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    1. 透過Banner EZ-SCREEN LS的自動串接功能, 可以實現多個危險區域進出口的安全防護。在進階的功能中可以允許高達4對的安全光幕進行串聯, 包含任何尺寸及解析度的光幕, 僅需使用一條電纜線將整個光幕防護系統連接至控制箱裡的一個雙通道的安全介面, 節省控制盤的空間使用

    2. Identify machine problems before they cause serious damage or unplanned downtime and alert staff of changes in condition via text message or email as well as provide at-a-glance local indication of machine status.

    3. The S15L Series In-Line Sensor Status Indicator is a two color indicator light that indicates power and output status. Its inline connection, over-molded design and bright indication create a cost-effective solution that can be applied to most 4- or 5-pin devices with an output.

    4. The WLS27 Pro with discrete control and configured by Banner’s Pro Editor software is one of two new models of the WLS27 Pro series strip light. It now includes programmable RGBW LEDs for use in illumination, indication and inspection applications. Learn how the configurable WS27 Pro provided forklift guidance for warehouse operators.

    5. 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.

    6. When one of the boilers in the boiler room of an apartment building started exhibiting issues, the building manager needed to find a long-term solution that could identify maintenance issues quickly and accurately.

    7. Find out how a local construction company worked with Banner Engineering to find a solution that alerted workers to the location and status of a skid steer.

    8. Snap Signal offers the flexibility to monitor vibration for large numbers of motors with one easy-to-install soution.

    9. Sensors detect the leading edge of pallets, polybags, blister packs, envelopes, tubes, and a wide range of difficult to detect targets.

    10. • Remove completed pallets from assembly stations quickly • Enable direct communication from assembly stations to AGVs • Improve process efficiency using turnaround time data to

    11. 利用設備中的現有資料,快速提高生產量並減少停機時間。

    12. Snap Signal 轉換器提供監控資料,因此使用者可以發現微小的訊號變化。該解決方案指出了可以通過預防性維護及早完全修復的問題。

    13. Monitor leaks in your critical applications and receive real time alerts when they occur.

    14. 輕鬆監控感測器和設備(新的或現有)並高效管理您的庫存。

    15. Snap Signal 產品利用已安裝的現有傳統感測器,提供運作過程狀態和錯誤條件的監控。產品經理能夠監控機器性能,並通過傳送到 Banner 雲端資料服務 (CDS) 的感測器資料幫助優化生產質量。

    16. 使用 Snap Signal,讓您的傳統塑膠注料機變得智慧化,並具有工業 4.0 功能。

    17. Snap Signal 可以輕鬆將工業物聯網(IIoT)技術應用至您的設備。

    18. Banner’s DX99 Nodes offer solutions for monitoring the temperature of motor bearings using thermocouples or RTDs. Because these are low power sensors and radios, a battery life of up to three years is possible. The Node sends temperature data wirelessly back to a central control location for logging and analysis. When the bearing temperature rises unexpectedly, maintenance can be scheduled before any motors burn out or equipment is damaged. It is likely this temperature data would not be monit

    19. 機器設備需要持續的材料供應來維持生產。知道材料何時即將耗盡至關重要。Snap Signal 提供這些資料,並使其可以在任何需要的地方查看。

    20. 輕鬆監控液壓動力裝置和其他液壓機械的壓力、電流、油溫和電機振動/溫度。Snap Signal 產品連接各種類型的感測器並將其訊號轉換為 Modbus 資料以進行實時狀態監控。

    21. In a recent material handling application, facility managers needed to find a solution that would alert them to the status of trailer capacity at loading dock doors in real-time.

    22. • Provide at-a-glance machine status indication • Send machine status information to a wide range of devices • Alert staff and supervisors of critical conditions via text message or email

    23. Learn how In the Ditch™, an Idaho-based manufacturer of award-winning products for the towing industry, was able to make substantial improvements to the efficiency and accuracy of their picking processes by implementing a complete pick-to-light system from Banner Engineering.

    24. Increase production efficiency by developing a wireless call-for-parts, service, and Andon system that allows for up to 35 work stations to call out to 12 forklifts/Hi-Los using the EZ-Light K70 Touch to wireless Direct Select operator interface.

    25. An equipment manufacturer builds test and measurement machinery for the auto industry. Operators access machine systems through the control cabinet. Intense illumination of the cabinet facilitates machine maintenance and management. Multiple AC powered fluorescent light fixtures had been used for this task.

    26. During assembly, inspections are conducted to measure seat height adjustment, forward and rearward movement, and upright and recline motion. Two sensors are used for each inspection. The sensors are deployed off the conveyor line to ensure easy access to and the free movement of the seats. At its maximum range during inspection, a seat may be as far as a meter away from the sensors.

    27. Learn how the installation of Banner wireless vibration sensors and data from the DXM wireless gateway prevented unplanned downtime in this application.

    28. • 精確的位置偵測• 高速輸送帶• 客戶特定的產品

    29. Wireless products enable predictive maintenance in the port industry. Motors and gearboxes on cranes are prone to high vibration and temperature which can cause them to degrade. Predictive maintenance allows employees to interfere and solve problems before they completely fail and cause unplanned downtime and lost profit.

    30. The K50U wireless ultrasonic sensor was designed specifically as a non-contact level monitoring solution. Monitoring the levels of epoxy in drums during refill alerts staff of potential overflows before they become a problem.

    31. Vehicle detection at loading docks is complicated because sensing solutions are exposed to the elements and need to recognize a wide variety of surfaces. Rugged ultrasonic sensors work well to accurately detect the surfaces of delivery vehicles regardless of the material. Pairing with bright LED indication creates unmistakable operator guidance.

    32. Wireless monitoring of rotating parts on coal conveyors throughout a large port allows operators to utilize predictive maintenance to prevent failure and save money while reducing downtime.

    33. K50 Pro touch buttons with IO-Link communication display takt time within workers' sightlines so that the assembly pace stays on track and meets production goals.

    34. A SureCross FlexPower™ Node with internal battery directly connected to a temperature and humidity sensor can provide these measurements without costly conduit or cabling, eliminating the need to manually collect data from multiple sensor locations. IP67 electronics and a variety of filter options make this product suited for the wide temperature and humidity ranges encountered in a greenhouse.

    35. T-GAGE M18T Series Temperature Sensors are passive, non-contacting, temperature-based devices designed to detect objects that are hotter or colder than the ambient condition, and then activate an output. In this application, the T-GAGE temperature sensor will detect the presence or absence of hot glue on the flaps of the package. If the hot glue is present, the process will continue and the package will be sealed. If it’s absent, the output will trigger a process to apply the hot glue.

    36. Banner’s T-GAGE M18T temperature sensor is ideal for hot glue verification because it detects the infrared energy an object emits to determine its temperature, sensing from 0⁰C to 300⁰C. In this application, the T-GAGE M18T temperature sensor detects the presence or absence of hot glue on the flaps. If hot glue is present, the package will continue down the manufacturing line;if it is missing, the output will trigger a pusher arm to kick the carton off the conveyor into a bin.

    37. A large cabinet maker needs to monitor and control the temperature and humidity throughout many rooms in a large production facility. Manual environmental readings of the entire plant were conducted periodically throughout the week. These manual readings only provided a snapshot of information and gathering the data took more than three hours. The customer did not have real-time, accurate information that could be used to control the plant environment. Manually collecting this information and controlling the fan system was timeconsuming and resulted in errors that damaged wood in storage, work in progress, and finished cabinets.

    38. Clinical labs need to process samples quickly to keep throughput high and any lag during testing procedures would disrupt workflow. LED lightings, such as the K50L2, works as machine status indication so that the lab operators can process fix errors, handle samples, and collect results in a timely manner.

    39. • Expand available data beyond local indication • Gather information necessary to react quickly • Drive efficiency improvements based on data previously unavailable

    40. • Identify small problems before they become major issues that impact machine performance and uptime • Access environmental data from a remote location • Notify operators of critical conditions via text message or email

    41. Monitoring production inputs and outputs provides machine operators and managers with critical data about their processes and equipment and can help them identify and resolve problems on the production line more quickly.

    42. Placing WLS27 Multicolor LED Strip Lights with EZ-STATUS above PCB assembly machines provides area lighting and status indication with one rugged and versatile light. Any changes in machine status cause the WLS27 to switch from illumination to indication and cover the entire machine with the corresponding color. This type of indication allows operators to focus on the task at hand without missing changes in machine status.

    43. Before shipping to the brand assembler, a supplier of auto visors needs to verify that Data Matrix UV barcodes have been printed on each visor’s safety label. The customer turned to Banner to read invisible 2D Data Matrix barcode and send data via Ethernet IP to a PLC for traceability/error proofing.

    44. An automotive manufacturer was rejecting a supplier’s shipment of rear window assemblies due to faulty defroster grids. The supplier’s existing test procedure measured current draw across the entire heating system to detect an overall failure, but it could not detect the subtle impact of a single heating wire being broken. The window supplier partnered with a Michigan-based machine automation company to create a better test fixture—one that can verify each defrost wire heats to specification prior to shipping.

    45. The EPA has placed restrictions on the use of many fumigants citing a correlation between their use and ozone depletion. As an alternative, a large-scale flour mill performs three to four thermal remediations per year to eradicate flour beetles. The temperature inside the mill is brought up to 122° F (50° C). This is done gradually to minimize equipment and building strain caused by heat expansion.

    46. The K50L domed 50 mm indicator light works well for status indication on autonomous shuttle buses. The buses operate on short distances in outdoor environments that exposed the bus technology to a variety of weather conditions. The rugged K50L indicators are rated IP67 and IP69K to withstand water ingress in the harsh environment.

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

    48. Hamer, LLC is a Minnesota-based manufacturer of automated packaging equipment for a wide variety of applications and world-wide customers. From pet food to pellet fuels, Hamer machinery packages products in a variety of weights and sizes at speeds up to 60 bags per minute. A vital component of Hamer’s equipment is registration mark sensing—the ability to detect marks on packaging as it passes at high speeds. When a mark is detected, the equipment cuts the packaging at the designated location, eliminating waste and ensuring each bag is consistent.

    49. Algus Packaging Inc.是熱封和熱成型包裝業的引領品牌。設計、開發和製造高性能密封機、熱成型包裝,並提供完整包裝服務。Algus提供的機械和服務為客戶提供隨著現在與未來的業務需求變化而能夠擴充和發展的能力。

    50. iVu Plus BCR Gen 2 with 25 mm Micro Lens replaces hand held barcode readers to collect data from dense, difficult-to-read QR codes on vehicle transmissions. A WL50S high-intensity LED spot light illuminates the target area.

    51. A Henshaw customer manufactures drivetrain and powertrain systems for the automotive industry. The company had experienced productivity losses due to errors in the assembly of transmission valve bodies. Henshaw was tasked with developing a system that would reduce errors and improve the assembly process.

    52. American Hoffmann Corporation chose WLB32 LED light bars to illuminate work areas, enclosures and control cabinets, replacing fluorescent light fixtures. The superior light distribution offered by the WLB32 LED lights lights, as well as the ease of installation were key factors in the company's decision.

    53. The company wanted a cost effective lighting solution that would offer brilliant illumination on multiple work stations on large product testing machinery.

    54. Baking is a mixture of creativity, precision and attention to detail. The Wilkinson Baking Company has added technical innovation to the mix. The Wilkinson Bread Bakery is a compact, completely self-contained and fully automated bread bakery. This unique machine combines technology with tradition to transform simple raw ingredients into bakery fresh bread at 40 loaves an hour.

    55. A leading machine manufacturer builds workstations designed for accurate, timely and cost-effective battery cell assembly. A value added component of the workstations is an operator guidance device that does three jobs: enables assembly processes to start and stop, indicates parts to be picked and installed, and completely stops line operation if emergencies occur. When it became too costly for the OEM to construct and mount these devices themselves, they turned to Banner to craft an all-inclusive solution. To honor the time line requirements of their customer—a major tier two battery supplier—the OEM needed the solution in eight weeks.

    56. 一家成功的特種工業紗線製造商為汽車、航空航天、軍事和復合材料行業製造玻璃纖維和玻璃絲線產品。為了保持高標準并盡可能降低產品回報,他們建立了零產品缺陷的目標。為了實現這一目標,公司需要一個自動化絲線檢測系統。

    57. Soil moisture and air temperature sensing ranges are typically under a mile, but the Site Survey tested the signal out to two miles. With the MultiHop Radio and its antenna installed very low to the ground, the Master Radio was installed with a large omnidirectional antenna to maximize the communication range.

    58. SureCross devices can monitor temperature, vibration, and pressure. A mobile FlexPower Node equipped with up to three thermocouples monitors critical bearing temperature and sends the data to a Gateway for logging. With this information, maintenance personnel can service the machine based on performance indicators and minimize down time.

    59. Local indication solutions provide clear, highly visible status alerts to both operators and plant managers in their normal sightlines.

    60. Elevators, escalators and moving sidewalks are major investments in any facility’s infrastructure. This equipment is expected to operate safely and reliably for many years and with minimal downtime for maintenance. To meet these expectations, a large-scale manufacturer of vertical and conveyor transport equipment performs rigorous tests on all system components. The data that is collected helps the company estimate component life expectancy and plan service schedules.

