Optex AX-70TN User manual

WARNING Failure to follow the instructions provided with this indication and improper handling may cause death or
serious injury.
CAUTION Failure to follow the instructions provided with this indication and improper handling may cause injury
and / or property damage.
WARNING
Do not use the product for purposes other than the detection of moving objects such as people and vehicles.
Do not use the product to activate a shutter, etc., which may cause an accident.
Do not touch the unit base or power terminals of the product with a wet hand (do not touch when the
product is wet with rain, etc.). It may cause electric shock.
Never attempt to disassemble or repair the product. It may cause ¿re or damage to the devices.
Do not exceed the voltage or current rating speci¿ed for any of the terminals during installation, doing so
may cause ¿re or damage to the devices.
CAUTION Do not pour water over the product with a bucket, hose, etc. The water may enter, which may cause damage
to the devices.
Clean and check the product periodically for safe use. If any problem is found, do not attempt to use the
product as it is and have the product repaired by a professional engineer or electrician.
INSTALLATION MANUAL
・Read this instruction manual carefully prior to installation.
・After reading, store this manual carefully in an easily accessible place for reference.
・
This manual uses the following warning indications for correct use of the product and harm to you or other people and damage to
your assets, which are described below. Be sure to understand the description before reading the rest of this manual.
No. 59-1282-6 0808-20
PHOTOELECTRIC DETECTOR
AX-70TN, AX-130TN, AX-200TN
AX-100TF, AX-200TF
This symbol indicates prohibition. The speci¿c prohibited action is provided in and/or around the ¿guer.
This symbol requires an action or gives an instruction.
1. PRECAUTIONS
2. PARTS IDENTIFICATION
3. INSTALLATION
3-1 NOTE
3-2 INSTALLATION METHOD
4. WIRE CONNECTION
5. ALIGNMENT
5-1 OPTICALALIGNMENT
5-2 BEAM INTERRUPTION TIME
5-3 4 SELECTABLE BEAM FREQUENCIES * TF ONLY
6. WALK TEST
7. SPECIAL FUNCTION * TF ONLY
7-1 ENVIRONMENTAL DISQUALIFICATION
7-2 ALARM MEMORY
8. OPTIONAL ACCESSORIES
8-1 HEATING UNIT : HU-3
8-2 BACK COVER : BC-3
8-3 POLE SIDE COVER : PSC-3
9. TROUBLE SHOOTING
10. SPECIFICATIONS
CONTENTS
For Safe Use of the Product
< STANDARD >
< 4 SELECTABLE BEAM FREQUENCIES >
• 4 selectable beam frequencies
• LED indicator for ¿ne beam alignment level
• D.Q. circuit (Environmental disquali¿cation)
• Alarm memory
< AX-100/200TF ONLY >
• High-performance waterproof structure
• Horizontal alignment dial for user-friendliness
• Adjustable beam interruption period
• Tamper function
• OptionalAccessories : Heating unit (HU-3), Back cover (BC-3),
Pole side cover (PSC-3)
• UL Listed
< AX-70/130/200TN, AX-100/200TF >
Features
N219

Distances between the Receiver and the Transmitter
Wiring
Hole
View Finder
Vertical Alignment
Screw
Terminals
•Transmitting
Condition LED
(Transmitter)
•Alarm Indicator LED
(Receiver)
Monitor Jack
(Receiver)
Horizontal
Alignment Dial
Waterproof Plug
Selection Dip Switch
(See "4 WIRE
CONNECTION",
"5-2 BEAM
INTERRUPTION
TIME", and "7-2
ALARM MEMORY *
TF ONLY")
3.3ft.(1m)
Alarm Memory
(Receiver)
(See "7-2 ALARM
MEMORY * TF
ONLY")
Selection Switch
(See "5-3 4
SELECTABLE BEAM
FREQUENCIES * TF
ONLY")
1) Loosen the cover lock screw to detach the cover.
2) Turn the optical unit and open the waterproof plug.
3) Loosen the unit base lock screw and slide the mounting plate
downward to detach the unit base.
1. PRECAUTIONS
2. Do not install the unit where objects
moved by the wind such as plants and
laundry, which may block the beam.
