Interface
UART (3.3 V TTL) (Product technical table.)
Discuss integrationModel documentation
LRF2000AContact us for the current product views and configuration.
LRF A series · 905 nm ± 10 nm
905 nm Laser Ranging Module.
Built into your next design.
$140 USD / unitPublished unit price
The details
Read every value with its conditions. View the model documents for integration.
| Parameter | Specification & conditions |
|---|---|
| Laser wavelength | 905 nm ± 10 nmProduct technical table. |
| Maximum ranging distance | ≥2,000 m maximum on 70% reflective building targets; visibility >6 kmMaximum ranging distance; Product technical table. |
| Minimum ranging distance | 3 m on a 90% reflective white-board targetThe overview separately describes a 5–2,000 m span on 70% reflective building targets. These target conditions differ; do not combine the minimum and maximum into an unconditional 3–2,000 m claim. |
| Ranging accuracy | ±0.7 m (d ≤100 m; building targets)Only the consistent near-range value is retained. Above-100 m accuracy is omitted because the description and technical table use different coefficients. |
| Measurement frequency | 3 Hz when continuously measuring the same target; 2 Hz when switching between different targetsThe overview gives the broader 1–3 Hz interval. The target-dependent table wording is retained without promising a 1 Hz mode. |
| Interface | UART (3.3 V TTL)Product technical table. |
| Supply voltage | DC 3.3 ± 0.1 VProduct technical table. |
| Operating temperature | −20 to +60 °CProduct technical table. |
| Storage temperature | −25 to +75 °CProduct technical table. |
UART (3.3 V TTL) (Product technical table.)
Discuss integrationDC 3.3 ± 0.1 V (Product technical table.)
Discuss integrationLRF2000A 905 nm Laser Ranging Module
LRF2000A is a laser rangefinder module for industrial sensing, with a published test range of 2 km and a UART interface. Confirm target conditions, configuration and the controlled datasheet before integration.
LRF2000A is a 905 nm ranging module for industrial automation, robotics and civilian surveying instruments. The technical table specifies a maximum range of at least 2,000 m on 70% reflective building targets with visibility greater than 6 km. It uses a 3.3 V TTL UART interface and a DC 3.3 ± 0.1 V supply.
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