Optional Accessories; Technical Characteristics - Nice mindy A01 Instrucciones Y Advertencias Para El Instalador

3. Testing the operation of the inputs
• Make sure that a command on terminal 11 (STEP BY STEP)
- effects the following sequence: open-stop-close-stop (if dip-switch 2 is OFF)
- effects the following sequence: open-stop-open-stop (if dip-switch 2 is ON)
• Make sure that a command on terminal 12 (CLOSE) always effects the sequence: close-stop-close-stop.
4. Testing the operation of the safety/security devices (if connected)
• Initiate a closing manoeuvre and make sure that, during the manoeuvre, the triggering of a device connected to input 10 (SECURITY DEVICES):
- causes the immediate stopping of the movement with a brief reverse run (if dip-switch 1 is OFF)
- causes the stopping and reversal of the manoeuvre (if dip-switch 1 is ON)
• Initiate an opening manoeuvre and make sure that, during the manoeuvre, the triggering of a device connected to input 10 (SECURITY DEVICES):
- causes the immediate stopping of the movement with a brief reverse run (if dip-switch 1 is OFF)
- has no effect (if dip-switch 1 is ON)
5. Testing the impact forces (if required by the type of automation system)
• Conduct the tests for the determination of the "impact forces" as provided by EN standard 12445

5) Optional accessories

The Mindy A01 control unit features a connector for connection to the
SMU programmer. The programmer can be used to enter, erase,
search for and copy the transmitter codes. Refer to the SMU pro-
grammer instructions for detailed information on how to use it.
6) What to do if...
The manoeuvre does not start even by operating the T1
key on the card.
Make sure that the card is properly powered and that the fuse is not
blown. Between terminals 6 and 7 there must be mains voltage and
between terminals 8 and 9 you must read a continuous voltage of
approx. 24 Vdc.
You are unable to activate any manoeuvre and the LED for
the SECURITY DEVICES flashes rapidly.
A short circuit and/or overload has probably occurred on the ser-
vices outputs. The control unit is equipped with an automatic reset
fuse; try disconnecting the power supply then wait a few seconds
before reconnecting.
The power supply voltages are correct, yet the manoeuvre
will not start.
The security devices input (STOP and PHOTOCELL) must give its
consent to the manoeuvre for it to be activated: make sure that the
LED corresponding to the SECURITY DEVICES input is on.

7) Technical characteristics

Electronic control unit
Power supply:
Maximum motor power
Command signal voltage
Services (terminals 8-9)
Security input
Operating temperature
Dimensions / weight
IP protection class
Radio receiver
Frequency
Coding
Nice S.p.a reserves the right to modify its products at any time.
: 230 Vac 50/60 Hz or 120Vac 50/60Hz depending on the version (see value on label)
: 600W for 230 Vac version; 400W for 120 Vac version
: approx. 24Vdc
: voltage 24Vdc ±30%; max current 50mA
: in the constant resistance configuration it must be 8.2KΩ ± 25%Ω
: -20 ÷ 50 °C
: 118 x 52 x 147 350g
: 44
: 433.92 MHz
: FLO (fixed code), FLOR (rolling code) SMILO (rolling code)
!
Warning: the SMU programmer only enables the man-
agement of the radio control codes. The "read" and "write"
functions alone can read and copy the entire contents of
the memory of the control unit, therefore also the parame-
ters and configurations (working time, TTBUS address...).
When using these commands make sure that they are per-
formed on compatible products.
Make sure that dip-switches 3-4 correspond to the type of input
used. If the input is resistive type, the voltage reading between ter-
minals 8 and 10 must range from 6Vdc to 18Vdc.
You are unable to memorize a new transmitter.
Make sure that the type of transmitter is compatible with those
already stored in the memory. Switch the control unit off and then
back on, and check the flashing of the "radio LED" to see what type
of transmitters are already memorized.
The type of transmitter to be memorized is correct, but
you are unable to memorize it.
Make sure that the card's receiving circuit operates properly: use a
functioning transmitter. If the control unit correctly receives a radio
code which is not, however, stored in the memory, it signals this con-
dition with a flash of the "radio LED".
If you have already memorized the maximum number of transmitters
(254), this event is signalled by 6 flashes.
GB
7