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Leuze GS 63B/6D 50128006 Fork Sensors

The GS 63B/6D is a high-precision Fork Sensor (Part No. 50128006) by Leuze, featuring compact M6 housing, fast switching response, and accurate detection of small components. The Leuze Fork Sensors series ensures reliable performance for automated assembly lines and process control operations.

BrandLeuze
ProductFork Sensors
Model NumberGS 63B/6D

Leuze GS 63B/6D 50128006 Fork Sensors - Technical Specifications

SpecificationValue
DesignFork
ApplicationDetection of non-transparent labels
Wavelength940 nm
Light SourceLED, Infrared
Supply Voltage10 ... 30 V, DC
Open-circuit current0 ... 30 mA
Digital Switching Outputs1 Piece(s)
Switching Frequency10,000 Hz
Connection TypeCable
Housing MaterialMetal, Plastic
Plastic housingPC
Operating Temperature-20 ... 60 °C
Ambient Temperature, Storage-30 ... 70 °C
Degree of Protection (IP Rating)IP 67
Dimension (W x H x L)11 mm x 30 mm x 80 mm
Net weight100 g
Type of displayLED
Switching current, max.100 mA
Switching voltagehigh: â‰Ĩ(UB-2V) low: ≤ 2 V
Switching elementTransistor, Push-pull
Switching principleSwitching signal on label
Response time0.05 ms
TypeDigital switching output
Cable length2,000 mm
Number of conductors5 -wire

The GS 63B/6D (Part No. 50128006) functions using fork sensor technology, detecting objects as they pass through its U-shaped optical path. Interruptions of the light beam are converted into electrical signals, enabling rapid and precise detection of parts, wires, or other small components moving along production lines.

Industrially, the GS 63B/6D (Part No. 50128006) is applied in component counting, position verification, and assembly monitoring. Typical use cases include conveyor systems, automated assembly lines, and packaging operations, where consistent detection ensures product quality and operational efficiency.

Designed for demanding environments, the GS 63B/6D (Part No. 50128006) features durable M6 construction, resistance to dust and ambient light interference, and stable operation across temperature variations. Its robust design guarantees reliable performance in continuous industrial production and automated workflows.