I have noticed that more solution is used for reverse pipetting than for normal pipetting. What is the reason for this?

Reverse pipetting means uptake of liquid including the blow-out volume and dispensing of liquid without the blow-out volume. Reverse pipetting is recommended to reduce the error with viscous or foaming liquids or when dispensing very small sample volumes. The excess solution aspirated remains in the tip and is discarded.

What is reverse pipetting using an air-cushion pipette? Is there literature available?

Unlike forward pipetting, reverse pipetting involves pressing the pipette button to the second pressure point, allowing a greater volume to be aspirated into the tip. When dispensing liquid, there’s no pipette blow-out; instead, the residual liquid remains in the tip. This technique offers enhanced accuracy and precision for pipetting liquids with high viscosity or those prone to foam or produce bubbles. Eppendorf offers a variety of literature explaining the technique and proving application examples, such as the Userguide 020, several webinars, and YouTube videos.

What is pre-wetting using an air-cushion pipette, and is it volume-independent?

Regardless of the volume, the air cushion should be wetted by multiple filling and emptying of the tip before dispensing.

What are effective techniques for pipetting viscous liquids?

When pipetting viscous liquids, we recommend positive displacement instruments such as the Multipette (M4, E3, E3x). Those instruments offer the best dosing accuracy for viscous liquids due to the piston integrated into the tip. When handling viscous liquids with an air-cushion pipette (Research plus, Reference 2), be sure to pipette slowly and use reverse pipetting (see Userguide 020 or our extensive eBook on www.eppendorf.com/Pipetting-eBook for guidance). Additionally, adjust your pipette settings to account for differences in density by using the temporary adjustment. However, results will not match those achieved with a positive displacement device.

What is the best way to dispense organic solvent?

It is best to use a positive displacement device like the Multipette. Positive displacement devices are most suitable for precise and drip-free dispensing of liquids with high vapor pressure. As the liquid is enclosed in a tip with integrated piston, the solvent vapor does not come into direct contact with the instrument.

Are your pipettes free of nucleic acids?

We cannot guarantee that our pipettes are completely free of nucleic acids. While we maintain high standards of cleanliness and care during production, we do not implement specific measures to prevent nucleic acid contamination. To protect your samples from potential contamination, we recommend using positive displacement devices or filter tips, such as ep Dualfilter T.I.P.S. or ep Dualfilter T.I.P.S. SealMax.

When should I grease my Eppendorf pipettes?

The piston or cylinder in the lower part of the pipette should be relubricated after cleaning, decontamination, or exposure to grease-dissolving solutions such as organic solvents. Re-greasing your pipette after autoclaving is not necessary.

How should warm or cold liquids be pipetted?

Best Practices for Pipetting Warm or Cold Liquids: Warm and cold liquids can behave differently than those at room temperature, requiring adjustments in pipetting techniques. Temperature differences between the liquid and the pipette can affect the air cushion, resulting in inaccuracies and imprecision that may exceed permissible error limits. To achieve optimal results, ensure that the pipette, tips, liquid, and surrounding air are all at the same temperature. For enhanced accuracy and precision, consider using a positive displacement device like the Multipette M4 or E3/E3x.

Can the heat of my hand affect my pipetting result?

Modern pipettes address this issue by ensuring sufficient spatial separation between the piston and the handle. Additionally, the materials used in our pipettes support thermal shielding/isolation to prevent heat transfer from your hand (see Userguide 021).

Do Eppendorf pipettes always have to be kept in a stand or can they also be put down on the laboratory bench?

The pipette can be placed on the laboratory bench, but never with liquid inside the tip. In general, it is best to keep pipettes on the pipette carousel. When storing pipettes in a drawer, ensure the pipette does not come into contact with the drawer walls or other equipment, as this may damage the pipette when the drawer is opened or closed.

How can I adjust my air-cushion pipette for challenging liquids, long tips, or higher/lower altitudes?

Upon manufacturing, pipettes are calibrated to distilled water. Eppendorf mechanical pipettes allow temporary user adjustments, beneficial for liquids with different physical properties than water (density, viscosity, surface tension, vapor pressure), or when capillary actions occur (e.g., with DMSO). Adjustments are also beneficial when atmospheric pressure changes due to altitude or when using non-standard pipette tips (e.g., epT.I.P.S. long). The adjusted pipette delivers the correct volume only for the liquid used during adjustment. Please be aware that variable mechanical pipettes turn into "fixed-volume pipettes" when being adjusted. That means they can only be adjusted to a specific liquid to one volume and not across the entire dispensing range. Research plus and Reference 2 pipettes feature an adjustment window where the change can be monitored. It can be set back to factory settings "0". For detailed procedures and examples, refer to the operating instructions and Application Note No. 198. In contrast to mechanical pipettes, the electronic Xplorer/Xplorer plus pipettes can be adjusted for the entire range of volume. Additionally, the electronic pipettes offer several options for adjusting the pipette in the "Options" menu, e.g. to 75 % ethanol, altitude, elongated tips. Furthermore, individual adjustments are possible, as 1-point, 2-point or 3-point settings. For more information see User Guide 036. Temporary user adjustments can be reset to manufacturer settings without recalibration.

How do I determine the volume values when calibrating gravimetrically?

The most common method involves measuring the mass of distilled water (whose physical properties are known) using a balance, and then converting the mass to a volumetric value. This means that the measurement values from the analytical balance are multiplied by the correction factor Z (see SOP pipettes). This adjustment accounts for the density of water at the specific temperature and the relevant air conditions.

