ZIPPOXL
4
INSTALLATION WARNINGS
GENERAL SAFETY REQUIREMENTS
1) Carefully read all instructions before installation, as
they provide important instructions regarding the safety, installation, operation and maintenance. Incorrect
installation or use of the product may lead to serious
physical injury.
2) Never leave packaging materials (plastic, polystyrene etc.)
within the reach of children as they constitute a potential
hazard.
3) Keep the instructions in a safe place for future consultation.
4) This product has been designed and constructed exclu-
sively for the use specied in this documentation. Any other
use not specied herein may impair product integrity and/or
constitute a hazard.
5) TAU Srl declines all liability for improper use or use other
than as specied for this automation.
6) Do not install the unit in an explosive environment: the pres-
ence of either gas or ammable fumes is a serious safety risk.
7) The mechanical elements must comply with the requirements as stated in the standards EN 12604 and EN 12605.
For non European member states, in addition to the national
reference standards, the above-mentioned standards must
be observed to ensure an adequate level of safety.
8) TAU Srl is not responsible for failure to observe Good Practice in construction of the gates/doors to be power-operated,
nor any deformations occurring during use.
9) Installation must be performed in compliance with the standards EN 12453 and EN 12445. For non European member
states, in addition to the national reference standards, the
above-mentioned standards must be observed to ensure an
adequate level of safety.
10) Before performing any operations on the system, disconnect from the mains and detach the batteries.
11) On the automation power line, install a device for disconnection from the power mains with a gap between contacts
equal to or greater than 3 mm. Use of a 6A thermal magnetic
circuit breaker with multi-pole switch is recommended.
12) Check upline of the system that there is a residual current
circuit breaker with a threshold of 0.03 A.
13) Ensure that the earthing system is to professional standards
and connected to the metal section of the gate/door.
14) The automation is equipped with an intrinsic anti-crushing
safety device comprising a torque control. The trip threshold must in all cases be checked as stated in the standards
specied in point 9.
15) The safety devices (standard EN 12978) enable the protection of danger areas from risks associated with mechani-
cal movements such as crushing, dragging and shearing.
16) The use of at least one luminous indicator is recommended
for each system, as well as a warning notice xed suitably
to the frame structure, in addition to the devices specied in
point 15.
17) TAU declines all liability for the safety and efcient operation
of the automation in the event of using system components
not produced by TAU.
18) For maintenance, use exclusively original TAU parts.
19) Never modify components that are part of the automation system.
20) The installer must provide all information regarding manual
operation of the system in the event of an emergency and
supply the system User with the “User Guide” enclosed with
the product.
21) Never allow children or other persons to stay in the vicinity
of the product during operation.
22) Keep all radio controls or other pulse supplier device out of
the reach of children to prevent inadvertent activation of the
automation.
23) Transit should only occur with the automation stationary.
24) The user must never attempt to repair or intervene directly
on the product; always contact qualied personnel for as-
sistance.
25)
It is strictly forbidden to use high pressure water cleaners or
jets of water in general to clean the automation.
25) Maintenance: at least every six months, make a general
check of the system, with special reference to the efciency
of the safety devices (including, when envisaged, the operator thrust force) and release mechanisms.
26) All actions not expressly envisaged in these instructions are strictly prohibited.
1_ CONDITIONS OF USE
The ZIPPO XL automation for swing gates has been designed for
industrial and domestic use.
2_ OVERALL DIMENSIONS
The main dimensions of the automation with telescopic arm are
indicated in pic. # 1 and # 2.
3_ INSTALLATION
Installation must be carried out by skilled and quali-
ed personnel in compliance with the regulations in
force.
3.1_ Preliminary checks
Prior to installing the operator, make all structural modications in
order to ensure safety distances and protect and segregate areas
in which people may be exposed to the risk of crushing, shearing,
dragging or similar dangers.
•
Make sure the existing structure is sufciently sturdy and stable;
• the mechanical parts must conform to the provisions of Stand-
ards EN 12604 and EN 12605;
• leaf length and leaf weight in compliance with the actuator
specications;
• regular and uniform movement of the leaves, without any fric-
tion and dragging during their entire travel;
• stiff hinges in good conditions;
• presence of an efcient earthing for electrical connection of
the actuator.
Perform any necessary metalwork job before installing the operator.
The preliminary checks are REQUIRED. It is expressly
forbidden to install the product on doors in poor con-
dition or not properly mantained.
The condition of the door structure directly affects the reliability and safety of the gate operator.
3.2_ Cables typology
Connection
Type of
cable
Cable l.
1 < 10 m
Cable l.
10 < 20 m
Cable l.
20 < 30 m
230v supply
FG70R
CEI 20-22
CEI EN
50267-2-1
3 x 1,5 mm² 3 x 2,5 mm² 3 x 4 mm²
Photocell transmitters
2 x 0,5 mm² 2 x 0,5 mm² -
Photocell
receivers
4 x 0,5 mm² 4 x 0,5 mm² -
Accessory
24v power
supply
2 x 0,5 mm² 2 x 1 mm² -
Control devices 2 x 0,5 mm² 2 x 0,5 mm² 2 x 0,5 mm²
Aerial RG58 See relative instructions
Metal mass
sensor
See relative instructions
NOTE: If the length of the cables is not as stated in the table,
determine the cable section on the basis of the real draw of
the connected devices and in compliance with the IEC EN
60204-1 Standard.
As to connections with numerous loads on the same line (in
sequence), dimensions must be recalculated on the basis of
the real draw and distance. As to the connection of any prod-