SICK LMS100-10000 2D Laser Scanner for Indoor Applications

The SICK LMS100-10000 is a high-performance 2D laser scanner designed for indoor environments. This versatile sensor provides reliable area monitoring and object detection with a wide 270-degree field of view. Its robust design ensures stable operation in industrial automation settings.

Key Technical Specifications

• Brand & Model: SICK LMS100-10000 | 2D Laser Scanner
• Wide Scanning Angle: 270° horizontal aperture for comprehensive coverage
• Dual Frequency Options: 25 Hz or 50 Hz scanning frequency selection
• High Resolution: 0.25° or 0.5° selectable horizontal angular resolution
• Extended Range: Working range from 0.5 m to 20 meters maximum
• Dual Echo Evaluation: Capable of evaluating up to 2 return echoes per measurement
• Fast Response: ≥ 20 ms response time for real-time detection

Measurement Performance & Accuracy

• Systematic Error: ±30 mm typical measurement accuracy
• Statistical Error: 12 mm typical precision under stable conditions
• Range Performance: 18 m range at 10% remission, 20 m at 90% remission
• Advanced Features: Integrated fog correction for challenging environments
• Field Evaluation: 10 configurable field sets with simultaneous evaluation
• Object Detection: Capable of detecting almost any object shape within range

Optical & Electrical Characteristics

• Infrared Laser: 905 nm infrared light source for reliable operation
• Laser Safety: Class 1 laser (IEC 60825-1:2014) for eye-safe use
• Power Requirements: 10.8-30 V DC supply with 22 W power consumption
• Connection System: 1 x system plug with screw terminal block
• High Immunity: 80,000 lux ambient light resistance for stable performance
• Object Reflectivity: Detects objects from 3% to >1000% remission factor

Communication & Interface Capabilities

• Ethernet Interface: TCP/IP with 10/100 MBit/s data transmission rate
• Serial Communication: RS-232 interface with 9.6-115.2 kBaud configurable rate
• CAN Interface: CAN bus for extended output functionality
• Digital I/O: 2 digital inputs, 2 encoder inputs, and 3 digital outputs
• Visual Indicators: 7-segment display plus 5 status LEDs for clear feedback
• Data Interface: Multiple interfaces for flexible system integration

Mechanical & Environmental Ratings

• Compact Dimensions: 105 mm x 102 mm x 152 mm (L x W x H)
• Lightweight Design: Weighs only 1.1 kg for easy mounting and installation
• Durable Housing: Light blue (RAL 5012) IP65 rated enclosure
• Protection Class: Class III (EN 61010-1:2010-10) electrical safety rating
• Operating Temperature: 0°C to +50°C for reliable indoor operation
• Storage Temperature: -30°C to +70°C for safe component preservation

Reliability & Safety Features

• High Reliability: MTBF >100 years for long-term operation
• Safety Parameters: MTTFD >100 years for safety-related considerations
• Environmental Compliance: Meets EN 61000-6-2 and EN 61000-6-3 EMC standards
• Mechanical Durability: Vibration and shock resistant per EN 60068 standards
• Contamination Warning: LED indicator alerts to potential contamination issues
• Status Monitoring: Comprehensive visual indicators for operational status

Package Contents & Shipping

• SICK LMS100-10000 2D Laser Scanner unit
• System plug with screw terminal block for connection
• Mounting hardware and installation accessories
• Complete documentation and setup guide
• Global shipping via FedEx, UPS, and DHL services
• 12-month product warranty covering all components

Professional Application FAQ

• What is the optimal mounting height for this scanner?

For best performance, mount the LMS100-10000 at a height that covers your detection zone completely, typically 1-3 meters above the floor for most indoor applications.

• How do I select between 25 Hz and 50 Hz scanning frequency?

Use 50 Hz for faster-moving applications requiring rapid updates. Choose 25 Hz for standard applications where power consumption or data processing may be considerations.

• Can this scanner detect transparent objects like glass?

The scanner may have difficulty with perfectly transparent surfaces. For glass detection, consider adding reflective markers or using complementary sensors for reliable detection.

• What software is needed for configuration and monitoring?

SICK provides dedicated software tools for configuration, while standard Ethernet protocols allow integration with most PLC systems and industrial automation software platforms.

• How does the fog correction feature work?

The fog correction algorithm compensates for signal attenuation in environments with airborne particles, maintaining reliable detection in challenging conditions like dust or light mist.

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