Tianlong PANA 9600S User Manual
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Tianlong PANA 9600S User Manual

Automatic nucleic acid workstation
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  • Page 2 Automatic Nucleic Acid Workstation Automatic Nucleic Acid Workstation User Manual Created by Xi’an Tianlong Science and Technology Co., Ltd.
  • Page 3 Automatic Nucleic Acid Workstation Disclaimer and Copyright Copyright ©2015-2022 Xi’an Tianlong Science and Technology Co., Ltd. (hereinafter referred to as XATL Co., Ltd.). All rights reserved. All contents of this manual (including but not limited to text, trademark, logo, buttons, icons, graphics, tables, data, etc.) are subject to the copyright and other intellectual property rights of...
  • Page 4 Intended Use Statement: hereinafter referred to The intended use of PANA 9600S Automatic Nucleic Acid Workstation ( PANA Workstation) is to complete the automatic extraction and purification of nucleic acid in various samples and set up the PCR reagent system for the detection of the nucleic acids extracted.
  • Page 5 Automatic Nucleic Acid Workstation Symbols and Markings A. Labels on Transport Package Label Description Fragile: The items inside are fragile, please handle with care. This Side Up: Indicates the upward side of the transport package. Keep Dry: Keep the transport package away from rain or any liquid. IVD Instrument: The product belongs to in vitro diagnostic equipment.
  • Page 6 Automatic Nucleic Acid Workstation Warning laser: Indicates that a certain part of the PANA Workstation may produce laser, reminding user do not look directly. Warning overhead obstacle: Indicates overhead obstacle of the PANA Workstation, reminding user be careful. High Temp.: Indicates that a certain area of the PANA Workstation may produce high temperature.
  • Page 7 Automatic Nucleic Acid Workstation C. Symbols Used in This Manual Symbol Description Caution: Reminding user pay attention to a certain operation. Operating the PANA Workstation in any manner unspecified in this manual may results in instrument damage or abnormal function. Reminding: Providing important information regarding the operation and successful application of PANA Workstation, including the information explained in further detail elsewhere in this manual.
  • Page 8 Automatic Nucleic Acid Workstation Safety and Precautions The operation, maintenance and repair of PANA Workstation shall strictly follow the safety specifications listed in this section and through this manual. The design of PANA Workstation has fully considered its biological contamination protection, electrical safety protection and mechanical motion protection.
  • Page 9 Automatic Nucleic Acid Workstation Caution: Please do not open the experiment compartment door or nucleic acid extraction compartment door at will. Otherwise, the biosafety, electromagnetic radiation and other protective measures set for the instrument may be destroyed, and the operation of the instrument may be stopped abnormally.
  • Page 10 Automatic Nucleic Acid Workstation Caution: In case of electric leakage, immediately unplug the PANA Workstation and stop using. Caution: The power cord provided is a standard three-pin plug, please plug it into an appropriate three-wire grounded receptacle for operation safety. Reminding: Under normal circumstances, please use the instrument attached power cord.
  • Page 11 Automatic Nucleic Acid Workstation IV. Environmental Safety and Precautions Caution: PANA Workstation is for indoor use only, the room should be well ventilated and without corrosive gas. Caution: PANA Workstation should be stands on a steady firm floor in a 4 points supporting state, the average load-bearing capacity of the floor shall be no less than 0.5 Prohibit: Never run the PANA Workstation in places that have or may have flammable and explosive gas.
  • Page 12 Automatic Nucleic Acid Workstation VI. Electromagnetic Compatibility (EMC) Standard The electromagnetic compatibility of the PANA Workstation is classified into Class A and Group I. It shall be installed and used in accordance with the electromagnetic compatibility information in this section. 1) The PANA Workstation meets the emission and disturbance immunity requirements stipulated in IEC 61326-1 and IEC 61326-2-6.

