Takex PB- 50FA User manual

①
PHOTOELECTRIC BEAM SENSOR
SENSOR MIT LICHTELEKTRISCHEM STRAHL
CAPTEUR PHOTOELECTRIQUE
SENSORE A FASCIO FOTOELETTRICO
SENSOR DE RAYO FOTOELÉCTRICO
ACTIEVE INFRAROODSENSOR
Installation Manual
BP-200F
Montageanleitung
Manuel d'installation
Manuale di installazione
Manual de instalación
Installatiehandleiding
Lø
165'
(50 m) 4' (1.2 m)
330'
(100 m) 8' (2.4 m)
660'
(200 m) 16' (4.9 m)
BP-200F
Sold separately
Sonderzubehör
Vendu séparément
Venduto separatamente
Accesorios especiales
Apart verkocht
Outdoor / Außenanwendung / Extérieur / All'esterno / Exterior / Buiten
L
ø
3.74" (95mm)
3.74" (95mm)
5.28" (134mm)
0.75''
(20 mm)
ø0.12''
(ø3 mm)
ø0.6''
(15 mm)
1''
(25 mm)
A
C
B
A
B
C
±10°
±90°
AB C
D
FE
PB- 50FA
PB-100FA
PB-200FA
W
T
S
U
V
X
Y
Z
PB-50FA / PB-100FA / PB-200FA
165' (50 m) / 330' (100 m) / 660' (200 m)
R

②
TR. RE. TR. RE. TR.RE.
TR. RE. RE. TR.
0.3sec
0.7sec
0.05sec (standard)
TR. RE.
12VDC
Alarm
Tamper
1
1 2 34
27856
−
＋
Alarm output (N.C. or N.O.)
Alarmausgang (N.C. oder N.O.)
Sortie d'alarme (N.C. ou N.O.)
Uscita di allarme (N.C. o N.O.)
Salida de alarma (N.C. o N.O.)
Alarmuitgang (N.C. of N.O.)
Tamper (N.C.)
Sabotageanzeige (N.C.)
Sabotage (N.C.)
Sabotaggio (N.C.)
Sabotaje (N.C.)
Sabotage (N.C.)

③
A
B
4.09" (104 mm) 1.85"
(47 mm)
3.86"
(98 mm) 2.36" (60 mm)
0.94"
(24 mm)
0.31"
(8 mm)
2.09" (53 mm)
Grommet
15.35" (390 mm)
11.26" (286 mm)
9.45" (240 mm)
1.57"
(40 mm)
8-ø0.16"
(ø4 mm)
(ø5 mm)
4-ø0.20"
(ø38 mm ~ ø45 mm)
ø1.50" ~ ø1.77"
Layout
RE
RE ERER
RE RE
RE
RE RE
RE
RE
RE
RE
RE RE
TR
TR TR
RTRT
TR
TR
TR TR
TR
TR
TR
RTRT
TR

