LRC1010, LRC1015 datasheet
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TRIOS, multi-functional light controller, switching
Product details
• The LRC1010/1015 is a multifunctional light controller. Combined
with a Philips movement detector, infra-red receiver and/or light
sensor, it is a versatile local control system specifically designed for
energy saving solutions with nondimmable luminaires.
• TRIOS is simple in concept, it is easy and quick to install and requires
no functional commissioning.
• External facilities are not needed to change the functionality of the
unit. Sensors can be connected in any combination. The unit identifies
the connected sensor configuration and automatically adapts its
functionality accordingly.
• The single-channel light controller can switch any type of lighting load
up to 5A.
• Philips sensors and light controllers have modular sockets so that they
can be connected with standard sensor cables. The light controller
has a single modular input socket for sensors. A modular branching
connector is needed when more sensors have to be connected.
Branching connectors have to be ordered or obtained separately.
• The unit has a group address and a channel address to facilitate
individual switching of (groups of) luminaires in open plan offices.
TRIOS can have one out of 7 different group addresses and one out
of 5 different channel addresses. Group and channel addresses are
changed remotely with the OmniProg IRT8099/10, without access to
the unit or opening the ceiling.
• The unit has a digital input for one or more low-voltage pushbutton
switches (”toggle” ON/OFF).
• The LRC1010 is the installer box version. The front panel has four,
19mm wide slots with removable gates. The gates for mains in and
switched mains out have access holes, dimensioned for 20mm
diameter cable glands (not provided). The gates can also be removed
for alternative cable access solutions (eg. HAF). The 2 remaining gates
(with ”knock-outs”)have no function.
• The housing of the LRC1010 can be screw mounted against a wall or
ceiling. It can also be fixed against cable duct mounting plates (eg. van
Geel). A clamping bracket to fix the housing against a mounting plate
has to be ordered separately.
• The LRC1015 is the version with a DIN-rail housing. This type of
housing is intended for standard 35mm DIN rail mounting in mains
installation cabinets.
6
125
60
Ø 20
158
54
3,5
175
90
50
29
105
50
60
Dimensions in mm
LRC1010, LRC1015 datasheet
TRIOS, multi-functional light controller, switching
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Applications
Sensors
• Applications can range from offices (corridors, lobbies, etc. For desk
area’s the OccuSwitch range is more suitable), schools (corridors,
playing areas, halls, etc. For class rooms the OccuSwitch range is more
suitable), industry (distribution centers (a specific application sheet is
available)) and retail buildings.
• Lights can be controlled according to:
• manual light switching with an infrared receiver and transmitter, •
manual light switching with standard pushbuttons connected to the
LCU8020 pushbutton interface unit.
• manual light switching with a push-button connected to the digital
input (‘toggle’ switching).
• automatic light switching by a light sensor which monitors the
ambient light level.
• automatic light switching by a movement detector which monitors
the occupancy in a defined area.
• Sensor cables are used to connect sensors to the light controllers or
to increase the distance between the sensor and controller.
• The maximum cable lenght between a sensor and the TRIOS unit is
30 meters.
• The sum of sensor cable lengths may not exceed 125m with up to
two TRIOS units linked together, 100m with 3 or 4 TRIOS units and
85m with 5 TRIOS units.
• A functional control programme in TRIOS determines how the lights
are switched. The connected sensor configuration automatically
determines the selected control programme.
• All parameters within this control programme are fixed.
• With the OmniProg IRT8099/10 the group and channel address can
be changed.
• Sensor signals to one controller can be passed to a maximum of four
other controllers by interlinking the controllers via the modular input
sockets. A limited number of sensors can therefore control larger
loads (up to 25 A). Each controller has to be connected to mains and
luminaires.
General.
TRIOS detects which sensors are connected and activated, and
automatically adapts its functionality to the found configuration.
The table below gives a full survey for the various sensors and their
combinations.
Functionality
Address programming
The group and channel addresses of the TRIOS can be changed using
the OmniProg IRT8099/10. As programming must be a selective action,
the TRIOS programming tool has a reduced IR radiation and must be
carefully pointed at the relevant receiver. Each successful programming
action is confirmed by TRIOS by a short flash of the connected lights.
Push-button interface
In stead of, or in combination with, the infrared receiver, the pushbutton
interface LCU8020 can be connected. Push-buttons connected to the
LCU8020 can be given the same functions as the infrared transmitters,
but also other combinations are possible. Maximum 19 pushbuttons
can be connected. Functions realised in this way follow the rules for the
infrared receiver as listed in the table below. For instance: dimming of
channels and the selection of presets is disabled if a potentiometer is
connected.
