i-Series Detector Periodic Maintenance

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<div class="container"><h1 class="title">Detector Periodic Maintenance</h1> <h3>Select a periodic maintenance procedure below to learn more.</h3> <span class="btn-link">[[Attaching the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</span> <span class="btn-link">[[Attaching the Flow Cell - UV Detector - LC-2040->Attaching the Flow Cell - UV Detector - LC-2040 (1214)]]</span> <span class="btn-link">[[Attaching the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]]</span> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - UV Detector, Part 1 - LC-2030->Disassembling and Cleaning the Flow Cell - UV Detector, Part 1 - LC-2030 (346)]]</span> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - UV Detector, Part 2 - LC-2030->Disassembling and Cleaning the Flow Cell - UV Detector, Part 2 - LC-2030 (347)]]</span> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - PDA Detector, Part 1 - LC-2030->Disassembling and Cleaning the Flow Cell - PDA Detector, Part 1 - LC-2030 (338)]]</span> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - PDA Detector, Part 2 - LC-2030->Disassembling and Cleaning the Flow Cell - PDA Detector, Part 2 - LC-2030 (339)]]</span> <span class="btn-link">[[Flow Cell Inspection - UV Detector - LC-2030->Flow Cell Inspection - UV Detector - LC-2030 (344)]]</span> <span class="btn-link">[[Flow Cell Inspection - PDA Detector - LC-2030->Flow Cell Inspection - PDA Detector - LC-2030 (336)]]</span> <span class="btn-link">[[Flow Cell Simple Cleaning - UV Detector - LC-2030->Flow Cell Simple Cleaning - UV Detector - LC-2030 (345)]]</span> <span class="btn-link">[[Flow Cell Simple Cleaning - PDA Detector - LC-2030->Flow Cell Simple Cleaning - PDA Detector - LC-2030 (337)]]</span> <span class="btn-link">[[Removing the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]]</span> <span class="btn-link">[[Removing the Flow Cell - UV Detector - LC-2040->Removing the Flow Cell - UV Detector - LC-2040 (1213)]]</span> <span class="btn-link">[[Removing the Flow Cell - PDA Detector->Removing the Flow Cell - PDA Detector (334)]]</span> <span class="btn-link">[[Replacing a Flow Cell Part - UV Detector - LC-2030->Replacing a Flow Cell Part - UV Detector - LC-2030 (348)]]</span> <span class="btn-link">[[Replacing a Flow Cell Part - PDA Detector - LC-2030->Replacing a Flow Cell Part - PDA Detector - LC-2030 (340)]]</span> <span class="btn-link">[[Replacing the D2 Lamp - UV Detector->Replacing the D2 Lamp - UV Detector (341)]]</span> <span class="btn-link">[[Replacing the D2 Lamp - PDA Detector->Replacing the D2 Lamp - PDA Detector (349)]]</span> <span class="btn-link">[[Replacing the W Lamp (Optional Part)->Replacing the W Lamp (Optional Part) (350)]]</span> </div>

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<div class="container"><h1 class="title">Attaching the Flow Cell - UV Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/ib3CfH9ATIU?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Tighten the 2 cell retaining screws (A) and attach the flow cell (B).</li> <li>Attach the temperature controlled flow cell connector (A) to the temperature controlled flow cell connector socket (a).</li> <li>Connect the tubing (A) from the column and the flow cell inlet tubing (blue) (B) if disconnected.</li> <li>Also connect the tubing from the flow cell outlet tubing to the drain if disconnected.</li> <li>After attaching the tubing to the clamps (2 locations, C), tighten the coupling setscrews (A)</li> <li>Affix the 2 couplings (B) on the end of the flow cell inlet tubing and the flow cell outlet tubing.</li> <li>Close the controller panel.</li> </ol> <h3>Related Notes</h3>When tightening the 2 cell retaining screws, secure the cell to the instrument by pressing on it, and alternate between tightening the 2 screws. If only one side is fully tightened, the cell may become uneven. <h3>Related Procedures</h3><span class="btn-link">[[Removing the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]] </span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Disassembling and Cleaning the Flow Cell - UV Detector, Part 1 - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/4WJ2nhnjX4I?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Press [Flow cell] on the [Replacement Parts Selection] screen.</li> <li>[[Remove the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]]</li> <li>Loosen the male nut (A) on the column side, and remove the flow cell inlet tubing (blue) (B).</li> <li>Remove the flow cell outlet tubing in the same way.</li> <li>Remove the left and right setscrews (A) using a flathead screwdriver.</li> <li>Remove the lens (A), gasket (B), and cell window (C) using plastic tweezers.</li> <li>Press [Next]. The next screen is displayed.</li> <li>Immerse the lens and cell window in 2-propanol, and rinse for 5 minutes in an ultrasonic bath.</li> <li>Press [Next]. The next screen is displayed.