To Next PageTo Next PageWhat to do if my MGE UPS Systems SAM 12 Medical Equipment has no power?
If your MGE UPS Systems Medical Equipment unit has no power, first ensure that the main switch is turned 'ON'. Also, check the mains voltage output to confirm it's correct. Verify that the mains cable is properly connected. Lastly, inspect the fuse and replace it if it's defective.
Why is the pump suction power too weak on my MGE UPS Systems Medical Equipment?
If the pump suction power is too weak in your MGE UPS Systems Medical Equipment, begin by checking all seals and hoses for vacuum leaks, and ensure the lid is securely on the jar. Then, adjust the vacuum control clockwise to reach the desired suction power. Replace any tubing that is plugged or bent, and ensure it is properly connected. Note: If the internal hydrophobic filter is blocked or wet, it must be replaced by EBME.
Key warnings and precautions for safe operation and maintenance of the unit.
Specific warnings related to electrical shock and explosion risks during operation.
Description of the SAM 12 general-purpose high vacuum medical suction unit.
Description of the SAM 14 general-purpose high vacuum medical suction unit.
Description of the SAM 15 high vacuum surgical suction unit for IU procedures.
Description of the SAM 16 high vacuum surgical suction unit for IU procedures.
Instructions to read before operating the SAM unit for the first time.
Steps for correctly setting up the SAM suction unit for operation.
Guidelines for the ambient temperature and humidity for unit operation.
How to use and interpret the vacuum gauge for setting desired vacuum levels.
Information on the importance and function of the external filter capsule.
Details on the internal hydrophobic filter and its role in pump protection.
Description of fluid collection containers, their connection, and safety precautions.
Specifics on the SAM 2 collection system, including overflow valve operation.
Overview of disposable liner systems and their correct usage.
Instructions for using the VacSax disposable liner system.
Instructions for using the Abbott Receptal disposable suction system.
Instructions for using the Serres suction bag system.
How altitude affects the unit's achievable vacuum levels.
Guidelines and precautions for cleaning the SAM unit.
Parameters for safe transportation of the SAM unit.
Recommended conditions for storing the SAM units.
Considerations for long-term storage and inspection of components.
Guidance for medical staff when providing the unit to patients for home use.
Common problems, their causes, and solutions for the SAM unit.
Routine daily checks and component replacements for the SAM unit.
Monthly maintenance checks including vacuum performance and filter replacement.
Quarterly maintenance tasks, including tubing and filter checks.
Correct installation procedure for the internal hydrophobic filter.
Step-by-step guide for replacing the main power cable.
Diagram and labels identifying the main components of the SAM unit.
Procedure for servicing and maintaining the MQ25 pump unit.
Schematic diagrams illustrating the airflow for SAM 12/15 and SAM 14/16 models.
Overview of available options for SAM units, including electrical specifications and versions.
List of recommended spare parts for SAM suction units.
Specific spare parts for SAM collection containers and related accessories.
Spare parts list for essential SAM unit components.
List of spare parts specifically for the MQ25 pump assembly.
List of accessories available for the SAM suction units.
Physical dimensions and specifications for SAM 14/16 and all models.
Information on the correct disposal of the product at the end of its service life.
Notes on EMC testing and precautions for operating the SAM unit in environments with electronic equipment.
The SAM 12, SAM 14, SAM 15, and SAM 16 are medical suction units designed for various medical procedures requiring adjustable high vacuum. These units are manufactured by M.G. Electric (Colchester) Ltd, adhering to BS EN ISO 9001 and BS EN ISO 13485 standards.
The SAM units are general-purpose high vacuum medical suction devices. Their primary function is to create and maintain a controlled vacuum for aspirating fluids during medical procedures. The SAM 12 and SAM 14 models are designed for general-purpose high vacuum applications, suitable for domiciliary use or within healthcare facilities. The SAM 15 and SAM 16 models are high vacuum surgical suction units specifically designed for intra-uterine procedures, featuring wide-bore top collection containers with specimen filters, making them suitable for theatre or ward use.
