LR1000E2
Compact 905 nm module with a published 4–1,000 m measuring range and UART-TTL output.
- Published range
- 4–1,000 m
- Catalog price
- $120 USD / unit
905 nm source-linked selection system
Move from target material, visibility and update rate to a three-model shortlist. Every result keeps its published source attached for engineering review.
24 source-linked records Published values remain traceable Human-reviewed RFQ handoff
LRF1200A1 · REAL CATALOG IMAGE
Interactive propagation field · visual model only · not a performance test
01 Requirement engine
Choose a product group and the minimum published range. The remaining details help Tommy check target performance, integration and quotation requirements.
02 Source field
Browse all 24 catalog models or filter by product group. Open the manufacturer source for the published specifications.
Compact 905 nm module with a published 4–1,000 m measuring range and UART-TTL output.
Compact 905 nm module with a published 4–1,000 m measuring range and UART-TTL output.
905 nm module with a published 4–1,200 m measuring range and UART-TTL output.
905 nm module with a published 4–1,200 m measuring range and UART-TTL output.
Published building-target range: 5–1,200 m. Interface: TTL-level UART.
Published maximum range: at least 1,200 m under the target conditions stated in the source. Interface: UART-TTL.
Compact circular module with a published 0.2–1,200 m range and UART-TTL interface.
Compact square module with a published 0.2–1,200 m range and UART-TTL interface.
Compact module with a published 0.2–1,200 m range and UART-TTL interface.
Compact module with a published 0.1–1,200 m range and UART-TTL interface.
Compact rectangular module with a published 4–1,500 m measuring range and UART-TTL output.
Compact rectangular module with a published 4–1,500 m measuring range and UART-TTL output.
905 nm module with a published 4–2,000 m range and UART-TTL interface.
905 nm module with a published 4–2,000 m range and UART-TTL interface.
Published maximum range: at least 3,000 m under the reflectivity and visibility conditions stated in the source.
V3.0 datasheet: 0.05–9 m at 90% reflectivity, 50 Hz, UART and 4.5–5.5 V DC. The datasheet lists 940 nm; the model remains in the manufacturer’s broader 905 nm category.
V3.0 datasheet: 0.05–20 m at 90% reflectivity and 0.05–10 m at 10% reflectivity. Up to 200 Hz, UART/IIC and 3.0–3.6 V DC.
V3.0 datasheet: 0.05–50 m at 90% reflectivity and 0.05–20 m at 10% reflectivity. 100 Hz, UART/IIC and 3.3–5 V DC.
V3.0 datasheet: 0.05–50 m at 90% reflectivity and 0.05–15 m at 10% reflectivity. 20 Hz–10 kHz, UART and 9–36 V DC.
V2.0 datasheet: 0.05–100 m at 90% reflectivity and 0.05–30 m at 10% reflectivity. 20 Hz–10 kHz, UART/IIC and 9–36 V DC.
Published range: 0.05–200 m at 90% reflectivity and 0.05–70 m at 10% reflectivity. 20 Hz–10 kHz, UART/IIC and 9–36 V DC.
V2.0 datasheet: 0.05–300 m at 90% reflectivity and 0.05–100 m at 10% reflectivity. Automatic 1 kHz/50 Hz selection, UART/IIC and 9–36 V DC.
V2.0 datasheet: 0.05–600 m at 90% reflectivity and 0.05–200 m at 10% reflectivity. Automatic 1 kHz/50 Hz selection, UART/IIC and 9–36 V DC.
V2.0 datasheet: 0.05–1,500 m at 90% reflectivity and 0.05–300 m at 10% reflectivity. Automatic 1 kHz/50 Hz selection, UART/IIC and 9–36 V DC.
Try a model number, application or range.
Ranges and prices are catalog values. Confirm target conditions, configuration, quantity, destination and lead time in the written quotation.
03 Decision chamber
Select up to three models. Their published range, price and source will be included in your inquiry.
04 Design-in packet
Ask for the current revision that matches the model and project configuration.
Published limits, test conditions and laser classification.
Check revisionEnvelope, datum, optical axis, connector and mounting points.
Check fitSupply, pinout, signal levels, protocol and timing.
Review before power-onTargets, distances, conditions, pass criteria and recorded results.
Agree before testing05 Human-reviewed handoff
Tommy Yu will review the target, range, interface and selected models, then reply with the next document or quotation needed.