FALCON DR: double relay / high mount• FALCON XL-DR: double relay / low mount
Technology : Microwave and
Transmitter frequency : 24.125 GHz
Transmitter radiated power : <20 dBm EIRP
Transmitter power density : < 5 mW/cm²
Mounting height
• FALCON DR : from 11.5’ (3.5m) to 23’ (7m)
• FALCON XL-DR : from 6.5’ (2m) to 11.5’ (3.5m)
Tilt angles : 0° to 180° in elevation
Detection zone
• FALCON DR
(mounting height of 5m)
• FALCON XL-DR
(mounting height of 2.5m) :
Detection mode : Motion
Minimum speed : 2 in (5cm)/s (measured in the
Supply voltage : 12V to 24V AC ±10%
Mains frequency : 50 to 60 Hz
Power consumption : < 2W (VA)
Two Output relay (free of potential change-over contact)
• Max. contact voltage : 42V AC
• Max. contact current : 1A (resistive)
• Max. switching power : 30W (DC) / 60VA (AC)
microprocessor
: 13’ (W) x 16’ (D)
4m (W) x 5m (D)
13’ (W) x 6.5’ (D)
4m (W) x 2m (D)
sensor axis)
12V to 24V DC +30% / -10%
Hold time : 0.5s to 9s (adjustable)
Temperature range : -22°F to +122°F (-30°C to +60°C)
Degree of protection : IP65
Norm conformity : R&TTE 1999/5/EC
Dimensions : 4” (W) x 5” (D) x 3 ¾” (H) 102 mm (W) x 127 mm (D) x 96 mm (H)
Weight : 0.88 lbs (0.4 kg)
Material of housing : ABS and polycarbonate
Material of bracket : Anodized aluminium
Length of cable : 33’ (10m)
Manual adjustment
• Orientation of sensing field (mechanically)
• Multiple functions (by push buttons)
Remote control adjustments
• Sensitivity
• Hold time
• Detection mode
• Pedestrian and parallel traffic rejection mode
• Output configuration
• Security
EMC 89/336/EEC
Tranceiver module
(planar antenna)
Green LED
Infrared Receiver
Red LED
2 Push Buttons
Microprocessor
Terminal block
INSTALLATION
TIPS
The sensor must be firmly
fastened to prevent from
vibrating.
75.5268.01 20070111 Page 1 of 7
The sensor must not be placed
directly behind a panel or any kind
of material.
The sensor must not have
any object likely to move or
vibrate in its sensing field.
The sensor must not have any
fluorescent lighting in its
sensing field.
OPENING AND
CLOSING THE
SENSOR
BRACKET
MOUNTING
WIRING
SENSOR
DIMENSIONS
AND MOUNTING
• Loosen the retaining nut until the cable slides easily into
the grommet ;
• Partially unscrew the 2 front cover screws ;
• Pull out the front cover with the 2 front cover screws.
• Connect the quick disconnect terminal block to the main electronic
circuit ;
• Slide the main electronic circuit into the 2 housing slot guides and
pull the main cable gently at the same time ;
• Gently push the front cover and make sure that the external
housing is properly seated (front cover must be flush with housing).
• Screw the 2 front cover screws and tighten the retaining nut.
• Check that both locking
• Align the bracket slot to the
To insert or to remove the cable:
• Unscrew the retaining nut
• Pass the cable through the
• Screw the retaining nut
BROWN-GREEN Power supply
YELLOW COM 1
WHITE NC 1
PINK NO 1
BLACK COM 2
RED NC 2
BLUE NO 2
Ceiling mounting
2.5 in
Wall mounting
6 in
6.5 in
6 in
5.5 in
3 in
Bracket dimensions
5 in
6.25 in
5 in
6.25 in
collars are at the same
position
locking collar guide as shown
retaining nut and the grommet
Note: The bold-type values give the minimum distance required to be able to fully adjust the sensor.
