Mitsubishi Electric PFAV-P250VM-E Manuel D'installation page 5

6
• P250·P300-F models
[Fig. 6.1.1] When viewed from left side of unit
A Service panel
B Closed-end
pipe cap (gas)
C Closed-end pipe
cap (liquid)
[Fig. 6.1.3] When viewed from front of unit
<A> (Pipes routed
on the left of
the unit)
B Connection to the
field-installed pipe
• P500·P600-F models
[Fig. 6.1.4] When viewed from front of unit
A Cap pipe (Gas pipe)
[Fig. 6.1.6] When viewed from front of unit
<A> (When drawing
the pipe out from
the left)
A Connections for locally procured pipes
D Maintenance
access hole
F Unit
front
E Closed-end
pipe cap (gas)
<A> Viewed from the
direction of arrow A
A Field-installed pipe (liquid)
<B> Caulk the gap between the pipe cover (field supplied)
and the access hole on the side panel.
<C> Insert at least 50 mm of the end of the pipe covers
(liquid/gas) into the access hole on the side panel.
<D> Caulk the gaps around the field-installed pipes and
pipe covers to keep condensation out.
* This also applies when routing the pipe on the left.
C Field-installed pipe (gas)
B Rubber cap (Liquid pipe)
B Locally procured pipes (gas and liquid)
6.1
[Fig. 6.1.2] When viewed from left side of unit
A Service panel
B L-shaped pipe 1
(gas)
C Refrigerant pipe 2
(liquid)
[Fig. 6.1.5] When viewed from left side of unit
A Supplied pipe
connection parts
B L bend pipe 2
(for liquid pipe)
C L bend pipe 1
(for gas pipe)
<B> Caulk the side panel through holes and pipe covers (procured locally) to ensure
there is no gap.
<C> Insert the covers for the liquid pipe and gas pipe at least 50 mm into the side panel.
<D> Perform caulking or other measures to prevent dew condensation water from
entering the locally procured pipe covers.
* The same procedures apply when drawing out the pipes from the left.
D Connection to the
supplied pipe
E Maintenance
access hole
F Unit
front
G Knockout holes for refrigerant
pipes
D Knockout holes for
refrigerant pipes
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