Takex PXB-100ATC Instruction Manual

Takex PXB-100ATC Instruction Manual

Photoelectric beam sensor. anti-crawl and anti-corrosion

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Anti-Crawl and Anti-Corrosion
PXB-100ATC : OUTDOOR 330ft (100m)
Thank you for purchasing this product.
Read this instruction manual before using the product to make sure that you use it correctly.
This device is an opposed type photoelectric beam sensor that consists of
a photo transmitter that transmits infrared light, and a photo receiver
for the transmitted light, as shown in the illustration on the right.
The infrared light transmitted from the transmitter expands in a cone
shape, while the light beams enter the receiver.
The straight line that connects the transmitter with the receiver is the
detection line.
This model is designed to prevent a crawling intrusion to coverage area
by means of OR-gated detection in addition to AND-gated detection.
In order to ensure that the detection line has sufficient margin of
sensitivity, adjust the direction of the light beams before placing the
system into operation. Providing sufficient margin of sensitivity reduces
the occurrence of malfunction caused by dense fog, heavy rain, frost,
snow, and other such weather conditions.
(1) ANTI-CRAWL DETECTION
Upper and lower beam individually detects the objects and
issues a signal only by blocking each beam.
(2) AT . HF SEPARATE OUTPUT
AT
AT output : OR-gated by upper and lower beam.
&
HF output : AND-gated.
HF
(3) SYNCHRONIZED HIGH POWER BEAM
1
By synchronizing the timing of transmitting and receiving
2
3
beam, the stacking system will be more reliable.
4
(4) DOUBLE MODULATION
Double modulated beams are designed to distinguish the true
beam signal from accidental or deliberate interference from
sunlight, car headlights and other artificial light sources.
This increases the reliability in the outdoor security system.
(5) QUAD HIGH POWER BEAM
The beam power is 100 times of the minimum requirement.
The beam distance is 10 times of the described specification.
This high power beam also realizes the reliability against the
harsh conditions like fog, snow, heavy rain.
(6) ECOLOGY
RoHS adapted - Environment friendly. Free from Lead,
Mercury, Cadmium, Hexavalent chromium, Polybrominated
biphenyl, Polybrominated diphenyl ether.
(7) INSECT/WATER PREVENT
IP65 rated, with anti-insect bushing and special wading.
PHOTOELECTRIC BEAM SENSOR
Instruction Manual
Main Features
Transmitter
(8) ANTI-BIRD STOPPER
Keeps birds and small animals away from the
sensor, helping to reduce false alarms.
(9) DRIP-PROOF HOUSING
Prevents rain and snow from streaming down
the front side of housing, helping to avoid false
alarm.
(10) DUAL RING SIGHT
Enables better and clear view for easy beam
alignment.
(11) TARGET COLOR
The vivid color of the internal structure can be
recognized easily from the far end in the beam
alignment procedure.
The color differs between a transmitter and a
receiver which helps easy installation and
checking.
(12) INCREASED RANGE
ADJUSTMENT ALLOWANCE
Vertically ±20°compared with previous version.
It may adapt to the slope installation flexibly
(13) WIRELESS ALIGNMENT CHECKER
Enables easy and accurate beam alignment.
(Sold separately)
(14) LIGHTNING PROTECTION
Minimizes the damage caused by induced
lightning through wiring.
1
Upper detection line
Lower detection line
Coverage of light beams
Receiver

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  • Page 1 PHOTOELECTRIC BEAM SENSOR Anti-Crawl and Anti-Corrosion PXB-100ATC : OUTDOOR 330ft (100m) Instruction Manual Thank you for purchasing this product. Read this instruction manual before using the product to make sure that you use it correctly. Upper detection line This device is an opposed type photoelectric beam sensor that consists of a photo transmitter that transmits infrared light, and a photo receiver for the transmitted light, as shown in the illustration on the right.
  • Page 2: Table Of Contents

    — TABLE OF CONTENTS — PRODUCT COMPONENTS 6 WIRING METHOD PARTS DESCRIPTION .................. POSITION AND RATING OF TERMINALS ACCESSORIES ..........................WIRING DISTANCE NAMES OF OPERATION SECTION ........WIRING DISTRIBUTION DIAGRAM (WIRING DIAGRAM) OPERATING PRECAUTIONS 7 OPTICAL AXIS ADJUSTMENT EXAMPLE OF INCORRECT INSTALLATION .....
  • Page 3: Names Of Operation Section