④
Thank you for purchasing our quad photoelectric
beam.
This unit will provide long and dependable service
when properly installed.
Please read the Instruction Manual carefully to ensure
correct and effective use.
Product description
Parts description
1
Wiring distance between sensor and
control panel
Installation height
In most cases, the beam should be installed at a
height of 27" to 35". (70 cm to 90 cm)
Take into consideration the beam spread of each
model type in order to avoid potential reflection from
the ground surface or nearby objects. (see table
3
)
Mounting
The units can be easily mounted on a pole or an even
surface.
- Alignment by mirror adjustment.
Using the adjustment dial and adjustment screws,
the mirror can move horizontally (±90°) and
vertically (±10°), allowing the sensor to work in all
directions.
Remove cover; the screw is at base of the cover
6
.
Loosen any screws that fix the sensor body to the
mounting plate and slide the mounting plate
downwards to detach it.
6
B
Wall mounting
Locating
4
A
Place the mounting plate on the wall as a drilling
template and mark the screw holes (allow for 20mm
space above the plate and 25mm below the plate.
This will provide for easy detachment of the cover
after installation.)
Drill holes in the wall.
4
B
Wooden wall: ø 3mm
Concrete wall: Refer to the specifications of the
securing plug used.
Install the sensor.
4
C
Insert a mounting screw; about 15mm of the screw
length should be projecting.
Install mounting plate on screws.
Insert cable.
Tighten screws.
Connect terminals.
Attach cover.
Seal the cable hole to prevent insects from
penetrating the unit.
4
C
The unit cannot be installed on an outlet box.
However, an outlet box can be used to provide cable
space.
Pole mounting
Drill cable hole in pole. Insert cable.
5
A
- The unit can be mounted onto a 1.66"-1.75"(38-45mm)
O.D. (outside diameter) pole.
- Drill a 1/2
" ( 13mm) hole through the pole where the
unit will be mounted for wiring.
Remove all drilling chips and file all sharp edges
around the hole to prevent rough edges from
damaging the cable.
A rubber grommet or bush may be used if desired.
Install sensor on pole.
5
B
Attach U-brackets to pole and secure on mounting
plate with screws.
Attach sensor body.
Insert cable.
Connect terminals.
Attach covers. (Break knockouts on cover and pole
cover to adapt to pole diameter and configuration.)
Pole mounting back to back
5
C
Attach four U-brackets to poles in two pairs, one on
top of the other, facing in opposite directions (see
illustration).
Installation Manual for PB-50FA / PB-100FA / PB-200FA
This sensor is designed to detect intrusion and
initiate an alarm; it is not a burglary-preventive
device.
TAKEX is not responsible for damage, injury or losses
caused by accident, theft, Acts of God (including
inductive surge by lightening), abuse, misuse, abnormal
usage, faulty installations or improper maintenance.
The TAKEX photoelectric beam sensor (PB-50FA,
PB-100FA and PB-200FA) consists of an infrared
Transmitter and Receiver.
It's designed to be “AND” gated – an alarm is initiated
only when the four (quad) stacked beams are
simultaneously interrupted.
An alarm is not initiated when insects or fallen leaves
break up to three beams only.
Through the Programmed AGC function the sensitivity is
automatically increased in bad weather to contend with
fog, rain or frost.
PB-50FA 12V 24V
AWG20 (ø0.8 mm) 800' (244 m) 5,600' (1,710 m)
AWG18 (ø1.0 mm 1,250' (381 m) 8,800' (2,680 m)
AWG17 (ø1.1 mm) 1,500' (457 m) 10,500' (3,200 m)
AWG16 (ø1.25 mm) 1,950' (595 m) 13,500' (4,000 m)
AWG15 (ø1.4 mm) 2,500' (750 m) 17,000' (5,180 m)
AWG14 (ø1.6 mm) 3,200' (976 m) 22,500' (6,860 m)
PB-100FA 12V 24V
AWG20 (ø0.8 mm) 660' (200 m) 5,100' (1,550 m)
AWG18 (ø1.0 mm) 1,100' (335 m) 7,900' (2,410 m)
AWG17 (ø1.1 mm) 1,350' (400 m) 9,600' (2,930 m)
AWG16 (ø1.25 mm) 1,750' (534 m) 12,000' (3,660 m)
AWG15 (ø1.4 mm) 2,200' (670 m) 15,500' (4,730 m)
AWG14 (ø1.6 mm) 2,900' (884 m) 20,000' (6,000 m)
PB-200FA 12V 24V
AWG20 (ø0.8 mm) 630' (192 m) 4,400' (1,340 m)
AWG18 (ø1.0 mm) 1,000' (300 m) 6,900' (2,100 m)
AWG17 (ø1.1 mm) 1,200' (366 m) 8,400' (2,560 m)
AWG16 (ø1.25 mm) 1,550' (473 m) 10,500' (3,200 m)
AWG15 (ø1.4 mm) 1,950' (595 m) 13,500' (4,000 m)
AWG14 (ø1.6 mm) 2,550' (777 m) 17,500' (5,340 m)
Maximum wiring distance when two or more sets
are connected is the value above divided by the
number of sets.
The signal line can be wired to a distance of up to
3,300' (1,000 m) with AWG22 (dia. 0.65 mm)
telephone wire.
A - Cover
B - View finder
C - Mirror
D - Horizontal fine adjustment screw
E - Vertical adjustment screw
F - Terminals
G - Tamper switch
H - Auto gain lock switch (Receiver only)
I - Functions indications (see R)
J - Mirror
K - Adjustment dial
L - Shading plate
M - Mounting plate
N - Bracket
O - Knockout
P - Pole cover
Q - Knockout
R - Operation LED
S - Sensitivity attenuation LED
T - Alarm LED
U - Beep (Alignment tone) switch (OFF set at factory)
V - Response time adjustment (0.05 sec. set at factory)
W - Monitor Jack
X - Memory LED
Y - Alarm output selector (N/C set at factory)
Z - Memory selector (OFF set at factory)