    61. An automotive supply company makes a range of vehicle systems. Their seating systems combine structure and design with features that enhance comfort and safety. Weight sensors installed on the underside of the seats work in coordination with vehicle safety systems to determine the size and position of a seat occupant. These factors affect how or if airbags will be deployed in the event of an accident.

    62. The dough for one of the company’s many popular breakfast cereals must fall within specific height parameters to ensure that it will have the perfect flake. Dough that is too thick will emerge from baking stiff and heavy. Dough that is too thin will crumble easily. This impacts the quality, taste and texture of the final product as well as product weight and packaging. Any product that does not meet the rigorous quality standards of the company will not be shipped or sold on the consumer market.

    63. 感測器解決方案,在消防隊調度和報告系統中加入車輛偵測。

    64. Sensor solution for blind spot object detection for large vehicles, alerting operators with time to respond.

    65. The company was experiencing several quality control issues—bottles were coming off the line with missing, skewed and double labels. As a result, the customer was scrapping over 2,000 bottles a month, a process which requires them to cut out the mislabeled portion of the bottles and re-grind the plastic for reuse. Further, the labeling errors began prompting serious customer complaints. To avoid scrapping additional bottles and losing loyal customers, the company came to Banner for a label inspection solution.

    66. 在超市的貨籃上未正確包裝的瓶子,因為沒有正確標示內容物的標籤而必須退回公司。

    67. 一家全球保健產品提供者一直在使用視覺機器來偵測其液體藥物中的微粒。當機器無法透過偵測將污染物控制在所需的百分比水平時,公司開始使用人工視覺檢查。由於許多顆粒物非常微小,公司需要在其工作站上安裝明亮、高度均一的照明,使得操作人員可以有效地驗證產品的品質。

    68. To ensure that a griddle is on, non-contact T-GAGE M18T temperature sensors are aimed at the cooking surface to detect that the surface is hotter than the surrounding air. If the waffle iron is hot, the batter will be poured in and the process will continue. If it is not hot enough, the T-GAGE temperature sensor output won't trigger the batter release mechanism allowing the iron additional time to heat.

    69. Learn now a manufacturing company used a WLS15 Pro to improve safety in their warehouse.

    70. With its low-profile and sleek design, the LC15T is an easy-to-use interface for controlling a wide range of DC devices. The LC15T effectively communicates status to users with green, blue, and red colors to indicate different device states.

    71. Remote monitoring enables increased visibility into the performance and efficiency of machines, processes, and people.

    72. Remotely monitoring tank level can help improve efficiencies and increase productivity and profitability.

    73. Banner’s wireless vibration and temperature sensor measures RMS velocity, in inches per second or millimeters per second, and temperature. Mounting it as close as possible to the bearings enables you to monitor the machine’s health by detecting increases in vibration and temperature. It is easy to mount using the standard bracket, the magnetic bracket or two sided thermal transfer mounting tape.

    74. FlexPower Nodes equipped with thermocouple or RTD sensors were mounted near the monitored motors. The sensor data is sent to a Gateway installed in a central control location. The temperature set point can be established to meet the applications requirements and then provide a discrete output from the Gateway. When predetermined temperature levels are detected, the red light of a stack light connected to a Gateway lights up, alerting personnel that maintenance is required.

    75. Predictive maintenance enables users to more accurately anticipate when machine maintenance will be needed based on real-time data from the machines themselves.

    76. Instead of installing I/O transmission cabling, use a 10 to 30V dc powered SureCross Node and a Banner T-GAGE temperature sensor. When using host control systems, the SureCross Gateway transmits the temperature to the plant control room using a digital output related to temperature setpoints within the sensor. The motor is powered down or up based on these temperatures. When using a Gateway Pro as the wireless master device, the data ca be logged and alerts sent out to notify maintenance personnel when a motor is performing outside expected parameters.

    77. Inspection with high quality illumination, identifies vehicles needing additional work to ensure the highest quality paint finish.

    78. Learn how a golf equipment manufacturer recently used PTL110 pick-to-light devices to simplify and accelerate their final product assembly and order fulfillment processes.

    79. 3 Apr 2019

      A laser measurement solution enables high-speed package sorting in order fulfillment applications and helps drives failure rates down—ultimately saving costs and maximizing profits.

    80. Barcode position can change with the location of each box on a conveyor and the height of the boxes can vary. An ABR 7000 barcode reader decodes multiple 1D and 2D barcodes over a large area in a single inspection, regardless of position or orientation.

    81. Barcodes used to track packaged produce through the supply chain contain important product information that must be verified at multiple points during packaging. An ABR 3000 barcode reader ensures that the barcode on each package is present and correct.

    82. Direct part mark (DPM) codes can be small, complex, and difficult to distinguish from the material they are etched into.

    83. To optimize efficiency and output, the progress of multiple FOUPs in single wafer deposition machine must be closely monitored. Staff work in close proximity to these machines and prolonged exposure to bright light from tower lights can cause eye strain, leading to physical and mental fatigue. Keep reading to learn how TL30 Basic tower lights solve this application.

    84. Crankshaft runout measurements must be monitored continuously to ensure that they meet tolerance requirements. Learn how LM Series laser measurement sensors solve this difficult application.

    85. A precise measurement solution is required to ensure that integrated circuit (IC) chips are present and oriented correctly in nests. Learn how the LM laser measurement sensor solves this application.

    86. Remote monitoring capabilities provide data for OEE calculations, making it easier for manufacturers to identify and remedy causes of waste within their facilities.

    87. IIoT technologies enable better communication throughout the factory and streamline processes for machines and people alike.

    88. There are many advantages of IO-Link including reduced wiring, increased data availability, remote monitoring, simple device replacement, and advanced diagnostics.

    89. To allow for quicker, more frequent, and more efficient scanning of target valve population tailpipe temperatures, a series of FlexPower Thermocouple Nodes and FlexPower Battery Supply Modules are installed. Temperature measurements of the valves and pipes are measured and wirelessly transmitted to a DXM100 Wireless Controller mounted in a central location. The DXM100 gathers the data and transfers the data to a SCADA system that monitors and graphically displays the temperature data.

    90. The SureCross Wireless Sensor Network eliminates complexities associated with data acquisition from rotating and moving machinery such as a rotating kiln. Crucial temperature data is acquired using a thermocouple or RTD and transmitted from the FlexPower Nodes to a remote Gateway in the plant's control center. Data is always concentrated in the same location for processing or analysis, and manual data collection and physical risks to personnel are eliminated. Temperature data is logged and anal

    91. A resistance temperature detector senses the temperature of a walk-in cooler and sends the data to a SureCross FlexPower Node. The Node in turn sends that data to a Gateway, which issues an alarm to management if the temperature exceeds acceptable limits. The DX80 FlexPower Nodes have a IP67 rating for rugged environments and work well in the cold.

    92. Manual data collection is eliminated using a SureCross FlexPower™ Node equipped with two thermocouples to automatically monitor the temperature at two depths within a compost windrow or stack.

    93. Taking measurements on rotating equipment, such as a kiln or rotary table, usually requires a complex and expensive system of cabling. Even taking precautions and using specialized equipment doesn’t eliminate cable tangles and breaks. The SureCross Wireless Network eliminates complexities associated with data acquisition from rotating and moving machinery such as a rotating kiln. Crucial temperature data is acquired using a thermocouple and transmitted from the FlexPowered SureCross Nodes to a

    94. A semiconductor fab needs to monitor temperature, relative humidity, and oxygen levels at multiple points within their processing plant, along a 2 kilometer long process piping system. They require a solution that monitors temperature, relative humidity, and oxygen levels, provides a location for the monitoring points, and collects all data to a central point and interfaces with their SCADA system. The solution needs to create an efficient, safe work environment for all employees. With over 2 kilometers of underground tunnel piping systems, installing cable to each monitoring location is cost prohibitive.

    95. • Restock assembly stations before components run out without overstocking • Provide real-time communication between assemblers and the forklift operators who supply them • Monitor delivery efficiency

    96. • Provide high-visibility warning indication • Minimize risk to staff in high-traffic forklift area • Facilitate the flow of traffic through an area with visual obstructions

    97. • Provide instant visual communication across a busy plant floor • Collect machine status and other data to calculate Overall Equipment Effectiveness (OEE) • Alert staff to critical conditions via text message or email

    98. • Minimize production errors by providing clear guidance for assembly • Reconfigure and move assembly stations without rewiring • Improve production efficiency and better utilize facility space

    99. S22 Pro Series touch buttons and indicators simplify control panel design and improve operator experience and performance. Pro Editor software expands the built-in display capabilities available with the S22 Pro Series, enabling custom displays.

    100. 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.

    101. When the main air handling unit in a boiler room of a local corporate building was exhibiting potential issues, workers wanted to find a long-term solution so that they could identify maintenance issues with accuracy and in a timely manner.

    102. A corrugated packaging company used Banner's Wireless Solutions Kit to detect a mechanical issue with a motor in one of their converter machines. This allowed them to make repairs and avoid a costly production shutdown.

    103. Snap Signal 產品可連接各種類型的感測器並將其訊號轉換為標準的串列通訊協議,並即時監控生產設施狀況,包括系統壓力。

    104. 了解系統溫度狀態過高或過低有助於優化應用以獲得最佳性能。

    105. Detecting clear and reflective objects are some of the most challenging sensor applications. Light can burn through a target or be reflected away erratically, making accurate detection difficult.

    106. Dark objects are difficult to detect since they reflect very little light back to the sensor. In addition, black on black targets (low contrast between target and background) are especially challenging.

    107. In packaging, targets often contain vibrant, multicolored graphics of varying reflectivity. Such varied targets can be difficult to detect reliably, especially when there are many color transitions.

    108. Many applications, such as registration mark detection and high-speed part counting, require sensors with response speeds fast enough to reliably detect fast moving targets.

    109. There are many advantages of an IO-Link system including reduced wiring, increased data availability, remote monitoring, simple device replacement, and advanced diagnostics.

    110. Clear, thermoformed plastic containers, trays and clamshells are used to package a wide variety of products. Packagers must be able to detect the leading edge.

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

    112. 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.

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

    114. Sensor solutions to verify packaging and count on conveyor. Foil and film packaging such as tea bags, multiple colors on packaging material.

    115. Sensor solutions to detect clear vials in pharmaceutical and medical manufacturing where a hygenic sensor is needed in a harsh chemical washdown environment.

    116. 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.

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

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

    119. Sensor solutions to detect reflective food wrappers such as Mylar with conveyor belt presence verification, utilizing foreground suppression.

    120. 當感測器處於透明物體感測模式時,可確保在送料過程中正確放置塑膠託盤。

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

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

    123. Sensor solutions to count containers that are made of clear plastic when containers are various shapes and have ridges.

    124. Sensor solutions to count rings on a conveyor belt where the rings have a very reflective surface and a cylindrical shape.

    125. Sensor solutions to detect perforations on continuous web of translucent plastic bags where high-speed equipment is used and a large-volume of material process.

    126. Sensor solutions to detect glass vials filled with transparent liquid in an aseptic, stainless steel environment with rounded bottles.

    127. Sensor solutions to detect the presence of a moonroof on an automobile assembly line where extended range capabilities are required.

    128. Sensor solutions to recognize clear glass vials and bottles in high-speed application with precise leading edge detection.

    129. Sensor solutions to detect a low contrast edges of glass on conveyor in a clean industrial environment where equipment is regularly exposed to high temperatures

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

    131. Sensor solutions to detect plastic bottles varying in color and translucence where a high-speed system requires fast response times. Accurate sorting.

    132. Sensor solutions to detect I.V. bags, glass vials, syringes and pharmaceutical packaging. Fill level inspections ensure product content amounts are accurate.

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

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

    135. Sensor solutions to detect bottle types vary in size, shape, color, translucence, and material. Equipment is regularly exposed to harsh washdown.

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

    137. Learn how the Q4X detects clear plastic trays at hopper and filling station in the food industry.

    138. Banner’s Q3X versatile, rugged laser contrast sensor is ideal for detecting registration marks. With a range up to 300 mm, the Q3X has a tight laser spot able to detect a small white registration mark reliably. When the Q3X detects the white registration mark, the intensity readout increases and a discrete output is triggered, indicating the white registration mark is present and it is the correct package going down the line.

    139. Banner’s R58 high-speed, low-contrast expert registration sensor detects subtle registration marks on the labels as they pass at high speed—ensuring the label is cut at precisely the right moment for correct label placement. To accommodate frequent changeovers, the sensor is designed with LED color options—which automatically change depending which color best optimizes contrast.

    140. Banner’s R58 Expert registration mark high color resolution sensor is a high-performing sensor with an ultra fast 10 kHz switching frequency that quickly detects splices and other defects that are otherwise hard to detect. The high sensitivity of the R58 Expert detects the inconspicuous splice in a roll of paper to ensure the printer skips over the splice during the press process.