75.5268.01 20070111 Page 2 of 7
A
A
A
SENSING FIELD
DIMENSIONS
FALCON (Mounting height: 16.5’ (5m)
6 3 0 3 6
3
6
9
12
15
The sensing fields here on
the left correspond to the
following adjustments:
• Tilt angle:
15°, 30°, 45°
•Sensitivity: 9
2
5
6 3 0 3 6
2
5
The sensing fields
here on the left
3
correspond to the
following adjustments:
6
9
• Tilt angle: 30°
• Sensitivity:
12
9,6,3
15
18
21
H = 16.5 ft.
S = 9
8
1
FALCON (Mounting height: 11.5’ (3.5 m)
6 3 0 3 6
3
6
9
12
15
18
21
H = 11.5 ft.
S = 9
FALCON XL (Mounting height: 8’ (2.5 m)
6 3 0 3 6
3
6
9
12
H = 8 ft.
S = 9
15
The sensing fields here on
the left correspond to the
following adjustments:
• Tilt angle:
15°, 30°, 45°
•Sensitivity: 9
12
15
18
1
The sensing fields here on
the left correspond to the
3
following adjustments:
6
• Tilt angle:
15°, 30°, 45°
9
•Sensitivity: 9
12
15
8
1
H = 16.5 ft.
ngle = 30
°
6 3 0 3 6
3
6
9
12
H = 11.5 ft.
ngle = 30°
15
6 3 0 3 6
3
6
9
12
H = 8 ft.
ngle = 30°
15
18
21
The sensing fields
here on the left
3
correspond to the
following adjustments:
6
•Tilt angle: 30°
9
• Sensitivity:
9,6,3
12
15
The sensing fields
here on the left
3
correspond to the
following adjustments:
6
•Tilt angle: 30°
9
•Sensitivity:
12
9,6,3
15
LED SIGNAL
• When the power is turned ON the red and green LED flash for a few seconds.
• During a detection the red LED lights on.
• During configuration the red LED flashes a number of times corresponding to the parameter being changed (see table). The green
LED flashes a number of times corresponding to its setting.
75.5268.01 20070111 Page 3 of 7
CONFIGURATION
WITH REMOTE
CONTROL
1. DESCRIPTION OF THE INFRARED REMOTE CONTROL
• Open the battery compartment at the back of the remote control ;
• Insert two AAA batteries supplied with the remote control as shown beside ;
• Close the battery compartment.
Plus
Minus
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
0-9 Number keys
Output redirection
Unlock
Holdtime
Sensitivity
Detection mode
Rejection mode
(10) Not used
(11) Not used
(12) Not used
(13) Not used
(14) Not used
(15) Check Values
(16) Lock
(17) Output configuration
(18) Not used
(19) Setup
(20) Not used
Note: For optimum results point the remote control to the sensor
before pressing its buttons.
2. CONFIGURATION OF THE SENSOR
PARAMETERS ACTIONS LED SIGNAL
UNLOCK
LOCK
75.5268.01 20070111 Page 4 of 7
Press the UNLOCK key (4).
Enter your 4-digit access code using 0-9 NUMBER keys (1).
During the first sensor adjustment or if the access code is reset to the "0000" val ue (factory setting) or during the first minute after the power-on, press only the UNLOCK key
(4) (no access code required).
UNLOCK with access code
UNLOCK without access code
When all the parameters have been set, press the LOCK key (16).
If you wish to enter a new access code, use 0-9NUMBER
keys (1) to enter the new 4-digit access code within 1 minute.
If no access code is entered or if you want to keep the current access code, press the
LOCK key (16) once more.
If no remote control key is pressed within 1 minute, the adjustment session is automatically
locked.
LOCK with access code change
LOCK without access code or access code change
Every adjustment session using the infrared remote control must start with unlocking and end with a double locking.
The table below lists the parameters able to be adjusted by remote control and the operations required in order to adjust these
parameters.
The red LED flashes quickly waiting for the
access code.
After entering the correct access code or if no
access code is required, the red LED flashes
slowly to indicate that the unlock is successful
and the adjustment session has begun.
= Adjustment session ON
Note:
The red LED stops flashing to return to its normal
function.