    NAMES OF OPERATION SECTION [Transmitter] Transmission LED (Upper/lower) Upper/lower changeover switch “9 EXPLANATION OF FUNCTIONS Cover Detect Switch (9-2 UPPER/LOWER CHANGEOVER FUNCTION)” 6,7,8. Vacant Beam power switch (Factory set : H) “5 INITIAL SETTING (5-4 BEAM POWER SELECTION )” Master/Slave selection switch (Factory set : Master) “5 INITIAL SETTING (5-3 MASTER/SLAVE SELECTION)”...
  • Page 4: Operating Precautions

    EXAMPLE OF INCORRECT INSTALLATION erroneous detection or detection failure. Installation in locations Installation in location where Installation in areas where Using PXB-100ATC shaded by trees etc. strong light such as sunlight or objects that move with the together with other models...
  • Page 5: Before Use

    1ft(0.3m) detection. WRONG Stacking : In order to prevent the intrusion by crawling or climbing over, stack PXB-100ATC in several numbers. Set the sensor about 1ft(0.30m) from the floor so that it will detect the head of crawling person. Standard setting...
  • Page 6: Term Description

    TERM DESCRIPTION This manual uses the following terms for explanation. Refer to the terms and their meanings. Channel (CH) : Frequency channel of the infrared beam signal. (There are four channel from 1CH to 4CH) : A signal emitted from the synchronized output of the master, which is the reference signal to Synchronized signal determine the timing for transmitting and receiving the infrared beams.
  • Page 7 2 level stackings 1st beam setting (Same as single stacking) Set the transmitter and receiver to the same channel Set the transmitter and receiver to the same syncronized timing Set the transmitter as a master Connect the synchronized units by wire 2nd beam setting Set the transmitter and receiver to the same channel as 1st beam Set the transmitter and receiver to the different syncronized timing from 1st beam...
  • Page 8 Triple level stacking Fourth level stacking (Maximum : Four spans) Avoid setting the neighboring number of channel Avoid setting the neighboring number of channel in the same direction. (Like 1CH and 2 CH) in the same direction. (Like 1CH and 2 CH) In the 3rd and 4th beam, set the same channel and different synchronized timing.
  • Page 9: Installation Method

    INSTALLATION METHOD WALL INSTALLATION METHOD Cover Cover fixing screw Sensor body Installation plate Sensor fixing screw 0.39"(10 mm) Marking 0.39"(10 mm) About the cut bush When installing in the switch box. When installing using the same installation holes as those for the PB-F/PB-IN-HF series Label 5 INITIAL SETTING...
  • Page 10: Pole Installation Method

    Note: This device can be attached to a pole with diameters of 1.65" (Ø42 mm) to 1.95" POLE INSTALLATION METHOD (Ø49 mm). body. wiring. Cover body to the installation plate. Cover fixing screws Sensor body Installation plate Sensor fixing screws Countersunk oval-head screw (M4x20) Note: Accessories...
  • Page 11: Initial Setting

    INITIAL SETTING * Installed on the transmitter and the receiver MODULATION FREQUENCY CHANGEOVER * Set the transmitter and the receiver to the same channel. Factory set : 1CH * In case of 2 level installation, set the same channel 1 CH 2 CH 3 CH 4 CH...
  • Page 12: Response Time

    RESPONSE TIME * Only installed on the receiver ( AT output ) 1) In case AT output selected : When either upper or lower beam is shielded (Or-gated) - Response time is set as below. When both of upper and lower beam is shielded simultaneously (And-gated) - Response time is 0.05s. 2) In case HF output is selected : Signal is issued only when both of upper and lower beam is shielded simultaneously.
  • Page 13: Wiring Distance

