OVERVIEW Product Description The PresencePLUS ™ Pixel-Counting Sensor Model P1B65Q houses a The binary value of each pixel is determined by two adjustable gray-scale 512 x 384 CMOS pixel array and a programmable microprocessor. The thresholds. The lower threshold defines the division between “light” and sensor captures a gray-scale image, converts the image to binary format “dark”.
(if needed), light source, trigger device (user-supplied), and power supply (user-supplied). Controller Mounting Brackets Kits The PresencePLUS Controller PRC1 is required Banner offers two mounting bracket choices: Banner offers seven PresencePLUS kit choices to configure and program the sensor and to • SMBPBM...
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SYSTEM COMPONENTS Light Source (select one): C-Mount Lens (select one): Mounting Bracket (select one): 16 mm Model LCF16 PresencePLUS Sensor Model P1B65Q 12 mm Model LCF12 Coil Cord (supplied with PRC1) 8 mm Model LCF08 Base-Mounting Bracket Model SMBPBM Quick-Disconnect Cable (select one): Fluorescent Ring Lamp Model MQDC-606 (2 m) Model HFFW5100...
SENSOR SETUP Changing Lens Filters Mounting the Lens Appropriate Sensing Environment The lens filter is located behind the lens, held in Remove the protective cover from the sensor. The sensing location must meet the following place with a retainer ring. Remove the two protective covers from the lens.
3 mm Allen wrench. Secure the sensor to the column-mounting P1B65Q The sensor may be secured to a Banner- bracket with the four M4 Phillips flathead screws supplied mounting bracket, or to any flat surface supplied with the bracket (two on each side).
SENSOR SETUP Connecting Cables CAUTION Before connecting cables, be sure the power supply is OFF. See CAUTION on page 6. For Avoid complete sensor specifications and hookup diagrams, see pages 17-18. P1B65Q sensor damage Power Trigger Input caused by ESD see The power source is user-supplied.
The LEDR140 ring lamp may be used for short-range applications to Banner offers two front lighting sources that attach directly to the sensor: approximately 150 mm (6") and should be used only when the sensing • Fluorescent ring lamp HFFW5100 contrast (the light-to-dark ratio of object features) is high.
LIGHTING SETUP Installing the Fluorescent Ring Lamp The HFFW5100 fluorescent ring lamp attaches directly to the sensor, behind the lens. (Remove the lens before installing the ring lamp.) Lock the HFFW5100 in place by tightening the three Allen head set screws on the Secure three set screws on lamp with a 1/16"...
LIGHTING SETUP Installing the LED Ring Lamp Secure with four M4 sockethead cap screw The LEDR140 ring lamp attaches directly to the front of the sensor. washers, and lockwashers supplied with light source (two on each side) Mount the lens (see page 6). Connect the power cable on the LEDR140 directly to the port on the front LEDR140 of the sensor.
LIGHTING SETUP Installing the Polarizing Filter Kit The LEDRPFK polarizing filter kit provides polarizing filters for both the LEDR140 light source and the P1B65Q sensor. Secure filter to LEDR140 with two #4-40x1" Phillips panhead screws To ensure correct alignment of the two (supplied with filter kit) polarizing planes, each filter is shaped to fit only in one direction, as shown in the illustration on...
SENSOR OPERATION Status Indicators Two LEDs on the top of the sensor indicate the current sensor and judgment status. Sensor Status Indicator When this indicator is flashing yellow , the power is ON and the sensor is powering up (initializing its parameters and executing self-diagnostics). When this indicator is , the power is ON, the sensor is not solid yellow...
SENSOR OPERATION Programming and Monitoring the Sensor The PresencePLUS P1B65Q sensor is programmed and monitored using In the third step, the TEACH mode is used to “teach” the sensor to the companion PresencePLUS PRC1 hand-held remote control recognize good and (optionally) bad images by presenting a number of microprocessor.
SENSOR OPERATION Controller Keypad MAIN MAIN MENU MENU • Automatically set judgment criteria and put the QUICK START sensor into mode • Run the auto-exposure routine SETUP • Focus the lens SETUP • Lighten or darken the image Controller • Define region of interest for judgment •...
