SICK GRSE18-P2447 Photoelectric Sensor – 15m Detection

$ 81.88

Discover the SICK GRSE18-P2447 through-beam photoelectric sensor with 15m range, fast 1 kHz response, and IP67 durability for precise industrial detection.

SKU SICK-1064921 Category

Product Description

SICK GRSE18-P2447 Through-Beam Photoelectric Sensor

The SICK GRSE18-P2447 Photoelectric Sensor is a reliable through-beam detection system designed for precise and consistent object detection across industrial environments. With a visible red PinPoint LED and a sensing distance reaching up to 15 meters, it ensures dependable performance even under challenging conditions. The M18 cylindrical body offers easy installation and compatibility with existing mounting systems. Built for demanding automation tasks, its complementary PNP output and high 1 kHz switching frequency provide fast and accurate response for material flow control, packaging processes, and robotic positioning.

Engineered for industrial durability, the SICK GRSE18-P2447 offers excellent balance between precision and versatility. Its adjustable sensitivity control allows fine-tuning for different materials or target sizes, ensuring consistent detection quality. The dual LED indicators simplify setup and signal monitoring, helping operators quickly identify sensor status. Constructed from rugged ABS plastic with IP67 protection, it performs reliably in environments exposed to dust, oil, or vibration. Operating across a wide temperature range, it minimizes maintenance needs while improving production uptime and system stability in automated processes.

Why SICK GRSE18-P2447?
Because the SICK GRSE18-P2447 combines long-range precision with industrial toughness. Its visible red beam makes alignment effortless, while the compact M18 housing fits seamlessly into tight setups. Built with quick response electronics and IP67 protection, it’s the perfect choice for high-speed, high-reliability detection in modern automation lines.

What problem does it solve?
The GRSE18-P2447 eliminates inconsistent object detection that slows production and causes costly downtime. It ensures stable, repeatable performance even in dusty, oily, or vibration-prone environments—solving the challenge of missed detections and unreliable sensors in fast-moving industrial systems.

 


Key Features & Specifications – SICK GRSE18-P2447: 1064921

Feature Details Benefit
Functional Principle Through-beam photoelectric sensor Provides accurate detection over long distances up to 15 m
Sensing Range 0 m – 10 m (typical), 15 m (maximum) Ideal for long-distance object detection in automation lines
Light Source Visible red PinPoint LED, 650 nm Enables easy alignment and high visibility during setup
Switching Output PNP, Complementary (Light/Dark switching) Flexible integration with PLCs and control systems
Response Time < 500 µs Ensures fast detection in high-speed industrial processes
Switching Frequency 1 kHz Supports rapid signal transmission for moving objects
Adjustment Potentiometer (270°) Simple and precise sensitivity tuning for various applications
Indicators Green LED (Power), Yellow LED (Status) Quick visual feedback for sensor status and beam alignment
Connection Type M12, 4-pin male connector Standard industrial connection for easy installation and maintenance
Supply Voltage 10 – 30 V DC Compatible with standard industrial power supplies
Current Consumption 30 mA Energy-efficient and cost-effective operation
Housing Material ABS Plastic Lightweight yet durable for long service life
Optics Material PMMA Plastic Resistant to scratching and environmental influences
Enclosure Rating IP67 Reliable operation even in dusty or wet environments
Operating Temperature –25 °C to +55 °C Suitable for wide range of industrial conditions
Certifications CE, UKCA, cULus, ECOLAB, China-RoHS Compliant with major international standards

Download SICK GRSE18-P2447 (1064921) Datasheet

 


Commercial Information – SICK GRSE18-P2447: 1064921

Commercial Data Details
GTIN (EAN) Number 4047084340659
Weight 41 g
Country of Origin Malaysia

 


The Applications

1. High-Speed Bottle Counting on Beverage Lines

In bottling plants, containers move rapidly on conveyors and must be accurately counted for packaging or filling operations. The SICK GRSE18-P2447 is positioned across the line to detect each bottle passing through its light beam. Its 1 kHz switching frequency ensures even fast-moving bottles are detected without missed counts. The visible red LED simplifies precise alignment during setup, while the IP67 housing protects against splashes, condensation, and dust often found in beverage production environments.

2. Sheet Metal Alignment in Press Machines

Metal stamping systems rely on precise positioning of sheet edges to maintain quality and safety. The GRSE18-P2447 detects when the leading edge of a metal sheet reaches the exact feed point. Its fast response time (<500 µs) triggers immediate system feedback for press activation or positioning control. Because it operates on a through-beam principle, it remains unaffected by surface shine or reflectivity, providing consistent accuracy even with polished or oily metal surfaces.

3. Carton Presence Detection in Packaging Lines

During box forming and sealing, missing cartons can disrupt the packaging flow or cause sealing errors. The SICK GRSE18-P2447 identifies whether a carton is present before sealing or labeling. Its adjustable sensitivity accommodates various box materials and colors, from glossy to matte surfaces. The compact M18 housing allows integration in tight conveyor setups, and its robust ABS design ensures reliability despite exposure to dust or adhesive particles in packaging environments.

4. Entry Monitoring in Robotic Work Cells

In automated production cells, maintaining safe zones for human operators is critical. The GRSE18-P2447 can act as a simple optical barrier that halts robotic movement if the beam path is interrupted. Its high-speed detection ensures an immediate stop command, reducing safety risks. The visible red light aids quick visual alignment during maintenance checks, while vibration-resistant construction ensures long-term stability in dynamic robotic operations.

 


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