4 About the unit and options
Installation manual
6
LMSEY1A09/13 + LMSEY2A19/25
Daikin LMS
4P728170-1 – 2023.03
3.1
To unpack the unit
The packaging consists of a wooden pallet (d) on which the unit is
fixed in the upright position. The unit is supported with two cardboard
pillars (b) keep the evaporator (a) upright.
The cardboard protection (e) protects the unit and is secured by
straps (c).
b
a
d
c
e
a
Evaporator
b
Cardboard pillars
c
Straps
d
Pallet
e
Condenser cardboard protection
The pallet and unit are protected by a cardboard box (e). Parts of the
pallet are intentionally covered to obtain optimal load balance when
using a forklift (f).
1
Bring out the unit that is mounted on the pallet (d). Use a forklift
or a transpallet (f).
e
d
f
d
Pallet
e
Cardboard box
f
Forklift
WARNING
Make sure that the forklift, or any other lifting device used,
can bear the weight of the unit.
INFORMATION
27] for the weight of the unit.
2
Cut the straps (c).
3
Remove the cardboard protection (e) from the condenser.
4
Remove the plastic wrap from around the unit.
WARNING
Tear apart and throw away plastic packaging bags so that
nobody, especially NOT children, can play with them.
Possible consequence:
suffocation.
h i
d
b
b
Cardboard pillars
d
Pallet
h
Screws
i
Protection cover (blue color)
5
Remove the protection cover (i) from the drainpan.
6
Remove the screws (h) that are fixing the unit to the pallet (d).
4
About the unit and options
The LMSEY unit is a compact wall installed refrigeration unit for a
small cold room. It optimises the use of space inside the cold room.
It is managed by an electronic control unit that has already
programmed operating parameters and allows the signalling of any
anomalies.
The appliance can operate as a cooler (+10°C to –5°C) or a freezer
(–15 to –25°C).
Multiple units can be combined within one cold room. Multiple units
are operating according to the primary/secondary principle. (See
"4.4 Combining multiple units"
8]).
4.1
About the system
The LMSEY unit is a refrigeration unit which produces coldness by
vaporising a liquid refrigerant (Hydrocarbon R290 type) at low
pressure in a heat exchanger (evaporator). The resulting vapour is
brought back to liquid state by mechanical compression at a higher
pressure, followed by cooling in another heat exchanger
(condenser).
Defrosting takes place automatically in pre-set cycles, by injecting
hot gas; manual defrosting is also possible.