</li> <li>If dirt on the lens cannot be removed, press [Stop] to suspend work, and then proceed to [[Replacing a Flow Cell Part - UV Detector - LC-2030->Replacing a Flow Cell Part - UV Detector - LC-2030 (348)]]</li> </ol> Please proceed to [[Disassembling and Cleaning the Flow Cell - UV Detector, Part 2 - LC-2030->Disassembling and Cleaning the Flow Cell - UV Detector, Part 2 - LC-2030 (347)]] <h3>Necessary Parts</h3>Gasket Consumable Part 228-35097-95 Qty: 2 Remarks: Gasket (Set of 2) Be sure to replace when disassembling and cleaning the flow cell. *1 <h3>Necessary Tools</h3><ul> <li>Air Blower Part No. S086-78801-02</li> <li>Flathead Screwdriver 086-10504-18</li> <li>Plastic Tweezers</li> </ul> <h3>Related Procedures</h3> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - UV Detector, Part 2 - LC-2030->Disassembling and Cleaning the Flow Cell - UV Detector, Part 2 - LC-2030 (347)]] </span> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]] </span> <span class="btn-link">[[Removing the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]] </span> <span class="btn-link">[[Replacing a Flow Cell Part - UV Detector - LC-2030->Replacing a Flow Cell Part - UV Detector - LC-2030 (348)]] </span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Disassembling and Cleaning the Flow Cell - UV Detector, Part 2 - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/zLy2_QKNLV4?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Warnings</h3> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Attach the lens so that the convex surface is facing outward. It may be damaged if attached facing the wrong direction.</strong> <h3>Procedures</h3>If you have not already done so, please see [[Disassembling and Cleaning the Flow Cell - UV Detector, Part 1 - LC-2030->Disassembling and Cleaning the Flow Cell - UV Detector, Part 1 - LC-2030 (346)]] before watching this video. <ol> <li>Use a piece of wiping paper soaked in 2-propanol to remove dirt inside the cell housing (a).</li> <li>If there is dust on the lenses or gaskets, remove it using an air blower (for the lens) while securing the lenses or gaskets with plastic tweezers so as not to be blown away by the air.</li> <li>Attach the new gaskets (A) and the lens (B) and cell window (C) in that order using plastic tweezers, and attach the setscrews (D) using a flathead screwdriver.</li> <li>Connect the syringe adapter (A) to the flow cell inlet tubing (blue) (B).</li> <li>Connect the flow cell outlet tubing to the tubing to the drain.</li> <li>Attach the syringe (B) with mobile phase solution for analysis to the syringe adapter (A), and slowly push the plunger (C) for a fluid leak.</li> <li>Loosen the male nut (A), and remove the syringe adapter (B).</li> <li>[[Attach the flow cell - UV Detector->Attaching the Flow Cell - UV Detector - LC-2030 (343)]] </li> <li>Press [Next]. The next screen is displayed.</li> <li>Select the button for the replaced part, and then press [Exit].</li> </ol> <h3>Related Notes</h3>If there is a fluid leak, rinse the lenses again, and then tighten the setscrews again so that they are not loose. <h3>Necessary Parts</h3>Gasket Consumable Part 228-35097-95 Qty: 2 Remarks: Gasket (Set of 2) Be sure to replace when disassembling and cleaning the flow cell. *1 <h3>Necessary Tools</h3><ul> <li>Air Blower Part No. S086-78801-02</li> <li>Flathead Screwdriver 086-10504-18</li> <li>Plastic Tweezers</li> </ul> <h3>Related Procedures</h3> <span class="btn-link">[[Attaching the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]] </span> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - UV Detector, Part 1 - LC-2030->Disassembling and Cleaning the Flow Cell - UV Detector, Part 1 - LC-2030 (346)]] </span> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]] </span> <span class="btn-link">[[Removing the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]] </span> <span class="btn-link">[[Replacing a Flow Cell Part - UV Detector - LC-2030->Replacing a Flow Cell Part - UV Detector - LC-2030 (348)]] </span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Flow Cell Inspection - UV Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/w3pXk6ygfb0?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>[[Remove the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]]</li> <li>After setting the flow rate to 1 mL/min, press [Pump] and perform pumping.</li> <li>While the mobile phase solution is flowing, view the inside of the flow cell (A) from the lens side (a) to check for air bubbles or dirt.</li> <li>If air bubbles or dirt is present inside the flow cell, perform [[Flow Cell Simple Cleaning - UV Detector - LC-2030->Flow Cell Simple Cleaning - UV Detector - LC-2030 (345)]]</li> <li>If no air bubbles or dirt is present inside the flow cell, [[Attach the Flow Cell - UV Detector.->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</li> </ol> <h3>Related Procedures</h3><span class="btn-link">[[Attaching the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</span> <span class="btn-link">[[Flow Cell Simple Cleaning - UV Detector - LC-2030->Flow Cell Simple Cleaning - UV Detector - LC-2030 (345)]]</span> <span class="btn-link">[[Removing the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Flow Cell Simple Cleaning - UV Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/SF1yLzaRCs0?