What to do if there is an alarm during suction application with Atmos Atmoforte 350 Medical Equipment?
If you get an alarm during suction with Atmos Medical Equipment, and the collection jar is full, the bacterial filter is clogged, there's excessive foam, or the unit's contacts are contaminated, here's what to do: * Empty the collection jar. * Clean or replace the filter. * Install foam protection. * Clean the contact bar.
How to fix an Atmos Atmoforte 350 unit that does not start up?
If your Atmos Medical Equipment doesn't start and the power switch isn't lit, it could be due to the power connector not being properly inserted or a lack of power. Check the power connector, the building's power supply (fuses), and the instrument fuses.
What to do if Atmos Medical Equipment alarms upon power up?
If you receive an alarm upon powering up your Atmos Medical Equipment and the fill level control is lit, it could be due to a full fluid trap, a clogged or not completely dry bacterial filter, or a choke coil being in place while drainage mode isn't selected. To resolve this: * Check and empty the fluid trap if needed. * Replace the bacterial filter. * Select drainage mode.
Why is there no or poor suction performance in Atmos Atmoforte 350?
If your Atmos Medical Equipment has no or poor suction performance and the automatic standby function isn't working, there may be a leak in the suction system. To resolve this: a) Reattach the lid system, ensuring it's centered on the collection jar. Replace the silicone gasket if needed. b) Check the O-ring at the double socket nipple for damage. Properly insert the double socket nipple and ensure it's tight. c) Check the O-ring in the screw connection of the fluid trap, tighten it, and check for tightness. d) Check the O-ring in the lid of the fluid trap for damage; replace if necessary.
What to do if Atmoforte 350/Record 500 switches off with fill-level alarm on power up?
If the fill-level monitoring is lit and the Atmoforte 350/Record 500 switches off when you power up your Atmos Medical Equipment, it could be due to a full collection jar or short-circuited contacts. Try emptying the collection jar and removing metal connections of the contact element, also check rails on trolley.
Why does Atmos Atmoforte 350 Medical Equipment switch off during suction application?
If your Atmos Medical Equipment switches off with alarm during suction, it's likely due to excessive foam causing bubbles that trip the contact between the sensor and the double socket nipple. Attach foam protection to the fill level sensor.
What to do if Atmos Atmoforte 350 Medical Equipment has no alarm when collection jar is full?
If your Atmos Medical Equipment doesn't alarm when the collection jar is full, there might be poor contact between the collection jar and the Atmoforte 350/Record 500. Check whether the collection jar and lid system are properly locked into place in the support and/or whether the Atmoforte 350/ Record 500 is correctly screwed onto the trolley.
Air Flow and Vacuum| air flow rate | 36 ±2 l/min |
|---|---|
| max vacuum | 80 kPa max. (= 0.8 bar = 600 mmHg) |
| fine-control suction | up to -0.2 bar |
Power| rated voltage | 230 VAC ±10%, 50 Hz or 110 VAC ±10%, 50/60 Hz |
|---|---|
| power consumption | max. 190 W |
| protection class | I, type B |
Operating Environment| transport/storage temperature | -10 to +60 °C |
|---|---|
| operating temperature | +10 to +35 °C |
| humidity | 30 to 95% humidity, noncondensing |
Weight and Dimensions| weight without trolley | 10.5 kg |
|---|---|
| weight with trolley | 25 kg |
| dimensions | H 300 x W 350* x D 200 mm (w/o.trolley) |
Air Flow and Vacuum| air flow rate | 45 ±2 l/min |
|---|---|
| max vacuum | 90 kPa max. (= 0.9 bar = 675 mmHg) |
| fine-control suction | up to -0.2 bar |
Power| rated voltage | 230 VAC ±10%, 50 Hz or 110 VAC ±10%, 50/60 Hz |
|---|---|
| power consumption | max. 190 W |
| protection class | I, type B |
Operating Environment| transport/storage temperature | -10 to +60 °C |
|---|---|
| operating temperature | +10 to +35 °C |
| humidity | 30 to 95% humidity, noncondensing |
Weight and Dimensions| weight without trolley | 10.5 kg |
|---|---|
| weight with trolley | 25 kg |
| dimensions | H 300 x W 350* x D 200 mm (w/o.trolley) |
Device compliance with medical device directives and essential requirements.
