2BBWS418536 Liquid Level Sensor for Biotage Select Family User Manual

2BBWS418536 Liquid Level Sensor for Biotage Select Family

Introduction

Biotage® Liquid Level Sensor
Using radar technology, the Biotage® Liquid Level Sensor measures the distance between the sensor (mounted on the reservoir cap) and the liquid level, enabling the system to present the actual amount of liquid available in the reservoir in real time. With the liquid level sensor hub installed on your Selekt or Selekt Enkel system, and its functionality enabled in the system settings, the sensors can be used to monitor the liquid levels in the solvent reservoirs and/or the waste reservoir connected to your system (see Figure 1). For the reservoirs to be used with the liquid level sensors, they must be defined and calibrated in the Reservoir Administration view. The software comes with two preconfigured reservoirs supplied by Biotage. Custom reservoirs can be defined and calibrated on one system and transferred to other Selekt and Selekt Enkel systems using a USB memory device or network share (if enabled).

Reservoirs are assigned to the solvent inlets and waste
outlets in the Solvent Setup view; see page 11. The status of the connected liquid level sensors is displayed both in the Solvent Setup view and the About view (see page 12).

Figure 1. Selekt system with Biotage® Liquid Level Sensor used on all solvent reservoirs and the waste reservoir. All the liquid level sensors are connected to the Biotage® Liquid Level Sensor Hub.

Solvent Notifications and Stop Limits Based on Distance
The solvent notifications and stop limits are based on the distance between the solvent surface and the bottom of the reservoir. This optimizes how much solvent that can be used without the risk of aspirating air. For more information, see page 13.

Safety Stop Limit for Waste
To ensure that the waste reservoir cannot be overfilled, the pump operation in progress is immediately paused if the distance between the sensor and the waste liquid becomes smaller than allowed. This is useful if e.g. the operator by mistake is using a waste reservoir that is smaller than the one that has been assigned to the solvent inlet in the software.

Included in the Kit
Five are delivered with the Biotage® Selekt Liquid Level Sensor Kit (P/N 418776) and three with the Biotage® Selekt Enkel Liquid Level Sensor Kit (P/N 418843). Note that the required caps are not included in the kit and have to be ordered separately, see “Consumables and Accessories” on page 16. We recommend that the boxes and packing materials be kept by the customer in case the kit needs to be shipped in the future.
Note: All the system photographs and software images in this manual show the Selekt system.

Technical Specifications

• Fume Hood/ Ventilation System
• A laboratory fume hood with the capacity to handle leakage of solvents and provide suitable airflow to prevent the build-up of flammable vapors.
• Location Indoor use only. No wet locations.
• Biotage® Liquid Level Sensor must be placed on a stable and flat level surface.
• Ambient Temperature Operating: 15°C to 32°C (59°F to 90°F).
• Storage and transportation: -25°C to 60°C (-13°F to 140°F).
• Humidity 20% to 90% RH (non-condensing).
• Altitude Operation: up to 2000 m (6562 ft).
• Pollution Degree The Biotage® Liquid Level Sensor kit shall be installed and used in a level 2 environment in accordance with EN 60664-1.
• Electrical Supply 24 V
• Max Power Consumed 500 mA
• Materials PEEK (tube holder), PPS (sensor house, cap, and universal cap adapter), PP (hub),
• TPE partly coated with PO (sensor cable)
• Weight Hub: 133.5 g (0.29 lbs)
• Sensor: 64.2 g (0.14 lbs)
• Dimensions Hub: 157 x 85 x 32 mm (6.2″ x 3.3″ x 1.3″)
• Sensor: 63 x 55 x 27 mm (2.5″ x 2.2″ x 1.1″)
• IP Classification IP54 for the sensor
• RF Type (Sensor) Transceiver
• Operating Frequency
• Range 57 to 64 GHz
• Radar Peak Output
• Power 18 dBm
• Sensor Cable Length 1.8 m (70.9″)

Safety
All operations on Biotage® Selekt and Biotage® Selekt Enkel systems must be performed according to the user documentation supplied with the system and its accessories; see “Biotage® Selekt Family User Documentation” on page 16.

