Firmware commands are listed in the 6HUYLFH 0DQXDO for the use of Hamilton engineers servicing the. 0LFURODE 67$5V IXQFWLRQLQJ KDV EHHQ YHULILHG XVLQJ :LQGRZV H[FOXVLYHO\ 5XQQLQJ WKH 0LFURODE 67$5 XQGHU DQ\ RWKHU RSHUDWLQJ V\VWHP WKDQ :LQGRZV PD\ OHDG WR VHYHUH SUREOHPV DQG PDOIXQFWLRQ. This is done by, controlling actions of the Microlab STAR with single firmware commands. aspiration, dispense - see below) are the same for the. on May 19, 2020, There are no reviews yet. The AVS and its components are to be installed by a Hamilton service engineer. These methods are then either executed or simulated. liquid level, to prevent the aspiration of air. This detection approach works for an aspiration with capacitance liquid level detection switched on. The mains plug is on the left hand side of the instrument towards the rear (see picture 1 below). No part of this manual may be copied or handed on to a third party. necessary to equalize conditions for initial and subsequent dispenses. The first task for the Microlab STAR is to pick up a disposable tip or a reusable steel needle. The process is repeated again. Suitable protective clothing, safety glasses and protective gloves should be worn. on May 19, 2020, There are no reviews yet. graphical and the HSL method editor. Before removing a mechanical or electrical component, the Microlab STAR must first be switched off and disconnected from the main electricity supply and PC. This window is equipped with a magnetic switch and it is locked during a run. There are three ports into which is fed the tubing that goes to the vacuum box controller. One blister pack contains 5 racks of 96 tips, giving a total of 480 tips. The Microlab STAR User Software is the controlling software for the Microlab STAR. The instruments configuration is set within the configuration editor of the User Software. 2.fresh needles are picked up from the second module for pipetting, used, and then placed back into the same module. Liquid level detection needs to be explicitly tested when working with foaming liquids. Note: For example, Firmware Version 1.9 contains: These are software programs accompanying the Service Software which help you to adjust the ML STAR Instrument. Select the type of communication and the com port for communication via RS232 interface. They are printed in italics in the left margin of the page, begin with the word 'Attention' accompanied by the '!' Reproduction of any part of this manual in any form whatsoever without the express written consent of Hamilton Bonaduz AG is forbidden. any latin characters (a-z, A-Z) any numbers (0-9) special characters ("-", "_" and "."). They are accompanied by an exclamation mark symbol above the notes and are printed in italics. To avoid any damage (such as scratches) remove Instrument Panels from top of accessories boxes and store them until they are to be assembled. The measurement values are checked on-line if they are lying within a liquidand volume-specific, predefined tolerance band. Please ask for a current list. Instrument has to be operated, e.g. More elegantly, and with greater safety, the liquid level of the vessel to be aspirated from can be detected. ,I SLSHWWLQJ SRVLWLRQV RXWVLGH WKH UDQGRP DFFHVV UDQJH RI WKH LQVWUXPHQW DUH XVHG WKH V\VWHP PD\ FUDVK +RZHYHU D VWULFWO\ EDWFK W\SH SURFHVV FDQ HOLPLQDWH WKHVH SUREOHPV. The needle washer does not recognize the voltage automatically. Surface Dispense Part Volume for dispensing only a part of the liquid in the tip to a surface, leaving a residual volume in the tip. However, if the Microlab STAR is subjected to electromagnetic RF fields, or if static electricity is discharged directly onto the Microlab STAR, its Liquid Level Detection ability (see below) may be negatively affected. MICROLAB STAR Line Operator's Manual - Hamilton Robotics Remove the two Accessories Boxes and their supporting foam blocks (3 square blocks and 2 z-shaped blocks). The needle wash station is a device for the washing and drying of steel needles parallel to the pipetting process. Failure to do so may impair the reliability and correct functioning of the Microlab STAR. Same commonly accepted pipetting principle as for hand pipettes. Start Programs HAMILTON Microlab STAR Service Microlab STAR Service. Service Technicians trained and / or authorized by HAMILTON Bonaduz AG may request it from Technical Support at Hamilton Bonaduz. This clot detection is independent of pressure-based monitoring. carriers, racks, tips, steel needles, and waste containers, are warranted to be free of defects in material and workmanship at the time of