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Leuze PRK 55/6.42-S8 | 50112991

BrandLeuze
Product TypePhotoelectric Sensor
ProductPRK 55/6.42-S8

Leuze 55 serie, cuboid housing retro-reflective sensor PRK 55/6.42-S8 - 50112991 Technical Specifications:

SpecificationValue
DesignCubic
Operating principleReflection principle
ApplicationDetection of highly transparent bottles
Special versionAll stainless steel housing Autocollimation Teach input
Sensing Distance0 ... 3 m
Beam pathDivergent
Light sourceLED, Red
Wavelength620 nm
Type of light spot geometryRound
Supply voltage UB10 ... 30 V, DC
Switching Output 1Transistor, Push-pull
Switching principleLight switching (PNP)/dark switching (NPN)
Switching Output 2-
Switching principle-
Switching frequency1,000 Hz
Response time0.5 ms
FunctionSignal IN Signal OUT Voltage supply
Type of connectionConnector
Thread sizeM8
TypeMale
MaterialStainless steel
No. of pins4 -pin
Encoding-
Dimension (W x H x L)14 mm x 35.5 mm x 25 mm
Housing materialStainless steel
Metal housingAISI 316L
Lens cover materialPlastic with scratch-resistant Indium protective coating
Housing colorSilver
Type of displayLED
Operational controlsTeach button
Ambient temperature, operation-30 ... 55 Β°C
Ambient temperature, storage-30 ... 55 Β°C
Degree of protectionIP 67 / IP 69K

Engineered with precision, the Leuze PRK 55/6.42-S8 Photoelectric Sensor is built around a cubic stainless steel housing (AISI 316L), offering robust mechanical durability and superior resistance to corrosion, washdowns, and chemical exposure. The sensor features a 620 nm red LED light source and operates on the reflection principle with a divergent beam path, allowing accurate detection even of transparent or low-contrast materials. Its sensing range spans from 0 to 3 meters, suitable for dynamic detection zones across conveyors and bottling lines.

Designed for flexibility, this photoelectric sensor supports both light switching (PNP) and dark switching (NPN) modes through a transistor push-pull output. The quick 0.5 ms response time and high 1,000 Hz switching frequency make it ideal for fast-paced automation systems. The compact dimensions (14 mm x 35.5 mm x 25 mm) enable easy integration into tight panels or machine enclosures, while the 4-pin M8 male connector ensures secure and tool-free connectivity. With an operating voltage range of 10–30 V DC and an IP67/IP69K protection rating, it performs reliably under harsh industrial conditions.

Additionally, the Leuze PRK 55/6.42-S8 features a user-friendly Teach button for quick configuration and a clear LED status display for visual feedback. Its scratch-resistant lens cover and hygienic design are optimized for long-term use in applications requiring stringent cleanliness standards. Trusted by automation engineers worldwide, this sensor combines cutting-edge optics, rugged materials, and German engineering excellence in one compact solution. View Leuze official site for more details.

The Leuze PRK 55/6.42-S8 Photoelectric Sensor is widely used in applications where detecting transparent bottles or containers is critical, such as in beverage bottling, pharma packaging, and food production lines. Traditional sensors often struggle to detect clear or glossy surfaces, but this model uses autocollimation optics that allow accurate and stable detection without false triggering.

For Indian maintenance engineers, this means fewer stoppages, easier calibration using the Teach input, and minimal maintenance even in wet or washdown areas. The IP69K-rated stainless steel body ensures resistance to water jets and chemicals, making it ideal for CIP (Clean-in-Place) environments. Whether mounted on a bottling line or inside a high-speed packaging machine, it delivers consistent detection without the need for regular readjustment.

For engineering students and junior technicians, the Leuze PRK 55/6.42-S8 Photoelectric Sensor is a great example of how light-based sensors work reliably even in the toughest industrial conditions. Its fast response and industrial-grade construction provide both performance and learning value. The photoelectric sensor offers a trusted solution to problems that other sensors can’t handle, and it remains a preferred choice for automated bottle detection applications across industries.

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