YDLIDAR TEA Single-Line Scanning Design

Looking for Ydlidar Tea Single Line? YDLIDAR TEA Single-Line Scanning Design is available at Zbotic with fast shipping across India.

The YDLIDAR TEA is a series of 2D LiDARs (hereafter referred to as TEA) that utilizes the Time of Flight (ToF) principle. Featuring a single-line scanning design, TEA can output up to 30k points of cloud data per second. It uses 905nm infrared excitation light along with a self-developed signal processing algorithm, making it suitable for outdoor applications.

The TEA series incorporates an industrial-grade interface that transmits point cloud data via network protocols, while the entire device is dustproof and waterproof, meeting the IP65 standard. Its compact structure ensures easy integration, and it provides a complete integrated development interface. TEA is widely used in applications such as robot navigation and obstacle avoidance, environmental scanning and mapping, industrial AGVs, assisted driving, and more.

Applications:

1. Robot navigation and obstacle avoidance
2. Industrial automation
3. Regional security
4. Smart Transportation
5. Environmental scanning and 3D reconstruction
6. Digital multimedia interaction
7. Robot ROS teaching and research

Features:

1. High-speed range and frequency range of 30kHz
2. Ranging repeat of high precision, good consistency
3. 300 degrees horizontal view
4. Maximum 30Hz scanning frequency can be configured
5. Strong resistance to ambient light interference
6. IP65 protection level of dustproof and waterproof
7. 100M adaptive network interface for data transmission

Specification

Package Includes:

1 x YDLIDAR TEA

DATASHEET

YDLIDAR TEA Single-Line Scanning Design Overview

The YDLIDAR TEA Single-Line Scanning Design is a compact 2D LiDAR sensor that uses Time of Flight (ToF) to generate up to 30,000 points of cloud data per second. Its IP65-rated, single-line scanning configuration and 905 nm infrared laser make it ideal for reliable outdoor distance measurement and obstacle detection.

Key Features of YDLIDAR TEA Single-Line Scanning Design

• Single-line scanning at 20 Hz for continuous 2D mapping
• Up to 30,000 ranging points per second via ToF principle
• 905 nm infrared laser excitation with custom signal processing algorithm
• IP65-rated dustproof and waterproof housing for outdoor durability
• 12 V supply, 2 W operating power with industrial-grade network interface
• Easy integration and fast shipping from Zbotic across India

Applications and Use Cases

• Outdoor perimeter security and intrusion detection
• Autonomous mobile robot obstacle avoidance
• Warehouse layout mapping and aisle monitoring
• UAV ground obstacle scanning during takeoff and landing
• Industrial vehicle proximity sensing in harsh environments

How to Use YDLIDAR TEA Single-Line Scanning Design

Connect the TEA sensor to a 12 V DC power source and your communication network (Ethernet). Install the provided SDK and drivers on your host controller, configure the network IP settings, then initialize the ToF scanning sequence to start receiving real-time point cloud data. Mount the compact unit securely and adjust its orientation for optimal field of view.

Why Buy from Zbotic?

• Genuine Products: All items sourced from authorized distributors
• Fast Shipping: Orders ship within 24 hours with tracking (non backordered products)
• Free Shipping: Free delivery on qualifying orders
• COD Available: Cash on Delivery, UPI, cards, net banking
• Technical Support: Expert help for setup and troubleshooting
• Easy Returns: Hassle-free replacement for defective products

Frequently Asked Questions

What data rate does the YDLIDAR TEA support?

The TEA delivers up to 30,000 ranging points per second at a 20 Hz scan rate, providing high-resolution 2D point cloud data for real-time mapping.

Is the TEA suitable for outdoor use?

Yes, the TEA features a 905 nm infrared laser and IP65-rated housing, making it resistant to dust and water spray for reliable outdoor operation.

How do I integrate the TEA into my system?

The sensor offers an industrial-grade network interface (Ethernet) and a complete development SDK. Simply connect power and network cables, install drivers, and use the API to start receiving point cloud data.

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