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SUPERSCAN
INFRARED PRESENCE BEAM
INSTRUCTION MANUALFOR INDUSTRIAL APPLICATIONS
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Summary of the content on the page No. 2
SUPERSCAN ACTIVE INFRARED PRESENCE BEAM The SuperScan safety detector is a presence detection system that is primarily utilized on automatic pedestrian swing doors. B.E.A., Inc. has found ways that the SuperScan can be utilized on industrial doors. The electronic components come housed in a narrow aluminum extrusion that measures 34.5" and can be altered to accommodate different door widths. The system comes complete for mounting to the door and includes a door loop, which encases
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COMMON INDUSTRIAL APPLICATIONS: DOORS WHERE OVERHEAD ACTIVATION SENSORS ARE NOT ABLE TO BE MOUNTED: For applications with limited mounting height using an IS-87 for activation for vehicles only, the SuperScan can be installed as shown to the left and wired in series so that both beams will have to be broke in order for detection to occur. DOORS THAT OPEN TO TWO DIFFERENT HEIGHTS: For applications where a door opens at two different heights, the SuperScan can be used for activatio
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SUPERSCAN INSTALLATION PROCEDURES **B.E.A. sensors, as with all automatic door equipment, should be set up and inspected in accordance with applicable ANSI standards. Mounting the aluminum extrusion to a door jamb or wall. 1. Remove the screws and end caps and snap the Plexiglas from the top edge by pulling out from the top. Pull lens out from the top ! 2. Unclip the plastic supports as to allow the modules to be removed from the housing.
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ON SITE ADJUSTMENTS 1. Position of the Master and Slave Modules in the Aluminum Extrusion J1 anti-masking function hold time potentiometer o J1 u P1 GREEN distance RED t 1.5” LED LED - + TX RX J2 p u terminal MASTER MODULE t NO/NC Mode 10.91” J1 anti-masking function o J1 i u n RED 1.5” distance t p LED - + TX RX p u u t SLAVE MODULE t 8.75” NOTE: RX = Receiver TX = Transmitter Please use the above diagrams for the terminology used to describe
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Adjustment of the Detection Distance Use the procedure listed below to adjust each detector in order to obtain detection 12" to 16" above the floor. The following adjustments must be made with the detectors in the normal mode (position of J1) 1. To adjust the length of the pattern (from 2’ to 8’), turn the distance potentiometer (cam) clockwise to increase the detection distance. This can be tested by waving your hand in front of the optic and watching for the red LED to turn on.
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PASSIVE RELAY: The relay is de-energized when the detector is at rest 1. NORMALLY OPEN: Use NO & COM terminals (4 & 6) & CHANGE JP2 from the factory preset position. Contact closed if detection (green led ON , red led ON) 2. NORMALLY CLOSED: Use the NC & COM terminals (5 & 6) & CHANGE JP2 from the factory preset position. Contact open if detection (green led ON, red led ON) Potentiometer P1: Hold Time Adjustment The hold time adjustment is altered by the tu
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SuperScan Wiring Connections for Industrial Use Terminals 1 NOTE USED 2 NOT USED 3 NOT USED 4 (NO) In the relay mode, depending on the position of JP2 this terminal will provide either a NO or NC contact. Please see page 9 for further explanation. 5 (NC) In the relay mode, depending on the position of JP2 this terminal will provide either a NO or NC contact. Please see page 9 for further explanation. 6 (COM) Common contact for relay. 7 (-) This terminal is used for pow
