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Table of Contents
Related Manuals for Fluigent XS
Summary of Contents for Fluigent XS
- Page 1 USER’S MANUAL FLOW RATE PLATFORM OCT 2024...
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Page 2: Table Of Contents
SERVICING & WARRANTY service schedule warranty terms The diameter of the FLOW UNIT XS capillary is small: 25 µm. Filter your solution, if possible add a filter in the fluidic path and clean the FLOW UNIT XS after each use. -
Page 3: Introduction
Technology principle The Flow Unit, integrated to the FRP, enables flow-rate measurements, in a wide range of flow-rates thanks to the five (5) models: XS, S, M, L, XL. The Flow Rate Platform provides a solution for measuring and/ The flow-rate acquisition is based on a thermal technology. A heating or controlling flow-rates for any fluidic applications. -
Page 4: Specifications
PEEK & PEEK & PEEK & PEEK & Glass Quartz Glass Borosilicate Borosilicate Borosilicate FLUIGENT pressure flow control solutions (FLOW EZ™ and MFCS™-EZ). Glass Glass Glass More details on www.fluigent.com. Inner volume 1 µL 1.5 µL 5 µL 25 µL 80 µL... -
Page 5: Flow Rate Platform Description
- One (1) PEEK filter XS - One (1) tubing connector 1/16 - 1/32 Note : to avoid damaging and to prevent clogging the Flow Unit XS, we Connexion strongly recommend using the filter supplied in the kit. cable... - Page 6 Note: As there is a wide variety of tubings and fittings for the different 2. Slide the fitting over the tubing. applications that you may use, FLUIGENT advises you to make sure 3. Insert the assembly into the receiving port, and while holding the...
- Page 7 Note: As there is a wide variety of tubings and fittings for the different facing the nut. NB: the nuts and ferrules are specifically designed to applications that you may use, FLUIGENT advises you to make sure work together. (FLUIGENT advises you to only associate the provided ferrules with that your fluidic connection system fits with the two (2) fluidic ports the provided nuts and vice-versa).
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Page 8: Setting Up With Apressure Controller
DESCRIPTION SETTING UP WITH A Storage PRESSURE CONTROLLER Do not forget to put the yellow plugs on for storage as shown on this picture. The FRP can be connected with any of our pressure controllers : the Flow EZ™ or the MFCS™. setting up with flow ez flow ez description... -
Page 9: Setting Up With Mfcs
Flow EZ and the computer. For more information please refer to driven flow rate that allows for reliable and repeatable experiments. The the lineup user manual : MFCS™-EX provides up to 8 negative or positive pressure channels to https://www.fluigent.com/resources-support/support-tools/ pressurize multiple fluid reservoirs. downloads/user-manuals/lineup-series-user-manual/ set up MFCS ™... -
Page 10: Quick Start Guide
You can now see all the Flow Units from the Flow Rate Platform in the software and control it for your application. Do not forget to clean and rinse your FLOW UNIT after use. For more detailed information please see the OxyGEN user manual in the following link: https: //www.fluigent.com/ resources-support/support-tools/downloads/user-manuals/... - Page 11 With OxyGEN software, information on the characteristics of the Flow Units that constitute your platform can be found. In particular, one can have access to the sensor model (XS, S, M, L, XL) and its position in the device. Position of the sensor in...
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Page 12: Dual Calibration
The new order can be either given via the vertical cursor if a DFC has been set up Flow rate graphs or as a number in the dedicated text For the FLOW UNIT model XS and XL, only one single calibration field. One can change the unit of reference via the select box under for water is available. - Page 13 Here is an example using Flow EZ™, a fast and stable pressure-based flow controller delivered by FLUIGENT. The aim of this FASTABTM technology is to pressurize a reservoir containing the fluid of interest The list of materials needed to reproduce the experiment is given to be injected through the microfluidic system.
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Page 14: Cleaning Procedure
DUAL CALIBRATION CLEANING PROCEDURE Consequently, when working around 100 μl/min (target flow-rate), you have to add the scale factor of 4.68 so that the measurement of the sensor corresponds to the actual flow-rate for HFE. FLOW UNIT models are highly sensitive and should be properly cleaned to always maintain high performance. -
Page 15: Procedure
For Flow Unit XS and S, fluids have to be compatible with PEEK & If possible, dedicate a separate sensor for each different liquid to be Quartz glass. For Flow Unit M, L and XL, fluids have to be compatible measured. -
Page 16: Identified Cleaning Solutions
If uncertain about your application and how to clean the flow sensor, please contact FLUIGENT for additional support at support@fluigent. Strong acids and bases should also not be used to clean the sensor. Acids com. -
Page 17: Servicing & Warranty
- Filter your solution, if possible add a filter in the fluidic path (§ 10) and clean your FLOW UNIT after each use, especially the FLOW UNIT XS (cf § 4.3). The diameter of the FLOW UNIT XS capillary is small: 25 µm. Fluigent rejects any What This Warranty Covers liability in the event of clogging or surface modifications. - Page 18 VERSION OCT. 2024...
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