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Waters Andrew+ Pod User Manual

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Andrew+ Pod
User Manual
715009685
© 2025 Waters Corporation
Version 00

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Summary of Contents for Waters Andrew+ Pod

  • Page 1 Andrew+ Pod User Manual 715009685 © 2025 Waters Corporation Version 00...

  • Page 2: Table Of Contents

    2.3.2 Enclosure..........................13 2.3.3 Ventilation system......................... 13 2.3.4 Filters............................ 13 2.3.5 Hardware overview....................... 15 2.3.6 Installation of the Andrew+ Pod and optional modules............19 2.4 How to use the Andrew+ Pod......................44 2.5 Maintenance...........................48 February 4, 2025, 715009685 Ver. 00 Page ii...
  • Page 3 2.5.1 Recommended maintenance if the Andrew+ Pod is relocated..........48 2.5.2 Solvents compatible with the Andrew+ Pod................48 2.6 Technical data..........................48 2.7 Safe disposal..........................50 February 4, 2025, 715009685 Ver. 00 Page iii...

  • Page 4: General Information

    This document is believed to be complete and accurate at the time of publication. In no event shall Waters Corporation be liable for incidental or consequential damages in connection with, or arising from, its use. For the most recent revision of this document, consult the Waters website (www.waters.com).

  • Page 5: Safety Hazard Symbol Notice

    • Suspend power supplies: It is mandatory that you suspend all the power supplies of the connected devices and Andrew+ from the top surface of the bench where the Andrew+ Pod is located. Use the provided Velcro to secure them at the highlighted location. This helps prevent contact with spilled liquids and reduces the risk of electrocution.

  • Page 6: Safety Instructions

    (ICDs), or other implanted medical devices. Users with such devices should consult their healthcare provider for specific safety advice. • If the Andrew+ Pod is potentially biohazardous due to the use of biohazardous substances, it should be prominently marked with the following symbol: •...

  • Page 7: Certifications

    • The product is heavy; ensure that at least two people are present during installation, uninstallation, or maintenance of the product, and follow the detailed instructions. • Do not lean against or on the device. 1.5 Certifications Certifications Information Electrical safety •...
  • Page 8 For compliance with Waste Electrical and Electronic Equipment legislation, contact Waters Corporation for the correct disposal and recycling instructions For indoor use only February 4, 2025, 715009685 Ver. 00...

  • Page 9: Symbols

    Symbol Definition No pushing Do not connect to an LC system Indicates the maximum load you can place on 10kg that item (for example, 10kg) Indicates that the part can be cleaned in an ultrasonic bath Serial number Part number, catalog number 1.7 Symbols Symbol Definition...

  • Page 10: Contacting Waters

    1.10 Updated information To check for updates to this document, go to the Waters website (www.waters.com), click Support > Support Documents and Downloads, and then use the Search function to find the document number shown at the bottom of this page.

  • Page 11: Andrew+ Pod User Manual

    Waters. Waters assumes no responsibility for any inaccuracies that may be contained in this user manual. Waters does not commit to update or keep current the information in this user manual, and it reserves the right to make improvements to this user manual or to the products described herein at any time without notice.

  • Page 12: Andrew+ Pod

    2.3 Andrew+ Pod 2.3.1 Unit description The Andrew+ Pod is a laboratory benchtop safety enclosure that can host an Andrew+ Pipetting Robot equipped with dominos, connected devices, and tools. The product comprises three main sub-modules: • Enclosure • Ventilation system (optional) •...

  • Page 13: Enclosure

    The Andrew+ Pod can be equipped with an onboard ventilation module, configurable to blow air in or out. This system helps maintain the Andrew+ Pod's internal temperature close to the ambient lab temperature. The onboard ventilation module is essential for achieving either a vertical laminar flow setup or a recirculating filtration fume cabinet configuration, ensuring optimal air management within the pod.
  • Page 14 The HEPA filter is an optional component that can be installed in the Andrew+ Pod if the ventilation module is present. Air is blown into the Andrew+ Pod, creating a contaminant-free airflow to protect samples.

