SICK S30B-3011DA S300 Professional Safety Laser Scanner 8m Range

Product Overview

• The S30B-3011DA belongs to the high-performance S300 Professional series by SICK.
• This safety laser scanner provides reliable area monitoring for industrial environments.
• It features a wide 270 degree scanning angle for comprehensive coverage.
• The compact design allows for seamless integration into AGVs and stationary machinery.
• It utilizes pulsed laser diodes to detect obstacles with high precision.
• Engineers trust the S30B-3011DA for critical safety and navigation tasks.

Global PLC Spare HUB's Insight

• The S30B-3011DA stands out due to its Triple Field Set technology.
• This allows users to define up to 32 monitoring cases efficiently.
• It supports Enhanced Function Interface (EFI) for secure device communication.
• The aluminum die-cast housing ensures durability in harsh shop floor conditions.
• We recommend this for complex indoor logistics and robotic cells.
• The RS-422 data interface provides robust feedback for navigation and diagnostics.
• It is a benchmark for functional safety in the S300 Series.

Technical Specifications

• Brand: SICK
• Model: S30B-3011DA
• Series: S300 Professional
• Measuring Range: 8 meters for warning fields and 3 meters for protective fields.
• Distance Range: Up to 30 meters for general distance measurement tasks.
• Response Time: 80 milliseconds basic response time with configurable multiple sampling.
• Resolution: Configurable settings include 30mm, 40mm, 50mm, 70mm, and 150mm.
• Angular Resolution: Fine 0.5 degree increments across a 270 degree scanning arc.
• Temperature Range: Operational from -10 degrees Celsius to +50 degrees Celsius.
• Environmental Resistance: IP65 enclosure rating protects against dust and water jets.
• Anti-Interference: High vibration resistance (5M1 class) and 16g shock resistance.
• Output Type: 2 PNP semiconductor outputs with cross-circuit monitoring features.
• Operating Voltage: Standard 24V DC with a wide 16.8V to 30V range.

Compatible Equipment

• Automated Guided Vehicles (AGVs): Provides collision avoidance and safety zone monitoring.
• Robotic Work Cells: Ensures personnel safety during human-robot interaction.
• Palletizing Systems: Monitors entry points for conveyor and lifting equipment.
• SICK EFI Controllers: Interfaces with Flexi Soft for advanced safety logic.

Installation and Commissioning

• Mount the S30B-3011DA using the integrated M12 5-pin system plug.
• Ensure a clear line of sight for the 270 degree optics.
• Use SICK CDS software for rapid configuration via the RS-232 interface.
• Define protective and warning fields based on your specific machine risk assessment.
• The scratch-resistant polycarbonate cover minimizes maintenance needs in dusty areas.

Certification and Safety

• Safety Integrity: Certified for SIL 2 (IEC 61508) applications.
• Performance Level: Achieves PL d according to EN ISO 13849 standards.
• Mission Time: 20-year service life ensures long-term industrial reliability.
• Fault State: Automatically enters a safe OSSD OFF state during internal errors.

Shipping and Warranty

• Packaging List: One SICK S30B-3011DA sensor unit (system plug sold separately).
• Dispatch Time: We ship within 24 to 48 hours after order confirmation.
• Logistics Partners: Express global delivery via FedEx, UPS, and DHL.
• Warranty: Includes a comprehensive 12-month warranty for peace of mind.

Frequently Asked Questions (FAQ)

• How do I clean the optics cover without damaging the sensor?
  Use a soft cloth with mild antistatic cleaning agents only.
• Can the S30B-3011DA operate in outdoor environments?
  No, this specific model is designed for indoor industrial applications.
• What is the benefit of the EFI interface on this model?
  It allows several SICK sensors to exchange safety information directly.
• How do I choose between the S300 and S3000 series?
  Select the S300 Series for compact spaces and 8m range needs.
• What happens if the OSSD outputs detect a cross-circuit?
  The sensor identifies the fault and switches to a safe stop state.

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