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Thermo Scientific Sorvall X Pro Series Instructions For Use Manual
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Thermo Scientific Sorvall X Pro Series Instructions For Use Manual

Thermo Scientific Sorvall X Pro Series Instructions For Use Manual

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Thermo Scientific
Sorvall X Pro / ST Plus Series Centrifuges
Instructions for Use
50158527-g • 05 / 2023

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  • Page 1 Thermo Scientific Sorvall X Pro / ST Plus Series Centrifuges Instructions for Use 50158527-g • 05 / 2023...
  • Page 2 Table of Contents Preface About this Manual Where Do I Find Information about my Centrifuge? Intended Use Signal Words and Symbols Symbols used on Unit and Accessories Symbols used in the Instructions for Use Safety Instructions xiii 1. Transport and Set Up 1.
  • Page 3 2. 6. Identify Rotor and Buckets 2-10 2. 7. Set Basic Centrifugation Parameters 2-11 2. 8. Pre-Temper the Centrifugation Chamber 2-11 2. 9. Centrifugation 2-12 2. 10. Aerosol-Tight Applications 2-13 3. Graphical User Interface 3. 1. Overview 3. 2. Set Basic Centrifugation Parameters 3.
  • Page 4 5. Maintenance and Care 5. 1. Cleaning Intervals 5. 2. Basics 5. 3. Cleaning 5. 4. Disinfection 5. 5. Decontamination 5. 6. Autoclaving 5. 7. Maintenance 5. 8. Shipping 5. 9. Storage 5. 10. Disposal 6. Troubleshooting 6. 1. Mechanical Emergency Door Release 6.
  • Page 5 List of Figures Figure 1–1: Safety Zone ..............1-2 Figure 1–2: Lifting the Tabletop Centrifuge at Both Sides .
  • Page 6 Figure 3–10: Control Panel for Refrigerated Centrifuge ..........3-5 Figure 3–11: Navigation bar .
  • Page 7 Figure 3–62: Settings -> Controls -> Setpoints Screen: Out of Range Value Alert ..... . . 3-36 Figure 3–63: Settings -> Scheduling -Screen with All Schedules Disabled ......3-40 Figure 3–64: Settings ->...
  • Page 8 Table A–1: Technical Data Sorvall X Pro Series Centrifuges ....... .
  • Page 9 Index: Lists keywords in alphabetical order, with pointers to pages where they occur. Where Do I Find Information about my Centrifuge? This manual covers multiple Thermo Scientific Sorvall X Pro / Sorvall ST Plus Series centrifuge models. You can identify your centrifuge model by gathering two items of information: ƒ...
  • Page 10 Preface Intended User This centrifuge must be operated by trained personnel only. Trained personnel can be a clinical laboratory technologist, a medical laboratory technician, or a person with an equivalent education. Laboratory Use Centrifuges In Vitro Diagnostic Centrifuges Article No. Benchtop Centrifuge Article No.
  • Page 11 75009983 Sorvall ST4RF Plus-MD 100 V ±10%, 50 / 60 Hz 100 V ±10%, 50 / 60 Hz Table i: List of Thermo Scientific Centrifuges Signal Words and Symbols Signal Word and Colors Degree of Hazard WA R N IN G Indicates a hazardous situation that, if not avoided, could result in death or serious injury.
  • Page 12 Preface Symbols used in the Instructions for Use Observe the information contained in the instructions for use to keep yourself and your environment safe. General hazard Electrical hazard Biological hazard Danger of cuts Indicates information consid- Hazard caused by flammable ered important, materials...
  • Page 13 Preface Safety Instructions Not following these safety instructions can lead to hazardous situations that, if not avoided, could result in death or serious injury. Observe the safety instructions. WA R NING The centrifuge is to be used for its intended use only. Improper use can cause damages, contamination, and injuries with fatal consequences.
  • Page 14 Preface Damage to health from centrifuging explosive or flammable materials or substances. Do not centrifuge explosive or flammable materials or substances. WA R NING Serious injuries can occur if you touch a spinning rotor with your hands or tools. A rotor can still be spinning after a power failure occurs. WA R NING Do not open the centrifuge before the rotor has stopped spinning.
  • Page 15 Preface Due to air friction sample integrity may be affected. The temperature of the rotor may rise significantly while the centrifuge is spinning. Ventilated units lead to a heat up of the rotor above the ambient temperature. C A U T IO N Refrigerated units can have a deviation from displayed and set temperature to the sample temperature.
  • Page 16 Transport and Set Up 1. Transport and Set Up It is your responsibility to ensure that all requirements are met for safety N OTIC E reasons. 1. 1. Unpacking The shipping carton should be inspected upon delivery. When received, carefully examine for any shipping damage before unpacking.
  • Page 17 Transport and Set Up • The set up location must be well ventilated at all times. • The main switch and power supply plug must be easily accessible at all times. The grounded electrical socket should be well accesible and located outside of the safety zone. Figure 1–1: Safety Zone 1.
  • Page 18 Transport and Set Up 1. 3. 2. Handling and Unpacking a Floorstanding Centrifuge Floorstanding centrifuges come strapped to a custom-made shipping pallet. The pallet has angular stops on all four corners to prevent the centrifuge from rolling off. Supplied with each pallet is a pair of rails that serve as ramps for rolling off the centrifuge to level ground.
  • Page 19 Transport and Set Up Figure 1–5: Removing the Inner Strapping and Cardboard Protectors Using a pair of scissors, cut and remove the second set of straps securing the centrifuge to the pallet, as shown on the left side in Figure 1–5. Remove the two cardboard protectors from the top of the centrifuge, as shown on the right side in Figure 1–5.
  • Page 20 Transport and Set Up Figure 1–7: Mounting the Rails for Unloading 10. Locate the rails in the middle of the pallet underneath the centrifuge, as shown on the left side in Figure 1–7. 11. Using a screwdriver, remove the three woodscrews that secure the rails to the pallet. There are two screws on one side and a third screw on the opposite side of the rail that need to be removed.
  • Page 21 Transport and Set Up 18. Push the centrifuge off the pallet and run it slowly down the rails, carefully controlling the speed until it reaches level ground. 19. Once the centrifuge has reached its intended location, lock the swiveling castors on the front side of the centrifuge to immobilize the centrifuge.
  • Page 22 Transport and Set Up 1. 4. Product Overview This chapter describes the locations of signal and power connectors, and the main power switch. 1. 4. 1. 1 L Refrigerated Benchtop Centrifuges With Graphical User Interface (GUI) Front Back ➀ ➃ ➄...
  • Page 23 Transport and Set Up With LCD Control Panel Front Back ➁ ➂ ➀ ➀ ➁ ➂ RS232; Mains Connection; Power Supply Switch Figure 1–13: Product overview — ventilated 1 L benchtop centrifuge with LCD control panel 1. 4. 3. 4 L Refrigerated Benchtop Centrifuges With Graphical User Interface (GUI) Front Back...
  • Page 24 Transport and Set Up 1. 4. 4. 4 L Ventilated Benchtop Centrifuges With Graphical User Interface Front Back ➃ ➄ ➀ ➁ ➂ ➀ ➁ ➂ ➄ ➃ USB; RS232; Ethernet; Mains Connection; Power Supply Switch Figure 1–16: Product overview — ventilated 4 L benchtop centrifuge with GUI With LCD Control Panel Front Back...
  • Page 25 Transport and Set Up 1. 4. 5. 4 L Refrigerated Floorstanding Centrifuges With Graphical User Interface (GUI) Front Back ➀ ➁ ➂ ➃ ➄ ➀ ➁ ➂ ➄ ➃ USB; RS232; Ethernet; Mains Connection; Power Supply Switch Figure 1–18: Product overview — refrigerated 4 L floorstanding centrifuge with GUI With LCD Control Panel Front Back...