  • Page 13: Table Of Contents

    Automatic Nucleic Acid Workstation CONTENT 1. OVERVIEW ............................1 1.1 I ..........................1 NTENDED PPLICATION IELDS 1.2 P ........................1 RODUCT ARAMETERS NTRODUCTION 1.2.1 General Parameters of Instrument .........................1 1.2.2 Firmware Parameters of Instrument ......................3 1.3 P ......................4 1.2.3 Performance Parameters of Instrument ......................3 RODUCT HARACTERISTICS NTRODUCTION...
  • Page 14 Automatic Nucleic Acid Workstation 4. THE PREPARATION BEFORE EXPERIMENT ..............24 4.1 S PANA W ........................24 TARTUP THE ORKSTATION 4.2 S ........................25 YSTEM OGIN AND NSPECTION 4.3 M ..........................26 ATERIAL AND AMPLE OADING 4.3.1 Load Tip Holder..............................27 4.3.2 Load PCR Consumables............................28 4.3.3 Load Reagent and Premix Consumables....................
  • Page 15 Automatic Nucleic Acid Workstation 6.2.4 Clean Waste Bin..............................53 6.2.5 Replace Fuse Tube..............................54 6.2.6 Replace UV Lamp ..............................54 6.2.7 Replace Anti-pollution Filter...........................55 6.3 T ....................57 6.2.8 Other Maintenance and Calibration......................55 RANSPORT AND ETURN FOR AINTENANCE 6.3.1 Instrument Disinfection.............................57 6.4 T ..............................

  • Page 16: Overview

    Automatic Nucleic Acid Workstation 1. Overview 1.1 Intended Application Fields The intended use of PANA workstation is to complete the automatic extraction and purification of nucleic acid in various samples and set up the PCR reagent system for the detection of the nucleic acids extracted.
  • Page 17 Automatic Nucleic Acid Workstation Ethernet connection; HL7 protocol connection to Lis system; ▶ Communication Specification: USB 2.0 interface; Reminding: The USB interface of PANA workstation is only used to connect USB disk, mouse, keyboard and bar code scanner. Prohibit: The USB interface of PANA workstation can not be used for charging. Reminding: The device connected the PANA workstation via USB interface needs to pass safety certification to ensure that the PANA workstation will not be damaged.

  • Page 18: Firmware Parameters Of Instrument

    Automatic Nucleic Acid Workstation 1.2.2 Firmware Parameters of Instrument PANA workstation possesses 24 sets of built-in heating bars, in order to provide heating ▶ Thermal System: temperature in the lysis and elution steps during the process of nucleic acid extraction. PANA workstation possesses 6 sets of built-in magnetic rod racks, each set contains 16 ▶...

  • Page 19: Roduct Haracteristics Ntroduction

    Automatic Nucleic Acid Workstation Below 15μL: ≤ 2.0% Above 50μL: CV ≤ 1.0% ▶ Liquid Transfer Repeatability: 15 μL -50μL: CV≤ 1.5% Below 15μL: CV ≤ 3.0% Temperature Accuracy: ±1.2℃ Temperature Uniformity: ±2.0℃ ▶ ▶ Temperature Range: 35℃-120℃ ▶ The detection linear correlation coefficient of nucleic acid extracted r ≥ 0.999 ▶...

  • Page 20: Characteristics Of Software System

    Automatic Nucleic Acid Workstation The PANA workstation is equipped with a high-definition camera, which can move and ▶ Visual Detection: automatically photograph the consumable status. The system software of PANA workstation can real-time analyzed the status of different consumables, reminding user if the consumables type, quantity or position are incorrect before the experiment.

  • Page 21: Unpacking And Installation

    Automatic Nucleic Acid Workstation 2. Unpacking and Installation There are three packaging methods: wood case packaging, carton case packaging and aviation case packaging to meet transport distances and requirements. 2.1 Wooden Case Unpacking The wooden case is made up of bottom support plate, roof plate and side plate, as shown in figure 2-1.
  • Page 22 Automatic Nucleic Acid Workstation Figure 2-2a. Wooden Case Unpacking Step 1 Step: Then disassemble the four side plates, as shown in figure 2-2b. Figure 2-2b. Wooden Case Unpacking Step 2 Step: PANA workstation stands on the bottom support plate of the wooden case in a 4-point load-bearing state, as shown in figure 2-2c.
  • Page 23 Automatic Nucleic Acid Workstation Figure 2-2c. Wooden Case Unpacking Step 3 Step: Each supporting foot is provided with a fixator, which is fixed on the support plate by two screws as shown in figure 2-2d. Please disassemble the screws on each fixator and remove the fixator, then rotate up each supporting foot to make the instrument supported by four transport wheels.
  • Page 24 Automatic Nucleic Acid Workstation Step: Install four transport handles in four installation slots beside the four supporting feet, as shown in figure 2-2e. multiple people hold the transport handles and stabilize the PANA workstation to lift the instrument out of the wooden case and transport it to the predetermined place.