  • Page 15: Hardware Overview

    2.3.5 Hardware overview Figure 2–2: Andrew+ Pod overview Optional ventilation module or external duct adaptor module Front panel indicator Side panels Push buttons Tip waste Removable front panel Sash February 4, 2025, 715009685 Ver. 00 Page 15...
  • Page 16 Figure 2–3: Ventilation module Figure 2–4: Ventilation system connector February 4, 2025, 715009685 Ver. 00 Page 16...
  • Page 17 Figure 2–5: Andrew+ setup February 4, 2025, 715009685 Ver. 00 Page 17...
  • Page 18 Figure 2–6: Andrew+ Pod top and bottom view Power supply Velcro holders (see Safety precautions for power supplies (Page Port for vacuum hose or connected device power and Ethernet cables Waste Link Domino Connector (power supply 24 V 1 A)

  • Page 19: Installation Of The Andrew+ Pod And Optional Modules

    2. Set aside the removable bottom front panel that is attached to the packaging. Figure 2–7: Removing the bottom front panel 3. Place the Andrew+ Pod on the table for installation and ensure that it remains in a horizontal position, allowing access to the bottom part.
  • Page 20 (location 5). Figure 2–9: Passing the ARS cable through opening 5 6. Clean the Andrew+ Pod power supply using a soft cloth and alcohol (for example, IPA or ethanol). 7. When the power supply is dry, attach the Velcro tape at the center of the top side of the power supply.
  • Page 21 Figure 2–10: Cleaning the power supply 9. Install the Andrew+ Pod power supply (location 12) and connect it to the power supply connection (location 10). Figure 2–11: Installing the external power supply 10. Install the Andrew+ power supply (location 1) and pass the cable through the port hole for the Andrew+ power cable (location 5).
  • Page 22 (location B). Other connected devices can be placed on any available Velcro area. Connected device positions are marked as (C) in the following image. Figure 2–13: Connected device unit positions Andrew+ Pod power supply Andrew+ Robot power supply Connected device power supplies...
  • Page 23 Figure 2–14: Arranging the cables 3. Ensure that the center foot (location 11) remains loose and that it is adjusted to its shortest possible length. Figure 2–15: Adjustable center foot 4. Adjust the corner foot (location 9) until the engraved line is visible. Figure 2–16: Adjustable corner foot 5.
  • Page 24 Figure 2–17: Arranging cables during Pod rotation Note: For easier cable management during rotation, place the cables on the left- and right-hand sides, against the back feet. 6. Adjust the height of the corner feet and ensure that all the four feet touch the table. 7.
  • Page 25 Figure 2–22: Routing power and Ethernet cables 11. Ensure that the magnets on the removable bottom front panel are facing upward. 12. Slide the panel beneath the Andrew+ Pod deck until the magnets secure the panel. February 4, 2025, 715009685 Ver. 00...
  • Page 26 If you use the Automation Portal, it must be installed on the right-hand side of the Andrew+ Pod. The instructions for preparing the Andrew+ Pod for the Automation Portal and positioning it correctly in relation to the Andrew+ Pod are as follows.
  • Page 27 Andrew+ Pod. Figure 2–25: Aligning the system 6. Place the Andrew+ Pod so that it aligns with the Automation Portal instrument and is in contact with the alignment system for laboratory devices. Figure 2–26: Aligning Andrew+ Pod with Automation Portal 7.
  • Page 28 2.3.6.4 Installing and positioning the Plate Sealer+ device If you use a Plate Sealer+ device, it should be installed on the left-hand side of the Andrew+ Pod. To prepare the Andrew+ Pod for the Plate Sealer+ and position it correctly in relation to the Andrew+ Pod: 1.
  • Page 29 Figure 2–29: Ventilation module without filtration configuration To install the Andrew+ Pod without filtration: 1. From inside the Andrew+ Pod, remove the screws and then remove the top dust cover by loosening only the four screws with chamfered edges. Notes: •...
  • Page 30 3. Close the pre-filter module, ensuring that all sides are secured. 4. Place the pre-filter module on top of the Andrew+ Pod. Note: Ensure that the pre-filter is correctly placed on top of the Andrew+ Pod. Figure 2–31: Pre-filter module 5. Tighten the sampling outlet of the ventilation system.
  • Page 31 The two cover clamps ensure that the ventilation cover stays firmly in the required position. Figure 2–35: Ventilation cover 2.3.6.5.2 Installing the external duct adaptor module If you want to connect the Andrew+ Pod to an external ventilation system, install an adaptor. Figure 2–36: External duct adaptor configuration February 4, 2025, 715009685 Ver. 00...
  • Page 32 To install an adaptor: 1. From inside the Andrew+ Pod, remove the screws, and then remove the top dust cover by loosening only the four screws with chamfered edges. Notes: • These screws are accessible from the interior of the Andrew+ Pod.
  • Page 33 Figure 2–40: Filtration fume cabinet configuration To install the Andrew+ Pod as a filtration fume cabinet: 1. From inside the Andrew+ Pod, remove the screws and then remove the top dust cover by loosening only the four screws with chamfered edges.
  • Page 34 Note: Ensure that the pre-filter is correctly placed on top of the Andrew+ Pod. Figure 2–42: Pre-filter module 5. Place the filter with the foam gasket facing upward, ensuring that it is secured correctly on all sides. Figure 2–43: Foam gasket Caution: The object is heavy.
  • Page 35 Figure 2–45: Arrows facing upward Note: Ensure proper alignment between the ventilation system and the filter. Figure 2–46: Ventilation system and filter alignment 8. Install the two cover clamps on the left- and right-hand sides. Note: Ensure that the clamps are fixed in the top part of the hood. Figure 2–47: Cover clamps 9.
  • Page 36 If you want to install the Andrew+ Pod for vertical laminar flow, proceed as follows: 1. From inside the Andrew+ Pod, remove the screws and then remove the top dust cover by loosening only the four screws with chamfered edges.
  • Page 37 5. Tighten the sampling outlet of the ventilation system. Figure 2–52: Sampling outlet 6. Place the ventilation system with the three front arrows facing downward, and then connect its cable to the Andrew+ Pod. February 4, 2025, 715009685 Ver. 00 Page 37...
  • Page 38 Figure 2–53: Arrows facing downward Note: Ensure proper alignment between the ventilation system and the filter. Figure 2–54: Ventilation system and HEPA filter alignment 7. Place the pre-filter on top of the HEPA filter, ensuring that it is secured correctly on all sides.
  • Page 39 1. Hold the Andrew+ at a slight angle to carefully guide it through the door opening. Caution: Lift with care and obtain help from a second person. 2. Place the Andrew+ at the required location within the Andrew+ Pod, and align it with the engraved footprint and mechanical guides. February 4, 2025, 715009685 Ver. 00...
  • Page 40 Figure 2–58: Placing the Andrew+ inside enclosure 3. Place the waste tip domino on the left-hand side of the Andrew+. Figure 2–59: Placing the waste tip domino 4. Plug the waste link domino connector into the tip waste domino. Note: Press the connector to ensure a secure electrical connection.
  • Page 41 Figure 2–60: Waste link domino connector Figure 2–61: Correct position of waste link domino connector 5. Plug the power supplies into the main power source or, if available, through an external RCD or GFCI to add protection. Figure 2–62: Plugging the power supply into the main power 2.3.6.7 Installing the Andrew+ Active Rotating System (ARS) 1.
  • Page 42 Figure 2–63: Pulling the ARS cable 2. Place the ARS unit beside the Andrew+. Figure 2–64: Placing the ARS unit 3. Attach the magnetic connector to the ARS. The magnet secures the connector in the correct orientation and holds it in place. Figure 2–65: Connecting the magnetic connector to ARS 4.
  • Page 43 Figure 2–66: Correct ARS position February 4, 2025, 715009685 Ver. 00 Page 43...