Intended Use
Biotage® Liquid Level Sensor from Biotage is intended solely to be used with Biotage® Selekt and Biotage® Selekt Enkel systems to detect solvent and waste levels.

Labels Used on the Biotage
Liquid Level Sensor Kit
All symbols used on the labels on the Biotage® Liquid Level Sensor kit can be referred to in the Biotage® Selekt Family Installation and Safety document (P/N 417511) except the following symbol on Biotage® Liquid Level Sensor: This device is approved by the Ministry of Internal Affairs and Communications in Japan; see “MIC Giteki Marking on Biotage® Liquid Level Sensor” below.

MIC Giteki Marking on Biotage
Liquid Level Sensor
Japanese Radio Law and Japanese Telecommunications Business Law Compliance. This device is granted pursuant to the Japanese Radio Law and the Japanese Telecommunications Business Law This device should not be modified (otherwise the granted designation number will become invalid).

FCC and ISED for Biotage
Liquid Level Sensor
This device contains license-exempt transmitter(s)/ receiver(s) that comply with Innovation, Science and Economic Development (ISED) Canada’s license- exempt RSS(s) and comply with part 15 of the FCC Rules. Operation is subject to the following two conditions:

1. This device may not cause harmful interference.
2. This device must accept any interference received, including interference that may cause undesired operation of the device.
3. Changes or modifications made to this equipment not expressly approved by Biotage may void the FCC authorization to operate this equipment.

Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and the receiver.
• Connect the equipment to an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

This equipment complies with FCC/ISED radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20 cm between the radiator and your body.
This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.

Safety Requirements

• Never connect or disconnect the liquid level sensor hub when the system is turned on.
• Never use a liquid-level sensor assembly that is damaged. Inspect before use.
• Never lift a reservoir by its liquid-level sensor assembly.
• Always ensure that the solvent inlet tubes, waste outlet tubes, and sensor cables are routed in a safe manner to reduce the risk that the solvent and waste reservoirs tip over.
• It is recommended that the optional secondary solvent containment is used.
• Ensure that the power cord, cables, and tubing connected to the system cannot come in contact with chemicals.
• If spillage occurs on the liquid-level sensor assembly, immediately dry it off.
• Always ensure that the current waste level is correct in the Solvent Setup view after disabling the Biotage® Liquid Level Sensor in the System Settings view.
• Read and follow the safety requirements in the Biotage® Selekt Family Installation and Safety document (P/N 417511) that is supplied with the system.

Safety in Other Languages
See “Safety Translations” on page 17.

Connect the Liquid Level Sensors to the System
Prepare the System
Warning
Read and follow the safety requirements on page 4.

Connect the Hub to the System

1. Ensure that the system is turned off.
2. Slide the hub into position between two rails on the right side of the system; see A in Figure 2. It is recommended that it is placed into the bottom rail.
3. Connect the CAN power cable supplied with the liquid level sensor kit between the CAN IN port on the hub and the AUX port at the rear of the system; see B in Figure 2.
   Note : If the AUX port is plugged, remove the plug.

Mount the Liquid Level Sensors on the Reservoirs
Note: Only reservoirs with the GL45 or 38-430 neck thread are currently supported. A universal cap adapter that may be used for other reservoirs can be ordered separately; see “Use the Universal Cap Adapter” on page 7.

1. Attach a GL45 cap (P/N 418528SP) or a 38-430 cap (P/N 418529SP) to the reservoir; see Figure 3. Figure 3. The GL45 and 38-430 caps can be used with the liquid-level sensor kit.

2. Attach the solvent inlet/waste outlet tube to the tube holder; see Figure 4. Two tube inserts are required to attach the waste tube

3. Snap the tube holder onto the cap as shown in Figure 5.

4. Adjust the position of the tube by gently sliding it up or down the tube holder groove:

5. Solvent reservoir: Ensure that the solvent inlet filter is at the bottom of the reservoir and that the filter and tube will not block the sensor’s line of sight to the bottom of the reservoir; see Figure 6.

6. Waste reservoir: Ensure that the end of the waste outlet tube is positioned at the bottom of the reservoir and that the tube will not block the sensor’s line of sight to the bottom of the reservoir; see Figure 6.Figure 6 A B
   Ensure that the solvent inlet filter, or the waste outlet tube, is at the bottom of the reservoir.

7. Ensure that nothing is blocking the sensor’s line of sight to the bottom of the reservoir.

8. Snap the sensor onto the tube holder as shown in Figure 7.

9. Close the sensor by flipping it down. Ensure that it clicks into its closed position; see Figure 8.

10. Repeat steps 1 to 6 for all reservoirs.

11.  Ensure that the reservoirs are placed on a flat and stable surface. If using the optional secondary solvent containment, place the metal plate that can be ordered separately (P/N 418565SP) at the bottom of the containment (see Figure

12. Figure 9. If using the optional secondary solvent containment, place the metal plate that can be ordered separately at the bottom of the containment.

Cable and Tube Routing
Link each sensor cable to its solvent/waste tube using five clips and three markers:

1. Link the sensor cable to its solvent/waste tube using five clips with a distance of approximately 15 cm (5.9″); see C1 to C5 in Figure 10. Place the first clip (C1) after the heat shrink tube; see Figure 11.
   Note : Twenty (20) solvent clips and five (5) waste clips are included in the support kit (P/N 418956SP). See the difference in Figure 12.

2. Link the sensor cable to both ends of the solvent/waste tube using two markers with the correct label (S1, S2, S3, S4, or W); see M1 to M2 in Figure 10. Place the first marker (M1) on the heat shrink tube; see Figure 11.

3. Attach a marker with the correct label to the end of the sensor cable; see M3 in Figure 10.
   Note : Two markers per solvent/waste tube are included in the support kit (P/N 418956SP). The third marker is supplied with the system.

Connect the Liquid Levels

Sensors to the Hub
Connect each liquid level sensor to the hub port that corresponds to the reservoir it is mounted on; see Figure 13 and Table 1.
Note: The sensor setup has to be confirmed in the software when the Biotage® Liquid Level Sensor option is enabled (see “Enable the Liquid Level Sensors” on page 8) and each time a sensor is connected or disconnected to/from the hub. You can at any time see the sensor setup in the About view; see Figure 27 on page 12.

Connections
Note: The S3 and S4 ports on the hub are not supported on Selekt Enkel, i.e. sensors connected to these ports will not be used.

Table 1. Connections on the system and the liquid level sensor hub.

Use the Universal Cap Adapter
There is an optional universal cap adapter for reservoirs that do not have the GL45 or 38-430 cap that can be ordered separately (P/N 418571SP). See the requirements for using the adapter in Figure 14.

1. Drill a hole of 38 mm in diameter in the middle of the cap; see Figure 14.
2. Insert the universal cap adapter through the hole; see A and B in Figure 15.
3. Attach the 38-430 cap supplied by Biotage to the universal cap adapter; see C in Figure 15.
4. Tighten the 38-430 cap and attach the whole cap assembly to the reservoir.

Enable the Liquid Level Sensors
Prepare the System
When the liquid level sensor hub has been connected to the system (see page 5), its functionality has to be enabled in the system settings (see Figure 17).
Note: Only users with system owner privilege can change the system settings.

1. Turn on the system using the power switch located on the left side of the system.

2. Press Menu and then System Settings.

3. Enable Solvent Monitoring and/or Waste Monitoring.

4. Enable the Biotage® Liquid Level Sensor option. An information dialog opens, showing the sensor setup (see Figure 17).

