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Special parameters for BG30/1400/R series
The BG30/R series (REVERSIBLE) is a family of digital brushless motor units for sliding gates weighing up
to 1400 kg and dedicated exclusively to residential and industrial applications.
REVERSIBLE technology makes it possible to open and close the gate without releasing the motor even
in the event of power failure. The control unit allows independent management of speed, acceleration,
deceleration and the safety devices used in the system.
impede manual movement of the gate.
As a result, prolonged operation may drain the battery when operating under battery power.
3 cm is detected, the control unit initiates a position recovery procedure (see chapter 20).
NOTE: Even though it is a REVERSIBLE unit, the motor is equipped with a lock release system.
The additional parameters for enabling REVERSIBLE technology are indicated as follows.
Selecting automation system model
WARNING!
The automation system will no longer function effectively and it will not be possible to diagnose faults.
N.B.: in the event of a reset to restore the default parameters, this parameter must be set again manually.
BG30/1600 - IRREVERSIBLE motor for gate leaves up to 1600 kg.
BG30/2200 - IRREVERSIBLE motor for gate leaves up to 2200 kg.
BG30/1000/HS - High Speed IRREVERSIBLE motor for gate leaves up to 1000 kg
BG30/1400/R - REVERSIBLE motor for gate leaves up to 1400 kg .
BG30/1800/HS - High Speed IRREVERSIBLE motor for gate leaves up to 1800 kg.
BG30/1500/HS - High Speed IRREVERSIBLE motor for gate leaves up to 1500 kg.
Setting deceleration during opening
Setting deceleration during closing
01= the gate decelerates near the limit switch ... 05= the gate decelerates long before the limit switch.
Setting start acceleration during opening
Setting start acceleration during closing
01= the gate accelerates rapidly at start of manoeuvre ... 05= the gate accelerates slowly and progressively at start of
manoeuvre.
Setting opening speed
N.B.:
Setting closure speed
N.B.:
01= 6 m/min ... 10= maximum speed.
N.B.: to set the constant speed deceleration space, see parameters
and
on Chapter 13.
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