What does EN ISO 8655 cover?

ISO 8655-2022 is the global standard for piston-operated volumetric apparatus (POVA), including pipettes, burettes, dilutors, dispensers, and manual precision syringes, as defined by the International Organization for Standardization (ISO). It ensures standardized performance for manufacturers, calibration providers, and users.It is structured in 10 chapters: ISO 8655-1: Terminology, general requirements and user recommendations ISO 8655-2: Pipettes ISO 8655-3: Burettes ISO 8655-4: Dilutors ISO 8655-5: Dispensers ISO 8655-6: Gravimetric reference measurement procedure ISO 8655-7: Alternative measurement procedures ISO 8655-8: Photometric reference measurement procedure ISO 8655-9: Syringes ISO 8655-10: User guidance, user qualification and POVA qualification.

What do the terms random error and systematic error mean in a pipette calibration?

In pipette calibration, random error and systematic error are two key concepts that help ensure accuracy and precision in measurements. Random Error refers to the variability in measurements when the same volume is dispensed multiple times. It is also known as imprecision and is determined by calculating the repeat standard deviation of 10 measurements. These errors tend to scatter around the true value and can be minimized by consistent technique and proper training. Systematic Error is the consistent deviation of the measured volume from the selected/true volume, also known as inaccuracy and is determined by establishing the mean value of 10 measurements. Systematic errors can arise from defective or misadjusted devices and need to be corrected through proper calibration and maintenance.

Why are the Z factors listed in our SOP different from factors which can be derived from density reference values (of water)?

The Z factor is included in EN ISO 8655-6 and was incorporated into our SOP. As we understand it, it was incorporated in the standard by the Physikalisch Technische Bundesanstalt in Braunschweig. The Z factor describes the density of water at a particular temperature using a 5th degree polynomial. Furthermore, the density of water is corrected by the density of air (derived from air pressure) and a fixed correction value for balances. These corrections are the key reasons for the deviation from density values in various books of tables.

At which volumes should a variable pipette be calibrated?

According to the EN ISO 8655-2022 standard, three series of 10 measurements are used to calibrate a variable-volume pipette. The three test volumes are: 1. Nominal volume (the largest volume adjustable by the user, as determined by the manufacturer) 2. 50% of the nominal volume 3. 10% of the nominal volume, or the lower limit if the minimum is over 10%

What is the nominal volume of a variable pipette?

The nominal volume of a variable pipette is always its maximum volume. For a 100 - 1,000 µL pipette, this means 1,000 µL.

I very frequently work with different chemicals. Can I still perform pipette calibration using water?

As per EN ISO 8655-2022, pipette calibration, which involves checking liquid dispensed by the pipette on a balance, should always be performed using distilled or deionized water. If you are working with chemicals that have different properties than water, consider using the temporary adjustment to minimize errors as outlined in Application Note 198. In general, we recommend using direct displacement devices such as the Multipette M4/E3(x) for challenging liquids.

During weighing (pipette calibration) I obtained steadily decreasing measuring results. Why is this?

The weight fluctuations you measured would appear to be a temperature problem. Please ensure that the pipette, the distilled water used for testing, the tips etc. are all at the same temperature. It is recommended that the pipettes be placed in the weighing room at least 2 hours before the test is performed. While measuring, ensure that transfer of heat from your hands is kept to a minimum (otherwise weight fluctuations may occur!) Tip: do not constantly grasp the pipette in the palm of your hand while waiting for each measurement result! We recommend our standard operating procedure (SOP) for pipettes as a source of basic information on pipette calibration.

How are multi-channel pipettes tested?

According to ISO 8655-2022, every channel of a multi-channel pipette must be tested. While all channels need to be filled, only the channel being tested is measured. Due to the high number of measurements required (e.g., 240 measurements for an 8-channel pipette and 360 measurements for a 12-channel pipette), it is advisable to send the multi-channel pipette to a professional calibration lab. These labs are equipped with specialized balance setups that ensure all channels are filled while only one channel is measured at a time.

Is the pipette grease free of resins?

Yes, the pipette grease supplied by Eppendorf is free of resins.

Can the Xplorer/Xplorer plus be autoclaved, and how often?

The lower part of the Xplorer can be autoclaved. 175 autoclaving cycles (121 °C, 1 bar, 20 min.) were tested. This number of tests corresponds to the average use over 5 years.

Which volumes are used for mixing in the mode "Pipetting and mixing"?

In the "Pipetting and mixing" operating mode, the mixing volume can be defined independently from the filling volume.

Can the acoustic feedback of the Xplorer/Xplorer plus be turned off?

Yes, the volume of the acoustic feedback can be set to levels 0-8 in the "Options" operating mode.

How can accidental parameter changes be prevented?

A complete run with volume, speed, etc. can be saved at the program level. After exiting the program level, the run can no longer be changed just by pressing the keys. Additionally, the Xplorer plus offers possibilities of protecting settings by password.

Various speeds can be selected with the Xplorer/Xplorer plus. What speeds do the settings 1-8 represent?

Aspiration time depends on the volume and speed level. For instance, the Xplorer/Xplorer plus pipette takes 12 seconds (Step 1) to 2.6 seconds (Step 8) to aspirate 10 mL. Refer to the Operating Manual for more details.