5. Confirm that the setup is according to your expectations.

6. Otherwise, check the connections at the hub on the right side of the system (see Figure 13 and Table 1 on page 7).
   Note : The sensor setup has to be confirmed each time a sensor is connected or disconnected to/from the hub.

7. You can also at any time see the sensor setup in the About view; see Figure 27 on page 12

Administrate Reservoirs

Prepare the System
The software comes with two preconfigured reservoirs supplied by Biotage that cannot be edited or deleted. To add, edit, calibrate, transfer, and delete user-defined reservoirs, press Menu, Data Administration, and then Reservoirs (see Figure 18). Monitoring using liquid-level sensors is only possible when using 250 mL or larger glass or plastic reservoirs that have an inner height of 15 to 90 cm (5.9″ to 35.4″) and have been calibrated on a Selekt or Selekt Enkel system. Only reservoirs with the GL45 or 38-430 neck thread are currently supported. A universal cap adapter supplied with the liquid level sensors that can be ordered separately may be used for other reservoirs; see page 7.
Note: Only users with system owner privilege can administrate reservoirs.

Reservoir Parameters
The following reservoir parameters are available (see Figure 19):

•  Visible: If enabled, the reservoir is available for use.
• Name: The name of the reservoir.
• Capacity: The reservoir volume in mL.
• Icon: The icon of the reservoir; see Figure 20. The icon can help you to identify the correct reservoir when assigning reservoirs to the solvent inlets and the waste outlet (see Figure 24 on page 11). (Optional.)

Description: A description of the reservoir, e.g. material, manufacturer, and part number. (Optional.)
Calibrated: The date and time when the reservoir was calibrated. The result of the calibration can be viewed by pressing. To calibrate/recalibrate the reservoir, see the instructions below. (Optional.)
Note: Only calibrated reservoirs can be used with the liquid level sensors

Calibrate a Reservoir
During the calibration, water will be dispensed into the reservoir through the waste channel while the reservoir is monitored by the waste sensor (port W on the hub). The Reservoir Calibration Wizard will guide you through the whole process.

Note: The last solvents used on the system must be miscible with water.

1. Press Menu, Data Administration, and then Reservoirs.
2. Edit or create the reservoir that you want to calibrate.
3. Press Calibrate. Read and follow the instructions that appear on the screen; see Figure 21.

Transfer Reservoirs
Reservoirs added on one system can be transferred to other Select and Selekt Enkel systems using a USB memory device or network share (if enabled).
Note: When exporting reservoirs from the system, they are saved at biotage\selekt\common\reservoirs\ (on USB) or \common\reservoirs\ (in network share folder). Ensure to use the same location when importing reservoirs to the system.
Note: If remote control is enabled on your system, it is not possible to export and import reservoir types using a USB memory device on a remote client.

1. Press Menu, Data Administration, and then Reservoirs.

2. Press Transfer. The Transfer Reservoirs view opens; see Figure 22.

3. If applicable, select whether you want to transfer reservoirs from/to a USB memory device or the network share folder from the Available drop-down list Select the reservoir(s) to be transferred. To only list calibrated reservoirs, enable the Only Calibrated option. To transfer all listed reservoirs, enable the Select All option.
   Note: If a reservoir with the same name and identical settings exists on the system and the USB/network share, it is grayed out and cannot be selected.

4. Transfer the selected reservoir(s) by pressing Selected.

5. If a reservoir with the same name but different settings exists on the destination location, the Reservoir Already Exists dialog opens (see Figure 23). The settings for both reservoirs are listed. Select whether to replace the reservoir
   in the destination (Replace), keep both (Create Copy), or keep the reservoir in the destination (Skip).Figure 22. The Transfer Reservoirs view. In this example, the selected reservoirs will be copied from the system to the connected USB memory device when Selected is pressed. The reservoir “2000 mL Amber Glass” is greyed out (and cannot be selected) as its settings are identical on the system and the connected USB memory device. Figure 23.

