14
SPARTACUS
General information
Automatic hydraulic bollard.
Available with a painted steel tube or lined with an electropolished
AISI 316 stainless steel jacket.
The acoustic buzzer, the heater for particularly cold climates and
a pressure switch that prevents the tube exiting if there are people
or objects above it are available as optional accessories.
The MAX.CP control unit enables the management of two SPARTA-
CUS bollards for the protection of particularly large entrances.
Description
Figure 1 shows the main parts of the automation:
1
Head with flashing LED
2
275 mm diameter cylinder
3 Treadable flange
4
Adjustable magnetic limit switch sensor
5
Stop buffers
6
Electrical connection junction box
7
Hydraulic power unit
8
Hydraulic cylinder
Dimensions
Figure 2 shows the main overall dimensions, foundation box included.
The following openings in the foundation box must be broken
through:
1 Hole for 50 mm corrugated sheath for the passage of connection
cables (ref. C)
2 Holes for water drainage, if necessary use a PVC tube with a
90mm diameter (ref. S). The tube must be connected to a water
drainage system if the foundation drainage is insufficient (See
"Drainage test").
Preparation of the excavation
Referring to Figure 3, prepare an excavation of 1000x1000 mm with
a depth of 1300 mm(version 275/800) or 1100mm(version 275/600).
Prepare a gravel bed of 275 mm, we recommend gravel with a grain
size of 8/20 for good drainage.
Make sure that the gravel is well compacted.
Pay attention to the dimensions and levelling of the foundation.
Drainage test
Before inserting the foundation box in the excavation, carry out
the test described below, which is
INDISPENSABLE
for assess-
ing the level of permeability of the soil and taking the most suitable
measures to ensure that water does not stagnate in the excava-
tion but is absorbed as quickly as possible.
Pour 40 litres of water into the excavation and wait 30 minutes.
If the water takes longer than 30 minutes to be absorbed, despite
the drainage system, it will be necessary to lay pipes to channel
the water into a tank and, if necessary, to pump it out using an
electric pump.
TECHNICAL DATA
MODELS
MAX M30
MAX M30 - I
MAX M30 EFO
MAX M30 EFO - I
Cylinder height
900 mm
Cylinder diameter
275 mm
Cylinder material
Acciaio S355JR EN 10210
Acciaio INOX AISI 316
Acciaio S355JR EN 10210
Acciaio INOX AISI 316
Ascent time
4.5 seconds
Descent speed
4.5 seconds
Supply
230V 50Hz (versions with special power supply on request)
Power consumption
1000W
Hydraulics
integrated
Load class according to EN 124
D400 (40 tons)
Manual lowering in case of blackout
Manual release under the box cover
Automatic lowering in case of blackout
Optional
Obstacle detection in ascent
Optional
Capacitor
31,5 μF
50 μF
Emergency ascent (Efo Emergency fast operation)
NO
SI
Emergency ascent time
4,5
seconds
1,5
seconds
Daily cycles
3500
Total cycles
3000000
Certifications
IWA 14-1:2013 V/7200 [N3C] /48/90: -0.8
PAS68:2013 V/7500 [N3] /48/90: -0.5
ASTM F2656 Rating C730/7200 - P1 (-0.8)
Resistance to breakthrough
250,000 J
Impact resistance
850,000 J
Operating temperature
-40°C ÷ +60°C
for temperatures below -10°C (the optional heater accessory must be used)
Degree of protection
IP67
Weight (without foundation box)
340 kg
350 kg
348 kg
358 kg
Installation manual
GB
