4 - EN
EN - 5.
a tile piece or lead flashing should be
used. After fitting of the adhesive plate or
tile piece, the perilex plug, of the separate
connection cable, has to be fed into the
building from above. The RPM(e) should
be attached to the roof sub-assembly
using the bracket supplied.
Take care that the connection
cable does not get pinched bet-
ween the cowling and the adhe-
sive plate, as this can damage it.
Never use screws to fit the
RPM(e) to the adhesive plate.
6. Fitting VPM(e)
The VPM(e) roof fan is designed to be
mounted on a flat roof. In most cases,
the VPM(e) will be used for free-flow air
extraction. For this reason, the VPM(e)
is mounted to the dedicated mounting
curb (DOS245) using its base plate. When
fitting the VPM(e) to the mounting curb,
the connection cable must first be fed
through the mounting curb. The mounting
curb can also be fitted with a silencer
(GDH245). The VPM(e) base plate is also
equipped with a connection collar for a
duct with a ø200 mm flange connection.
This can be fastened using three M5x10
bolts. Use a gasket or sealing strip
The fan may not extrude more
than 5.° from the lead.
Ensure that the four corners
of the base on which the fan is
mounted are level.
The connection cable may not be
removed from the base plate pull
relief.
7. Fitting KPM(e)
The KPM(e) roof fan is designed to be
mounted on a flat roof with underfloor
ducting. The roof passage should be
mounted using an adhesive plate desi-
gned for this purpose
6
7
5
8
4
3
2
5
1
Fig.1
A connection set is supplied with the
KPM(e). The operating switch (1) should
first be screwed to the bracket (2) using
the four sheet-metal screws supplied. The
operating switch must be disassembled
first. A cable gland should be fitted to
both sides of the operating switch. The
cable (3) emitting from the cowling is then
threaded through the right-hand gland (4)
and connected to the operating switch
as indicated in the wiring diagram (see
fig. 5 or 6).The cable from the network
connection (5) should then be fed through
the bottom of the standpipe till it emerges
through the gland in the cowling via the
hole in the standpipe (6), and is con-
