SICK TIM310-1030000S02

As a mid-range industrial LiDAR, the SICK TIM310-1030000S02 delivers reliable, high-precision distance measurement and environmental sensing capabilities for a wide range of automation applications, from mobile robot navigation to industrial safety zone monitoring.

Floating Light Automation maintains long-standing strategic partnerships with authorized SICK distributors, ensuring a consistent global supply of genuine TIM310-1030000S02 sensors. We stock most common specifications; standard orders are delivered within 2–3 business days, and bulk supplies can be arranged to meet specific project requirements.

Key Technical Specifications

Core Application Scenarios

· Autonomous Mobile Robot (AMR) and Automated Guided Vehicle (AGV) navigation and obstacle avoidance

· Industrial automation area monitoring and intrusion detection

· Warehousing logistics cargo volume detection and position detection

· Intelligent parking space detection and management

· Service robot environment mapping and navigation

· Building automation and smart security perimeter protection

Comparison with Other TIM310 Series Models

To help you select the most suitable SICK TIM310 LiDAR for your project, we have compiled a comparison of the most popular models in the TIM310 series:

From the comparison above, you can see that TIM310-1030000S02 has the best all-around performance for most automation application scenarios: its 10m standard range meets the needs of most indoor mobile robot navigation, while the Ethernet interface is compatible with most modern automation control systems, making integration much easier than older CAN bus versions.

For small-sized service robots with limited installation space and range requirements, the 3m-range TIM310-3100000S02 is a more cost-effective alternative, but for most commercial and industrial projects, TIM310-1030000S02 is the optimal choice that balances performance and budget.

Recommended Matching Solutions

For AMR/AGV Navigation Projects

We recommend matching 2 units of SICK TIM310-1030000S02 installed on the front and rear of the mobile robot, to achieve 360° full coverage of surrounding environment.

This matching scheme eliminates blind spots during two-way movement, greatly improving the safety of autonomous navigation.

For customers who also need safety area protection, you can match one TIM310 for navigation and one SICK microScan3 safety LiDAR for compliance with ISO 13849 safety standards.

If your project has a limited budget, one TIM310-1030000S02 installed on the front of the robot can meet the navigation needs of single-direction movement AGVs.

For Warehouse Area Monitoring Projects

For dynamic storage area boundary monitoring, we recommend matching multiple TIM310-1030000S02 sensors to cover overlapping areas, with data fusion through your central control system to achieve full coverage of large warehouses.

For small and medium-sized warehouses of less than 200 square meters, 2-3 units can achieve seamless coverage, with lower installation and maintenance costs compared to traditional security grating systems.

For Intelligent Parking Projects

For above-ground parking space detection, one TIM310-1030000S02 can cover 8-10 parking spaces when installed at a height of 2.5-3 meters, making it a very cost-effective solution compared to installing one parking sensor per space.

We recommend matching the sensor with our optional IP65-rated installation bracket to simplify on-site installation and adjustment.

Why Choose Floating Light Automation for Your SICK Sensor Needs

As an authorized industrial automation product distributor focused on the global market, Floating Light Automation has more than 8 years of experience in supplying SICK sensors.

We not only provide original genuine TIM310-1030000S02 sensors with competitive pricing, but also provide professional pre-sales consultation and after-sales technical support to help you complete product selection, integration and debugging.

For global customers, we support multiple payment methods and provide DHL, FedEx and other international shipping services, with door-to-door delivery available for most regions.

If you need a quotation, samples or technical documentation for TIM310-1030000S02, please contact our sales team through the website contact form, and we will reply to you within 24 working hours.

Supply and Inventory Guarantee

Unlike small distributors that rely on intermediate cross-ordering, Floating Light Automation has established a stable supply chain system for SICK industrial sensors:

We hold a monthly stock of over 50 units of TIM310 series sensors, including the SICK TIM310-1030000S02 core model.

For bulk project orders (over 50 units), we can arrange direct delivery from SICK's regional warehouse within 7-10 working days, with all products guaranteed to be 100% original genuine with full factory warranty.

All TIM310-1030000S02 sensors sold by us come with 12-month manufacturer warranty, and we provide free technical support for product debugging and integration.

For customers with long-term project needs, we can offer exclusive reserved inventory services to avoid delivery delays caused by global chip shortages or supply chain fluctuations.

FAQ

Q: Is the SICK TIM310-1030000S02 a detection-type or measurement-type sensor?

A: The TIM310-1030000S02 is a detection-type sensor. It primarily reports detection results (such as an object entering a specific zone) via switching outputs, rather than outputting continuous measurement data like the TIM5xx series.

It is suitable for applications involving presence/absence detection, such as area protection and collision avoidance.

Q: What precautions should be taken when using the USB port?

A: When using the USB port, keep the device away from moisture and dust.

To maintain the IP65 protection rating, ensure the black rubber cover is securely closed after use.

Q: How do I configure zone sets?

A: Configure them using the SOPAS software:

1. Connect the PC to the sensor (via Micro USB).

2. Define the shape, size, and position of each zone set within the SOPAS software.

3. Write the configuration to the sensor.

4. Switch between zone sets using switching input signals.