1. Mount unit only on a solid surface.
4. A different type of beam
should not reach the receiver.
3. Prevent direct sunlight
from entering into internal
receiver.
5. Avoid aerial wiring. 6. Do not install the unit
on unsteady surfaces.
receiver
transmitter
(other model)
transmitter
3
2. PARTS IDENTIFICATION
Optical Unit
Cover
Unit Base
Mounting Plate
Pole-mounting Bracket
3. INSTALLATION
・
Pole size should be 1 1/4”-1 7/8” (φ32-48mm).
(Standard U.S. 1 1/4” or 1 1/2”pipe)
ex) AX-70TN : 70ft.(20m)
2.3ft.-3.3ft. (0.7-1m)
180(±90) 10(±5)
Horizontally Vertically about 2.0ft.(60cm)
about 3.3ft.
(1m)
It is not recommendable to install the units in this way
(or direction). In case you do this installation, maximum
detection range shall be half of the original detection range.
(This is to prevent the attenuation of beam by the edge of
the cover.)
1. Detach the cover and the screw 2. Fix the mounting plate
When removing the cover, do not put your ¿ngers
on the hood, whitch may cause damage.
Cover Lock Screw
Hood Optical Unit
Waterproof Plug
Unit Base lock Screw
Wall Mounting Screws
Mounting Plate
Wall mounting Pole mounting (1 plate) Pole mounting (2 plate)
Mounting Plate
Lock Screws
Pole Lock Screws
7. Mount the units more
than 1m away from the
wall or fence.
Note
3-2. INSTALLATION METHOD
3-1. NOTE
1. Detection range and installation 2. Alignment angle 3. Pole mounting

Wire size Power supply voltage
12VDC 24VDC
AWG22
(0.33mm2)1600ft.(500m)7800ft.(2400m)
AWG20
(0.52mm2)2200ft.(700m)11400ft.(3500m)
AWG18
(0.83mm2)3600ft.(1100m)18000ft.(5500m)
AWG16
(1.31mm2)5500ft.(1700m)26200ft.(8000m)
Power input
10.5 to 28VDC
Ქ Ყ
Tamper output : (BE) Model only
(it opens when cover is removed)
Non-voltage contact output
Contact capacity: 28VDC and 0.2A (max.)
“For UL Listed applications, the units shall be connected to a UL
Listed control unit or Listed Burglar Power Supply capable of
providing a minimum of 4 hours standby power.”
Note:Non-Voltage contact output
Resistive load only
TAMPER
Power input
10.5 to 28VDC
Ქ Ყ
Tamper output : (BE) Model only
(it opens when cover is removed)
Non-voltage contact output
Contact capacity: 28VDC and 0.2A (max.)
TAMPER
3. Wiring
Use wires in compliance with the following conditions:
1) Wire diameter: φ4 - 7mm
2) When using any other wires than the above, seal the wiring port
with a waterproof agent (silicon, etc.) to prevent water from coming
in through the gap.
3) Number of wires: 3 (max.)
Wiring Hole 1
3 wires can be accommodated in a unit.
Lead-in wire should be as below.
*Wiring hole 2 needs to be punched with a screw driver, etc.
*To have the wiring hole 3, wiring port needs to be cut with a cutter knife,
etc. After inserting the wire, seal the wiring port with a waterproof material
like silicon for leakage prevention.
Wiring Hole 2
Figure 1 Figure 2
Wiring guide should be as below.
Knockout needs to be opened with a nipper, etc.
Knockout
Cutting
Figure 3
5. Alignment and walk test
4. Mount the unit base
Connect the terminals with reference to “4. WIRE
CONNECTION” and slide the unit base into the mounting
plate from above, then fasten the unit base mounting
screws to ¿x the unit base. Then, push in the waterproof
plug up to the broken line shown in the ¿gure above.
Waterproof Plug
Unit Base
Lock Screw
Align the optical axis to the maximum
receiving level according to “5-1.
OPTICALALIGNMENT”. Then, check
for the operation with reference to “6.
WALK TEST”.
Put the cover and tighten the
cover lock screw.