  • Page 26 Transport and Set Up 1. 4. 6. 4 L Ventilated Floorstanding Centrifuges With Graphical User Interface Front Back ➀ ➁ ➂ ➃ ➄ ➀ ➁ ➂ ➄ ➃ USB; RS232; Ethernet; Mains Connection; Power Supply Switch Figure 1–20: Product overview — ventilated 4 L floorstanding centrifuge with GUI With LCD Control Panel Front Back...
  • Page 27 Transport and Set Up 1. 5. Connections 1. 5. 1. Mains Connection Connect the centrifuge into grounded electrical sockets only. NOTIC E Turn off the Power Supply Switch. Make sure that the power supply cable specification agrees with the safety standards of your country. Make sure that the voltage and frequency are the same as the figures on the nameplate.
  • Page 28 Operation 2. Operation 2. 1. Position of parts ➀ ➁ ➂ ➃ ➄ ➄ ➀ ➁ ➂ ➅ ➃ ➂ ➀ ➁ ➃ Particle Deflection Seal; Gas spring; Centrifugation chamber; User Interface; ➄ Centrifuge lid; ➅ Drive shaft Figure 2–1: Position of centrifuge parts shown on a ventilated centrifuge with LCD control panel ➁...
  • Page 29 Operation ➀ ➁ ➀ ➁ Slot; Figure 2–3: Position of the slot in the bucket and the corresponding adapter key ➃ ➄ ➂ ➁ ➀ ➅ ➂ ➄ ➀ Bucket; ➁ Cap latch; Bucket cap; ➃ Rotor knob; Auto-Lock button; ➅...
  • Page 30 Operation ➁ ➂ ➃ ➀ ➄ ➂ ➀ ➁ ➃ Rotor lid; Auto-Lock button; Rotor lid knob; Rotor cross with buckets within ➄ the windshield bowl; Windshield bowl Figure 2–5: Position of rotor parts shown on a windshielded swinging bucket rotor...
  • Page 31 Operation 2. 2. Power on/o the Centrifuge Figure 2–6: Rear view of benchtop centrifuge, position of the mains switch Figure 2–7: Rear view of floorstand centrifuge, position of the mains switch To power on the centrifuge: Push on the mains switch of the centrifuge to “1” to power it on. When the centrifuge has completed booting it is ready for operation.
  • Page 32 Operation WARNING Do not use the mechanical emergency door release as regular procedure to open the centrifuge. Use the mechanical emergency door release only if a malfunction or power failure occurs and only when you have made sure that the rotor has stopped spinning (see “Mechanical Emergency Door Release”...
  • Page 33 Operation Figure 2–9: Turn the rotor knob Before installing a rotor: ƒ Remove any dust, foreign objects or residue from the chamber, if necessary. ƒ Wipe the drive shaft and the rotor hub from the bottom side of the rotor with a clean cloth. ƒ...
  • Page 34 A-13. Operate the centrifuge only with rotors and accessories from this list. Make sure that all components of a rotor are safely fixed when carried. The centrifuge is equipped with a Thermo Scientific™ Auto-Lock™ locking feature that automatically locks the rotor to the drive shaft.
  • Page 35 Operation Correct Loading ✓ Figure 2–13: Correct loading examples for fixed angle rotors Figure 2–14: Correct loading examples for swinging bucket rotors Incorrect Loading ✕ Figure 2–15: Incorrect loading examples for fixed angle rotors Figure 2–16: Incorrect loading examples for swinging bucket rotors Before loading a Rotor Inspect the rotor and all accessory parts for damage, such as cracks, scratches, or traces of corrosion.
  • Page 36 Operation C AUTI ON Incorrect loading can lead to damage. Always load the rotor symmetrically to avoid imbalance, noisy spinning and possible damage. A full complement of buckets needs to be installed before operating a swinging bucket rotor. C AUTI ON When using an aerosol-tight rotor lid or bucket caps, verify that the sample tubes don’t interfere with the rotor lid or bucket cap and don’t compromise its sealing efficiency.
  • Page 37 Operation 2. 5. 4. Use of Tubes and Consumables Make sure that the tubes and bottles used in the centrifuge are: ƒ rated to or above the selected RCF to be spun at, ƒ used at their minimum fill volume and not above their maximum fill volume, ƒ...
  • Page 38 Operation 3608 Figure 2–18: Setting the Correct Bucket Code Press the Bucket key repeatedly until the bucket code of the bucket being used is displayed. Release the + or - button when the desired bucket code appears above the button. Doing so selects the bucket code for future centrifugation runs (until the next time you choose to change this setting).
  • Page 39 Operation 2. 9. Centrifugation WA RNI NG Damage to health from centrifuging explosive or flammable materials or substances. Do not centrifuge explosive or flammable materials or substances. CAU T ION Due to air friction sample integrity may be affected. The temperature of the rotor may rise significantly while the centrifuge is spinning.
  • Page 40 Operation 2. 10. Aerosol-Tight Applications 2. 10. 1. Basic Principles Make sure that the sample containers are well suited for the desired centrifugation process. C AUTI ON Aerosol-tight rotors and tubes may only be opened in an approved safety work-bench when centrifuging dangerous samples. Mind the maximum permissible load.
  • Page 41 Operation Figure 2–20: Bucket with open lid (left) and closed lid (right) CAU T ION If the latch is not flipped down, the caps could be damaged during centrifugation. If the latch has not clicked into place, the bucket is not aerosol-tight.
  • Page 42 Graphical User Interface 3. Graphical User Interface This chapter contains details for centrifuges with the graphical user interface described in this manual. Pictures shown are examples and may be different in details to your experience – for example the home screen for a ventilated unit does not feature an on-screen button entry for entering temperature.
  • Page 43 Graphical User Interface Figure 3–3: Touchscreen Display for Refrigerated Centrifuge Info & Health Status Area (Region 1) The “Info & Health Status” area at the top of the display window appears in all screen displays. Figure 3–4 shows an example of the “Info & Health Status” area on a unit that is in proper working condition. Figure 3–4: Info &...
  • Page 44 Graphical User Interface Home Screen Figure 3–5 shows the “Home” screen and its icon in the navigation bar. The “Home” screen is the default screen from where you run all routine centrifuge operations. It has touch- sensitive fields and buttons that let you set speed, runtime, pre-tempering target temperature (refrigerated models only), start and stop the centrifuge, as well as open the lid.
  • Page 45 Graphical User Interface The Home button opens the “Home” screen shown in Figure 3–6 Figure 3–7. The speed box shows the current speed (top) and the speed setpoint (bottom) for the ongoing or upcoming centrifugation run. Tapping the speed box lets you set the speed setpoint and toggle the unit between rpm and x g.
  • Page 46 Graphical User Interface Control Panel (Region R2B) The “Control Panel” in Screen Region R2B contains a complete set of controls for operating the functions of the centrifuge. The inventory of buttons varies with the number of options built into the unit, as can be seen in Figure 3–9 Figure 3–10.
  • Page 47 Graphical User Interface ➀ Navigation bar visible ➁ Navigation bar hidden ➂ Show/Hide arrow button Figure 3–11: Navigation bar The navigation bar has the following icons: Icon Function Back button: In multi-level menus, lets you run backwards through all screens previously displayed.
  • Page 48 Graphical User Interface RCF Value Explained The relative centrifugal force (RCF) is given as a multiple of the force of gravity (g). It is a unitless numerical value which is used to compare the separation or sedimentation capacity of various centrifuges, since it is independent of the type of device.
  • Page 49 Graphical User Interface Tap the rpm or x g radio button to toggle between speed (in rpm, which is short for revolutions per minute) and RCF (in x g, which means multiples of the force of gravity). Figure 3–15: Setpoints Screen Detail for Centrifuge Speed, and Range Tap in the Speed entry field shown in Figure 3–15, then use the keypad on the right to enter the desired...
