Amoul i6 - Emc; Warnings; Considerations; Electromagnetic Compatibility Information of the Equipment

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22 EMC
This product meets the requirements of YY0505-2012 for emission and immunity.
The basic performance of EMC is as follows: "During the EMC testing, the display screen
displays normally, no false alarms have occurred, and the instrument operates without any fault".
22.1 Warnings
The pins of connectors marked with ESD warning symbols should not be touched and no
connection should be formed to these connectors unless ESD precautions are taken.
Portable and mobile RF communication equipment may affect the use of this device.
This device should not be neared to or stacked with other equipment that is not an accessory
to this device, and if it must be neared to or stacked with, it should be observed to verify that it will
operate properly in the configuration in which it is used.
22.2 Considerations
This device contains special information on electromagnetic compatibility. The equipment
needs to be installed and used according to the electromagnetic compatibility information
contained in the attached documents.
It is recommended that the operator of this device should recognize the ESD warning symbol.
Operators of this device must be trained in the basic contents of electrostatic discharge
precautions.
Except for cables sold as spare parts for internal components by the manufacturer of the
defibrillator monitor, the use of accessories and cables other than those specified may result in
increased emissions or reduced immunity of the defibrillator monitor
22.3 Electromagnetic Compatibility Information of the
Equipment
Guidelines And Manufacturer's Statement - Electromagnetic Emission
The Defibrillator Monitor is intended for use in the following specified electromagnetic
environments, where the purchaser or user should ensure that it is used in such an
environment:
Emission Test
Conformance
Electromagnetic Environment - Guidelines
Radiofrequency
emission GB 4824
Set 1
The Defibrillator Monitor uses RF energy only
for its internal functions. As a result, its RF
emissions are low and the potential for
interference with nearby electronic