IOM SYSLOOP (IOM SL 01 S 3GB)

English
M8 THREADED ROD
(NOT SUPPLIED)
SHOCK MOUNT
WASHER
NUT
LOCKNUT
600mm
600mm
600mm
600mm
200mm
827
37
26
26
37
457
37
26
917.5
547.5
26
37
9SYSLOOP
The unit base shall be arranged as indicated in the manual. There could be a risk of personal injury
or damage to property in the event of the unit being incorrectly supported.
Caution
10.2. CLEARANCE
1. Install the unit in a location allowing easy removal of
the lter and the access panels to the electrical box/
compressor and fan by leaving sufcient free space
for servicing personnel to perform maintenance and
repairs. Leave sufcient space for the water, electricity
and duct connections.
2. The installer must ensure that access under the
suspended ceiling is provided, and that sufcient space
is provided for the suspension angle brackets, the
duct attachment collars and the water and electrical
connections.
3. Provide space under the unit for a siphon on the
condensates drainage pipe. Do not install the unit on
top of pipe work.
4. Each unit is suspended from the ceiling on four threaded
rods. The rods are attached through the shock mounts
to the corners of the unit by suspension angle brackets.
Warning! Do not use rods of a diameter smaller than
that stated below. The rods must be solidly anchored to
the ceiling and to the ceiling joists.
5. Each unit is supplied with a set of pre-tted suspension angle brackets and a tting kit contained in
the pouch with the technical manual. The kit comprises 4 shock mounts, 4 washers, 4 nuts and 4
locknuts.
6. Arrange the threaded rods in accordance with the dimensions stated below. The use of nuts and
locknuts is recommended for attaching the suspension rods to the unit as the unit’s vibrations may
loosen a single nut. The installer is liable for any damage in the event of this recommendation not
being followed.
7. To facilitate drainage, the unit must be angled in both
planes towards the condensates drainage pipe. (Slope
minimum: 2 %)
It is also possible to use a
cable suspension system.
10.3. UNIT LOCATION