29
WORKSHOP SPECIFICATIONS
XL³ 160
IP 43 is achieved by fitting seal Cat.
No. 0,201 30 around the door.
The doors are equipped with studs for connecting the equipotential link conductor
Cat. No. 0 373 85 when control and signalling units with voltage > 50 V are fitted.
The seal must join up at the bottom of the door
Raised doors leave a 53 mm (glass)
or 57 mm (metal) space in front of the
faceplates and can therefore be used
with Vistops with front handle. Solid
raised doors can take Osmoz control
and signalling units and also allow the
installation of a remote front handle for
Vistops.
Osmoz devices and front handle on door
Make a notch in the plastic cover for the
conductor to pass behind the hinge
Conductor Cat. No. 0 373 85 clips directly onto
the faceplate support inside the enclosure
When the plastic cover is removed, up to
4 conductors can be inserted in the enclosure
For class II installations, the cables
supplying the control and signalling
units must be treated as class II,
and attached and protected using a
continuous insulated sheath to prevent
them being pulled out and becoming
accidentally detached.
If the control voltage is higher than
50 V, the door must be connected using
an equipotential link conductor, and
the circuits supplying the control and
signalling units must be protected with
devices providing protection against
indirect contact.
For more information, consult workshop specifications EN 61439-1 & 2
available from www.legrand.com/ecatalogue
Osmoz control and signalling units
have a plastic insulated body and
the contact blocks provide IP 2X
protection
4
ACHIEVING IP 43
5
AUXILIARIES ON DOOR
6
EQUIPOTENTIAL BONDING
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