A key safety feature across all models is the requirement for an MGE filter capsule during operation. These filter capsules are sealed, disposable, bacterial, and hydrophobic, ensuring 99.9999% bacterial retention and 99.985% Dispersed Oil Particulate (D.O.P.) retention. This provides an effective barrier against aerosol contamination, protecting both the patient and the operator. An internal hydrophobic filter is also fitted to prevent liquid from reaching the pump, which would otherwise cause damage and invalidate the warranty. This internal filter works once and must be replaced immediately if it becomes wet.
The SAM 14 and SAM 16 models are equipped with two collection containers and a changeover valve. This allows one container to be emptied and replaced while the other remains in use, ensuring continuous operation.
Before operating any SAM unit, users must thoroughly read the operating instructions and precautions. Only trained personnel should operate the unit. It is crucial to check that the voltage supply matches the rating plate on the back of the unit.
Unit Set-Up:
Vacuum Control: The unit features a gauge (manometer) to set and monitor the vacuum level. To achieve the desired vacuum, occlude the tubing fitted to the patient inlet on the collection container top and adjust the vacuum control knob clockwise to increase the vacuum.
External Filter: An external filter is mandatory for operation. These filters are single-patient use and must not be autoclaved. They should be changed after each day's use, if wetted by froth, after aspirating infective material, or before use on a new patient.
Fluid Collection Containers: The SAM 2 collection container, fitted as standard, is fully autoclavable Polyester Carbonate (P.E.C.) with an integral handle. For IU applications, it has a wide bore. The container connects to the SAM unit via a moulded vacuum connector. The SAM 2 collection container includes an overflow valve designed to shut off vacuum when the fluid level reaches 1750ml. For SAM 12 and SAM 15 units, the unit must be switched off and the container replaced when the valve operates. For SAM 14 and SAM 16 units, the changeover valve allows switching to the second container. An anti-foam agent can be used to reduce frothing.
Disposable Liner Systems: The SAM range supports various disposable liner systems, including VacSax and Abbott Receptal. When using these systems, overflow protection relies entirely on correct use according to the manufacturer's instructions.
Serres Suction Bag System: This system comprises a suction bag, collection container, and angle connector. Place the container in the bracket, connect tubing from the SAM filter to the angle connector, place the bag into the container, turn on the unit, install the bag by occluding the patient connection and pressing lightly from the lid's middle, establish desired vacuum, connect the patient tube, disconnect it after the procedure, close the connection with the plug, turn off the unit, and remove the liner for disposal.
Operating Environment: The unit must be operated within a temperature range of -5°C to +40°C and a humidity range of 30% to 80%. Operation in the presence of flammable gases is strictly prohibited due to explosion hazard.
Transport and Storage: The unit should be transported in its original packaging within ambient conditions of -20°C to +60°C and 30% to 80% humidity. For storage, a dry, dust-free, well-ventilated environment is required, avoiding direct sun, UV exposure, or heat sources. The unit should be stored on a shelf or wooden pallet to protect against ground moisture. For long-term storage (infrequent use), the three-monthly maintenance period can be extended to twelve months, with particular attention to flexible components.
Regular maintenance is crucial for the safe and efficient operation of SAM units. All maintenance or repairs, beyond routine daily procedures, must be carried out by fully trained and qualified Electro-Biomedical engineers/technicians (EBME) or authorized MG Electric dealers. All testing should comply with ISO 10079-1.
Safety Precautions for Maintenance:
Daily Procedures:
Monthly Maintenance:
Three Monthly Maintenance:
Pump Maintenance (If Required):
Replacing the Main Cable:
Cleaning Procedure:
General| Apparent Power | 1200 VA |
|---|---|
| Frequency | 50/60 Hz |
| Humidity | 0-95% non-condensing |
| Input Voltage | 230 V |
| Output Voltage | 230 V |
| Output Frequency | 50/60 Hz |
| Battery Type | Sealed Lead-Acid |
| Typical Backup Time at Full Load | 5 minutes |
| Communication Ports | USB |
| Operating Temperature | 0°C to 40°C |
| Certifications | CE |