Make sure that the cover edge
has reached the line prepared
on the side of the unit base
(See the ¿gure left)
Screwdriver Line
Push in up to
this position
Side view of the waterproof plug
WARNING
Do not exceed the voltage
or current rating speci¿ed
for any of the terminals
during installation,
doing so might cause ¿re
or damage to the devices.
<Receiver >
Power input
10.5 to 28VDC
Alarm output (N.C.)
Non-voltage contact output
Contact capacity: 28VDC and 0.2A (max.)
＋−ALARM TAMPER
Tamper output
(It opens when cover is removed)
Non-voltage contact output
Contact capacity: 28VDC and 0.2A (max.)
1. Terminal
<Transmitter >
Connect respective wires to the terminals shown in the following ¿gure.
・
Ensure that the wiring distance from the
power supply is within the range shown in
the table on the right.
・
When using two or more units on one wire,
the maximum length is obtained by dividing
the wire length listed below by the number
of units used.
2. Wiring distance between power
supply and detector
4. WIRE CONNECTION
[AX-70/130/200TN]
＋−COM.N.O.TAMPER
[AX-100/200TF]
Alarm output: (N.C./N.O.) switch (In case of using N.O., contact is not reversed when power supply is off.)
Non-voltage contact output
Contact capacity: 28VDC and 0.2A (max.)
Use the COM. terminal for both alarm
output and D.Q. circuit.
Knockout
N.C.
Power input
10.5 to 28VDC
Tamper output
(It opens when cover is removed)
Non-voltage contact output
Contact capacity: 28VDC and 0.2A (max.)
Environmental Disquali¿cation (N.C.)
Non-Voltage contact output
Contact capacity : 28VDC and 0.2A (max.)
N.C. / N.O. selection Swich
N.C. ⇔N.O.
3
OFF ON
<Receiver >
<Transmitter >
N.C./

Note
ޓޓޓ
(CH)
The selectable beam frequencies can be used to avoid unwanted crosstalk that can occur when using multiple photo-
beams for long distance or beam stacking applications.
・To select between 4 separate beam frequencies, use the switch provided.
・Make sure the receiver and transmitter that are facing each other are set to the same channel.
・More than double stacked application is not possible.
(msec)
500250100
50
Note
Interruption
time Switches
50ms 1:OFF, 2:OFF
100ms 1:OFF, 2:ON
250ms 1:ON, 2:OFF
500ms 1:ON, 2:ON
5. ALIGNMENT
5-1 OPTICAL ALIGNMENT
The optical alignment is an important adjustment to increase reliability. In accordance with the procedure indicated in the items 1. and 2. in this
chapter, make sure to align the monitor jack that monitor output nothing to attain the maximum level.
1. Rough alignment by view¿nder
・While looking through the view¿nder, turn the dial to make alignment in such a way that the other detector is at the center of the sights.
< Horizontal alignment > < Vertical alignment >
Turn the horizontal alignment
dial by ¿ngers to make align-
ment
Turn the vertical alignment dial
with a screwdriver to make
alignment
The beam is not
properly aiming at the
center of view¿nder.
< Receiver > < Receiver / Transmitter >
Fine adjustment with monitor jack
・
After checking the receiving level of optical axis by using
the alarm indicator, make sure to make ¿ne alignment for
both transmitter and receiver with voltmeter until it reaches
maximum monitor output over “Good” level.
Set the voltmeter range to 5
to 10VDC and connect the
voltmeter probes㩷⊕and㩷⊖
to ⊕and㩷⊖of the monitor
jack respectively.
When making the adjustment by the monitor jack, be careful not to intercept the optical unit with your hand, the tester pin cord, etc.
The horizontal / Vertical alignment.
The alignment
can be completed. Realignment (example)
5-2 BEAM INTERRUPTION TIME
Initial setting is at 50ms for normal work.
According to the speed of a supposed target you select one speci¿c setting out of 4 steps.
50msec 100msec 250msec 500msec
Set the interruption time adjustment switches of the Receiver according to the speed of the human object to detect.
