the OQ/PQ Report 4.14.1 Result of the Gradient Accuracy Test The observed delay time may be slightly different than the expected delay time indicated in (TABLE 4-7) because of small differences in the tubing size due to the manufacturing process.
Test Procedures FIGURE 4-15 The Properties Report Column Box f) Check that the segment that is used for calculation is in the middle of the step. g) Modify the values in the ‘Formula’ field (FIGURE 4-15). Each segment used for the calculation is defined by a start and a stop time (e.g.
(1:1). If crystalline materials are deposited in the pump head, irreversible damage to seals and or the piston may result; this will dramatically shorten the life of these components. Caution: Older revisions of the UltiMate system may be equipped with the older type of the CAUTION C and D solenoid valves (P/N160051).
FIGURE 6-1 Available CHROMELEON Sequences for OQ/PQ The following sections lists the CHROMELEON programs used to run a UltiMate system in NAN configuration with a flow sensor installed in conjunction with a FAMOS Well Plate Microautosampler (cooling option installed) and a Switchos Advanced Microcolumn Switching Unit.