SASO PB200L Digital photoelectric beam detector User manual

Type
User manual

SASO PB200L Digital photoelectric beam detector provides reliable protection for a wide range of applications with its advanced features. It utilizes synchronized pulse beams to prevent false alarms caused by small objects or animals, ensuring accurate intrusion detection. The device offers adjustable response time, ranging from 50 milliseconds to 700 milliseconds, allowing customization based on the desired level of sensitivity. Additionally, the detection range can be extended up to 200m, covering larger areas effectively.

SASO PB200L Digital photoelectric beam detector provides reliable protection for a wide range of applications with its advanced features. It utilizes synchronized pulse beams to prevent false alarms caused by small objects or animals, ensuring accurate intrusion detection. The device offers adjustable response time, ranging from 50 milliseconds to 700 milliseconds, allowing customization based on the desired level of sensitivity. Additionally, the detection range can be extended up to 200m, covering larger areas effectively.

Instruction Manual
TABLE OF CONTENTS
1. Description --------------------------------------------------------------------------------------- P.2
2. Cautions on Installation ----------------------------------------------------------------------- P.2
3. Installation ---------------------------------------------------------------------------------------- P.3
4. Quad Synchronized Pulse Beams ---------------------------------------------------------- P.3
5. Response Time ---------------------------------------------------------------------------------- P.3
6. Range of Beam Coverage -------------------------------------------------------------------- P.4
7. Mounting Height --------------------------------------------------------------------------------- P.5
8. Optical Alignment ------------------------------------------------------------------------------- P.6
9. Channel Setting --------------------------------------------------------------------------------- P.7
10. Terminal Arrangement ------------------------------------------------------------------------- P.8
11. Environmental Disqualification Output ----------------------------------------------------- P.9
12. Alarm Memory Function ----------------------------------------------------------------------- P.9
13. Tone Indicator ------------------------------------------------------------------------------------ P.9
14. Beam Strength Selection ---------------------------------------------------------------------- P.10
15. Power Status Check ---------------------------------------------------------------------------- P.10
16. Quad Tamper------------------------------------------------------------------------------------- P.10
17. Anti Insects / Water Construction ------------------------------------------------------------ P.11
18. Troubleshooting ---------------------------------------------------------------------------------- P.11
19. Specifications ------------------------------------------------------------------------------------- P.12
20. External Dimensions----------------------------------------------------------------------------- P.12
Digital, photoelectric beam detector
SASO-PB200L
We appreciate tour purchase of our photoelectric beam detector. This detector will provide long and dependable service when
properly installed. Please read this instruction manual carefully for correct and effective use.
1
1. Description
RECEIVER TRANSMITTERFRONT COVER BACK PLATE
2. Cautions on Installation
Avoid strong light from sun, auto-mobile head-lights etc.
shining on transmitter or receiver
Do not install the unit on unsteady surfaces.
Do not install in a site where beam may be interrupted by
trees or plants, consider seasonal changes.
Do not install in places where units may be splashed
continuously by dirty water or direct sea spray. 2
L E N S
L E N S
V IE W
F IN D E R
V IE W
F IN D E R
T E R M IN A L G O O D LE D L O W
A LA R M L ED
A LA R M M E M O RY
FU N CT IO N S /W
R ES PO N SE T IM E
A D J U S T M E N T
TA M PE R S /W
V E R T IC A L
A D J U S T M E N T
B O L T H O R IZ O N T AL
A D J U S T M E N T
B O L T
G O O D LE D
P OW E R S TA TU S
C HE C K LE D
G O O D LE D U P
Remove cover from unit
by unscrewing bolts
Put the plate against wall and
secure the plate with 4mm
screws.
Pull wires through the holes on
the rear as the figure, connect wires
to terminal, attach the unit to the
mounting plate, and screw it
After wiring is completed,
adjust alignment, check
operation, and attach cover.
3-1. Wall mount
3. Installation
3-2. Pole mount (Pole size : Φ38 ~ Φ44mm)
Remove cover from unit by unscrewing bolts
Attach pole brackets to pole and secure to mounting plate
with screws.
Attach the unit to the mounting plate
Pull through wire.
Connect terminals.
After wiring is completed, adjust alignment, check operation,
and attach cover.
