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Banner QS30LDL Photoelectric Sensors

The QS30LDL Banner Photoelectric Sensors is designed for long-distance object detection with stable optical sensing, compact installation, and reliable switching performance. This Banner sensing device supports accurate monitoring in automated machinery and material movement systems. The Photoelectric Sensors category is widely used for conveyor automation, positioning control, and industrial production line sensing applications.

BrandBanner
ProductPhotoelectric Sensors
Model NumberQS30LDL

Banner QS30LDL Photoelectric Sensors - Technical Specifications

SpecificationValue
Housing StyleRectangular w/M30 Mount
Sensing Mode (General)Proximity
Sensing Mode (Detailed)Diffuse
NEMA / UL Type RatingNEMA 4X
Max Sensing Distance (mm)800
OutputsBipolar (NPN & PNP)
Power Supply/Supply Voltage10-30 V dc
ConnectionCable
Output response time (ms)0.5
IP RatingIP67
Sensing BeamVisible Red Laser
Cable Length (m)2
Primary Housing MaterialThermoplastic
PowerDC
Barrel Diameter (mm)30
AdjustmentsTeach Button
IndicatorLEDs
Laser ClassificationClass 2
Lens MaterialAcrylic

The Banner QS30LDL uses photoelectric sensing technology to detect objects through transmitted and reflected light signals. It helps identify product movement, target presence, and positioning conditions with stable response performance. The sensor supports reliable operation in automated systems where accurate object monitoring is necessary for smooth machine control.

QS30LDL is commonly installed in packaging equipment, conveyor systems, robotic automation cells, and assembly operations. Industrial users apply this sensor for detecting cartons, monitoring product flow, controlling transfer systems, and verifying object placement. Its sensing performance supports continuous operation in manufacturing environments with moving materials and repetitive machine cycles.

The Banner QS30LDL is built for industrial environments requiring dependable sensing stability and long operating life. Its rugged housing helps withstand dust, vibration, and routine factory exposure during continuous machine operation. The sensor delivers reliable performance in demanding automation applications where reduced maintenance and consistent detection accuracy are important.