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Loosen the male nut (A) on the column side, and remove the flow cell inlet tubing (blue) (B).</li> <li>Connect the syringe adapter (A) to the flow cell inlet tubing (blue) (B).</li> <li>If a water-based solvent (especially solvents containing salt) is used as the mobile phase for analysis, attach the syringe (B) with water to the syringe adapter (A), and slowly push the plunger (C).</li> <li>The solvent in the flow cell is displaced by the water.</li> <li>If a water-based solvent (especially solvents containing salt) is not used as the mobile phase for analysis, [[Attach the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</li> <li>Remove the syringe (B) from the syringe adapter (A).</li> <li>Attach the syringe (B) with 2-propanol to the syringe adapter (A), and slowly push the plunger (C).</li> <li>The fluid from the syringe flows into the flow cell and any dirt is removed.</li> <li>Loosen the male nut (A), and remove the syringe adapter (B).</li> <li> [[Attach the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</li> </ol> <h3>Related Notes</h3>If an organic solvent and salt are mixed, precipitate is generated, which can cause the tubes to clog. <h3>Necessary Parts</h3>Syringe Optional Part 046-00017-01 Qty: 1 Syringe Adapter Optional Part 228-15672-91 Qty: 1 <h3>Related Procedures</h3><span class="btn-link">[[Attaching the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Removing the Flow Cell - UV Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/hLXe93GPFvo?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Open the controller panel.</li> <li>After removing the tubing from the clamps (2 locations, C), loosen the coupling setscrews (A)</li> <li>Remove the 2 couplings (B) on the end of the flow cell inlet tubing and the flow cell outlet tubing.</li> <li>Remove the temperature controlled flow cell connector (A).</li> <li>Loosen the 2 cell retaining screws (A) and remove the flow cell (B).</li> </ol> <h3>Related Notes</h3>If the cell retaining screws are too tight to be loosened, use a flathead screwdriver to loosen them. <h3>Related Procedures</h3><span class="btn-link">[[Attaching the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Replacing a Flow Cell Part - UV Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/PkihCf6JV0g?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Warnings</h3> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Attach the lens so that the convex surface is facing outward. It may be damaged if attached facing the wrong direction.</strong> <h3>Procedures</h3><ol> <li>Press [Flow cell] on the [Replacement Parts Selection] screen.</li> <li>[[Remove the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]]</li> <li>Loosen the male nut (A) on the column side, and remove the flow cell inlet tubing (blue) (B).</li> <li>Remove the flow cell outlet tubing in the same way.</li> <li>Remove the left and right setscrews (A) using a flathead screwdriver.</li> <li>Remove the lens (A), cell window (B), and gaskets (C) using plastic tweezers.</li> <li>Press [Next]. The next screen is displayed.</li> <li>Use a piece of wiping paper soaked in 2-propanol to remove dirt inside the cell housing (a)</li> <li>If there is dust on the lenses or new gaskets, remove it using an air blower (for the lens) while securing the lenses or new gaskets with plastic tweezers so as not to be blown away by the air.</li> <li>Press [Next]. The next screen is displayed.</li> <li>Attach the new gaskets (A) and lenses (B, C) in that order using plastic tweezers, and attach the setscrews (D) using a flathead screwdriver.</li> <li>Connect the syringe adapter (A) to the flow cell inlet tubing (blue) (B).</li> <li>Connect the flow cell outlet tubing to the tubing to the drain.</li> <li>Attach the syringe (B) with mobile phase solution for analysis to the syringe adapter (A), and slowly push the plunger (C) to check for a fluid leak.</li> <li>Loosen the male nut (A), and remove the syringe adapter (B).</li> <li>[[Attach the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</li> <li>Press [Next]. The next screen is displayed.</li> <li>Select the button for the replaced part, and then press [Exit].</li> </ol> <h3>Related Notes</h3><ul> <li>If plastic tweezers are not available, use some kind of alternative item such as a toothpick for removing.</li> <li>In this case, use something soft so that it does not scratch the lens or the cell window.</li> <li>If an air blower (for the lens) is not available, use a piece of wiping paper soaked in 2-propanol to remove the dust.</li> <li>Do NOT attach the lens and cell window backwards. Performance may be affected.</li> <li>If there is a fluid leak, rinse the lenses and the cell window again, and then tighten the setscrews again so that they are not loose.