background image

DETECTION AND ACTIVATION:

When a person enters a room, the sensor detects major body motion 

and turns the light on. The light is kept on even as smaller body 

movement is detected. This sensor’s detection sequence logic (DSL) 

minimizes false triggering by continuously analyzes the motion 

detection signal and adjusts internal operation to maximize the 

and electrical noise.   

DESCRIPTION:

OPERATION OF SENSOR

Test Mode: This mode is used to set the Delayed-OFF Time to 5 seconds for 

while in test mode.

 

1. Ensure Power is On

 

2. Remove the cover from the Operation Control Console

 

defaulted to the OFF position. 

 4. To enter Test Mode, move the switch from OFF to ON and then back to 

OFF. IF B3 is already in the ON position, test mode can be entered by just 

moving it back to the OFF position.

Notes for Test Mode: 

DETECTION AREA

TESTING THE SENSOR

Presence Sensor designed to work with any PerfectSense power pack, to 

automatically control lighting in applications where minor motion is dominant 

and a dual technology sensor is necessary. Utilizes patented industry best 

superior micro-movement detection. Dual Form C Relays are present on the 

sensor to allow for integration to NexLight’s 2-wire system and HVAC/BMS 

Systems. The sensor turns the lights on and keeps them on while occupancy is 

There is a daylight sensor built into the sensor to allow for ambient light 

used, the controlled lighting load will only turn on if the ambient light present 

is less than the desired setting.

INSTALLATION:

See the back of this installation manual for installation instructions. The sensor 

is fully operational after 30 seconds of powering up the device.

Single-Tech Mode: Only one technology (dip switch selectable) is active in 

this mode. Motion detection by the selected technology will turn ON the 

lights as well as keep them ON. When motion is not detected, the lights will 

Multi-Tech Mode:  
Mode 1: Switch A1 is OFF and Switch A2 is OFF: PIR detection will turn 

lights ON in this mode, motion detection by either technology will keep the 

delayed-OFF time.
Mode 2: Switch A1 is OFF and Switch A2 is ON (this is the default mode): 

Detection by either technology will turn the lights ON as well as keep them 

ON. If neither technology detects motion, the lights will turn OFF after the 

delayed-OFF time. 

Delayed-OFF Time: The sensor is designed to turn the lights OFF if no black 

twist knob designated for timer inside the control console. Dependent 

upon environmental conditions and occupancy patterns, the adapting 

patterns will modify the delayed-OFF time to match the parameters of each 

installation.
Walk-Through Mode: The walk-through feature is useful when a room is 

momentarily occupied, such as a storage room. When a person enters the 

room, the lights will turn on and stay on for 2.5 minutes. After 2.5 

Scenario A: 

If motion is detected within 10 seconds of the lights shutting 

Scenario B: 

If no motion is detected within 10 seconds of the lights it sees 

detection the lights will turn on for 2.5 minutes.
Daylight Sensor: To enable daylight sensor operation, set Dip Switch 1 in 

Bank B to OFF. This puts the sensor in a stand-by mode when the natural 

light level exceeds the selected Foot Candles (FC) level inhibiting the lights 

from turning ON.
LED Operation: The Sensor has two LED indicators that, when enabled, will

has been detected by Infrared Technology, Green indicates Ultrasonic. 

TOP VIEW

Field of view intersection with floor (Top view in feet 9 foot mounting height)

0

20

12

4

0

8

16

4

12

20

16

8

10

10

Minor Motion Detection

(ft)

Detection range estimation:

Example for 8 ft height

Major motion detection range =13 ft ,

walking, thigh height, 2.6 ft

0.0

2.6

8

12

Height (ft)

above floor

10

Minor motion detection range = 8.5 ft

desk height,at 2.6 ft.

SIDE VIEW

0          3          6        10       13        16       20

         20      16        13       10         6          3

Minor Motion Ultrasonic

,

Major Motion Ultrasonic

,

Motion PIR

,

Minor

OPERATION MODE ADJUSTMENT

Switch  Function 

Settings 

Off 

On 

 

Bank A 

 

 

A1 

Multi/Single Technology  Features enabled by the combination of 

A1 & A2 are shown in the table below.  

A2 

Technology Activated 

A3 

N/A 

 

 

A4 

Walk-Thru Mode 

Walk-Thru Enabled  Normal Occupancy 

 

Bank B 

 

 

B1 

Daylight  Sensor 

Enabled 

Disabled 

B2 

LED Indicator 

Enabled 

Disabled 

B3 

Test Mode 

Off-On-Off (Toggle Enter/Exit) 

B4 

N/A 

 

 

 

A1 

A2 

Feature  

Off 

Off 

PIR technology turns light on; however, motion detection 

by either technology will keep the light on. If neither 

technology detects motion, the light turns off after the 

Delay-Off time. [Choose this option to reduce false 

activation due to ultrasonic technology.] 

