Hitachi SET FREE Serie Manual De Instalación Y Funcionamiento página 44

Ocultar thumbs Ver también para SET FREE Serie:
Idiomas disponibles
  • ES

Idiomas disponibles

  • ESPAÑOL, página 89
Piping work and refrigerant charge
8.1.5 Precautions for the installation of the
outdoor unit

Order of installation of the units
The outdoor units must be installed in decreasing order of
capacity:
Capacity of unit A ≥ capacity of unit B ≥ capacity of unit C.
Unit -A-, with the highest capacity, must be closest the indoor
units.

Refrigerant pipe installation between outdoor
units
For FSXN1E and FSXNH(E)
For FSXN1E only
The length between the connection kit -K- (on the side of the out-
door unit) and the outside unit, must be L
Place the connection kit at a lower level with respect to the con-
nection of the refrigerant pipes of the outdoor unit.
If the connection kit is placed above the refrigerant pipe connec-
tion of the outdoor unit, keep a maximum of 300 mm between the
connection kit and the base of the outdoor unit. In addition, an oil
recovery unit -A- (minimum 200 mm) should be fitted between the
connection kit and the outdoor unit.
30
PMML0294A_rev.2_02-2014.indb 30
≥500
≤ L
≤ L
≤ L
≤ 10 m.
A
B
C
D
PMML0294A rev.2 - 07/2014
If the length of the refrigerant gas and liquid pipes between out-
door units is greater than two metres, the oil recovery unit should
be fitted on the gas pipe to prevent the build-up of refrigerant oil.
Place the refrigerant pipes of the outdoor units horizontally, or
slightly tilted towards the side of the indoor units to prevent the
build-up of refrigerant oil at the lowest point -A-.
If the refrigerant pipes are opposite the outdoor unit, there should
be a minimum of 500 mm between the outdoor units and the con-
nection kits -B- for maintenance operations.
N O T E
The 500 mm space is required when replacing the unit compressor.
≤100
± 15º
Install the connection kits parallel to the floor (± 15°).
A
A
B
14/07/2014 12:28:19
loading

Este manual también es adecuado para:

Set free fsxn1eSet free fsxnh(e)