Halma BEA BODYGUARD III-C User manual

75.5184.09 EN 20110819 Page 1 of 13
DESCRIPTION
TECHNICAL
SPECIFICATIONS
COMPONENT ID
INSTALLATION
TIPS
The sensor must be
firmly fastened to
prevent vibration.
BODYGUARD III-C
USER’S GUIDE
PRESENCE SENSOR
The BEA Bodyguard III Presence Sensor (10BODYGUARDIII) is a self-monitored ready overhead-mounted diffused active
infrared sensing device that provides detection for the triggering of automatic swing door safety functions. This sensor is
designed for use with all of BEA’s LO-21 modules, as well as the EDPS system using the DP-HUB. When used with BEA’s
lockout devices, the sensor is programmed to allow two different fields of detection - one for detection when the door is in
the fully closed position and the other for detection when the door is fully open. While the door is in the fully open position,
the Bodyguard extends its coverage back through the threshold area of the doorway, to provide coverage that will overlap
with BEA’s motion sensors. As with all of BEA’s programmable sensing devices, full adjustability is achieved with the use of
BEA’s hand-held remote control unit. This allows alteration of all of the available functions as well as for inquiry of existing
settings. Should the need arise; the Bodyguard may also be tuned by means of two sensor-mounted buttons contained on
the PC Board within the unit. With these two buttons, the Bodyguard’s field of detection can be altered without the use of the
hand-held remote. If a complete door-mounted sensor (SuperScan) system is not used in addition to the Bodyguard, BEA,
Inc. recommends the use of a lockout safety beam to allow safety signaling if the zone is entered during a door closing
cycle.
Installation Height - Variable 9’-0” max. (recommended 6’-6” to 8’-0”)
Mounting Angles
Bodyguard only
Bodyguard with Bodymount
+5°, +10° (factory default setting: +5°)
0°, +5°, +10°
Power Supply 12 to 24 V AC / DC +/- 10%
Frequency 50-60 Hz
Output Max. Voltage at contacts: 60V DC / 125V AC
Max. Current at contacts: 1 A
Max. switching power: 30 W (DC), 60 VA (AC)
Relay Hold Time 0.5 to 9 seconds
Operating Temperature -22°F to +140°F
Immunity Immune to electrical and radio frequency interference
Cable 4’- six conductor cable
Weight 1lb. 11 oz. (765g)
Dimensions 11.8”L (305 mm.) x 1.9”H (51 mm.) x 1.9”W (46 mm.)
Material Aluminum & ABS plastic
Housing Color Black anodized aluminum
Left Lens
4’ Cable
Red LED
Right End CapLeft End Cap
Right Lens
Center Eye Shield
The sensor must not have
any unwanted objects likely
to move or vibrate in its
path.
The sensor should be
mounted flush with bottom of
door header.
OBSOLETE

