LEGRAND PRO 21 7756 36 User manual

PRO 21™
No neutral switch
7756 36
Characteristics
Incandescent lamp
Halogen lamp
ELV halogen lamp with ferromagnetic or electronic

N0064HA4/00
110 V Min. 60 W 60 W 60 VA
Max. 150 W 150 W 150 VA
230 V Min. 60 W 60 W 60 VA
Max. 300 W 300 W 300 VA
Important :
Ferromagnetic transformers must be charged to more
than 60% of their nominal power.
Take account of the efficiency of the ferromagnetic
transformers when calculating the permissible power.
(eg. transformer for a 50 W bulb with efficiency of 0.78
=> actual power consumed by the transformer = 64 VA)

2
L
N
Connection
Voltage 100 - 240 V AC
Frequency 50 - 60 Hz
2 x 1,5 mm2
Depth = 40 mm min.
Radio frequency 868.3 MHz
Range about 200 m, in free field
+ 5°C to + 45°C
Characteristics
Important :
A load must be
connected
before starting
product learning
in a scenario.

3
ON / OFF
Description
LEARN indicator light
Control
buttons
Identification No.
LEARN button
Communication media
RF => Radio Frequency
Factory settings
On first powering up, pressing the
buttons ON or OFF controls the
lighting point connected to the cut
phase terminal.
Pressing LEARN twice cancels this
general control function.

4
Operation
The no neutral switch controls the load that is connected to its cut phase terminal ($) using the ON or OFF buttons, or fol-
lowing a command received from a Leader (transmitter) product that it was linked to during the learning(1) of a scenario(2).
It is then the Actor (receiver) of a scenario and can take part in a maximum of 16 scenarios.
It can also command radio products through the RF/PLC interface Cat. No.036 06.
(1) Learn phase :Operation to associate products so that they can be controlled simultaneously from a central point.
This association is carried out by applying the learn scenario procedure on page 5
(2) Scenario :Corresponds to the set of products (actors) that are associated with a command key.

5



Learn scenario
Key
The indicator lamp
goes off
Press LEARN Press the command key that is to
control the scenario
Press LEARN
Press LEARN
Press the command key that is to be
associated with the leader
The indicator lamps of all the products go off.
The scenario is recorded.
Step 1 : Start the learn phase (on the LEADER)
Step 2 : Add an actor to the scenario (on the ACTOR)
Step 3 : Record the scenario (on the LEADER)
To add a number of products to the scenario, repeat operations and for each actor.
The indicator lamp
blinks slowly
The indicator lamp
blinks quickly
The indicator lamp
flashes

6




Modification of a scenario
Press LEARN Press the command key
that controls the scenario
The indicator lamps of all the product
in the scenario blink.
Press the command key
that is to be associated
Step 1: Open the scenario (on the LEADER)
Press LEARN
or
Press LEARN
To remove the product from the
scenario, go to step 3
Step 2 : Modify the state of an actor in the scenario (on the ACTOR)
Step 3 : Record the scenario (on the LEADER)
Press LEARN
The indicator lamps of all the products go off.
The scenario is recorded.

7


Clearing a scenario
Press LEARN
The scenario is cleared
Press the command key
and hold it down for 10 s
Clear all the scenarios linked with the command key (on the LEADER)
Press LEARN
Return the product to
factory configuration
Press LEARN and hold
down for 10 s
Clear all the scenarios linked to this product (on the LEADER)
5 s
5 s

8
DECLARATION DE CONFORMITE
Nous déclarons que les produits satisfont aux dispositions de :
We declare that the products satisfy the provisions of
:
La Directive 1999/5/CE du Parlement européen
et du Conseil du 9 mars 1999 "R&TTE"
sous réserve d'une utilisation conforme à sa destination
on condition that they are used in the manne
r
et/ou d'une installation conforme aux normes en vigueur
intended and/or in accordance with the curren
t
et/ou aux recommandations du constructeur
installation standards and/or with the manufacturer'
s
recommandantion
s
Ces dispositions sont assurées pour la directive 1999/5/CEE par la conformité aux normes suivantes :
These provisions are ensured for directive 1999/5/CEE by conformity to the following standards
:
EN 300220-3
EN 55022
EN 60669-2-1

9
PRO 21™
Funk- Schalter ohne Neutralleiter
7756 36
Technische Daten
Glühlampe
Hochvolt Halogenlampe
Niedervolthalogenlampen mit konventionellem trafo

110 V Min. 60 W 60 W 60 VA
Max. 150 W 150 W 150 VA
230 V Min. 60 W 60 W 60 VA
Max. 300 W 300 W 300 VA
Wichtig :
Die Last der elektronischen Trafos muss mehr als 60 %
ihrer Nennleistung betragen.
Bei der Berechnung der zulässigen Höchstlast muss
der Wirkungsgrad der elektronischen Trafos berück-
sichtigt werden.
(Beispiel: Trafo für eine Lampe mit 50 W mit einem
Wirkungsgrad von 0,78 => effektive Leistungsaufnahme
des Trafos = 64 VA)
Hinweis :
El. Trafos haben in der Regel einen Wirkungsgrad nahe
1 (0,98). Daher ist diese Berechnung in vielen Fällen
nur bei gewickelten Trafos erforderlich.

10
L
N
Anschluss
Spannung 100 - 240 VA
Frequenz 50 - 60 Hz
2 x 1,5 mm2
Einbautiefe = min. 40 mm
Funkfrequenz 868.3 MHz
Reichweite ca. 200 m ohne Hindernisse
+ 5°C bis + 45°C
Technische Daten
Wichtig :
Vor dem Einlernen
des Gerätes muss
eine Last ange-
schlossen werden.