6. The Reservoir Already Exists dialog appears when a reservoir with the same name but with different settings exists in the destination location. In this example, the reservoir “2000 mL Clear Glass 38-430” on the system has a newer calibration than the one on the connected USB memory device. Assign Solvents and Reservoir Types

Prepare the System

Warning
If using the optional secondary solvent containment on the top of the system, it must be empty when using columns larger than 400 grams.
Note : For the liquid level sensors to work, they have to be used with reservoirs that have been calibrated. See “Administrate

Reservoirs” on page 9.

1. Ensure that each liquid level sensor is connected to the hub port that corresponds to the reservoir it is mounted on; see Figure 13 and Table 1 on page 7. For instructions on how to mount the liquid-level sensors, see page 5.

2. In the software, press Menu and then Solvent Setup.

3. Assign a solvent to each solvent inlet using the Solvent drop-down lists in the Solvent Setup view. To add solvents to the list, press Solvent Administration. For more information, see the user manual supplied with the system.

4. Assign a reservoir to each solvent inlet and the waste outlet from the Reservoir drop-down lists; see Figure 24. Reservoirs that are calibrated are marked with. To add reservoirs to the list, press Reservoir Administration. For more information, see page 9. The Custom option is available when you want to use a reservoir without adding it to the system; you can enter its capacity manually in the Solvent Setup view (see solvent inlet S4 in Figure 24).
   Note: If you select the Custom option or a reservoir that is not calibrated, the monitoring will be based on the pumped volume. The current liquid level must then be entered each time you refill a solvent or empty a waste reservoir (see Figure 25).

5. Prime the solvent inlets that have been assigned a new solvent.

Figure 25. The Solvent Setup view when solvent and waste monitoring using liquid level sensors is enabled. In this example, solvent inlets S3 and S4 have not been assigned a calibrated reservoir and the monitoring of the reservoirs will be based on the pumped volume. See the explanation of the sensor icons on page 12.

Status of the Liquid Level Sensors
Prepare the System
The status of the connected liquid level sensors is displayed both in the Solvent Setup view (see Figure 26) and in the About view (see Figure 27

Icon Status

No icon No liquid level sensor is connected to the system or monitoring using liquid level sensors is not enabled.
Note: If solvent/waste monitoring is enabled, it is based on the pumped volume. The current liquid level must be entered each time you refill/empty the reservoir. The connected liquid level sensor is open (flipped up) and/or the assigned reservoir is not calibrated (see reservoirs S3 and S4 in Figure 25). The monitoring is based on the pumped volume. The current liquid level must be entered each time you refill/empty the reservoir. The connected liquid level sensor is used. The connected liquid level sensor failed to detect the liquid level. Check the following:

• Ensure that the reservoir’s liquid level is stable.
• Ensure that the reservoir is not tilted.
• Ensure that the tubing is properly inserted into the reservoir and that there is nothing disturbing the sensor; see steps 2 through 4 on page 5.
• Ensure that there is no liquid on the bottom of the sensor house that can disturb the sensor readings.
• Dry off any liquid using a clean, lint-free cloth.
• Ensure that the sensor is properly closed; see Figure 8 on page 6.
• Rotate the sensor (and tube holder) into another position, e.g. rotate it 90 degrees, to see if that solves the problem.

The monitoring is based on the pumped volume until the problem has been solved. If the problem has not been solved after using 20% of the set reservoir capacity, the run will be paused and the user notified. Resolve the problem or run without the sensor by flipping it up.
Note: To be able to flip up the sensor, push on the tube holder as shown in Figure 29 on page 14. Sensor failure. The sensor must be disconnected from the liquid-level sensor hub. (The user is notified

Solvent and Waste Estimations and Notifications
Setup and Run a Purification
Run Estimation
You can at any time view the estimated solvent consumption and the required waste capacity: When setting up the run by pressing Run Estimation below the gradient table. During the run by pressing Run Estimation in the Solvent Setup view; see Figure 28. If there is not enough solvent or waste capacity for the run when the run is started, the system will notify the user.
Note: The available volume displayed in the Run Estimation dialog is equal to the current level (in the Solvent Setup view) minus the reservoir’s stop volume; see Figure 28.

