ECONO-BEAM Sensors. Miniature Self-Contained DC Sensors. ECONO-BEAM Features

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1 OO-BM ensors Miniature elf-ontained D ensors OO-BM Features mall, low cost, self-contained sensors engineered to provide reliable sensing, primarily in straightforward OM applications imple installation with no adjustments to 3V dc operation outputs (one P and one PP); each output rated at 5 milliamps hoose models for light operate or dark operate Totally solid-state and epoxy-encapsulated for unlimited life Very compact, yet rugged enough to withstand tough sensing environments; rated P66, M 4 Due to their small size, right-angle design, and unique shape, this sensor pair is ideal for mounting against the side rails of conveyors for use in flow control and product sensing, and are an excellent choice for use on supermarket checkout stands. They may be bolted face-to-face to form a powerful slot sensor for edgeguiding of opaque materials or for sensing gear teeth, timing rings, or flags, with enough excess gain to operate even in the dirtiest sensing environments. OO-BM mitter () and Receiver (R) nfrared, 88 nm Models* Range able Type xcess Gain Beam Pattern 6 6R 6 6R.8 m (6'). m.33 ft. m.33 ft DT m 3.3 ft m 33 ft 3 mm 2 mm mm mm 2 mm 3 mm ffective Beam: 3 mm.6 m 2 ft.2 m 4 ft.8 m 6 ft DT 2.4 m 8 ft 3. m ft 8 in 8 in *OT: 9 m (3') cables are available by adding suffix W/3 to the model number of any cabled sensor (e.g., 6R W/3). High-speed models may be ordered by adding suffix MH to the model number of any standard OO-BM dc sensor (e.g., 6MH). Response time for these sensors decreases to millisecond; faster response comes at the expense of lower excess gain. Printed in U P/ 34BF

2 OO-BM ensors Miniature elf-ontained D ensors The /2" diameter effective beam of retroreflective model 62LV, measured at ' from the lens, makes it a good choice for sensing relatively small objects when opposed sensing is not possible. The visible beam simplifies alignment to the retroreflective target. Use the largest retroreflective target possible. f sensing materials with shiny surfaces, scan at an angle of at least to the shiny surface to minimize false light return ( proxing effect). OO-BM on-polarized Retroreflective Mode Visible red, 65 nm Models* Range able Type xcess Gain Beam Pattern 62LV 62LV 4.5 m (5'). m.33 ft. m.33 ft Retroreflective Mode With BRT-3 Reflector DT m 3.3 ft m 33 ft 5 mm mm 5 mm 5 mm mm 5 mm Retroreflective Mode.9 m 3 ft.8 m 6 ft With BRT-3 Reflector 2.7 m 9 ft DT 3.6 m 2 ft 4.5 m 5 ft 6 in 4in 6 in pecified using model BRT-3 retroreflector (3" diameter). ctual range may vary depending on retroreflector size and efficiency. deal for applications where the target s reflectivity and profile are sufficient to return a large percentage of the emitted light back to the sensor. Divergent diffuse model 62W is particularly useful for sensing transparent or translucent objects (clear plastic or glass) and for dependable sensing of irregular surface features; its excess gain falls off sharply beyond ". s a result, it may be used when it is necessary to ignore background objects. OO-BM nfrared, 88 nm Models* Range able 62D 62D 62W 62W 2 mm (8") 76 mm (3") 2 m (6.5') Divergent Diffuse -3V dc Type. mm.. mm. xcess Gain mm. DT mm 4. in mm 7.5 mm 5. mm 2.5 mm 2.5 mm 5. mm 7.5 mm 22.5 mm 5 mm 7.5 mm 7.5 mm 5 mm 22.5 mm Beam Pattern Performance based on 9% reflectance white test card mm. DT Divergent Mode mm. mm 5 mm mm 5 mm 2 mm 25 mm 2. in 4. in 6. in 8. in. in Divergent Mode 25 mm. in DT 5 mm 2. in 3. in DT mm 4. in 25 mm 5. in.3 in.. in. in..3 in.9 in.6 in.3 in.3 in.6 in.9 in page 2 Banner ngineering orp. Minneapolis, U...

3 OO-BM ensors Miniature elf-ontained D ensors nfrared, 94 nm Visible red, 65 nm Mechanical convergent-beam sensor s light source and receiver opto-elements are positioned in the housing so that sensing takes place where the optical patterns cross. The sensing beam is intense at the.5" convergent point, excellent for sensing materials of low reflectivity and very small targets such as wire or thread; also effective for reflective sensing in areas where background suppression is a requirement. Visible red models are useful in some high-contrast color registration applications. OO-BM onvergent Mode Models* Focus able Mechanical onvergent Mode; nfrared 94 nm V 62V 2 mm (.5") onvergent Mode; Visible Red 65 nm 6 mm (.65") pot ize at Focus:.2 mm (.5") Type. mm.. mm. xcess Gain mm. DT 62 onvergent Mode mm. mm 5 mm mm 5 mm 5 mm mm 5 mm 3 mm 2 mm mm mm 2 mm 3 mm Beam Pattern Performance based on 9% reflectance white test card mm. DT 62V onvergent Mode mm. mm 62 onvergent Mode 5 mm.6 in 62V onvergent Mode 3 mm. 45 mm.8 in DT 6 mm mm 5 mm 22.5 mm 3 mm.3 in.6 in.9 in. DT 3. in 37.5 mm.5 in.6 in in..8 in...8 in. *OT: 9 m (3') cables are available by adding suffix W/3 to the model number of any cabled sensor (e.g., 62 W/3). High-speed models may be ordered by adding suffix MH to the model number of any standard OO-BM dc sensor (e.g., 62MH). Response time for these sensors decreases to millisecond; faster response comes at the expense of lower excess gain. Banner ngineering orp. Minneapolis, U... page 3

