Bowling Alley Pinsetter Positions monitored with Reed Sensors
In bowling alleys, the pinsetter performs two critical movements: the first lifts, straightens, and holds standing pins that were not knocked down by the bowler, ensuring they remain in position for the next roll. The second movement involves sweeping fallen pins off the lane to clear it for the next frame. Coordinating these actions precisely is essential for smooth gameplay, and any disruption in this sequence can lead to manual intervention, impacting the player experience.
Reed sensors help in monitoring the end positions of the pinsetter mechanism, ensuring accurate operation. These sensors detect the precise moment when the pinsetter reaches its fully up or fully down position. If fallen pins are obstructing the pinsetter’s downward movement, the reed sensor signals the control system to trigger the sweeping mechanism to remove them. Without these sensors, the pinsetter would operate blindly, potentially leading to mechanical errors, such as failing to detect obstructions or misplacing standing pins. Reed sensors, therefore, provide real-time feedback to prevent jamming and maintain the efficiency of the pinsetting process.
In this application, reed sensors are strategically placed to monitor the up and down positions of the pinsetter. A magnet is mounted on the moving parts of the pinsetter, and as it moves through its cycle, the magnet activates the reed sensor at specific points. When the pinsetter moves downward, the sensor confirms whether it has reached its full range of motion. If the reed sensor does not detect the expected position, it signals a blockage caused by fallen pins, prompting the system to activate the sweep mechanism. This precise sensing ensures the pinsetter operates smoothly, reduces mechanical errors, and improves the overall efficiency of the bowling alley.
Reed sensors and Magnet Sensors ensure optimal performance by providing accurate position feedback for the pinsetter mechanism in bowling alleys. Their ability to detect obstructions and confirm proper operation helps maintain uninterrupted gameplay and reduces maintenance needs, making them an essential component in modern bowling alley systems.
Application Classification
Applications are classified as Position Sensing, Pulse Counting, Electromagnetic or Relay, Temperature Sensing or Magnet Biasing types. This application is classified as follows and the link gives more information on best practices to help select the most suitable AT band and matching magnet.
Position sensing Type
When an application requires the end position of a movement sensed, or the sensing of a part when it comes into a zone, or when the
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Sep 29, 2024 |
Recommended Products
The Reed Switches and Sensors used in such bowling alley applications need to be robust, durable and efficient in meeting a high life expectancy. Our engineers work hard in life testing our products under various conditions, and our intention is to ensure end product durability and life. Although we wouldn’t want to restrict any of our products for use in only certain applications, the recommended products for use in this application are listed below.
Micro Miniature PCB Mountable Reed Sensor, MS-105
Drawing of MS-105 Reed SensorDrawing of MS-105 PCB Pad Layout starFeatures10W Contact Rating. 12.7 mm PCB Pitch. Normally Open
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Sep 29, 2024 |
Reduced Miniature PCB Mountable Reed Sensor, MS-106
Drawing of MS-106 Reed SensorDrawing of MS-106 Reed Sensor Pad Layout starFeatures10W Contact Rating. 15.2 mm PCB Pitch. Normally
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Sep 28, 2024 |
Sub Miniature Reed Switch, SM-1322
Reed Switch with Full Length LeadsCropped LeadsSMD Formed LeadsHorizontal MountingVertical Mounting starFeaturesRelease AT
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Sep 28, 2024 |
M5 Threaded Sensor Cylindrical Sensor, MS-225
MS-225 Threaded Magnet Sensor drawing starFeatures10W Contact Rating. Normally Open contact. Three sensitivity bands. Sputtered
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Sep 28, 2024 |