    141. As empty tubes go down the manufacturing line, a visible light sensor can verify a toothpaste tube’s registration mark before being filled and sealed. Banner’s high-speed R58 visible light color contrast sensor is an extremely powerful sensor for registration mark applications and can easily read marks on high-gloss and low-contrast surfaces, detecting contrasts as low as two percent over a wide range of colors.

    142. Banner’s R58 Expert registration mark color contrast sensor is a high-performing sensor with an ultra fast 10 kHz switching frequency that quickly detects registration marks, which is ideal for tube positioning applications. Even with a high-gloss surface or a low-contrast situation, the R58 Expert can easily detect the registration mark on a filled tube to determine how it should be oriented.

    143. Banner Engineering’s R58B Expert registration mark sensor confirms the registration mark’s position on the web. This allows the machine to make minor infeed adjustments to ensure the cut is properly placed and all labels are consistent and complete. If the labels are incorrectly cut they need to be removed from the bottling line creating costly downtime and waste. A quick and easy-to-use sensor is needed to dramatically improve throughput.

    144. Industrial safety controllers provide an interface between safety devices and the machines and processes those devices monitor for an easy-to-use safety control solution.

    145. The point of operation on a machine is where the work is performed. Because workers are in close proximity to pinch points, safety is critical.

    146. Perimeter guarding applications require guarding on multiple sides of the machine. Meanwhile, access guarding protects an access point into the hazardous area.

    147. Operators must be able to safely start (initiate) machine processes as well as safely stop them in an emergency.

    148. Safeguarding palletizer machines present many challenges to keep personnel safe and maintain efficient production. The new SGS Safety Grid with muting arm bar kit protects the dangerous robotic machinery while allowing boxes to pass through the Grids without stopping production. The muting arms can recognize if anything other than a box passes through the Grids and will trigger a machine stop on the palletizer.

    149. 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.

    150. Safety light screens on a meat slicer protect operators from sharp blades while in operation. The environment is harsh and frequently exposed to chemical washdowns. The EZ-SCREEN LS with hygienic enclosure keeps personnel safe while preventing water and chemical damage to the light screen.

    151. EZ-SCREEN LS安全光幕無需DIP指撥開關操作, 端點至端點無盲區的範圍設計, 內建自動完成產品設定的功能, 上述特性讓LS安全光幕在安裝上十分便利產品附有可調整式的安裝支架, 可直接於光幕前端做調整, 提供快速而簡便的安裝選擇減少維修的時間, 讓產線持續運作不中斷, 更低的維修成本, 讓企業保持競爭力

    152. LS 光幕是直觀、易於使用的安全裝置,可用於機器防護。專為生產線上各種危險的安裝環境所打造 LS-S 系列無需使用 PC 軟件、DIP 開關或其他設備即可快速、輕鬆地進行設定。

    153. Banner的XS26-2是一個靈活易用的安全控制器,具有直觀的編程環境,能夠處理當前的機器流程,並且隨著機器自動化裝置的增加或變化,最多可以添加8個I/O擴展模組。支持廣泛的安全設備,允許複雜的應用在最少的時間內組態和下載到控制器,以實現有效的機器調試。

    154. Banner的XS26-2可擴展安全控制器是可擴展的安全解決方案,可針對各種機器進行定制,包括具有多個過程的大型機器。XS26-2能夠添加多達8個I/O擴展模組,能夠適應具有多重危險和接入點的大型機器。直觀的編程軟體提供了幾個預先配置的安全功能和邏輯區塊。

    155. BANNER的SC26-2是一個靈活、易於使用的安全控制器,具有直覺的程式編輯環境。您可以使用一個可規劃安全控制器來管理產線上的所有安全設備。SC26-2透過乙太網IP傳送安全設備的狀態,並控制塔燈,以提供安全設備的指示燈狀態顯示。基本控制器允許26個輸入, 其中的8個輸入可自定義為輸出點,實現高效率的安全防護控制。

    156. 此解決方案需要光幕感测器緊密地安裝在機器開口處,且端點到端點之間的感測沒有盲區。將光幕安裝在距離機器危險區域盡可能接近的位置,可以盡可能的縮小體積(這減小了操作員的觸及距離),消除了障礙以及美觀問題。Banner的EZ-SCREEN LP安全光幕佔地面積為28 mm x 26 mm(1.1" x 1"),一體式的設計,可以安裝在狹小的空間內。

    157. Banner的EZ-SCREEN®系列安全光幕系統是針對焊接設備的苛刻的惡劣環境要求而發展出的完整的解決方案。藉由將多個設備串接(串聯)的能力,可以使用標準配件(非主/從模式)將安全光幕以水平/垂直的方式安裝與設定。

    158. 2型EZ-SCREEN安全光幕保護手部和手指不會被圓盤傳送帶的運動部件碰撞、擦傷或夾住。

    159. 2型EZ-SCREEN安全光幕為射片機的開口提供安全防護,射片機的移動部件撞擊可能導致人員暫時疼痛。

    160. 兩個互成角度的反射鏡將來自發射端的光束反射到EZ-SCREEN安全光幕點的接收端,所以單光點可以完成兩邊單光點的工作。

    161. 在機械手臂工作區的兩個開口側,一對EZ-SCREEN安全光幕以L型安裝連接或串聯,以便在垂直(減小分隔距離)和水平(提供連續感測)兩個方向來保護接入點。最多可以連接四對EZ-SCREEN光幕。

    162. Widely spaced SGS safety grid platform light screen economically protects the perimeter of a work area. The grid is far enough from the hazard that motion has time to stop if a person or object passes through the grid.

    163. To guard the perimeter of a tube bender work cell, two free-standing corner mirrors are set up to reflect the sensing field from the emitter, around the perimeter’s corners, to the receiver. Using corner mirrors is an economical way to make use of the range of an EZ-SCREEN safety light screen by guarding multiple sides of an area with one emitter/receiver pair.

    164. Banner AG4安全雷射掃描器安裝於危險區域,「監控」安全防護區域。使用PC介面軟體進行程式編輯,可以設定保護區域和警告區域。如果操作人員或其他人員在機械手臂操作期間接近危險區域,AG4會發送訊號以提醒人員已經進入警告區域; 但於此同時機械手臂會繼續運作。

    165. Safety laser scanners work well for safeguarding applications where user access and protection are equally important. Banner’s AG4 Safety Laser Scanner with a 190º scanning angle fits nearly any shape and can evaluate an operator’s position by range and rotational angle. Its flexibility allows for new safeguarding shapes when work cell dimensions and parameters change.

    166. 汽車沿著輸送帶行進到由EZ-SCREEN光幕保護的危險區域。在汽車接近時,EZ-SCREEN光幕暫時被遮蔽,允許汽車通過而不停止輸送帶。在光幕被遮蔽時,工人可能會通過互鎖的分離安全防護設備嘗試進入危險區域,這會使工人處於危險境地,並導致工人可能被移動的汽車撞到。

    167. 在此應用方案中,機器手臂操作員需要進入到晶圓搬運站。EZ-SCREEN ESD安全光幕系統設定為使用光幕發射端、接收端和反射鏡來保護機械的三面區域,保護生產過程和操作人員的安全。如果操作人員進入到危險區域,安全光幕允許人員更快速、更方便的移動,同時防止機器誤動作 。

    168. 在本範例中,由於使用單獨的操作員裝載和卸載站,熱熔機的兩側需要安全防護設備。在工作站的每一側,兩個安全光幕保護工人; 一個具有48"的垂直光幕,用於區域防護,一個具有12"傾斜的光幕,用於為裝載和卸載工具的操作點提供防護。

    169. EZ-Screen LP 4型安全光幕為卸空瓶棧板機的操作人員提供針對掃測桿的運動的安全防護。為向個人提供針對掃除桿的安全防護,在光束之間提供14mm解析度,以防止進入和受傷。如果個人或物品觸及EZ-Screen的光束,則掃除動作將停止,以防止傷害。光幕的小型設計允許沿機器輕鬆安裝,不需要安裝PC或額外的設備。

    170. Banner EZ-SCREEN LS是一款重載型的安全防護光幕,由環境防護等級IP65/67鋁擠型外殼打造,全金屬端點以及內嵌式視窗能夠有效抵抗各種意外碰撞此外,LS長達12公尺的檢測距離可以安裝於大型沖壓機台的兩端提供安全防護,並能有效對抗因為油汙及灰塵隨著時間堆積所造成的光衰減現象

    171. 我們的EZ-SCREEN遮蔽光幕的設計允許棧板進出產線,同時使危險區域得到安全防護,當有人員進入該區域時關閉機器。EZ-SCREEN上的遮蔽功能允許產線移動棧板滑軌,不需關閉或重啟機器,而關閉或重啟機器通常會降低生產線的生產速度及效率。在飲料業中,有些機械組裝過程要順利運行,必須使用遮蔽功能選項。

    172. 在本應用中,針對危險工作區提供完整的安全防護措施,以防止人員進入該區域。為使產品部件和材料進入該區域,進出口區域將保持開啟狀態。EZ-SCREEN安全光幕安裝於危險區域的前方,如果操作人員試圖通過這些區域進入,則安全光幕會停止機器的危險運動。

    173. 為裝運機和捆包機周圍的區域提供安全防護可能很困難,因為它涉及多重危險。可擴展的安全控制器可以幫助管理與裝運機和捆包機相關的危險,同時確保有效的安全防護過程。

    174. Learn how magnet switches protect operators from the harmful interior of a heat sealer.

    175. An LS Series safety light curtain with a mute arm kit in T-configuration combined with an XS26 Series safety controller is an easy-to-implement solution that protects staff from potential hazards without disrupting the flow of pallets to the depalletizer.

    176. A robotic weld cell is protected on multiple sides by hard guarding. Between work cycles operators must be able to access the weld cell to retrieve completed work pieces and load new material. Used to safeguard access points to the weld cell, an SX5-B6 safety laser scanner can increase machine uptime and productivity.

    177. Pallet transfer conveyors are used to move heavy loads to the shipping area. Both the pallets and the conveyor pose risks for accident and injury and must be safeguarded. An SX5-B safety laser scanners safeguards the loading and unloading stations on the conveyor and enables a continuous flow of pallets through the system.

    178. Learn how SI-RF Series safety switches can be used to monitor multiple guard doors, ensuring the highest levels of safety, and making it easy to identify and resolve issues.

    179. SC10 系列安全控制器可以取代三個安全繼電器,是結構緊湊、經濟實惠的安全解決方案,具備直覺的操作方式以及先進的功能。

    180. Recalls happen, and when they do, it is critical that manufacturers respond quickly by identifying affected products and issuing a timely recall to mitigate damages.

    181. Food packaging facilities verify product barcodes at multiple points so they can quickly identify and isolate product with quality issues and ensure a safe food chain.

    182. Pharmaceutical traceability is required to eliminate counterfeits, ensure patient safety, and comply with regulations.

    183. Work in Process (WIP) tracking refers to tracking each item in production throughout the entire manufacturing process to ensure efficiency, accuracy, and traceability.

    184. Direct Part Marks (DPM) are codes that are etched or printed directly onto a part's surface. Due to poor contrast, they can be extremely challenging to read.

    185. 具有旋轉範圍檢測功能的 iVu BCR 系列條碼閱讀器可讀取醫療產品包裝上的條碼,並驗證包裝是否正確對齊以進行熱封。

    186. 推薦使用Banner TCNM一維條碼掃描器來掃描和驗證條碼。它可以讀取十種以上常用的條碼,有助於保持生產線上瓶子運送的效率。使用TCNM一維條碼感測器,可以即時自動確認正確的產品。

    187. ABR Series barcode readers can be used to solve track and trace applications, offering increased resolution to read smaller codes, over a larger target area, and at greater distances. Polarization is now available in both 1.3 MP and 2 MP ABR 7000 models for improved performance on targets with reflective surfaces or where glare is present. Our highest resolution camera, the VE is also available in only-barcode reading models, as well as the original vision camera-only model. This makes our VE series is the highest-resolution barcode reader in our portfolio, designed to better solve complex applications.

