RadioControl-4 can store up to 80 different keys in the internal memory. Once the
memory is full, LD3 and LD4 will blink.
Trying to store a new key when the memory is full, LD3 and LD4 will blink two times
and the operation is aborted.
To remove all the keys previously stored follow this procedure:
Hold the push-button P1 stroked for
2 seconds until red led LD1 will blink,
then release P1.
Stroke again P1 until LD3 and LD4
will blink three times to confirm that
the internal memory has been
completely erased.
To remove a single key previously stored follow this procedure:
Hold the push-button P1 stroked for
2 seconds until red led LD1 will blink,
then release P1.
Until LD1 is blinking push on the
RadioControl-TX4 the key previously
stored you want to delete from the
memory.
LD3 and LD4 will blink two times to
confirm the operation.
TX4 LEARNING PROCEDURE
OUTPUT MODE SELECTION
Follow this simple sequence to assign
local outputs to some keys of a new
RadioControl-TX4 remote control and
permanently store the assignment into
the RadioControl-4 memory.
Hold the push-button P1 stroked
for 2 seconds until red led LD1 will
blink, then release P1.
Until LD1 is blinking push the key on
the RadioControl-TX4 you want to
control output 1. Red led LD1 will turn
off for a while to acknowledge.
Skip this operation if you don’t want to
map a key to this output.
If you want to store a new key, stroke
the push-button P1, red led LD2 will
blink.
Until LD2 is blinking push the key on
the RadioControl-TX4 you want to
control output 2. Red led LD2 will turn
off for a while to acknowledge.
Skip this operation if you don’t want to
map a key to this output.
If you want to store a new key, stroke
the push-button P1, red led LD3 will
blink.
Until LD3 is blinking push the key on
the RadioControl-TX4 you want to
control output 3. Red led LD3 will turn
off for a while to acknowledge.
Skip this operation if you don’t want to
map a key to this output.
If you want to store a new key, stroke
the push-button P1, green led LD4 will
blink.
Until LD4 is blinking push the key
on the RadioControl-TX4 you want to
control output 4. Green led LD4 will
turn off for a while to acknowledge.
Skip this operation if you don’t want to
map a key to this output.
If you want to store a new key, stroke
the push-button P1, all led will turn on.
Until all leds are on push the key on
the RadioControl-TX4 you want to
use to turn al 4 outputs OFF in a
single touch.
All leds turns off to acknowledge.
Repeat the steps above for all the remote controls you may want to map inside this
RadioControl-4.
Operating mode of each relay can be configured by
means of dip switches .
To operate in TOGGLE mode, set the switch to ON.
To operate in PULSE mode, set the switch to OFF.
Minimum pulse width: 200ms.
While in normal operation the status of each output is
reported by led indicators LD1 to LD4.
[13]
Follow this simple sequence to assign
local outputs to some codes of a
new RadioControl-TX999 remote control
and permanently store the assignment
into the RadioControl-4 memory.
Hold the push-button P1 stroked for
2 seconds until red led LD1 will blink,
then release P1.
Until LD1 is blinking, enter
the number to be
assigned to output 1, then
confirm with key #.
Red led LD1 will turn off
for a while, to acknow-
ledge.
In this example output 1 is
linked to code 1.
If you want to store a new code, stroke
the push-button P1, the red led LD2
will blink.
Until LD2 is blinking, enter
the number to be
assigned to output 2, then
confirm with key #.
Red led LD2 will turn off
for a while, to acknow-
ledge.
In this example output 2 is
linked to code 2.
If you want to store a new code, stroke
the push-button P1, the red led LD3
will blink.
Until LD3 is blinking, enter
the number to be
assigned to output 3, then
confirm with key #.
Red led LD3 will turn off
for a while, to acknow-
ledge.
In this example output 3 is
linked to code 3.
If you want to store a new code, stroke
the push-button P1, the green led LD4
will blink.
Until LD3 is blinking, enter
the number to be
assigned to output 4, then
confirm with key #.
Red led LD4 will turn off
for a while, to acknow-
ledge.
In this example output 4 is
linked to code 4.
If you want to store a code to be used for single touch turn off of whole 4 outputs,
stroke P1 again and follow the procedure shown for the RadioControl-TX4.
In normal operation, to activate the specific channel enter the code and confirm #.