  • Page 25: Arton Ase Npacking

    Automatic Nucleic Acid Workstation 2.2 Carton Case Unpacking PANA Workstation carton box is made up of outer layer that is carton and inner layer that is foam supporting plate, as shown in Figure 2-3. PANA Workstation is tightly and evenly wrapped with PE stretch film and fixed on the wooden supporting base to prevent the collisions and shocks during transportation.
  • Page 26 Automatic Nucleic Acid Workstation Figure 2-4. Unpacking Carton Case Process...

  • Page 27: Unpacking

    Automatic Nucleic Acid Workstation 2.3 Aviation Case Unpacking The aviation case is made up of top cap, side plate and bottom support plate; the three parts are connected by two circles of buckles, as shown in figure 2-5. Tightly and evenly wrapped with PE stretch film, the PANA workstation is fixed inside the aviation case to prevent the collisions and shocks during transport.
  • Page 28 Automatic Nucleic Acid Workstation Figure 2-6a. Aviation Case Unpacking Step 1 Step: Please release buckles connecting side plate with bottom support plate. Then remove side plate by lifting handles on it, as shown in figure 2-6b. Figure 2-6b. Aviation Case Unpacking Step 2 Step: Install four transport handles in f our installation slots beside the four supporting feet, as shown in figure 2-6c.
  • Page 29 Automatic Nucleic Acid Workstation Figure 2-6c. Aviation Case Unpacking Step 3 Step: Place the PANA Workstation on a steady bench, rotate down the supporting feet and let them re-landed. Adjust the height of each supporting foot and ensure the PANA workstation to stand steadily, as shown in figure 2-6d.

  • Page 30: Orking Nvironmental Equirements

    Automatic Nucleic Acid Workstation Reminding: Please fill in the relevant content on installation information feedback table after acceptance, and send it back to our company for document and warranty. Caution: Under normal circumstances, the PANA Workstation should be unpacked and installed by our company’s professional engineer.

  • Page 31: Power Requirements

    Automatic Nucleic Acid Workstation 2.4.2 Power Requirements The power grid environment of PANA Workstation should possess ground wire and the instrument should be properly grounded. The power specifications of PANA Workstation are listed in Instrument”, use improper power may “1.2 Product Parameters damage the circuit system and cause fire, it is recommended to use UPS power supply.

  • Page 32: Emove Ransport Ock

    Automatic Nucleic Acid Workstation 2.5 Remove Transport Lock After unpacking, please do not directly power on the PANA Workstation, it is fixed by transport lock during transportation. Please remove the transport lock in accordance with the instructions as below before running the PANA Workstation. Caution: Under normal circumstances, the transport lock of PANA Workstation should be unpacked or installed by our company’s professional engineer.

  • Page 33: Product Composition And Structure

    Automatic Nucleic Acid Workstation 3. Product Composition and Structure 3.1 Instrument Structure Figure 3-1. Instrument Structure of PANA Workstation...
  • Page 34 Automatic Nucleic Acid Workstation The experiment cabin door keep experiment cabin as independent area from outside, and 1. Experiment Cabin Door: user can turned up and opened the experiment cabin door for experiment operation. The touch screen is the man-machine interaction interface that used for PANA system 2.
  • Page 35 Automatic Nucleic Acid Workstation The auto pipetting module contains 4 independent air displacement pipettors (ADP), it is 9. Auto Pipetting Module: capable of moving along the X and Y directions to realize the liquid transfer, sample and reagent adding. The pipettor indicator ① ② ③ ④ indicate the status of the four pipettors accordingly. 10.