    188. Banner 的 ABR 條碼閱讀器ABR系列條碼讀取器配有一個 200 萬畫素(1600 x 1200畫素)成像儀,能可靠地讀取小或複雜的條碼,即使是在遠距離或視野範圍外,也可以確保整個物流中心的運轉和包件的順暢流動。ABR 條碼讀取器可以通過 MART TEACH 按鈕直接在設備上教導條碼,實現直接開箱掃描。

    189. Banner 的 iVu BCR 具有外接顯示螢幕,提供易於讀取條碼使用的解決方案,以確保生產使用標籤的正確性。iVu BCR 型號提供精細畫素模式(用於讀取需要完整解析度的小型條碼)及粗略畫素模式(適合高速要求的應用)。

    190. 藥瓶標籤包括一維和二維條碼。PresencePLUS P4 BCR可同時讀取兩種以上類型的條碼,並檢驗它們是否正確。

    191. PresencePLUS P4 BCR工業條碼掃描器, 可讀取並檢驗貼在手機組件上的小型二維條碼。

    192. Pro 視覺感測器配備條碼讀取工具,符合美國聯邦政府對檢測和追踪藥品生產的要求。

    193. 提供內建 UV 環燈的 iVu BCR, 適合在低對比度的情況下偵測條碼,提供理想的解決方案。iVu內建UV燈源,提供一體化的解決方案,增加透明標籤條碼的對比度,條碼讀取更穩定。

    194. PresencePLUS P4 BCR工業條碼閱讀器可偵測和檢驗打印在金屬齒輪上的微小二維條碼,以便在生產線上和現場進行追踪。

    195. 使用iVu BCR,可引導郵務人員在多個小包的郵件中, 執行整合成較大型的郵件群組,以簡化整個流程。

    196. 停止生產線上機器人以設定條碼檢查工具會造成生產線停止,背後的成本昂貴。具有遠端顯示熒幕的 iVu BCR 條碼閱讀器可以安裝在距感測器最遠 16 米(50 英尺)的地方,以便在機器人運行時進行遠端監控和故障排除。

    197. PresencePLUS Pro條碼閱讀器可偵測並驗證打印在金屬零件上的小型二維條碼,儘管打印的條碼各有不同。

    198. 使用線性和二維條碼追踪零件。高解析度PresencePLUS P4 BCR 1.3同時讀取兩種類型,檢驗它們是否正確。

    199.   如收縮膜包裝棧板等運送物品時可以用條碼標記,以便清楚識別有哪些產品已經準備發貨。我們需要一個感測解決方案,以確認最終的收縮包裝產品標籤正確,且與內容相符。

    200. 對於產品召回和其他質量保證措施,正確驗證藥瓶上的二維碼至關重要。

    201. On electronic assembly lines, reliably identifying and reading small 2D Direct Part Marking (DPM) codes is essential. These information-dense codes track data at the component level, such as serial number and date of production.

    202. Pick-to-light systems support lean manufacturing initiatives by reducing the risk of human error in production and assembly processes.

    203. Put-to-light solutions improve the efficiency and accuracy of stocking and replenishment activities and can help prevent downtime by reducing delays due to misplaced or incorrect parts.

    204. Light-guided kitting and sequencing solutions allow operators to focus on building high-quality products while maintaining efficiency.

    205. Quick, accurate picking increases customer satisfaction by ensuring that customers receive the correct order in a timely manner.

    206. Banner的定距式K50指示燈檢測戴有手套的手,用來辨別操作人員在組裝過程中是否選擇了正確的零組件。之後,K50指示燈的邏輯功能可以透過從綠色更改為黃色(也可以選擇其他顏色,以配合製造商的選擇偏好)來通知操作人員其已經正確拾取。K50檢測深色手套的能力對於精益製造過程尤其重要,在此過程中,員工通常配戴深色手套。

    207. Banner’s K50 Optical Pick-to-Light series is a compact, self-contained, three color indicator with integral sensor. Green typically indicates which part to pick, and when the internal sensor detects the hand, the indicator changes to yellow to confirm the task is complete. An optional third message is to display red for a mispick.

    208. 系統控制器發出從特定位置拾取物品的指示。控制器打開位於指定位置的PVA的作業指示燈。當來自該位置的物品被取走時,作業指示燈會隨之熄滅。當需要取出同一個位置的多個物品,則作業指示燈將保持打開狀態,直到拿取了正確數量的物品,指示燈才會熄滅。EZ-LIGHT PVA拾取燈感測器的明亮光線使得工作人員可以從遠處看到要拾取的零件位置,進而節省尋找的時間。

    209. 一對EZ-LIGHT PVA拾取燈感測器安裝在箱子兩側的貨架上。PVA回應來自製程控制器的信號而發出燈號,向組裝人員指示接下來要拾取的零件。當裝配人員的手伸進又伸出箱子後,控制器知道零件的拾取已經完成,就會發出訊號讓PVA發亮,顯示下一個等待拾取零件的料箱。

    210. PVL在大區域上提供100%的可靠性,可以直接安裝在貨架上。PVL也可以垂直或水平方向安裝,以滿足各種應用需求。這種多功能性可提供快速設定和快速有效率的過程。

    211. Several technologies and solutions are available for bin-picking applications for error-proofing processes. Light arrays prompt the operator for part selection with integral job lights, then reliably sense retrieval of the part, using an array of visible red or infrared sensing beams located in front of the bin.

    212. 為了降低組裝操作中的錯誤風險,一體式EZ-LIGHT PVD拾取燈感測器放置於貨架頂上的橫桿上,由上往下檢測架子開口處。PVD與附有製程控制器的介面相連接,控制器的編寫程式則會讓待拾取零件的箱上PVD發出指示燈光。在PVD檢測到裝配人員的手伸進然後再離開箱子後,控制器就會發出訊號,讓下一個排隊等待拾取零件的料箱指示燈發光。

    213. 每個料箱上都有EZ-LIGHT VTB拾取指示按鈕連接到一個製程控制器上,該控制器則是根據每個訂單貨單來編寫控制邏輯。VTB的LED底座亮起,指示要選擇哪個鏡頭來完成訂單。選擇鏡頭後,工作人員將手指放置在VTB的感測區域上,檢驗拾取是否正確。因工作人員不必施加任何壓力,可減少重複性運動傷害的風險。

    214. To reduce the risk of error in an assembly operation, a one-piece EZ-LIGHT PVD pick-to-light sensor with a 400 mm range is interfaced with a process controller programmed with the correct assembly sequence. The controller makes the PVDs light up in the correct order, to show the assembler which part to pick. After the PVD detects that the assembler's hand has entered and left the bin, the controller signals the PVD of the next bin in the pick sequence to light up.

    215. 每個寬貨架都配備了一個一體式的EZ-LIGHT PVD拾取指示燈感測器(採用反射板式),其工作距離可達2 m。PVD點亮一個箱子,工人將從此箱子中選擇要寄送的地圖。

    216. 在操作人員從箱子中選擇墊圈或墊片後,操作人員將墊圈放在推車上的相應的EZ-LIGHT點亮指示燈上的位置。

    217. 在書籍包裝倉庫中,每個紙箱上方的貨架配有一體式EZ-LIGHT PVD拾取燈感測器。工人透過挑選裝箱單上指定的每類書的數量來取料以滿足ˋ訂單。為了使工人更容易找到從中挑選書籍的紙箱,這些紙箱上面特定的PVD會被點亮。PVD偵測工人的手位於紙箱中,以驗證書籍已經拾取。

    218. The EZ-LIGHT PVA pick-to-light sensors provide a reliable error-proofing solution for various operation systems. The light indicate to assemblers which items to pick and in which order to pick them.

    219. A Banner wireless solution is a simple way to optimize inventory, reduce errors, and minimize waste. Each SureCross Performance Node with I/O Mapping can be equipped with up to six EZ-LIGHT operator indicator lights. The SureCross Gateway is conveniently located at a central location where maintenance personnel and management can monitor the parts consumption throughout the site.

    220. PTL110 pick-to-light devices on a multiproduct assembly station are a highly effective way to prevent errors and speed up build time. The optical sensors on PTL devices detect hands as they pass by, confirming that a pick was made.

    221. Manual kit building at large stations can be time-consuming and subject to human error, especially if storage racks are difficult to navigate. The PTL110 series pick-to-lights are scalable for large systems and highly versatile to complete numerous tasks.

    222. Banner’s K50 Series of single-point pick-to-light sensors are a simple, easy-to-use error-proofing solution in assembly applications. In this application, the job light is Green while the job input is active, indicating the correct bin for the next pick. The presence of the assembler’s hand initiates an output change of state, turning the job light red. The job light above the next pick location will then turn Green.

    223. The EZ-LIGHT K50 sensor lights above a bin to show the assembler which part to pick. If the assembler reaches into a different bin, that bin's EZ-LIGHT K50 sensor lights up in the designated warning color—in this example, red— to indicate the error.

    224. 反射板式模式中EZ-LIGHT K50的感測器指示燈,按照裝配順序,下一個要取料的零件是天窗。當操作人員從寬口料箱中選擇天窗時,K50偵測到有人挑選了該項選擇。

    225. 在糖果分銷商的訂單撿貨流程中, 配備EZ-LIGHT K50感測指示燈的箱子連接到根據訂單編寫程式的製程控制器。根據訂單要求,K50會亮起來,顯示有待選擇的物品。當工作人員將手放入箱子中時,指示器會偵測到手的存在,然後控制器就會觸發下一個待拾取糖果箱上的K50發光。

    226. 位於零件架上的按鈕EZ-LIGHT K50拾取燈感測器亮起,就是在指示要拾取的零件。拾取零件後,工作人員就按下指示燈上的按鈕,確認已經完成零件拾取。

    227. Read more to learn how the Pick-to-Light Solutions Kit improved pick sequences and ensured a high level of quality assurance at mutiproduct assembly workstations.

    228. 了解eFlex Systems如何透過其總控制平臺和Banner的PTL110拾取指示燈為液壓泵製造商提供產品支持,進而提高生產力並减少組裝產品過程中的錯誤。

    229. Well-lit machines are easier to monitor, troubleshoot, and maintain. Heavy duty LED lights are built-to-last in harsh environments and provide years of bright illumination.

    230. Proper lighting reduces the risk of errors during assembly and inspection tasks, saving time and costs. Good lighting also improves worker ergonomics and reduces eye strain.

    231. Compact LED lighting can help reduce errors and speed up maintenance tasks in confined spaces like equipment cabinets and other enclosures.

    232. Visual inspection of parts and components helps manufacturers identify issues early to minimize wasted time and costs. In these applications, the right lighting is a must.

    233. An EZ-STATUS device includes both white and colored LEDs. The device can perform both task lighting and status indication functions with a single unit.

    234. Banner’s WLS28 Work Light Strips provide numerous energy-efficient solutions for illuminating work areas and enclosure interiors with intense, long-lasting and durable cool white light. These LED lighting strips not only provide even, extremely bright cabinet illumination, but they also conveniently fit in the enclosure and can be plugged into any local power source.

    235. Illumination during photolithography processes is challenging because white light contains a percentage of blue wavelengths, which negatively affect photosensitive materials. The WLS15 strip lights switch between two colors for safe use during photolithography.

    236. Machine lighting inside of automated clinical labs helps operators see and access the samples and equipment being used inside. These types of environments can be difficult on traditional lights because of the reagents and chemicals used during testing and cleaning. The WLS28-2 is rated IP69K to withstand chemicals and washdowns.

    237. Determining a lighting solution for the CNC machine is simple with Banner’s LED heavy-duty machine light, which provides enhanced chemical and thermal resistance in tough environments. The ultra-bright light is oil, chemical and water resistant with IP68, IP68g and IP69K ratings, making it an ideal choice for many industrial lighting applications, including the CNC washdown environment.

    238. Banner’s WLS28 LED Light Strips allow operators to identify frozen dinners that have not properly entered a carton and fix the problem with minimal downtime. Their long-lasting and durable cool white light means they’re an energy-efficient solution for illuminating the inside of a cartoner. IP69K rated, they can handle frequent machine wash down procedures.

    239. Accidents can happen when people and mobile equipment share intersections in a factory. See how to create a controlled intersection with multicolor lights.

    240. Lighting inside of paper drying machines is helpful during maintenance and general operation of the paper production line, but illumination is difficult because of the high heat in the machine and the wet environment. The WLH60 high temperature LED light can withstand heats as high as 100° C and is rated IP67, IP68G, and IP69K for water, oil, and chemical resistance.

    241. Learn how green LED task lights enhance visibility of surface imperfections on manufacturing materials.

    242. Automotive inspection requires consistent, bright light with minimal glare to inspect automotive parts. Increased lighting can improve worker productivity and reduce eye strain.

    243. Liquid-dosage pharmaceutical product packaging inspections involve minute human visual inspections, making it important to have bright and highly uniform illumination.

    244. High visibility is critical during inspection of product in flexographic printing because the lighting assists in monitoring machine performance. The HLS27 LED Strip Light works well near flexography printing machines because they are designed to work safely in Division 2 hazardous locations. The bright light illuminates printing functions to assist visual inspection.

    245. Banner’s WLB32 Industrial Light Bar is ideal for workstations. With a Hi/Lo/Off switch, operators are able to control the lighting level and are able to switch the LED light bar off when they are done. The WLB32 provides workers high brightness with even light output and enables numerous tasks in a workstation, including working on a computer.

    246. Banner’s WLS28 Work Light Strips with ON/OFF switches provide an energy-efficient solution for illuminating work areas and enclosure interiors with intense, long-lasting light. These LED lighting strips provide even, extremely bright illumination, and can easily fit in limited space setups. The work lights can be plugged into any local power source for simple operation.

    247. The energy-efficient WLB92 is easy to install and accommodates a wide variety of application needs with several models available. The light is extremely bright; effectively illuminating a robotic cell area. AC conduit models provide easy installation throughout the cell. The high-quality WLB92 LED light was designed to have an aesthetically-pleasing look, yet be rugged enough for industrial environments.

