![tau DOOR Installation Manual Download Page 28](http://html1.mh-extra.com/html/tau/door/door_installation-manual_821564028.webp)
24
DOOR Series -
English
5) SLOWING DISTANCE ON CLOSING
This is the slowing distance on closing before end of travel.
Increase the value to obtain a greater slowing distance.
Press the SET key to access the point 6 adjustment option.
6) END OF TRAVEL DISTANCE ON OPENING
This is the distance between the end of travel on opening and the final resting point or mechanical stop.
Increase the value to increase the distance between the end of travel and the mechanical stop.
Press the SET key to access the point 7 adjustment option.
7) END OF MANOEUVRE PUSHING POWER ON CLOSING
This is the power of the thrust exercised by the motor in the last slowing section on closing. It is useful for pre-
venting friction from the LOCK from activating the obstruction detector and preventing the actual door itself from
completely closing on the final stop point.
Increase the value to increase the pushing power.
Press the SET key to access the adjustment option described in point 8.
8) UPKEEP VOLTAGE ON CLOSING
This is the pushing force of the door when it is at a standstill, thus allowing the wings to always remain firmly
closed.
Increase the value to increase the upkeep voltage with which the motor is supplied.
Press the SET key to access the adjustment option described in point 9.
9) END OF MANOEUVRE PUSHING TIME ON CLOSING
This is the time during which the motor continues to push in the last slowing section on closing. It allows the door
to completely move towards the closing position by overcoming any friction.
Increase the value to obtain a longer pushing time.
Press the SET key to access the adjustment option described in point 10.
10) PHARMACY OPENING DISTANCE
This is the opening distance of the door when the PHARMACY function is enabled in digital selector DOOR-
PROG.
Can be adjusted from 5 to 25 cm per wing.
Press the SET key to access the adjustment option described in point 11.
11) OBSTRUCTION RESPONSE DELAY
This is the response time when an obstacle causes the door to reverse after an impact. Increase this value to
obtain a longer intervention delay. This is useful for distinguishing an effective obstacle from brief friction from
the lock during door wing travel.
Press the SET key to access the adjustment option described in point 12.
12) OPERATING DISTANCE AT SLOW SPEED
This is the part in which the door moves at the reduced speed set by potentiometer Tm10 if the door’s direction
reverses after it has moved a brief distance from the starting point. This allows the door to move a short distance
in reverse in a smooth and linear way without sharply accelerating.
Increase the value to obtain a greater operating distance in the slow speed.
The adjustments that can be made via the TECHNICAL MENU have now terminated. The programming phase can thus be quitted and
the data memorized in the following way:
a) turn the key to the horizontal blocked position;
b) press the SET key and keep it depressed;
c) turn the key back to the vertical position and release SET;
d) the yellow leds will flash from right to left to indicate that the data are being downloaded;
e) at the end of this process, the control unit will issue 2 bips to indicate that the data are being memorized.
If you do not wish to memorize the changes, quit the programming mode by simply turning the key of the DOORPROG selector
horizontally and move it back to the vertical position. The control unit will issue one single bip to show that the previous settings have
not been changed.
IMPORTANT!!
If the door fails to operate in the desired way after any one of the parameters in the TECHNICAL MENU has been changed and
you wish to return to the original operating mode, proceed as described below:
a) access the programming mode by means of the DOORPROG selector;
b) set dip-switch 11 of switch S1 to the ON position;
c) quit the programming mode and memorize the data. The control unit will issue 2 bips to indicate that the default values
have been activated again.