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    1. Performance Series all-in-one wireless pressure sensors make it easy to monitor pressure levels in large and complex systems from any network-enabled location.

    2. Detect clear glass and PET plastic bottles with various shapes and sizes. Washdown environment, IP69K ratings.

    3. A machinery company needed a sensor able to consistently detect clear PET bottles at multiple points.

    4. The Q5X laser sensor reliably detects when the staging area is clear of bottles and the system is ready for the next layer of containers, despite the transparency of the bottles and unstable signal.

    5. Sensor solutions to detect translucent bottles in a range of shapes, sizes, colors and contours in a high-speed air conveyance system, identifying gaps.

    6. Sensor solutions to detect clear glass jars to be filled with food in a strict sanitary environment where frequent, high-pressure washdowns and IP69K ratings.

    7. Sensor solutions to detect bottle types with varying frequent in product changovers. High-speed labeler processing 800 bottles per minute, high temps.

    8. Sensor solutions to detect accumulations to regulate line pressure where bottles vary in size, shape, color, and translucence and there is not a reflector.

    9. Sensor solutions to count translucent and reflective glass vials in high-speed processes requiring quick response times and challenging light conditions.

    10. Sensor solutions to monitor a conveyor to ensure there are no stuck bottles when bottles are clear plastic in a large sensing area.

    11. Sensor solutions to detect translucent bottles filled with clear liquid with a long bottling line with numerous areas to monitor.

    12. Detect translucent bottles varying by size, shape, color, and faceting. Large scale system of monitoring in multiple locations, quick clearance of tipped bottle.

    13. Sensor solutions to detect small installation areas with multiple deployments on the line. Accurate detection of shiny cans supports smooth product flow.

    14. Sensor solutions to detect bottle types vary by size, shape, color, contours, and translucence on a rinser where equipment is regularly exposed to washdowns.

    15. Safeguarding palletizer machines can be difficult because bottles are under a lot of pressure and can contain corrosive liquids such as soda or juice. Hygienic enclosures protect light curtains from corrosive liquids, meet sanitary requirements, and do not affect the performance of the sensor.

    16. A company needed a way to safe-guard the area where pallets of empty bottles or cans enter into the depalletizer. Learn how Banner Engineering's XS26-2 Safety Controller with EZ-Screen safety light and LS-S safety light curtains helped maintain a continuous flow of pallets while protecting hazardous areas of a machine from workers.

    17. Safeguarding areas around the palletizers and stretch wrappers can prove to be difficult because it involves multiple hazards. A scalable safety controller can help manage hazards related to the palletizer and stretch wrapper while ensuring efficient safeguarding processes.

    18. TL50 Pro tower lights clearly informs operators that maintenance procedures are in progress with advanced action mode animation.

    19. Banner combined the technology of WORLD-BEAM QS30 opposed mode sensors, which provide high excess gain, with a 1450 nm infrared sensing beam—specially tuned to an absorption band of water, to create the QS30H2O Water Sensor. In this application, the powerful sensing beam of the QS30H2O will burn through the opaque plastic of the container. At 1450 nm, water absorbs 1,000 times the energy of alternative wavelengths, preventing the beam from burning through the liquid within the container.

    20. Banner’s Sure Cross wireless system can easily transmit temperature, pressure and fill levels to a local PLCs. The wireless system will seamlessly alert operators if bottling is occurring below the desired fill level. This helps prevent errors and leads to greater consistency in bottled beverages. Consistent fill levels mean no recalls—and no wasted products. Using a wireless system also eliminates the need for slip rings on the rotary filler, which in turn reduces maintenance costs.

    21. To wirelessly monitor and report level, pressure, and temperatures in the rotary fillers, each rotary filler was equipped with a FlexPower Node and DX81P6 6-pack battery supply. The FlexPower Node had two 0–20 mA analog inputs and one thermistor input while the battery pack supplied power to the Node and sensors for more than a year. A level probe, pressure transmitter, and thermistor (not supplied by Banner) were connected to the FlexPower Nodes and installed in the rotary tanks.

    22. Banner’s QS30H2O sensor is a specialized sensor developed to address challenges with sensing the presence of water and water-based liquids. The QS30H2O operates in a through beam sensing mode and the emitter uses a wavelength that is tuned to not pass through water. The high excess gain of the sensor makes it powerful enough to see through an assortment of plastic and glass containers. Two pairs of sensors can be utilized to determine that the fill level has met minimum but is not overfilled and wasting product. Apertures can be placed on the receiver end to minimize the beam pattern and increase accuracy of the application. This ensures products that do not meet fill level criteria are not processed or shipped.

    23. Using K50U ultrasonic sensors and Q45U wireless nodes paired to a DXM100 wireless controller, we can develop a wireless monitoring system for multiple tank level measurements that is easy to set up, interpret the results, and monitor locally through a cloud-based system.