SAFETY
PRECAUTIONS •Shut off all power going to the header before attempting any wiring procedures.
•Maintain a clean & safe environment when working in public areas.
•Constantly be aware of pedestrian traffic around the door area.
•Always stop pedestrian traffic through the doorway when performing testing that may result in unexpected
reactions by the door.
•Always check placement of all wiring and components before powering up to insure that moving door
parts will not catch any wires and cause damage to equipment.
MECHANICAL
INSTALLATION -
PREPARATION
To prepare the Bodyguard for mounting to the header, perform the following:
a) Remove both end caps from the Bodyguard (Picture 1). Each is attached by one Phillips head screw.
1 2
b) Remove both lenses from Bodyguard by simply sliding them out at each end (Picture 2).
c) Remove the center eye shield (Picture 3) (take care not to damage the light tube on the inner side of the
shield). Simply pull out from the top end and rotate out as shown below.
3 4
d) Slide the PCB out of the extrusion and set it aside (Picture 4).
Remember these guidelines when installing a Bodyguard:
MECHANICAL
INSTALLATION –
PLACEMENT OF
THE SENSOR
The Bodyguard should be mounted at a height range of 6’ 6” to 8’. Maximum mounting height is 9’.
The Bodyguard should be mounted above the door on the swing side.
The Bodyguard shall be mounted flush with the bottom of the automatic door header. This is absolutely
necessary to allow the detection pattern to reach back through the threshold area when the bodyguard is in
the open door position.
For SINGLE DOOR APPLICATIONS, the Bodyguard should be mounted at the center of the door opening.
However, if this is not possible, the unit may be installed off-center. In such cases, pattern location will have
to be altered for proper placement of the field of detection. Try to avoid mounting locations that may pose
potential problems such as directly over a door arm.
For DOUBLE-EGRESS APPLICATIONS, one
Bodyguard should be mounted over each swing-path.
There should be at least 40” of separation between the 2
Bodyguards when measured between the centerline of
each sensor.
75.5184.09 EN 20110819 Page 2 of 13
Wall Switch
Wall Switch
Bodyguard
Bodyguard
20” min
20” min
If the Bodyguard sensor is the only sensor being used
for safety at the swing side of the door, to be in
compliance with ANSI 156.10, a lockout safety beam or
door mounted safety side Superscan(s) is needed in
addition to the Bodyguard sensor.
CAUTION: FOR ALL APPLICATIONS, REFER TO
THE PATTERN CHARTS FOR WIDTH
AND DEPTH IN THE APPLICABLE
SECTION OF THIS GUIDE. PATTERNS
SHALL BE ADJUSTED TO ACHIEVE
MAXIMUM DETECTION ZONES, AND
SHALL BE IN COMPLIANCE WITH ALL
APPLICABLE SAFETY STANDARDS (I.E.
ANSI A156.10).
OBSOLETE

MECHANICAL
INSTALLATION
75.5184.09 EN 20110819 Page 3 of 13
ELECTRICAL
INSTALLATION
AND CABLING
1. The extrusion has pre-drilled mounting holes at each end (Pictures 5 & 6).
2. Hold the Bodyguard up to the pre-determined location, and attach using the 2 self-drilling screws that are
included with the package (Picture 7). It may be necessary to pre-drill a pilot hole (Picture 8) in the header
for ease of screw installation. Ensure that Bodyguard is mounted securely at each end.
3. If Bodyguard is mounted directly to door header, and cabling is to pass directly into header, drill a ¼” hole
next to the Bodyguard’s left side end cap to allow wire passage into header (Picture 9). The wire passage
hole should be in a location that aligns with the cut out in the end cap (Picture 9).
1. Once the Bodyguard is securely attached to header, cabling & wiring may be completed. Wire the 7-pin terminal
block OR use the cable that is provided for use with the 10-pin connector (Picture 10). If wiring the Bodyguard to a
BEA module, such as an LO-21 or an MC-15. Refer to the schematic for the respective module. For ease of
installation, wire the terminal before attaching it to the Bodyguard.
Position Connection 7-Pin Wire Color (10-pin cable)
1 12 to 24 V AC / DC
+/- 10% Red
2 24 to 24 V AC / DC
+/- 10% Black
3 Common White
4 Normally Open Green
5 Normally Closed
6 Data - Brown
7 Data + Blue
2 PWR
4 NO
6 IN -
1 PWR
3 COM
5 NC
7 IN +
BLACK
RED
WHITE
GREEN
BROWN
BLUE
10 PIN
10 PIN
NOTE: BEA, Inc. recommends the use of a BodyMount for most Bodyguard applications. The BodyMount is a
3” standoff that allows the Bodyguard to be slightly distanced from the face of the closed door. This
helps to prevent ghosting caused by slight door movement while closed, and also prevents ghosting
when SuperScan sensors are used (as the SuperScan extrusions at the top of the door are extremely
close to the sensor while the door is closed
)
.
Pre Drilled
Mounting Holes
A
pp
rox. 9 ¾ “ A
p
art
5 6
7 8
9
10
OBSOLETE