Are the Xplorer and Xplorer plus resistant against UV-light?

The Xplorer/Xplorer plus pipette can be sterilized with UV light. We recommend the use of a Hg-lamp, 254 nm, 30 W. The distance between lamp and pipette should be approx. 60 cm.

Can the aspiration volume be limited?

Yes, a volume limit can be defined in the "Options" operating mode.

What charging possibilities are available for the Xplorer/Xplorer plus pipettes?

The Xplorer/Xplorer plus can be charged using the included power supply or with the separately sold Charger Stand 2 and Charger Carousel 2. The Charger Stand 2 supports one Xplorer/Xplorer plus, while the Charger Carousel 2 has up to six charging units for Xplorer/Xplorer plus pipettes. Its intelligent charging electronics charges 4 pipettes at once and charges the remaining 2 when the others are fully charged. The single charging units (Charger Shells 2) are compatible with both single-channel and multi-channel Xplorer/Xplorer plus pipettes.

Can the Xplorer/Xplorer plus also be charged with Multipette Charger Shells?

No, the Xplorer/Xplorer plus cannot be charged with the Multipette Charger Shells 2. However, both charger shells of the Multipette and the Xplorer/Xplorer plus fit the charger stand as well as the Charger Carousel 2.

How long is the service life of the battery?

The lithium polymer battery features high energy density. Its service life is several years; but this is strongly dependent on usage and storage conditions.

Can the battery of Xplorer/Xplorer plus pipettes be reordered?

Yes, batteries for electronic liquid handling can be ordered separately as spare parts (4861601000) and should be replaced after approx. 3 years of use.

Which pipette tips fit on the Xplorer?

The certificate of conformity for the Eppendorf Xplorer ® system is valid for epTIPS. However, the Xplorer can also be used with common competitor tips.

Is it possible to mix liquids in the micro test plate or small volumes with the preparation?

In the operating mode "Pipetting and Mixing," the sample is automatically mixed with the preparation after dispensing. The mixing cycles and mixing volume can be individually defined for this.

What material is my pipette made of and what chemicals is it resistant to?

Please refer to the Operating Manual on our homepage for information on material or chemical resistance before use. The Research plus and Reference 2 have separate chemical resistance sheets. Please note that aggressive chemicals used over a longer period of time may shorten the lifetime of the pipette.

Is it possible to inactivate the spring-loaded tip cone of a single-channel pipette?

Yes, the delivery includes a locking ring to easily deactivate the spring-loaded tip cone. Disassemble the upper from the lower part of the pipette and push the locking ring onto the lower part from the top. Refer to the Operating Manual for an illustrated guide. This is useful for pipette tips not designed for Eppendorf pipette cones.

How often should pipettes be calibrated?

The user determines the frequency of calibration. However, according to EN ISO 8655-2022 Part 1, calibration must be performed regularly and at a minimum, once per year. Routine tests should be performed more frequently, ideally at intervals shorter than those for calibration. The frequency of both calibration and routine tests should be established through a risk assessment. This assessment needs to consider factors such as the frequency of pipette use, the number of users, the aggressiveness of the liquids being dispensed, and the acceptable error limits set by the user. Additionally, any industry- or organization-specific frequency requirements must be adhered to.

How long is the service life of the battery of Xplorer/Xplorer plus pipettes?

The lithium polymer battery features high energy density and its service life usually spans several years, if properly maintained and stored. It is recommended however, to replace the battery after approx. 3 years of use.

My Research plus/Xplorer plus pipette with 20 µL has the color code "pearl white". Which tips should I use?

Eppendorf changed the color code of all 20 µL pipettes and epT.I.P.S. ® 384 tips to light pink. You can use light pink tips with your pipette in pearl white. As part of our service offering, we offer to convert 20 µL pipettes sent in to light pink free of charge. This avoids confusion with the appropriate tips.

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Eppendorf Xplorer^®/ Eppendorf Xplorer^® plus - 电动移液器

Eppendorf Xplorer® / Xplorer plus single- and multi-channel electronic pipettes

Eppendorf Xplorer® (plus)多通道电动移液器可以加快微孔板移液流程

Eppendorf Xplorer®/Xplorer plus 16通道和24通道电动移液器与384孔板

Discover the smooth handling of Eppendorf Xplorer® pipettes yourself

Female scientist using Eppendorf Xplorer® plus electronic pipette to fill an Eppendorf Tube®

Man using Eppendorf Xplorer® plus 24-channel pipette to fill a 384-well plate

ACT label of sustainability certification for Eppendorf Xplorer® plus pipette, 100-1000 µL (blue), single-channel

产品信息

每天辛勤工作的人员应该配备优质的工具和实验室设备。Eppendorf Xplorer和Eppendorf Xplorer plus电动移液器提供单通道、8通道、12通道、16通道和24通道型号，设计用于0.5 µL至10 mL的吸液和分液操作，同时消除了与手动移液相关的许多潜在错误风险。使用Eppendorf Xplorer/Xplorer plus电动移液器，为您带来卓越的便捷性、精确度和可重复性。