  • Page 36: Power And Network Interface

    Automatic Nucleic Acid Workstation 3.2 Power and Network Interface The power and network Interface of PANA Workstation is as shown in figure 3-2, which is located on the side wall of the PANA Workstation. Figure 3-2. Power and Network Interface of PANA Workstation The network interface provides two ethernet ports Network Interface: The power interface includes power switch, fuse tube holder and power socket.

  • Page 37: Peration Latform

    Automatic Nucleic Acid Workstation 3.3 Operation Platform Figure 3-3. Operation Platform in the Experiment Cabin of PANA Workstation The moveable extraction loading platform can accommodate six deep well plates, it will Movable Extraction Loading Platform: automatically enter the extraction cabin to perform the nucleic acid extraction process, and when this process is complete, the extraction moveable loading platform will automatically move out for other operation.
  • Page 38 Automatic Nucleic Acid Workstation The sample cabin can load 6 sample holders, one sample holder can load 16 sample tubes. Sample Cabin:  Sample cabin entrance: user can load the sample holder through this entrance.  Sample holder indicator: indicates the loading state of each sample holder, green light indicates the sample holder is well loaded, yellow light indicates the sample holder is unloaded or not well loaded.

  • Page 39: The Preparation Before Experiment

    Automatic Nucleic Acid Workstation 4. The Preparation before Experiment 4.1 Startup the PANA Workstation Please turn on the power switch on the side wall of the PANA Workstation. Step: Then turn on the instrument switch on the instrument panel. Step: Caution: Before power on the PANA Workstation, please ensure the transport lock of the PANA Workstation has removed.
  • Page 40 Automatic Nucleic Acid Workstation 4.2 System Login and Self Inspection Step: After startup the PANA Workstation, the touch screen of the master computer will display the startup and self-inspection interface, as shown in figure 4-1. Caution: If the PANA Workstation fails to pass the self-inspection, please restart the instrument, in case the PANA Workstation still fails to pass the self-inspection, please contact the distributor or XATL Co., Ltd., do not slap or shake the instrument.

  • Page 41: Material And Sample Loading

    Automatic Nucleic Acid Workstation Step: After login the PANA system software, the touch screen of the master computer will display the main interface, as shown in figure 4-3. Figure 4-3. PANA System Software - Main Interface 4.3 Material and Sample Loading After login the PANA system software, please first choose the experiment item and perform the sample setting, then the PANA system software will automatically indicate the consumable and reagent requirement information, and reveal their corresponding loading positions.

  • Page 42: Load Tip Holder

    Automatic Nucleic Acid Workstation 4.3.1 Load Tip Holder Please hold the two sides of the tip holder to place it into the tip holder frame. First aim the positioning gap of the tip holder to the positioning column on the tip holder frame, and insert this edge of the tip holder under the positioning strip, as shown in figure 4-4.

  • Page 43: Load Pcr Consumables

    Automatic Nucleic Acid Workstation 4.3.2 Load PCR Consumables The PANA workstation is equipped with two portable PCR consumable holders to load 96 PCR plate and/or 8 strip PCR tube. The PCR consumable holder can be fixed through magnetic absorption. Before the experiment, please load the PCR consumable without cap into the PCR consumable holder, as shown in figure 4-5.

  • Page 44: Load Reagent And Premix Consumables

    Automatic Nucleic Acid Workstation 4.3.3 Load Reagent and Premix Consumables PANA Workstation’s regent and premix area is composed of reagent area and premix area, as shown in figure 4-6. This area is functioned with barcode scan and refrigeration in the range of 4-15℃.

  • Page 45: Load Deep Well Plate And Rod Cover

    Automatic Nucleic Acid Workstation Caution: Please first insert the reagent/premix bottle into the bottom of reagent/premix holder and decap the reagent/premix bottle, or it may result in experiment failure and even damage auto pipetting module. Caution: After successfully loads reagent/premix holder, the indicate light will turn green.