ELECTRICAL
INSTALLATION
AND CABLING
(Continued)
1. Attach the terminal block to the Bodyguard (Picture 11).
75.5184.09 EN 20110819 Page 4 of 13
MECHANICAL
ADJUSTMENTS
2. With the terminal block attached to the Bodyguard, feed the opposite end of the cable through the
previously drilled wire passage hole, and on into the header. Pull the cable all the way through and route it
to the location of the automatic door control. Refer to the respective User’s Guide for the BEA product you
are interfacing with. Ensure a dedicated power source of 12 or 24 V AC / DC +/- 10% (1024VAC may be
used for powering this product).
1. Once all installation, wiring and cabling procedures have been completed, mechanical adjustments can be made.
Please note that further adjustments may be required after powering and walk testing the detection field.
2. Aside from placement on the header, the only mechanical adjustment that may be made to the sensor is the angle
adjustment. The Bodyguard is factory pre-set to the +5º position, but may be reduced to a 0º position or increased
to a 10º position. The greater the angle, the farther from the door the pattern will be. The 0º angle should only be
used when the Bodyguard is mounted to a BodyMount block or to a soffett above the door that extends out from
the face of the safety side of the door – in this case, the 0º setting would improve the location of the detection field
across the threshold area of the doorway. It is recommended that for most applications, the unit be powered and
walk tested at the pre-set 5º angle. After walk testing, if the detection field needs to be changed, then proceed with
changes to the angle setting as shown below.
3. To change the angle setting the end caps, lenses, and center eye shield must be removed (see page 2). The
terminal block must also be removed if it has been wired. Once removed release the white clips, as shown below,
and rotate outward to remove the PCB (Pictures 12 & 13).
4. Once the PCB is completely removed from the housing, the angle position may be changed. There are two clips
per Bodyguard and the angle must match for each clip on the same PCB. The positions are shown below.
5. Slide the left and right lens back into place (Picture 14) and proceed with power-up procedures. Leave the end
caps off until all final adjustments have been made.
11
0° 10°
5°
Factor
y
Default
12 13
14
OBSOLETE

POWER-UP
PROCEDURES
1. Upon completion of mechanical and electrical installation, apply 12 to 24 V AC / DC +/- 10% to the Bodyguard, with
the door in the closed position. The Bodyguard will flash a green LED at a rate of 2 Hz, then it will expire upon a
successful set-up in the door-closed position.
NOTE: If applying the Bodyguard to a door control that requires a learn cycle upon powering, it is recommended
to allow the doors to complete a learn cycle before applying power to the Bodyguard.
2. Activate the door to the full open position. When used with BEA’s lockout relay, the Bodyguard will once again
flash the green LED and will execute a door-open set-up. Upon completion of the set-up for the door-open
position, the doors will begin closing. Normal operation should resume thereafter. Proceed with fine-tuning to
insure compliance with all applicable safety standards (i.e. ANSI A156.10). If set-up is unsuccessful, refer to the
Troubleshooting Guide at the end of this Users Guide, and also to the guide located at the end of the respective
lockout User’s Guide.
HELPFUL HINT:
#1: Once the sensor is powered up, and completes a setup for the closed door position, activate the door to the
open position as indicated above. During this first open cycle, if the sensor does not begin to flash green
once the door is full open, a data problem is highly likely. If the door went open and the sensor just stayed
red, in detection, it probably did not get the correct data signal from the respective lockout module. As a
preliminary check to the troubleshooting, be sure to check the following:
a) The White wire from the lockout needs to go to terminal 6 at the Bodyguard, AND the Red/White
striped wire needs to go terminal 7 at the Bodyguard. If these two wires are swapped, the
Bodyguard will NOT work correctly.
b) Check to ensure that the voltage from the motor (at the red and black wire of the lockout) has at
least 10 volts DC. A voltage that is too low may not be recognized by the lockout.
#2: If the door goes to the open position and a setup is completed successfully, but then the door begins to close
and immediately recycles open, it is possible that the Bodyguard’s detection of the closing door is causing a
recycle. Be sure to check dipswitch 6, if using an LO21B, U, or P: dipswitch #6 on these modules is typically
ON for applications where the red and the black wire are connected to a motor. In these applications the
lockout expects to see a voltage on these wires when the door is in the OPEN position. Only specific
applications, such as a Besam Swingmaster MP (with CUP control) may require the switch to be in the OFF
position. Additionally, always make sure that the red wire from the lockout goes to the positive leg of the
motor (or switch) and the black wire goes to the negative leg. If these wires are backwards, the system will
NOT work correctly.
NOTE: Always be sure to refer to the applicable lockout User’s Guide for more detailed information.
DUEL EGREES:
REDUCING
CROSS TALK Perform the following set up using BEA’s remote control to reduce cross talk between duel egress applications. Refer to
the figure on page 2 to ensure the two Bodyguards are installed with at least 40” of separation when measured between
the centerline of each sensor.
1. Place doors in the hold open position. Unlock sensor and set open door Pattern Depth to 5 (Medium Pattern).
This sequence will turn off threshold IR while door is in open position. This function should be changed on both
sensors:
++then +
2. The infrared frequency function may need to be changed. Change frequency on one of the sensors:
++then +
3. Change to a different mode in applications where high gloss floors or multiple doors are installed in vestibules.
Change sensor one to:
++then +
Change sensor two to:
++then +
75.5184.09 EN 20110819 Page 5 of 13
OBSOLETE