4. Quad Synchronized Pulse Beams
Upper Beams
Lower Beams
In order for an alarm to be activated, both beams on
upper or lower pairs should be blocked at response
time of 700ms.
When only one beam is blocked, alarm will not
be activated.
When all 4 beams are blocked at response time of
50ms ~ 700ms, alarm will be activated.
This is to prevent a false alarm when leaves, a small
bird, or any objects block one beam.
3
1. Sprint (6.9m/s)
- 50msec. 2. Quick Walk(1.2m/s)
- 200msec. 3. Normal Walk (0.7m/s)
- 300msec. 4. Slow Walk(0.5m/s)
- 500msec. 5~6. Climbing Wall (0.3m/s)
- 700msec.
Response Time
Adjustment
5. Response Time
6. Range of Beam Coverage
MODEL L A
100m 3m
200m 6m
SASO-PB200L
Detection Range L
Beam Coverage A
4
700
50
200
300
500
7. Mounting Height
• Heights of Installation
Using pole brackets, install the detector at a height of 80~100cm from the ground for optimal detection of intruder.
80~100cm
Example 1 Example 2 Example 3
• Installation Examples
5
Look through the view finder on either side, and line-up optics horizontally and vertically by
rotating the adjustment bolt, until the opposite unit appears in the center of the view finder.
Perform the alignment process for both upper and lower optical units of the transmitter and receiver
2. After the first approximate alignment, use the view finder and adjustment bolts for more accurate alignment
Vertical
Adjustment
(±10˚)
Horizontal
Adjustment
(±95˚)
3. To confirm the correct alignment, insert a tester in a monitor jack and check monitor output voltage. Continue aligning using
the above method until the voltage reading on the tester reaches above 3.5V.
Digital
Multi meter
S EN S IT IV ITY C HE C K
M O N IT O R
+ -
B el ow 3 .0 V D C
3 .5 ~4 V D C
G o od
V er y G oo d
V O LT A G E C O N D IT IO N
M O N IT O R O U TP U T V O L TA G E
G R EE N L E D
ON
ON
E N VI R O NM E N T D IS Q U A LI FI C AT IO N
E nv ir on m en ta l ou tp u t a ct iv at ed
w he n b ea m s tr en g th is b el ow a c ce pt ab le
le ve l ov e r 4 0 se c on ds
B L IN K
3 .1 ~3 .5 V D C
A L A R M O F F R ea lig n m en t
R e al ig nm e nt
4.0 V
Horizontal angle can be adjusted within the range of 0 °to ±90 °
One click of movement changes the angle by 3°
Vertical angle can be adjusted within the range of -10 °to +10 °
8. Optical Alignment
Read voltage from monitor jack with volt-meter(digital) to confirm optical alignment until the voltage reaches the highest level (3.5~4.0V).
1. Supply power with cover detached. Align Transmitter and Receiver to face each other using angle adjustment.
Horizontal Vertical
6
DOUBLE LEVEL DETECTION
CH 1
CH 1
CH 2 CH 2
TX RX
TX
TX TX
RX
RX RX
STRAIGHT LINE DETECTION
CH1 beam that the transmitter (upper TX) generates will not be recognized by the receiver set with CH2 (lower RX).
CH 1 CH 1 CH 2CH 2
9. Channel Setting
CH Setting
1
2
3
4
TRANSMITTERRECEIVER
Selectable 4 channels prevents mutual interference between sets, allowing multiple application of the beams.
Make sure to set the transmitter and receiver to the same channel.
CH 1
CH 3
TX RX
TX RX
CH 1
CH 3
CH 2
CH 4
TX RX
RX
CH 2
CH 4
DOUBLE LEVEL STRAIGHT LINE DETECTION
7
565656
56
TX
CH
1
2
3
4
LO W / H IG H
P O W E R C H E CK
CH
TO N E IN DIC AT O R
1
2
3
4
A LA RM M E M O RY
10. Terminal Arrangement
DC 12V
AWG 22(Dia 0.65mm) 145m
AWG 20(Dia 0.8mm) 225m
AWG 18(Dia 1.0mm) 350m
AWG 16(Dia 1.1mm) 500m
Wiring distance
Voltage
Wiring size
Receiver
No Terminal Configuration
1 VCC
2 GND
3
ALARM
COM
4NC
5NO
6ENVIR.