  • Page 46: Load Sample Tube And Sample Holder

    Automatic Nucleic Acid Workstation Reminding: Before load the deep well plate, please first remove its outer packing, and shake the deep well plate in order to thoroughly mix the prepackaged reagents and magnetic beads within. Then, gently swing the deep well plate (or centrifuge it), so that the prepackaged reagents are concentrated at the bottom of each well.
  • Page 47 Automatic Nucleic Acid Workstation Reminding: Before startup the experiment, please first record the sample information according to the requirements of laboratory operation and mark the special sample states such as hyperlipidemia, hyperbilirubin, hemolysis and so on, so as to carry on the data query and the final test data analysis.
  • Page 48 Automatic Nucleic Acid Workstation Figure 4-9. Load Sample Holder...

  • Page 49: Pana System Software Operation

    Automatic Nucleic Acid Workstation 5. PANA System Software Operation This section introduces the basic functions of the PANA system software. User only need to choose the experiment item and complete the sample setting. The PANA workstation will automatically perform the whole experiment flow, which includes automatic sample addition, nucleic acid extraction and PCR reaction system.
  • Page 50 Automatic Nucleic Acid Workstation The main interface of PANA system software interface is consisted of following 4 parts: The menu bar of is consisted of < 1) Menu Bar and < General Setting > three tabs, which are used to call the corresponding system Experiment Setting >, <...

  • Page 51: Xperiment Etting

    Automatic Nucleic Acid Workstation 5.2 Experiment Setting User can click the < Experiment Setting > tab in the menu bar of PANA system software, the system software will automatically enter the experiment setting interface, as shown in figure 5-2. The experiment setting interface consists of following three columns: Sample Setting and Experiment Item, Reagent/Consumable.

  • Page 52: Sample Setting

    Automatic Nucleic Acid Workstation Figure 5-3. Experiment Setting Interface - Experiment Item Window 5.2.2 Sample Setting User can click the in the Sample Setting column on the experiment setting interface, set the sample quantity in the drop-down menu, as shown in figure 5-4. Figure 5-4.
  • Page 53 Automatic Nucleic Acid Workstation User can also click < Details >, the software will pop up the sample setting window, as shown in figure 5-4. Figure 5-4. Experiment setting interface - Sample Setting Window The sample setting window consists of Sample No., Sample Type, Test Item, Std/Control four sub-tabs and sample area.
  • Page 54 Automatic Nucleic Acid Workstation Figure 5-5. Sample Setting Window- Sample Number Setting Sample Type: User can click the Sample Type subtab to set the sample type, as shown in figure 5-6. User can select one or more sample(s) and choose the corresponding sample ▶...
  • Page 55 Automatic Nucleic Acid Workstation Test Item: If there are multiple test items of the current experiment item. user can click the Test Item subtab to set the test item, as shown in figure 5-7. User can select one or more ▶...

  • Page 56: Reagent/Consumable

    Automatic Nucleic Acid Workstation 5.2.3 Reagent/Consumable The system software of PANA workstation can automatically analyze the requirement information of reagent and consumable according to the input of Experiment Item and Sample Setting. User can click < Details > in the Reagent/Consumable column on the experiment setting interface and query this requirement information in the pop-up reagent/consumable window.

  • Page 57: Tartup The Xperiment

    Automatic Nucleic Acid Workstation Reminding: PANA system possess the barcode scanning function. The positions of R1-R4 reagent holder in the reagent cabin and reagent bottles in all reagent holders can be placed at will. The instrument can automatically identify reagent components accordingly.

  • Page 58: Experiment Cabin Monitor Area

    Automatic Nucleic Acid Workstation Figure 5-10. PANA System Software - Experiment Monitor Interface 5.4.1 Experiment Cabin Monitor Area The experiment cabin monitor area corresponds to the arrangement of experiment cabin of PANA workstation, as shown in figure 5-11. After start up the experiment, user can monitor all the operations occur in the experiment cabin in real time.
  • Page 59 Automatic Nucleic Acid Workstation Figure 5-11. Experiment Monitor Interface - Experiment Cabin Monitor Area While running, user can real-time monitor all the operations occur in the experiment cabin. Reminding: There are different colored labels in the Reserve Area, Sample Area, Tip Area, NA Extraction Area, Reagent &...