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用途

特征

使用电量充沛的移液器，实现简单、快速、精确的移液操作——您值得拥有！

Eppendorf Xplorer和Xplorer plus电动移液器拥有强大的电池容量，助您实现简单、快速、精确的移液操作！Eppendorf PhysioCare Concept^®移液器采用直观的操作理念，并且符合人体工程学设计，在便捷性、精确度和可重复性方面设定了新的标准，助您实现更多目标并获得更好结果。如果您需要准确的可调参数、精准的可重复性结果、不再疲劳的移液工作以及对移液操作的一手掌控，Xplorer 电动移液器将是您的理想之选。
自2023年起，Eppendorf旗下所有Xplorer与Xplorer plus单道移液器均已获颁非营利组织My Green Lab^®颁发的ACT^®环境影响因子标签，可为实验室评估可持续发展标准提供规范方法，有助于环保供应商做出明智的采购决策。

深入了解Eppendorf Xplorer plus电动移液器的其他功能
Eppendorf Xplorer plus是该系列的扩展版本，具有多项实用的额外功能，包括更多操作模式、单个固定量程设置和编程等，有助简化操作流程、提高移液效率。Eppendorf Xplorer plus 对于仅追求速度、安全性和可靠性的用户而言，电动移液器堪称理想选择。此外， Xplorer plus现已推出16道和24道型号，以及不同量程和通道数的Move It可调间距吸头型号。

Why should I consider using an electronic pipette in the lab?

Compared to mechanical pipettes, electronic pipettes have a number of advantages in many applications. The most important benefits of using an electronic pipette are: Better ergonomics by requiring almost no operating forces, a higher precision and reproducibility and an additional efficiency gain due to various operating modes (such as e.g. pipetting and dispensing with only one tool).
The current Eppendorf Xplorer and Xplorer plus electronic pipette models are the successors of the popular Eppendorf Research^® pro electronic pipettes with many improvements. With the Eppendorf Pipette Software Update Tool you can easily update your Xplorer pipette and stay up to date with further software improvements and new features! Learn more at Eppendorf's dedicated microsite about electronic pipetting.

一切电动移液操作尽在掌握

配备数字显示屏，无论采用何种握姿或站姿，都能清晰读取所有信息。显示屏分辨率高、亮度可调，处于良好显示角度，确保营造出舒适的工作环境。

如何使用Eppendorf Xplorer电动移液器？

配备独特的多功能摇杆，能够精确控制液体吸取和分配，从而实现智能移液操作。只需轻按向上摇杆即可吸入液体，轻按向下摇杆即可分配液体。您还可以使用摇杆跳过或重复吹液过程，甚至完全停止吸液或分液过程：只需吸液时轻按向下摇杆、分液时轻按向上摇杆，即可停止活塞移动。观看视频教程，学习操作方法！

操作模式

• 自动分液
• 分液
• 移液
• 移液混合
• 手动移液
• 多次吸液（仅限Xplorer plus）
• 稀释（仅限Xplorer plus）
• 顺序移液（仅限Xplorer plus）
• 顺序分液（仅限Xplorer plus）
• 反向移液（仅限Xplorer plus）

其他功能
• 9种菜单语言
• 历史记录功能，能够保存最后10次分液设置
• 预编程调节功能，适用于epT.I.P.S.^® Long加长吸头
• 独立编程（仅限Xplorer plus型号）
• 固定量程设置（仅限Xplorer plus型号）
• 密码保护（仅限Xplorer plus型号）
• 保养到期提醒（仅限Xplorer plus型号）

卓越性能符合著名的Eppendorf人体工程学标准

该移液器具备符合 Eppendorf PhysioCare Concept标准的人体工程学性能，为您缓解工作疲劳。Eppendorf Xplorer电动移液器平衡设计出众，配有专用手托，以降低操作所需力度，确保手部在两次移液操作之间能够充分放松。控制按钮的手柄和尺寸采用用户友好型设计，精确适配所有手部尺寸。我们极其珍视您的科研工作效能，因此我们大幅减轻了Eppendorf Xplorer移液器重量和所需操作力度。

Eppendorf人体工程学——始终追求创新实践

弹性吸嘴与SoftEject功能可显著降低Eppendorf Xplorer移液器安装和退去吸头所需的力度。Xplorer plus 16道和24道移液器搭配epT.I.P.S. 384移液吸头，吸头采用SoftAttach^®技术，有助进一步减轻操作所需力度。

弹性吸嘴确保轻松完成吸头装配并牢牢固定

除Move It^® 300 µL型号外，所有量程不超过1,000 µL的Eppendorf移液器均配备弹性吸嘴，有助节省时间和精力。具备触感反馈功能，只需轻轻按压即可轻松完成吸头装配。弹性设计不仅能够减少装配所需用力，还能确保吸头装配安全、可复现。这种巧妙的设计提高了用户之间的操作可重复性，使不同实验室成员之间的结果更加一致。

降低SOFTeject 50 %的吸头弹出力。

所有Eppendorf不可调多道移液器均采用创新SOFTeject技术，以确保在单个吸头弹出过程中，外侧吸头先于内侧吸头弹出。用户不会注意到这一点，但会将吸头弹出力降低50 %。只需轻触弹出按钮，吸头就会自动连续弹出。

电动多道移液器助力加快移液流程

是否需要快速且轻松地完成24、96甚至384微孔板加样？Eppendorf Xplorer/Xplorer plus 8道、12道、16道或24 道高效移液器以及Xplorer plus Move It可调间距移液器能够助您快速、精准地完成大体积移液工作。弹簧加载式吸头锥助您快速完成多道吸头安装，无需摇晃也能牢牢固定。各通道取样结果高度一致，实现用户间可复现性最大化，确保不同实验室成员也能取得一致结果。

