How to fix communication error on Lonza Laboratory Equipment?
If you're experiencing a communication error with your Lonza Laboratory Equipment, it may be due to several reasons. First, ensure the power is switched on. Second, check the cable and plug for any interruptions. If the issue persists, switch off the instrument and PC, wait until the status lamp is dark, then switch them back on.
Why does Lonza PyroTec PRO show level sense failure?
A level sense failure in Lonza Laboratory Equipment can occur due to several factors. Avoid using mobile phones closer than 2 meters to the instrument, even in standby mode. Low humidity in the room can also cause this issue, so try increasing ambient humidity. Ensure correct sample positioning, replace any bent tips, and use/configure the correct carrier. Rectify tip configuration.
What to do if Lonza PyroTec PRO shows no liquid detected?
If your Lonza Laboratory Equipment is showing 'no liquid detected', it could be due to several reasons. First, check and add liquid if necessary. Ensure the rack is correctly placed on the carrier and clean the carrier to ensure a good connection. Also, make sure there is proper contact between the container, rack, carrier, and work table. Check the parameters in the application software and clean the DiTi cone.
What causes positioning error in Lonza Laboratory Equipment?
A positioning error in Lonza Laboratory Equipment can be caused by a blocked X, Y, or Z-drive, or a crash. Check for any obstacles. Verify the positions of the container, rack, and carrier.
Why Lonza PyroTec PRO Laboratory Equipment is detecting not enough liquid?
If your Lonza Laboratory Equipment detects 'not enough liquid', it may be due to insufficient liquid or an incorrect container/rack definition. Check and add liquid if needed. Verify the container and rack definitions.
How to resolve initialization error on Lonza PyroTec PRO Laboratory Equipment?
If you're getting an initialization error on your Lonza Laboratory Equipment, and it says 'Arms cannot initialize', make sure that the arms can move freely and that their movement range is not obstructed by other objects.
What to do if Lonza PyroTec PRO detects a clot?
If your Lonza Laboratory Equipment detects a clot, it could be due to a clot being aspirated or a wrong container diameter. Replace the DiTi and retry. Check the container data.
Why did the precision test fail on Lonza PyroTec PRO?
A failed Precision (Gravimetric) Test on Lonza Laboratory Equipment can occur due to a wrong liquid class being used, a dirty DiTi cone, or a defective plunger seal. Check and correct the liquid classes and clean the DiTi cones.
What to do when Lonza PyroTec PRO Laboratory Equipment says no tip available?
If your Lonza Laboratory Equipment indicates 'No Tip available', it could be because the disposable tip tray is empty or the wrong disposable tip tray is selected. Place a disposable tip tray on the specified position.
Why is the tip not picked up by Lonza PyroTec PRO Laboratory Equipment?
If the tip is not being picked up by your Lonza Laboratory Equipment, it could be due to wrong tip position coordinates. Define the tip position.
Provides details about the manufacturer and their address.
Defines intended and improper uses of the PyroTec™ PRO.
Details the product's compliance with applicable EC Directives.
States the product's certification by the Canadian Standards Association.
Outlines FCC regulations applicable to the PyroTec™ PRO.
Explains the significance of safety symbols and warning notices.
General principles for product safety and user precautions.
Details hazards related to instrument operation and necessary safety measures.
Specifies the qualifications and training needed for operating personnel.
Describes the safety features and elements of the instrument.
Provides overarching safety rules for instrument operation and care.
Details product identification labels and their meanings.
Introduces key system modules like Air LiHa and RoMa.
Details chemical resistance of materials used in the instrument.
Describes the overall structure and components of the instrument.
Details functions of Air LiHa, MultiSense, and RoMa arms.
Explains Capacitive Liquid Level Detection and Clot Detection.
Guidance on preparing the installation site and system.
Instructions for safely unpacking the instrument.
Steps for installing and connecting the instrument and its options.
Procedures for installing optional system modules and accessories.
Instructions and warnings for transporting the instrument.
Details on how to package the instrument for transport or storage.
Identifies and explains operating elements and display indicators.
Outlines the different modes for operating the PyroTec™ PRO.
Provides safety instructions and procedures for routine operation.
Guidance on operating in process definition and validation modes.
Lists necessary tools, consumables, and cleaning agents.
Outlines periodic maintenance tasks based on frequency.
Details maintenance procedures for specific components like tips and waste units.
Describes tests for verifying instrument performance.
Provides guidelines for decontaminating the instrument.
Lists common problems, their causes, and corrective measures.
Detailed instructions for resolving specific issues like Z-brake and alignment.
Steps for safely shutting down the instrument.
Guidelines and precautions for transporting the instrument.
Recommendations for storing the instrument.
Guidelines for disposing of operating materials and waste.
General instructions and regulatory information for instrument disposal.
Lists available software and documentation for the instrument.
Lists basic accessories included with the instrument.
Lists necessary tools and gauges for operation and maintenance.
Details optional system modules and accessories for LiHa and RoMa.
Lists carriers for reagents, troughs, and disposable tips.
Provides contact details for technical support and service.
General| Sample Capacity | 96-well microplates |
|---|---|
| Wavelength | 405 nm |
| Temperature Control | Yes |
| Capacity | 96 wells |
| Power Supply | 100-240 V, 50/60 Hz |
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