CDVI DIGIWAY PLUS Manual page 14

DIGIWAY PLUS
Fully automated operator for inward or outward opening doors
Gestion des obstacles
Main Functions Description
Sets the obstacles
O.D. Type
detection criteria
Sets the reaction time
O.D Reactivity
against an obstacle
Once the door operator is installed, check that the friction or the disbalance of the door doesn't
cause an automatic recognition of an obstacle criteria. Select the obstacle criteria that is most
suited for the door usage and installation.
The opening or closing cycle is performed at lower speed when an obstacle criteria is detected.
ATTENTION: Reactivity values above 0.1 sec allow to avoid potential friction but
reduce the time of reactivity and can cause a big impact of the door on the obstacle.
PART IV: DOOR CALIBRATION
Door open position fine adjustment
If, at the end of the autocalibration, the door does not open to the exact point set during If, at the end of the autocalibration, the door does not open to the exact point set during
calibration, it is possible to change the open angle without having to complete the autocalibration calibration, it is possible to change the open angle without having to complete the autocalibration
operation again. operation again.
To do this, enter the calibration menu and select the option: To do this, enter the calibration menu and select the option: CHANGE OPEN POS
Door Calibration
Change Open Pos
The number displayed (eg 155) is the door open angle in degrees and is stored by the system.
It correponds to the door open position. Using the keys of the PCB or the buttons of the Master
transmitter, decrease the value to decrease the opening angle or increase the value to increase
the opening angle.
NOTE: The new opening angle is reached after one full cycle.
26
Value NOTES
B1 & B2 B1 and B2 are basic criteria that are always active.
B3 = intervenes after the speed decreases under 2/3 of the
B3
max speed, calculated during the calibration.
B4
B4 = intervenes if the current consumed exceeds 175% of
B5
the current consumed during the preset.
B3+B4
B5 = intervenes if the door is manually pushed during the
B3+B4+B5
closing
Bf = obstacle detected by the slave leaf in double door
Bf
configuration
Use the UP or DOWN keys to adjust this time: the higher
the value, the longer will be the contact of the door against
0.1 - 5 sec.
the obstacle (less sensitive).
Default value = 0.1 Sec.
(ADDITIONAL FUNCTIONS)
CHANGE OPEN POS. .
Change Open Pos
|||||||||||||||||||................155
EN EN
Fully automated operator for inward or outward opening doors
Zero Mode
It is possible to set the mode used by the system to calculate the "door closed" position:
There are 2 modes: The encoder or the limit switch.
Encoder
When the "door-closed-position" is given by the built-in encoder, every time the door closes,
the system updates the zero position with the value of the encoder. This is a dynamic zero, that
could change with the operation of the door.
Limit Switch
In this case it is necessary to install a limit switch with dry contact C-NO, activated by the door
when it reaches the closed position.
The terminals used by the limit switch selected must be free: They lose the main function
assigned and they acquire the function of ZERO POSITION.
Here are the inputs that can be used provided that the terminal is free and has not been used
with the system yet:
• Day-Night contact (terminals 14-15)
• Request-to-exit (REX) contact (terminals 15-16)
• Radar ext (terminals 11-12)
• Radar int (terminals 12-13)
The zero position set through this contact remains identical regardless of any operational change
of the door due to environmental conditions.
For this reason, it is highly recommended
to install the limit switch in a very stable
way, fixed on a solid support, fitted to be
activated when the door has reached the
closed position.
DIGIWAY PLUS
Door closed Door closed
limit switch limit switch
C C
NO NO
27