New Leuze GSU14E/LGT.3-M12 Ultrasonic Fork Sensor

Leuze GSU14E/LGT.3-M12 Ultrasonic Fork Sensor Part No. 50142875 The Leuze GSU14E/LGT.3-M12 Ultrasonic Fork Sensor is designed for precise detection of both transparent and non-transparent labels in automated environments. It operates based on ultrasonic technology, ensuring reliable performance even in challenging conditions where optical sensors may fail. With a minimum label width of 4 mm and a minimum label gap of 2 mm, this sensor can handle high-speed applications such as packaging lines and material handling systems. The sensor is equipped with a high switching frequency of 2,000 Hz and a fast response time of 0.2 ms, allowing for quick and efficient operation. The sensor features IO-Link communication and a teach-in function, enabling easy adaptation to different label sizes and types. It is housed in a robust die-cast zinc housing with an IP65 rating, ensuring reliable operation even in harsh industrial environments. The push-pull switching element provides flexibility in integration with different systems, and the LED display provides clear status feedback during operation. Key features :- Product Number GSU14E/LGT.3-M12 Part Number 50142875 Series 14 Principle of physics Ultrasonic Application Detection of non-transparent labelsDetection of transparent labels Label width, min. 4 mm Label gap, min. 2 mm Medium Transparent and not transparent Supply voltage UB 18 ... 30 V, DC Residual ripple 0 ... 10 %, From UB Open-circuit current 0 ... 60 mA, Typical value Type Teach input Voltage type DC Switching voltage high: ≥9Vlow: ≤ 2 V Input resistance 15,000 Ω Active switching state High Number of digital switching outputs 2 Piece(s) Type Digital switching output Voltage type DC Switching current, max. 100 mA Switching voltage high: ≥(UB-2V)low: ≤ 2 V Load capacity 0.01 µF Switching element Transistor, Push-pull Switching principle IO-Link / PNP light switching (switching in the gap), NPN dark switching (switching on the label) Switching element Transistor, Push-pull Switching principle NPN light switching (switching in the gap), PNP dark switching (switching on the label) Switching frequency 2,000 Hz Response time 0.2 ms Readiness delay 300 ms Max. conveyor speed during teach-in 50 m/min Type IO-Link COM mode COM3 Profile Smart sensor profile Min. cycle time COM3 = 0.5 ms Frame type 2.5 Specification V1.1 Device ID 2520 SIO-mode support Yes Function Signal INSignal OUTVoltage supply Type of connection Connector Thread size M12 Type Male Material Metal No. of pins 5 -pin Encoding A-coded Plug outlet Horizontal (parallel to belt movement) Design Fork Mouth width 4 mm Mouth depth 80 mm Dimension (W x H x L) 22 mm x 46.9 mm x 96 mm Housing material Metal Metal housing Diecast zinc, galvanic nickel coating Net weight 270 g Housing color Silver Type of fastening Mounting threadThrough-hole mounting Type of display LED Number of LEDs 3 Piece(s) Operational controls Control buttons Function of the operational control Dynamic teach on label carrier and label Ambient temperature, operation 0 ... 60 °C Ambient temperature, storage -40 ... 70 °C Degree of protection IP 65 Protection class III Certifications c UL US Standards applied EN 60947-5-2:2007+A1:2012 Applications :- Label Detection in Packaging LinesThe sensor accurately detects transparent and non-transparent labels, making it ideal for high-speed packaging and labeling systems in industries like food and beverage, pharmaceuticals, and logistics. Conveyor Belt LabelingWith its precise detection of label presence and gaps, this sensor is perfect for monitoring and controlling labeling processes on conveyor belts. High-Speed Label DetectionThe GSU14E is designed for fast-paced environments, handling conveyor speeds of up to 50 m/min during the teach-in process, ensuring it works in dynamic systems. Quality Control in ManufacturingThe sensor is essential for quality control systems, ensuring labels are correctly applied without misalignment or missing labels in packaging processes. Customizable Label DetectionIts teach-in functionality allows it to adapt to various label types and sizes, offering flexibility in diverse manufacturing and packaging settings. Precautions: Ensure Correct Wiring: Incorrect connections can cause sensor failure Avoid Overvoltage: Operating within 10-30V DC prevents damage Protect from Extreme Heat: Avoid installing near high-temperature sources Regular Cleaning: Keep the optical lens free from dust and debris for optimal performance Note : All tax and custom duty should be pay by buyer only. Note: All trademarks and trade names used are the property of their respective owners.