Osram SOLAR Operating Instructions
Osram SOLAR Operating Instructions

Osram SOLAR Operating Instructions

Presence sensor (light and motion sensor)

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SOLAR
Presence sensor
(light and motion sensor)

Operating instructions

II 2009
SOLAR_ba0902en_we1.01.indd
OSRAM GmbH
Kunden Service Center
Customer-Service-Center (CSC)
Steinerne Furt 62
86167 Augsburg
Germany
Tel : +49 (0) 1803 677 - 200
(kostenpflichtig / charges apply)
Fax.: +49 (0) 1803 677 - 202
www.osram.com
www.osram.de
40083213856280
4008321385628
Description
A
G
E
F
E
D

Operation

Function and application
The "SOLAR" presence sensor detects the presence of people
and measures the intensity of ambient light. The energy supply
for the presence sensor is provided by solar cells or, if daylight
or artificial light is insufficient, by batteries.
The radio control system is primarily used to extend existing
electrical installations without additional cabling.

Function

The values measured by the presence sensor (motion, light
value) are transmitted to the "Switch RC" radio receiver via a ra-
dio signal. The measured light value depends on the incidence
of daylight, the artificial lighting and the properties of the surface
(light/dark).
The presence sensor is only ensured to function in combination
with the radio receiver. All switching functions and parameter
settings of the presence sensor are executed via the radio
receiver.
The following parameters can be set for every presence sensor
programmed for the radio receiver:
Delay (switch-off delay time if no motion is detected)
Light value
Mode
Note:
More information on the parameter settings can be found in the
separate instructions for the „Switch RC" radio receiver.

Energy supply from solar cells/batteries

If daylight or artificial light is sufficient, the sensor is powered
by solar cells.
For immediate operation, the energy storage unit must first be
charged for approx. 5 minutes at a minimum of 50 – 100 lux.
For light value measurement to function properly, the energy
storage unit must be charged for several days at a minimum of
50 – 100 lux.
The "Test" button can be used to check the operational readi-
ness of the presence sensor; see "Testing the operational
readiness".
The presence sensor can optionally be operated with batteries
if, for example, the sensor is located in a room with a very low
light value (< 50 lux).

Construction

The presence sensor is made up of the following components:
"LRN" button (A) for programming the presence sensor for
the radio receiver
Taste LRN
"Test" button (B) for sending a test signal
Light sensor (C)
Taste Test
B
Motion sensor (D)
Lichtsensor
Solar cells (E)
C
LED Test
"Test" LED (F) for monitoring the operational readiness
Housing (G) with battery compartment
Note
The presence sensor cannot be used to manually switch
the lighting on and off. Because all switching functions and
parameter settings of the presence sensor are executed via the
"Switch RC" radio receiver, the function of the presence sensor
is only ensured in combination with the radio receiver.
Programming the sensor for the radio
receiver
The presence sensor can be programmed for a radio receiver
and can be deleted again.
Proceed as follows:

Activate the programming mode of the radio receiver; see
the separate instructions of the "Switch RC" radio receiver.
Press the "LRN" button.
Then proceed as follows if persons were located within the de-
tection area when the presence sensor was being programmed:

Ensure that all persons leave the detection area of the pres-
ence sensor.
Enter the detection area again after at least 2 minutes
elapse.
Result: The presence sensor sends an ON signal and functions
properly.
Continued on the back page!

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Summary of Contents for Osram SOLAR

  • Page 1: Operating Instructions

    Function and application The “SOLAR” presence sensor detects the presence of people and measures the intensity of ambient light. The energy supply for the presence sensor is provided by solar cells or, if daylight SOLAR or artificial light is insufficient, by batteries.
  • Page 2: Replacing The Batteries

    Testing the operational readiness Operation (cont.) For solar operation, the energy storage unit must be sufficiently charged; see “Energy supply via solar cells/batteries”. To check the operational readiness, proceed as follows:  Press the “Test” button. The presence sensor sends a test signal.

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