delivery only. The manual describes both the hardware and software of the Microlab STAR to the extent that a user needs to know them in order to operate the instrument. This is the software stored on ML STARs Master, Pipetting Channel, Autoload and any Extensions PCB which executes commands sent by the User and Service Software. This pump station is placed below the bench on which the Microlab STAR rests. The next set of needles is picked up from the first module again, which in the meantime has washed and dried all 8 needles. The TCC may heat microplates up to 60C, or cool them down to 22C below ambient temperature. If the Barcode Reader must be turned, use the Service Software, or remove the outer covering to access Gear, and turn on cogwheel or belt instead. symbol, or the word Note, as appropriate. Blowout air (optional, may reach into channel), 7KH VLWXDWLRQ ZLWKLQ WKH WLS DQG WKH FKDQQHO DIWHU DVSLUDWLRQ. ML STAR IVD when installing the Instrument. We now turn to a description of the components of the automated vacuum box system. Parts labeled with framed part numbers on the 3D drawings are Service Assemblies and may not disassembled by the Service Technician. 6DYH $V RU 6DYLQJ 0HWKRGV DQG 'HFN /D\RXWV XQGHU 'LIIHUHQW 1DPHV. Tips or reusable needles of three sizes on the same head in the same run. Page 2: decontamination declaration (where required). Page 14 and 15: MICROLAB STAR Line Operator's . Different pipetting heads are available for the different volume ranges: a)from less than 1 l to 300 l (for the use of low volume tips = 10 l, and standard tips = 300 l), or. 12 single pipettings per channel with disposable CO-RE tips (pickup and dispense, tip used only once) per channel and specified volume, Volumes 20 l as jet dispense, < 20 l as (liquid) surface dispense. 10 aliquots of 20 l of a ZDWHU OLNH OLTXLG with the ML-STAR, aspirate 240 l and dispense 20 l directly back into the. 50, 300 and 1000 l washable steel needles For ordering refer to User Manual. HAMILTON shall in no event be liable or responsible for any incidental or consequential damage, either direct or contingent. A typical clot retract height is 2-5 mm. Remove all Panels from top of accessories boxes, then remove accessory boxes and examine the Instrument and all parts against damage. Any surfaces on which liquid is spilled must be decontaminated. The OLTXLG FODVV stores all relevant background parameters, such as flow rates and volume corrections, for one pipetting cycle, i.e. The new method B is still linked to the old deck layout A. The arrows after the time format have the following meaning: -> identifies a command from PC to ML STAR Instrument and. <- identifies a response from ML STAR Instrument to PC after the command has been executed. A needle will be placed back into the wash station, where the wash process may be started directly. Hamilton Microlab STAR - User manual.pdf. However, should any errors be detected, Hamilton Bonaduz AG would greatly appreciate being informed of them. The process is repeated again. The Spare Part Class (SPC) appears as a column of each part list in this manual. The contents of this manual are subject to change without notice. The instruments internal coordinate system is shown in the figure, located at its origin. HAMILTON or the authorised HAMILTON representative will repair or replace, at its option and free of charge, any product that under proper and normal use proves to be defective during the warranty period. No contamination or dilution by system liquids. Always dispense to a surface. Oaa biicrts movb dbbl `ojb tc blsurb tmb onnurony ci tmb ncl, `oluoa. In addition, after the dispense of every aliquot, a given amount of air is aspirated and dispensed with the next aliquot. Run simulation is a tool to test whether a method has been programmed correctly. Unit for loading plates, tubes and tips on the MICROLAB STAR Line deck. service manual Hamilton Microlab STAR - Service Manual Uploaded by Denis Sined 0 ratings0% found this document useful (0 votes) 281 views 284 pages Document Information click to expand document information Description: service manual Original Title Hamilton_Microlab_STAR_-_Service_Manual Copyright All Rights Reserved Share this document The general modules with a common look and feel for all HAMILTON instruments include: Deck layout editor (for mapping the position of labware on the deck), Sequence editor (for defining pipetting sequences), Labware editor (for defining custom labware to be used in deck layouts), HSL Method editor (for programming methods using text entry mode). fresh needles are