
WS/WE2000-R1122
- Brand: Sick
- Model: WS/WE2000-R1122
The SICK WS/WE2000-R1122 is a high-performance photoelectric sensor designed for reliable object detection in various industrial applications. This sensor operates using a laser-based technology, providing precise measurement and detection capabilities.### Key Technical Specifications:
- **Type**: Photoelectric sensor (laser)
- **Detection Range**: Up to 2000 mm, adjustable based on application needs.
- **Output Type**: PNP/NPN output, configurable for different control systems.
- **Response Time**: Fast response time of < 1 ms, suitable for high-speed applications.
- **Operating Voltage**: 10 to 30 V DC, allowing for compatibility with a wide range of power supplies.
- **Current Consumption**: Typically < 30 mA, ensuring low power usage.
- **Housing Material**: Robust plastic housing, IP67 rated for dust and water resistance, suitable for harsh environments.
- **Temperature Range**: Operates effectively in temperatures from -25 °C to +55 °C, making it versatile for various industrial settings.
- **Connection Type**: M12 connector for easy integration into existing systems.
- **Light Source**: Class 2 laser (wavelength 650 nm), providing high visibility and accuracy in detection.
- **Mounting Options**: Flexible mounting options available, allowing for easy installation in different orientations.### Applications:
The WS/WE2000-R1122 is ideal for applications such as packaging, material handling, and automation where precise object detection and positioning are critical. Its robust design and high sensitivity make it suitable for both indoor and outdoor use.
WE DELIVER WORLDWIDE
- Delivery time depends on whether the product is in our warehouse. If so, super fast shipping is available. Otherwise, the delivery terms depend on the conditions provided by the manufacturer.
- For your convenience, we take care of getting the best price and delivering the goods on time.
- We cooperate with various types of carriers around the world. Super fast delivery is available.