Product Overview
DESCRIPTION
The TiM 2D LiDAR sensors offer a high performance for field evaluation and measurement data output in a compact housing. Whether it be mobile or stationary, automation, monitoring or safety applications – with scanning ranges up to 25 m and working ranges up to 270°, these sensors detect their environment over a wide area and precisely. Different surfaces and remission factors are no problem for them. Thanks to the patented HDDM/HDDM+ multi-pulse technology, the TiM detects the entire scanning range without gaps thereby ensuring a consistently high measurement quality. Ruggedly built and equipped with high quality connection technologies, they are suitable for demanding industrial applications in a variety of industries and fields. Easy installation and parameterization included.
From the TiM1xx base sensor to the TiM7xx high-end solution: The TiM 2D LiDAR sensors allow a customized and therefore cost-effective solution for almost any requirement. Whether as a compact data supplier for environment perception and object detection, for high flexibility in an industrial environment and building automation, or for mobile platforms such as autonomous mobile robots (AMRs), service robots and industrial trucks. Variants for specialized applications are also available: The TiM-S is designed for the protection of people in industrial environments and for safety-related mobile applications. And as the first programmable 2D LiDAR sensor, the TiM-P makes it possible to implement highly tailored solutions.
The TiM 2D LiDAR sensors scan their environment using the state-of-the-art optical time-of-flight measurement method, the so-called time-of-flight (TOF) technology. This involves sending out laser pulses via a rotating mirror and detecting their reflection. The longer it takes for a laser pulse to arrive back at the sensor, the further away the detected object is. This combined with the strength of the incoming signal allows the position of objects in space to be determined with millimeter accuracy. The TiM updates this representation of its surroundings up to 15 times per second, thereby allowing real time orientation, navigation and control.
The TiM 2D LiDAR sensors differ not only in their performance range but also with regard to their integrated application. While TiM1xx and TiM3xx perform field evaluation only, TiM2xx and TiM5xx offer measurement data output. TiM7xx includes both in one device and is therefore very versatile.
FEATURES
- Sensing range up to 25 m
- Working range up to 270°
- Angular resolution of 1° to 0.33°
- HDDM/HDDM+ technology for seamless detection of small objects
- High ambient light immunity up to 80,000 lx
- Enclosure rating up to IP67
- Standardized communication interfaces
- Very low power consumption
BENEFITS
- Suitable for a variety of industrial applications due to the integrated field evaluation or measurement data output
- Compact design for easy integration into applications where the installation space is limited, for example in AGVs and AMRs
- Ideal for demanding applications thanks to the rugged housing design up to IP67
- Great cost effectiveness thanks to high performance with moderate investment and operating costs
- Fast, intuitive commissioning and configuration via the SOPAS ET software from SICK
- Low implementation costs due to standardized sensor telegrams and integration tools such as a ROS driver
DESCRIPTION
The TiM 2D LiDAR sensors offer a high performance for field evaluation and measurement data output in a compact housing. Whether it be mobile or stationary, automation, monitoring or safety applications – with scanning ranges up to 25 m and working ranges up to 270°, these sensors detect their environment over a wide area and precisely. Different surfaces and remission factors are no problem for them. Thanks to the patented HDDM/HDDM+ multi-pulse technology, the TiM detects the entire scanning range without gaps thereby ensuring a consistently high measurement quality. Ruggedly built and equipped with high quality connection technologies, they are suitable for demanding industrial applications in a variety of industries and fields. Easy installation and parameterization included.
From the TiM1xx base sensor to the TiM7xx high-end solution: The TiM 2D LiDAR sensors allow a customized and therefore cost-effective solution for almost any requirement. Whether as a compact data supplier for environment perception and object detection, for high flexibility in an industrial environment and building automation, or for mobile platforms such as autonomous mobile robots (AMRs), service robots and industrial trucks. Variants for specialized applications are also available: The TiM-S is designed for the protection of people in industrial environments and for safety-related mobile applications. And as the first programmable 2D LiDAR sensor, the TiM-P makes it possible to implement highly tailored solutions.
The TiM 2D LiDAR sensors scan their environment using the state-of-the-art optical time-of-flight measurement method, the so-called time-of-flight (TOF) technology. This involves sending out laser pulses via a rotating mirror and detecting their reflection. The longer it takes for a laser pulse to arrive back at the sensor, the further away the detected object is. This combined with the strength of the incoming signal allows the position of objects in space to be determined with millimeter accuracy. The TiM updates this representation of its surroundings up to 15 times per second, thereby allowing real time orientation, navigation and control.
The TiM 2D LiDAR sensors differ not only in their performance range but also with regard to their integrated application. While TiM1xx and TiM3xx perform field evaluation only, TiM2xx and TiM5xx offer measurement data output. TiM7xx includes both in one device and is therefore very versatile.
FEATURES
- Sensing range up to 25 m
- Working range up to 270°
- Angular resolution of 1° to 0.33°
- HDDM/HDDM+ technology for seamless detection of small objects
- High ambient light immunity up to 80,000 lx
- Enclosure rating up to IP67
- Standardized communication interfaces
- Very low power consumption
BENEFITS
- Suitable for a variety of industrial applications due to the integrated field evaluation or measurement data output
- Compact design for easy integration into applications where the installation space is limited, for example in AGVs and AMRs
- Ideal for demanding applications thanks to the rugged housing design up to IP67
- Great cost effectiveness thanks to high performance with moderate investment and operating costs
- Fast, intuitive commissioning and configuration via the SOPAS ET software from SICK
- Low implementation costs due to standardized sensor telegrams and integration tools such as a ROS driver