</li> </ul> <h3>Necessary Parts</h3>Cell Window Maintenance Part 228-18058 Qty: 1 Gasket Consumable Part 228-35097-95 Qty: 2 Remarks: Gasket (Set of 2) Be sure to replace when disassembling and cleaning the flow cell. *1 Lens Maintenance Part 228-14572 Qty: 1 <h3>Necessary Tools</h3><ul> <li>Air Blower Part No. S086-78801-02</li> <li>Flathead Screwdriver 086-10504-18</li> <li>Plastic Tweezers</li> </ul> <h3>Related Procedures</h3><span class="btn-link">[[Attaching the Flow Cell - UV Detector - LC-2030->Attaching the Flow Cell - UV Detector - LC-2030 (343)]]</span> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]]</span> <span class="btn-link">[[Removing the Flow Cell - UV Detector - LC-2030->Removing the Flow Cell - UV Detector - LC-2030 (342)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Replacing the D2 Lamp - UV Detector</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/kSTap4d95SE?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Warnings</h3> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Because the D2 lamp may be hot, do NOT operate until the lamp has been OFF for about 30 minutes. There is a risk of being burned. Be sure to wait at least 30 minutes after the lamp has been turned OFF before replacing the lamp.</strong> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Do NOT shake the lamp or subject the lamp to strong impacts. The lamp may break.</strong> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Do NOT directly touch the glass portion with your fingers when replacing the lamp. Performance may be affected.</strong> <h3>Procedures</h3><ol> <li>Press [D2 Lamp] on the [Replacement Parts Selection] screen. The [D2 lamp replacement] screen is displayed.</li> <li>Press [Power OFF]. The Confirmation screen opens. Press [OK] to turn the instrument power OFF.</li> <li>Open the controller panel.</li> <li>Loosen the lamp cover mounting screw (A), and remove the lamp cover (B).</li> <li>Remove the connector (A).</li> <li>Loosen the two D2 lamp setscrews (B) using a Phillips screwdriver, and remove the D2 lamp (C).</li> <li>Align the notch (a) on the new D2 lamp (C) with the positioning pin</li> <li>Alternate between tightening the two D2 lamp setscrews (B) using the Phillips screwdriver</li> <li>Attach the connector (A).</li> <li>Insert the lamp cover into the frame slit (a) and tighten the lamp cover mounting screw (A) to attach the lamp cover (B).</li> <li>Close the controller panel.</li> <li>Press (Power button) to turn ON.</li> <li>After the instrument starts, input the login pass ID Number and press [OK] to display the [D2 lamp replacement] screen.</li> <li>Select [Next]. The next screen is displayed and the usage value is reset. The replacement history is recorded in the maintenance log.</li> <li>Check that the usage value has reset, and then press [Exit]</li> <li>Perform wavelength accuracy calibration</li> </ol> <h3>Related Notes</h3><ul> <li>As the D2 Lamp used in this device approaches the end of its service life, the light intensity will decrease and baseline noise will increase. Replace with a new lamp using 2000 hours as a replacement guideline.</li> <li>If dirt is attached to the lamp, use a piece of lens paper with ethanol to wipe it away. Performance may be affected if it is dirty.</li> </ul> <h3>Necessary Parts</h3>D2 Lamp Consumable Part 228-55626-01 Qty: 1 <h3>Necessary Tools</h3>#2 Phillips Screwdriver <h3>Related Procedures</h3> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Replacing the D2 Lamp - PDA Detector</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/suxVZw039DA?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Warnings</h3> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Because the D2 lamp may be hot, do NOT operate until the lamp has been OFF for about 30 minutes. There is a risk of being burned. Be sure to wait at least 30 minutes after the lamp has been turned OFF before replacing the lamp.</strong> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Do NOT shake the lamp or subject the lamp to strong impacts. The lamp may break.</strong> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Do NOT directly touch the glass portion with your fingers when replacing the lamp. Performance may be affected.</strong> <h3>Procedures</h3><ol> <li>Press [D2 Lamp] on the [Replacement Parts Selection] screen. The [D2 lamp replacement] screen is displayed.</li> <li>Press [Power OFF]. The Confirmation screen opens. Press [OK] to turn the instrument power OFF.</li> <li>Open the controller panel.</li> <li>Loosen the lamp cover mounting screw (A), and remove the lamp cover (B).</li> <li>Remove the connector (A).</li> <li>Loosen the two D2 lamp setscrews (B) using a Phillips screwdriver, and remove the D2 lamp (C).</li> <li>Align the notch (a) on the new D2 lamp (C) with the positioning pin and alternate between tightening the two D2 lamp setscrews (B) using the Phillip's screwdriver.</li> <li>Attach the connector (A).</li> <li>Insert the lamp cover into the frame slit (a).</li> <li>Tighten the lamp cover mounting screw (A) to attach the lamp cover (B).</li> <li>Close the controller panel.</li> <li>Press (Power button) to turn ON.</li> <li>After the instrument starts, input the login pass ID Number and press [OK] to display the [D2 lamp replacement] screen.</li> <li>Select [Next]. The next screen is displayed and the usage value is reset. The replacement history is recorded in the maintenance log.</li> <li>Check that the usage value has reset, and then press [Exit].</li> <li>Perform wavelength accuracy calibration.</li> </ol> <h3>Related Notes</h3><ul> <li>As the D2 Lamp used in this device approaches the end of its service life, the light intensity will decrease and baseline noise will increase. Replace with a new lamp using 2000 hours as a replacement guideline</li> <li>If dirt is attached to the lamp, use a piece of lens paper with ethanol to wipe it away. Performance may be affected if it is dirty. </li> </ul> <h3>Necessary Parts</h3>D2 Lamp PDA Consumable Part 228-55626-01 Qty: 1 <h3>Necessary Tools</h3>#2 Phillips Screwdriver <h3>Related Procedures</h3> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Replacing the W Lamp (Optional Part)</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/C7Omld38Fv8?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Warnings</h3> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Because the W lamp is hot, do NOT operate until the lamp has been OFF for about 30 minutes. There is a risk of being burned. Be sure to wait at least 30 minutes after the lamp has been turned OFF before replacing the lamp.</strong> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Do NOT shake the lamp or subject the lamp to strong impacts. The lamp may break.</strong> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Do NOT directly touch the glass portion with your fingers when replacing the lamp. Performance may be affected.</strong> <h3>Procedures</h3><ol> <li>Press [W Lamp] on the [Replacement Parts Selection] screen.</li> <li>Press [Power OFF]. The Confirmation screen opens.</li> <li>Open the controller panel.</li> <li>After removing the tubing from the clamp (C), remove the lamp cover mounting screw (A) and remove the lamp cover (B).</li> <li>Remove the connector (A).</li> <li>Remove the two W lamp mounting screws (B) using a Phillips screwdriver and remove the W lamp and socket (C).</li> <li>Remove the W lamp (A) from the socket (B)</li> <li>Use a piece of wiping paper to pick up the new W lamp (A) so as not to get any dirt on the glass surface and insert it into the socket (B).</li> <li>Place the plate W (A) and check that the lamp emission point (B) is centered.</li> <li>If it is not aligned, adjust by moving the lamp head in the direction shown.</li> <li>Attach the two W lamp mounting screws (B) using a Phillips screwdriver, and attach the W lamp and socket (C).</li> <li>Attach the connector (A).</li> <li>Tighten the lamp cover mounting screw (A) and attach the lamp cover (B) and then attach the tubing to the clamp (C).</li> <li>Close the controller panel.</li> <li>Press (Power button) to turn ON.</li> <li>After the instrument starts, input the login pass ID Number and press [OK] to display the [W lamp replacement] screen.</li> <li>Select [Next]. The next screen is displayed and the usage value is reset.</li> <li>The replacement history is recorded in the maintenance log.</li> <li>Check that the usage value has reset, and then press [Exit].</li> <li>Perform exposure time calibration.</li> </ol> <h3>Related Notes</h3><ul> <li>Insert the W lamp until its feet reach the bottom of the socket.</li> <li>If dirt is attached to the lamp, use a piece of lens paper with ethanol to wipe it away. Performance may be affected if it is dirty.</li> </ul> <h3>Necessary Parts</h3>W Lamp Consumable Part 062-65012-04 Qty: 1 <h3>Necessary Tools</h3><ul> <li>#2 Phillips Screwdriver</li> <li>Plate W 228-34397</li> <li>W Lamp Kit Accessory 228-57110-41</li> </ul> <h3>Related Procedures</h3> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Displaying the Replaced Part Items</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/SZsqFrwjkog?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Press (Menu). The [Menu] screen opens.</li> <li>Press [Maintenance]. The [Maintenance] screen is displayed. The tab for the replaced part is displayed first.</li> <li>Press the button to select each unit. The [Replacement Parts Selection] screen is displayed. The tab for the selected unit is displayed.</li> <li>Press the button with the corresponding name to display the replacement screen for a main part.</li> <li>Press an item of the part for replacement.</li> <li>Carry out the operation by following the explanation in the screen. Operations vary depending on each item.</li> </ol> <h3>Related Notes</h3><ul> <li>Press (Replacement part) to display the tab for the replaced part when other tabs are displayed in the [Maintenance] screen.</li> <li>When a service duration for a part in the unit exceeds the replacement guidelines settings, (Warning!) is displayed.</li> <li>If a W lamp is connected, press [D2 Lamp / W Lamp] once to alternatively switch the [D2 Lamp] and [W Lamp] displays. Pressing the button displayed as "Usage frequency / Replacement guidelines" displays the replacement screen for the corresponding part.</li> </ul> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Attaching the Flow Cell - UV Detector - LC-2040</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/LUiE9lVPdkk?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Tighten the 2 cell retaining screws (A) and attach the flow cell (B).</li> <li>Attach the temperature controlled flow cell connector (A) to the temperature controlled flow cell connector socket (a).</li> <li>Connect the column or the tubing from the column (A) and the flow cell inlet tubing (red, B) if disconnected. Also connect the tubing from the flow cell outlet tubing to the drain if disconnected.</li> <li>After attaching the tubing to the clamps (2 locations) (C), tighten the coupling setscrews (A) and fix the coupling (B) on the end of the flow cell outlet tubing.</li> <li>Close the controller panel.</li> </ol> <h3>Related Notes</h3>When tightening the 2 cell retaining screws, secure the cell to the instrument by pressing on it, and alternate between tightening the 2 screws. If only one side is fully tightened, the cell may become uneven. <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Removing the Flow Cell - UV Detector - LC-2040</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/CIJynFTGfA8?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Open the controller panel.</li> <li>After removing the tubing from theclamps (2 locations) (C), loosen the coupling setscrews (A) and remove the coupling (B) on the end of the flow cell outlet tubing.</li> <li>Remove the temperature controlled flow cell connector (A).</li> <li>Loosen the 2 cell retaining screws (A) and remove the flow cell (B).</li> </ol> <h3>Related Notes</h3>If the cell retaining screws are too tight to be loosened, use a flathead screwdriver to loosen them. <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Attaching the Flow Cell - PDA Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/Gtiek58Uz3M?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Tighten the 2 cell retaining screws (A) and attach the flow cell (B).</li> <li>Attach the temperature controlled flow cell connector (A) to the temperature controlled flow cell connector socket (a).</li> <li>Connect the tubing (A) from the column and the flow cell inlet tubing (blue, B) if disconnected.</li> <li>Also connect the tubing from the flow cell outlet tubing to the drain if disconnected.</li> <li>After attaching the tubing to the clamps (2 locations, C)</li> <li>Affix the 2 couplings (B) on the end of the flow cell inlet tubing and the flow cell outlet tubing.</li> <li>Now tighten the coupling setscrews (A).</li> <li>Close the controller panel.</li> </ol> <h3>Related Notes</h3>When tightening the 2 cell retaining screws, secure the cell to the instrument by pressing on it, and alternate between tightening the 2 screws. If only one side is fully tightened, the cell may become uneven. <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Disassembling and Cleaning the Flow Cell - PDA Detector, Part 1 - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/tF_ONywIz6g?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Press [Flow cell] on the [Replacement Parts Selection] screen</li> <li>Remove the flow cell - UV Detector.</li> <li>Loosen the male nut (A) on the column side, and remove the flow cell inlet tubing (blue) (B).</li> <li>Remove the flow cell outlet tubing in the same way.</li> <li>Remove the left and right setscrews (A) using a flathead screwdriver.</li> <li>Remove the lens (A), cell window (B), and gasket (C) using plastic tweezers.</li> <li>Press [Next]. The next screen is displayed.</li> <li>Immerse the lens and cell window in 2-propanol, and rinse for 5 minutes in an ultrasonic bath.</li> <li>Press [Next]. The next screen is displayed.</li> <li>If dirt on the lens cannot be removed, press [Stop] to suspend work, and then proceed to [[Replacing a Flow Cell Part - PDA Detector - LC-2030->Replacing a Flow Cell Part - PDA Detector - LC-2030 (340)]]</li> <li>Proceed to [[Disassembling and Cleaning the Flow Cell - PDA Detector, Part 2 - LC-2030->Disassembling and Cleaning the Flow Cell - PDA Detector, Part 2 - LC-2030 (339)]]</li> </ol> <h3>Related Notes</h3>If plastic tweezers are not available, use some kind of alternative item such as a toothpick for removing. In this case, use something soft so that it does not scratch the lens or the cell window. <h3>Necessary Parts</h3>Gasket Consumable Part 228-35097-95 Qty: 2 Remarks: Gasket (Set of 2) Be sure to replace when disassembling and cleaning the flow cell. *1 <h3>Necessary Tools</h3><ul> <li>Air Blower Part No. S086-78801-02</li> <li>Flathead Screwdriver 086-10504-18</li> <li>Plastic Tweezers</li> </ul> <h3>Related Procedures</h3> <span