BFT STOPPY MBB 219-500.C Instrucciones De Uso Y De Instalacion página 22

1) GENERAL OUTLINE
Underground anti-waiting bollard, compact and sturdy.
Comprises a steel rod driven by an oil-immersed motor. Protected by a steel cylinder
with an electrophoretic coating, to be set in the ground.
The PERSEO CBE.P SD or PERSEO CBD.P SD control panel allows up to four bollards
to be controlled simultaneously.
2) TECHNICAL SPECIFICATIONS FOR STOPPY MBB ACTUATOR
220-230V 50/60Hz (*)
Motor
Capacitor 10 µF
Power input 300 W
Limit switch magnetic reed sensor
Absorption 1,4 A (230V) 2,4 A (110V)
Work frequency intensive
IP 67
Degree of protection
Control panel PERSEO CBE.P SD or PERSEO CBD.P SD
Electric brake 24Vdc
6 s (- STOPPY MBB 219-500.C)
Working time
9 s (- STOPPY MBB 219-700.C)
-40°C *** +60°C
*** With built-in heater on
Working temperature
(PERSEO CBE.P SD)
Front impact resistance 8,000 Joule (50% breakagepossibility)
on rod raised by 350 mm
Max. sustainable weight with raised rod: 300kg
Static Load
Max. sustainable weight with lowered rod: 15,000 kg
STOPPY MBB 500.C
Net weight 78 kg / Gross weight 82 kg
Weight
STOPPY MBB 700.C
Net weight 92 kg / Gross weight 96 kg
Dimensions see FIG. G
If there is no power, it becomes reversible by
Manual manoeuvre
cutting off the power
(* other voltages available on request)
3) ELECTRICAL INSTALLATION SET-UP
Lay out the electrical installation as shown in fig. A, making reference to the current CEI
64-8, IEC 364 (HD 384 harmonised) electrical standards, and other national standards.
WARNING! For connection to the mains power supply, use a multicore cable with
a cross-sectional area of at least 3x1.5mm2 of the kind provided for by the regula-
tions in force. To connect the motors, use a cable with a cross-sectional area of
at least 1.5mm2 of the kind provided for by the regulations in force. The cable
must be type H05RN-F at least.
To connect the bollard to the control panel, use cable supplied as standard and already
wired inside the bollard. Should the cable be too short, join it inside a watertight box,
using two separate cables for low voltage and mains voltage connections.
Particular attention must be paid in separating and fixing the wiring, so that the low voltage
and mains voltage cables are prevented from coming into contact.
Connect the control and safety devices in compliance with the installation technical
standards mentioned previously.
Fig. A shows the number of connections and their cross section for an approximate
length of 100 metres: in case of longer cables, calculate the cross section for the true
automation load.
Example of installation:
I Type-approved omnipolar circuit breaker, which must be adequately rated
and have at least 3,5 mm contact opening, provided with protection against
overloads and short circuits. If not already installed, place a type-approved
differential switch with a 0.03A threshold just before the automation system.
QR Control panel and incorporated receiver
S Key selector
AL Blinker with tuned antenna
M Bollard
P Wall-mounted pushbutton panel
Fte, Fre Pair of photocells
T 1-2-4 channel transmitter
SF
Red and green traffic lights
SM
Magnetic coil
NOTE: The choice of the type and number of safety devices to be installed depends
on the particular use and installation location.
4) PRELIMINARY CHECKS
Check that the installation base is stable and level.
For correct operation, the bollard does not require precise verticality; however, to
obtain a good aesthetic result, it is advisable to proceed to levelling the installation
22 -
STOPPY MBB 219-500.C - STOPPY MBB 219-700.C
INSTALLATION MANUAL
MOTOR
area so as to ensure that the rod stroke is perfectly vertical.
5) FOUNDATION DIGGING AND BOLLARD POSITIONING
• Proceed as shown in fig. B .
• Carry out electrical installation (see paragraph 3).
6) MALFUNCTIONS. CAUSES AND REMEDIES
• If the rod fails to raise, check that the mains power is on, that the backup batteries,
if any, are in proper working order and that the fuses have not blown. Also check
the motor's connections to the control panel.
• If the rod does not move down, it is probable that an Open command is constantly
given from the control panel or other external device. Therefore temporarily dis-
connect all the external devices in order to identify the cause of the problem. If
the rod still remains raised, proceed to disconnecting the power supply and then
checking the control panel. Anyway, when the power supply is off, the rod should
spontaneously tend to lower; if this does not happen, proceed to disassembly in
order to identify any mechanical problems preventing the lowering manoeuvre.
7) DISMANTLING
When the automation device is disassembled to be reassembled on another site,
proceed as follows:
• Disconnect the power supply and the entire electrical installation
• Remove the bollard, taking care not to damage the sheath which is to protect the
electric cables during the digging operations.
• Disassemble the control panel and all the installation components.
• In the case where some of the components cannot be removed or are damaged,
they must be replaced.
8) HEATING ELEMENT
PERSEO CBE.P SD or PERSEO CBD.P SD
The Perseo
setting incorporated, which regulates the temperature difference between the
bollard motor and the outdoor temperature in degrees centigrade, which passes the
current through the motor windings to keep the temperature constant especially in
cold environment conditions.
9) ANTITHEFT SYSTEM
A reed sensor is installed under the flange of models designed for this, which enables
connecting an external antitheft system. If there is an attempt to tamper with the bol-
lard, the sensor activates the alarm system (orange wires, NC contact).
OPERATOR INSTALLATION IN READY INSTALLED FOUNDATION BOX
10) PRE-INSTALLING THE EMPTY FOUNDATION BOX AND SEALING WITH
RELEVANT COVER (FIG.J)
11) PREPARING THE FOUNDATION BOX FOR OPERATOR INSTALLATION (FIG.K)
Remove the cover, unscrew the anchor nuts and remove the four thread protection
screws.
Clean the base and the surface the device will sit on, removing any debris.
12) PREPARING THE BOLLARD FOR INSTALLATION IN THE FOUNDATION BOX
(FIG.L)
Unscrew the fastening screws and remove the cast iron flange
13) POSITIONING THE POWER CABLE (FIG.M)
14) INSERTING THE BOLLARD IN THE FOUNDATION BOX (FIG.N)
Lower STOPPY into the foundation box turned 30°.
With the bollard held approx. 10 cm above the ground, as illustrated in figure N2,
turn it anticlockwise.
To lift STOPPY, use the eyebolts as illustrated in figure N1.
15) FASTENING THE BOLLARD (FIG.O)
16) ADJUSTING HEIGHT AND CONCENTRICITY (FIG.P)
Adjust height by turning the screws shown in figure P (Ref.1).
Once you have finished adjusting height (ref. P1), turn the same screws between 0 and
360° until you are happy the bollard sits concentrically in its housing (rif. P2).
NOTE: the same screws are used to adjust both height and concentricity.
17) FITTING THE CAST IRON FLANGE (FIG.Q)
control unit has the TERMON