TX999 LEARNING PROCEDURE DELETE A KEY FROM MEMORY MULTI CONTROL
DELETE ALL KEYS FROM MEMORY
WARNINGS
THE INFORMATION CONTAINED IN THIS DOCUMENT ARE SUBJECT TO CHANGE
WITHOUT NOTICE. PRODUCT NAMES, CORPORATE NAMES OR TITLES USED WITHIN
THIS DOCUMENT MAY BE TRADEMARKS OR REGISTERED TRADEMARKS OF OTHER
COMPANIES AND ARE MENTIONED ONLY IN AN EXPLANATORY MANNER TO THE
READERS’ BENEFIT, AND WITHOUT INTENTION TO INFRINGE.
WHILE EVERY EFFORT HAS BEEN MADE TO MAKE SURE THE INFORMATION IN THIS
DOCUMENT IS CORRECT, CONTRIVE CAN NOT BE LIABLE FOR ANY DAMAGES
WHATSOEVER FOR LOSS RELATINGTOTHIS DOCUMENT.
WARRANTIES
CONTRIVE GUARANTEES FOR TWO YEARS FROM THE DATE OF MANUFACTURE OF
ITS PRODUCT TO REPLACE, OR, AT ITS OPTION, TO REPAIR ANY PRODUCT OR PART
THEREOF WHICH IS FOUND DEFECTIVE IN MATERIAL OR WORKMANSHIP OR WHICH
OTHERWISE FAILS TO CONFORM TO THE DESCRIPTION OF ITS SALES ORDER.
CONTRIVE MAKES NO WARRANTY OF MERCHANTABILITY OR ANY OTHER
WARRANTY EXPRESS OR IMPLIED. IN NO EVENT SHALL CONTRIVE BE LIABLE FOR
CONSEQUENTIAL OR SPECIAL DAMAGES OF ANY NATURE WHICH MAY ARISE IN
CONNECTION WITH SUCH PRODUCTS.
THE WARRANTY DOES NOT APPLY IN CASE OF IMPROPER USE
A typical applications of multiple RadioControl-4 can be the lighting technique
exhibition rooms that are normally structured in box, as shown in the figure
below. Each box can be equipped with a RadioControl-4 to run lighting fixtures
from a single RadioControl-TX999.
To operate without problems RadioControl-4 must be installed with a minimum
clearance of 1 m from any other radio receiver, including RadioControl-4.
RadioControl-4 can be used to control electrical devices and lights where a
traditional installation by wire is impossible.
EMERGENCY CONTROL
ELECTROMAGNETIC POLLUTION AND SCREENS
National standards and common sense recommend to implement local control by
means of push buttons connected to terminal to operate when the remote
control battery is completely discahrged or the remote control is lost. This local
control will be helpful in emergency situations.
By the way, it’s suitable to store almost two remote control during the first
installation, one of wich will be held in a drawer and used in emergency.
Following International Standards requirements, the frequency assigned to
remote radio controls is 433,92 MHz. Interference can be introduced by some
wireless devices like:
radio controlled burglar alarms
radio controlled PC mouse and keyboards
radio controlled TV or HiFi systems
radio remote controls for gates, shutters, vehicles
Walkie Talkies
Some of these devices are used for short periods an the interference will not lead
to a malfunction. For continuous transmitting units it’s better to choose systems
that operates at a different frequency (868 MHz).
A radio scanner can help in finding radio devices or, more simply, test the
RadioControl-4 in the environment before to install permanently.
Attenuation of radio signal can be introduced when the RadioControl-4 and remote
control are separated by materials.
Indicative levels of attenuation for different materials are shown:
[12]
¡
¡
¡
¡
¡
LD1
LD2
LD3
LD4
OUT1
OUT2
OUT3
OUT4
ON
OFF
Wood and Gypsum
10% signal attenuation
Solid or hollow brick
30% signal attenuation
Reinforced concrete
70% signal attenuation
Metallic grills, aluminium panels and similar materials will
introduce a signal attenuation from 90% to 100%.
90% 70% 30%
BOX
OFFICE
BOX6
BOX1
BOX6
BOX2
BOX4
BOX3
Using our RadioControl-TX remote controls the operating range, is
100 meters approx, open air.
WARNING
1m
1m
1m
1m