BEA’S
UNIVERSAL
REMOTE
CONTROL
The Bodyguard is fully compatible with BEA’s Remote Control as shown below. Use of the remote control should be
conducted within 10’ – 15’ of the sensor, and the remote should be pointed directly at the sensor when used. Refer to the
‘Programming Guide’ in the following section for each parameter and its values.
Additional program notes:
1. The Bodyguard is capable to have two patterns (door closed and door open) that are independently
adjustable. Thus, when programming, it is necessary to adjust the pattern for door closed, and then to
adjust the pattern again when the door is open. The following functions may be independently adjusted
for each door position:
Sensitivity
Pattern Width
Pattern Depth
2. The following functions apply to both door closed and door open positions:
Automatic Learn Time
Immunity
Frequency
Output Configuration
Door Control Mode
Hold Time
Interface Type
3. The immunity modes include Medium (Rain) and High (Snow). During these modes, learn time of the
sensor will not be affected. These modes affect the interpretation of the objects in the field of detection
relative to the background.
4. MP mode set by the remote control, allows for a Besam MP Control specific setting. This setting is set
to a default of ‘0’ which allows bodyguard to operate normally with any control, and when set to a
Besam specific setting of ‘1’ when used with a Besam MP control.
75.5184.09 EN 20110819 Page 6 of 13
OBSOLETE

PROGRAMMING
GUIDE –
GENERAL
FUNCTIONS
75.5184.09 EN 20110819 Page 7 of 13
AUTOMATIC SETUP: When performing an automatic setup (setup key pressed twice in a row), the sensor will begin to flash
green during the door closed position, and will continue to do so until the door is activated to the open
position. The LED will then go out and the door will close. The LED will flash green again at the closed
position until a setup is complete. Upon the next activation, the sensor will launch another setup for the
open door position, and will begin normal operation thereafter.
QUIET MODE: The QUIET mode uses a different pulsing pattern to avoid interference with other infrared systems. The
NORMAL mode transmits more energy and detects slightly in a more crisp fashion. The NORMAL mode is
recommended for installations with only one door.
Hold Tme
0 (0.5s) →9 (9s)
Door Control
1: Normal
(LED in normal mode)
2: Door permanently open
(Red LED ON)
3: Door permanently closed
(Red LED OFF)
Interface
1:New Style
2: LO21 - Old Style (LO21, B, K, P,
S, U, DPHUB, MC15)
Infrared Frequency
Mode Frequency
1 Normal Low
2 Normal High
3 Quiet Low
4 Quiet High
See QUIET MODE
Number Keys
Number keys (0 through 9) are
used for assigning a value for a
given function
Unlock
Inquire
Lock
To UNLOCK the sensor:
Press the UNLOCK key once. Red
LED flashes slowly. If flashing fast,
see Note below.
To LOCK the sensor:
Press the LOCK key twice, OR
press once then followed by a 4-
digit lock code. If less than 4
digits, press lock again after the
last digit. LED goes out when
complete.
To INQUIRE the sensor:
Unlock the sensor, press the
desired function key, followed by
the INQUIRY key – the number of
green flashes corresponds to the
value.
Note: If sensor is locked, but code
is unknown, power the sensor off
and then back on. Press the
UNLOCK key within 60 seconds.
Re-lock with 0000. This is the
default code. Sensor will unlock
with one press of the unlock key,
when set to 0000.
Output
Configuration
1 – Normally Open Relay
2 – Normally Closed Relay
Setup
launch a quick setup
restore factory defaults
launch a closed door setup
launch an open door setup
See AUTOMATIC SETUP
OBSOLETE

