Technical And Constructional Information; Id Plate And Marking Data; Instructions For Start-Up - GIESSE RC Mode D'emploi

3. Technical and constructional information

• The RC radio remote control transmits radio waves at the frequency of 433.92
MHz. It has a protocol that changes its code at each transmission (rolling code)
according to a predetermined algorithm with a total of over 18 x 10^18 possible
combinations.
• 30 Direct transmission channels (from 01 to 30). With the F1 and F2 functions
implemented, there can be as many as 90 control outputs for specific
transmission processes.
• The command issued can be received by an electrical appliance equipped with a
receiver of the same nature which has already been set up for reception.
• The casing is constructed in recyclable thermoplastic material (PC-ABS -
(Polycarbonate-Acrylonitrile Butadiene Styrene)) which is particularly shock
resistant.
• The batteries are enclosed by a snap door with the product's technical data label
attached to it.
• Powered by 2 AAA 1.5V
voltages from 1.8V
• Provided with a liquid crystal display and silicone control keypad.
• The "free-field" transmission distance covers a sphere with a radius of 50 m.

4. ID plate and marking data

RC remote controls have CE marking and comply with the Standards listed in the
Declaration of Conformity.
The plate data is displayed on an adhesive label placed on the outside of the casing,
which must remain intact and visible.
The main information it displays includes: manufacturer's address, product name -
model number, technical characteristics, production date and serial number.
In the event of a complaint, please indicate the serial number (SN) displayed on the
label.
An explanation of the symbols used on the label to abbreviate the technical
characteristics is given in the table in the chapter on "TECHNICAL DATA".

5. Instructions for start-up

T
HESE INSTRUCTIONS ARE INTENDED FOR TECHNICAL AND SPECIALIZED PERSONNEL
T
HUS BASIC SAFETY AND WORKING TECHNIQUES ARE NOT DISCUSSED
Standby state
When the batteries are inserted, the radio remote control goes into a standby
state; the display is off and the microprocessor is in the power down state, so the
entire device is in a state of very low consumption.
The radio remote control returns to this state whenever 30 seconds have passed
since the last button was pressed.
batteries. (The radio remote control works with
to 3.3V ).
21
.
.