class="btn-link">[[Attaching the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]] </span> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - PDA Detector, Part 2 - LC-2030->Disassembling and Cleaning the Flow Cell - PDA Detector, Part 2 - LC-2030 (339)]] </span> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]] </span> <span class="btn-link">[[Removing the Flow Cell - PDA Detector->Removing the Flow Cell - PDA Detector (334)]] </span> <span class="btn-link">[[Replacing a Flow Cell Part - PDA Detector - LC-2030->Replacing a Flow Cell Part - PDA Detector - LC-2030 (340)]] </span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Disassembling and Cleaning the Flow Cell - PDA Detector, Part 2 - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/a7pEIPkQUd0?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Warnings</h3> <img class="warning" style="float: left;" src="https://www.ssi.shimadzu.com/sites/ssi.shimadzu.com/files/support/virtual-advisors/virtual-advisor-warning-icon.png" alt="warning-icon"><strong>Attach the lens so that the convex surface is facing outward. It may be damaged if attached facing the wrong direction.</strong> <h3>Procedures</h3> If you have not already done so, please see [[Disassembling and Cleaning the Flow Cell - PDA Detector, Part 1 - LC-2030->Disassembling and Cleaning the Flow Cell - PDA Detector, Part 1 - LC-2030 (338)]] before viewing this video. <ol> <li>Use a piece of wiping paper soaked in 2-propanol to remove dirt inside the cell housing (a).</li> <li>If dust is attached to the lens, cell window, or gaskets, remove it using an air blower (for the lens) while securing the parts with plastic tweezers so as not to be blown away by the air.</li> <li>Attach the new gaskets (A) and the lens (B) or the cell window (C) in that order using plastic tweezers, and attach the setscrew (D) using a flathead screwdriver.</li> <li>Connect the syringe adapter (A) to the flow cell inlet tubing (blue) (B).</li> <li>Attach the syringe (B) with mobile phase solution for analysis to the syringe adapter (A), and slowly push the plunger (C) for a fluid leak.</li> <li>Loosen the male nut (A), and remove the syringe adapter (B).</li> <li>Attach the flow cell - UV Detector.</li> <li>Press [Next]. The next screen is displayed</li> <li>Select the button for the replaced part, and then press [Exit].</li> </ol> <h3>Related Notes</h3><ul> <li>If plastic tweezers are not available, use some kind of alternative item such as a toothpick for removing. In this case, use something soft so that it does not scratch the lens or the cell window.</li> <li>If an air blower (for the lens) is not available, use a piece of wiping paper soaked in 2-propanol to remove the dust.</li> <li>Do NOT attach the lens and cell window backwards. Performance may be affected.</li> </ul> <h3>Necessary Parts</h3>Gasket Consumable Part 228-35097-95 Qty: 2 Remarks: Gasket (Set of 2) Be sure to replace when disassembling and cleaning the flow cell. *1 <h3>Necessary Tools</h3><ul> <li>Air Blower Part No. S086-78801-02</li> <li>Flathead Screwdriver 086-10504-18</li> <li>Plastic Tweezers</li> </ul> <h3>Related Procedures</h3> <span class="btn-link">[[Attaching the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]] </span> <span class="btn-link">[[Disassembling and Cleaning the Flow Cell - PDA Detector, Part 1 - LC-2030->Disassembling and Cleaning the Flow Cell - PDA Detector, Part 1 - LC-2030 (338)]] </span> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]] </span> <span class="btn-link">[[Removing the Flow Cell - PDA Detector->Removing the Flow Cell - PDA Detector (334)]] </span> <span class="btn-link">[[Replacing a Flow Cell Part - PDA Detector - LC-2030->Replacing a Flow Cell Part - PDA Detector - LC-2030 (340)]] </span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Flow Cell Inspection - PDA Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/tWSPIN9Hgvo?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>[[Remove the Flow Cell - PDA Detector - LC-2030->Removing the Flow Cell - PDA Detector (334)]] </li> <li>After setting the flow rate to 1 mL/min, press [Pump] and perform pumping.</li> <li>While the mobile phase solution is flowing, view the inside of the flow cell (A) from the lens side (a) to check for air bubbles or dirt.</li> <li>If air bubbles or dirt are present inside the flow cell, perform [[Flow Cell Simple Cleaning - PDA Detector - LC-2030->Flow Cell Simple Cleaning - PDA Detector - LC-2030 (337)]]</li> <li>If no air bubbles or dirt are present inside the flow cell, [[Attach the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]]</li> </ol> <h3>Related Procedures</h3><span class="btn-link">[[Attaching the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]] </span> <span class="btn-link">[[Flow Cell Simple Cleaning - PDA Detector - LC-2030->Flow Cell Simple Cleaning - PDA Detector - LC-2030 (337)]] </span> <span class="btn-link">[[Removing the Flow Cell - PDA Detector - LC-2030->Removing the Flow Cell - PDA Detector (334)]] </span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Flow Cell Simple Cleaning - PDA Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/9cqdlr-SNVw?