Autonics
Cylindrical Photoelectric Sensors (Narrow Beam Reflective Type) BR Series
- SKU:
- BR(NARROW BEAM REFLECTIVE) Series
- MPN:
- BR(NARROW BEAM REFLECTIVE)
- Weight:
- 160.00 Grams
Description
Product Overview
The BR series Ø18 mm cylindrical photoelectric sensors are designed for precision and reliability, featuring a high-speed response time of less than 1 millisecond and exceptional noise immunity through advanced digital signal processing. These sensors are optimized for installation in restricted spaces, utilizing a narrow-beam reflective type sensing method. For added convenience, connector type sensors are available, facilitating easier maintenance and streamlined wiring.
Key Features
- Superior Noise Resistance: The sensors incorporate digital signal processing to provide outstanding resistance to noise interference, ensuring accurate and reliable performance in challenging environments.
- High-Speed Response: With a response time of under 1 millisecond, the BR series sensors deliver quick and precise detection, essential for fast-paced industrial applications.
- Built-In Protection Circuits: The sensors are equipped with reverse power protection and output short overcurrent protection circuits, safeguarding the sensors and connected systems from potential damage.
- Compact Design for Narrow Spaces: The narrow-beam reflective type is specifically designed for applications with limited installation space, making these sensors versatile and adaptable to various settings.
- External Sensitivity Adjustment: Users can easily adjust the sensitivity of the sensors externally, allowing for quick and accurate calibration to meet specific application requirements.
- Mode Selection Flexibility: The sensors offer selectable Light ON and Dark ON modes via a control wire, providing adaptability to different operational needs.
- Robust IP66 Protection Rating: Conforming to IEC standards, the sensors are rated IP66, ensuring they are dust-tight and protected against powerful water jets, making them suitable for use in harsh and demanding environments.
- Connector Type Available: For easier maintenance and wiring work, the sensors are also available in a connector type, allowing for more flexible installation and troubleshooting.
Product Components
- Main Sensor Unit: The core component of the BR series, designed for reliable operation in various industrial applications.
- Accessories: Includes two M18 fixing nuts, a metal washer (for metal models), an instruction manual, and an adjustment screwdriver for easy installation and calibration.
Ordering Information
The BR series sensors are available in different configurations based on material, connection type, and control output. Here’s how to interpret the model number:
- Material:
- No mark: Metal
- "P": Plastic
- Connection Type:
- No mark: Cable type
- "C": Connector type
- Control Output:
- No mark: NPN open collector output
- "P": PNP open collector output
Dimensions
The BR series sensors come in different dimensions based on the material (metal or plastic) and connection type (cable or connector). Metal Model: Suitable for robust applications, with both cable type and connector type configurations available.
- Plastic Model: Lightweight and durable, offered in both cable type and connector type.
Documents
Can't find the information you need? Our datasheets have all the details. Access them here:
Additional Information
Model: |
BR□200-DDTN-□-□ |
Sensing Type: |
Narrow beam reflective |
Sensing Distance: |
200 mm |
Sensing Target: |
Opaque and translucent materials |
Response Time: |
≤ 1 ms |
Light Source: |
Infrared, 850 nm peak emission wavelength |
Sensitivity Adjustment: |
Available via an external adjuster |
Operation Mode: |
Light ON / Dark ON selectable |
Power Supply: |
12-24 VDC ±10% |
Current Consumption: |
≤ 45 mA |
Control Output: |
NPN or PNP open collector |
Protection Circuits: |
Reverse power protection, output short overcurrent protection |
Protection Rating: |
IP66 (IEC standard) |
Material: |
Brass, Ni-plate (metal) or PA Black (plastic), with a PC lens |