    248. WLS27 LED strip lights provide brilliant, even illumination in difficult environments like this. Each light is protected against environmental challenges and corrosion by a shatterproof, water-resistant polycarbonate shell. A redundant sealing method prevents water ingress to achieve IEC IP66, IP67, and IP69K ratings. These cost-effective LED light strips will provide vivid, low-power, maintenance-free illumination throughout their 50,000 hour or more lifespan.

    249. The heavy-duty, energy-saving WLB92 from Banner Engineering provides an extremely bright lighting solution that provides consistent lighting across a warehouse. Since the LED factory light is so bright and gives a uniform output, fewer lights are needed in total, helping reduce the overall cost of lights and installation time.

    250. Banner’s WLB32 Industrial LED Light Bar has a robust metal housing and shatterproof light cover, making it ideal for an industrial robotic cell environment. The WLB32 provides highly bright illumination, with a no-glare glow. Banner’s LED light bar is a better solution for industrial lighting compared to traditional fluorescent lighting. The LED light bar provides a directional lighting effect, dispersing light 120⁰, versus fluorescents, which disperse light 360⁰.

    251. Banner’s WLS27 are rugged LED strip lights specifically developed to provide brilliant, even illumination in challenging environments and compact spaces. They have a space-saving, aerodynamic design, are fully encapsulated in a protective shell, and come in a broad range of illumination color options. Machine designers can install WLS27 LED strip lights wherever they are best suited to illuminate a work area without making costly or time consuming modifications to the lights.

    252. Finding a high-intensity, ultra-bright lighting solution for manufacturing can be challenging. Since multiple lights are required to properly illuminate areas on a conveyor, a simple mounting option to connect lights together is needed.

    253. Banner’s WLB72 Inspection is a very bright LED luminaire that features an even light output for a no glare glow. This LED light bar uses advanced LED technology to provide a high-quality and maintenance free industrial lighting solution. The unique lensing provides a dark-to-light-to-dark transition on a vehicle surface suitable for detailed inspection tasks.

    254. The WLS27 Pro with IO-Link is one of two new models of the WLS27 Pro series strip light. It now includes programmable RGBW LEDs for use in indication, illumination, and inspection applications. Learn how the WLS27 Pro with IO-Link provided operators the necessary information and illumination to decrease product changeover times and maximize productivity.

    255. Learn how the WLS70 strip light provides bright, even illumination inside robotic weld cells.

    256. In a recent oil and gas application, an oilfield supervisor was looking to install an overhead light within the enclosure.

    257. LED indicators with advanced programming capabilities can display dynamic statuses like fill level, takt time, machine transitional states, and more.

    258. An EZ-STATUS device includes both white and color LEDs. The device can perform both task lighting and status indication functions with a single unit.

    259. In automotive manufacturing, maximizing efficiency is crucial in order to meet production goals. Delays at assembly stations can hold up processes later down the line, leading to costly wasted time and missed production targets. The TL50 Pro tower light helps assemblers meet expected cycle times and support overall takt time requirements.

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

    261. Indicator lights intuitively direct traffic through truck wash stations to ensure efficient flow of vehicles through the wash. However, high-pressure washdowns, cleaning agents, and outdoor environments make status indication challenging. Learn why the WLS27 segmented strip lights are a better alternative to traditional stoplights and can help improve efficiency at truck wash stations.

    262. Star Equipment uses Banner's WLS27 multicolor LED strip lights with EZ-STATUS™ with their automated industrial doors for safer, more efficient movement in the workplace.

    263. Learn how a retail store used TL50 Pro tower lights with USB to visually tell customers which automated checkouts were available for use, which were down for cleaning, and which were being used while they were waiting in long lines.

    264. Learn how a facility used WLS15 Pro with PICK-IQ to improve picking processes.

    265. Learn how a facility used the K30 Pro Touch Button to improve operator control and guidance.

    266. A facility manager in a recent material handling application needed to transport packages from the receiving end of the facility to the shipping end in an efficient manner.

    267. A solution was needed to better indicate a variety of complex statuses coming from a labeling machine. Banner's CL50 Pro column lights are an effective way to provide at-a-glance status indication.

    268. Level measurement solutions assess fill levels and provide accurate, real-time data from a wide variety of containers or tanks.

    269. Extremely tight tolerance requirements demand a reliable solution that measures parts in micrometers to detect small variations in part size, thickness, orientation, placement, and more.

    270. Maintaining the correct level of tension on web materials ensures quality and reduces unplanned downtime. Measuring roll diameter is fundamental to maintaining appropriate web tension.

    271. Reliable web and edge guiding ensures a continuous flow of product through machine processes, minimizes downtime and prevents material damage and loss.

    272. Banner’s U-GAGE QT50U ultrasonic analog long distance sensor has a narrow sensing beam that works in confined areas, such as the tank, without interference from the tank walls and senses with an extended range up to 8 m. The ultrasonic sensor can be mounted to the center so that the beam spreads over the tank to detect the fluid level without interference, while signaling when to pump out excess liquid and pump in additional liquid.

    273. 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.

    274. The Q4X analog sensor is set up in trigger mode and uses the averaging feature to provide a more consistent fill level measurement. Banner’s Q3X sensor, whose output wire is tied to the Q4X’s remote input wire, is used to detect the leading edge of the pill bottle and has a one-shot output timer setup based on the conveyor speed to determine when and how long the Q4X will measure.

    275. Precise and consistent sensing while material moves down a conveyor measuring thickness at micron levels.

    276. Banner’s U-Gage QT50U ultrasonic sensor excels at the most challenging level applications, bouncing sound off any solid surface—even those that may vary in consistency or contrast. The sensor is available with a Teflon-coated transducer cover, making it resistant to harsh chemicals and suitable for the food and beverage industry. Ultrasonic sensors are able to provide accurate monitoring of pump-controlled tanks by sending a continuous signal to measure the current tank depth.

    277. Banner’s SureCross 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.

    278. Using a wireless level monitoring system, day tank fill levels are now monitored continuously so that materials are maintained at a specific quantity. Because these tanks are slowly filled or depleted, ultrasonic sensors can be used to measure the tank levels without false readings or tank wall interference. With a SureCross Wireless Network, FlexPower™ Nodes are deployed at each tank without the need to run cables for power or I/O data transmission. Banner’s unique power management capability enables a Node equipped with a T30UF ultrasonic analog level sensor to operate for years on a single DX81 battery power supply. Remotely located tank sensor readings can be forwarded to a host system for data tracking, sending e-mail alerts, or to trigger specific events, such as refilling the tank. Tank resources are only filled when necessary to maintain customer-defined levels. Time is no longer wasted performing routine refills on tanks that did not need to be refilled.

    279. Q4X類比雷射光測量感測器上的兩點教導選項用於教導感測器測量機器桶槽是空或滿。可以手動調節微調感測器輸出。類比輸出提供了堆疊高度距離的即時測量。這樣可以在無需手動移動感測器距離的情況下,讓紙箱機械設有幾個「呼叫零件」的區域。

    280. Alternative data collection solutions are possible with Banner’s DX99 900 MHz radios in CID1 housings and the B/W Prostick magnetostrictive level devices. Using the appropriate antenna barrier, the result is a Class 1 Division 1 wireless monitoring solution that provides real-time data anywhere within the facility. With the battery powered DX99 units and the loop powered Prostick, installation into the 8' flanged tanks takes only a few minutes.

    281. The two point teach option on the analog setting can be used teach the front of the flat cases as the 20 mA point and can easily be adjusted for a manual set of the 4 mA to the end of the cases. This helps gauge how many flat cases are left, so more cases can be added when the case count is getting low. The digital output can also be used for presence detection. This helps ensure there is a case available to be picked up, and also ensures only one box is picked up at a time.

    282. A brew pub uses EZ-LIGHT indicator lights as a remote display of the status of the levels in the brew tanks. The indicators are connected to ultrasonic sensors within the tanks that cannot be monitored easily.

    283. Automatically monitoring the tank levels and controlling the pumps out in the gas field eliminates human error and can more quickly prevent costly spills. When the battery of salt water tanks is filled, a signal is sent wirelessly from the tank battery to the field pump to shut down the well. When the tank battery and pump are separated by miles of terrain, Banner’s MultiHop radios are an ideal solution.

    284. With a SureCross Wireless Network, FlexPower Nodes are deployed at each tank without the need to run cables for power or I/O data transmission. Banner’s unique power management capability enables a Node equipped with a pressure sensor to operate for years on a single DX81 battery power supply.

    285. Banner’s SureCross DX99 wireless FlexPower Nodes offer Class I, II, and III, Division 1 and Zone 0 certifications for installations requiring Intrinsically Safe operation. With a SureCross Wireless Network, FlexPower Nodes are deployed at each tank without the need to run cables for power or I/O data transmission. Banner’s unique power management capability enables a Node equipped with a pressure sensor to operate for years on a single DX81 battery power supply.

    286. 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.

    287. An L-GAGE LT3 laser distance-gauging sensor, mounted above the hopper, measures the distance to the material's irregular surface, enabling a PLC to calculate the bin’s fill level.

    288. Banner's tower lighting solutions, such as an EZ-LIGHT TL50 Tower Light, can be mounted on top of the pump panel to easily communicate the status of the pump. The highly visible light tower allows employees to quickly check the panel, without needing to open the panel door. Multiple lights can be on simultaneously, so several messages can be conveyed at once, and the audible alert provides indication that the pump is overheating and immediate attention is required.

    289. Sensors connected to a wireless network monitor the fluid level in storage tanks. Because only 120V ac power is available at the tanks, the SureCross wireless network converts the available line power. The weather-resistant SureCross devices are protected against the elements, preventing time-consuming maintenance.

    290. The WORLD-BEAM QS18U ultrasonic sensor monitors the level of soap in a tank in a car wash. The sensor is mounted atop the reservoir, aiming through the transparent top. The sound waves bounce off the surface of the liquid.

    291. In this application, an EZ-ARRAY measuring light screen is being used to measure the length of the log. The EZ-ARRAY determines the total number of beams that are blocked by the log and communicates the length of the log to an operator station by sending the information to the system controller in the form of a MODBUS RTU-485 output. The operator station controller then provides a number of options to the operator, who selects which cuts are made.

    292. SureCross Nodes with FlexPower and Banner U-GAGE QT50U analog sensors quickly and easily facilitate these monitoring requirements without new construction and wiring. The FlexPower Node transmits the sensor data back to the Gateway device. When using a Gateway Pro, data is logged and alerts can be sent when fluid levels reach critical levels.

    293. In most waste water installations, the locations are not wired for power or data transfers. With a SureCross Wireless Network, FlexPower Nodes are deployed at each holding unit without the need to run cables for power or I/O data transmission. Banner’s unique power management capability enables a Node equipped with an ultrasonic analog level sensor to operate for years on a single DX81 battery power supply.

    294. In a warehouse, the time-of-flight L-GAGE LT7 laser sensor gauges the position of a retrieval shuttle as far as 250 m away from the sensor.

    295. Occasionally, work stations and conveyors do not have the space available to mount sensors close to the material they intend to detect. In these scenarios, a solution is needed that can detect small items from a long distance.

    296. With a SureCross Wireless Network, FlexPower Nodes are deployed at each tank without the need to run cables for power or I/O data transmission. Banner’s unique power management capability enables a Node equipped with an ultrasonic analog level sensor to operate for years on a single DX81 battery power supply. A DX80 FlexPower Node offers a combination of discrete and analog I/O in a single package, eliminating the need for time-consuming manual data collection.

    297. In most waste water or tank farm installations, the locations are not wired for power or data transfers. SureCross wireless Nodes and pressure or ultrasonic sensors can precisely monitor critical holding tank levels, sending data to a SureCross Gateway in a remote control center. Monitoring multiple data points including fill level, pH, conductivity, temperature, or flow is simplified using a single FlexPower Node with four analog inputs.

    298. To create a ceramic form, a vacuum is applied to a ceramic fiber suspended in an aqueous solution. Float mechanisms are ineffective for level control because the fiber adheres to the float, rendering it inoperable. Instead, a T30 UHPA ultrasonic sensor with pump in/pump out logic is used, with the power supply and 24 volt DC relay housed in a NEMA 12 enclosure behind the production line. The sensor is impervious to the washdown at the end of each shift.

    299. The existing lake level measurement system at Moncks Corner, South Carolina was aging and needed to be upgraded to newer technology. The new components, however, needed to use wireless technology for transmitting data to avoid having to run wire from the top of the dam to the dam office, located about a quarter of a mile away.

    300. A submersible pressure sensor and float switches connected to a FlexPower™ Node provide constant monitoring of water tower levels and wirelessly transmits data to a Gateway mounted near the pumps.

    301. Large facilities may have several runoff ponds in widely distributed locations. Using a wireless monitoring system eliminates the need for someone to drive out to each pond to monitor water levels.

    302. A single FlexPower™ Node equipped with a counter input and submersible pressure sensor/transmitter can be used to reliably monitor both the leachate level and the pump. The submersible pressure transmitter monitors the leachate level while the counter counts pump strokes used to remove that leachate.

