- 40-meter detection range Measures distances from 0.1 m to 40 m with ±3 cm absolute accuracy, providing the coverage needed for SLAM navigation in large factory halls and warehouse spaces.
- 270° scanning angle, 0.1° resolution Wide-angle scan with fine angular resolution produces dense 2D point data for precise laser SLAM localization and safety zone monitoring.
- M12 connector for easy interchangeability Standardized M12 circular connector allows tool-free replacement, reducing maintenance downtime in multi-robot fleet deployments.
- IP65 rated for industrial environments Dust-tight and water-jet-resistant enclosure enables reliable operation in demanding indoor industrial and logistics settings.
- 108 kHz light-emitting frequency High light-emitting frequency maintains scanning performance under bright ambient light conditions up to 80 kLux, reducing false readings in naturally lit facilities.
- Compact 60 × 60 × 86 mm body, 280 g Small form factor and low mass simplify installation on space- and weight-constrained mobile robot platforms and AGV chassis.
Description
The SEER Robotics H1E0-02C is a compact 2D navigation LiDAR sensor developed for autonomous mobile robots, AGVs, and industrial automation platforms requiring reliable, long-range scanning for SLAM-based localization. With a measurement range of up to 40 meters, a 270° scanning angle, and absolute accuracy of ±3 cm, it provides the coverage and precision needed for AMRs navigating large warehouse floors, factory halls, and logistics centers. A 30 Hz scanning frequency with 0.1° angular resolution ensures dense, real-time scan data for navigation algorithms and safety monitoring systems.
The H1E0-02C is engineered for practical industrial integration: its compact 60 × 60 × 86 mm body and M12 circular connector support straightforward mounting and tool-free interchangeability, simplifying maintenance in fleet environments. An IP65 ingress protection rating and operating temperature range of −10°C to 50°C make it suitable for a wide range of indoor industrial conditions. Light-emitting frequency reaches 108 kHz for strong performance under challenging ambient light conditions up to 80 kLux, and total power consumption of ≤8 W keeps thermal and electrical load on the host platform low. The H1E0-02C integrates into the SEER Robotics peripheral ecosystem and is compatible with broader AMR, AGV, and robot-building projects.
Features
Specs
| Brand | SEER Robotics |
|---|---|
| Model | H1E0-02C |
| Product Name | 2D Navigation Lidar |
| Dimensions (L×W×H) | 60 × 60 × 86 mm |
| Weight | ~280 g |
| Wavelength | 905 nm |
| Laser Safety Level | Class I |
| Laser Channels | 1 |
| Scanning Angle | 270° (−45° to 225°) |
| Scanning Frequency | 30 Hz |
| Angular Resolution | 0.1° |
| Measurement Range | 0.1 m to 40 m |
| Absolute / Repeat Accuracy | ±3 cm |
| Power Consumption | ≤8 W |
| IP Rating | IP65 |
| Ambient Light Tolerance | ≥80 kLux |
| Working Temperature | −10°C to 50°C |
Industries
Frequently Asked Questions
The SEER Robotics H1E0-02C is priced on request. Contact us for current pricing and a tailored quote for your market.
The H1E0-02C is a 2D navigation LiDAR sensor used for laser SLAM-based localization in autonomous mobile robots, AGVs, and industrial automation platforms operating in factories, warehouses, and logistics centers.
It provides a 40-meter measurement range with ±3 cm accuracy across a 270° scanning angle at 30 Hz and 0.1° angular resolution, offering the coverage and precision required for reliable AMR and AGV navigation in large industrial spaces.
It is designed for industrial, warehouse, and logistics automation environments where 2D LiDAR-based SLAM navigation is required on mobile platforms operating in large, high-ambient-light indoor settings.
Yes, Robotix Market ships the SEER Robotics H1E0-02C worldwide. The product is covered by the manufacturer's warranty as provided by SEER Robotics.
Pricing is quotation-based. Contact Robotix Market through the website's inquiry form and our team will provide pricing, lead time, and integration guidance for your AMR or AGV project.
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