Solvent and Waste Notifications

When using the liquid level sensors for solvent and waste monitoring:

Notification Description
The solvent surface is 60 mm from the bottom of the reservoir. In this example, the notification is for solvent inlets S1 and S2. When the solvent surface is 30 mm from the bottom of the reservoir, the run is automatically paused and the user will be prompted to refill the solvent(s). The solvent monitoring has been turned off for the rest of the run by the user. The monitoring is automatically turned on again when the run has been completed.

The waste level is above 85% of the set waste reservoir capacity. When the waste level is at 95% of the set capacity, the run is automatically paused and the user will be prompted to empty the waste reservoir. When the distance between the sensor and the waste liquid becomes smaller than allowed, the run is automatically paused and the user will be prompted to empty the waste reservoir. See “Safety Stop Limit for Waste” below.

Safety Stop Limit for Waste
To ensure that the waste reservoir cannot be overfilled, the pump operation in progress is immediately paused if the distance between the sensor and the waste liquid becomes smaller than allowed. This is useful if e.g. the operator by mistake is using a waste reservoir that is smaller than the one that has been assigned to the solvent inlet in the software.

Refill a Solvent Reservoir
Refill a solvent reservoir by flipping up the sensor; see Figure 29 and Figure 30. This can be done at any time without pausing. When the sensor is closed again, the amount of liquid available in the reservoir is automatically updated in the software Figure 29. Push on the tube holder to be able to flip up (open) the sensor. Figure 30. Refill a solvent reservoir at any time using a funnel. Empty the Waste Reservoir Always ensure that the system is idle or paused when emptying the waste reservoir. Empty the waste reservoir by unscrewing the whole liquid-level sensor assembly; see Figure 31. The run is automatically paused when the waste level is 95% of the set capacity. When the liquid level sensor assembly is attached to the reservoir again (with the sensor closed), the amount of liquid available in the reservoir is automatically updated in the software.

Replace a Solvent or Waste Reservoir
Always ensure that the system is idle or paused when replacing a solvent or waste reservoir. Either move the whole liquid level sensor assembly to the new reservoir by unscrewing the cap (see Figure 31) or detach the tube holder from the cap (see Figure 32) and attach the assembly to the new reservoir using a GL45 cap (P/N 418528SP) or a 38-430 cap (P/N 418529SP) supplied by Biotage.
Note : When replacing the reservoir with another type of reservoir, ensure to reassign the reservoir type in the Solvent Setup view (see page 11).

Figure 31. Remove the whole liquid-level sensor assembly by unscrewing the cap. The cap rotates freely, independent of the attached tub holder and sensor. Figure 32. Detach the tube holder from the cap. When the liquid level sensor assembly is attached to a reservoir again (with the sensor closed), the amount of liquid available in the reservoir is automatically updated in the software.

Maintenance and Troubleshooting

Maintenance
Warning

• If spillage occurs on the liquid-level sensor assembly, Immediately dry it off using a clean, non-abrasive cloth.

Clean the Tube Holder
The tube holder must be cleaned when a spillage occurs or before moving it to a reservoir with a different solvent. Clean the tube holder using ethanol or similar.

Clean the Sensor House and Cable
Clean the sensor house using a cloth dampened with ethanol or similar. If necessary, the sensor cable can be cleaned with a cloth lightly dampened with water or ethanol. After cleaning, wipe dry with a clean, non-abrasive cloth.

