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ENGLISH

Recommended separation distance between portable and mobile radio-communication devices and the monitor
The SUPERVEGA BATTERY SUCTION UNIT surgical aspirator is intended to operate in an electro-magnetic environment 

where RF irradiated interferences are under control. The client or operator of the SUPERVEGA BATTERY SUCTION UNIT 

device can help prevent electro-magnetic interference by keeping a minimum distance between the portable and mobile 

RF communication devices (transmitters) and the SUPERVEGA BATTERY SUCTION UNIT device, as recommended 

below, in relation to the radio-communication maximum output power.
Maximum nominal

output power of the

Transmitter W

Separation distance from the frequency transmitter (m)

150KHz to 80MHz

80MHz to 800MHz

800MHz to 2,7GHz 

0,01

0,12

0,12

0,23

0,1

0,38

0,38

0,73

1

1,2

1,2

2,3

10

3,8

3,8

7,3

100

12

12

23

For transmitters with a maximum nominal output power not shown above, the recommended separation distance in metres 

(m) can be calculated using the equation applicable to the transmitter frequency, where 

P

 is the maximum nominal output 

power of the transmitter in Watt (W) depending on the transmitter’s manufacturer.

Note 1: At 80 MHz and 800 MHz the interval with the highest frequency is applied

Note 2: These guide lines may not be applicable in all situations. The electro-magnetic propagation is influenced by the

absorption and by the reflection from buildings, objects and people

3,5

 V

1

√P

d

=

12

 E

1

√P

d=

 

23

 E

1

√P

d=

Caution: read instructions (warnings) carefully

Follow instructions for use

Keep in a cool, dry place

Keep away from sunlight

Manufacturer  

Date of manufacture

Product code

Lot number 

Medical Device complies 

with Directive 93/42/EEC 

Type B applied part

WEEE disposal

Class II applied

Serial number

Temperature limit 

Battery

Atmospheric Pressure limit

Direct current

Humidity limit 

~

Alternating current

Hz

Mains frequency

ON / OFF

SYMBOLS

Summary of Contents for SUPERVEGA 28193

Page 1: ...EUR SUPERVEGA BATTERY SUR CHARIOT ABSAUGER SUPERVEGA BATTERY AUF TROLLEY ASPIRADOR SUPERVEGA BATTERY SOBRE CARRO M28193 M Rev 1 01 21 PROFESSIONAL MEDICAL PRODUCTS 0476 Gima S p A Via Marconi 1 20060...

Page 2: ...inlets on the back aren t obstructed To avoid incidents do not place the aspirator on unstable surfaces which may cause it to accidentally fall and lead to a malfunction and or breakage Should there...

Page 3: ...in chest fluids The device must not be used for suction of explosive corrosive or easily flammable liquids SUPERVEGA BATTERY SUCTION UNIT is not suitable for MRI Do not introduce the device in MRI env...

Page 4: ...use The filter is not designed to be decontaminated disassembled and or sterilised If the patient s pathology is known and or no risk of indirect contamination exists it is advisable to replace the f...

Page 5: ...rations according to the following procedure Place the overflow valve into its seat in the cover under VACUUM connector Insert floating valve keeping the o ring towards the opening of the cage Place t...

Page 6: ...ttery pay special attention to the polarity of the same component The polarities are indicated directly on the battery If the overfill security system it s activated don t proceede with the liquid asp...

Page 7: ...se must be used in vertical mode to prevent the action of the backflow valve If this protection is triggered turn the device off and disconnect the pipe connected to the vacuum jar indicated with the...

Page 8: ...able to charge the internal battery it is necessary to connect the universal switching adapter to the electric network for approx 240 minutes with the main switch to position 0 TAB I INDICATOR LIGHTS...

Page 9: ...e float valve intervenes signalling the device is too full the suction source must be disconnected within no more than 5minutes RISK OF ELECTROMAGNETIC INTERFERENCE AND POSSIBLE REMEDIES This section...

Page 10: ...nt Immunity Test Level indicated by the EN 60601 1 2 Compliance Level Electromagnetic environment guidance Electrostatic discharge ESD EN 61000 4 2 8kV on contact 15kV in air The device doesn t change...

Page 11: ...mined by an elec tro magnetic study of the sitea could be lower than the level of conformity of each frequency interval b It is possible to check for interference in proximity to devices identified by...

Page 12: ...2 12 23 For transmitters with a maximum nominal output power not shown above the recommended separation distance in metres m can be calculated using the equation applicable to the transmitter frequenc...

Page 13: ...rectly you will help prevent potentially negative consequences for the environment and human health which could otherwise be caused by inappropriate waste handling of the battery The recycling of the...

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