    24. Banner’s Q4X laser sensor, made of 316L grade stainless steel, is very suitable for pharmaceutical environments and other aseptic filling areas. The Q4X has a sensing range of 25 to 300 mm, precise beam spot size and can effectively detect the orientation of caps as they exit a feeder bowl. If any caps are upside down, the Q4X will detect a height difference and reject the cap.

    25. Banner’s R55F fiber optic sensors have the capability to detect the presence of caps regardless of their color or size – a clear advantage in an industry that has a wide variety of bottle caps and frequent line changes. In this type of application, the fiber optic sensors are used to recognize long pauses between the caps which would then signal a jam to the operators of the machine. The fibers are compact and can be easily mounted in confined and typically inaccessible spaces.

    26. The Banner Q3X laser diffuse sensor is ideal for applications that require orientation detection with small contrast differences.

    27. To verify each package has a date/lot code printed on it, an iVu Series sensor is configured for a Match inspection. An image of the date/lot code is captured. When the inspection is running, if the sensor detects a package without the date/lot code the sensor sends a fail output to the line, and the product is rejected.

    28. Banner iVu TG vision sensor with multi-point inspections is ideal for detecting and evaluating the position of tamper-evident bands. In this application, the band should be positioned around both the cap and the neck of a bottle. A seal positioned too high, too low, or completely missing would be considered unacceptable. With multi-point inspection, the iVu TG vision sensor can simultaneously detect missing and poorly positioned bands.

    29. The P4 OMNI vision camera is located immediately after the bottles leave the labeler which assures that the presentation of the label will be in a repeatable manner and therefore can be compared to a stored image for a match. The P4 OMNI is sealed to IP68 and made with nickel plated zinc housing.

    30. The rugged PW12-rated World-Beam Q12 sensor inspects bottle closures using fixed-field technology to ignore cap color changes. With many types of bottles and product coming down the line, it is important for the sensor to ignore the size of the cap whether it is 25 or 50 mm. Using the same fixed-field technology, the Q12 easily ignores color and size changes in caps, while detecting whether or not a cap is present.

    31. After bottles are filled and capped, they are conveyed under the WORLD-BEAM Q12 sensor at close range, before they are packed in cartons. The Q12 sensor, operating in fixed-field mode, detects missing or misaligned caps—regardless of color—and triggers the line to reject uncapped bottles. Because the sensor uses fixed-field mode, it responds when a cap is not at the exact distance from the sensor that it should be.

    32. In an application with limited space, the WORLD-BEAM Q20 sensor is easily positioned to verify the presence of a label before it is applied to the product.

    33. An SLM series slot sensor and an iVu Series vision sensor are used to detect bottles passing on the line and to verify that date/lot codes have been correctly printed onto the bottles.

    34. A high-volume brewery needed a solution capable of detecting spreader washers on the vent tubes as well as loose or missing tubes. However, the movement of the rotary filler and the wet washdown environment made close proximity deployments difficult and the range required for a remote solution could compromise inspection reliability.

    35. A leading manufacturer of labeling equipment offers high-speed shrink sleeve label applicators designed to process 800 bottles per minute. To maximize the machine’s performance potential, the company wanted to install sensors capable of consistent detection and output for high-speed bottling.

    36. As cartons of juice pass on a conveyor, the WORLD-BEAM QS30 sensor in fixed-field mode detects the presence or absence of a carton, regardless of color and pattern.

    37. Banner’s QS30H2O sensor is a specialized sensor developed to address challenges with optically sensing the presence of water and water-based liquids. The QS30H2O operates in a through beam sensing mode and the emitter has a unique LED with a 1450 wavelength. The 1450 wavelength is easily attenuated by water.

    38. In this illustration, caps have been loaded into a feeder bowl which consistently orientates the parts to be positioned for bottle application later in the process. The Banner QS30AF an ideal sensing solution for this application, positioned to monitor the supply level of the caps as they move out of the bowl.

    39. The Q60 background-suppression sensor detects when the flow of cans has stopped and signals the machine control that manages processes further down the line. The timing delay feature prevents the Q60 from sending the signal when it senses a small gap between cans.

    40. Banner’s RP-LS42F rope pull switches run along the length of a conveyor so the operator can grab and pull it from anywhere to immediately stop the conveyor. Spans of rope range from 6 m to 100 m, providing the flexibility to safeguard long or short conveyors. The RP-LS42 switches are compact and have a variety of accessories available for easy installation and rope tension. They are also made with heavy-impact thermoplastic housing for use in demanding industrial settings.

    41. Banner’s Q3X versatile, rugged laser contrast sensor including background suppression is ideal for contrast applications where there is also a fixed background that needs to be ignored. In this application, the Q3X background suppression sensor detects the contrast difference between a bottle with and without a label for reliable label detection. With a range up to 50 mm, the Q3X has a tight laser spot able to detect a small change in contrast reliably.

    42. In the beverage industry, date/lot codes are mandatory on all products in order to identify when and where a product was manufactured. Finding a solution that can accurately identify the bottle caps and then trigger a machine to print the date/lot codes onto the bottle is required.

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