Power Supply Hook-Up; Learning The Door Opening And Closing Positions; Checking Door Movement; Pre-Set Functions - Nice Ten TNKCE Instrucciones Y Advertencias Para El Instalador

4.2) Power supply hook-up

!
TEN must be connected to the power supply by skilled and qualified personnel in possession of the requisites as
specified and in full compliance with legislation, standards and regulations.
As soon as TEN is powered up, a number of checks are recommended:
1. Check that the OK led flashes regularly, with one flash per second (Figure 25).
2. Ensure that the flashing light and courtesy light are switched off.
If none of these conditions occur, disconnect the power supply immediately and check the
electrical connections thoroughly.
Other information regarding fault-finding procedures are provided in the chapter "7.6 Trou-
bleshooting".

4.3) Learning the door opening and closing positions

The control unit must be able to recognise the door opening and closing positions; in this phase the door travel is measured from the clos-
ing stop to the opening travel limit, required to calculate the deceleration point and partial opening point. As well as these positions, this phase
also reads and memorises the configuration of the STOP input and the presence (or not) of the connection in "Phototest" mode of the PHO-
TO input. (see paragraph "7.3.2 Photocells"). Also, during this phase the control unit memorises the force required during the opening and
closing movements.
1. Press and hold keys [▼] and [Set] (Figure 26 Error). Reference source not found.)
2. Release the keys when the manoeuvre starts (after approx. 3s)
3. Wait for the control unit to control the learning phase: closing, opening and reclosing of
the door
4. Press [Open] to execute a complete opening manoeuvre.
5. Press [CLOSE] to execute a closing manoeuvre.
If none of these conditions occur, disconnect the power supply immediately and check the
electrical connections thoroughly. At the end of the learning phase, if LEDs L2 and L3 flash,
this means that there is an error, see paragraph "7.6 Troubleshooting".
During these manoeuvres, the control unit memorises the force required for the opening and
closing movements. The phase for learning of the door opening and closing positions and
configuration of the inputs STOP and PHOTO can be repeated at any time after installation
(for example if a limit switch cam is moved); simply repeat the procedure from point 1.

4.4) Checking door movement

After learning the positions, run a number of manoeuvres to ensure correct movement of the door.
1. Press [OPEN] to activate an "Open" manoeuvre; ensure that door opening is correct without variations in speed; the door must only slow
down when between 15 and 5cm from the opening limit switch and stop when the limit switch is engaged.
2. Press [CLOSE] to activate a "Close" manoeuvre; ensure that the door closes with a low speed start, followed by a change in speed (only
if this function is enabled) and then that the door slows down between 70 and 50cm from the closing limit switch and stops with the lim-
it switch is engaged.
3. During the manoeuvre, ensure that the flashing light emits flashes at the frequency 0.5s on and 0.5s off.
4. Make a number of opening and closing manoeuvres to check for possible assembly defects or faulty adjustments and other malfunctions
such as points of increased friction.
5. Check fixture of the gearmotor TEN, arms and brackets and ensure that they are solid and sufficiently resistant, also during sudden accel-
erations or decelerations in door movement.

4.5) Pre-set functions

The TEN control unit has a number of programmable functions, which are factory set with values that should suit most types of automation;
however, these functions can be modified at any time by means of the specific programming procedure, as described in paragraph "7.2 Set-
tings".

4.6) Radio receiver

A radio receiver is incorporated in the control unit of TEN for remote
control, operating at a frequency of 433.92 MHz compatible with the
following types of transmitter (Table 7):
Since the type of code is different, the first transmitter memorised
determines also the type of coding of transmitters that can be mem-
orized afterwards. Up to 160 transmitters can be memorised.
12
25
26
Table 7: Transmitters
Code Model
FLO FLO1 - FLO2 - FLO4
VERY VE
FLOR FLOR1 - FLOR2 - FLOR4
VERY VR
ERGO1 - ERGO4 - ERGO6
PLANO1 - PLANO4 - PLANO6 - NICEWAY (entire range)
SMILO SM2 - SM4