4 OO-BM ensors Miniature elf-ontained D ensors deal for situations where hostile environments or space restrictions prohibit placing the sensor itself in the sensing position. The response time required by model 62F is milliseconds (. seconds). f fast-moving objects are to be detected, select a fiber optic assembly which senses the object for a long period of time. (For example, a bifurcated fiber optic with a rectangular bundle termination like model BR2.53 may be positioned so that the object is detected while it passes along the entire length of the rectangular sensing area.) ot recommended for applications requiring bending or repeated flexing of fibers. OO-BM Glass Fiber Optic nfrared, 88 nm Models* Range able 62F 62F Range varies by sensing mode and fiber optics used Type xcess Gain Beam Pattern Diffuse mode performance based on 9% reflectance white test card mm. T3 Fibers mm. DT 62F mm T23 Fibers 62F Glass Fibers BT23 Fiber BT3 Fiber mm. mm. DT mm mm mm 5 mm 25 mm 25 mm 5 mm.9 mm.3 mm.65 mm.65 mm.3 mm.9 mm 62F T3 mm BT3 2 mm 8 in 62F 3 mm DT T23 4 mm 6 in 7.5 mm 5 mm 22.5 mm 3 mm.3 in.6 in.9 in. DT BT23 3 in in in 3 in 5 mm 37.5 mm.5 in.75 in.5 in.25 in.25 in.5 in.75 in *OT: 9 m (3') cables are available by adding suffix W/3 to the model number of any cabled sensor (e.g., 62F W/3). High-speed models may be ordered by adding suffix MH to the model number of any standard OO-BM dc sensor (e.g., 62FMH). Response time for these sensors decreases to millisecond; faster response comes at the expense of lower excess gain. page 4 Banner ngineering orp. Minneapolis, U...

5 OO-BM ensors Miniature elf-ontained D ensors Visible red, 65 nm n excellent option where sensing must be accomplished in tight, inaccessible or volatile areas. Fibers withstand vibration and shock and are immune to electrical noise. Plastic fibers function well at temperatures between -3 and +7 (-2 F to +58 F), and stand up to repeated flexing. Most are easy to shorten in the field, to develop custom installations. ot recommended for severe environments. OO-BM Plastic Fiber Optic Models* Range able Type xcess Gain Beam Pattern Diffuse mode performance based on 9% reflectance white test card 62FP 62FP Range varies by sensing mode and fiber optics used G mm.. mm. PT26U Fibers mm. DT mm. PBT26U Fiber DT 62FP Plastic Fibers PT46U Fibers mm 62FP Plastic Fibers mm PBT46U Fiber mm. mm 45 mm 3 mm 5 mm 5 mm 3 mm 45 mm 3.6 mm 2.4 mm.2 mm.2 mm 2.4 mm 3.6 mm 62FP Plastic Fibers 25 mm in PBT26U PT26U 5 mm 3 in DT PBT46U PT46U mm 25 mm 5 in.8 in..6 in.6 in..8 in.5 in. in.5 in.5 in. in.5 in 7.5 mm 5 mm 22.5 mm 3 mm 37.5 mm.3 in.6 in.9 in..5 in DT 62FP Plastic Fibers *OT: 9 m (3') cables are available by adding suffix W/3 to the model number of any cabled sensor (e.g., 62FP W/3). High-speed models may be ordered by adding suffix MH to the model number of any standard OO-BM dc sensor (e.g., 62FPMH). Response time for these sensors decreases to millisecond; faster response comes at the expense of lower excess gain. Banner ngineering orp. Minneapolis, U... page 5