    WIRING DISTANCE Distance between sensor and power supply Synchronized wiring distance (AWG description) (AWG description) [ft] [ft] voltage 12V DC 24V DC Wire size Distance wire size 1,000' ( 300m) 7,100' (2,160m) AWG20 (Dia.0.8mm) AWG20 (Dia.0.8mm) 2,850 ' ( 869m) AWG18 (Dia.1.0mm) 11,000' (3,400m) AWG18 (Dia.1.0mm) or more...
  • Page 14 Control panel 2 level protection. 1st pair is PXB-100HF, 2nd pair is PXB-100ATC Slave 1) In case PXB-100HF and PXB-100ATC is connected, channel setting cannot be neighbouring or the same number. 2) Synchronized wiring cannot be connected to PXB-100HF. PXB-100HF...
  • Page 15: Names And Functions Of Optical Axis Adjustment Parts

    By aligning the optical axis correctly, a protection line with a sufficient margin OPTICAL AXIS ADJUSTMENT of sensitivity can be created, reducing the occurrence of malfunction. Always adjust on both upper and lower sections <<Caution>> Auto Gain Lock switch Please set "OFF" the Auto Gain Lock switch during adjust optical axis. (Factory set : OFF) Please set "ON"...
  • Page 16: Optical Axis Adjustment Using The Alignment Mechanism

    Names of the Operation Section Note:This section describes the name and function of each part used during optical axis adjustment. <Transmitter> <Transmitter> To show which beam operates. Transmission LED: When synchronization is unstable, LED blinks alternatively. Upper/lower changeover switch Transmitter Each time the switch is pressed, the optical unit that transmits the light switches.
  • Page 17 Look through the view finder from a distance, and readjust so that the sensor of the opposite device is visible at the center of the ring using the horizontal and vertical angle fine adjustment screws. Vertical angle adjustment Horizontal angle fine adjustment Turn on the power to the transmitter and receiver, check that the LEDs of both the transmitter and receiver are on.
  • Page 18 To improve accuracy of optical axis Perform the procedure of “Optical Axis Adjustment Using the Sound Check”, “Optical Axis Fine Adjustment Using the Monitor Output Voltage”, or “Optical Axis Fine Adjustment Using the Alignment Wireless Checker”. Optical Axis Fine Adjustment Using the Sound Check The sound check function indicates the light reception level by using high and low pitch tones.
  • Page 19 Optical Axis fine Adjustment Using the Monitor Output Voltage Accurate adjustments of the optical axis can be achieved by checking the light reception level value using the voltage of the monitor output. <<Caution>> First, check only the transmission on the upper level and reception on the upper level , and then check only the transmission on the lower level and reception on the lower level.
  • Page 20: Operation Check

    OPERATION CHECK Be sure to perform an operation check after the optical axis adjustment. After the optical adjustment is completed, set Auto Gain Lock switch to [ON] under the light beam reception condition, and wait for approximately 5 seconds. During this period, do not shield the optical axis. After 5 seconds A one-time short beep sound [Pi-] shows that the auto gain lock is completed "Pi-"...
  • Page 21: Explanation Of Functions

    This section describes the detailed information of the functions that EXPLANATION OF FUNCTIONS appear in this instruction manual. Set each function according to the description below. AUTO GAIN LOCK FUNCTION * Only installed on the receiver Provided the units are used within the maximum rated protection distance, this function is used to automatically set the optimum margin of sensitivity for the receiver in any protection distance <<Caution>>...
  • Page 22: External Environment Diagnostic Function

    PROGRAMMABLE AGC(AUTO GAIN CONTROL) FUNCTION * Only installed on the receiver When the beam power decreases in harsh environment by dense fog, heavy rain. This is a function to increase the receiving sensitivity temporarily and to stabilize operation. The receiver adjusts this function to start or to stop automatically depending on beam power from transmitter.
  • Page 23 (If the device does not operate properly) TROUBLESHOOTING Check the device by referring to the table below. If you cannot restore the device to a normal condition after the check, contact the place of purchase or TAKEX. Status Cause Remedy...
  • Page 24 Limited Warranty : TAKEX products are warranted to be free from defects in material and workmanship for 12 months from original date of shipment. Our warranty does not cover damage or failure caused by natural disasters, abuse, misuse, abnormal usage, faulty installation, improper maintenance or any repairs other than those provided by TAKEX.

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