9 HEAT-REJECTION SKID
9.1 Planning Dimensions
The unit dimensions are described in the submittal documents included in the
The following table lists the relevant documents by number and title.
Document Number
Title
Cabinet Dimensional Data, MCV440, Single skid
Cabinet Dimensional Data, MCV440, Dual skid
Table 9.1 Dimension Planning Drawings
9.2 Liebert MCV Match-up Selections
Outdoor Design Ambient Temp.,
°F (°C)
Maximum Return Air Temp.,
°F (°C)
DSE Models
DA250
Up to 105 (41)
85 (29) to 105 (41)
MCV440
Table 9.2 High-efficiency Condenser Match-ups
9.3 Liebert MCV Electrical Power Requirements
Condenser-rated voltage should be verified with available power supply before installation. Refer to the
unit’s electrical schematic and serial tag for specific electrical requirements. Line voltage electrical service
is required for all condensers at the location of the condenser.
For the most reliable operation of the system, the indoor unit and the MCV condenser should be on the
same power source. The Liebert® DSE system offers an option for a power feed from the active source on
the indoor unit to the outdoor condenser. This configuration provides the greatest reliability and fastest
recovery during power loss or source change.
When powering the outdoor condenser from the indoor unit, there is a breaker/fuse on the indoor unit
and the wire sizing requirements are provided in Table 9.3 on the next page.
A unit disconnect is standard on the MCV skid. However, a site disconnect may be required per local code
to isolate the unit for maintenance. Refer to the unit’s serial tag for specific condenser electrical
requirements (Table 9.3 on the next page).
Route the supply power to the site disconnect switch and then to factory-provided high-voltage
enclosure located on the MCV heat-rejection skid. Reference submittal drawings listed in Table 9.1
9 Heat-rejection Skid
47
Содержание Liebert DSE
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