CartEye-safe laser rangefinder modules from ERDI TECH include 1535 nm, 1064 nm and 905 nm solutions for UAVs, EO/IR payloads and LiDAR systems. Request OEM/ODM specifications.
ER100 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
Compare specifications →ER200 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER300 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER400 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER500 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER800 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER900 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER2000 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
Compare specifications →ER4000 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER8000 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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ER10000 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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MINI-100 is a pulsed erbium-glass laser source in the 1535 nm family. Explore model specifications, operating conditions, optical principles, beam definitions and references.
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LRF0105C is a 1535 nm pulsed distance-measurement module. Review its model-specific specifications, measurement conditions, technical principles and source documents. Internal component identities require confirmation.
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LRF0305C 1535 nm pulsed laser rangefinder with MINI-100 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF0306C 1535 nm pulsed laser rangefinder with MINI-100 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF0310C 1535 nm pulsed laser rangefinder with ER100 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF0405C 1535 nm pulsed laser rangefinder with ER200 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF0609C 1535 nm pulsed laser rangefinder with ER200 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF0610C 1535 nm pulsed laser rangefinder with ER200 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF0612C 1535 nm pulsed laser rangefinder with ER200 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF0815C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
Compare specifications →LRF0816C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
Compare specifications →LRF0818C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF1017C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF1221C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF1222C is a 1535 nm pulsed distance-measurement module. Review its model-specific specifications, measurement conditions, technical principles and source documents. Internal component identities require confirmation.
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LRF1525C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF1829C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF1830C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
Compare specifications →LRF1831C 1535 nm pulsed laser rangefinder with ER300 source and APD-A13B001 receiver reference. Review model specifications, test conditions and interfaces.
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LRF10VB is a compact 940 nm direct time-of-flight sensor specified for 0.05-9 m at 90% target reflectivity, 50 Hz output, UART communication and a 4.5-5.5 V DC supply.
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LRF22VB is a compact 905 nm direct time-of-flight sensor specified for 0.05-20 m at 90% reflectivity and 0.05-10 m at 10% reflectivity. The V3.0 document specifies selectable output rates up to 200 Hz, UART/IIC communication and a 3.0-3.6 V DC supply.
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LRF50H is a 905 nm direct time-of-flight ranging module specified for 0.05-50 m at 90% reflectivity and 0.05-15 m at 10% reflectivity. Its V3.0 document specifies 20 Hz-10 kHz operation with 1 kHz default, UART communication and a 9-36 V DC input.
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LRF50VB is a compact 905 nm direct time-of-flight sensor specified for 0.05-50 m at 90% reflectivity and 0.05-20 m at 10% reflectivity. Its V3.0 document states 100 Hz output, UART/IIC communication and a 3.3-5 V DC supply.
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LRF100H is a 905 nm direct time-of-flight module specified for 0.05-100 m at 90% reflectivity and 0.05-30 m at 10% reflectivity. Its V2.0 document specifies 20 Hz-10 kHz operation with 1 kHz default, UART/IIC communication and a 9-36 V DC input.
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LRF200H is a 905 nm direct time-of-flight module specified for 0.05-200 m at 90% reflectivity and 0.05-70 m at 10% reflectivity. Its source document specifies 20 Hz-10 kHz operation with 1 kHz default, UART/IIC communication and a 9-36 V DC input.
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LRF300H is a 905 nm direct time-of-flight module specified for 0.05-300 m at 90% reflectivity and 0.05-100 m at 10% reflectivity. Its V2.0 document specifies automatic 1 kHz/50 Hz selection according to reflected-signal intensity, UART/IIC communication and a 9-36 V DC input.
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LRF600H is a 905 nm direct time-of-flight module specified for 0.05-600 m at 90% reflectivity and 0.05-200 m at 10% reflectivity. Its V2.0 document specifies automatic 1 kHz/50 Hz selection according to reflected-signal intensity, UART/IIC communication and a 9-36 V DC input.
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The LR1000D23 laser ranging module is a professional long-range laser distance sensor designed to deliver reliable, high-accuracy measurement performance for industrial, outdoor, and commercial applications.
