Philips OccuSwitch Classic Installation And Programming Manual

OccuSwitch Classic
LRM2376
Installation and
Programming Guide
Field of View
SIDE VIEW
TOP VIEW
Wiring
Danger
Turn OFF breaker of all circuits involved. Wiring the
device with power ON could result in serious injury
or death.
LRM2376 Wiring

Specifications*

Input Voltage:
120-277 VAC
Operational Frequencies:
50/60Hz
Load Rating:
800W @ 120VAC; 1200W @ 277VAC;
Motor: 1/4 HP Load; No minimum load;
Dimming load—sinks < 20mA (~40 ballasts
@ 0.5mA each)
Environmental Conditions:
Operating Temp: 14 to 160°F (-10 to 71°C)
Storage Temp: -14 to 160°F (-26 to 71°C)
20% to 90% non-condensing, relative
humidity. For indoor use only.
Size:
Diameter: 4.55" (11.56cm);
Depth: 1.55" (3.94cm)
Weight:
6oz (0.17kg)
Regulatory compliance:
UL, cUL, and Title 24.
*Subject to change without notice.

Product Description

The Philips OccuSwitch Classic Self-
Contained Daylighting Occupancy Sensor
offers Passive Infrared (PIR) occupancy
detection and photocell control of
0-10VDC dimmable ballasts. The LRM2376
is an effective solution for areas where both
occupancy and daylight need to be
considered in the control scenario. With an
integrated line switching relay, this sensor is
perfect for applications where locating a
power pack is difficult, such as retrofitting
rooms with concrete or inaccessible
ceilings. The sensor is line powered,
switches line voltage, and requires no field
calibration or sensitivity adjustments.
Mounting
• Sensor's mounting holes align with 3.5"
octagon or single gang handy box (screws
not provided).
•
Sensor will detect motions crossing
segments more effectively than motions
parallel to beams.
•
For optimal detection, position sensor
such that segments are crossed upon
entrance and unable to view outside the
space.
Function Definitions
2 Occupancy Time Delay
The length of time an occupancy sensor will
keep the lights on and at full bright after it last
detects occupancy (assuming minimum on
time has been met)
3 Dim to Off Time
An extended length of time after the
occupancy time delay has expired that a
sensor will first reduce lighting to the low
dimming range setting before turning
completely off
4 100 Hour Burn-In / Auto Set-Point
Test Mode
Disables Minimum On Time, sets
Occupancy Time Delay to 30 sec, and
shortens all photocell transitions and
dimming rates. Mode will expire after 10
min or if function 4 is set back to Normal.
100 Hour Burn-In
Overrides relay on and/or dimming output
to full bright (typically for lamp seasoning)
Auto Set-Point
Photocell calibration procedure for
detecting optimum lighting control level

Important Safety Information

Parts of the sensor carry line power, which
is a potential lethal voltage. This product
was designed and manufactured to ensure
maximum safety during operation and
service. Always read these safety
instructions before installing, maintaining or
servicing the product, and strictly comply
with these instructions.
- This product should be installed by a
qualified electrician.
- This device is designed for indoor use
only.
- Disconnect power at circuit breaker or
fuse when servicing, installing or removing.
- Only use with copper or copper clad wire.
- Wire sensor to the line power according
to the wiring scheme in this guide.
- To avoid short circuits, do not expose this
product to rain or condensing moisture.
Short circuit may cause fire or electric
shock hazard. Operate the devices
between 14°F to 160°F (-10°C to 71°C)
ambient temperature.
Automatic Dimming Control
The LRM2376 photocell maintains the total room light level by controlling levels of
0-10VDC dimmable ballasts. The photocell has full On/Off control of the load
during periods of occupancy. There is also a second occupancy time-out period
that enables the lights to go to a dim setting before turning off.
Initial Turn ON for all models
The sensor's relays are shipped in a latched closed position so the lights will come on upon initial
power-up. If the lights do not immediately turn on (initial installation only) the latching relays
opened during shipment and will close within 30 secs.
Note: If the sensor loses power, the relays will latch to ON.
Compatibility
Compatible with Philips Advance Mark 7
and EssentiaLine 0-10V series of dimmable
electronic ballasts.
Philips Advance Mark 7 Series
5 Ten's Digit of Holdback Set-Point
The ten's digit of the target light level for
daylight holdback in foot-candles.
6 One's Digit of Holdback Set-Point
The one's digit of the target light level for
daylight holdback in foot-candles.
7 Sunlight Discount Factor
Value used to improve the tracking accuracy
of a photocell during periods of high daylight.
Decreasing the value will lower the controlled
level of the lights.
8 Incremental Holdback Set-Point
Adjustment
Alters the target light level for daylight
holdback in foot-candles.
10 Minimum On Time
The length of time required for lamps to be
on in order to prevent all short cycling that
shortens lamp life. If occupancy time delay
expires prior to minimum on time being
satisfied, the lamps will remain on until time
has been met.
- Whenever it is suspected that an unsafe
condition exists, switch off power at the
circuit breaker and replace the device.
Safety is likely to be impaired if, for
example, the equipment fails to perform the
intended functions or if the equipment
shows visible damage. Do not paint the
device.
- Use only a soft damp cloth to clean, never
use any abrasive or chemical cleaner.
Warning
It is the installer's responsibility to ensure that the
equipment being controlled is visible from every
control location and that only suitable equipment is
connected to these controls. Failure to do so could
result in serious injury or death.
The product is intended to control lighting loads. Do
NOT use to control equipment that could create
hazardous situations, like entrapment. For examples,
do NOT install this product to control motorized
gates, garage doors, industrial doors, microwave
ovens, heating devices, etc.
Philips EssentiaLine Series
11 Photocell Mode
Indicates a photocell sensor's method of
operation. One mode enables the sensor to
turn the lights both on and off, while the
other mode can only inhibit the lights from
turning on. For dimming sensors, this mode
enables disabling of on/off functionality.
15 Dimming Range (High)
The maximum output level (0-10 VDC) of a
sensor with a dimming output
16 Dimming Range (Low)
The minimum output level (0-10 VDC) of a
sensor with a dimming output
Note
For information on additional advanced
settings, including resetting unit to factory
defaults, contact:
Technical Support: 1.800.372.3331