6 OO-BM ensors Miniature elf-ontained D ensors OO-BM D pecifications and urrent Protection ircuitry onfiguration Rating Protection ircuitry Response Time Repeatability ndicators onstruction nvironmental Rating to 3V dc (% maximum ripple) at less than 2 m (exclusive of load) Protected against reverse polarity and transient voltages : One current sourcing (PP) and one current sinking (P) open-collector transistor 5 m maximum each output Off-state leakage current less than microamp saturation voltage (PP output) less than volt at m and less than 2 volts at 5 m saturation voltage (P output) less than 2 millivolts at m and less than volt at 5 m Protected against false pulse on power-up Less than milliseconds O and OFF; independent of signal strength (OT: millisecond delay on power-up: outputs do not conduct during this time.) MH Models: millisecond (Faster response comes at the expense of lower excess gain.).4 ms; MH models.6 ms; independent of signal strength. ll models except emitter-only units have a top-mounted LD indicator that lights whenever the receiver sees its modulated light source. Reinforced thermoplastic polyester (models LV, V, F and FP) or polycarbonate (other models) housing, totally encapsulated for protection against moisture, vibration and corrosion. Meets M standards, 3, 3, 4, 4, 2, and 3; P66 onnections ertifications PV-jacketed 4-wire 2 m (6.5') or 9 m (3') cables Operating onditions Temperature: to +5 (+32 to 22 F) Maximum relative humidity: 9% at 5 (non-condensing) OO-BM D Hookups ll ensors xcept mitters 6 mitters bn bu wh bk Load Load + -3V dc bn bu + -3V dc page 6 Banner ngineering orp. Minneapolis, U...

7 OO-BM ensors Miniature elf-ontained D ensors OO-BM D Dimensions (model suffix & R) Diffuse & Divergent Mode (model suffix D & W) LD ndicator (Receiver Only) 3.7 mm (.54") 5.2 mm (.6") 3.8 mm (.25") 6.4 mm (.25") 9. mm (.75") 38. mm (.5") LD ndicator 9.7 mm (.38") 6.5 mm (.65").2 mm (.4") 2.7 mm (.5") 3. mm (.2") 5. mm (.2") 2.7 mm (.5") 2.7 mm (.5") M3.5 (#6) crew learance (2) 2 m (6.5') able Retroreflective & onvergent Mode (model suffix LV & V) Glass Fiber Optic (model suffix F) 6. mm (.24") 4.4 mm (.56") 3. mm (.8") 4.4 mm (.56") 33. mm (.33") M8 x x 5 mm Thread (Mounting ut upplied) Mechanical onvergent Mode (model suffix ) 6.4 mm (.25") 3. mm (.5") Plastic Fiber Optic (model suffix FP) Fiber Mounting Port.87" Dia. (2) 38.6 mm (.52") 22.9 mm (.9") 24.9 mm (.98").9 mm (.47") 5.2 mm (.6") 4.4 mm (.56") Banner ngineering orp. Minneapolis, U... page 7

8 OO-BM ensors Miniature elf-ontained D ensors Model Reflectivity Factor BRT-3*. BRT-2. BRT-5. BRT-.5. BRT-. BRT-.6. BRT-5D*. BRT-42D. BRT-5R*. BRT-25R. BRT-42. BRT-55.5 BRT-9292* 3. BRT-7777* 2. BRT-5.5 BRT-22. BRT-364BM.2** BRT-64*.4 BRT BRT BRT-4832B. BRT BRT-423B.4 BRT BRT-48. BRT BRT-8.4 BRT-L.8 BRT-4HT. BRT-4HT***.5 Maximum Temperature 65 (5 F) 65 (5 F) 65 (5 F) 65 (5 F) 65 (5 F) 65 (5 F) 65 (5 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 5 (2 F) 65 (5 F) 2 (39 F) 48 (9 F) Retroreflective Targets ize 84 mm diameter 56 mm diameter 5 mm diameter 46 mm diameter 25 mm diameter 2 mm diameter 5 mm diameter 42 mm diameter 5 mm diameter 25 mm diameter 42 mm diameter 32 mm x 55 mm mm x mm 85 mm x 85 mm mm x 5 mm 5 mm x 6 mm 5 mm x 6 mm 4 mm x 6 mm 33 mm x 48 mm 33 mm x 65 mm 33 mm x 57 mm 24 mm x 4 mm 24 mm x 48 mm 24 mm x 55 mm 8 mm x 6 mm 9 mm x 72 mm 9 mm x 2 mm 65 mm x 9 mm 4 mm diameter mm x mm OT: The range of all retroreflective sensors is specified using target model BRT-3. ensing range and signal strength at any given sensor-to-target distance will vary due to target reflectivity and target area. Reflectivity Factor is included for each target model to help predict sensor performance, relative to the excess gain curve plotted for target model BRT-3. onsider, also, target area when predicting performance. * Optional brackets are available; see Banner Photoelectric Product atalog ** Target has micro-prism geometry! WRG... ot To Be Used for Personnel Protection ever use these products as sensing devices for personnel protection. Doing so could lead to serious injury or death. These sensors do OT include the self-checking redundant circuitry necessary to allow their use in personnel safety applications. sensor failure or malfunction can cause either an energized or de-energized sensor output condition. onsult your current Banner afety Products catalog for safety products which meet OH, and standards for personnel protection. WRRTY: Banner ngineering orp. warrants its products to be free from defects for one year. Banner ngineering orp. will repair or replace, free of charge, any product of its manufacture found to be defective at the time it is returned to the factory during the warranty period. This warranty does not cover damage or liability for the improper application of Banner products. This warranty is in lieu of any other warranty either expressed or implied. Banner ngineering orp., 974 Tenth ve. o., Minneapolis, M 5544 Phone: mail: sensors@baneng.com