Compliance with EMC standards for medical electrical equipment.
Guarantees patient safety and reliable performance with original parts.
ATMOS responsibility for safety, reliability, and performance.
For aspiration and collection of secretions, body fluids, and tissue.
Includes OPD, OR, endoscopy, gynaecology, ENT, and ICU procedures.
Not for non-medical use or flammable/explosive fluids.
Line-powered suction unit with microprocessor-controlled vacuum build-up.
Electronic fill-level monitoring and fluid trap with bacterial filter.
Includes auto standby, filter monitoring, and clog detection.
Requires proper grounding and checks line voltage; extension cords are restricted.
Inspect parts for damage, do not block vents, handle safely, observe conditions.
Avoid explosion hazard areas; prevent liquid entry and seek service if it occurs.
Users must be familiar with operation and check functional safety.
Identifies fixation elements, connection pieces, fluid trap, lid release, power switch, and display.
Shows power input, fuses, potential equalization pin, and pedal regulator port.
Defines symbols for caution, fuse, power status, standby, filter/fill level, and malfunction.
Guides on handling, closing, and inserting the collection jar lid system.
Instructions for attaching the lid securely to the collection jar.
Instructions for hanging the collection jar on the unit.
How to fix the jar on the trolley for stable operation.
Proper insertion of the double socket nipple into the lid.
Using tubing to connect pump to filter and nipple to fluid trap.
Attaching the suction tube to the double socket nipple.
Using adapter for 6mm tubes with the 10mm connection piece.
Connect to power line and potential equalization system.
Instructions for connecting the pedal regulator to the unit.
Explains the function of each control and indicator on the panel.
Ensure suction tube, jar, and tubes are sterilized before use.
Information on filter lifespan, cleaning, sterilization, and clogging alerts.
Never allow the suction tube to directly contact the application site.
How the pump enters standby and how the unit monitors collection jar levels.
Connect, turn on, select target vacuum, and operate the pump.
Recommended practice to exchange jar at 2/3 capacity.
Steps to remove and replace the collection jar safely.
Switch off the unit and clean components as per maintenance guidelines.
Choice between fine-control suction and long-term drainage.
Using low vacuum for delicate tissue with automatic clog detection.
Adjusting vacuum using a water vacuum gauge for procedures like thorax drainage.
Steps to assemble and connect the water vacuum gauge system.
Adjusting vacuum via immersion tube and optimizing pump performance.
Using the unit for vacuum extraction with manual or automatic vacuum build-up.
Attaching tubes, cups, and using pedal regulator or auto mode.
How to control vacuum increase via pedal or automatic progression.
Cleaning and sterilizing tubes, jar, lid, and fluid trap.
Removing lid insert for cleaning and ensuring fill-level contacts are clean.
Wiping the unit surface with approved cleaning solutions.
Procedures for cleaning, reconditioning, and steam sterilizing the bacterial filter.
Visual inspection of components and immediate replacement of damaged parts.
List of recommended disinfectants for instruments and their compositions.
List of recommended disinfectants for the unit's exterior surfaces.
Diagnosing and resolving issues related to the unit not starting up.
Addressing alarms that occur when the device is powered on.
Troubleshooting alarms that trigger during suction operation.
Solutions for alarms related to a full collection jar.
Diagnosing and fixing poor suction or standby function problems.
Identification of spare parts like fluid traps, nipples, and adapters.
Identification of spare parts for the lid system and foam protection.
Lists spare parts like O-rings, fuses, power cords, and Receptal bags.
Lists specific spare parts for the water trap component.
Various collection jars and disposable Receptal container sets and bags.
Information on optional accessories like trolleys, drainage sets, and pedal regulators.
Includes extraction tubes, catheter containers, tissue traps, and container holders.
Detailed specifications for air flow rate and maximum vacuum for both models.
Details on suction tube sizes, rated voltage, power consumption, and interface.
Specifies ambient conditions for operation/storage and protection class/category.
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