  • Page 50 Graphical User Interface Run Time in Standard Mode Tap in the Time entry field above and use the keypad shown to enter the desired run time period. Run time is shown in “hh:mm:ss”. For example, if you want to enter 2 hours and 30 min you must first tap “2”...
  • Page 51 Graphical User Interface 3. 2. 4. Set Temperature A refrigerated centrifuge allows for preselecting a temperature for the sample between -10 °C and +40 °C for the centrifugation run. This feature is not available on ventilated models. Temperatures displayed by the centrifuge are the estimated sample temperatures.
  • Page 52 Graphical User Interface 3. 3. Pre-Temper the Centrifugation Chamber Refrigerated centrifuges allow for pre-tempering, that is pre-warming or pre-cooling, the centrifugation chamber and the empty rotor before the centrifugation run starts. If necessary pre-temper your samples using proper equipment. The centrifuge is not intended to be used to pre-temper your samples. Temperatures displayed by the centrifuge are the estimated sample temperatures.
  • Page 53 Graphical User Interface 3. 4. Centrifugation Mind the safety zone of minimum 30 cm around the centrifuge. Refer to “Info & Health Status Area” on page 3-2. Persons and hazardous substances must be kept out of this safety zone while centrifuging. Once the main switch has been turned on, the rotor has been properly installed, the setpoints have been set as explained in the previous section, and the centrifuge lid has been closed, you are ready to start.
  • Page 54 Graphical User Interface Run in Pulse Mode Proceed as follows to use the unit for short-run centrifugation: Check the preset Pulse Mode button behavior displayed on the Pulse button whether it suits your needs. The different Pulse button behaviors are explained in the section “Pulse Customization”...
  • Page 55 Graphical User Interface 3. 5. Status, Alarms and Alerts This section explains how you can view current status information, alarms, and alerts using the buttons in the “Info & Health Status” area. Status When the centrifuge is in good health, the touchscreen display shows a green heart icon in the “Info & Health Status”...
  • Page 56 Graphical User Interface Alerts When a maintenance action becomes due or when a minor disturbance without any impact on the safe operation of the centrifuge occurs, the unit issues an alert. The centrifuge may continue to spin, but you must correct the root cause as soon as possible to avoid damage to the samples and/or the unit itself.
  • Page 57 Graphical User Interface Viewing and Handling Alerts Tapping the warning triangle icon in the “Info & Health Status” area of the touchscreen display opens the “Status – Alert” screen shown in Figure 3–29 below. This screen lists all alerts that are currently active. The latest alert appears expanded to let you view the full details.
  • Page 58 Graphical User Interface Tap the desired alert list item. The alert item is expanded to reveal the details. Solve the problem and acknowledge the alert, then tap the alert list item one more time to reduce it. Once you have solved and acknowledged all alerts, the “Status – Good Screen” appears to confirm that the centrifuge is free of alerts.
  • Page 59 Graphical User Interface The visible buttons, such as Pre-Temp, Pulse, Start/Stop, and Lid Open, are still operable in this state, depending on whether centrifuge is still running or idle. For example, you can usually stop a running centrifuge and open the lid, or you can navigate to other screens using the left-hand navigation bar while alarms are present.
  • Page 60 Graphical User Interface Figure 3–35: Status – Alarm Screen: Operating Details Expanded NOTICE These status information fields show the same content as the “Status” screen, plus the rotor log. This is described in the sections “Status” on page 3-14 “Rotor Log” on page 3-47 , respectively.
  • Page 61 Graphical User Interface Automate Processes Using Programs To reduce the setup effort before a centrifugation run, the centrifuge lets you store up to 100 programs. Programs are pre-programmed centrifugation runs with a user-specified parameter set. Programs can consist of a single step that runs with just one parameter set, or of several steps with changing parameter sets.
  • Page 62 Graphical User Interface Figure 3–39: Programs with Keypad Overlay Enter a program name of maximum 20 characters length. Tap rpm or x g to choose the unit for centrifuge speed. Tap the Temp field and enter a target temperature for pre-tempering (refrigerated models only). Enter numbers for the acceleration and deceleration profiles, if desired (see “Settings ->...
  • Page 63 Graphical User Interface Figure 3–41: Programs -> Add New Program Screen, Speed and Time for Step 1 12. If you wish to vary speed and run time during the centrifugation run, tap the + Add Step button. 13. Tap the Speed field and enter a different speed for Step 2. 14.
  • Page 64 Graphical User Interface NOTICE Leaving this box unchecked will load the program onto the main screen, but will require an additional tap on the Start button on the “Home” screen. Previewing Program Parameters The main “Programs” screen allows you to preview the parameters of a program listed there, so you can see what it does before you run it.
  • Page 65 Graphical User Interface Figure 3–45: Programs -> Delete Confirm Window for Program Step) Tap Delete one more time to delete the step. When you have finished making changes, tap the Save button to save your changes. You will be returned to the main “Programs” screen. The program has been changed according to your entries.
  • Page 66 Graphical User Interface Running a Program Programs are run from the “Programs” screen shown in Figure 3–47. The “Programs” screen opens when you tap the “Programs” button from the navigation bar on the left side of the touchscreen display. You run an existing program by tapping on any of the user-named program buttons listed on the main “Programs” screen.
  • Page 67 Graphical User Interface Figure 3–48: Programs -> Export Programs Screen The matching “Import Programs” screen is used for importing the programs on the target centrifuge. Figure 3–49: Programs -> Import Programs Screen Exporting Programs Proceed as follows to export one or more programs: Insert a USB drive with sufficient free storage space into the USB port of the centrifuge.
  • Page 68 Graphical User Interface Figure 3–50: Programs -> Export Programs Pop-up Window with Progress Bar NOTICE You may abort a running export at any time by tapping the Cancel button in the “Export Programs” pop-up window shown in Figure 3–50 above. If you do so, the export is aborted, and the “Export Error“message appears.
  • Page 69 Graphical User Interface Figure 3–52: Programs -> Import Programs Pop-up Window with Progress Bar NOTICE You may abort a running import at any time by tapping the Cancel button in the Import Programs pop-up window. If you do so, the import is aborted, and the Import Error message appears. This message lists all programs that have not been imported successfully.
  • Page 70 Graphical User Interface 3. 6. Settings This section explains how to set up the centrifuge using the options of the Settings main screen. The “Settings Main” screen opens up when you tap the Settings icon in the navigation Bar and features eight buttons.
  • Page 71 Graphical User Interface Alarm Tone You may change the alarm tone for the front window directly on the main “Alarms Settings” screen by just tapping on the drop-down list labeled Alarm Tone and selecting one of the three options. NOTICE The naming of the options may differ in each country. Proceed as follows to change the Alarm Tone: Tap the Settings icon on the navigation bar.
  • Page 72 Graphical User Interface 3. 6. 2. Alerts Tapping the Alerts button on the “Settings” screen takes you to the “Alerts Settings” screen. On the “Alerts Settings” screen, you may change the alert volume, tone, and behavior of status messages issued by the centrifuge.
  • Page 73 Graphical User Interface Alert Option Checkboxes There are three checkboxes on the “Alerts Settings” screen: Check or uncheck the “Display parameter settings” confirmations checkbox. By default, this checkbox is checked and will display a “Save” confirmation pop-up window each time you change a main setpoint parameter, including run time, temperature, speed, acceleration and deceleration profile.
  • Page 74 Graphical User Interface Passcode Passcode Action Required in Open Required in Mode Secure Mode Set parameters and run the unit Run programs Create, edit, and delete programs Change display settings Change control settings Change alarm settings Change alert settings View and export event log Connect the unit to a wired network View Files and Info screen Snooze Alarms...
  • Page 75 Graphical User Interface Figure 3–59: Settings -> Access Control: Access Control Screen in Secure Mode Tap the Secure button in the “Access Control” screen. The passcode prompt appears, asking you to enter the current admin passcode. You will be returned to the “Access Control” window. The mode has changed from open to secure, and the Save button has turned blue to indicate that you may save your changes now.