123456
1
2
3
Telejack connectors
Pin/core
1
2
654321
3
RJ-12 (6p / 6c)
4
5
AWG 26
6
6
1
6
5
2
5
4
3
4
Colour wire
White
Black
Red
Green
Yellow
Blue
Function
+12 Vdc
GND
+5 Vdc
IR
RC5
The TRIOS system can be used with the Philips LRM 8xxx movement
detectors (normal height and high bay), the IRR801x IR receivers, the
LRI8102 high bay light sensor or the LRI813x multi sensors (for normal
heights). In the last case it is possible to use only one or two of the
three sensor functions.
Light Sensor
When allowed by other sensors that are possibly connected, the Light
Sensor will switch on TRIOS when the measured light level drops below
the switch on level (4 volts at the sensor output).
When the Light Sensor is used, the lux level on a working surface will
be approximately 600 lux, when the average surface reflection in the
room is 30%. Other lux levels are obtained with different reflection
coefficients.
The desired lux level can be changed by adjusting the light sensitivity
of the sensor (change its pre-adjusted sensitivity using the trimming
potentiometer).
TRIOS will switch off when the measured lux level remains above
the switch off level for more than 15 minutes. (8.8 Volts at the sensor
output).
Notes:
• When a Reference Level is set too high (corresponding to more than
4 Vdc at the light sensor input), the switch-off level (> 10 Vdc at the
light sensor input) cannot be reached.
• When the light sensor is used without an infrared receiver or a
potentiometer, the (default) lux level on a working surface will be 600 lux, when the average surface reflection coefficient in the room
is 30 %. Other lux levels are obtained with different reflection
coefficients.
LRC1010, LRC1015 datasheet
TRIOS, multi-functional light controller, switching
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Effects of Sensors
Sensors Infrared Receiver Movement Detector Light Sensor Trios Functions
Switch-On per channel.
pre-defined channels - presets automatic when area becomes occupied disabled if: - IR Receiver installed. 1
- push-button installed
1
- Light Sensor detects daylight
3
level higher than switch-on level.
automatic when daylight level drops below switch-on level 5
disabled if: - IR remote control or push-button is installed without Movement Detector 1,2
- lights were previously switched- off by IR remote control,
Pushbutton or Movement Detector 2
Movement detector detects an un-occupied area 4
- per channel. Push-button (“toggle”) Effects of Sensors and other peripherals with TRIOS LRC1010 and LRC1015
Switch-Off per channel
all channels
automatic
when area is unoccupied
longer than the defined delay time
automatic
when measured lux level
remains above 1.5x reference
level for more than 15 minutes
per channel
Application aspects:
1 As energy saving has the highest priority, TRIOS will never switch-on the lights automatically if manual control (IR remote control or push button)
is installed.
2 As an exception to this rule, the lights are automatically switched-on if daylight levels become too low after lights were previously switched-off
due to sufficient daylight. During this period of sufficient daylight the area must remain occupied and the lights may not be switched-off by manual
control.
3 Without manual control, lights are switched-on automatically, but only if daylight is insufficient.
4 Without manual control, lights are switched-on automatically , but only if the area is occupied.
5 For security applications and for daylight linking with conventional mains switching, the Light Sensor can be used (alone or combined with a
potentiometer) without any further sensors installed. In this case the digital input must be short-circuited. (this short circuit must be in place
before TRIOS is connected to mains).WARNING: if, besides the light sensor, other sensors are connected and active, make sure the digital input
is NOT short-circuited, in order to avoid unexpected and illogical system reactions.
LRC1010, LRC1015 datasheet
TRIOS, multi-functional light controller, switching
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Electrical connections and Wiring Diagram
≤ 1150 VA
L NN L
L
N
or
L
N
-+
R
C
LCC8024
RC5
R ≥ 22 Ohm
C = 0.25 μF
L NN L
IR
IR
Legend GB
IR
RC5
+
LCC8011
LCC8014
MAINS
Cu / Fe
HF > 42 KHz
LCC8012
LCC8013
< 3x TRIOS: Σ max. 125 m
< 5x TRIOS: Σ max. 100 m
5x TRIOS: Σ max. 85 m
l max. 30 m
l max. 125 m
F
NL
D
I
E
S
Infrared receiver
Récepteur infrarouge
Infra-rood ontvanger
Infrarot Empfänger
Ricevitore infrarosso
Receptor Infrarrojos
IR-mottagare
Movement detector
Détecteur de mouvement Bewegingsmelder
Bewegungsmelder
Rilevatore movimento
Detector de movimiento Rörelse detector
Light sensor
Cellule photo-électrique
Lichtmeetcel
Lichtsensor
Fotocellula
Fotocellula
Ljussensor
Potentiometer
Potentiomètre
Potentiometer
Potentiometer
Potenziometro
Potenciometro
Potentiometer
Push-button
Bouton poussoir
Druktoets
Taster
Pulsante
Pulsador
Tryckknapp
Push-button interface
Interface bouton poussoir Drukknopinterface
Tastermodul
RC5-Interfaccia pulsanti
Codificador pulsadores
Tryckknappsinterface
LRC1010, LRC1015 datasheet
TRIOS, multi-functional light controller, switching
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Switching and regulating the 1010/1015 with default control
parameters
MAINS
≤ 1150 VA
Sensor interface
Infrared signal Factory adjusted
preset values: LN NL
Light sensor C
Movement detector D
Power supply for sensors configuration
IR Remote control and/or conventional operation
IR
IR
IR
with energy saving
IR
IR
IR
IR
IR
IR
IR
IR
IR
A
Connections Mounting
LRC1010 Hands-free control with energy saving
A
B
LRC1015 IR
Technical data
Environmental conditions
Operating conditions
Temperature 5 °C to 55 °C
Rel. humidity 15% to 90%, no condensation
Storage conditions
Temperature -40 °C to +70 °C
Rel. humidity 5% to 95%
Mains input 230 Vac ±10 %; 50 Hz/60 Hz ± 5 %
2.2 VA (cos j = 0,45), no sensors, stand by
2.9 VA (cos j = 0,7), no sensors, ON
3.3 VA (cos j = 0,76), max. sensors, stand by
4.1 VA (cos j = 8,3), max. sensors, ON
Switching output 1150 VA, any type of lighting load
Digital input active low, (push-buttons for
“toggle” switching must be suited
for 5-volt switching)
Connections terminals screw terminals are suited for solid
or stranded wires with a crosssection of 0.5 to 2.5 mm2
Weight
LRC1010 LRC1015 Safety
Housing Flammability class. Glow wire test Insulation
sensor part Sensor cables Safety compliance EMC compliance
Immunity Emission rotocol RC5; IR address: Group
p
A - Group G, Channel 1 - channel
5. (programmable with OmniProg
IRT8099/10, factory setting: A1)
P1 = P2 = P3 = P4 = ON
Preset values can be changed
into ”off ” with the IRC 2130
transmitter or the LCU 8020
push-button interfase.
switch on level: 4 Vdc, Switch off
level: 8.8 Vdc, Switch off delay time:
15 min
switch off delay time: 0 min. (timer
inside movement detector)
+5 Vdc ± 5%; 9 mA: (infrared
receivers)
+12 Vdc ± 10%; 50 mA
(movement detectors, light
sensors and pushbutton interface
unit)
1 modular socket for a RJ-12
(6p/6c) modular plug
2 open-ended slots and 2 holes
for 4mm diameter screws; 4 stubs
on base plate fit in mounting plate
slots (clamping bracket required)
suited for mounting on a 35mm
DIN rail inside a mains installation
cabinet or similar
460 gr.
325 gr.
protection class IP 20
V0
960 °C
the sensor, digital, analogue and
programming inputs have double
insulation (4 kV) towards mains
and have basic insulation (2 kV)
towards the regulating output.
cables comply with signal wire
rules.
IEC 669-2
EN 61547
EN 55015
LRC1010, LRC1015 datasheet
TRIOS, multi-functional light controller, switching
Packing data
Type
LRC1010/20 LRC1015/20
Box dimensions
Qty
Material
(mm) 178 x 126 x 57
1
card board
105 x 95 x 65
1
card board
Ordering Data
Type
LRC1010/20 CONTR 1x1 ST S
LRC1015/20 CONTR 1x1 DIN S
3222 636 17222
07/2010
Data subject to change
www.philips.com/lightingcontrols
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MOQ
1
1
Ordering number
9137 003 31703
913 7003 31803
Weight (Kg)
net
0.46
0.33
gross
0.5
0.35
EAN code level 1
8711 559 731995
8711 559 732008
EAN code level 3
731995 99
732008 99