2- TRANSMITTER CODE MEMORIZATION
2A - “ K1” O utput
2) The K1 relay makes a pulse
3) LD will remain lit for 4 seconds.
2B - "K2" O utput
2) The K2 relay makes a pulse
3) LD will remain lit for 4 seconds.
1) Keep P1 pressed down until the green Led (LD) switches on, release P1
and push the key of the transmitter;
1) Keep P2 pressed down until the green Led (LD) switches on, release P2
and push the key of the transmitter;
3- RELAY PROGRAMMING (PULSE / LATCH)
4- MEMORY CAPACITY
5- MEMORY ERASURE
Th e g uar a ntee per iod of all RCS prod ucts is 6 month s,
begi nning from the m anufactur er date. Dur ing th is p er iod,
if th e prod uct d oes n ot wor k correctly, due to a defective
component, th e p r od uct wil l b e repaired or sub stituted at
th e discr etion of th e pr od ucer . The g uar a ntee does not
cover th e pl astic conta iner integr ity. After - sale service is
supplied a t the pr oducer's fa ctory.
GUARAN TEE
REM OTE CON TROL SOLUTION S
Pierpont Commerce Center
4862 E. Baseline Rd . Sui te 104
Mesa , AZ 85206 - U.S.A.
Of fi ce : 48 0- 2 81- 1 87 8
Fa x: 4 80- 2 81 - 1883
e- m a il : t echsu pp or t @r csr em ot es.com
The receiver can store the single keys of each transmitter.
For example a 4 key transmitter needs 4 memory cells .
The total memory space is 42 .
That means that the receiver can store up to 10 transmitters with 4 keys or 21
transmitter with 2 keys.
In case of full memory, if one tries to store an extra transmitter, a sequence of 3
blinks of LD occursand the operation fails.
It is possible to set the operating mode of K1 or K2 relay: pulse or latch.
!In pulse mode the relay remains excited as long as the transmitter key
remains activated.
!In latch mode , the relay is activated at the first pulse of the transmitter and
releases at the next pulse.
K1 can be Pulse or Lathcing mode.
K2 can be pulse or lathcing mode.
The default operating mode for K1 or K2 is Pulse.
Programming K1 or K2 to La tch mode
1) Keep P1 or P2 pressed down until LD switches on.
2) Release P1 or P2 and then push P2 once and release .
LD will blink quickly for 2 seconds and then switches off.
When the LD blinks quickly the relay K1 or K2 is set to latch mode.
In order to restore the previous mode, repeat the same sequence:
1) keep P1 or P2 pressed down until LD blinks quickly,
2) Release P1 or P2 and then push P2 once and release.
LD will remain lit solid for 2 seconds and then switches off.
At this point the pulse mode has been restored.
It is possible to delete either the single transmitter key or the complete memory.
Single transmitter key erasure
4)The led LD switches off for a while, then switches on and remains lit again
for 4 seconds.
At the end the transmitter key has been erased.
Full memory era sure
1) Keep P1 pressed down until LD switcheson.
2) Release P1 and then press P1 and P2 down simultaneously until LD
flashes 3 times.
At that point the memory has been completely erased.
1) Select the relay on which the transmitter key has been memorized.
2) Keep P1 or P2 pressed down until the green Led LD switches on ( it will
blink if the relay isin latch mode );
3) Release the button and push the key of the transmitter to erase;
1F - M ain fea tures
!42 storable transmitter keys
!Single transmitter key or Full memory erasure
!Programmable operation mode of the K2 relay: pulsing, latching
!Easy transmitter memorization
6- TRANSMITTER NUMBER DISPLAY
It is possible to display how many transmitter keys are stored in the memory.
The number is displayed, in binary notation ( 0 or 1 ), by a sequence of led
flashes.
A short flash ( ½ second ) of LD givesa binary “ 0 ” .
A long flash ( 1 second ) of LD givesa binary “ 1” .
The complete sequence is composed by 6 flashes and by a final longer flash
( 2 seconds ).
According to its position, each flash has a different “ weight” .
0
First flash : 2=1
1
Second flash : 2= 2
2
Third flash : 2=4
3
Fourth flash : 2=8
4
Fifth flash : 2=16
5
Sixth flash : 2=32
Procedure
1) Keep P1 or P2 pressed down until LD switcheson.
2) Release the button and then push P2 for a while before LD switchesoff.
At thispoint begins the sequence of flashes.
Take a note of the sequence to calculate the corresponding decimal number, as
shown in the following examples.
Es. N° 1 : Memory empty
Weights 1 2 4 8 16 32 End Sequence
Sequence : _ _ _ _ _ _ ________
Final number : 0 + 0 + 0 + 0 + 0 + 0 = 0
Es. N° 2 : 5 transmitter keys
Weights 1 2 4 8 16 32 End Sequence
Sequence : __ _ __ _ _ _ ________
Final number : 1+ 0 + 4 + 0 + 0 + 0 = 5
Es. N° 3 : 12 transmitter keys
Weights 1 2 4 8 16 32 End Sequence
Sequence : _ _ __ __ _ _ ________
Final number : 0 + 0 + 4 + 8 + 0 + 0 = 12
JUM PER J1 = CLOSED
Supply = 12 Vdc
JUM PER J1= OPEN
Supply = 24 Vdc
1G - Power selection
1H - K2 Output type selection
JUM PER J2 = POSITION A
K2 outputs = C, NO
JUM PER J2 = POSITION B
K2 outputs = C, NC