  • Page 76 Graphical User Interface In “Advanced Mode”, you can choose which timed mode the centrifuge runs in by default: ACE, Timed or Continuous. “Standard Mode” only allows for a timed setpoint. Table 3–3 lists the items on “Setpoints” screen and explains their respective functions. Field(s) Function Speed field: Lets you set a default setpoint for the speed box on the “Home”...
  • Page 77 Graphical User Interface Figure 3–61: Settings -> Controls -> Setpoints: Advanced Screen for Ventilated Centrifuge Proceed as follows to customize the setpoints for Standard Mode and Advanced Mode: Tap the Settings icon on the navigation bar. Tap the Controls button on the “Settings”...
  • Page 78 Graphical User Interface To confirm the changes, tap the OK button in the pop-up window that appears. Tapping the X icon closes this window and exits without saving. You will be returned to the “Controls” screen. If you have chosen “Advanced Mode”, a click-wheel with “Timed Run” options will now be added to the screen that opens when you tap the Time box on the “Home”...
  • Page 79 Graphical User Interface Proceed as follows to toggle between the auto-open and closed modes of the lid: Tap the Settings icon on the navigation bar. Tap the Controls button on the “Settings” screen. The “Controls” screen appears. Tap the Lid Auto Open menu and choose Yes to have the lid unlocked, or No to keep it closed (factory default).
  • Page 80 Graphical User Interface NOTICE The AM/PM division does not appear when the radio button in the “Settings -> Display -> Time“ screen is set to 24hr (see “Time” on page 3-43 for details). Tap the Time On field and enter the time of day at which you wish the centrifuge to start. Tap the Temp field (refrigerated models only) and set the target temperature for pre-tempering, if desired.
  • Page 81 Graphical User Interface Figure 3–63: Settings -> Scheduling -Screen with All Schedules Disabled Rotor Bucket The Rotor Bucket button takes you to the “Rotor Bucket” screen. The “Rotor Bucket” screen allows you to enable and set the default bucket selection for the rotor detection prompt (see “Identify Rotor and Buckets”...
  • Page 82 Graphical User Interface 3. 7. Display Tapping the Display button on the “Settings” screen takes you to the “Display” screen. The “Display” screen offers a stack of buttons. These buttons allow for customizing general display properties for all screens of the Graphical User Interface to suit your needs, altering the factory default settings.
  • Page 83 Graphical User Interface To confirm the changes, tap the OK button in the pop-up window that appears. Tapping the X icon closes this window and exits without saving. You will be returned to the “Display” screen. 3. 7. 2. Language The Language button on the “Display”...
  • Page 84 Graphical User Interface The segments of the wheel picker screen are rearranged to reflect the selected date format. For example, if you select the DD/MM/YYYY radio button, the wheel picker will change to 28 | Jul | 2018. Tap the up/down arrows or swipe your finger up or down across the wheel to set the current month, day, and year on each of the three wheel picker segments.
  • Page 85 Graphical User Interface 3. 7. 7. Unit Name The Unit Name button opens the “Unit Name” screen, where you can set a name for the centrifuge that will be displayed above the time/date field in the “Info & Health Status” area on top of the “Home” screen. Proceed as follows to edit the name of the unit: Tap the Settings icon on the navigation bar.
  • Page 86 Graphical User Interface 3. 8. 1. Event Log Tapping the Event Log button on the “Logs” main screen opens the “Event Log” screen shown in Figure 3–67 below. The “Event Log” screen lists the last 100 events logged by the centrifuge with their time of occurrence, including normal operating status as well as abnormal conditions, such as alarms.
  • Page 87 Graphical User Interface NOTICE The “View All” checkbox is deactivated automatically when you deactivate any of the other options. If you are not satisfied with the selection you have made, it may be helpful to tap “View All” and start over selecting. Tap anywhere outside the filter pop-up menu to return to the “Event Log”...
  • Page 88 Graphical User Interface 3. 8. 2. Rotor Log Tapping the Rotor Log button on the “Logs” main screen opens the “Rotor Log” screen. The “Rotor Log” screen keeps track of how many times individual rotor (bucket) types have been spun in the current centrifuge and issues warnings when a rotor reaches its end of life.
  • Page 89 Graphical User Interface NOTICE You may abort a running export at any time by tapping the Cancel button in the “Export Rotor Log“ pop-up window above. If you do so, the export is aborted, and the “Export Canceled” message appears. Acknowledge the message and repeat the export, if necessary. NOTICE While the export is running, make sure you do not remove the USB drive from the USB port.
  • Page 90 Graphical User Interface Figure 3–71: Chart Details Screen Use finger gestures to move around the chart: Pinch to zoom in and out. » Swipe left or right to navigate back in time or back to the current time. » Tap and drag to scroll to a specific time period. »...
  • Page 91 Graphical User Interface Files and Info Tapping the Files and Info button on the navigation bar takes you to the “Files and Info” screen. The “File and Info” screen lets you view technical information about the centrifuge, such as serial number and installed firmware versions, and reset the centrifuge to its factory settings.
  • Page 92 LCD Control Panel 4. LCD Control Panel This chapter contains details for the centrifuges with the LCD display described in this manual. Pictures shown are examples and may be different in details to your experience–for example, the LCD display for a ventilated unit does not have a key for entering temperature, nor a temperature readout.
  • Page 93 LCD Control Panel 4. 2. Set Basic Centrifugation Parameters This section explains how to set up the centrifuge with speed / RCF values, acceleration and deceleration profiles, temperature (refrigerated models only), and other operating parameters. 4. 2. 1. Set Speed / RCF-Value The centrifuge lets you set speed in rpm or as an RCF value (see “RCF Value Explained”...
  • Page 94 LCD Control Panel 4. 2. 2. Set Run Time The centrifuge lets you preset a run time after which the centrifugation run stops automatically. Proceed as follows to set run time: Press the + or - key below the Time field of the LCD display to set the desired duration for the centrifugation run.
  • Page 95 LCD Control Panel Deceleration Profiles The centrifuge offers a total of 10 deceleration or braking curves (numbered 0 through 9). A deceleration curve gradually reduces the speed of the centrifuge towards the end of the centrifugation run. NOTICE After the centrifuge is turned on, the last running profile selected is shown. Proceed as follows to select a braking curve: Press the + or - key below the Deceleration field of the LCD display window to cycle through the selection of available deceleration profiles.
  • Page 96 LCD Control Panel 4. 2. 5. Set Temperature A refrigerated centrifuge allows for preselecting a rotor chamber temperature between -10 °C and +40 °C for the centrifugation run. Temperatures displayed by the centrifuge are the estimated sample temperatures. CAUTION Due to air friction sample integrity may be affected. The temperature of the rotor may rise significantly while the centrifuge is spinning.
  • Page 97 LCD Control Panel 4. 3. Programs To reduce the setup effort before a centrifugation run, the centrifuge lets you enter a selection of desired program parameters and store them together as a program that may be retrieved for later use. You can include all or part of the run parameters explained in previous sections of this chapter, including: ƒ...
  • Page 98 LCD Control Panel Timed Mode Operation Proceed as follows to run the centrifuge in timed mode of operation. Set the desired parameters, as explained in the section “4. 2. Set Basic Centrifugation Parameters” on page 4-2. NOTICE Speed (see “4. 2. 1. Set Speed / RCF-Value” on page 4-2) and runtime (see “4.
  • Page 99 LCD Control Panel 4. 6. System Menu To enter the system menu hold down any of the keys when powering on the centrifuge. Use the + and - keys below Speed in order to navigate through the system menu. Use the + and - keys below Bucket in order to navigate within the system menu points. Within the system menu you can change the settings of the centrifuge.
