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3. Via power cord, connect the tested equipment to the auxiliary power output port
on 601 safety analyzer.
4. Connect one end of the red testing wire to the “Red input terminal” on the safety
analyzer, and clip another end tightly onto the metal foil on the surface of tested
equipment enclosure.
5. Turn on the power source of 601 safety analyzer and press “5－Enclosure
leakage” on the panel of 601 safety analyzer to enter the enclosure leakage
current testing interface.
6. The enclosure leakage current shall not exceed 100μA under normal conditions
and shall not exceed 300μA in event of a single fault.
7.2 Electric Leakage Test of Ground
1. Connect the 601 safety analyzer to 264 VAC/60 Hz power source.
2. Connect the tested applied part to the the RA end of the safety analyzer.
3. Connect the 601 safety analyzer to 264 VAC/60 Hz power source.
4. Turn on the power source of 601 safety analyzer and press “4－Ground leakage”
on the panel of 601 safety analyzer to enter the ground leakage current testing
interface.
5. The enclosure leakage current shall not exceed 500μA under normal conditions
and shall not exceed 1000μA in event of a single fault.
7.3 Electric Leakage Test of Patient
1. Connect the applied part of the tested equipment by using the applied part connection
tooling. The SUM end of the connection tooling for applied part is connected to the
RA end of the safety analyzer.
2. Via power cord, connect the tested equipment to the auxiliary power output port on
601 safety analyzer.
3. Turn on the power source of 601 safety analyzer and press “6－Patient leakage” on
the panel of 601 safety analyzer.
4. Keep pressing “APPLIED PART” key to select AC or DC measuring. If DC is selected,
“DC" is displayed behind the limit value.
5. The patient leakage current shall not exceed 10μA under normal conditions and shall
not exceed 50μA in event of a single fault.
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