SICK LMS111-10100 2D Laser Scanner Infrared

SICK LMS111-10100 2D Laser Scanner Infrared

Product Introduction

The SICK LMS111-10100 belongs to the LMS100 series of 2D laser scanners. This device uses an infrared light source at 905 nm and meets laser class 1 requirements. It suits both indoor and outdoor applications. The scanner provides a horizontal aperture angle of 270°. Furthermore, it delivers a working range from 0.5 m to 20 m. At 10% remission, the scanning range reaches 18 m. At 90% remission, it reaches 20 m. The LMS111-10100 evaluates two echoes simultaneously. Additionally, it includes fog correction for reliable operation in challenging environments.

Technical Specifications

First, the scanning frequency supports 25 Hz and 50 Hz. The angular resolution offers 0.25° and 0.5° options. Besides, the response time is at least 20 ms. The systematic error stays within ±30 mm. Meanwhile, the statistical error is 12 mm. The sensor detects almost any object shape. It provides 10 field sets and 10 simultaneous evaluation cases. The SICK LMS111-10100 also features a 7-segment display and five LEDs. These indicators show device status, contamination warnings, and initial conditions.

Interfaces and Communication

The scanner includes an Ethernet interface with TCP/IP protocol. Data transmission rates reach 10/100 MBit/s. Moreover, a serial RS-232 interface supports data output and service functions. Its baud rate ranges from 9.6 kBaud to 115.2 kBaud. A CAN interface extends output capabilities. In addition, the device offers two digital inputs and two encoder inputs. Three digital outputs are also available. Therefore, integration with various control systems becomes straightforward.

Mechanical and Environmental Parameters

The housing color is gray (RAL 7032). The enclosure rating reaches IP67 according to EN 60529. The connection type uses one M12 round connector. The supply voltage ranges from 10.8 V DC to 30 V DC. Power consumption is typically 8 W. With heating active, consumption reaches 35 W. The weight is 1.1 kg. Dimensions are 105 mm x 102 mm x 162 mm. The ambient operating temperature spans –30 °C to +50 °C. Storage temperature ranges from –30 °C to +70 °C. Ambient light immunity reaches 80,000 lx. The MTBF and MTTFD both exceed 100 years.

Installation Guide

First, mount the scanner securely using the appropriate bracket. Ensure the M12 connector faces downward to prevent water ingress. Next, connect the power supply within the 10.8 V DC to 30 V DC range. Then, link the Ethernet cable for TCP/IP communication. For serial communication, use the RS-232 interface. Additionally, configure the digital inputs and outputs as needed. The 7-segment display helps verify proper operation. Finally, adjust the scanning frequency and angular resolution via software. The IP67 rating requires proper sealing of all connectors.

Packaging List

• 1 x SICK LMS111-10100 2D Laser Scanner

• 1 x M12 Round Connector

• 1 x Quick Start Guide

• 1 x Mounting Bracket

Shipping

We ship via Fedex, UPS, and DHL. Delivery times vary by destination. Tracking information is provided after dispatch.

FAQ

Q1: What is the scanning range of the SICK LMS111-10100?
A: The scanning range reaches 18 m at 10% remission. At 90% remission, it reaches 20 m. The working range starts at 0.5 m.

Q2: Can this scanner operate outdoors?
A: Yes, the LMS111-10100 supports both indoor and outdoor applications. It includes heating and fog correction. The IP67 rating protects against dust and water.

Q3: Which interfaces does the SICK LMS111-10100 offer?
A: It provides Ethernet TCP/IP, RS-232 serial, and CAN interfaces. Two digital inputs, two encoder inputs, and three digital outputs are also available.

Q4: What is the power consumption of this laser scanner?
A: Typical power consumption is 8 W. With heating active, it reaches 35 W. The supply voltage ranges from 10.8 V DC to 30 V DC.

Q5: How many field sets does the LMS111-10100 support?
A: The device supports 10 field sets. It also allows 10 simultaneous evaluation cases. This enables flexible configuration for complex applications.