PROGRAMMING
GUIDE – PATTERN
ADJUSTMENTS
75.5184.09 EN 20110819 Page 8 of 13
THRESHOLD: The Threshold is always OFF when the door is closed.
PATTERN WIDTH OR DEPTH: When pattern width or depth is changed, a setup of the new pattern
size will automatically be triggered once a value key has been pressed.
Pattern Width Door Open or
Closed
1: Wide (closed door)
2 : Middle (open door)
3 : Asymmetric Left Narrow
4 : Asymmetric Right Narrow
5 : Narrow Left
6 : Narrow Right
7 : Asymmetric Left Wide
8 : Asymmetric Right Wide
9 : Center Narrow
See PATTERN WIDTH or DEPTH
Pattern Depth
1: Deep – Threshold ON
2 : Medium – Threshold ON (open)
3 : Limited – Threshold ON
4 : Deep – Threshold OFF
5 : Medium – Threshold OFF (closed)
6 : Limited – Threshold OFF
See THRESHOLD
See PATTERN WIDTH or DEPTH
Sensitivity
Door Open-Closed
0(min) →9(max) (default 7 for
door open, default 6 for door
closed)
Immunity
1: Low (Normal)
2 : Medium - Rain (Disregards more
floor disturbances)
3 : High - Snow (Disregards
greatest floor disturbances)
Automatic Learn
Time
0: 30 seconds
1: 1 minute
2: 2 minutes
3: 3 minutes
4: 5 minutes
5: 7 minutes
6: 10 minutes
7: 15 minutes
8: 10 seconds
9: Infinity – no learn
Modes of Operation
0: Normal
1: MP mode
2: Record mode
OBSOLETE

MANUAL
(NON-REMOTE)
SET-UP
Without the BEA Remote Control, the Bodyguard may be set up using the manual push buttons (see diagram
below) located under the right end cap. ONLY THE SENSITIVITY, RELAY MODE, AUTO-LEARN TIME,
PATTERN WIDTH, AND PATTERN DEPTH MAY BE ADJUSTED WITH THE MANUAL PUSH BUTTONS. To
adjust the Bodyguard, complete the following:
1. To start the set-up process, press PB1 (for less than 2 seconds)
The set-up function will be launched according to the current door position. The green LED will flash at
2+/- Hz for 10 seconds. This LED will stop flashing once a successful set-up is achieved.
If there is an interruption to the field of detection during this procedure, the green LED will flash at a slower
rate. Press PB1 to re-launch the set-up.
2. To change the detector’s parameters, press PB1 (for more than 2 seconds), then release.
3. Press either PB1 or PB2. The LED will immediately flash red, followed by a sequence of green flashes.
4. The red flashes indicate the parameter and the green flashes indicate the setting of the particular parameter.
NOTE: Pressing PB1 will toggle between the parameters and pressing PB2 will toggle between the range of
adjustments for that particular setting. Once you achieve the highest adjustment, the value will roll over
to the lowest setting, upon the next press of PB2. A zero value will result in no flash of the LED. To exit
manual set-up, simply wait 20 seconds or press PB1 for more than 2 seconds. Replace the right end
cap back on the Bodyguard.
Use the chart below as a reference for the manual set-up process.
RED LED
STATUS PARAMETER DESCRIPTION GREEN LED STATUS
1 Red Flash 1 Sensitivity (Door open) 0 – 9 Green Flashes (default = 7)
2 Red Flashes 2 Sensitivity (Door closed) 0 – 9 Green Flashes (default = 6)
3 Red Flashes 3 Output Configuration 1 – 2 Green Flashes (default = 1)
4 Red Flashes 4 Auto Learn Time 0 – 9 Green Flashes (default = 0)
5 Red Flashes 5 Pattern Width (Door Open) 0 – 9 Green Flashes (default = 2)
6 Red Flashes 6 Pattern Width (Door Closed) 0 – 9 Green Flashes (default = 1)
7 Red Flashes 7 Pattern Depth (Door Open) 1 – 6 Green Flashes (default = 1)
8 Red Flashes 8 Pattern Depth (Door Closed) 1 – 6 Green Flashes (default = 1)
PB1
PB2
75.5184.09 EN 20110819 Page 9 of 13
OBSOLETE

