Electronic Programmer - Cardin Elettronica 101/SL402409 Manual

ELECTRONIC PROGRAMMER

Electronic programmer for a DC motor with an incorporated radio receiver
card, which allows the memorisation of 300 user codes (see "remote control"
page 19).
The 'rolling code' type decoder uses 433 MHz. series transmitters.
The travel speed is electronically controlled, starting slowly and increasing
in speed; the speed is reduced as it nears the travel limit so as to
enable a controlled smooth stop (if deceleration hasn't been excluded
during programming).
Programming is carried out using two buttons and allows you to confi gure
the system, set the length of the deceleration stage and set the work
and pause times.
The intervention of the anticrush/antidrag sensor during the closing and
opening stages causes travel direction inversion (if automatic reclosing
has been abilitated). If activated towards the end of the movement (almost
closed) it will act as a travel limit.
ELECTRICAL CONNECTION
• Before connecting the appliance make sure that the voltage and frequency
rated on the data plate conform to those of the mains supply.
Warning! An omnipolar trip switch with a least 3mm between the
contacts must be installed between the unit and the mains supply.
• Connect the control and security device wires.
• Connect the power supply cable to the device.
• Do not use cables with aluminium conductors; do not solder the ends of
cables which are to be inserted into the binding posts; use cables which
are marked T min 85°C and are resistent to atmospheric agents.
• The terminal wires must be positioned in such a way that both the
wire and the insulating sheath are tightly fastened. Where possible
use the supplied cable clamp.
Terminal board connection (fi g.12)
1-2-4-5 Common for all inputs and outputs.
3 24Vac 7W in output, powering external devices.
6 24Vac 10W in output warning lights (intermittent or cont.
activation).
7 TD (contact normally open) Dynamic button input "Open-Close"
8 TB (contact N.C.) Blocking button input (The opening of this
contact interrupts the cycle until a new movement command
is given).
9-17 Common for all inputs and outputs.
10 FCC (normally closed contact) closing travel limit switch.
11 FCA (normally closed contact) opening travel limit switch.
12 FTC_I contact N.C.) Safety and control devices in input (photocells
invert the travel direction when an obstruction is detected). The
opening of this contact will provoke a travel direction inversion
during closure due to the cutting in of the safety device.
13 FTC_S (normally closed contact) Safety and control devices in
input (stop photoelectric cells). The opening of this contact will block
all movement, until the obstruction has been removed, due to the
safety device cutting in, the door will then continue moving until it
reaches a travel limit (only in the automatic mode).
14 TC (contact normally open) Closing button in input
15 TA (contact normally open) Opening button in input
16 TAL (contact normally open) limited opening button
18 Indicator light 24Vac 3W
19-20 230Vac 60Hz in output powering the toroidal transformer
21-22 Power supply 230Vac 60Hz
23-24 230Vac 40W Night light in output
25 Programmer earthing wire
26 Motor earth outputs (not used)
27 Mass for radio receiver antenna
28 Pole for radio receiver antenna (if an external antenna is fi tted use a
coaxial type cable RG58 with an impedance of 50Ω)
Note: ALL UNUSED NC CONTACTS MUST BE JUMPED
Switch on the power and make sure that the red indicator LEDS are in
the following condition:
- L1 Power on LED
- L4 Safety LED for the inverting photoelectric cells "FTC_I"
- L5 Opening direction travel limit LED "FCA"
- L6 Closing direction travel limit LED "FCC"
- L7 Safety LED for the blocking button "TB"
- L8 Safety LED for the stop photoelectric cells "FTC_S"
*The LEDs are "ON" if the relative security device is inactive (depends on the
position of the door).
Check that the activation of the safety devices switches the corresponding
LEDS off.
If the red power on LED doesn't light up check the condition of the fuses and
the power cable connection between binding.
If one or more of the safety LEDS do not lightup check the contacts
of the relative security devices and check that the unused safety device
contacts have been bridged
ELECTRONIC CARD DESCRIPTION
J1
J1
M1
A)
S449
F1
CS1038B.03 DC0341
Legend
B1 Signal buzzer "via radio" mode
D1 Seven segment display
F1 1,6A delayed fuse (230V ac, 60Hz power supply)
F2 1A rapid action fuse (24V circuit )
F3 10A rapid action fuse (motor power supply)
J1 Enable transmitter memorisation via radio (without opening the container)
L1 LED power on
L2 LED transmitter code management
L3 LED manual operation
L4 LED inverting photocells activated
L5 LED opening travel limit activated
L6 LED closing travel limit activated
L7 LED blocking button activated
L8 LED stop photocell activated
M1 Memory module
P1 Programming button
P2 Selection button
P3 Transmitter code memorization button
on
P4 Transmitter code cancellation button
on
R1 433MHz radio frequency module
on*
CN1 Secondary Faston connection 24V ac
on*
CN2 Secondary Faston connection 30V ac (V0:0V ac, V1:22V ac, V2:30V ac)
on
CN3 Motor Faston connection
on
17
Fuse F10A
F3
V4
{
Fuse F1A
F2
V3
V2
V0
V1
L4 L5 L6 L7 L8
LP 24V~
24 23 22 21 20 19
OUT 24V~
N L
12
B1
CN1
LS 24V~
TAL
TA
TC
FTC_S
FTC_I
FCA
FCC
TB
TD