RAINBOW 324 C - RAINBOW 524 C - RAINBOW 724 C
ENGLISH
User’s guide
Page 3
Carefully read the instructions before using the product.
Store these instructions for future reference.
Thank you for choosing our product. GENIUS is sure you will get
the performances you expect to satisfy your requirements.
All our products are the result of a many years’ experience in the
fi
eld of the automated systems, strengthened by being part of a
world leading group in this sector.
The automated systems of the
RAINBOW
family are electro-
mechanical barriers which have been designed and realised to
control vehicle accesses.
Thanks to the use of 24V motors and of the encoder (standard
supplied), all automated systems of the
RAINBOW
family are able
to guarantee very high safety levels. If correctly installed, they
realise installations in compliance with current safety standards.
GENERAL SAFETY REGULATIONS
If correctly installed and used, the
RAINBOW
automated system
guarantees a high level of safety. Certain simple rules of behaviour
can also avoid accidental hitches:
• Do not transit when the rod is moving. Transit is only allowed
when the beam is completely open.
• Do not in any way stand under the rod.
• Keep radio controls or any other pulse generators out of reach of
children, to prevent the automated system from being activated
involuntarily.
• Do not allow children to play with the automated system.
• Do not willingly impede the movement of the rod.
• Prevent any branches or shrubs from interfering with the
movement of the rod.
• Keep the signalling systems clearly visible and operating
ef
fi
ciently.
• Do not attempt to manually move the rod unless you have
released it.
• In the event of malfunctions, cut power, release the rod to permit
access and wait for quali
fi
ed personnel to do the necessary work.
• Once the system has been set in manual mode, before restoring
normal operation check that the system is not powered.
• Do not make any modifications to the components of the
automated system.
• Have the ef
fi
ciency of the automated system checked every six
months.
• Do not attempt any kind of repair or direct action whatsoever;
these operations must only be carried out by GENIUS quali
fi
ed
personnel or by GENIUS service centres.
• Make sure that the installing technician
fi
lls out the enclosed
maintenance register
MANUAL OPERATION
If a manual operation of the rod is necessary due to a fault of the
automated system or to a power cut, operate as follows:
Cut power to the system using the differential switch
upstream of the system.
• Insert the key into the release device and turn it clockwise until
it stops, as shown in
fi
g. 1 ref.
.
• Turn the release device clockwise until it stops,
fi
g. 1 ref.
.
• Move the rod by hand,
fi
g. 1 ref.
.
STORING NORMAL OPERATION
To prevent an involuntary pulse from activating the
automated system, make sure the system is not powered
up using the differential switch, before restoring normal
operation mode.
• Turn the release device counter-clockwise until it stops, Fig. 2
ref.
.
• Turn the key counter-clockwise until it stops and then remove
it,
fi
g. 2 ref
.
• Move the rod by hand until it stops,
fi
g. 2 ref.
.
• Power up the system.
MAINTENANCE
To ensure a correct operation and a constant safety level over time
perform, every six months, a general check of the system paying
special attention to the safety devices. The booklet “Instructions
for use” contains a form for the registration of the maintenance
operations.
Every maintenance job must be performed by GENIUS
quali
fi
ed personnel or by GENIUS service centres.
REPAIRS
The user must not attempt any repair or job and must only and
exclusively contact quali
fi
ed GENIUS personnel or GENIUS service
centres.
In case of breaks or damage to the beam, cut off system power
and wait for the assistance of specialised personnel
Use of the release device with a broken or damaged
beam can cause abrupt and uncontrolled movements,
which can cause injury to people and breaking of the
automated system. NEVER USE THE RELEASE DEVICE
WHEN THE BEAM IS DAMAGED OR BROKEN.
Fig. 1
Fig. 2