DQ
COM
7NC
8NO
9TAMPER
10
11 SPARE
Transmitter
No Terminal Configuration
1 VCC
2 GND
3TAMPER
4
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 distance of up to 1,000m with AWG22 telephone line.
Connection
Example 1 Example 2 Example 3
T R R T
(12VDC)
Control Panel
}
}
}
1 2 1 2 3 5 1 2 3 5 1 2
Alarm(1ch)
Power
Alarm(2ch)
T R R T
Control Panel
(12VDC)
}
}
1 2 1 2 3 5 1 2 3 5 1 2
Alarm Signal
Power
T R
1 2 3 5
1 2
(12VDC)
Control Panel
}
}
Alarm Signal
Power
8
R E C E IV E R
S EN S IT IV ITY C H EC K
M O N IT O R
+
A L A R M
GOOD
1
2
3
4
5
6
7
8
9
10
11
D C 9. 6V ~ 3 0V
+
-
T A M P E R
S /P
NC
C O M
NO
3 0V ( A C /D C )
0 .1 A M A X
3 0V ( A C /D C )
1A M A X
3 0V ( A C /D C )
1A M A X
NC
C O M
NO
A L A R M
M E M O RY
E N V IR . D Q
A L A R M
-
R E SP O NS E T IM E
B elo w 3 .0 V DC
3 .5 ~4V D C
G o od
V ery G o o d
V O L TA G E C O N D IT IO N
M O N IT O R O U T PU T V O LT AG E
G R E EN LE D
ON
ON
E N VIR O N M E N T D IS Q UA LI FI CA TIO N
E nvir on m e nt al ou tp u t a c tiv ate d
w h en b e am s tr en g th i s be lo w a cc e pt ab le
le v el o ve r 4 0 s ec o nd s
B L IN K
3 .1 ~3.5 V D C
A L A R M O F F R e a lig n m en t
R e a lig n m en t
P O W E R
S T A T U S
CHECK
P O W E R
1
D C 9. 6V ~ 3 0V
+
3
4
T A M P E R
3 0V ( A C /D C )
0 .1 A M A X
T R A N SM IT TE R
CH
1
2
3
4
L O W / H IG H
P O W E R C H EC K
1
2
3
4
5
6
7
8
9
10
11
D C9.6 V ~ 3 0V
+
-
T A M P E R
S /P
NC
C O M
NO
3 0V (A C /D C )
0.1 A M AX
3 0V (A C /D C )
1 A M A X
3 0V (A C /D C )
1 A M A X
NC
C O M
NO
E N V IR .D Q
A L A R M
1
2
3
4
D C9.6 V ~ 3 0V
+
-
T A M P E R
3 0V (A C / D C )
0.1A M A X
CH
1
2
3
4
T O N E IN D IC A T O R
A L AR M M EM O R Y
700
50
200
300
500
13. Tone Indicator
This function aids installation by generating the different intervals of tones based on the strength of beam that the
receiver receives. When the monitor jack voltage is above 3.0V, which is good enough strength, then the tone is
continuous. The lower voltage, which means less strength, results in the shorter interval of the tones.
Monitor
Jack
Voltage Tone Interval
Above
3.0V
3.0V ~
2.0V
2.0V ~
1.0V
Below
1.0V
12. Alarm Memory Function
When multiple sets of detectors are installed,
alarm memory LED will blink for up to 24 hours,
allowing users to check which set the alarm was
activated.
After checking which set the alarm was
activated from, you can reset this function by
1) disable the function by selecting OFF on dip
switch #2, 2) pressing tamper switch. The
function will also be rest automatically 24 hours
after the alarm.
11. Environmental Disqualification Output
When beam strength continues to be below 1.0V for more than 40 seconds
by various of reasons, the environmental output will be activated, providing
a notice that there have been impairments to the unit.
For example, when the alignment of the unit has been tilted by animals,
hurricane, or an object is blocking one of the beams, the receiver outputs
an environmental output.
