+91 98845 40315 | 99410 99014 info@powerswitchgears.com

Leuze GSU14E/LGT.3-M12 50142875 Fork Sensors

The GSU14E/LGT.3-M12 is a high-precision Fork Sensor (Part No. 50142875) by Leuze, featuring compact M12 housing, fast switching response, and accurate detection of small components. The Leuze Fork Sensors series ensures dependable operation and seamless integration in automated assembly lines and process control systems.

BrandLeuze
ProductFork Sensors
Model NumberGSU14E/LGT.3-M12

Leuze GSU14E/LGT.3-M12 50142875 Fork Sensors - Technical Specifications

SpecificationValue
DesignFork
Thread SizeM12
ApplicationDetection of non-transparent labels, Detection of transparent labels
Supply Voltage18 ... 30 V, DC
Digital Switching Outputs2 Piece(s)
Switching Frequency2,000 Hz
Connection TypeConnector
No. of Pin5 -pin
Housing MaterialMetal
Operating Temperature0 ... 60 °C
Ambient Temperature, Storage-40 ... 70 °C
Degree of Protection (IP Rating)IP 65
Dimension (W x H x L)22 mm x 46.9 mm x 96 mm
Net weight270 g
Type of displayLED
Switching current, max.100 mA
Switching voltagehigh: â‰Ĩ(UB-2V) low: ≤ 2 V
Switching elementTransistor, Push-pull
Switching principleIO-Link / PNP light switching (switching in the gap), NPN dark switching (switching on the label)
Response time0.2 ms
TypeDigital switching output

The GSU14E/LGT.3-M12 (Part No. 50142875) operates using fork sensor technology, detecting objects as they interrupt its U-shaped optical path. The sensor converts light beam interruptions into electrical signals, enabling rapid and precise detection of small parts, wires, or components moving along production lines.

Industrially, the GSU14E/LGT.3-M12 (Part No. 50142875) is applied for part counting, position verification, and assembly monitoring. It is commonly used in automated assembly lines, conveyor systems, and packaging operations where accurate detection ensures consistent product quality and efficient production.

Engineered for industrial reliability, the GSU14E/LGT.3-M12 (Part No. 50142875) features robust M12 construction, resistance to dust and ambient light interference, and stable performance across temperature variations. Its durable design guarantees long-term operation in demanding factory environments and continuous automated processes.