BODYGUARD
WIDTH
PATTERNS
11 22 33 44 55 66
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
75.5184.09 EN 20110819 Page 10 of 13
BODYGUARD
DEPTH
PATTERNS
Row 1 (spots 1 through 6), remain on, even during the closed door positionRow 1 (spots 1 through 6), remain on, even during the closed door position
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1
2 3 4 5 6
7
8 9 10 11 12
13
14 15 16 17 18
19
20 21 22 23 24
1
2 3 4 5 6
7
8 9 10 11 12
13
14 15 16 17 18
19
20 21 22 23 24
1 2
3 4 5 6
7 8
9 10 11 12
13 14
15 16 17 18
19 20
21 22 23 24
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1
2 3
4 5 6
7 8 9
10 11 12
13 14 15
16 17 18
19 20 21
22 23 24
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1
2 3 4 5 6
7
8 9 10 11 12
13
14 15 16 17 18
19
20 21 22 23 24
1
2
3 4 5 6
7 8
9 10 11 12
13 14
15 16 17 18
19 20
21 22 23 24
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1s
t
Row of Infrared
Threshold
2nd Row of Infrared
3rd Row of Infrared
4th Row of Infrared
(1) Wide Pattern (2) Middle Pattern (3) Asymmetric Left Narrow
(4) Asymmetric Right Narrow (5) Left Narrow (6) Right Narrow
(7) Asymmetric Left Wide (8) Asymmetric Right Wide (9) Center Narrow
(1) Deep (2) Middle (3) Limited
NOTE: When the Bodyguard is mounted at 7’, each block on the pattern charts shown above equates
to a size of approximately 14” x 14”. Pattern sizes shown are only as an approximation. Always
walk-test the pattern once complete, to insure compliance with all applicable safety and
performance standards.
OBSOLETE

BODYGUARD
DEPTH Row 1 (spots 1 through 6), are on during open door position and off during closed door position.
PATTERNS -
Cont.
75.5184.09 EN 20110819 Page 11 of 13
TROUBLE-
SHOOTING
(4) Deep Without Row 1 (5) Middle Without Row 1 (6) Limited Without Row 1
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
1 2 3 4 5 6
7 8 9 10 11 12
13 14 15 16 17 18
19 20 21 22 23 24
I:
Bodyguard will not set-up
upon initial powering
PROBLEM PROBABLE CAUSE CORRECTIVE ACTION
1. Check terminals 1 & 2 for proper voltage1. Improper input voltage 24 V AC/DC +10%.2. Bodyguard is in detection 2. Make certain that the field of detection is all
clear during the set-up and that all lenses
are installed on the Bodyguard. If detection
is encountered upon initial set-up, the
Bodyguard will continuously flash Green at
+2 Hz. The Bodyguard will also not set-up
if permanent stationary objects are
extremely close to the sensor. Ensure that,
not only is the detection field all clear, but
that the sensor is mounted properly (using
the Bodyguard mounting block if
necessary).
3. Potential interferences from high
intensity lighting.
4. See problem IV, probable cause 3.
3. Ensure that no high intensity lighting is in
the immediate area of the sensor.
1. Ensure that there is no detection occurring
at the Bodyguard. If the Red LED is on
steady, there is detection. Make sure there
have been no changes in the field of
detection since set-up. If permanent
changes have occurred, launch a new set-
up and re-test door.
II: 1. Bodyguard is in detection.
2. Improper wiring
Door will not open once set-
u
p
has been com
p
leted. 3. Lockout safety beams are in
detection
4. Improper relay output configuration
CAUTION: THERE POSSIBLY MAY BE NO
SAFETY ON THE DOOR WHEN
THIS TEST IS PERFORMED.
2. Remove the output wires (common,
normally open, normally closed) from the
Bodyguard. Activate the door control, if the
door opens, the fault exists with Bodyguard
or related wiring. If door does not open, the
faults may exist with the door control or it’s
related wiring.
3. Disconnect the green & blue wires from the
LO-21 to the door control safety and
common terminals. If door opens when
triggered, fault lies within the lockout safety
beam set, or possibly with the LO-21. Refer
to the LO-21 troubleshooting procedures in
the respective manual.
4. Ensure proper relay output setting. Refer to
page 6. Typically, relay setting should be
“Normally Open”. This means the relay
would close upon detection.
OBSOLETE