96孔板
Xplorer or Xplorer plus 8道或12道移液器的吸头锥间距为9 mm，可轻松完成96孔板加样。1,200 µL量程型号非常适合用于深孔板加样。

选择适用于9 mm间距的epT.I.P.S.吸头

384孔板
若应用中涉及384孔板，可选用Xplorer plus16道或24道移液器，或者Xplorer plusMove It可调间距移液器（量程20 µL和100 µL，最小吸头锥距4.5 mm）。一步完成整排或整列加样，同步开启16或24次反应。

选择epT.I.P.S. 384移液吸头，吸头锥间距4.5 mm

快速、高效地完成384孔板移液

是否需要高效的384孔板手动移液方法？Eppendorf Xplorer plus16 和 24 通道电动移液器可以让您的 384 孔板操作更方便、更符合人体工程学并且更安全。

产品优势：
• 使用8道或12道移液器反复操作移液已成为历史
• 一块384孔板移液比同时处理四块96孔板效率更高，因为所需移液步骤减少了50 %
• 孔板中16孔或24孔能够同时开始反应，且起始条件完全相同
• 有助避免意外孔识别错误和重复实验
• epT.I.P.S. 384移液吸头能够完美适配此系列微量移液器

16道和24道移液器采用SoftAttach^®技术的epT.I.P.S. 384移液吸头首次采用弹性凹槽设计。

吸头可以尽可能伸展，以更好贴合吸头锥形状，同时大幅降低吸头装配力和弹出力。通过Eppendorf PhysioCare Concept技术，此系统可以完美密封吸头同时将操作用力降至更低。

您的优势：
• 吸头安装可靠、密封
• 吸头装配平滑、均匀
• 与 8 和 12 道移液器相比，吸头装配用力降低 40 %
• 减少脱卸力度
• 超高同轴度确保吸头完美对齐和安全的工作板操作和移液
• 超精细吸头形状，完美适配所有 384 孔

处置生命周期结束后的包装和移液器。

Eppendorf Xplorer电动移液器包装含有纸板、塑料薄膜等不同材料。我们的移液器包装纸板含有约 30 %的回收材料。请通过收集仪器包装材料并将其放置在贵公司的适当收集容器中，支持回收有价值原材料的全球可持续性倡议。Eppendorf对于采用LD-PE制成的包装薄膜，我们建议选择一家可回收聚乙烯材料的合作伙伴。\r\n\r\n 液体处理仪器具备多年的设计使用年限。但是，如果需要处置仪器，请注意它们可能存在污染风险，包括电子元件和可充电电池。因此，电动移液器的回收工作必须遵循不同法律法规，具体取决于您所在地区或国家。有关电子和实验室废物的回收要求和更佳实践，请联系当地生物安全官员和/或废物管理部门。如有文件要求，您可以将《Eppendorf消毒证书》作为指导。

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规格	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^® plus	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^® plus	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^® plus	Eppendorf Xplorer^®	Eppendorf Xplorer^®