picked up from the first module for pipetting, used, and then placed back into the same module. manually or, if possible, by the Autoload option. :DUQLQJV and QRWHV are included in this manual to emphasize important and critical instructions. Hamilton ML STAR Reference Guide Hamilton ML STAR Reference Guide System overview and instructions for operating and maintaining the Hamilton ML STAR. The differences in the specifications are due to the accuracy of the gravimetrical measurement, which to a great extent depends on the quality of the balance, as well as on the stability of the environmental conditions (pressure, humidity, temperature). In this case, aspiration monitoring is deactivated and the tip will follow the falling liquid level (if specified) to the bottom of the container, staying there for the rest of the aspiration. Calibration may performed by any calibration authority; Hamilton Bonaduz AG offers a calibration service. The Microlab STAR automatically recognizes any voltage within that range, without user intervention. The Instructions will mainly guide through the unpacking procedure as described below. The Microlab STAR User Software allows the user to program and run different methods for aspirating and dispensing liquids. An additional partition space is provided for the tip waste container. from 5 l to 1000 l (for the use of standard tips = 300 l, and high volume tips = 1000 l). Instrument as well as spare parts, which may be required when servicing the instrument. The picture above shows the ports on the vacuum box. Leave the protective material in place until the Microlab STAR has been placed in its permanent position. EN. Items marked Note or Hint provide useful additional information. are generally changed by the Service Technician. Enter your email address and check your inbox. The Microlab STAR has always been used in a wide variety of laboratories, universities, and institutions. The carry-over of the wash station depends on the wash program. Chapter 11 contains the servicing instructions for the Temperature-Controlled Carrier, Wash Station and iSwap. The pipetting arm moves in X- direction, whereas each pipetting channel can move relatively independently both in a Y- and a Z-direction. This can be provided by STARs /LTXLG /HYHO 'HWHFWLRQ (LLD) feature, based. If you make changes within one of the slave editors, the master editor is automatically updated once you quit the slave editor. The different barcodes which are allowed on the instrument can be selected here. This can be achieved e.g. The error settings tab allows you to specify the step width in mm for blood clot error recovery (the channels move up on request by the step width). Technically, this editor is a code generator producing a low-level code which is then interpreted by the run control. $OZD\V XVH WKH VDPH OLTXLG FODVV IRU RQH DVSLUDWLRQ DQG GLVSHQVH F\FOH 2WKHUZLVH XQFRQWUROOHG UHVLGXDO YROXPHV PD\ EH OHIW ZLWKLQ WKH WLS RU RWKHU HUURUV UHODWLQJ WR WKH VXP RI YROXPHV PD\ RFFXU. The vacuum controller allows for user-defined vacuum settings. Information from the field is a determining factor for improving Hamilton products. Track Number 55. No contamination or dilution by system liquids. Page 2: decontamination declaration (where required). Copyright 2000, 2001 Hamilton Bonaduz AG, Bonaduz Switzerland. if not all covers are closed and the. By contrast with an 8-channel Microlab STAR, the methods for a 16-channel instrument should be set up in such a way that all positions are processed in batches of at least 8 (or better 16, to optimize the pipetting speed) with 8 (or 16) simultaneous aspirations or dispenses at identical x-coordinates (see section 8.9 for more). This is the software operated by the user when running methods on Microlab Star Instrument. Attention: You should read User Manual Chapter 1 "General Information" before repairing or servicing the system. The Microlab STAR supports pipetting with disposable tips or with needles. Deinstallation is described in section 5 Disassembly on page 5-1. MICROLAB STAR Line Operator's Manual - Hamilton Read more about microlab, pipetting, manual, maintenance, channels and carrier. (DFK SURJUDPPHG PHWKRG KDV WR EH YDOLGDWHG E\ WKH XVHU, Firmware is the set of instructions that are downloaded to the Microlab STAR by the manufacturer to enable the instrument to carry out its functions. Deck layout editor (for mapping the position of labware on the deck), Sequence editor (for defining pipetting sequences), Labware editor (for defining custom labware to be used in deck layouts), HSL Method editor (for