    303. A Performance Mapping (PM2) Gateway and two PM2 Nodes (900 MHz, 1 W models), using the 1R mapping option, transmit the signal from the reservoir to the pump station. One of the Nodes was installed at the reservoir with the float switch as its input. A solar panel was used to power the float switch and the Node. The Gateway, also powered by a solar panel, was installed part way down the hill to act as a repeater and ensure the signal was strong between the reservoir and the pump station. The second Node was wired into the pump station’s PLC. When the signal from the float switch indicated the reservoir’s levels were low, the pump turned on.

    304. After careful consideration of several systems, the operators of the landfill determined that the Banner Wireless system was the only solution that could meet all imposed standards and seamlessly co-exist with other devices already in place at their site. With the help of integrator Wilson Mohr, they were able to create a system that could take data from below ground and make it accessible at the desk of the end user. One battery powered Node at the top of each well powers the radio and the ultrasonic analog level sensor. Each Node is equipped with a specialized low-power 4-20 mA analog level sensor and one 10-30V dc powered Gateway controls the system. The Data Radio and Modbus master controller module enhance portability of data and an omni-directional antenna extends the range of Gateway-Node communication up and over the hill and across the landfill site. Cutting-edge power management capabilities and an internal battery eliminate long haul cabling and create a greatly-reduced cost of installation. The wireless devices also have built-in diagnostic properties that send out alarms prior to complete shutdown, minimizing down time. They are also completely scalable and can adapt as the operators fill in and create new wells.

    305. 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.

    306. Banner’s LTF Series Laser Measurement Sensor features high excess gain, superior signal control and automatic adaptive laser power control. These features enable reliable detection of the chewing gum from up to 12 meters away, regardless of color or reflective surfaces inside the hopper.

    307. LTF Series Laser Measurement Sensors offer tremendous accuracy over distances and are unaffected by target color or reflectivity, making them an ideal solution for monitoring loops of tread rubber. They feature high excess gain, superior signal control and automatic adaptive laser power control. Combined, these features enable reliable detection of challenging dark and reflective targets from a distance and at an angle.

    308. LTF Series Laser Measurement Sensors support a sensing range of up to 24 meters and can detect objects at or from an angle, allowing the sensor to be installed away from the inspection area where it will not come into contact with equipment or be exposed to hazards.

    309. 跟踪送料機上的託盤高度,確保及時補充產品而不影響生產。

    310. 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.

    311. The L-GAGE LT7 is aimed at a roll of print paper, constantly monitoring its diameter, to gauge the rate at which the printer is taking up the paper.

    312. Banner’s LE550 is factory configured with a range of 100 to 1000 mm and can start measuring immediately. If the range needs to be adjusted, the laser sensor has an intuitive user interface with a two-line, eight-character display, making it easy to automatically or manually adjust settings. The LE550 provides repeatability and accuracy across challenging targets, from metal to black rubber, allows for reliable measurement of the shrink wrap.

    313. After a convincing demonstration, the company chose Banner’s L-GAGE® LE550 laser gauging sensors to replace the ultrasonic sensors on their winders. Like the optical sensors, the LE550 is unaffected by drafts in the facility. Unlike the optical sensors, the LE550 is color insensitive. Linear array technology enables the LE550 to measure each roll, regardless of paper color, even colors that had most challenged the optical sensors.

    314. Banner’s LE550 is factory configured with a range of 100 to 1000 mm and can start measuring immediately. If the range needs to be adjusted, the laser sensor has an intuitive user interface with a two-line, eight-character display, making it easy to automatically or manually adjust settings. The LE550 provides repeatability and accuracy across challenging targets, from metal to black rubber, allowing for reliable measurement of the dark blue material.

    315. Banner’s LE550 provides repeatability and accuracy across challenging targets, including shiny, reflective surfaces like metal. The laser sensor has an intuitive user interface, making it easy to adjust settings and set up a roll diameter application, without needing to unwind the metal roll. The analog output can be used to control wind or unwind speeds.

    316. The S18U Series Ultrasonice Sensor monitors loop control on a food packaging line to detect any breaks or tears in the clear plastic film. The S18U detects targets regardless of color or transparency.

    317. Ultrasonic Sensor: Banner’s T30UX ultrasonic sensor delivers accurate distance sensing to provide a non-contact method to measure the roll of film’s diameter. By determining the roll’s radius, the vertical form fill seal machine can calculate the amount of film that remains and can signal the operator when it is low. The material should be advancing a predetermined distance equal to the desired length of each bag or package.

    318. The D10 Expert detects the web if it droops into the sensor's beam because the tension is too loose; the D10 then sends a signal to the controller to adjust the speed accordingly.

    319. The detection of clear plastic is always a challenge. The optical beam of traditional photoelectric sensors will burn through clear material, making sensing results unreliable.

    320. Banner’s T30UX ultrasonic sensor is the perfect sensor for detecting clear material for loop control because it uses sound rather than light, which makes it more accurate and cost-effective for this specific application. Although the material is clear, it presents a solid surface for an ultrasonic sensor to bounce a sound wave. The T30UX has a more accurate transducer, a smaller dead zone and minimum distance compared to other sensors that can be used for clear material detection.

    321. In the beverage industry, labels need to be applied to the bottles quickly and without error to keep production levels high. Accurately monitoring the thickness on a spool of labels and controlling the unwinding speed is very important for the process to run smoothly. A solution is needed that can accurately supervise and report the material levels on a spool in order to prevent it from running out during the manufacturing process and delaying production.

    322. Fiber optics are an ideal solution for pick and place machines because of their small size. DF-G1 amplifiers can be separated from fibers so the operator has easy access to the digital dual-display screen for data monitoring. Additionally, the cross talk avoidance algorithm allows two or more amplifiers to operate in close proximity to each other.

    323. Banner Engineering has created a special class of EZ-ARRAYs specifically designed to detect clear objects in clean industrial environments. By customizing standard EZ-ARRAY receivers to successfully detect low contrast and operate at a lower sensing range (30 to 1500 mm), Banner has enabled EZ-ARRAY Clear Object Measuring Light Curtains to detect translucent objects such as glass and clear webbing.

    324. Banner’s LX Series is an economical solution for detecting the leading edge of flat objects, such as the frozen dinner containers. With a web of modulated light, the LX Series part-sensing light screen can detect any item—in any position—passing through the light screen.

    325. It's much easier and more cost-effective to measure and monitor these transitions while the web is running than risk expensive waste in post-manufacturing inspections. As the carpet web passes through a pair of EZ-ARRAY measuring light curtains, the two sticks configured for Nap Detection mode monitor the process in action. The EZ-ARRAY detects the selvage edge and tufting edge and sends data to the web control system, which can then make necessary adjustments to keep the carpet in line.

    326. Before the operator activates a tire-building machine to form a tire, a PresencePLUS P4 OMNI 1.3 vision sensor inspects the plies to make sure that pieces with opposite biases alternate in the stack. If two pieces with the same bias are stacked together, the formed tire proceeds through the manufacturing process, then fails balance testing and must be scrapped.

    327. The analog U-GAGE S18U ultrasonic sensor positioned below a web of clear plastic monitors the tension of the loop, signaling the rate of uptake to increase or decrease as needed.

    328. The DF-G3 fiber optic amplifier, used with plastic fibers, is a precise solution for edge guiding during lithium-ion battery assembly. Proper edge guiding reduces the amount of wasted product.

    329. Challenge: Lithium-ion battery assembly combines rolls of anode, cathode, and separator film into a larger roll of electrode film. Precision edge guiding ensures that these three films are perfectly aligned when moving through steps in the process, such as coating, calendaring, and cutting.

    330. Challenge: During the lithium battery manufacturing process, quality control is critical to reduce downtime and scrap: It’s also necessary to maintain high quality standards so the finished product functions as intended for its useful life.

    331. Challenge: In EV battery manufacturing, electrode material comes in the form of a thin plastic film, which is supplied in large rolls. This material presents challenging dark and reflective targets for traditional sensors,

    332. The Banner Engineering T30R radar sensor can be used to accurately measure the level of material in a hopper, for efficient and continuous production or packaging. The sensor uses radar, so it functions well even in the presence of dust or other airborne particles.

    333. A Banner Engineering T30R radar sensor can be used to accurately measure the amount of liquid inside a plastic tank.

    334. A drive thru vehicle detection solution can alert employees to a customer’s presence at a window, count the number of cars passing through, monitor time spent in the drive thru, and more.

    335. Vehicle detection solutions for parking applications can reliably verify when a garage is full, activate a pay station, direct drivers to available parking spots, and more.

    336. Vehicle sensing technologies verify that vehicles are correctly positioned in the car wash bay, monitor the flow of traffic, and trigger next steps like opening and closing doors.

    337. Vehicle detection at a loading dock can be used to identify available bays, facilitate fast load and unload times, verify vehicles are in the correct position before opening doors, and more.

    338. 使用K50U超音波感測器和與DXM100無線控制器,搭配Q45U無線節點,我們可以開發出一種用於多個桶槽液位測量的無線監控系統,可以輕易的完成設置及確認結果,並可透過雲端系統進行本地監控。

    339. Detecting trucks and signalling arrival, wireless communication.

    340. 感測器解決方案在惡劣天候下需要非常長距離的感測範圍,以監測港口的船舶。

    341. Wireless solution, remain in low-power standby mode until vehicle is detected.

    342. Outdoor vehicle detection in an environment not easily wired.

    343. 以無線感測器解決方案偵測汽車,並在門控社區自動打開大門。

    344. 偵測有軌車輪並無線觸發車軸推動臂。

    345. Detect vehicles as they travel through a car wash. Sensor solution with IP69K-rated housing and infrared light to burn through mist and steam.

    346. 偵測起重機的感測解決方案,並警告操作者即將發生的危險,防止起重機碰撞。

    347. 自動化解決方案,運用磁場改變偵測貨車的到達,協助警示工人。

    348. 感測器解決方案,為洗車區內提供明亮指示,傳達洗車週期各階段的狀況。

    349. 在明亮的照明下,感測器解決方案在裝卸區門口發出信號,指示卡車的存在。

    350. 解決方案為無線偵測汽車在洗車站的進出,以重設定時器。

    351. 火車維修機廠應用無線監測解決方案,以控制列車行進方向。

    352. 無線感測器解決方案用於偵測戶外環境中車輛的到來。

    353. 由於輪胎式門型起重機拖運相當龐大的裝載量,很重要的是要確保這些機械在整個港口區域內安全移動,避免碰撞。需要一種有效的港口起重機防撞感測解決方案。

    354. A transshipment company needed to streamline and improve their container transport process. Containers had to be quickly transferred from one means of transport to the next. Reach stackers would often collide with the containers, damaging themselves and the containers, resulting in unnecessary downtime and added costs.

    355. 可靠偵測車輛的能力,為資產管理、資源分配、場地安全和交通管制提供顯著的優勢。

    356. The T30R radar sensor from Banner Engineering can easily identify objects with reflective, curved surfaces, such as new automobile wheels in an assembly line.

    357. T30R sensors from Banner Engineering excel in vehicle-detection applications, even in harsh environments like car washes. As a radar sensor, the T30R detects the position of cars, trucks, and other large objects despite the presence of excess water, mist, and steam.

    358. Banner Engineering’s K50R radar sensor offers an ideal solution for electric vehicle detection at recharge stations. When cars park at a charging station, the radar sensor immediately detects the vehicle’s presence. If separate monitoring indicates that the car is not plugged into the charge station, a signal is sent to a central location, alerting authorities to ticket or remove the vehicle if necessary.

    359. Banner Engineering's K50R short-range radar sensor can be used to detect vehicles at bank teller drive-thru windows. It is designed to operate in any outdoor weather conditions.

    360. Banner Engineering's weather-resistant K50R short-range radar sensors can be placed above parking spaces in a large, multi-level parking structure to monitor parking availability and help drivers to find open parking spaces more easily.

    361. Automated quality control ensures consistent, reliable inspection of parts and components and helps manufacturers identify potential issues early on in the manufacturing process.

    362. Identifying the cause of errors and mistakes and correcting those conditions is fundamental to error proofing (poka yoke) and promotes a Lean manufacturing environment.

    363. 顏色多變的深色包裝很難用傳統的紅色LED感測器進行檢測。Banner Engineering的微型VS8光電感測器,帶有藍色LED,特別適用於低反射率標籤,可以檢測加壓罐中的冷藏食品。小型感測器適合狹小空間,適用於短距離應用。藍色LED與小光斑配合使用,以最大限度地減少標籤上顏色轉換的影響。

    364. Banner Engineering的微型VS8感測器安裝在膠槍頂部,在抹膠時可以準確地檢測到粘合劑的存在。已教導VS8膠槍和印刷電路板之間的距離,並且可以在塗抹粘合劑後檢測極小的高度距離,並確定是否存在任何間隙或氣泡。微型感測器通常安裝在電子組件的狹窄空間中。

    365. In large distribution facilities, sortation trays deliver products to the proper bin for correct shipment. Before sorting can begin, each tray needs to be empty so that items can be placed on the conveyor and sent to the next location. The 5mp VE Smart Camera recognizes very fine levels of detail and can detect items of almost any size, confirming the presence or absence of items on the trays.