  • Page 100 Maintenance and Care 5. Maintenance and Care 5. 1. Cleaning Intervals For the sake of personal, environmental, and material protection, you must clean and if necessary disinfect the centrifuge and its accessories on a regular basis. 5. 2. Basics ƒ Use warm water with a neutral detergent that is suitable for use with the materials.
  • Page 101 Maintenance and Care Plastic Parts Check for signs of plastic crazing, fading, bruising or cracking. In case of damage the inspected item must be removed from service immediately. O-Rings Make sure that O-rings are still smooth, not brittle nor otherwise damaged. Some O-rings are not autoclavable. Replace brittle or damaged O-rings immediately.
  • Page 102 Maintenance and Care C AUTI ON Drive and door lock can be damaged by entering liquids. Do not allow liquids, especially organic solvents, to get on the drive shaft, the drive bearings or the centrifuge door locks. Organic solvents break down the grease in the motor bearing.
  • Page 103 Maintenance and Care 5. 4. Disinfection You are responsible that the level of disinfection is achieved according to your requirements. After disinfection: Rinse the centrifuge and all affected accessories with water. Allow to fully drain and dry. After disinfecting, treat the entire surface of aluminum parts including the cavities with corrosion protection oil (70009824).
  • Page 104 Maintenance and Care 5. 6. Autoclaving As preparation always separate rotor, buckets, lids, tubes and sealing rings to allow thorough cleaning. If installed, remove lids from rotors, buckets and tubes. If not stated otherwise on the parts themselves, all parts can be autoclaved at 121 °C for 20 min. Only exception is the Microliter 48 x 2 rotor at 138 °C for 20 min.
  • Page 105 Maintenance and Care ƒ centrifuge door lock and safety system ƒ rotor ƒ fixation of rotor and drive shaft of the centrifuge ƒ rubber gasket ƒ protective casing ƒ anti-vibration mounts Before service, centrifuge and rotors should be thoroughly cleaned and decontaminated to ensure full and safe inspection can be completed.
  • Page 106 Troubleshooting 6. Troubleshooting 6. 1. Mechanical Emergency Door Release During a power failure, you will not be able to open the centrifuge lid with the regular electric lid release. A mechanical override is provided to allow sample recovery in the case of an emergency. However, this should be used only in emergencies and after the rotor has come to a complete stop.
  • Page 107 Troubleshooting NOTICE You need to pull both cords in order to unlock both locks. Push the cord(s) back into the centrifuge and mount the plug(s). Reconnect the centrifuge once the power has been restored. Switch on the centrifuge. Press the OPEN key to have the door locks operative again. WARNING If you pull only one cord or you did not press the OPEN key to have the door locks operative again, the door might open while the rotor is still spinning.
  • Page 108 Troubleshooting Error Message Description Troubleshooting Is the rotor properly installed? Check whether you have selected the right bucket. Is it easy to turn the rotor when the lid is open? The centrifuge accelerates too slowly. Does the rotor rub against the device? Restart the centrifuge.
  • Page 109 1 m in front of the instrument at 1.6 m height. Measured with Fiberlite F15-8 x 50cy at 14 500 rpm, cooling set to -10 °C (only refrigerated). ³ Without rotor. Table A–1: Technical Data Sorvall X Pro Series Centrifuges...
  • Page 110 1 m in front of the instrument at 1.6 m height. Measured with Fiberlite F15-8 x 50cy at 14 500 rpm, cooling set to -10 °C (only refrigerated). ³ Without rotor. Table A–2: Technical Data Sorvall X Pro Series Centrifuges...
  • Page 111 1 m in front of the instrument at 1.6 m height. Measured with Fiberlite F15-8 x 50cy at 14 500 rpm, cooling set to -10 °C (only refrigerated). ³ Without rotor. Table A–3: Technical Data Sorvall X Pro Series Centrifuges...
  • Page 112 Technical Specifications A. 2. Sorvall ST Plus Series Sorvall ST1 Plus Sorvall ST1R Plus Model Sorvall ST1 Plus-MD Sorvall ST1R Plus-MD Use in interior spaces only. Use in interior spaces only. Altitudes of up to 3 000 m above Altitudes of up to 3 000 m above sea level.
  • Page 113 Technical Specifications Sorvall ST4 Plus Sorvall ST4R Plus Model Sorvall ST4 Plus-MD Sorvall ST4R Plus-MD Use in interior spaces only. Use in interior spaces only. Altitudes of up to 3 000 m above Altitudes of up to 3 000 m above sea level.
  • Page 114 Technical Specifications Sorvall ST4F Plus Sorvall ST4RF Plus Model Sorvall ST4F Plus-MD Sorvall ST4RF Plus-MD Use in interior spaces only. Use in interior spaces only. Altitudes of up to 3 000 m above Altitudes of up to 3 000 m above sea level.
  • Page 115 Technical Specifications A. 3. Directives, Standards and Guidelines Centrifuge Region Directive Standard Thermo Scientific 2006/42/EC Machinery EN 61010-1 Europe 2014/35/EU Low Voltage EN 61010-2-020 Refrigerated Sorvall X1 Pro (Protective Goals) EN 61010-2-011 220–240 V, 50 Hz / 230 V, 60 Hz Sorvall X1R Pro EN 61326-1 Class B 2014/30/EC...
  • Page 116 Technical Specifications Centrifuge Region Directive Standard Thermo Scientific 98/79/EC In Vitro EN 61010-1 Europe Diagnostics EN 61010-2-020 Refrigerated Sorvall X1 Pro-MD EN 61010-2-101 220–240 V, 50 Hz / 230 V, 60 Hz 2006/42/EC Machinery Sorvall X1R EN 61326-2-6 Refrigerated 2014/35/EU Low Voltage Pro-MD EN 61326-1 Class B 220-230 Hz, 50 / 60 Hz...
  • Page 117 Technical Specifications A. 4. Refrigerants Article No. Centrifuge Refrigerant Quantity Pressure CO2e Sorvall X1R Pro R-134a 0.28 kg 21 bar 1430 0.4 t 75009760 (220-230 V, 50 / 60 Hz) Sorvall X1R Pro R-134a 0.38 kg 21 bar 1430 0.54 t 75009763 (100 V, 50 / 60 Hz) Sorvall ST1R Plus...
  • Page 118 Technical Specifications Article No. Centrifuge Refrigerant Quantity Pressure CO2e Sorvall X4RF Pro R-134a 0.45 kg 21 bar 1430 0.64 t 75009941 (220-240 V, 50 Hz 230 V, 60 Hz) Sorvall X4RF Pro R-134a 0.45 kg 21 bar 1430 0.64 t 75009027 (220 V, 60 Hz) Sorvall X4RF Pro...
  • Page 119 Technical Specifications A. 5. Mains Supply The following table contains an overview of the electrical connection data for the Sorvall X Pro / Sorvall ST Plus Series Centrifuges. This data is to be taken into consideration when selecting the mains connection socket. Mains Frequency Rated...
  • Page 120 Technical Specifications Mains Frequency Rated Power Con- Building Equipment Art. No. Centrifuge Voltage (V) (Hz) Current (A) sumption (W) Fuse (AT) Fuse (AT) 75009524 Sorvall ST4R 220–240 1 850 Plus-MD 1 850 75009624 Sorvall ST4R Plus-MD 1 850 75009525 Sorvall ST4R Plus-MD 1 400 75009526 Sorvall ST4R Plus-MD...
  • Page 121 Technical Specifications A. 6. Rotor Program For more details on rotors and accessories refer to “Rotor Specifications” on page B-1. A. 6. 1. Rotors for Laboratory Use and In Vitro Diagnostic (IVD) Centrifuges Sorvall X1 Pro / X1R Pro / Sorvall ST1 Plus / ST1R Plus / ST1 Thermo Scientific - Rotor Name X1 Pro-MD / X1R Pro-MD...