programming methods using text entry mode). The method editor and the run screen can be started from the deck layout editor by clicking the appropriate buttons located in the leftmost frame. The Microlab STAR instrument is installed by the Service Technician according to the instructions in this Service Manual. The labware is placed on special carriers which are loaded onto the Microlab STAR. Communicate your observations to Hamilton Bonaduz AG so that we may continue to provide a quality product and service. The Microlab STAR will drop its used tips into a waste container that should be emptied as soon as it is full. The Microlab STARs deck is divided into 54 equal tracks (T) for loading carriers with predetermined positions. The picture on the left provides a birds-eye view of the vacuum box, showing the conditioning chamber on the right and the elution chamber on the left, which is covered in this picture by the carriage. Washing starts. HAMILTON has optimized the standard liquid classes with great care to assure the best pipetting accuracy. To enable parallel pipetting with an 8-channel Microlab STAR, the following cycle of steps takes place: 1.fresh needles are picked up from the first module for pipetting, used, and then placed back into the same module. Select Save As to save method A under the new name method B. The Microlab STAR products conform to European norms as regards interference immunity. That means that when a channel is to move from one location on the deck to another, it automatically does so at that particular height. For this integration, a special deck has to be mounted on the Microlab STAR. -The IORZ UDWH is given in millilitres per second for both wash liquids. The run simulator creates a method trace file with pipetting pattern and other useful information. These components may ordered as an option, or later on as update kits, when there is a need to upgrade an existing ML STAR Instrument in the field. A set of default parameters is given for the wash process within the relevant dialog boxes of the User Software. Page 165: MICROLAB STAR Line . Note: Adjustment Tools can not be calibrated. If working with contaminated samples, the user need not touch them. The channel to be used for teaching is to be specified, too. A mixture of these two types is not allowable - the user software will not support a configuration with both types of pipetting heads. It contains a loading head that, shunts carriers onto and off the Microlab STAR, and. $VSLUDWH D ZDWHU OLNH OLTXLG VLQJOH GLVSHQVH LQWR D SUH ILOOHG ZHOO SODWH XVH ORZ YROXPH WLSV FKDQJH WLSV HYHU\ F\FOH: Surface Dispense Empty Tip (in the liquid class selected here, the, Aspiration: LLD = Pressure or Capacitance or both, Submerge Depth, Dispense: Capacitance LLD on, following liquid level, $VSLUDWH O RI D ZDWHU OLNH OLTXLG GLVSHQVH WKH VDPH DPRXQW LQWR DQ HPSW\, Aspiration: Capacitance LLD, submerge depth 2mm, following liquid, On first aspiration, pre-wetting of the tip by 1-3 mixing cycles is. To. In some cases, one may wish to define special labware items or sequences (pipetting patterns - see below) using the labware editor and the sequence editor. Select the appropriate voltage at the pump station of the needle washer. Filter plates can be placed onto or removed from the system by hand or with the help of a robotic arm (see the section on iSWAP below). Its longevity is not only due to top workmanship and engineering excellence What makes the STAR unique is its flexibility. The operator of the Microlab STAR must have attended an appropriate training course. equipped with the vacuum manifold, the park position for the manifold top and two microtiter<br />. The Microlab STAR must be placed on a table or workbench capable of supporting the weight of the Microlab STAR and providing the minimum space needed. Perform test runs i) with deionized water and ii) with the final liquids, prior to routine use. Basically all information will be found in Service News. The Microlab STAR is equipped with an aspiration monitoring feature. Use new tips for every pipetting step to avoid carry-over between different wells or containers. If cross-contamination is a concern, consider the following approaches: Use only HAMILTON tips on the Microlab STAR. For dispensing to a liquid surface use cLLD to detect the, position of the surface and then dispense by following the rising liquid level. The Autoload option, like the options mentioned above, belongs to the Microlab STAR configuration initially specified by the customer and cannot be added later. If a part of the assembly is