Description:
Italian Sliding Gate Motor Beninca BULL424 SW 24V 600kg- Motor kit
The BULL624SW is a 24 volt motor
designed for residential and commercial sliding gates up to 600kg in
weight.
24 VOLT ELECTRIC GATE OPERATOR - RESIDENTIAL - 600KG
The BULL624SW by Beninca is plain and
simple Beninca quality and reliability throughout. The BULL424SW is
designed for residential and commercial sliding automatic gates up to
600kg in weight.
24 Vdc gear motor for intensive use with integrated control unit and
virtual encoder | Switching power supply 240 Vac which reduces energy
consumption and ensures a long lifespan of the actuator | Control unit
with trimmers and dip-switches | The virtual encoder enables optimal
management of slowing-down phases, movement tracking (STC system) and
torque management in relation to the position of the gate, guaranteeing
maximum safety | Operation guaranteed even in the event of a power
supply failure through batteries that can be perfectly integrated in the
motor (2 x 1.2 Ah) | Anti-crushing system with amperometric obstacle
detection.
The BULL624SW has a built in control board in its own seperate enclosure
with a dedicated 433mhz wireless receiver and inputs for photocells and
switches etc. The BULL also comes with a base plate. Battery backup is
optional with the addition of the battery module and two 1.3Ah
rechargeable batteries.
Motor Voltage - 24 volts DC
Current Standby - 8mA
Current at use - 3.2A
Motor power - 80W
Maximum thrust - 428N
Operating speed - 11 metres per minute (adjustable)
Maximum gate size - 600 kg
Duty cycle - 80%
Height - 330mm Width - 326mm Depth - 140mm
Weight - 7.6 Kg
IP rating - IP44
Additional information
| Weight | 15 kg |
|---|---|
| Motor Voltage | 24 volts DC |
| Standby Current | 8mA |
| Maximum Current | 0.4A |
| Motor Power | 80W |
| Maximum Thrust | 428N |
| Operating Speed | 11 Metres per minute |
| Maximum Gate Weight | 600 Kg |
| IP Rating | IP44 |
| Height (mm) | 330mm |
| Width (mm) | 140mm |
| Length (mm) | 326mm |
| Weight (kg) | 10.2 Kg |
| Duty Cycle | 80% |