    366. Banner Engineering的Q12微型獨立式感測器可以在小瓶通過自動化臨床實驗室時檢測到裝有小瓶的圓盤。如感測器效能不佳,則可能會疏忽地導致錯誤並降低實驗室的輸送量。Q12輕薄小巧,非常適合臨床實驗室使用,並且可以在不影響結果的情况下進入密閉空間。固定磁場感測器也可以偵測各色圓盤。

    367. • 確認IC晶片的有無和正反面是否正確• 感測器可一次執行多個檢測功能• 節省您的成本且多功能

    368. A system of Banner’s TL70 wireless modular tower lights and K50 touch buttons provides an efficient, easy way to communicate a call for more parts with a forklift driver. When a workstation is almost out of cartons, the operator touches the ergonomic K50 touch button which changes the status on the connected TL70 wireless tower light to red.

    369. Banner的Q4X雷射感測器,由316L級不銹鋼製成,非常適合製藥環境和其他無菌填充區域。Q4X的感測範圍為25至300mm,提供精巧的光點尺寸,可以有效地檢測瓶蓋離開進震動盤時的方向。如果任何瓶蓋上下顛倒,Q4X將檢測高度差異並剔除錯誤的瓶蓋。

    370. Banner的L-GAGE LH雷射位移感測器非常適用於對零組件的精確定位有很高要求的應用。L-GAGE LH系列可以持續以微米級別檢測深色目標物。Banner的雷射位移感測器非常準確,適合精確的定位應用,包括引擎汽缸定位。感測器可以在幾乎任何經常用於製造引擎氣缸的表面上進行測量,例如鑄鐵或鋁合金。

    371. Banner’s DF-G2 small object detection fiber amplifier is ideal for small object detection and counting applications. The DF-G2 amplifier has a fast response speed and can detect extremely small sizes, such as 3 mm tablets or pills. When the tablets fall into bottles, it fires an output to the DF-G2 fiber amplifier, which keeps count of tablets.

    372. 為了解決這個應用,Banner Engineering將D10D Expert系列光纖放大器的技術與針對小物件計數的陣列式光纖進行優化,成就了D10專家型系列小物件計數光纖放大器。透過預先設定好的小物件計數器搭配陣列光纖的組合, 使得光纖的校準和物件定位控制不像使用對照式光纖時那麼重要。這確保了可靠度以及小物件計數的一致性。

    373. 在汽車組裝廠會用臨時別針暫時固定一些零件。為了確保臨時別針都有被正確移除,裝有EZ-LIGHT PVA拾取燈感測器的檢測站都有一個回收別針的容器。

    374. Banner's DF-G1 Series amplifier provides a simple setup and calibration for small part counting applications. Once the amplifier is setup, the easy-to-read digital dual display allows for simple operation because it shows the signal level and threshold simultaneously.

    375. 在料箱上安裝訊號裝置是保持料箱內零組件充足和組裝線生產效率的一個簡單解決方案。EZ-LIGHT K80指示燈是一個巨大的指示訊號裝置,操作人員在料件耗盡之前將開啟此裝置。K80閃爍紅色,指示堆放人員應補充箱子內的料件。在靈活的製造環境中,操作員站和工作單元必須能允許對組裝線和生產線進行快速修改。

    376. 為了解決這個應用,Banner Engineering將D10D Expert系列光纖放大器的技術與針對小物件計數的陣列式光纖進行優化,成就了D10專家型系列小物件計數光纖放大器。透過預先設定好的小物件計數器搭配陣列光纖的組合, 使得光纖的校準和物件定位控制不像使用對照式光纖時那麼重要。這確保了可靠度以及小物件計數的一致性。

    377. 解決方案是使用iVu系列視覺感測器的比對工具。將一個「良品」標籤當做基準值教導至感測器的設定中。在生產線上運作時,當感測器偵測組件何時沒有正確的標籤,會輸出訊號發送到生產線表示該零組件錯誤,將組件剔除。

    378. Banner Engineering's LX series part-sensing light screen generates a multi-beam infrared pattern that can detect any item passing through the beams, enabling exceptional sensitivity to small objects. As small parts drop from the feeder bowl into the plastic bag, the LX sensor detects each part and triggers the line to advance when the bag contains the specified number of parts.

    379. D10專家感測器(光纖感測頭位於機器人塗覆塗膠的位置的附近)驗證塗膠是否塗覆到IC晶片上。VS2對照式感測器檢測何時晶圓tray盤會超過預設高度。

    380. Banner的Q4X多功能雷射感測器很適合進行存在/不存在偵測,即使是高度變化微小的挑戰應用中,例如,確認閃亮金屬零件上存在的小型黑色目標物。墊圈應存在於鑄鋁引擎汽缸體中,如果Q4X偵測到輕微的高度差,即使小至 1 毫米,也會發出信號,警告操作者橡膠墊圈不存在,或是有放入了多個墊圈。Q4X可以在前景消除模式下,透過設定檢測區間來偵測重複橡膠墊圈。

    381. WORLD-BEAM QS18LD直反式雷射感測器可用於精確檢查輸送帶上通過的包裝。感測器發出可見的1級雷射感測光束,聚焦在用於密封包裝的膠帶上。當箱子的頂部有封起並正確地密封時,膠帶將使感測光束反射回到接收端。

    382. 在安裝EZ-LIGHT K50L指示燈之前,操作人員在機器上放置零組件,會先離開工作區域,檢查堆疊燈以查看是否正確裝載了該零組件。如果沒有,操作人員必須在啟動機器對零部件的加工之前重新設置和檢查過程。由於K50L安裝在工作站內,使用簡單的Y接頭,操作人員可以立即知道零組件是否正確放置。

    383. 為了解決這個應用,Banner Engineering將D10D Expert系列光纖放大器的技術與針對小物件計數的陣列式光纖進行優化,成就了D10專家型系列小物件計數光纖放大器。在此應用中,操作人員會從漏斗將錯誤的瓶蓋剔除。之後,小物件計數器檢測到瓶蓋,驗證瓶蓋已被移除,以便裝配過程可以繼續。

    384. Banner的R55F光纖感測器能夠檢測蓋子的存在,無論其顏色或尺寸如何 - 在採用各種瓶蓋和頻繁更換產線的產業中具有明顯優勢。在這種類型的應用中,光纖感測器用於辨別蓋子之間的長時間暫停,之後將向機器的操作人員發出產線堵塞的信號。光纖尺寸很精巧,並且可以很容易安裝在密閉和通常難以接近的空間中。

    385. Banner的Q4X類比感測器可以為操作人員提供即時量測訊息,以便在移動到下一個操作之前驗證零組件是否被正確放置。在此應用中,焊接螺母周圍的兩個凸緣均應正確到位,以便在最終組裝中與其他料件正確地配合,這一點在製程中是非常重要的。Q4X 的類比測量可以確定兩個凸緣是否正確到位。

    386. 在強力的沖洗環境下,提醒操作人員在食品加工生產線上的秤重站上故障狀態。

    387. 顧客正在尋找一種單一輸出解決方案,可快速感測包裝物,易於安裝和維護,並且價格實惠可以負擔同時大量購買。

    388. 驗證塑膠託盤是否達標是食品加工產業的重中之重。如生產線出現錯誤,會造成不必要的混亂和浪費,繼而導致成本高昂的停機時間。

    389. QS18LD雷射直反式感測器掃描包裝頂部,以確定是否有封口打開。雷射直反式感測器提供精確的偵測,以驗證冷凍包裝是否被正確密封。

    390. Banner堅固的PresencePLUS P4密封式OMNI視覺感測器適用於日期/批號的驗證,因為它使用光學字元驗證/OCV檢查,以確保正確的日期和批號被清晰列印。這款感測器的外殼的防護等級為IP68,是食品和飲料應用的理想之選,因為它可以承受嚴酷的沖洗環境。P4 OMNI感測器透過驗證紙盒的邊緣,輕鬆找到需要進行日期/批號檢測的紙盒的相應區域。Wi

    391. The unique indication of the programmable K50 Pro touch buttons and Pro Editor software allows for versatile indication of numerous machine statuses and in-field customization. Multicolor and animation allow for quick identification of errors in work cells.

    392. VE系列智能型視覺感測器使用塗膠檢測工具, 可以檢測門板上的黏膠以確保塗膠的有無以及多寡VE視覺感測器有寬廣的視野以及2百萬畫素的鏡頭, 可以檢測出每片門板上塗膠的微小變化

    393. Since door panels are often dark colors such as black or gray, and the foam used to eliminate rattles and provide stiffness is generally black, it can be difficult for standard sensors to differentiate between foam presence and absence due to poor contrast.

    394. 與Q4X和LED背燈配對的iVu Plus Gen 2視覺系統提供了可帶來可靠結果的解決方案。

    395. 要驗證包裝中的每個氣泡,請使用為區域檢測而設定的iVu系列感測器。感測器 檢查每個氣泡包裝,以確保每個泡罩包含沒有破損的藥錠。

    396. 為了驗證金屬小零部件上存在預期的孔數,可以為多個偵測區域(ROI)設定具有多點檢測功能的iVu Plus TG影像感測器,以確保孔存在並且打孔位置正確。在設定區域檢測時,iVu將掃描沖壓零部件上的多個點,以驗證是否存在某個特征或關注的特徵。

    397. 將VE系列智慧型視覺感測器安裝於自動包裝機的出料口,一次可以檢測多排的藥錠。安裝位置在距離輸送帶上方約36公分處,而LED燈的背光燈則安裝在輸送帶下方10公分處。

    398. Banner Q3X雷射直反式感測器是需要具有小對比度差異的定向檢測的應用的理想選擇。

    399. Q3X是Banner推出的一款堅固耐用的多功能雷射對比感測器,適用於需要快速偵測的應用。隨著零部件從輸送帶落下,Q3X將能夠根據教導的對比差異來偵測O形環是否存在。如果O型環不存在,則Q3X將看到一個亮訊號電平,並向PLC發送一個輸出訊號。這可以提醒操作人員修復錯誤或從生產線上移開零部件。

    400. The WORLD-BEAM QS30's narrow laser beam can prevent these mistakes from happening it is necessary to verify, from a distance, that bolt threads have been cut into holes in a manifold.

    401. 要驗證尚未固定的小金屬零部件上存在預期孔數,使用為帶有運動應用的區域而設定的iVu系列感測器。在沖孔時,感測器評估所有孔,以確保它們存在並且尺寸正確。如果有的孔不存在,則感測器會將故障輸出發送管線,零部件將在管線上被剔除。

    402. A VE Series Smart Camera inspects the product logo on each box before the tube of toothpaste is inserted. As a box enters the inspection area, it is detected by a sensor on the line and an output is sent to the trigger input on the camera, which captures an image of the region of interest (ROI). A red LED ring light powered by the camera enhances the contrast between the product logo and the surrounding packaging.

    403. 為了驗證每個包裝上是否列印有日期/批號,設定iVu系列感測器,以進行配對檢測。捕獲日期/批次代碼的影像。在運行檢測時,如果感測器檢測到沒有日期/批號的包裝,則將故障輸出訊號發送到生產線,並且產品被剔除。

    404. 為了驗證每個盒子是否正確,設定iVu系列感測器,以進行支持360度旋轉的比對檢測。捕獲正確的盒子的影像,在運行檢測時,如果感測器檢測到不正確的盒子,感測器將發送失敗輸出訊號到生產線,且產品被剔除。

    405. 此應用使用為區域檢測而設定的iVu系列感測器。在沖孔時,感測器評估所有孔,以確保它們存在並且尺寸正確。如果有的孔不存在,則感測器會將故障輸出發送管線,零部件將在管線上被剔除。

    406. 為了確認每個單元都包含產品資訊插頁,將iVu系列感測器安裝在包裝線上方。為比對檢測而設定感測器,並檢查確保產品資訊說明書已插入到每個藥物包裝中。說明書可以以任何方向放置,但必須正面朝上。感測器可以檢測360度旋轉,以找到說明書插頁。

    407. 為了確保每個小瓶在離開灌裝站時都能正確插入一個瓶塞,設定一個適用於帶有運動應用的區域的iVu系列感測器,以驗證小瓶頸部已經插入瓶塞,並且瓶塞正確放置,以在玻璃小瓶上提供正確的密封。如果瓶塞丟失或位置不正確,則感測器會將故障輸出發送到生產線。

    408. 密封的PresencePLUS Pro COLOR視覺感測器被封裝在外殼中,以防止其在潮濕的環境中受到損壞。檢查標籤是否存在和標籤位置。

    409. 此解決方案包括使用為配對檢測而設定的iVu系列感測器,以確保對於包括軸承總成的每個組件,所有軸承均存在。如果感測器檢測到缺少一個或多個軸承,則會將故障輸出訊號發送給生產線,並且組件被剔除。

    410. 為了驗證每個產品,設定iVu系列感測器,以進行配對檢測。拍攝合格產品包裝的影像。在運行檢測時,如果感測器檢測到具有不同標籤或者缺失標籤的包裝,則將故障輸出訊號發送到生產線,並且產品被剔除。