Running
(2.4m/s) Jogging (1.2m/s) Walking (0.5m/s) Slow movement (0.3m/s)
2. Checking of the illumination and Fine alignment
Checking of the illumination of the Alarm Indicator
・
After the rough alignment using the view¿nder, check the
light receiving status by the Alarm Indicator.
< Receiver >
Alarm Indicator
5-3 4 SELECTABLE BEAM FREQUENCIES * TF ONLY

10
View Finder
* For Horizontal/Vertical alignment, refer to the following illustration.
AX-100/200TF
Alarm
Indicator
Light
interrupting Light receiving
ON(red) fast
Àicker slow Àicker OFF
Monitor
output Realign
Less than 1.0V Fair
1.0V
or more
Good
2.0V
or more
Excellent
2.5V
or more
AX-70/130/200TN
Alarm
Indicator
Light
interrupting Light receiving
ON(red) OFF
Monitor
output Realign
Less than 2.2V Fair
2.2V
or more
Good
2.5V
or more
Excellent
2.9V
or more
The relation between monitor output and receiving level of optical axis.
[AX-70/130/200TN]
Always switch the frequencies TWO channels apart when stacking units on top of one another (See following example) .
The upper unit is set on channel 1 while the lower is on channel 3.channels 2 and 4 could have also been used.
[AX-100/200TF]
Selection Dip SwitchSelection Switch
Selection Switch

receiver
transmitter
Ch1 Ch1 Ch1 Ch1 Ch3 Ch3
transmitterA receiverB transmitterCreceiverA transmitterB receiverC
1. Long distance protection
《EXAMPLE》
Ch1 Ch1 Ch1 Ch1 Ch2 Ch2
Ch3 Ch3 Ch3 Ch3 Ch4 Ch4
2. Double stacked long distance protection
3. Perimeter protection 4. Double stacked long perimeter protection
transmitter receiver transmitter receiver transmitter receiver
transmitter receiver transmitter receiver transmitter receiver
transmitter(Ch1) transmitter(Ch3)
transmitter(Ch1)
transmitter(Ch3)
receiver(Ch1)
receiver(Ch3) receiver(Ch1)
receiver(Ch3)
transmitter(Ch1)
transmitter(Ch3)
transmitter(Ch2)
transmitter(Ch4)
receiver(Ch1)
receiver(Ch3)
receiver(Ch2)
receiver(Ch4)
receiver(Ch2)
receiver(Ch4) transmitter(Ch2)
transmitter(Ch4)
transmitter(Ch1)
transmitter(Ch3)
receiver(Ch1)
receiver(Ch3)
Ქ
Ყ
Ქ
Ყ
COM.
Ქ
Ყ
N.C.
N.C.
᳷
᳷
Ქ
Ყ
Ქ
Ყ
Ქ
Ყ
N.C.
Power
12VDC
᳷
< Operating time chart >
D.Q. will send a trouble signal which indicates the adverse weather condition when the beam strength is being kept more than 40
seconds.
adverse weather level > the beam strength > alarm output level
< Example >
N.C.
(Alarm) Alarm
Power
12VDC
Alarm1
Alarm2
OFF
ON
2 sec
40 sec
D.Q.
Beam
Strength
Adverse Weather Level
Alarm Output Level
N.C.
(D.Q.)
transmitter transmitter receiver receiver Control Panel Control Panel
External Relay
Note
COM.
COM. N.C.
(D.Q.)
COM. COM.
Power
GND
Load
N.C.
(Alarm)
N.O.
A
C
B
6. WALK TEST
Make sure that the Alarm Indicator is OFF. If
it is illuminated even when the beams are not
blocked, make optical alignment again.
Be sure to conduct a walk test (to block the
infrared beam) at the following tree point:
A. In front of the Transmitter
B. In front of the Receiver
C. At the middle point between the
Transmitter and the Receiver
If the Alarm Indicator is not turned on after beam interception, check for the operation with reference to “9. TROUBLE
SHOOTING.”
2. Walk test
Make sure to check for the operation after installation.
Alarm Indicator
1. Checking by the Alarm Indicator
Note
7. SPECIAL FUNCTION * TF ONLY
7-1 ENVIRONMENTAL DISQUALIFICATION
Use the COM. terminal for both alarm
output and D.Q. circuit.