  • Page 122 Technical Specifications Sorvall X4 Pro / X4R Pro / Sorvall ST4 Plus / ST4R Plus / ST4 Thermo Scientific - Rotor Name X4 Pro-MD / X4R Pro-MD Plus-MD / ST4R Plus-MD TX-200 (75003658) ✘ ✘ TX-400 (75003181) ✘ ✘ TX-750 (75003180) ✔...
  • Page 123 B. Rotor Specifications This section lists the rotors and their accessories. For more details on adapters and accessories refer to the separate rotor subchapters in this chapter.
  • Page 124 TX-200 TX-200 B. 1. TX-200 B. 1. 2. Technical Data B. 1. 1. Items Supplied Article No. Item Quantity General Technical Data 75003658 TX-200 Rotor Weight (empty) 2.5 kg 50157859 Rotor safety information Maximum Permissible 4 x 275 g Load 75003786 Bolt grease Max.
  • Page 125 TX-200 TX-200 B. 1. 4. Biocontainment Certificate B. 1. 3. Accessories Article No. Description Accessories 75003659 TX-200 round buckets (4x) 75003660 TX-200 round ClickSeal biocontainment lids (4x) 75003687 Replacement TX-200 O-rings for lids (4x) 75003800 180 ml bio-bottle - polypropylene (12x) Adapters used for Laboratory Use 75003801 100 ml round bottom open-top tube...
  • Page 126 TX-400 TX-400 B. 2. TX-400 B. 2. 2. Technical Data B. 2. 1. Items Supplied General Technical Data Article No. Item Quantity 75003629 TX-400 rotor Weight (empty) 4.1 kg 50157859 Rotor safety information Maximum Permissible 4 x 570 g Load 75003786 Bolt grease Max.
  • Page 127 TX-400 TX-400 B. 2. 4. Biocontainment Certificate B. 2. 3. Accessories Article No. Description Accessories 75003181 TX-400 rotor cross 75003655 TX-400 round buckets (4x) 75003656 TX-400 round ClickSeal biocontainment lids (4x) 75003657 Replacement TX-400 o-rings for lids (4x) 75007585 400 ml bio-bottle - polypropylene (12x) Adapters used for Laboratory Use 75003788...
  • Page 128 TX-750 TX-750 B. 3. TX-750 B. 3. 2. Technical Data (Round Buckets) B. 3. 1. Items Supplied Article No. Item Quantity General Technical Data 75003180 TX-750 rotor Weight (empty) 7.4 kg 50157859 Rotor safety information Max. Permissible Load 4 x 800 g 75003786 Bolt grease 50158588...
  • Page 129 TX-750 TX-750 B. 3. 3. Technical Data (Rectangular Buckets) General Technical Data Weight (empty) 6.8 kg Max. Permissible Load 4 x 750 g Max. Cycle Number Rotor Cross 120 000 Bucket 100 000 Radius max. / min. 195 mm / 89 mm Angle 90°...
  • Page 130 TX-750 TX-750 B. 3. 4. Technical Data (Microplate Carriers) General Technical Data Weight (empty) 7.3 kg Max. Permissible Load 4 x 500 g Max. Cycle Number Rotor Cross 120 000 Bucket 120 000 Radius max. / min. 155 mm / 99 mm Angle 90°...
  • Page 131 TX-750 TX-750 B. 3. 5. Accessories TX-750 (rectangular buckets) TX-750 (round buckets) Article No. Description Article No. Description Accessories Accessories 75003180 TX-750 rotor cross 75003180 TX-750 rotor cross 75003614 TX-750 rectangular Buckets (4x) 75003608 TX-750 round buckets (4x) * 75003615 TX-750 rectangular ClickSeal 75003609 TX-750 round ClickSeal biocontainment...
  • Page 132 TX-750 TX-750 B. 3. 6. Biocontainment Certificate B-10...
  • Page 133 TX-1000 TX-1000 B. 4. TX-1000 B. 4. 2. Technical Data B. 4. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 9.8 kg 75003017 TX-1000 rotor cross Max. Permissible Load 4 x 1 500 g 75003001 TX-1000 buckets Max.
  • Page 134 TX-1000 TX-1000 B. 4. 3. Accessories B. 4. 4. Biocontainment Certificate Article No. Description Accessories 75003017 TX-1000 rotor cross 75003001 TX-1000 buckets (4x) 75007309 TX-1000 ClickSeal biocontainment lids (4x) 75007001 Replacement O-rings 75007300 1000 ml Bio-bottle - polypropylene (4x) Adapters used for Laboratory Use 75007301 1000 ml Bio-bottle (75007300) 75007304...
  • Page 135 H-FLEX 1 H-FLEX 1 B. 5. H-FLEX 1 B. 5. 2. Technical Data B. 5. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 6.0 kg 75003300 H-FLEX 1 rotor Maximum Permissible 50157859 Rotor safety information 2 x 1115 g Load 75003786 Bolt grease...
  • Page 136 H-FLEX 1 H-FLEX 1 B. 5. 4. Biocontainment Certificate B. 5. 3. Accessories Article No. Description Accessories 75003301 H-Flex 1 Rotor bucket, set of 2 75003302 Bucket cap H-Flex 1, set of 2 Adapters used for Laboratory Use 75003308 Adapter for TX-400 (see page B-5) Adapters used for IVD 75003303 50 ml conical tube...
  • Page 137 H-FLEX HS4 H-FLEX HS4 B. 6. H-FLEX HS4 B. 6. 2. Technical Data B. 6. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 5.4 kg 75003330 H-FLEX HS4 rotor Maximum Permissible 76003500 Rubber seal grease 2 x 1115 g Load 75003786 Bolt grease...
  • Page 138 H-FLEX HS4 H-FLEX HS4 B. 6. 3. Accessories B. 6. 4. Biocontainment Certificate Article No. Description Accessories 75003338 Bucket H-Flex HS4 (2x) 75003339 Windshield Lid H-Flex HS4 Adapters used for Laboratory Use 75003308 Adapter TX-400 Adapters used for IVD 75003303 50 ml conical tube 75003304 15 ml conical tube...
  • Page 139 HIGHPlate 6000 HIGHPlate 6000 B. 7. HIGHPlate 6000 B. 7. 2. Technical Data B. 7. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 8.0 kg 75003606 HIGHPlate 6000 Maximum Permissible 76003500 Rubber seal grease 2 x 500 g Load 75003786 Bolt grease...
  • Page 140 HIGHPlate 6000 HIGHPlate 6000 B. 7. 4. Biocontainment Certificate B. 7. 3. Accessories Article No. Description Accessories 75003622 Sealing kit B-18...
  • Page 141 M-20 Microplate M-20 Microplate B. 8. M-20 Microplate B. 8. 2. Technical Data B. 8. 1. Items Supplied Article No. Item Quantity General Technical Data 75003624 M-20 Microplate Weight (empty) 4.23 kg 76003500 Rubber seal grease Maximum Permissible 2 x 770 g Load 75003786 Bolt grease...
  • Page 142 M-20 Microplate M-20 Microplate B. 8. 3. Technical Data General Technical Data Weight (empty) 4.23 kg Maximum Permissible 2 x 770 g Load Max. Cycle Number 50 000 Radius max. / min. 127 mm / 79 mm Angle 90° Aerosol-tight Optional Max.
  • Page 143 M-20 Microplate M-20 Microplate B. 8. 5. Biocontainment Certificate B. 8. 4. Accessories Article No. Description Accessories 75002011 Replacement sealing lids (2x) 75002012 Replacement O-rings (4x) Adapters used for IVD Included Microplate carriers 76003625 Aerosol-tight capsule 75003624 M-20 rotor cross B-21...
  • Page 144 BIOShield 720 BIOShield 720 B. 9. BIOShield 720 B. 9. 2. Technical Data B. 9. 1. Items Supplied Article No. Item Quantity General Technical Data 75003183 BIOShield 720 rotor Weight (empty) 5.7 kg 76003500 Rubber seal grease Maximum Permissible 4 x 470 g Load 75003786 Bolt grease...