Note: All parameters or functions listed in the following tables are only accessible if the sensor is in adjustment session. The red LED is then slowly flashing.
During an adjustment session each parameter may be checked or changed at any time in the following way:
PARAMETERS ACTIONS
CHECK
VALUES
Press the key corresponding to the parameter to be checked and then press the CHECK VALUES key (15).
Count the number of times the green LED flashes, which corresponds to the value of the checked parameter. No green LED flash corresponds
to the value 0.
Repeat this operation to check the value of the other parameters if required.
PLUS
Example: SENSITIVITY key (7) – 7 flashes of the LED: the radar sensitivity is set at the value 7.
CHECK VALUES :
Press the key corresponding to the sensitivity (7) or holdtime (6) parameter to be modified and then press the PLUS key (3) to increase the
value by 1 unit.
MINUS
PLUS :
Press the key corresponding to the sensitivity (7) or holdtime (6) parameter to be modified and then press the MINUS key (5) to reduce the
value by 1 unit.
MINUS :
Note about LED signal: The red LED flashes quickly waiting for the value. Once this has been entered, it flashes slowly again.
Press the SENSITIVITY key (7).
Use the NUMBER keys 0-9 (1) to enter the sensitivity required (or adjust this
parameter using the PLUS (3) or MINUS (5) keys as explained above)
SENSITIVITY :
Press the HOLD TIME key (6).
Use the NUMBER keys 0-9 (1) to enter the required hold time (0.5 s to 9 s)
(or adjust this parameter using the PLUS (3) or MINUS (5) keys as explained
above).
To increase the sensitivity means to increase the sensor
capabilities to detect small useful signals.
Practically, to increase the sensitivity leads to increase the
dimensions of the sensing field.
The hold time allows extended output activation time after a
motion detection has stopped. It is recommended to use this
parameter instead of the operator’s one with the same function
(interferences with the sensor)
With the bidirectional mode, the approaching and departing
target is detected. With the unidirectional mode, only the
approaching target is detected.
Using the MTF (Motion Tracking Feature) enables the sensor
to automatically switch from the unidirectional mode to
bidirectional mode as soon as a target is detected. This
function is recommended for applications with elderly people
or anyone approaching the door hesitantly.
The discrimination between a pedestrian and the different
vehicles depends mainly on the mounting height and the
microwave module tilt angle. Be careful that the rejection
function increases the response time of the sensor.
Use the next table as suggestions and do not hesitate to
increase or decrease the rejection level to obtain the required
rejection.
23 ft
16.5 ft
11.5 ft
10 ft
7.5 ft
DETECTION
MODE
REJECTION
MODE
HOLD TIME :
Press the DETECTION MODE key (8).
Use the NUMBER keys 1-3 (1) to select the required mode :
Key 1 : bidirectional mode
Key 2 : unidirectional mode
Key 3 : unidirectional mode with the MTF function
DETECTION MODE :
Press the REJECTION MODE key (8).
Perturbations immunity is used to avoid detection due to environmental
perturbations (vibrations, rains, etc).
“Pedestrian/parallel traffic rejection” provides both rejection of pedestrian
and rejection of any parallel traffic simultaneously.
Use the NUMBER keys 1- 5 (1) to enter the required rejection mode :
Key 1 : detection of all kind of targets in motion
Key 2 : detection of all kind of targets in motion
Any motion detected activates relay 1.
Motion of vehicle triggers relay 2.
Pedestrian or vehicle mode detection only works if pedestrian
rejection is enabled (immunity parameter set to 3,4 or 5).
Otherwise the sensor does not classify target types and as a
consequence is never able to trigger relay 2.
OUTPUT
REDIRECTION
Key 2: towards or away mode detection
Motion towards the detector triggers relay 1.
Motion away from the detector triggers relay 2.
Towards or away mode detection only works if the detection
parameter is set to 1 (bi-directional). Otherwise the sensor
does not detect any motion anymore.
This works also if pedestrian rejection is enabled (immunity
OUTPUT
CONFIGURATION
Press the OUTPUT CONFIGURATION key (17).