  • Page 60: Experiment Program Monitor Area

    Automatic Nucleic Acid Workstation 5.4.2 Experiment Program Monitor Area After start up the experiment, the experiment program monitor area will be activated, as shown in figure 5-12. And highlight the currently running experiment step(s). Figure 5-12. Experiment Monitor Interface - Experiment Program Monitor Area 5.5 General Setting User can click <...
  • Page 61 Automatic Nucleic Acid Workstation 1. < UV Lamp Disinfection >: User click this function key, the PANA system software will automatically pop up the UV lamp disinfection window, and user can click Start and Stop to start or end the UV lamp disinfection process, as shown in figure 5-13a. Figure 5-13a.

  • Page 62: Setting Subtab

    Automatic Nucleic Acid Workstation Figure 5-13b. Maintenance Subtab - Search 5.5.2 Setting Subtab User can click the Setting subtab, and the general setting interface will be shown as figure 5-15. The Setting subtab consists of three function keys. 1. < Program Setting >: User can click this function key to set the experiment program setps. User can check the corresponding check box to select the setp(s) included in the experiment program, as shown in figure 5-14a.
  • Page 63 Automatic Nucleic Acid Workstation 2. < LIS Setting >: User can click this function key for LIS communication settings, as shown in figure 5-14b. Figure 5-14b. Setting Subtab – Communication Setting 3. < Barcode Setting >: User can click this function key for barcode settings, as shown in figure 5-14c.
  • Page 64 Automatic Nucleic Acid Workstation < UV Lamp Setting >: User can click this function key to set the UV lamp disinfection time, as shown in figure 5-14d. User can enter the UV lamp disinfection time and click < ▶ Confirm > to confirm the setting. Figure 5-14d.

  • Page 65: Instrument Cleaning And Maintenance

    Automatic Nucleic Acid Workstation 6. Instrument Cleaning and Maintenance Under proper use condition, the PANA workstation requires little maintenance. However, the PANA workstation should be cleaned and maintained on a regular schedule for long time and constant use. This section includes the information on cleaning and maintenance of the PANA workstation.

  • Page 66: Clean Instrument Shell

    Automatic Nucleic Acid Workstation 6.1.1 Clean Instrument Shell Switch off the instrument and unplug the power cord; step: step: Clean the instrument shell with a piece of damp, soft cloth, and if needed, please rinse the cloth with mild commercial detergent for cleaning. Prohibit: Do not spray the detergent directly on the instrument, as malfunctions of the electronics or may occur.

  • Page 67: Strengthen Cleaning

    Automatic Nucleic Acid Workstation the inner surface of the instrument, sample area, tip area, reagent area, PCR-setup area, movable extraction loading platform and waste cabin. step: Clean the sample holder, reagent holder, PCR consumable holder, reserve consumable holder, drop capture and waste bin with medical alcohol or 75% alcohol. Place new waste collection bag in the waste bin.

  • Page 68: Nstrument Maintenance Operation Instructions

    Automatic Nucleic Acid Workstation 6.2 Instrument Maintenance Operation Instructions 6.2.1 Maintain Sufficient Air Flow The placing area of PANA workstation should be checked regularly, as it requires sufficient air flow to precisely reach the correct target temperature. Please ensure that the air flow is unrestricted and other items around the instrument do not interfering with the air flow.

  • Page 69: Replace Fuse Tube

    Automatic Nucleic Acid Workstation Caution: After the experiment, please comply with all applicable local or national regulations, dispose the biological pollutants in the waste bin within the waste cabin of the PANA workstation, and replace the waste collection bag in the waste bin. Biohazard: The sample objects of the PANA workstation are nucleic acids, please consider all samples are with potential biohazard, and please take applicable safety protection measures and wear appropriate protective goggles, clothing and gloves while...

  • Page 70: Replace Anti-Pollution Filter

    Automatic Nucleic Acid Workstation 6.2.7 Replace Anti-pollution Filter The PANA workstation is equipped with anti-pollution filter in the extraction bin. The system software will prompt the user in case the anti-pollution filter has exceeded the rated service time. User can contact the company engineer to replace. 6.2.8 Other Maintenance and Calibration ▶...
  • Page 71 Automatic Nucleic Acid Workstation Regard the used premix bottle as Premix bottle biohazard material, dispose them comply with applicable regulations. √ √ Waste Bin (Including the Regard the waste as biohazard waste collected materials, dispose them comply within the waste with applicable regulations.