Off 

On 

PIR or Ultrasonic technology turns light on and keeps light 

on. If neither technology detects motion, the light turns off 

after the Delay-Off time. [Default] 

On 

Off 

Only PIR technology is active. 

On 

On 

Only Ultrasonic technology is active. 

 

Infrared Range

Range setting

Full CCW = min.(OFF)

Full CW = max.

Ultrasonic Range

Range setting

Full CCW = min.(OFF)

Full CW = max.

Factory Default

Factory Default

Delayed-OFF time

30sec

5min 10min 20min 30min

Full CCW = min.(5 sec.)
Full CW = max.(30 min.)

Factory Default

Daylight Sensor

20 FC 40 FC 80 FC 160 FC 320 FC

Full CCW = Lights stay OFF

Full CW = Lights always turn ON (NO daylight override)

Factory Default

SETTINGS:

(Fig. Operation control console)

All aspects of sensor operation can be adjusted here
a. Ultrasonic Adjustment- For maximum range, set fully clockwise (CW). 

If reduced range is required, then turn counterclockwise (CCW) and test 

Detection.
b. Infrared Adjustment- For maximum range, set fully clockwise (CW). If 

reduced range is required, then turn counterclockwise (CCW) and test 

c. Delayed-OFF Time Adjustment: 

Each time motion is detected, the 

load remains activated for a pre-set time, which is set by the 

Delayed-OFF Time Adjustment, The fully CCW setting (30 seconds) can 

be used for testing. The fully clockwise setting is 30 Minutes. If motion is 

detected during the ON time, then the load remains activated until the 

full ON time has passed since the latest motion detection.

d. Daylight Sensor Adjustment: 

This level needs to be set in a room 

where natural light is at the desired level for the lighting load to not be 

turned on. The sensor will still see motion (indicated by the red LEDS)

1.  Set the daylight sensor knob to fully counter clockwise (lowest level)

3.  Turn the daylight sensor knob clockwise until the light turns on.

5.  This will be the setting

 1. The Delayed-OFF Time will remain in the 5 second test mode for 15 

minutes. It will then automatically reset to the Delayed -OFF Time setting

test mode. 

2. To manually take the sensor out of the test mode, move switch B3 from 

     OFF to ON and back to OFF again.

A

B

Summary of Contents for PS-PCL24-R

Page 1: ...able is active in this mode Motion detection by the selected technology will turn ON the lights as well as keep them ON When motion is not detected the lights will turn OFF after the delayed off time Multi tech Mode Mode 1 Switch A1 is OFF and Switch A2 is OFF PIR detection will turn lights ON in this mode motion detection by either technology will keep the lights ON If neither technology detects ...

Page 2: ...ch is set by the Off time adjustment The fully counter clockwise setting 30seconds can be used for testing If motion is detected during the ON time the timer resets and lights will remain on until the full PIR sensitivity can be dialed up or down to meet the exact needs of any space This adjustment is helpful to ensure detection in all areas during a walk test Setstheultrasonicrange Rangesetting F...

Page 3: ...Note Sensor tested using NEMA WD 7 2011 Occupancy Motion Sensors Standard ...

Page 4: ...tical view patterns An ellipse shape detection coverage not full circle Detect movement 40 degree across optical zone Sensor Technology Comparison HDIR technology significantly surpasses known boundaries of IR sensor technology Extending the capability of IR to new levels of accuracy through a combination of patented sensor hardware and logic algorithms The power behind this innova tion originates...

Page 5: ...dles FC level inhibiting the lights from turning ON LED Operation The Sensor has two LED indicators that when enabled will has been detected by Infrared Technology Green indicates Ultrasonic TOP VIEW Field of view intersection with floor Top view in feet 9 foot mounting height 0 20 12 4 0 8 16 4 12 20 16 8 10 10 Minor Motion Detection ft Detection range estimation Example for 8 ft height Major mot...

Page 6: ...oltage Wires Wallboard Ceiling Sensor Base Ring Sensor Base Mounting Screws 2 places Sensor Front Cover Mounting Anchors 1 cut 2 hole in ceiling 2 mount sensor 2 in 5 2 3 4 Included Parts List Sensor 1 Base mounting ring 1 Wall Anchors 3 Spring mounting clip 2 PIR detection Mask 1 7 8 Wall anchor screw 3 Tools required for install Slotted Phillips Screwdriver Wire Stripper Pencil Wire Cutters Hole...

Page 7: ...tical view patterns An ellipse shape detection coverage not full circle Detect movement 40 degree across optical zone Sensor Technology Comparison HDIR technology significantly surpasses known boundaries of IR sensor technology Extending the capability of IR to new levels of accuracy through a combination of patented sensor hardware and logic algorithms The power behind this innova tion originates...

Reviews: