Cutera GenesisPlus - Electrical Utilities; Systems Designed for Use Outside of Europe; Systems Designed for Use in European Communities under MDD

39
GenesisPlus Operator Manual
D1151, R
EV C, 10/16
Electrical Utilities
The Cutera GenesisPlus system is available in several electrical configurations. Electrical
power should be set up according to the model ordered. The two line wires in the conduit shall
be connected to the building power (both have live voltages), and the green/yellow wire must
be connected to ground.
Systems Designed for Use Outside of Europe
The 120 VAC configurations must be supplied from a dedicated 120±10% VAC, single-phase,
50/60 Hertz source. The wiring should be rated for 20 amps (as per local codes) “Hospital
Grade” (NEMA L-20P or NEMA L-30P). The system can be installed with a removable or
lockable wall plug. The 120 VAC configuration may be changed to a 220 VAC configuration.
This internal change must be made by a Cutera-certified service representative. Call your
Cutera representative for information.
The 220 VAC configuration must be supplied from a dedicated 220±10% VAC, single-phase,
50/60 Hertz source. The wiring should be rated for 16/20 Amps (as per local codes) “Hospital
Grade” (NEMA L6-20P or NEMA L6-30P). The system can be installed with a lockable wall
plug. Such a connection will ensure compliance with allowable leakage current levels per
UL2601 for this device. Leakage current for these systems does not exceed 500 A.
Systems Designed for Use in European Communities Under MDD
In order to comply with the European Communities Medical Devices Directive 93/42/EEC and
harmonized standard EN 60601-2-22, the 220 VAC configured GenesisPlus system must be
either permanently connected to a 16A, 220 VAC 50 Hz supply mains in accordance with
national wiring regulations, or connected by means of a dedicated single phase, 16A, 220V
wall socket and lockable plug combination designed to ensure that the connection is “mechan-
ically secured against accidental loosening”. Such a connection will ensure compliance with
allowable leakage current levels per IEC 601 for this device. Leakage current for these systems
does not exceed
500 A.