    411. 透過將Banner的DF-G2與四個對照模式的PLIS-1光纖配對,操作人員可以確保晶圓正確地放置在機械臂端部的執行器上,以便在將其送入腔室時不會造成損壞。

    412. Banner的LE550雷射感測器是零部件就位驗證過程的理想選擇。它很可靠,並且對於長距離的小型零部件就位驗證非常準確。LE550採用數位輸出來測量3 mm厚度,確保固定夾存在並且引擎氣缸位於正確的位置。

    413. iVu視覺感測器檢測離開振動進料器的螺母,以確保螺母的一側正確朝上。iVu具有直觀的操作環境,使用者可以輕鬆、快速地應用並檢測設備。

    414. Banner Engineering的iVu視覺感測器在繁忙的裝瓶線上檢查存在的排氣管和伸縮墊圈。它使用50毫米的C型支架鏡頭來擴展感測器的工作範圍,以避免與噴霧和液體接觸。

    415. 為驗證每個積體電路,本應用使用包含定位應用的區域而設定的iVu系列感測器。如果感測器偵測到零部件焊球遺失或損壞,或偵測到任何異物,則感測器將向生產線發送故障輸出訊號,該零件會立即剔除。

    416. iVu BCR感測器安裝在包含醫療資訊插頁的盒裝藥瓶的輸送帶上方8-12英寸處。iVu BCR工業條形碼掃描器讀取插頁上的資料矩陣代碼,以驗證其匹配包裝線上的產品。當包含不正確的插頁或沒有插頁的盒子移動通過iVu BCR檢測區域時,iVu檢測到此故障條件,並向生產線發送輸出警示。

    417. iVu系列視覺感測器是監控材料以確保滿足特定品質標準的理想選擇。憑藉該感測器,使用者可以全面控制產品,並接收產品設定和監控的即時回饋。本系列提供多種感測器可選,其中包括最適應此應用的瑕疵感測器。

    418. 解決方案使用PresencePLUS P4 OMNI(一種標準16 mm鏡頭)和一個同軸直反式LED燈。用於構建檢測的幾何計數工具搜尋整個影像,以獲取良好安瓶的圖案。該圖案由安瓶開口的內徑和外徑(ID和OD)的邊緣輪廓組成。使用面罩去除安瓶內底部的反射。

    419. Banner iVu TG視覺感測器具有多點檢測功能,是偵測和評估防偽封膜的位置的理想選擇。在此應用中,防偽封膜應位於瓶子的瓶蓋和頸部周圍。認為位置太高、太低或完全缺失的密封是不可接受的。透過多點檢測,iVu TG視覺感測器可以同時偵測防偽帶缺失和位置不佳。

    420. 在這個例子中,精密加工的螺栓從送料機中剛剛出來,並沿著進料器軌道移動,輸送到下一個自動化步驟。當螺栓沿著軌道移動時,WORLD-BEAM QS18偵測螺栓,並向檢測感測器(iVu影像感測器)發送觸發訊號。設定iVu,以檢測法蘭中的缺陷、螺栓頭的不規則形狀或可能存在的其他缺陷。

    421. R55F高解析度感測器檢查焊機的尖嘴是否在規格範圍內,以確保所製造的零部件也在規格範圍內。在此苛刻的環境中,顏色對比感測器使用玻璃光纖,以提高耐用性和耐熱性。

    422. WORLD-BEAM QS18可調現場背景消除感測器是零部件就位應用的理想選擇,它需要三英寸的掃描距離。憑藉高增益特性、敏銳的可調截止值和寬大的可見紅燈光束的組合,該感測器確保了在這種惡劣環境下具有較長壽命。

    423. 驗證瓶塞的位置至關重要,因為密封不正確或定位錯誤的瓶塞封裝會損害產品的完整性。視覺檢測提供靈活、強大和有效的方法來檢測小瓶灌裝過程中的密封品質和瓶塞位置。對於完全插入的瓶塞,我們正在尋找瓶塞底部相對於小瓶頂部的最小間隙。

    424. iVu TG影像感測器適用於標籤驗證,因為它具有四種感測器類型,包括一個比對感測器。比對感測器確定標籤上的圖案是否與參考圖案匹配,以及是否正確定向。只需按一下按鈕或遠程透過PLC - 使用者即可輕鬆教導iVu影像感測器識別和比對正確的標籤圖案,無需影像處理專業知識。

    425. 由於硬碟表面光滑,許多感測器難以檢測硬碟是否正確安裝在硬碟驅動器中。Q3X和Q4X感測器為用於檢測具有各種顏色、紋理和材料的發亮表面而設計。

    426. 隨著車輛在汽車組裝線上前進,L-GAGE LT7雷射感測器被引導到汽車天窗內,以驗證汽車座椅已經安裝並處於正確的位置。它提供了具有兩個輸出(PNP)的鏡面反射型式,以提供可達250米的超長工作距離,這使其成為汽車行業的多功能感測器。

    427. P4 OMNI視覺Camera正好位於離開標籤機的瓶子的後面,標籤機確保標籤的呈現將以可重複的方式進行,因此可以與存放的影像進行比較。P4 OMNI密封的防護等級為IP68,採用鍍鎳鍍鋅外殼。

    428. PresencePLUS Pro COLOR視覺感測器驗證插入洗滌劑瓶中的傾倒口是否存在、完全插入,並與瓶子顏色相同。IP68密封外殼保護感測器和環形燈免受液體污染。

    429. 在機器手臂在汽車部件中插入多個焊接螺母後,工人會將零組件放置在配備有兩台PresencePLUS P4 OMNI視覺感測器的檢測站中。不正確插入的焊接螺母可能是有遺失、顛倒或傾斜到一側的情形。PresencePLUS P4 OMNI檢測確保焊接螺母存在、正確定向和傾斜度。視覺Camera補償零組件間的移動,並可以從遠距離檢測整個流程。

    430. PresencePLUS P4 COLOR OMNI視覺感測驗證箱子是否裝滿了配有匹配瓶蓋的瓶子。感測器檢測箱子是否少瓶、是否有瓶子缺蓋,以及是否有瓶蓋顏色有誤。

    431. 在所示的應用中,圍繞蓋子和罐頂部的塑膠包膜件有幾個用途:用作罐上的防篡改密封件、防止蓋子在運輸過程中掉下來,並且將毛刷配件固定在罐上。此外,塑膠可以作為防錯工具,保護客戶在準備好使用內容物之前不會溢出內容物。出於這些原因,必須剔除沒有塑膠包膜的罐子,這一點很重要。

    432. PresencePLUS COLOR Pro視覺感測器檢查保險絲盒中的顏色編碼保險絲,以驗證每根保險絲是否在正確的位置。

    433. 此應用使用為比對檢測而設定的iVu系列感測器。它確保音樂標籤正面朝上,並且在小的旋轉公差範圍內。如果感測器檢測到CD的方向不正確,則會將錯誤訊號發送到生產線,之後CD被剔除。

    434. 嚴格的聯邦法規使得確保藥品包裝的品質變得日益重要。PresencePLUS Pro COLOR視覺感測器檢測泡殼包裝,以確保每個泡罩包含正確的藥錠,並且藥錠沒有損壞。它還檢測空殼和含有異物的泡殼。

    435. 在汽車的進氣歧管的真空-氣流測試之後,自走車會將PresencePLUS Pro移動到歧管開口端上方的位置。PresencePLUS Pro會確認溫度感測器仍然在導管內的位置,沒有損壞。

    436. 要快速驗證啤酒瓶被灌装到正確的水平位置並且瓶蓋已經正確對齊,使用高速PresencePLUS P4視覺感測器來定位瓶子並驗證瓶子的液位高度和瓶蓋位置。這有助於消除對多個感測器的需求,同時準確偵測瓶蓋的存在並監測灌裝液位。紅色背燈提供與瓶子之間的強烈對比、擴大瓶子的特徵,以便於偵測。

    437. 安裝在輸送帶上方的高解析度PresencePLUS P4 OMNI 1.3可檢測每盒12個巧克力糖果,確保每個紙巢包含一個糖果,且糖果完好無損。

    438. 在塑膠瓶經過WORLD-BEAM Q12感測器下方時,定距式光束可以識別有瓶蓋的瓶子,無論它們的顏色如何 - 並且從生產線上剔除缺失瓶蓋的瓶子。Q12的類雷射式LED光束只會在限定在 15 毫米、30 毫米和 50 毫米的工作距,確保不會將瓶子內的物件誤認為瓶蓋。

    439. 堅固耐用與耐環境外殼的World-Beam Q12感測器使用定距離技術檢測瓶蓋,以忽略蓋顏色變化。由於生產線上有許多類型的瓶子和產品,感測器應忽略瓶蓋尺寸,無論是瓶蓋是25 mm還是50 mm,這一點很重要。使用同樣的定距離技術,Q12很容易在檢測瓶蓋是否存在時忽略瓶蓋的顏色和尺寸變化。

    440. 為了檢驗所示的電子元件,使用為比對檢測而設定的iVu系列感測器來捕獲良好零部件的影像。如果感測器檢測到零部件存在彎曲或缺少連接器,或者零部件的朝上面有誤,則感測器將發送故障輸出到管線,並且此零部件被拒絕。

    441. 在瓶子灌裝開封蓋後,在包裝到紙箱中之前,將其放在近距離範圍內的WORLD-BEAM Q12感測器之下傳送。在定距離模式下運行的Q12感測器可以偵測到瓶蓋缺失或未對準,而無論顏色如何,並觸發管線剔除未封蓋的瓶子。由於感測器使用定距離模式,所以在瓶蓋與感测器之間的距離並非预定距離時,感测器會回應。

    442. PresencePLUS OMNI檢測透明塑膠瓶的頸部,以驗證日期/批次代碼已經印在瓶子上。它還確認瓶蓋已經正確應用,並且瓶子的填料高度在可接受的範圍內.

    443. 安裝在生產線上方的高解析度PresencePLUS P4 OMNI 1.3在方向盤部件模製後對其進行檢測。P4 OMNI尋找材料過多或過少的區域。

    444. 在空間有限的應用中,可以輕鬆放置WORLD-BEAM Q20感測器,以便在將標籤套用於產品之前驗證其是否存在。

    445. 該解決方案涉及使用為比對檢測而設定的iVu系列感測器。感測器評估每個塑膠瓶,並且如果瓶子成型不好,感測器會向塑膠瓶被剔除的產線發送一個失敗輸出。

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

    447. 在技術人員根據每個小瓶的顏色標記的蓋子將小瓶放入托盤後,PresencePLUS P4 COLOR OMNI將驗證彩色瓶蓋的圖案是否正確。

    448. PresencePLUS P4 COLOR OMNI視覺感測器檢測車門內把手,確保對於正在組裝的車輛不會有錯誤顏色的把手。帶有專門的支架的同軸燈提供均勻的正面照明,以減少眩光。

    449. 圍繞輸送帶安裝的PresencePLUS P4 COLOR OMNI基於顏色檢測裝有12顆巧克力的糖果盒,確保每個位置包含正確類型的糖果。它剔除在位置包含錯誤巧克力的盒子,以及缺少產品或有損壞產品的盒子。

    450. PresencePLUS P4 COLOR OMNI視覺感測器檢測已插入洗滌劑瓶的傾倒口。感測器驗證傾倒口是否存在並完全插入,傾倒口顏色與瓶子顏色是否匹配。特殊的支架將區域燈放在一個可最大限度提升對比度和顏色可視性的角度。

    451. 當每個沙拉醬瓶離開標籤站時,配寘為使用匹配工具的IVU系列視覺感測器檢查標籤,將其與預先配寘的參攷影像進行比較,以確保標籤存在並正確應用。

    452. 當玻璃瓶通過高速輸送帶時,PresencePLUS P4 COLOR OMNI確認每個瓶子都已完全灌裝,並確保瓶塞完全插入並且顏色正確。雙區域燈可以為檢測創造最佳對比度。

    453. Banner感測器放置在輸送帶上方,檢測每個通過的盒子是否缺少巧克力。當一個通過的盒子觸及由一對Q12對比模式感測器產生的感測光束時,安裝在盒子上方的QS18AF感測器陣列將檢測每個位置是否缺失巧克力。當檢測到包含錯誤數量的巧克力的盒子後,輸出訊號被轉送到包裝線上的主控制器,以警告存在故障條件。

    454. 為確保產品品質標準得到滿足,產品外觀與品牌一致,公司必須對每一瓶進行檢查,以確保正確的瓶蓋存在並正確固定。

    455. iVu顏色感測器識別車門板上各個裝飾件的RGB 值,並通過工業乙太網連接將此資訊傳送至PLC。

    456. Q5X驗證深色背景上是否存在深色部件,以及車輛座椅和不同顏色部件。

    457. Q5X 感測器可在惡劣環境下確認是否存在亮面目標物並確定其位置。

    458. How anti-glare color sensors reliably verify tablet presence and color through reflective blister packs.

    459. When manufacturing pouch batteries for electric vehicles, adhesive tape material is used to complete the outer film packaging. The tape’s presence must be confirmed with optical-based sensors for quality assurance purposes. Keep reading to learn how the QCM50 color sensor solves this application.

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