defective, the whole assembly must be replaced. surface or jet), environmental effects (temperature, pressure, humidity), and. The auxiliary modules and tools (small arrows in the above figures) are called from the tool menu by menu items or tool icons. This obviates the need for precise measurement of positions. Instrument and may viewed, changed and printed via service software only. 3.fresh needles are picked up from the third module for pipetting, used, and then placed back into the same module. Any departure from the procedures given here could lead to erroneous results or malfunction. The naming of carriers follows a systematic nomenclature: ; < = $QQ. The part numbers for the various options are given in the table below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he Packing List will be found inside one of the Accessory boxes. for ML STAR IVD in section 12.2.1.2 IQ Microlab STAR IVD on page 12-9. Finally, to prevent droplet formation, a variable amount of transport air is aspirated. Deionized water with 0.1 % NaCl, 0.01% Tween, 1R ZDUUDQW\ FDQ EH JLYHQ WKDW WKH DERYH VSHFLILFDWLRQV IRU WUXHQHVV DQG SUHFLVLRQ DUH PHW ZLWK DQ\ RWKHU OLTXLG RU HQYLURQPHQW WKDQ WKH RQHV VSHFLILHG, 2SWLFDO WHVW PHWKRGV VXFK DV IOXRUHVFHQFH RU DEVRUEDQFH SODWH UHDGLQJ WHQG WR KDYH LQWHUQDO VFDWWHUV LQ WKH UDQJH RI DERXW, 7KH RSHUDWLQJ WHPSHUDWXUH UDQJH IRU WKH 0LFURODE 67$5 LV IURP WR & ZLWK D UHODWLYH KXPLGLW\ RI ZLWK QR FRQGHQVDWLRQ. The User Software does not define any user access restrictions. bxprbss wrgttbl nclsblt ci Mo`gatcl Dclojuz OK gs icrdgjjbl. Select Start Programs HAMILTON Microlab STAR Service UnInstall Microlab STAR Service, then follow the Instructions given in the Program. All rights reserved. To ensure a fast and proper installation process, follow the Installation Qualification. Here is their address, phone, fax and e-mail: In this chapter the process of pipetting with the Microlab STAR is described. The range of A/D values of the pressure sensor is from around 800 (at ambient pressure) to <10 A/D values for 18 mbar below ambient pressure. Here are some examples of frequently-used combinations of liquid classes and pipetting modes: $VSLUDWH O RI D ZDWHU OLNH OLTXLG GLVSHQVH O LQWR DQ HPSW\ ZHOO SODWH XVH VWDQGDUG WLSV FKDQJH WLSV HYHU\ F\FOH: Aspiration: LLD = pressure or capacitance or both, submerge to a, Dispense: Fixed height of 5mm, not following liquid level. The sample tracker, which generates a database of liquid transfers in the background can be switched on here, too. At the present time, the Microlab STAR is classified as a general laboratory instrument and is not specifically validated as an LQ YLWUR diagnostic device. This means that one deck layout may be used for different methods or one method uses different deck layouts, e.g., to link two Microlab STARs, or a Microlab STAR and a Microlab SWAP. Attention: Do not skip any Chapter as this may lead to an unsuccessful installation! Loading Document. Once the liquid surface is detected, an additional immersion depth (typically 2mm) is reached to prevent the aspiration of air, and DVSLUDWLRQ starts. The part return tag has following functions: Page 1: part identification, reason for return and description of problem. All other (slave) editors and the run control are then called from the master editor, using easy access shortcut buttons. Washing starts. Jet Dispense Empty Tip for dispensing all the liquid in the tip in a jet. For proper ventilation, leave at least 5 cm space between the Microlab STAR and any wall. The Firmware Reference Guide lists all the commands that can be sent to the firmware of the instrument and lists all the status messages that the firmware returns for a particular module. tubes, microtiter plates, or any other kind of laboratory material are placed on the deck (work surface). 1.1.4 Description of text icons for special notes. Mo`gatcl Dclojuz OK, Dclojuz ^wgtzbraolj. Use only HAMILTON tips on the Microlab STAR. Plug the mains cables for the computer and the instrument into the same electrical outlet. Finally, the position of the Microlab STAR must not hinder operation or accessibility of other equipment in the work area. One Controller can control up to two vacuum boxes. fresh needles are picked up from the third module for pipetting, used, and then placed back into the same module. Chapter 1 serves as an introduction to the manual as a whole. The tip follows the falling liquid level (if. without touching a surface, leaving a residual volume in the tip. It is described in Chapter 11 below. For volumes larger than 20 l the liquid can be GLVSHQVHG