If there are reÀective things such as a fence,
stop at the position C. once and make sure
that the detector operates correctly.
By using external relay (N.O.), alarm
output can be cancelled while D.Q. send
signal.
[Alarm Output Cancellation][D.Q. + Alarm]
More than double stacked apprication is not possible.
<Receiver >

OFFų⇔ųON
< Operating time chart > If there is an
alarm output
.
If it detects the
environmental
disquali¿cation
before 5
minutes of
alarm output.
< Alarm Memory Indicator >< Indicator >< Receiver >
OFF
ON
5 min. 55 min. 2 min. 55 min.
Alarm AlarmAlarm
Alarm Memory
Indicator
Alarm Output
4
ON
2 min.
5 min.
(Indicator ON) (Indicator OFF)
8. OPTIONAL ACCESSORIES
8-1 HEATING UNIT : HU-3
Ensure that the wiring distance
from the power supply is within
the range shown in the table on
the right.
When using two or more units on
one wire, the maximum length
is obtained by dividing the wire
length listed below by the number
of units used.
“UL Listed applications, the heating
unit was not investigated with the
models AX-70/130/200TN,
AX-100/200TF.”
3. Mounting and wiring of the heating unit
5. Mounting of the unit base and
optical alignment
Waterproof material
(included)
Unit Base Mounting Screw
4. Connection using
the connector
When connecting the
lead wires to the wiring,
make the connection
using the supplied con-
nector or soldering.
Insert the wires into the
connector and tighten
the connections with
pliers.
Connector
Power voltage of 24VAC/DC is required to use the heating unit.
1. Cutout of the knockout
Knockout
Direction of
the optical unit
Knockout cutoff section
Cut off the
shaded area.
Cut off the knockout of the unit base’s wiring holes located on the side where the optical
units of the transmitter and receiver face each other and on its opposite side with a nipper,
etc. In the case of the front side, cut off the knockout located on either left or right side only.
2. Direction of the optical unit
Optical Unit
Knockout
cutoff side
[Front view of the unit base]
Rear view of the unit base
7-2 ALARM MEMORY * TF ONLY
This function is used to indicate which detector was activated with alarm memory LED while several detectors are installed in one site.
For ¿rst 5 minutes after the alarm output, the alarm memory indicator do not light up. Then the alarm memory indicator keep lighting up
for 55 minutes. 5 minutes. Alarm memory record is cleared after alarm memory indicator is turned off.
Number of blinking N (times) tells how long it
passed over after alarm output.
“N” is added one time every 5 minutes.
(N=1 〜11)
Selection Dip Switch Through the cover
Alarm Memory
Indicator
In case the same power supply is used for the sensors, wiring distance is required according to the table shown in 3.
Note
Align the heater as shown
in the diagram and slide it
into place behind the prod-
uct’s optical unit.
Route the heater cables
through the heater cutouts
and pass them through
the wiring holes you cut in
Step1.
Pull the heater cables
through the wiring holes
until there is no slack re-
maining.
Seal the wiring holes with
the waterproof material
(included) so that there is
no gap between the wire
and the surrounding plastic.
Repeat it for both holes.
Wiring distance
Wire Size
Wiring Distance
AWG18
(0.83mm2)1000ft. (300m)
AWG16
(1.31mm2)1700ft. (500m)
AWG14
(2.09mm2)2600ft. (800m)
※
Number of
blinking N
OFF
ON
10 sec
4 sec
0.5 sec
※
Number of
blinking N
FLASHING
OFF
ON
10 sec
4 sec
0.5 sec
Rotate the optical unit ap-
proximately 45° away from the
knockout area that you cut out
in Step 1.
Heater
Cutouts
Heater cutouts

1. Cutout of the knockout
Cut off the knockout portion of the back cover
with a cutter, etc.
Back Cover
2. Installation of mounting plate
Fix the unit base body mounting-plate
and the pole bracket for the option sup-
plied with the back cover by using the
supplied screws.
