What to do if my GEA Medical Equipment machine is not running?
If your GEA Medical Equipment machine isn't running, the main motor might not have started, so check the electrical connections, fuses, resets, and automatic switches. Alternatively, the drive belts could be broken or loose, in which case you should replace or tighten them.
Why is there no flow in my GEA Medical Equipment?
If there is no flow in your GEA Medical Equipment, it might be due to incorrect feeding (flow rate and/or pressure), so provide the correct feeding. Another cause may be a clogged feed pipe, so you should accurately clean the pipes and filters. Also, check if the by-pass valve is open and close it.
What to do if my GEA Medical Equipment has machine vibrations?
If your GEA Medical Equipment is vibrating, it could be because the weight does not rest on all four feet; adjust the support feet to level the machine. Insufficient feed pressure could also be the cause, so provide correct feeding. Pulsations in suction or delivery may also cause vibrations.
Why is there insufficient flow in my GEA Medical Equipment?
If you're experiencing insufficient flow in your GEA Medical Equipment, it could be due to insufficient feeding, so provide correct feeding. Another potential cause is faulty operation of the suction/delivery valve, so eliminate any dirt or foreign matter between the valve and seat and check the wear of contact surfaces of valves and replace if needed. Also, check if the belts are slipping and tighten them. The main motor speed could also be too low, so check the speed requirement. A leak from the plunger gasket or air in the product to be treated may also cause this problem, so replace the plunger gasket or eliminate the air.
What causes oscillating pressure in delivery of GEA Medical Equipment?
Oscillating pressure in delivery in GEA Medical Equipment can be caused by several factors. Insufficient feed pressure may be the cause, so provide correct feeding. Damaged valves may also lead to this issue. You may also need to provide stable counterpressure if the counterpressure is unstable.
Why is my GEA Medical Equipment noisy during compression?
A noisy compression head in your GEA Medical Equipment could be due to insufficient feeding or excessive pressure, so provide correct feeding. Worn or faulty valves can also cause this, so check for dirt and foreign matter and clean it. Air in the product may also cause the noise, so eliminate the air.
What causes oscillating homogenization pressure in GEA Medical Equipment?
Oscillating homogenization pressure in GEA Medical Equipment can occur due to several reasons. There might be air or steam in the product, so eliminate it. Air in the compression head can also cause this, so remove pressure and then enter the value again. Insufficient or irregular feed pressure could also be the cause, so provide correct feeding. Furthermore, an imperfect seal of suction or delivery valves, or unstable counterpressure may cause this issue.
What to do if there is no homogenization pressure in my GEA Medical Equipment?
If there's no homogenization pressure in your GEA Medical Equipment, this could be due to insufficient flow. The homogenizing valve might be faulty or broken, so clean or replace it. Additionally, check the efficiency of the pneumatic system if there is no pressure in the pneumatic system, or replace the faulty pneumatic cylinder.
Why is my GEA Medical Equipment drive body noisy?
A noisy drive body in your GEA Medical Equipment can be caused by worn bearings, so check, lubricate, and replace them if needed. Another cause may be a piston that is not tightened, so tighten it. Also, check if there is insufficient feed pressure and provide correct feeding.
What causes drive squeaks in GEA Medical Equipment?
Drive squeaks in GEA Medical Equipment are often caused by belts slipping, so tighten them properly.
Legal statement of compliance with EC directives and standards.
Outlines warranty terms, conditions, exclusions, and testing procedures.
Details on how to contact the manufacturer for technical assistance and required information.
Procedures and information required for ordering replacement parts.
Overview of the homogenizer's function and process.
Identification and listing of the primary parts of the homogenizer.
Detailed technical data, performance parameters, and operating limits of the machine.
Guidelines for the safe and compliant dismantling and disposal of machine components.
Specifies the correct and authorized purposes for using the machine.
Defines and illustrates areas related to operation, control, and potential hazards.