  • Page 44: How To Use The Andrew+ Pod

    2.4 How to use the Andrew+ Pod The Andrew+ Pod must be connected to the Andrew+ Pipetting Robot to establish connection with the OneLab software. The interface present on the Andrew+ Pod consists of three buttons on the right-hand side of the pod.
  • Page 45 From status... Action on push-button The action triggered by the push-button No experiment is running, or an The sash is closed for the first stop. experiment is in Pause. The sash is opening or closing. The sash is stopped. The inner light of the Pod is ON. The light is turned off.
  • Page 46 Press for two seconds The ventilation system is installed on Press for two seconds, and then press Fan is off the Andrew+ Pod without Andrew+. the number of times required to select the desired speed shown in the front display Note: The fan options are available indicator.
  • Page 47 From status... Action on push-button The action triggered by the push-button Fan speed 2000 rpm Press for two seconds Fan speed 3000 rpm February 4, 2025, 715009685 Ver. 00 Page 47...

  • Page 48: Maintenance

    2.5.1 Recommended maintenance if the Andrew+ Pod is relocated If the Andrew+ Pod is relocated, clean the feet at the bottom of the plate with ethanol. This ensures the required grip between the Andrew+ Pod and the bench. The bench to which the Andrew+ Pod is relocated should be clean.
  • Page 49 Devices and Andrew+ from the top surface of the bench where the Andrew+ Pod is located. Use the provided Velcro to secure them at the highlighted location. This helps prevent contact with spilled liquids and reduces the risk of electrocution.

  • Page 50: Safe Disposal

    Dispose of Waters instrumentation products in accordance with applicable requirements and best practices as described below. • Follow appropriate procedures for flushing the instrument’s fluid paths of any hazardous samples or solvents.