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LR1000E2 is a compact 905 nm laser ranging module with a 4–1000 m standard measurement range, an adaptive measurement update rate of 3–10 Hz, and UART-TTL communication for OEM integration.
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LR1000E4 is a compact 905 nm laser ranging module with a 4–1000 m standard measurement range, an adaptive measurement update rate of 3–10 Hz, and UART-TTL communication for OEM integration.
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Compact 3–1000 m ranging module with single-photon reception, laser indication and a 3.3 V TTL serial interface for OEM integration.
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LR1200D23 laser distance sensor delivers stable, high-accuracy measurement for industrial and outdoor systems, with IP67 lens protection for demanding environments. View specifications.
Compare specifications →LR1200E2 is a compact 905 nm laser ranging module with a 4–1200 m standard measurement range, an adaptive measurement update rate of 2–10 Hz, and UART-TTL communication for OEM integration.
Compare specifications →LR1200E4 is a compact 905 nm laser ranging module with a 4–1200 m standard measurement range, an adaptive measurement update rate of 2–10 Hz, and UART-TTL communication for OEM integration.
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LRF1200A1 is a 905 nm laser rangefinder module with a 5–1200 m building-target range, 1–3 Hz measurement rate, and 3.3 V TTL-level UART in a Ø23 × 40 mm cylindrical format.
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SPD1200N0 is a compact 905 nm laser ranging module with a 0.2–1200 m source-table ranging distance. The source documents UART-TTL communication and a circular housing specific to this model.
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SPD1200N2 is a compact 905 nm laser ranging module with a 0.2–1200 m source-table ranging distance. The source documents UART-TTL communication and a model-specific square housing.
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SPD1200N4 is a compact 905 nm laser ranging module with a 0.2–1200 m source-table ranging distance. The source documents UART-TTL communication for model-specific integration review.
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SPD1200S2 laser ranging module combines full-range distance detection, a compact square design and a resin aspherical lens for stable transmission and easy system integration. View specifications.
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SPD1200Z2 laser ranging module is a high-performance, ultra-light sensor designed for full-range distance detection. Equipped with an aspherical lens for stable light transmission...
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Compact 0.1–1200 m pulsed time-of-flight ranging with SPAD-based single-photon reception, configurable inertial angle reporting, and relative 3D point-to-point measurement.
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LR1500D23 laser ranging module is a high-performance long-range laser distance sensor, featuring an extended ranging range of 4m-1500m and ±1m standard accuracy.
Compare specifications →LR1500E2 is a compact 905 nm laser ranging module with a 4–1500 m standard measurement range, an adaptive measurement update rate of 2–10 Hz, and UART-TTL communication for OEM integration.
Compare specifications →LR1500E4 is a compact 905 nm laser ranging module with a 4–1500 m standard measurement range, an adaptive measurement update rate of 2–10 Hz, and UART-TTL communication for OEM integration.
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LRF1500H is a 905 nm direct time-of-flight module specified for 0.05-1500 m at 90% reflectivity and 0.05-300 m at 10% reflectivity. Its V2.0 document specifies automatic 1 kHz/50 Hz selection according to reflected-signal intensity, UART/IIC communication and a 9-36 V DC input.
Compare specifications →LR2000E2 is a compact 905 nm laser ranging module with a 4–2000 m standard measurement range, an adaptive measurement update rate of 2–10 Hz, and UART-TTL communication for OEM integration.
Compare specifications →LR2000E4 is a compact 905 nm laser ranging module with a 4–2000 m standard measurement range, an adaptive measurement update rate of 2–10 Hz, and UART-TTL communication for OEM integration.
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LRF3000A1 is a 905 ± 10 nm laser rangefinder module rated for at least 3000 m on a 70%-reflectivity building target in clear weather with visibility ≥4 km, with normal and long-range measurement modes.
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LDR20K1 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LDR25K1 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LDR40K1 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LDR40K3 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LDR60K1 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LDR80K1 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LDR80K2 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LR120K1 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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LR160 is a 1064 nm laser product. Review its model-specific source documents, specification notes, general terminology and laser-safety information. Unresolved source entries are explicitly identified.
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