Optional
pole bracket
(for BC-3)
Mounting plate
lock screws
(for main unit)
Pole lock screws
(for main unit)
3. Installation of the unit base and the
back cover
After mounting the units base, ¿x the back cover on
the pole bracket by using the screws (4 pieces).
Align the optical axis and check for the operation,
then close the cover. (See “ 3. INSTALLATION “)
8-2 BACK COVER : BC-3
8-3 POLE SIDE COVER : PSC-3
Cut the edge of the knockout (outside or inside) with a
nipper and then break the knockout portion with a cutter.
Also break the center bridge of the pole side cover
along with the perforation.
1. Cutout of the knockout 2. Installation of the pole side
covers 3. Installation of the pole side covers
Pole Side Cover
Outside of the knockout (ij35-48mm : the diameter of a pole)
Inside of the knockout (ij32-34mm : the diameter of a pole)
Knockout
(The same
applies to the
opposite side.)
Back cover lock screw
(The same applies to
the opposite side.)
Unit Base
9. TROUBLE SHOOTING
Problem Possible Cause Corrective Action
LEDs on the transmitter are not
illuminated.
Inappropriate power supply voltage Check the voltage and make sure that it is between 10.5 and 28VDC.
Disconnection in power line Check the wiring
Inappropriate wiring distance or wire diameter See "2. Wiring distance between power supply and detector" of "4. WIRE
CONNECTIONS", and check the wiring distance.
"Alarm Indicator" is not iiluminated
even if the beam is blocked in front of
the receiver.
Inappropriate power supply voltage Check the voltage and make sure that it is between 10.5 and 28VDC.
Inappropriate wiring distance or wire diameter See "2. Wiring distance between power supply and detector" of "4. WIRE
CONNECTIONS", and check the wiring distance.
The beams are reÀecting off the Àoor and
wall of a building, and entering the receiver. Align the optical axis again. If "Alarm Indicator" is not turned on yet, remove the reÀecting objects or change the installation site.
Not interrupting both upper and lower beams at the
same time. Interrupt both upper and lower beams at the same time.
Receiving any other beams from other transmitters. Move the receiver to any other place where it does not receive any beam
from other transmitters.
Blocking the beam in fron to fot
the receiver illuminates the "Alarm
Indicator" but does not activate the
alarm.
Signal line short-circuited Check the wiring
Alarm contact welded Repair the required. Contact the distributor or us.
"Alarm Indicator" of the receiver does
not go out. Optical axis of transmitter and receiver not aligned. See "5-1 OPTICALALIGNMENT" and make realignment.
Object blocking the beam between transmitter and receiver Remove the object or move the unit to a place without any object that may block the beam.
Frost, snow or heavy rain cause false alarm Optical alignment not optimized See "5-1 OPTICALALIGNMENT" and make realignment.
Alarm activated even if the light is not
blocked
Object blocking the beam between transmitter and receiver See "5-2 BEAM INTERRUPTION TIME"and set an appropriate interruption time
Vehicle or plant blocking the beam between transmitter
and receiver Remove any object blocking the beam
Surface of transmitter/receiver cover soiled Clean the cover (wipe the cover with a soft coth dampened with water or
diluted neutral detergent)
Inaccurate optical alignement See "5-1 OPTICALALIGNMENT" and make realignment.
Inappropriate location of installation Change the location
・After above inspections, if there remains any problem, contact our dealer or us immediately.
Do not use pole
bracket supplied
with the unit
Cut only the
required parts
with cutter
Cut with cutter.
Knockout Note
Pole side cover
When the pole side cover fix on
the pole bracket, make sure the
position of the screws.
Note
Fix the pole side cover on
the pole bracket by using
the screws (8 pieces).
Pole side cover lock screw (The
same applies to the opposite side.)
After mounting the
units base, align
the optical axis and
check for the opera-
tion, then close the
cover. (See “3.
INSTALLATION”)
4. Mounting of the
unit base
Cut the perforation
with a cutter
Do not use pole bracket
supplied with the unit
Note
Fix the unit base body mounting-
plate and the pole bracket for the
option supplied with the pole side
cover by using the supplied screws.