Identifies potential risks, hazards, and necessary precautions for safe operation.
Details the built-in safety devices designed to protect users and the machine.
Explains the meaning and importance of warning signs placed on the machine.
Requirements for the site where the machine will be installed, ensuring safety and functionality.
Instructions and specifications for connecting the machine to utilities and power.
Step-by-step guidance for the physical installation and assembly of the machine.
Pre-startup checks and initial operational steps before powering on the machine.
Outlines the responsibilities and checks for the machine operator.
Description of the machine's control interface, including buttons and panels.
Detailed steps for safely starting the machine and its initial operations.
Procedures for both normal and emergency shutdown of the machine.
Checks to be performed after the machine has been running for a period.
Guidelines and best practices for performing effective and safe maintenance.
Essential safety measures and procedures to follow before and during maintenance.
Routine maintenance tasks to ensure optimal machine performance and longevity.
A schedule detailing when specific maintenance tasks should be performed based on usage.
Specific instructions and safety precautions for individual maintenance procedures.
A guide to identifying and resolving common problems, their causes, and remedies.
Procedures for the proper disposal of waste materials generated by the machine, following regulations.
A list of recommended spare parts to maintain on hand for efficient upkeep.
Information and steps required to order necessary spare parts from the manufacturer.
Critical safety instructions to be followed when replacing machine parts.
Identification of machine components with corresponding assembly drawings and part codes.
Detailed technical specifications and operational parameters of the machine.
Collection of technical drawings and diagrams illustrating machine layout and systems.
Official document declaring the machine's compliance with relevant European directives.
Document detailing the results of machine testing and performance validation.
Legal statement of compliance with EC directives and standards.
Outlines warranty terms, conditions, exclusions, and testing procedures.
Details on how to contact the manufacturer for technical assistance and required information.
Procedures and information required for ordering replacement parts.
Overview of the homogenizer's function and process.
Identification and listing of the primary parts of the homogenizer.
Detailed technical data, performance parameters, and operating limits of the machine.
Guidelines for the safe and compliant dismantling and disposal of machine components.
Specifies the correct and authorized purposes for using the machine.
Defines and illustrates areas related to operation, control, and potential hazards.
Identifies potential risks, hazards, and necessary precautions for safe operation.
Details the built-in safety devices designed to protect users and the machine.
Explains the meaning and importance of warning signs placed on the machine.
Requirements for the site where the machine will be installed, ensuring safety and functionality.
Instructions and specifications for connecting the machine to utilities and power.
Step-by-step guidance for the physical installation and assembly of the machine.
Pre-startup checks and initial operational steps before powering on the machine.
Outlines the responsibilities and checks for the machine operator.
Description of the machine's control interface, including buttons and panels.
Detailed steps for safely starting the machine and its initial operations.
Procedures for both normal and emergency shutdown of the machine.
Checks to be performed after the machine has been running for a period.
Guidelines and best practices for performing effective and safe maintenance.
Essential safety measures and procedures to follow before and during maintenance.
Routine maintenance tasks to ensure optimal machine performance and longevity.
A schedule detailing when specific maintenance tasks should be performed based on usage.
Specific instructions and safety precautions for individual maintenance procedures.
A guide to identifying and resolving common problems, their causes, and remedies.
Procedures for the proper disposal of waste materials generated by the machine, following regulations.
A list of recommended spare parts to maintain on hand for efficient upkeep.
Information and steps required to order necessary spare parts from the manufacturer.
Critical safety instructions to be followed when replacing machine parts.
Identification of machine components with corresponding assembly drawings and part codes.
Detailed technical specifications and operational parameters of the machine.
Collection of technical drawings and diagrams illustrating machine layout and systems.
Official document declaring the machine's compliance with relevant European directives.
Document detailing the results of machine testing and performance validation.
General| Brand | GEA |
|---|---|
| Model | ONE 11TS |
| Category | Medical Equipment |
| Language | English |
To Next Page