TROUBLE-
SHOOTING –
Cont.
75.5184.09 EN 20110819 Page 12 of 13
ACCESSORIES
PROBLEM PROBABLE CAUSE CORRECTIVE ACTION
INTERFACE MODULE
10BR3
III: 1. Allow the door to open in the automatic
mode. Unlock the Bodyguard and launch a
setup by pressing the Setup key, followed
by the number 2. If the sensor does not
begin flashing green, and instead goes
back to a red indication, improper data
exists. Refer to respective lockout User’s
Guide for troubleshooting.
Bodyguard repeatedly re-
learns the environment
with each door position.
1. Improper data from the lockout
device
2. Data polarity at the Bodyguard is
incorrect
IV:
2. Check for proper polarity at terminal 6 and
7. The negative wire from the lockout
(white) should be connected to terminal 6,
and the red/white striped wire from the
lockout should connect at terminal 7.
HELPFUL HINT: If faulty data is suspected,
simply power the door to the open position
(by activation OR with the use of a hold
open switch). While the door is open,
unlock the Bodyguard, and press the setup
key, followed by the number 2. If the
sensor goes back to a red LED (as opposed
to flashing the green LED to indicate a
setup), there is a strong probability that the
data is incorrect. Refer then to the
respective lockout User’s Guide for
troubleshooting help.
1. Batteries in the remote control are
dead. 1. Replace batteries in the remote control 2. Move in closer to the sensor when
programming.
Bodyguard not reacting to
the remote control 2. Distance between sensor and
remote is too far. 3. Verify data matches type LO21 or EDPS.
3. Data type mismatch. Old/New. 4. If remote control fails, manual programming
procedures may have to be used (See Pg. 8).
HELPFUL HINT: Use BEA’s Spotfinder to
test the output of the remote control. Simply
point the remote at the IR Spot on the
Spotfinder, press the Unlock key on the
remote, and red LED should illuminate.
Lockout Safety
Beam / Microcells DP-HUB
Bodymount
SPOTFINDER
Bodyguard Quick Disconnect
Harness P/N 20.5128
Rain Cover P/N10URC
1024VAC
Transformer
10Remote
OBSOLETE

ANSI / AAADM Compliance
ANSI/AAADM
COMPLIANCE AAADMAmerican Association ofAutomatic Door Manufactures
Upon finishing the installation and/or service work perform at a minimum a daily safety check in accordance with the
minimum inspection guidelines provided by AAADM. Provide each owner with an owner’s manual that includes a daily
safety checklist and contains at a minimum the information recommended by AAADM. Offer a familiarization session with
the owner explaining how to do daily inspections and calling out location of cutoff switches to put equipment out of service
if a deficiency is noted. The equipment should be inspected in accordance with the minimum inspection guidelines
annually. A safety check that includes at a minimum the items listed on the safety information label must be performed
during each service call. If you are not an AAADM certified inspector BEA strongly recommends to have an AAADM
certified inspector perform an AAADM inspection and placing a valid inspection sticker below the safety information label
prior to placing the equipment into operation.
COMPANY
CONTACT
75.5184.09 EN 20110819 Page 13 of 13
OBSOLETE