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Loosen the male nut (A) on the column side, and remove the flow cell inlet tubing (blue) (B).</li> <li>Connect the syringe adapter (A) to the flow cell inlet tubing (blue) (B).</li> <li>If a water-based solvent (e.g., solvents containing salt) is used as the mobile phase for analysis, attach the syringe (B) with water to the syringe adapter (A), and slowly push the plunger (C).</li> <li>The solvent in the flow cell is displaced by the water.</li> <li>If a water-based solvent is not used as the mobile phase for analysis, [[Attach the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]]</li> <li>Remove the syringe (B) from the syringe adapter (A).</li> <li>Attach the syringe (B) with 2-propanol to the syringe adapter (A), and slowly push the plunger (C).</li> <li>The fluid from the syringe flows into the flow cell and any dirt is removed.</li> <li>Loosen the male nut (A), and remove the syringe adapter (B).</li> <li>[[Attach the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]]</li> </ol> <h3>Related Notes</h3>If an organic solvent and salt are mixed, precipitate is generated, which can cause the tubes to clog. <h3>Related Procedures</h3><span class="btn-link">[[Attaching the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]]</span> <span class="btn-link">[[Flow Cell Inspection - PDA Detector - LC-2030->Flow Cell Inspection - PDA Detector - LC-2030 (336)]]</span> <span class="btn-link">[[Removing the Flow Cell - PDA Detector->Removing the Flow Cell - PDA Detector (334)]]</span> <span class="btn-link">[[Replacing a Flow Cell Part - PDA Detector - LC-2030->Replacing a Flow Cell Part - PDA Detector - LC-2030 (340)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Removing the Flow Cell - PDA Detector</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/DcLMA15WV5Y?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>Open the controller panel.</li> <li>After removing the tubing from the clamps (2 locations, C), loosen the coupling setscrews (A)</li> <li>Remove the 2 couplings (B) on the end of the flow cell inlet tubing and the flow cell outlet tubing.</li> <li>Remove the temperature controlled flow cell connector (A).</li> <li>Loosen the 2 cell retaining screws (A) and remove the flow cell (B).</li> </ol> <h3>Related Notes</h3>If the cell retaining screws are too tight to be loosened, use a flathead screwdriver to loosen them. <h3>Related Procedures</h3> <span class="btn-link">[[Attaching the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>

<div class="container"><h1 class="title">Replacing a Flow Cell Part - PDA Detector - LC-2030</h1> <div class="center"><iframe width="800" height="450" src="https://www.youtube.com/embed/d1nAa3fs9b8?rel=0" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe></div> <h3>Procedures</h3><ol> <li>If plastic tweezers are not available, use some kind of alternative item such as a toothpick for removing. In this case, use something soft so that it does not scratch the lens or the cell window.</li> <li>If an air blower (for the lens) is not available, use a piece of wiping paper soaked in 2-propanol to remove the dust.</li> <li>Do NOT attach the lens and cell window backwards. Performance may be affected.</li> <li>If there is a fluid leak, rinse the lenses and the cell window again, and then tighten the setscrews again so that they are not loose.</li> </ol> <h3>Related Notes</h3><ul> <li>If plastic tweezers are not available, use some kind of alternative item such as a toothpick for removing. In this case, use something soft so that it does not scratch the lens or the cell window.</li> <li>If an air blower (for the lens) is not available, use a piece of wiping paper soaked in 2-propanol to remove the dust.</li> <li>Do NOT attach the lens and cell window backwards. Performance may be affected.</li> <li>If there is a fluid leak, rinse the lenses and the cell window again, and then tighten the setscrews again so that they are not loose.</li> </ul> <h3>Necessary Parts</h3>Cell Window Maintenance Part 228-18058 Qty: 1 Gasket Consumable Part 228-35097-95 Qty: 2 Remarks: Gasket (Set of 2) Be sure to replace when disassembling and cleaning the flow cell. *1 Lens Maintenance Part 228-14572 Qty: 1 <h3>Necessary Tools</h3><ul> <li>Air Blower Part No. S086-78801-02</li> <li>Flathead Screwdriver 086-10504-18</li> <li>Plastic Tweezers</li> </ul> <h3>Related Procedures</h3><span class="btn-link">[[Attaching the Flow Cell - PDA Detector - LC-2030->Attaching the Flow Cell - PDA Detector - LC-2030 (335)]]</span> <span class="btn-link">[[Displaying the Replaced Part Items->Displaying the Replaced Part Items (351)]]</span> <span class="btn-link">[[Removing the Flow Cell - PDA Detector - LC-2030->Removing the Flow Cell - PDA Detector (334)]]</span> <div class="buttons"> <span class="btn-back"><<back "Back">></span> </div> </div>