MAINTENANCE Cleaning the System Replacing the Light Source Regularly remove any dust or dirt from the sensor using a soft cloth. Replacing the Fluorescent Ring Lamp Cleaning the Lens Replace the lamp in the HFFW5100 light source every 7,000 hours. Regularly remove any dust, dirt, or fingerprints from the sensor’s lens.
REFERENCE Specifications PresencePLUS Sensor P1B65Q Supply Voltage and Current Output Protection Circuitry 22 to 26V dc; 250 mA max (exclusive of loads and the current required Protected against continuous overload or short circuit by the PRC1 controller and optional LEDR140 light source) Sensor Response Time Each of the three outputs switch within 50 milliseconds from the leading Supply Protection Circuitry...
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REFERENCE Specifications PresencePLUS Sensor P1B65Q (Cont.) LED Ring Lamp LEDR140 Fluorescent Ring Lamp HFFW5100 Judgment Status Indicator Supply Voltage and Current Supply Voltage and Power Green: Result of last trigger was PASS 22 to 26V dc; 300 mA max 120/220V ac (50-60 Hz); 14W max Red: Result of last trigger was FAIL Supply Protection Circuitry Color Temperature...
REFERENCE Dimensions PresencePLUS Sensor P1B65Q 42.9 mm 53.0 mm (1.69") (2.09") Sensor Status Judgment Status Indicator Indicator 31 mm (1.22") 5ß 1.8 mm 26.5 mm 11.9 mm (0.07") (1.04") (0.47") 31.2 mm fl (1.23") LEDR140 2 x 64.0 mm Connector (2.52") 50.8 mm 78.0 mm...
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REFERENCE Dimensions Base-Mounting Bracket SMBPBM 30.5 mm (1.20") 27.9 mm (1.10") 15.2 mm 4.8 mm 6.8 mm Ø (0.60") (0.19") 0.27") Ø 9.4 mm 4.8 mm 14.5 mm (0.37") (0.19") (0.57") 30.0 mm (1.18") 43.9 mm 2x 4.6 mm (1.73") (0.18") 21.6 mm 31.1 mm...
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REFERENCE Dimensions Column-Mounting Bracket SMBPCM 78.7 mm (3.10") 64.0 mm 7.4 mm (2.52") (0.29") 7.4 mm ’ ink for 4 flathead screw (0.29") (supplied with bracket) 2 x M6 x 1 1/4" - 20 26.7 mm (1.05") 53.3 mm (2.10") 26.9 mm 2 x 15.0 mm 2.3 mm...
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REFERENCE Dimensions LED Ring Lamp LEDR140 75.2 mm (2.96") 64.0 mm 5.6 mm (0.22") (2.52") 4.3 mm Ø (0.17") 2 x 5.6 mm (0.22") 85.6 mm (3.37") 42.8 mm (1.69") 19.6 mm 22.6 mm (0.77") (0.89") 2 x #4-40 3.2 mm Ø...
Types of Lenses Lens Selection Criteria Field of View Banner offers three lens choices: Field of view is the area captured within the pixel To select the best lens for any application, • 8 mm (8 mm focal length) LCF08 array.
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REFERENCE Appendix A: Selecting a Lens (Cont.) The top (dashed) line is the horizontal field of view and the lower (solid) line is the vertical field of view. 7" 6" 5" Vertical FOV 4" 3" Horizontal Lens-to-Object 2" Distance Object 1"...
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-38.1 -1.5" -50.8 -2.0" The graph on this page plots the effect of lens- to-object distance on depth of field for each type -63.5 -2.5" of Banner lens choice. -76.2 -3.0" -88.9 -3.5" (1") (2") (3") (4") (5")
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12 mm Lens distance or use a lens with a longer focal length. 16 mm Lens The graph on this page plots the effect of lens- to-object distance on resolution for each type of Banner lens choice. 1.25 (1") (2") (3") (4")
REFERENCE Glossary Binary Field of view (FOV) Judgment Permitting two possibilities; for example, 0 or The image area captured within the pixel The process the sensor uses to determine 1, ON or OFF, black or white. array. the outcome (PASS, FAIL, Fail High, or Fail Low) of the image capture by comparing the Focal length pixel count of the image to reference values.
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REFERENCE Glossary Region of interest (ROI) A defined area of the captured image within the pixel array that is judged. The image outside of an ROI is ignored. Resolution The quality of the image, expressed as the number of distinct lines per millimeter that the sensor can distinguish.