  • Page 145 BIOShield 720 BIOShield 720 B. 9. 4. Biocontainment Certificate B. 9. 3. Accessories Article No. Description Accessories 75003693 180 ml Bio-Bottle - Polypropylene (12x) 75003622 Sealing kit Adapters used for Laboratory Use 75003813 150 ml round bottom open-top tube 75003814 100 ml round bottom open-top tube 75003816 50 ml DIN round bottom tube...
  • Page 146 BIOShield 1000A BIOShield 1000A B. 10. BIOShield 1000A B. 10. 2. Technical Data B. 10. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 8.5 kg 75003182 BIOShield 1000A Max. Permissible Load 4 x 600 g 75003786 Bolt grease Max.
  • Page 147 BIOShield 1000A BIOShield 1000A B. 10. 4. Biocontainment Certificate B. 10. 3. Accessories Article No. Description Adapters used for Laboratory Use 75003737 250 ml flat bottom bottle 75003738 150 ml round bottom open-top tube 75003742 100 ml round bottom open-top tube 75003749 50 ml round bottom tube 75003750...
  • Page 148 CLINIConic CLINIConic B. 11. CLINIConic B. 11. 2. Technical Data B. 11. 1. Items Supplied General Technical Data Article No. Item Quantity 75003623 CLINIConic rotor Weight (empty) 4.7 kg Maximum Permissible 50158588 GP rotors information card 30 x 30 g Load 50157859 Rotor safety information...
  • Page 149 CLINIConic CLINIConic B. 11. 3. Accessories Article No. Description Adapters used for Laboratory Use 75003702 10 ml round bottom tube Adapters used for IVD 11172596 7 ml blood collection tubes (13 x 100 mm) 11172595 5 ml blood collection tubes (13 x 75 mm) B-27...
  • Page 150 8 x 50 mL Sealed 8 x 50 ml Sealed B. 12. 8 x 50 ml Sealed B. 12. 2. Technical Data B. 12. 1. Items Supplied Article No. Item Quantity General Technical Data 8 x 50 Individually sealed fixed Weight (empty) 3.3 kg 75003694...
  • Page 151 8 x 50 mL Sealed 8 x 50 ml Sealed B. 12. 4. Biocontainment Certificate B. 12. 3. Accessories Article No. Description Adapters used for IVD 75005755 15 ml conical tube 75005747 10 ml blood collection tube (16 x 100 mm) 75005748 7 ml blood collection tube (13 x 100 mm) 75005749...
  • Page 152 HIGHConic II HIGHConic II B. 13. HIGHConic II B. 13. 2. Technical Data B. 13. 1. Items Supplied Article No. Item Quantity General Technical Data 75003620 HIGHConic II Weight (empty) 3.6 kg 75003103 HIGHConic II adapter 1x50 ml Maximum Permissible 6 x 140 g Load 50158588...
  • Page 153 HIGHConic II HIGHConic II B. 13. 3. Technical Data General Technical Data Weight (empty) 3.6 kg Maximum Permissible 6 x 140 g Load Max. Cycle Number 50 000 Radius max. / min. 126 mm / 61 mm Angle 45° Aerosol-tight Max.
  • Page 154 HIGHConic II HIGHConic II B. 13. 5. Biocontainment Certificate B. 13. 4. Accessories Article No. Description Accessories 75003058 Replacement O-ring Kit Adapters used for Laboratory Use 75003102 50 ml Nalgene Oak Ridge tube 75003094 30 ml Nalgene Oak Ridge tube / 38 ml round tube 76002906 16 ml Nalgene Oak Ridge tube...
  • Page 155 Microliter 30 x 2 Microliter 30 x 2 B. 14. Microliter 30 x 2 B. 14. 2. Technical Data B. 14. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 2.1 kg 75003652 Microliter 30 x 2 Maximum Permissible 50158588 GP rotors information card...
  • Page 156 Microliter 30 x 2 Microliter 30 x 2 B. 14. 3. Technical Data General Technical Data Weight (empty) 2.1 kg Maximum Permissible 30 x 4 g Load Max. Cycle Number 50 000 Radius max. / min. 100 mm / 64 mm Angle 45°...
  • Page 157 Microliter 30 x 2 Microliter 30 x 2 B. 14. 5. Biocontainment Certificate B. 14. 4. Accessories Article No. Description Accessories 75003349 Replacement O-ring kit Adapters used for IVD 75005754 0.25 ml Microtube 75005753 0.5 ml Microtube 76003752 0.2 ml PCR tube B-35...
  • Page 158 Microliter 48 x 2 Microliter 48 x 2 B. 15. Microliter 48 x 2 B. 15. 2. Technical Data B. 15. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 2.5 kg 75003602 Microliter 48 x 2 rotor Maximum Permissible 76003500 Rubber seal grease...
  • Page 159 Microliter 48 x 2 Microliter 48 x 2 B. 15. 3. Technical Data General Technical Data Weight (empty) 2.5 kg Maximum Permissible 48 x 4 g Load Max. Cycle Number 50 000 Radius max. / min. 98 mm / 59 mm Angle 45°...
  • Page 160 Microliter 48 x 2 Microliter 48 x 2 B. 15. 5. Biocontainment Certificate B. 15. 4. Accessories Article No. Description Accessories 75003349 Replacement O-ring kit Adapters used for IVD 75005754 0.25 ml Microtube 75005753 0.5 ml Microtube 76003752 0.2 ml PCR tube B-38...
  • Page 161 MicroClick 30 x 2 MicroClick 30 x 2 B. 16. MicroClick 30 x 2 B. 16. 2. Technical Data B. 16. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 1.44 kg 75005719 MicroClick 30 x 2 rotor Maximum Permissible 70902041 ClickSeal lid...
  • Page 162 MicroClick 30 x 2 MicroClick 30 x 2 B. 16. 3. Technical Data General Technical Data Weight (empty) 1.44 kg Maximum Permissible 30 x 4 g Load Max. Cycle Number 50 000 Radius max. / min. 99 mm / 64 mm Angle 45°...
  • Page 163 MicroClick 30 x 2 MicroClick 30 x 2 B. 16. 5. Biocontainment Certificate B. 16. 4. Accessories Article No. Description Accessories 75005726 Replacement O-ring Kit Adapters used for IVD 75005754 0.25 ml Microtube 75005753 0.5 ml Microtube 76003752 0.2 ml PCR tube B-41...
  • Page 164 MicroClick 18 x 5 MicroClick 18 x 5 B. 17. MicroClick 18 x 5 B. 17. 2. Technical Data B. 17. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 1.7 kg 75005765 MicroClick 18 x 5 Maximum Permissible 20059119 ClickSeal lid...
  • Page 165 MicroClick 18 x 5 MicroClick 18 x 5 B. 17. 3. Technical Data General Technical Data Weight (empty) 1.7 kg Maximum Permissible 18 x 9 g Load Max. Cycle Number 50 000 Radius max. / min. 98 mm / 70 mm Angle 45°...
  • Page 166 MicroClick 18 x 5 MicroClick 18 x 5 B. 17. 5. Biocontainment Certificate B. 17. 4. Accessories Article No. Description Accessories 75005726 Replacement O-ring Kit Adapters used for Laboratory Use 75005756 1.2/2 ml Microtube Adapters used for IVD 75005756 1.5/2 ml Microtube B-44...
  • Page 167 Fiberlite F13-14 x 50cy Fiberlite F13-14 x 50cy B. 18. Fiberlite F13-14 x 50cy B. 18. 2. Technical Data B. 18. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 7.48 kg 75003661* Fiberlite F13-14 x 50cy Maximum Permissible 50158588 GP rotors information card...