  • Page 72: Ransport And Eturn For Aintenance

    Automatic Nucleic Acid Workstation Reserve consumable holder √ √ Waste bin Load the reagent and sample √ √ UV disinfection holders, PCR consumable and 30min reserve consumable holders, the √ disinfection UV disinfection remaining tips in the experiment 60min cabin, then perform UV disinfection. √...

  • Page 73: Product Packaging And Return For Maintenance Installation

    Automatic Nucleic Acid Workstation Prepare the detergent (lab routine disinfectant), wet the cotton cloth and degreased cotton swabs with the prepared detergent; ▶ Wipe the interior of the experiment cabin with wet cotton cloth or absorbent cotton. After wiping with disinfectant and drying the disinfectant inside the experiment cabin, ▶...

  • Page 74: Roubleshooting

    Automatic Nucleic Acid Workstation 6.4 Troubleshooting In general, corrective instructions will be display along with the error messages by the PANA system software. And under normal circumstances the software running errors can be solved by restarting the instrument. This section describes the main possible errors of the PANA workstation together with possible causes and corrective instructions.

  • Page 75: Data Maintenance

    6.5.1 Log Runlog records the user operations and the running logs of the PANA workstation, which is saved as log file to the directory C:\ Tianlong\ PANA 9600S\ Runlog. ▶ Faultlog records the instrument fault and the instrument state at the time of failure, which is saved as log file to the directory C:\ Tianlong\ PANA 9600S\\Faultlog.

  • Page 76: Contact Information

    Automatic Nucleic Acid Workstation 7. Contact Information Xi’an Tianlong Science and Technology Co., Ltd. No. 389, Zhuhong Road, Xi’an, Shaanxi Province, P. R. China. Postcode: 710018 Company Tel: +86-29-82218051/83204255 Company Fax: + 86-29-82216680 After-sale Service: + 86-29-82683675 Email Address: XATL@medtl.com Website Address: www.

  • Page 77: Annex I. Quick Guide Of Experiment Operation

    Automatic Nucleic Acid Workstation Annex I. Quick Guide of Experiment Operation A. Experiment Preparation 1. Reagent Preparation Please remove the PCR reagent from the refrigerator, thaw and balance to room temperature. ▶ Please add the diluent to dissolve the protease K powder according to the product specifications.
  • Page 78 Automatic Nucleic Acid Workstation The system software of PANA workstation can automatically analyze the requirement 4. Consumable Preparation information of reagent and consumable according to the input of Experiment Item and ▶ Sample Setting. User can click < Details > in the Reagent/Consumable column on the experiment setting interface to view these requirement information.
  • Page 79 Automatic Nucleic Acid Workstation After the experiment, please comply with all applicable local or national regulations, dispose the biological pollutants in the waste bin within the waste cabin of the PANA ▶ workstation, and replace the waste bag in the waste bin. After the experiment, please enter the general setting interface of PANA system software, click <...

  • Page 80: Annex Ii. Supplied Accessories List

    Automatic Nucleic Acid Workstation Annex II. Supplied Accessories List A. Accessories List Accessories Qty. Replace Replace Specification Remark 3×0.75mm , 1.5m Period Method & Model 1 Power cord 3×18AWG, 1.5m USA, Canada 3×0.75mm , 1.5m Korea 3×0.75mm , 1.5m China 2 Network cable Shielded cable, 3m Universal 3 Sample holder...
  • Page 81 Automatic Nucleic Acid Workstation 18 Installation Attached document For user to confirm confirmation list the installation conditions 19 Information Attached document After installation, the feedback form engineer will sign the feedback form and bring it back on file 20 Document bag A4 document bag Carry the attached documents...
  • Page 82 Automatic Nucleic Acid Workstation 2. Installation Method of PANA Workstation Bracket Annex figure 2. Installation Method of PANA Workstation Bracket Before install the PANA Workstation bracket, please check carefully to make sure the bracket is supported by four supporting feet and stands on horizontal ground stably. Step: Step: Install a transport handle in the installation slot beside each supporting foot, as shown in annex figure 2-1.

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