Electrical Requirements - Horiba Scientific FluoroMax-4 Operation Manual

® ®
FluoroMax -4 & FluoroMax -4P with USB rev. D (30 Jul 2012)

Electrical requirements

The FluoroMax
range of 85 to 250 V AC with a line frequency of 50 to 60 Hz. This AC input power is
applied to a two-pole fusing power entry module located on the side of the instrument.
This module incorporates two 5 × 20 mm IEC approved, 4.0 A, 250 V, Time Delay
fuses (Cooper Bussman part number GDC-4A or equivalent) to protect against line dis-
turbances or anomalies outside the system's normal operating range.
Have enough outlets available for:
Host computer (PC)
Monitor
Optional printer
FluoroMax
Each of certain accessories, such the MicroMax, temperature bath, etc.
Note:
®
-4 operates from universal AC single-phase input power over the
®
-4
Caution:
from line surges and voltage fluctuations. A surge
protector is strongly recommended for minor pow-
er fluctuations. For more severe voltage varia-
tions, use a generator or uninterruptible power
supply. Improper line voltages can damage the
equipment severely.
Warning:
three-conductor power cord that is connected to
the system frame (earth) ground. This ground
provides a return path for fault current from
equipment malfunction or external faults. For all
instruments, ground continuity is required for safe
operation. Any discontinuity in the ground line can
make the instrument unsafe for use. Do not op-
erate this system from an ungrounded source.
HORIBA Scientific recommends connecting the host com-
puter, monitor, and printer to a single surge-protector, to make
start-up more convenient, and to conserve AC outlets. Connect
®
the FluoroMax -4 to a separate line, if possible, to isolate the
xenon-lamp power supply inside the FluoroMax
HORIBA Scientific is not liable for damage
®
The FluoroMax -4 is equipped with a
1-4
Requirements & Installation
®
-4.