4
System Installation
Unpack System
Note
Retain all packing materials.
1. Following the instructions below, carefully remove the instrument and place it on a vibration-free workbench
or laboratory table in a location that:
a. provides a draft free, dust free, dry environment. The temperature of the room must be between 50 °F
and 85 °F (10 °C - 29 °C). Temperature should not vary more than 5 °F (2.5 °C) per day. Relative
humidity range should be 0-85%. Take special care to avoid areas positioned directly
underneath or in line with an air conditioner or similar source of air drafts.
b. is free from vibration of large equipment and/or excessive walk-through traffic.
c. is capable of supporting the combined weight of the ORACLE magnet (120 lbs/55 kg) and, if
applicable, the ORACLE processor (37 lbs/17 kg) and SMART 6 (55 lbs/25 kg).
d. does not have a steel (iron) top. Materials such as wood, plastic, aluminum, or non-magnetic
stainless steel are suitable surfaces. Ensure that no steel bar, supporting the work surface, runs
directly beneath the magnet. Any cabinets directly beneath the magnet should be cleared of
metallic materials (though the cabinets themselves can be metallic).
e. provides adequate bench space - 44 in. (112 cm) in length and 30 in. (76 cm) in depth minimum -
SMART System and ORACLE Magnet
- 75 in. (190 cm) in length and 30 in. (76 cm) in depth minimum –
SMART System, ORACLE Magnet. ORACLE Processor and Power
Conditioner (If space is available above or below the ORACLE for
the power conditioner, 58 in. [148 cm] in length is sufficient for
installation.)
f. allows the instrument to be connected to a dedicated, grounded outlet as specified in the instrument
specifications and capable of accepting the plug of the power conditioner illustrated in this manual.
2. Carefully remove the ORACLE Processor from its shipping carton
and, based on available space, place it on the workbench, on a
shelf above the workbench or on the floor under the workbench.
Note: The processor box must be within 9 ft. (3 m) of the magnet.
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