9
700
50
200
300
500
E N VIR O N M EN T D IS Q U A LIFIC AT IO N
E n viro nm ental outp u t activate d
w hen beam strength is below acce ptable
lev e l o ve r 4 0 seconds
CH
T O NE IN D IC A TO R
1
2
3
4
A LA R M M E M O R Y
R E C E IV E R
S EN S IT IV IT Y C H EC K
M O N IT O R
+
A L A R M
GOOD
1
2
3
4
5
6
7
8
9
10
11
D C 9. 6V ~ 3 0 V
+
-
T A M P E R
S /P
NC
C O M
NO
30 V ( A C /D C )
0 .1 A M A X
30 V ( A C /D C )
1 A M A X
30 V ( A C /D C )
1 A M A X
NC
C O M
NO
ALARM
M E M O R Y
E N V IR .D Q
A L A R M
-
R E SP O N S E T IM E
Q U A D T AM P ER
T am p er o utput a ctiva ted
w hen c ov er is n ot installed
co m ple te ly
B el ow 3. 0V D C
3 .5 ~4 V D C
G o od
V er y G oo d
V O L TA G E C O N D IT IO N
M O N IT O R O U TP U T V O L TA G E
G R EE N L E D
ON
ON
E N VIR O N M E NT D IS Q U AL IF IC A T IO N
E nv ir on m e nt al o ut pu t ac tiv a te d
w he n b ea m s tr en g th is b e lo w ac c ep ta b le
le v el ov e r 4 0 s ec o nd s
B L IN K
3 .1 ~3 .5 V D C
A L A R M O F F R e al ig nm e n t
R e al ig nm e n t
1TO N E IN D IC A TO R
CH
T ON E IN D IC A TO R
1
2
3
4
A LA R M M E M O RY
5
6
7
8
9
10
11
T A M P E R
S /P
NC
C O M
NO
3 0 V (A C / D C )
0.1A M AX
3 0 V (A C / D C )
1 A M A X
3 0 V (A C / D C )
1 A M A X
NO
E N V IR .D Q
R ES PO N SE T IM E
700
50
200
300
500
14. Beam Strength Selection
2 Different beam strength can be selectable
based on desired detection distance.
HIGH : For detection distance of 100m ~ 200m
LOW : For detection distance of 0m~100m
15. Power Status Check
This function gives a notification when the supply
voltage is currently below 9.6V(+ 0.3V) by a blue LED.
When the power check indicator is ON, please check
the supply voltage immediately for the low voltage can
affect the overall function of the unit.
This function is only installed in the Transmitter.
16. Quad Tamper
Cover Still Open Cover Closed
• When all 4 tamper should be pushed for a
proper tamper setting.
When all 4 tampers are pushed, the cover is
properly closed.
All LED will be shut off when cover is properly
closed for economical operation. 10
1 2 3 4
1LO W / H IG H
Q UA D T AM P ER
T am pe r o u tp ut ac tiv ate d
w he n co ver is n ot ins talle d
co m pl ete ly
P O W E R
S T A T U S
C H E C K
P O W E R
1
D C 10 V ~ 2 5V
+
3
4
T AM P E R
30 V ( A C /D C )
0 .1 A M AX
T R A N S M IT T E R
CH
1
2
3
4
L O W / H IG H
P O W E R C HE C K
2P O W E R C HC K
Q UA D T AM P ER
T am pe r o u tp ut ac tiv ate d
w he n co ver is n ot insta lle d
co m pl ete ly
P O W E R
S T A T U S
C H E C K
P O W E R
1
D C 10 V ~ 2 5V
+
3
4
T AM P E R
30 V ( A C /D C )
0 .1 A M AX
T R A N S M IT T E R
CH
1
2
3
4
L O W / H IG H
P O W E R C HE C K
CH
T O NE IN D IC A TO R
1
2
3
4
A LA R M M E M O R Y
R E C E IV E R
S EN SIT IV ITY C H EC K
M O N IT O R
+
A L A R M
GOOD
1
2
3
4
5
6
7
8
9
10
11
D C 9. 6V ~ 30 V
+
-
T A M P E R
S /P
NC
C O M
NO
3 0V ( A C /D C )
0 .1 A M A X
3 0V ( A C /D C )
1A M A X
3 0V ( A C /D C )
1A M A X
NC
C O M
NO
ALARM
M E M O RY
E N V IR .D Q
A L A R M
-
R E SP O NS E T IM E
Q U AD TA M P E R
T am pe r ou tp ut a ctiv ate d
w he n c ove r is n ot in sta lle d
co m ple te ly
B el ow 3. 0V D C
3 .5 ~4 V D C
G o od
V er y G oo d
V O L TA G E C O N D IT IO N
M O N IT O R O U TP UT V O LT A G E
G R E EN LE D
ON
ON
E N VI R ON M EN T D IS Q U A LI FI CA TI O N
E nv ir on m e nt al o ut pu t ac ti va te d
w h en b e am str e ng th is b e lo w a cc ep ta b le
le v el ov e r 4 0 s ec o nd s
B L IN K
3 .1 ~3 .5 V D C
A L A R M O F F R ea lig n m en t
R e a lig nm e n t
700
50
200
300
500
18. Troubleshooting
17. Anti-Insect / Rain Construction
Seal
Seal
(Wire Hole)
Seal
(Bracket
Bolt Hole)
Seal
(Wire Hole)
Rubber sealing in base, wire holes, and
bracket bolt holes prevents any penetration of
dust, insects, and/or rain.
