Banner Q4X Series Laser Ranging Photoelectric Sensor

The Banner Q4xTBLAF300-Q8 is a rugged, multi-functional laser ranging photoelectric sensor designed to deliver exceptional performance in industrial detection applications. With submillimeter range change detection capability, it combines switching, analog (0-10V or 4-20mA) outputs, and transparent object detection, making it versatile for diverse scenarios.

Housed in FDA-grade stainless steel with an IP69K protection rating, it withstands harsh environments, including mechanical shock, extreme vibration, and high-pressure cleaning, ensuring reliable operation in demanding settings like manufacturing lines and food processing facilities.

• High Precision Detection: Capable of identifying submillimeter range changes, providing accurate distance measurements for precise quality control and positioning tasks.
• Flexible Output Options: Offers switching outputs, analog outputs (0-10V or 4-20mA), and is available in IO-Link models, adapting to various control systems and data transmission needs.
• Broad Sensing Range: Reliable detection from 25mm to 300mm, enabling consistent detection of targets with diverse colors, materials, and surface textures (e.g., metal, plastic, glass).
• Dual Teaching Mode: Combines intensity and distance-based teaching, ideal for error-prevention applications. Enables transparent object detection without reflector plates, simplifying setup for glass or plastic part inspection.
• Rugged Construction: FDA-grade stainless steel housing with IP67/IP68/IP69K protection resists corrosion, high-pressure water jets, and extreme temperatures, suitable for hygienic environments (food/beverage) and heavy-industry settings.
• User-Friendly Design: Tilted 4-digit LED display shows clear range readings; responsive buttons allow easy setup (e.g., teaching modes, output configuration) without complex tools.
• Enhanced Durability: Resistant to mechanical shock, overtightening, and extreme vibration, ensuring long-term performance in high-impact industrial environments.