⑤
Setup of functions and beam alignment
Refer to Functions description for detailed explanation
of each option.
Supply power with cover off.
Set function options.
Adjust optical angle
12
- Look through view finder on either side of the upper
transmitter optical unit and move until the receiver
unit is visible.
- Repeat the procedure for the lower optical unit, then
repeat on receiver.
12
A- View Finder
12
B- Horizontal fine adjustment screw
12
C- Vertical adjustment screw
12
D- Adjustment dial
Fine tuning
12
Initial beam alignment can be achieved by using the
alignment tone indicator.
- Attach the shading plates (located at the sides of
both TX / RX) to the lower optics of both TX and RX.
- Turn the receiver alignment tone switch to ON.
- Adjust the optics with the adjustment screws until
the highest tone is reached. (Note: There will be no
sound if the attenuation alignment tone LED lights
up.)
- Reverse the procedure, i.e. attach shading plates to
upper optics of T / R and repeat adjustment.
- After the adjustment, replace the shading plates in
the retaining areas of TX / RX.
- Turn the alignment tone indicator to OFF.
12
E- Sensitivity attenuation LED (lights up when
beam reception is below minimum level)
12
F- Alignment tone switch
12
G- Monitor jack
Beam alignment using voltmeter
12
H
Precise alignment can be achieved by using a
voltmeter (10VDC). Connect the leads from the
voltmeter to the monitor jacks of the receiver. The
measurings for alignment are as follows.
12
H- Voltmeter (10VDC)
Voltage reading Alignment
2.7V or more Best
2.0V to 2.7V Good
2.0V or less Poor, re-adjust
Attach cover
- Attach transmitter cover first.
- Confirm that receiver sensitivity attenuation LED
remains OFF. Place cover in position, but do not
secure. A ”beep” sound will occur after five seconds.
After this signal, secure the receiver cover with
screws.
Sensitivity allowance is automatically set when
the beep sound is initiated.
If the sound alignment switch is left ON
accidentally, the sound will cease when the
receiver cover is attached.
- If there is a continous ”beep” sound, detach the
receiver cover and re-adjust it, referring to the
auto-gain lock function.
Operation check
13
After installation, alignment and auto-gain set, test
operation by a walktest of the beam. Two methods
may be used:
Alarm LED only.
Alarm LED and sound check by means of the sound
alignment switch. If the sound alignment switch is
set to ”ON”, the sound will stop when the cover is
replaced but be effective for an audible operation
test for five minutes after the auto-gain is locked.
13
A: Check by alarm LED
13
B: Check by walk test mode
Functions description
Auto-gain lock function
15
The auto-gain lock serves to standardize the
responsiveness and tolerance level of the units,
regardless of the varying distance in an installation.
- The situations in
15
have exactly the same
tolerance and responsiveness levels although the
distances differ.
A ”beep” sound is issued from the receiver
approximately five seconds after the cover is put into
position. This sound indicates that the auto-gain has
been set. Refer to the chart below.
Sound Indicates Result Cause Remedy
One pulse
(beep)
Optimal
sensitivity has
been set.
OK - -
Continous
tone (20
seconds)
Optimal
sensitivity
cannot be set.
not
good ⇩
1. Beam is interrupted once cover is replaced.
2. Beams are misaligned and sensitivity
attenuation LED lights up.
1. Remove any obstacle. Ensure that the hand does not
interrupt the beam when holding cover in temporary position.
A sound is generated regardless whether the
”beep” (alignment sound) switch is set to ON or
OFF.
The auto-gain setting is locked even if power is
disrupted.
When the receiver cover is detached while power
is supplied, the auto-gain is automatically reset
to maximum sensitivity.
Test / Signal
Alignment sound switch
Other condition
Description
B
eam
align-
ment
ON
R
ece
i
ver
cover
detached
R
ecept
i
on strengt
h
monitored. Sound pitch
increases as
reception improves.
Note: No sound is
present when sensitivity
attenuation LED lights
up or when receiver
cover is attached.
W
a
lk
test ON
A
pprox
5 min. after
g
ain is locked
S
oun
d
i
s
li
n
k
e
d
to a
l
arm
LED. Both trip
simultaneousl
y
A
uto-
gain lock
ON
or
OFF
Af
ter rece
i
ver
cover is
attached
Sh
ort soun
d
i
n
di
cates
lock is set.
Continuous sound
(20sec.)
indicates read
j
ustment.
Response time changeover function
8
This feature can be used to alert the response time of
the beam to best fit the application. Use the 0.7sec
setting with caution. Non-detection of fast moving
human being could result.
Alarm output
10
NC or NO signal output can be selected. (Contact
capacity 30V (AC/DC) or less.)
Alarm memory function
⇩
Functions Function switches
“Beep” alignment tone ON OFF
Response time adjustment 0.05 sec. (standard)
0.3 sec. 0.7 sec.
Others
Alarm output N.O. N.C.
Alarm memory Timer mode
OFF
Tone indicator
This feature provides audible testing of signals for the
following items:
The alarm memory LED indicates which sensor was
triggered when two or more sensors are placed on a
zone.
Reset can be automatic.
Timer mode
(Set TIMER for Memory Selector)
Alarm memory function
Alarm output
Memory LED
60 min.(re-trigger)
5 min. 5 min.
55 min.(flickering)
(TIMER ←→ OFF)
Memory selector
Timer mode
- The memory LED will light ve minutes after an alarm
signal and then continue to icker for 55 minutes
before returning to normal mode. If additional alarm
signal are triggered, the process repeats.
Estimated battery life
No. of pair Md AA
0.5Ah
Gel Cell
1.0Ah
Gel Cell
5.0Ah
1 8 hr 16 hr 83 hr
2 - 8 hr 41 hr
4 - - 20 hr
8 - - 10 hr
No. of pair Md AA
0.5Ah
Gel Cell
1.0Ah
Gel Cell
5.0Ah
1 7 hr 14 hr 71 hr
2 - 7 hr 35 hr
4 - - 17 hr
8 - - 8 hr
No. of pair Md AA
0.5Ah
Gel Cell
1.0Ah
Gel Cell
5.0Ah
1 5 hr 11 hr 58 hr
2 - 5 hr 29 hr
4 - - 14 hr
8 - - 7 hr
Unit should be connected to a listed class 2 power
source capable of providing standby power for at
minimum 4 hours.
PB-50FA
PB-100FA
PB-200FA