Trouble
Operation LED does not light
Alarm LED does not light
when the beam is broken.
Alarm LED continues to
light
Intermittent alarms.
Possible Cause
1. No power supply.
2. Bad wiring connection or broken wire,
short
1. No power supply.
2. Bad wiring connection or broken wire, short.
3. Beam is reflected on another object and sent
into the receiver.
4. Two beams aren’t broken simultaneously
1. Beam alignment is out.
2. Shading object between Tx. and Rx.
3. Optics of units are soiled.
4. Improper channel.
1. Bad wiring connection.
2. Change of supply voltage.
3. Shading object between Tr. and Re.
4. A large electric noise source, such as power
machine, is located nearby Tx. and Rx.
5. Unstable installation of Tx. and Rx.
6. Soiled optics of Tx. and Rx.
7. Improper alignment.
8. Small animals may pass through the 2 beams
1. Turn on the power.
2. Check wiring.
1. Turn on the power.
2. Check wiring.
3. Remove the reflecting object or change
beam direction.
4. Break 2 beams simultaneously.
1. Check and adjust again.
2. Remove the shading object.
3. Clean the optics with a soft cloth.
4. Check channel.
1. Check again.
2. Stabilize supply voltage.
3. Remove the shading object.
4. Change the place for installation.
5. Stabilize.
6. Clean the optics with a soft cloth
7. Check and adjust again.
8.Set the response time longer.
Possible Solution
11
19. Specifications
20. External Dimensions
Model SASO-PB200L
Detection system Simultaneous breaking of 2 beams
Infrared beam Double modulation pulsed beams by LED
Protection range Indoor or Outdoor 200m
Supply voltage 9.6V ~ 30V DC (Polarity)
Current TX : 45mA / RX : 40mA
Response time 50 ~ 700 m/s
LED Transmitter Green LED : Power On / Red LED : Power Status Check
Receiver Green LED : Correct Setting / Red LED : Alarm Activated / Blue LED : Alarm Memory
Alarm output Dry contact relay output 1C
Contact action : Interruption time & delay time(1~3 sec)
Contact capacity : 30V(AC/DC) 1A or less
Environment output Dry contact relay output 1C
Contact action : Interruption time & delay time(1~3 sec)
Contact capacity : 30V(AC/DC) 1A or less
Tamper output Dry contact relay output from N/C (Receiver only)
Contact action : Activated when cover is detached
Temperature -20~ 60
Beam adjustment Horizontal : 190˚ (±95˚), Vertical : 20˚ (±10˚)
Mounting position Outdoor / Indoor
Material PC resin(Green)
IP rating IP 55
External dimensions W113 x H460 x D122 (mm)
Weight Rx / Tx : 3.4kg
Functions Alarm Memory, Environmental Disqualification, Quad Tamper, Tone Indicator, Power Check. Etc.
Option Pole attachment(2pcs/set)
12
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SASO PB200L Digital photoelectric beam detector User manual

Type
User manual

SASO PB200L Digital photoelectric beam detector provides reliable protection for a wide range of applications with its advanced features. It utilizes synchronized pulse beams to prevent false alarms caused by small objects or animals, ensuring accurate intrusion detection. The device offers adjustable response time, ranging from 50 milliseconds to 700 milliseconds, allowing customization based on the desired level of sensitivity. Additionally, the detection range can be extended up to 200m, covering larger areas effectively.

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