Unit Base
Optional
pole bracket
(for PSC-3)
Mounting plate
lock screws
(for main unit)
Pole lock
screws
(for main unit)
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Name Photoelectric detector
Model AX-70TN AX-130TN AX-200TN AX-100TF AX-200TF
Range 70ft (20m) 130ft (40m) 200ft (60m) 100ft (30m) 200ft (60m)
Maximum arrival distance 700ft
(200m) 1300ft (400m) 2000ft (600m) 1000ft (300m) 2000ft (600m)
Detection method Infrared beam interruption detection
Selectable beam frequency 4 channel
Interruption period Variable between 50,100,250,500msec (4 steps)
Power input 10.5-28VDC
Current draw
(Transmitter+Receiver) 38mA (max.)
T:17mA+R:21mA
41mA (max.)
T:20mA+R:21mA
45mA (max.)
T:24mA+R:21mA
44mA (max.)
T:6mA+R:38mA
48mA (max.)
T:10mA+R:38mA
Output
Alarm output N.C. 28VDC, 0.2A (max.) N.C./ N.O.
28VDC, 0.2A (max.)
Alarm period 2 sec (±1) nominal
D.Q.output N.C. 28VDC, 0.2A (max.)
Tamper output N.C. : open when cover is removed 28VDC, 0.2A (max.)
Indicator
Alarm indicator
(Receiver) Alarm : ON (red), Light receiving : OFF Alarm : ON (red)
Light receiving : Àicker (red) or OFF
Power
(Transmitter) Power ON : ON (green), Power OFF : OFF
Alarm memory Memory : ON or Àicker (red)
(Indicator will remain lit for 55 minutes,
5 minutes after alarm output)
Operating temperature –31°F– +140°F (–35– +60℃) Use the optional heating unit (HU-3) under the environment of
–13°F (–25℃) or less minus.
Environment humidity 95% max
Alignment angle ±90°Horizontal, ±5°Vertical
Mounting Indoor/Outdoor, Wall/Pole mounting
Weight 22.9oz (650g) 24.7oz (700g)
International protection IP65
Packages Transmitter (×1), Receiver (×1), Pole bracket (×4), Mounting plate
lock screws (×8),Pole lock screws (×8), Wall mounting screws (×4)
Name Heating unit
Model HU-3
Power input 24VAC/DC
Current draw 420mA(max.)
(Per 1 unit)
Thermo
switch 140°F (60℃)
Operating
temperature –31°F– +140°F (–35– +60℃)
Weight 0.4oz(12g)
(Heater (×2))
Packages
Heater (×2), Connector
(×4), Waterproof agent
Name Back cover
Model BC-3
Operating
temperature –31°F– +140°F (–35– +60℃)
Weight 5.3oz(150g)
(Back Cover (×2))
Packages Back cover (×2),
Optional pole bracket
(×4), Back cover lock
screw (×8)
Name Pole side cover
Model PSC-3
Operating
temperature –31°F– +140°F
(–35– +60℃)
Weight 3.9oz(110g)
(Pole Side Cover (×2))
Packages Pole side cover (×2),
Optional pole bracket
(×4), Pole side cover
lock screw (×8)
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10. SPECIFICATIONS
< note >
These units are designed to detect an intruder and activate
an alarm control panel. Being only a part of a complete
system, we cannot accept responsibility for any damages
or other consequences resulting from an intrusion.
These products conform to the EMC Directive 89/336 ECC.
The diameter of a pole :
minĭ1.3(ĭ32)-maxĭ1.9(ĭ48) The diameter of a pole :
minĭ1.3(ĭ32)-maxĭ1.9(ĭ48)
Unit : inches (mm)
OPTEX INCORPORATED (USA)
TEL:[phone]
Tech:[phone]
URL:http://www.optexamerica.com
OPTEX CO., LTD. (JAPAN)
(ISO 9001 Certified by LRQA)(ISO 14001 Certified by JET)
5-8-12 Ogoto Otsu Shiga 520-0101 JAPAN
TEL:[phone] FAX:[phone]
URL:http://www.optex.co.jp/e/
OPTEX (EUROPE) LTD. (UK)
TEL:[phone]
URL:http://www.optexeurope.com