Innova 2000 Cardiovascular Imaging System
GE Medical Systems
Pre–Installation Manual
REV 5
pim 2337741–100
38
1-3-6
INSTALLATIONS REQUIREMENTS & ENVIRONMENT CONTROL :
In order to minimize interference risks, the following requirements shall
apply:
Cables shielding & grounding:
All interconnect cables to peripheral devices must be shielded and properly
grounded. Use of cables not properly shielded and grounded may result in
the equipment causing radio frequency interference.
Separated Power supply distribution panel & separated power line:
This product complies with the radiated emission limits as per the CISPR11
Group1 ClassA standard.
The Innova 2000 system is predominantly intended for use (e.g. in hospi-
tals) with a dedicated supply system, and with an X–ray shielded room.
In case of using in a domestic environment (e.g. doctors’ offices), in order
to avoid interferences, it is recommended to use a separated AC power dis-
tribution panel & separated power line, and an X–ray shielded room.
Subsystem & accessories Power supply distribution:
All components, accessories subsystems, systems which are electrically
connected to the
Innova 2000 system
, have to be all AC power supplied by the
same power distribution panel & line.
Note:
In order to avoid interferences, the same AC power distribution panel should supply all
components, accessories, the Innova 2000 system (& subsystems as the Advantage
Workstation). The separated AC power line should supply the panel.
Stacked components & equipment:
The
Innova 2000 system
should not be used adjacent to or stacked with other
equipment; if adjacent or stacked use is necessary, the
Innova 2000 system
should be observed to verify normal operation in the configuration in which
it will be used.
Low frequency magnetic field:
In case of an Innova 2000 system, the Gantry(digital detector) shall be apart
1meter from the generator cabinet, and 1meter apart from the analog (CRT)
monitors. These distances specifications shall minimize the low frequency
magnetic field interference risk.