LQ D MHW without touching the surface. For dispensing in a jet, a varying amount of blowout air is used to make sure that all liquid is dispensed from the tip. This is shown in the following table: The random access range of the different numbers of channels is indicated by brackets at the left side of the deck layout display in the User Software (see chapter 6 for an account of deck layouts). keyboard or by a teaching box (accessory). Aspirate All for aspiration of all the liquid within a cup (specify a volume larger than what is expected within the cup). For the drying of needles an additional parameter is used: -The GUDLQLQJ WLPH gives the length of time allotted for draining the liquid from the needles. ;: stands for the type of labware, placed on the carriers, e.g., TIP (= tips), 1XPEHU: number of items placed on the carrier (plates or tips), 0': medium density (96or 384-well microplates), $QQ identifies the part number revision (e.g. If you are or will be using extensions with your ML-STAR instrument, we recommend a stronger table or workbench capable of supporting the additional weight. No system liquid of any kind is involved in the Microlab STAR. The aspiration monitoring can be switched on and off for each individual aspiration step of a method using the appropriate commands (see section 2.4). Page 3 and 4: MICROLAB STAR Line Operator's . To configure the User Software to a specific instrument configuration, the Configuration Editor is available within the Deck Layout Editor under Tools->Configuration: The first decision to be made - prior to a run - is whether to run the method with the instrument or to simulate the run without using the instrument. This Service Manual is a field service guide and is to be used only by Service Technicians trained and / or authorized by HAMILTON Bonaduz AG. carriers, racks, tips, steel needles, and waste containers. After introducing you to the various parts of the Microlab STAR, we show you step by step how to perform typical operations using those components. On receipt of an update, follow the instructions on the cover page and then file the cover page in the appropriate section. The instrument is equipped with a front shield and a hinged transparent window made of plexiglass. In the event of any problem experienced with your Microlab STAR, the first recourse is your local HAMILTON representative. Attention: Accessories for ML STAR and ML STAR IVD may vary, therefore refer to the according User Manual (ML STAR or ML STAR IVD). If not, the step is stopped with an error message. The construction principle enables pressure-based liquid level detection and aspiration monitoring. Dispensing in a jet may produce aerosols and thus cause cross-contamination. The procedures contained within this manual have been tested by the manufacturer and are deemed to be fully functional. The run control allows you to start either deck layouts (with the corresponding method if there is only one), or, in general, methods. This window is equipped with a sensor that stops any movement immediately and aborts the run when the window is opened. Structure Information for Handling the Autoload Unit Information for Special Units. = 3RVLWLRQV RI &DUULHUV 5DFNV DQG &RQWDLQHUV, 5HIHUHQFH *XLGH ([DPSOHV 8VLQJ WKH +6/ 0HWKRG (GLWRU, &UHDWH D 0HWKRG WR &RS\ IURP 3ODWH WR 3ODWH, 1HHGOH :DVK 6WDWLRQ &KHPLFDO &RPSDWLELOLW\. Dispensing of the liquid may now occur in two different modes: to the liquid surface or in a jet. For the heat exchanger, a water-based heat exchange liquid is used in a closed cycle; it is stored in a reservoir. Note: ML STAR IVD uses a tip waste chute. No problems with corroded tubing, pumps, etc. As the instrument or parts of the instrument are constantly being improved, this. MICROLAB STAR Line Operator's Manual - Hamilton Robotics. When the liquid level is found, the relative pressure of the air volume within the tip is measured every 10 ms during the following aspiration and dispensing. The user is instructed to maintain the instrument on a regular basis; this maintenance consists largely of surface cleaning and does not require opening up the instrument (i.e. Note: the Form "Unpacking Instructions" will be found inside the ML STAR packaging on top of the Instrument. on either capacitive (cLLD) or pressure (pLLD) signal detection. It will be distributed during ML STAR Service Training Courses. Technical Status information is stored on the EEPROM of components of ML STAR. In this section, all Menu Choices of the Service Software are explained.
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