Use the NUMBER keys 1-4 (1) to select the required output configuration :
Detection
No Detection
Active
Passive
parameter set to 3,4 or 5)
During an adjustment session all parameters may be reset to their factory values in the following way :
PARAMETERS ACTIONS
FACTORY
VALUES
Press the SETUP key (19), then press the NUMBER key 9.
All the parameters (except the access code) are reset to the factory values.
Without remote control all of the parameters can be set using the 2 push buttons.
Note: These two buttons are accessible from the sensor front cover with a small point.
• To adjust the sensor using the buttons :
Press and hold either push button for 2 seconds (until the LEDs flash) and then
release the button ;
• To end adjusting the sensor using the buttons :
Press and hold either push button for 2 seconds (until the LEDs stop flashing) and
then release the button;
Note : if no button is pressed within 20 seconds the adjustment session is
automatically ended.
• To reset all the parameters to the factory values :
Press and hold both push buttons simultaneously until the two LEDs switch on for 1 second (after 2 seconds).
During the manual adjustment session the red and green LEDs flash successively and continuously.
• The flashing number of the red LED provides the number of the displayed parameter (see next table);
• The flashing number of the green LED provides the value of the displayed parameter ;
Note: no green flashing indicates the zero value.
During the manual adjustment session :
• Each press on the right buttonincreases the number of the displayed parameter by one unit ;
• Each press on the left button increases the value of the displayed parameter by one unit.
Note: When the maximum value or the highest number of the parameter is reached, it will return to its minimum values.
For example, to change the sensitivity from 7 to 9 and the rejection mode from “detection of all kind of targets in motion” to High
“Pedestrian/parallel traffic” rejection.
• Press any button for 2 seconds to enter the adjustment session and then release it.
• The red LED flashes once (1 = sensitivity) and the green LED flashes 7 times (sensitivity=7).
• Press the left button twice to increase the sensitivity from 7 to 9.
• The red LED still flashes once (1 = sensitivity) but the green LED flashes 9 times now (sensitivity=9).
• Now press the right button 4 times to move to function 5 (rejection mode).
• The red LED flashes 5 times (5 = rejection mode) and the green LED flashes once (detection of all kind of targets in motion)
• Press the left button 4 times to set the parameter to High “Pedestrian/parallel traffic” rejection.
• The red LED still flashes 5 times (5 = rejection mode) but the green LED flashes 5 times now (High “pedestrian/parallel traffic”
rejection).
•Press any button during 2 seconds to end the adjustment session and then release it.
75.5268.01 20070111 Page 6 of 7
TROUBLESHOOTING
COMPANY
CONTACT
SYMPTOM PROBABLE CAUSE CORRECTIVE ACTION
The door will not open and
The sensor power is off. Check the wiring and the power supply.
no red LED lights up.
The sensor "sees" the door moving. Increase the tilt angle and/or reduce the sensitivity. The door opens and closes
constantly.
When closing the door creates vibrations
picked up by the sensor.
Ensure that the sensor is correctly fixed.
If the rejection mode is set at level 1, set this parameter to
level 2.
Reduce the sensitivity.
Switch to unidirectional mode.
The sensor will not unlock
when access code is
entered.
The sensor does not
respond to the remote
control.
Improper access code being entered. Cut and restore power supply. No access code is required
to unlock during the first minute after powering. Press on
“unlock”, then on “lock” and introduce a new access code.
Batteries in the remote control are weak
or installed improperly.
Check the batteries insertion.
Change the batteries.
Remote control is badly pointed. Point the remote control towards to the sensor.
Do not leave problems unresolved. If a satisfactory solution cannot be achieved after troubleshooting a
problem, please call B.E.A., Inc. If you must wait for the following workday to call B.E.A., leave the door
inoperable until satisfactory repairs can be made. Never sacrifice the safe operation of the automatic door
or gate for an incomplete solution.
The following numbers can be called 24 hours a day, 7 days a week. For more information, visit www.beasensors.com.