ACT 标签	是	是	−	−	−	−	是	是	−	−	是	是	−	−	−	−	−	−	是	是	是	是	−	−	−	−	是	是	−	−	−	−	是	是	是	是	是
产品类型	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器	移液器
移液类型	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统	气体活塞系统
通道数量	1-通道	1-通道	8-通道	8-通道	12-通道	12-通道	1-通道	1-通道	16-通道	24-通道	1-通道	1-通道	8-通道	8-通道	12-通道	12-通道	16-通道	24-通道	1-通道	1-通道	1-通道	1-通道	8-通道	8-通道	12-通道	12-通道	1-通道	1-通道	8-通道	8-通道	12-通道	12-通道	1-通道	1-通道	1-通道	1-通道	1-通道
体积范围	0.5 – 10 µL	0.5 – 10 µL	0.5 – 10 µL	0.5 – 10 µL	0.5 – 10 µL	0.5 – 10 µL	1 – 20 µL	1 – 20 µL	1 – 20 µL	1 – 20 µL	5 – 100 µL	5 – 100 µL	5 – 100 µL	5 – 100 µL	5 – 100 µL	5 – 100 µL	5 – 100 µL	5 – 100 µL	10 – 200 µL	10 – 200 µL	15 – 300 µL	15 – 300 µL	15 – 300 µL	15 – 300 µL	15 – 300 µL	15 – 300 µL	50 – 1,000 µL	50 – 1,000 µL	50 – 1,200 µL	50 – 1,200 µL	50 – 1,200 µL	50 – 1,200 µL	0.1 – 2.5 mL	0.1 – 2.5 mL	0.2 – 5 mL	0.2 – 5 mL	0.5 – 10 mL
Color code	中灰色	中灰色	中灰色	中灰色	中灰色	中灰色	浅灰色	浅灰色	淡粉色	淡粉色	黄色	黄色	黄色	黄色	黄色	黄色	淡黄色	淡黄色	黄色	黄色	桔黄色	桔黄色	桔黄色	桔黄色	桔黄色	桔黄色	蓝色	蓝色	绿色	绿色	绿色	绿色	红色	红色	紫色	紫色	青绿色
体积增量	0.01 µL	0.01 µL	0.01 µL	0.01 µL	0.01 µL	0.01 µL	0.02 µL	0.02 µL	0.02 µL	0.02 µL	0.1 µL	0.1 µL	0.1 µL	0.1 µL	0.1 µL	0.1 µL	0.1 µL	0.1 µL	0.2 µL	0.2 µL	0.2 µL	0.2 µL	0.2 µL	0.2 µL	0.2 µL	0.2 µL	1 µL	1 µL	1 µL	1 µL	1 µL	1 µL	2 µL	2 µL	5 µL	5 µL	10 µL
操作模式	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动	电动
显示语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言	9 种不同的语言
带弹簧的吸头锥	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	是	否	否	否	否	否	否	否	否	否
随机测量误差¹⁾	0.5 µL: ± 3%; ± 0.015 µL 1 µL: ± 1.8%; ± 0.018 µL 5 µL: ± 0.8%; ± 0.04 µL 10 µL: ± 0.4%; ± 0.04 µL	0.5 µL: ± 3%; ± 0.015 µL 1 µL: ± 1.8%; ± 0.0018 µL 5 µL: ± 0.8%; ± 0.04 µL 10 µL: ± 0.4%; ± 0.04 µL	0.5 µL: ± 6%; ± 0.03 µL 1 µL: ± 3%; ± 0.03 µL 5 µL: ± 1.5%; ± 0.075 µL 10 µL: ± 0.8%; ± 0.08 µL	0.5 µL: ± 6%; ± 0.03 µL 1 µL: ± 3%; ± 0.03 µL 5 µL: ± 1.5%; ± 0.075 µL 10 µL: ± 0.8%; ± 0.08 µL	0.5 µL: ± 6%; ± 0.03 µL 1 µL: ± 3%; ± 0.03 µL 5 µL: ± 1.5%; ± 0.075 µL 10 µL: ± 0.8%; ± 0.08 µL	0.5 µL: ± 6%; ± 0.03 µL 1 µL: ± 3%; ± 0.03 µL 5 µL: ± 1.5%; ± 0.075 µL 10 µL: ± 0.8%; ± 0.08 µL	1 µL: ± 3%; ± 0.03 µL 2 µL: ± 1.5%; ± 0.03 µL 10 µL: ± 0.6%; ± 0.06 µL 20 µL: ± 0.3%; ± 0.06 µL	1 µL: ± 3%; ± 0.03 µL 2 µL: ± 1.5%; ± 0.03 µL 10 µL: ± 0.6%; ± 0.06 µL 20 µL: ± 0.3%; ± 0.06 µL	1 µL: ± 8%; ± 0.08 µL 2 µL: ± 5%; ± 0.1 µL 10 µL: ± 2%; ± 0.2 µL 20 µL: ± 1%; ± 0.2 µL	1 µL: ± 8%; ± 0.08 µL 2 µL: ± 5%; ± 0.1 µL 10 µL: ± 2%; ± 0.2 µL 20 µL: ± 1%; ± 0.2 µL	5 µL: ± 2%; ± 0.1 µL 10 µL: ± 1%; ± 0.1 µL 50 µL: ± 0.3%; ± 0.15 µL 100 µL: ± 0.2%; ± 0.2 µL	5 µL: ± 2%; ± 0.01 µL 10 µL: ± 1%; ± 0.1 µL 50 µL: ± 0.3%; ± 0.15 µL 100 µL: ± 0.2%; ± 0.2 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 0.8%; ± 0.4 µL 100 µL: ± 0.25%; ± 0.25 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 0.8%; ± 0.4 µL 100 µL: ± 0.25%; ± 0.25 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 0.8%; ± 0.4 µL 100 µL: ± 0.25%; ± 0.25 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 0.8%; ± 0.4 µL 100 µL: ± 0.25%; ± 0.25 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 0.8%; ± 0.4 µL 100 µL: ± 0.6%; ± 0.6 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 0.8%; ± 0.4 µL 100 µL: ± 0.6%; ± 0.6 µL	10 µL: ± 1.4%; ± 0.14 µL 20 µL: ± 0.7%; ± 0.14 µL 100 µL: ± 0.3%; ± 0.3 µL 200 µL: ± 0.2%; ± 0.4 µL	10 µL: ± 1.4%; ± 0.14 µL 20 µL: ± 0.7%; ± 0.14 µL 100 µL: ± 0.3%; ± 0.3 µL 200 µL: ± 0.2%; ± 0.4 µL	15 µL: ± 1.4%; ± 0.21 µL 30 µL: ± 0.7%; ± 0.21 µL 150 µL: ± 0.3%; ± 0.45 µL 300 µL: ± 0.2%; ± 0.6 µL	15 µL: ± 1.4%; ± 0.21 µL 30 µL: ± 0.7%; ± 0.21 µL 150 µL: ± 0.3%; ± 0.45 µL 300 µL: ± 0.2%; ± 0.6 µL	15 µL: ± 2%; ± 0.3 µL 30 µL: ± 1%; ± 0.3 µL 150 µL: ± 0.5%; ± 0.75 µL 300 µL: ± 0.25%; ± 0.75 µL	15 µL: ± 2%; ± 0.3 µL 30 µL: ± 1%; ± 0.3 µL 150 µL: ± 0%; ± 0.75 µL 300 µL: ± 0.25%; ± 0.75 µL	15 µL: ± 2%; ± 0.3 µL 30 µL: ± 1%; ± 0.3 µL 150 µL: ± 0.5%; ± 0.75 µL 300 µL: ± 0.25%; ± 0.75 µL	15 µL: ± 2%; ± 0.3 µL 30 µL: ± 1%; ± 0.3 µL 150 µL: ± 0.5%; ± 0.75 µL 300 µL: ± 0.25%; ± 0.75 µL	50 µL: ± 1%; ± 0.5 µL 100 µL: ± 0.6%; ± 0.6 µL 500 µL: ± 0.2%; ± 1 µL 1000 µL: ± 0.2%; ± 2 µL	50 µL: ± 1%; ± 0.5 µL 100 µL: ± 0.6%; ± 0.6 µL 500 µL: ± 0.2%; ± 1 µL 1000 µL: ± 0.2%; ± 2 µL	50 µL: ± 1.2%; ± 0.6 µL 120 µL: ± 0.9%; ± 1.08 µL 600 µL: ± 0.4%; ± 2.4 µL 1200 µL: ± 0.3%; ± 3.6 µL	50 µL: ± 1.2%; ± 0.6 µL 120 µL: ± 0.9%; ± 1.08 µL 600 µL: ± 0.4%; ± 2.4 µL 1200 µL: ± 0.3%; ± 3.6 µL	50 µL: ± 1.2%; ± 0.6 µL 120 µL: ± 0.9%; ± 1.08 µL 600 µL: ± 0.4%; ± 2.4 µL 1200 µL: ± 0.3%; ± 3.6 µL	50 µL: ± 1.2%; ± 0.6 µL 120 µL: ± 0.9%; ± 1.08 µL 600 µL: ± 0.4%; ± 2.4 µL 1200 µL: ± 0.3%; ± 3.6 µL	100 µL: ± 1.4%; ± 1.75 µL 250 µL: ± 1.2%; ± 3 µL 1250 µL: ± 0.2%; ± 2.5 µL 2500 µL: ± 0.2%; ± 5 µL	100 µL: ± 1.4%; ± 1.75 µL 250 µL: ± 1.2%; ± 3 µL 1250 µL: ± 0.2%; ± 2.5 µL 2500 µL: ± 0.2%; ± 5 µL	250 µL: ± 1.2%; ± 3 µL 500 µL: ± 0.6%; ± 3 µL 2500 µL: ± 0.25%; ± 6.25 µL 5000 µL: ± 0.15%; ± 7.5 µL	250 µL: ± 1.2%; ± 3 µL 500 µL: ± 0.6%; ± 3 µL 2500 µL: ± 0.25%; ± 6.25 µL 5000 µL: ± 0.15%; ± 7.5 µL	500 µL: ± 1.2%; ± 6 µL 1000 µL: ± 0.6%; ± 6 µL 5000 µL: ± 0.2%; ± 10 µL 10000 µL: ± 0.15%; ± 15 µL
系统测量误差¹⁾	0.5 µL: ± 6%; ± 0.03 µL 1 µL: ± 2.5%; ± 0.025 µL 5 µL: ± 1.5%; ± 0.075 µL 10 µL: ± 1%; ± 0.1 µL	0.5 µL: ± 6%; ± 0.03 µL 1 µL: ± 2.5%; ± 0.025 µL 5 µL: ± 1.5%; ± 0.075 µL 10 µL: ± 1%; ± 0.1 µL	0.5 µL: ± 10%; ± 0.05 µL 1 µL: ± 5%; ± 0.05 µL 5 µL: ± 3%; ± 0.15 µL 10 µL: ± 2%; ± 0.2 µL	0.5 µL: ± 10%; ± 0.05 µL 1 µL: ± 5%; ± 0.05 µL 5 µL: ± 3%; ± 0.15 µL 10 µL: ± 2%; ± 0.2 µL	0.5 µL: ± 10%; ± 0.05 µL 1 µL: ± 5%; ± 0.05 µL 5 µL: ± 3%; ± 0.15 µL 10 µL: ± 2%; ± 0.2 µL	0.5 µL: ± 10%; ± 0.05 µL 1 µL: ± 5%; ± 0.05 µL 5 µL: ± 3%; ± 0.15 µL 10 µL: ± 2%; ± 0.2 µL	1 µL: ± 4%; ± 0.2 µL 2 µL: ± 5%; ± 0.1 µL 10 µL: ± 1.2%; ± 0.12 µL 20 µL: ± 1%; ± 0.2 µL	1 µL: ± 10%; ± 0.1 µL 2 µL: ± 5%; ± 0.1 µL 10 µL: ± 1.2%; ± 0.12 µL 20 µL: ± 1%; ± 0.2 µL	1 µL: ± 12%; ± 0.12 µL 2 µL: ± 8%; ± 0.16 µL 10 µL: ± 4%; ± 0.4 µL 20 µL: ± 2%; ± 0.4 µL	1 µL: ± 12%; ± 0.12 µL 2 µL: ± 8%; ± 0.16 µL 10 µL: ± 4%; ± 0.4 µL 20 µL: ± 2%; ± 0.4 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 1%; ± 0.5 µL 100 µL: ± 0.8%; ± 0.8 µL	5 µL: ± 4%; ± 0.2 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 1%; ± 0.05 µL 100 µL: ± 0.8%; ± 0.8 µL	5 µL: ± 6%; ± 0.3 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 1%; ± 0.5 µL 100 µL: ± 0.8%; ± 0.8 µL	5 µL: ± 6%; ± 0.3 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 1%; ± 0.5 µL 100 µL: ± 0.8%; ± 0.8 µL	5 µL: ± 6%; ± 0.3 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 1%; ± 0.5 µL 100 µL: ± 0.8%; ± 0.8 µL	5 µL: ± 6%; ± 0.3 µL 10 µL: ± 2%; ± 0.2 µL 50 µL: ± 1%; ± 0.5 µL 100 µL: ± 0.8%; ± 0.8 µL	5 µL: ± 6%; ± 0.3 µL 10 µL: ± 3%; ± 0.3 µL 50 µL: ± 1.2%; ± 0.6 µL 100 µL: ± 1%; ± 1 µL	5 µL: ± 6%; ± 0.3 µL 10 µL: ± 3%; ± 0.3 µL 50 µL: ± 1.2%; ± 0.6 µL 100 µL: ± 1%; ± 1 µL	10 µL: ± 5%; ± 0.5 µL 20 µL: ± 2.5%; ± 0.5 µL 100 µL: ± 1%; ± 1.0 µL 200 µL: ± 0.6%; ± 1.2 µL	10 µL: ± 5%; ± 0.5 µL 20 µL: ± 2.5%; ± 0.5 µL 100 µL: ± 1%; ± 1.0 µL 200 µL: ± 0.6%; ± 1.2 µL	15 µL: ± 5%; ± 0.75 µL 30 µL: ± 2.5%; ± 0.5 µL 150 µL: ± 1%; ± 1.5 µL 300 µL: ± 0.6%; ± 1.8 µL	15 µL: ± 5%; ± 0.75 µL 30 µL: ± 2.5%; ± 0.75 µL 150 µL: ± 1%; ± 1 µL 300 µL: ± 0.6%; ± 1.8 µL	15 µL: ± 6%; ± 0.9 µL 30 µL: ± 2.5%; ± 0.75 µL 150 µL: ± 1%; ± 1.5 µL 300 µL: ± 0.6%; ± 1.8 µL	15 µL: ± 6%; ± 0.9 µL 30 µL: ± 2.5%; ± 0.75 µL 150 µL: ± 1%; ± 1.5 µL 300 µL: ± 0.6%; ± 1.8 µL	15 µL: ± 6%; ± 0.9 µL 30 µL: ± 2.5%; ± 0.75 µL 150 µL: ± 1%; ± 1.5 µL 300 µL: ± 0.6%; ± 1.8 µL	15 µL: ± 6%; ± 0.9 µL 30 µL: ± 2.5%; ± 0.75 µL 150 µL: ± 1%; ± 1.5 µL 300 µL: ± 0.6%; ± 1.8 µL	50 µL: ± 6%; ± 3 µL 100 µL: ± 3%; ± 3 µL 500 µL: ± 1%; ± 5 µL 1000 µL: ± 0.6%; ± 6 µL	50 µL: ± 6%; ± 3 µL 100 µL: ± 3%; ± 3 µL 500 µL: ± 1%; ± 5 µL 1000 µL: ± 0.6%; ± 6 µL	50 µL: ± 8%; ± 4 µL 120 µL: ± 6%; ± 7.2 µL 600 µL: ± 2.7%; ± 16.2 µL 1200 µL: ± 1.2%; ± 14.4 µL	50 µL: ± 8%; ± 4 µL 120 µL: ± 6%; ± 7.2 µL 600 µL: ± 2.7%; ± 16.2 µL 1200 µL: ± 1.2%; ± 14.4 µL	50 µL: ± 8%; ± 4 µL 120 µL: ± 6%; ± 7.2 µL 600 µL: ± 2.7%; ± 16.2 µL 1200 µL: ± 1.2%; ± 14.4 µL	50 µL: ± 8%; ± 4 µL 120 µL: ± 6%; ± 7.2 µL 600 µL: ± 2.7%; ± 16.2 µL 1200 µL: ± 1.2%; ± 14.4 µL	100 µL: ± 5%; ± 6.25 µL 250 µL: ± 4.8%; ± 12 µL 1250 µL: ± 0.8%; ± 10 µL 2500 µL: ± 0.6%; ± 15 µL	100 µL: ± 5%; ± 6.25 µL 250 µL: ± 4.8%; ± 12 µL 1250 µL: ± 0.8%; ± 10 µL 2500 µL: ± 0.6%; ± 15 µL	250 µL: ± 4.8%; ± 12 µL 500 µL: ± 3%; ± 15 µL 2500 µL: ± 1.2%; ± 30 µL 5000 µL: ± 0.6%; ± 30 µL	250 µL: ± 4.8%; ± 13 µL 500 µL: ± 3%; ± 15 µL 2500 µL: ± 1.2%; ± 30 µL 5000 µL: ± 0.6%; ± 30 µL	500 µL: ± 6%; ± 30 µL 1000 µL: ± 3%; ± 30 µL 5000 µL: ± 0.8%; ± 40 µL 10000 µL: ± 0.6%; ± 60 µL
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电源	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz	100 – 240 V ±10 %, 50 – 60 Hz
电池类型	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池	可充电锂聚合物电池
Consumables	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	仅限 epT.I.P.S. 384	仅限 epT.I.P.S. 384	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	仅限 epT.I.P.S. 384	仅限 epT.I.P.S. 384	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®	epT.I.P.S.^®
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1)The listed values for 10%, 50%, and 100% of the nominal volume are based on tests complying with DIN EN ISO 8655, Parts 2 or 5. If listed, the smallest adjustable volume provides additional data.