  • Page 168 Fiberlite F13-14 x 50cy Fiberlite F13-14 x 50cy B. 18. 4. Biocontainment Certificate B. 18. 3. Accessories Article No. Description Accessories 021-149027 Replacement O-ring Kit Adapters used for Laboratory Use 010-0377 50 ml Nalgene Oak Ridge tube 010-1147 30 ml Nalgene Oak Ridge tube 010-0376 16 ml Nalgene Oak Ridge tube 010-1311...
  • Page 169 Fiberlite F14-6 x 250 LE Fiberlite F14-6 x 250 LE B. 19. Fiberlite F14-6 x 250 LE B. 19. 2. Technical Data B. 19. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 8.39 kg 75003662* Fiberlite F14-6 x 250 LE Maximum Permissible 50158588 GP rotors information card...
  • Page 170 Fiberlite F14-6 x 250 LE Fiberlite F14-6 x 250 LE B. 19. 4. Biocontainment Certificate B. 19. 3. Accessories Article No. Description Accessories 021-062153 Replacement O-ring Kit Adapters used for Laboratory Use 010-1119 85 ml Nalgene Oak Ridge tube 010-1072 30 ml Nalgene Oak Ridge tube / 38 ml round tube 010-1074...
  • Page 171 Fiberlite F15-6 x 100y Fiberlite F15-6 x 100y B. 20. Fiberlite F15-6 x 100y B. 20. 2. Technical Data B. 20. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 3.63 kg 75003698* Fiberlite F15-6 x 100y Maximum Permissible 50158588 GP rotors information card...
  • Page 172 Fiberlite F15-6 x 100y Fiberlite F15-6 x 100y B. 20. 3. Technical Data General Technical Data Weight (empty) 3.63 kg Maximum Permissible 6 x 126 g Load Radius max. / min. 98 mm / 25 mm Angle 25° Aerosol-tight Max. Autoclaving 121 °C Temperature Performance data of the compatible ventilated...
  • Page 173 Fiberlite F15-6 x 100y Fiberlite F15-6 x 100y B. 20. 5. Biocontainment Certificate B. 20. 4. Accessories Article No. Description Accessories 021-069031 Replacement O-ring Kit Adapters used for Laboratory Use 75003102 50 ml Nalgene Oak Ridge tube 76002906 16 ml Nalgene Oak Ridge tube 75003093 10 ml Nalgene Oak Ridge tube / 12 ml round tube...
  • Page 174 Fiberlite F15-8 x 50cy Fiberlite F15-8 x 50cy B. 21. Fiberlite F15-8 x 50cy B. 21. 2. Technical Data B. 21. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 4.45 kg 75003663* Fiberlite F15-8 x 50cy Maximum Permissible 50158588 GP rotors information card...
  • Page 175 Fiberlite F15-8 x 50cy Fiberlite F15-8 x 50cy B. 21. 4. Biocontainment Certificate B. 21. 3. Accessories Article No. Description Accessories 021-085077 Replacement O-ring kit Adapters used for Laboratory Use 010-0377 50 ml Nalgene Oak Ridge tube 010-1147 30 ml Nalgene Oak Ridge tube 010-0376 16 ml Nalgene Oak Ridge tube 010-1311...
  • Page 176 Fiberlite F21-48 x 2 Fiberlite F21-48 x 2 B. 22. Fiberlite F21-48 x 2 B. 22. 2. Technical Data B. 22. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 2.6 kg 75003664* Fiberlite F21-48 x 2 Maximum Permissible 50158588 GP rotors information card...
  • Page 177 Fiberlite F21-48 x 2 Fiberlite F21-48 x 2 B. 22. 3. Technical Data General Technical Data Weight (empty) 2.6 kg Maximum Permissible 48 x 4 g Load Radius max. / min. 97 mm / 64 mm Angle 45° Aerosol-tight Max. Autoclaving 121 °C Temperature Performance data of the compatible ventilated...
  • Page 178 Fiberlite F21-48 x 2 Fiberlite F21-48 x 2 B. 22. 5. Biocontainment Certificate B. 22. 4. Accessories Article No. Description Accessories 021-489021 Replacement O-ring Kit Adapters used for IVD 76003750 0.2 ml PCR tube B-56...
  • Page 179 Fiberlite H3-LV Fiberlite H3-LV B. 23. Fiberlite H3-LV B. 23. 2. Technical Data B. 23. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 6.5 kg 75003665 Fiberlite H3-LV Maximum Permissible 50158588 GP rotors information card 2 x 1 200 g Load * Identical with 096-029051.
  • Page 180 Fiberlite H3-LV Fiberlite H3-LV B. 23. 3. Accessories Article No. Description Accessories Included Microplate Carriers B-58...
  • Page 181 Fiberlite F10-6 x 100 LEX Fiberlite F10-6 x 100 LEX B. 24. Fiberlite F10-6 x 100 LEX B. 24. 2. Technical Data B. 24. 1. Items Supplied General Technical Data Article No. Item Quantity Weight (empty) 3.3 kg 75003340* Fiberlite F10-6 x 100 LEX Maximum Permissible 50158588 GP rotors information card...
  • Page 182 Fiberlite F10-6 x 100 LEX Fiberlite F10-6 x 100 LEX B. 24. 3. Technical Data General Technical Data Weight (empty) 3.3 kg Maximum Permissible 6 x 126 g Load Radius max. / min. 122 mm / 33 mm Angle 45° Aerosol-tight Max.
  • Page 183 Fiberlite F10-6 x 100 LEX Fiberlite F10-6 x 100 LEX B. 24. 5. Biocontainment Certificate B. 24. 4. Accessories Article No. Description Adapters used for Laboratory Use 75003102 50 ml Nalgene Oak Ridge tube 76002906 16 ml Nalgene Oak Ridge tube 75003093 10 ml Nalgene Oak Ridge tube / 12 ml round tube...
  • Page 184 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 185 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 186 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 187 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 188 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 189 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 190 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 191 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 192 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 193 Viton™ Tygon™ Titanium Stainless Steel Silicone Rubber Rulon A™, Teflon™ Polyvynil Chloride Polysulfone Polypropylene Polyethylene Polythermide Polyester, Glass Thermoset Polycarbonate Polyallomer PET¹, Polyclear™,Clear Crimp™ Nylon Noryl™ Neoprene Glass EPDM rubber Delrin™ Composite Carbon Fiber/Epoxy Polyurethane Rotor Paint Cellulose Acetate Butyrate Buna N Anodic Coating for Aluminum Aluminium...
  • Page 194 Index Editing Program Parameters 3-23 Ethernet 1-12 8 x 50 mL Sealed B-28 Event Log 3-45 Exporting Chart Data 3-49 Exporting Programs 3-26 Exporting the Event Log 3-46 Acceleration and Deceleration Profiles 2-11, Exporting the Rotor Log 3-47 Acceleration Profile Access Control 3-32 Advanced Program Settings...
  • Page 195 Microliter 30 x 2 B-33 Slide Coated Rotors Microliter 48 x 2 B-36 Snooze Timeout 3-30 Sorvall ST Plus Series Sorvall X Pro Series Status 3-14 Navigation Bar Stop an Ongoing Centrifugation Run Storage Switching to Secure Mode 3-33 Open/Close the Centrifuge Lid...
  • Page 196 Thermo Electron LED GmbH Zweigniederlassung Osterode Am Kalkberg, 37520 Osterode am Harz Germany thermofisher.com/centrifuge © 2019-2023 Thermo Fisher Scientific Inc. All rights reserved. All trademarks are the property of Thermo Fisher Scientific Inc. and its subsidiaries unless otherwise indicated. Delrin is a registered trademark of Dupont Polymers, Inc. TEFLON and Viton are registered trademarks of The Chemours Company FC. Noryl and Valox are registered trademarks of Sabic Global Technologies.

This manual is also suitable for:

Sorvall st plus series seriesSorvall x1 proSorvall x1 pro-mdSorvall x1r proSorvall x1r pro-mdSorvall x4 pro ... Show all