Chapter 7 – Specifications
Section 7.3 – Illuminator Requirements
7-6
Section 7.3 Illuminator Requirements
Power
Requirements
There are two illuminator models: INT100-50 and INT100-60. The
appropriate model must be selected based on the AC-line frequency and
voltage, as determined by a Cerus-trained technical service
representative.
Each illuminator requires 330 Watts during treatments (50 Watts when idle).
Therefore, each illuminator needs its own power supply (a single socket).
Two illuminators must not be plugged into a single socket (using an
adaptor) but may be plugged into a double socket. For safety purposes,
the INT100 illuminator should be connected to a reliable earth ground.
WARNING
The illuminator must be attached to the mains and grounded to comply
with appropriate standards.
Energy (BTU)
Output
The instrument produces a nominal 1126 BTU/hour (1187 KJ/hour) with the
lights and the shaker on. The instrument produces a nominal 171 BTU/hour
(180 KJ/hour) with the lights and shaker off.
Power Cord
Power cords are provided by the technical service representative as part
of the installation kit for the INT100 illuminator.
Battery
Requirements
Each illuminator contains two 6-V lead acid batteries. These batteries will
be replaced as necessary by your technical service representative.
When the useful life of the lead batteries has expired, the batteries should
be removed by service personnel and disposed of in accordance with all
national and local codes. Contact your local environmental control or
disposal agency for further details.
Fuses
Fuses are provided by authorized technical service personnel as part of
the installation kit for the illuminator. Fuses must be installed and replaced
by trained technical service personnel only.
CAUTION
If the fuse blows after bulb replacement, the illuminator should not be
used. Contact your authorized technical service representative for
assistance.
Bulb
Replacement
Contact your authorized technical service representative for replacement
of bulbs.
NOTE:
Electrical creepage distances and air clearances are designed and
approved to an altitude of 2000 M.
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