SICK TIM310-1130000 2D LiDAR Sensor with 270° Scanning Angle
The SICK TIM310-1130000 2D LiDAR sensor is a compact laser scanning solution designed for precise indoor area monitoring and navigation tasks. With a wide 270° scanning angle and fine 1° angular resolution, it captures reliable distance data across its full field of view. Using advanced HDDM+ measurement technology, the sensor maintains stable performance even on dark or low-reflective surfaces. Its small footprint, low power consumption, and robust IP65 housing make it well suited for installations where space, durability, and consistent detection accuracy are essential.
The SICK TIM310-1130000 helps system designers achieve dependable spatial awareness in automated environments by delivering fast and repeatable 2D scan data. Its high scan rate supports smooth navigation and timely obstacle detection for mobile robots, while configurable monitoring fields allow adaptation to changing layouts. Integrated digital inputs and outputs simplify system integration, reducing external control complexity. Built for long-term operation, the sensor withstands vibration, shock, and ambient light interference, enabling stable performance in logistics systems, production lines, and indoor robotic applications where reliability directly impacts productivity.
Why SICK TIM310-1130000?
The SICK TIM310-1130000 stands out because it delivers wide-area perception in a remarkably compact and energy-efficient design. Its 270° field of view captures more of the surrounding environment with fewer sensors, simplifying system architecture. Combined with stable measurement performance on challenging surfaces and flexible configuration options, it gives engineers a reliable foundation for building scalable indoor automation systems without adding unnecessary complexity or cost.
What problem does it solve?
The SICK TIM310-1130000 solves the challenge of reliably understanding space in dynamic indoor environments. Traditional sensors often struggle with blind spots, inconsistent readings, or slow response times. This LiDAR sensor provides continuous, accurate distance data across a broad angle, enabling machines to detect obstacles, define monitoring zones, and navigate safely. As a result, it reduces collision risks, improves process flow, and supports smarter, more autonomous operation in modern industrial and robotic systems.
Key Features & Specifications – SICK TIM310-1130000: Part No. 1056550
| Feature | Details | Benefit |
|---|---|---|
| Measurement Technology | HDDM+ (High Definition Distance Measurement) | Stable and repeatable measurements, even on low-reflective objects |
| Scanning Angle | 270° horizontal | Wide field coverage reduces blind spots and sensor count |
| Angular Resolution | 1° | Fine spatial resolution for precise obstacle detection |
| Scanning Frequency | 15 Hz | Fast updates support responsive navigation and control |
| Working Range | 0.05 m to 4 m | Suitable for close-range detection and indoor navigation |
| Typical Detection Range | 2 m at 10% remission | Reliable performance on dark or matte surfaces |
| Response Time | Typical 67 ms | Enables quick system reactions and safer operation |
| Configurable Monitoring Fields | Up to 16 field triples (48 fields) | Flexible zone definition for dynamic layouts |
| Integrated Field Evaluation | On-device processing | Reduces controller load and system latency |
| Digital Inputs | 4 | Supports external triggers and system logic |
| Digital Outputs | 3 PNP + device-ready signal | Simple integration with PLCs and controllers |
| Interface | Micro USB (service and parameterization) | Easy setup, diagnostics, and configuration |
| Supply Voltage | 9 V DC to 28 V DC | Compatible with common industrial power systems |
| Power Consumption | Typical 4 W | Energy-efficient for mobile and fixed installations |
| Enclosure Rating | IP65 | Reliable operation in dusty industrial environments |
| Housing & Design | Compact, lightweight (150 g) | Easy mounting on AGVs, robots, and machinery |
| Ambient Light Immunity | Up to 80,000 lux | Stable operation under strong indoor lighting |
| Operating Temperature | –10 °C to +50 °C | Suitable for most indoor industrial conditions |
| MTBF | Over 100 years | Designed for continuous, maintenance-friendly operation |
Download SICK TIM310-1130000 (1056550) Datasheet
Commercial Information – SICK TIM310-1130000
| Commercial Data | Details |
|---|---|
| EAN Number | 4047084230011 |
| Weight | 420 g |
| Country of Origin | Malaysia |
The Applications
1. Autonomous Mobile Robot Navigation in Warehouses
In busy warehouse environments, autonomous mobile robots must move safely among workers, shelving, and constantly changing obstacles. The TIM310-1130000 is used on compact mobile platforms to provide a wide 270° view of the surrounding area, reducing blind spots during turns and tight maneuvers. Its fast scan rate allows the robot to update its path continuously, even in narrow aisles. Stable distance measurement on dark pallets, tires, and floor markings helps maintain consistent localization, reducing unnecessary stops and improving overall transport efficiency in intralogistics operations.
2. Virtual Safety and Presence Monitoring on Conveyor Lines
Conveyor systems often require monitoring zones where physical barriers are impractical. This LiDAR sensor is applied to create virtual detection areas along conveyor paths, identifying objects, misplaced products, or unexpected intrusions. Configurable monitoring fields allow engineers to focus detection only where it is needed, minimizing false triggers. On-device field evaluation reduces controller workload, enabling faster reactions to jams or misaligned items. The result is smoother conveyor operation, reduced downtime, and improved protection of equipment without restricting material flow.
3. Position and Envelope Monitoring in Compact Machinery
In compact packaging and assembly machines, space is limited and moving parts operate at high speed. The TIM310-1130000 is used to monitor movement envelopes and component positions in real time. Its fine angular resolution supports accurate contour detection, even when components are close to the sensor. The ability to detect objects at very short distances helps prevent collisions and mechanical stress. This approach improves machine reliability while allowing designers to modify layouts or tooling without redesigning the entire sensing system.
4. Indoor Robotics for Research and Service Applications
Indoor research and service robots must react immediately to unexpected obstacles while operating in controlled environments. This LiDAR sensor is commonly chosen for such platforms due to its lightweight design and low power requirements. Fast response times support real-time obstacle avoidance, while consistent measurement performance ensures reliable data for mapping and localization. By delivering dependable spatial awareness across different surface types and lighting conditions, the sensor helps developers focus on software development rather than compensating for inconsistent sensor behavior.
Related Products & Accessories
| Category | Model Name | Part Number | Benefits |
|---|---|---|---|
| Mounting System | Mounting Kit with Shock Absorber | 2086074 | Reduces vibration impact and improves measurement stability on mobile or moving platforms |
| Service & Configuration Cable | USB 2.0 Cable, Micro-B to USB-A | 6036106 | Simplifies parameterization, diagnostics, and commissioning during setup |
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