Troubleshooting
If a liquid level sensor fails to detect the liquid level ( ), check
the following:

•  Ensure that the reservoir’s liquid level is stable.
• Ensure that the reservoir is not tilted.
• Ensure that the tubing is properly inserted into the reservoir and that there is nothing disturbing the sensor; see steps 2 through 4 on page 5.
• Ensure that there is no liquid on the bottom of the sensor house that can disturb the sensor readings.
• Dry off any liquid using a clean, lint-free cloth.
• Ensure that the sensor is properly closed; see Figure 8 on page 6.
• Rotate the sensor (and tube holder) into another position, e.g. rotate it 90 degrees, to see if that solves the problem

General Information

Consumables and Accessories
Only genuine Biotage consumables and accessories must be used in the system. To order consumables and accessories, see the contact information on the back of this document or visit our website www.biotage.com.

Biotage® Liquid Level Sensor
Accessories and Spare Parts
Part No. Description Qty

• 418776 Biotage® Selekt Liquid Level Sensor Kit 1
• 418843 Biotage® Selekt Enkel Liquid Level Sensor Kit 1
• 418758SP Biotage® Liquid Level Sensor Hub 1
• 418536SP Biotage® Liquid Level Sensor 1
• 418777SP Tube Holder 5
• 418523SP Reservoir 5L, GL45 5
• 418524SP Reservoir 10L, GL45 1
• 418528SP GL45 Cap 5
• 418529SP 38-430 Cap 5
• 418571SP Universal Cap Adapter (38-430) 5
• 418841SP Funnel 1
• 418956SP Cable and Tube Support Kit 1
• 418565SP Secondary Solvent Containment Plate 1

For a complete list, please visit our website www.biotage.com. Biotage® Selekt Family User Documentation The following user documentation is supplied with the Biotage® Selekt and Biotage® Selekt Enkel systems and/or can be
downloaded at www.biotage.com.

• Biotage® Selekt Family Installation and Safety, P/N 417511
• Biotage® Selekt User Manual, P/N 416183, or
• Biotage® Selekt Enkel User Manual, P/N 417510
• Biotage® Selekt Family Safety Translations, P/N 417512
• Biotage® Selekt Monitor API User Manual,
• P/N 418955 (only at www.biotage.com)
• Biotage® Liquid Level Sensor for Biotage® Selekt
• Family User Manual, P/N 419144 (this document)

The user manuals supplied with the systems are also available in Chinese (P/N 416183ZH/417510ZH), Japanese (P/N 416183JP/417510JP), and German (P/N 416183DE/417510DE) at www.biotage.com.

Manufacturer
Biotage Sweden AB
Contact Us Biotage Sweden AB
Box 8 SE-751 03 Uppsala
SWEDEN Visiting address: Vimpelgatan 5
Phone: +46 18 56 59 00
Fax: +46 18 59 19 22
E-mail: info@biotage.com
Website: www.biotage.com
Please contact your local Biotage representative. See the contact information on the back of this document or visit our website www.biotage.com.

Intellectual Property
Patent pending. Your Complete

Partner for Effective
Chemistry Biotage is a worldwide supplier of instruments and accessories designed to facilitate the work of scientists in life sciences. With our deep knowledge of the industry, academic contacts, and in-house R&D teams, we can deliver the best solutions to your challenges. We take great pride in our flexibility and ability to meet our customer’s individual needs. With strong foundations in analytical, organic, process, and biomolecule chemistry, we can offer the widest range of solutions available on the market

EUROPE
Main Office: +46 18 565900
Toll-Free: +800 18 565710
Fax: +46 18 591922
Order Tel: +46 18 565710
Order Fax: +46 18 565705
order@biotage.com
Support Tel: +46 18 56 59 11
Support Fax: + 46 18 56 57 11
eu-1-pointsupport@biotage.com

Part Number: 419144-A
© 2023 Biotage. All rights reserved. No material may be reproduced or published without the written permission of Biotage. Information in this document is subject to change without notice and does not represent any commitment from Biotage. E&OE.A list of all trademarks owned by Biotage AB is available at www.biotage.com/legal. Other product and company names mentionedherein may be trademarks or registered trademarks and/or service marks of their respective owners and are used only for explanation and to the owner’s benefit, without intent to infringe.

References

• Biotage: Drug Discovery, Analytical, Water and Environmental testing
• Legal Terms

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