| Parameter | Value / Range | |--------------------------|----------------------------------------| | Measurement principle | Time‑of‑Flight (ToF) laser, class 1 | | Measuring range | 0.05 m to 50 m (reflectivity > 90%) | | Accuracy | ±1 mm (typical), ±3 mm (max) | | Resolution | 0.1 mm | | Sampling rate | Up to 250 Hz | | Output interfaces | RS‑485, 4‑20 mA, 2 x digital I/O | | Communication protocol | Modbus RTU, CANopen (optional) | | Supply voltage | 12–30 VDC | | Power consumption | < 2.5 W | | Operating temperature | –40 °C to +85 °C | | Protection class | IP67 (with mating connector) | | Housing material | Anodized aluminum + PMMA window | | Dimensions (L x W x H) | 75 x 45 x 32 mm | | Weight | 210 g |
Based on technical data from DeviceSpecifications and Kalvo, the device features:
Further research could focus on:
If you are looking to resolve a technical issue or source a specific component related to this code, sharing a bit more context can help narrow things down. If you'd like, let me know: lsw315ffff1057
Overhead conveyor systems use the to detect box dimensions and verify stack height. The sensor’s immunity to dust and changing light (from LED or natural sources) eliminates false triggers that plague ultrasonic alternatives.
Need to purchase or request a sample? Contact authorised distributors or the manufacturer’s sales team for volume pricing and lead times. The LSW315FFFF1057 is stocked globally and typically ships within 48 hours.
The alphanumeric code belongs to a class of highly specialized components, often seen in industrial automation, specialized electronics manufacturing, or advanced computing hardware. Need to purchase or request a sample
Several theories have emerged regarding the meaning of "lsw315ffff1057". Some speculate that it might be:
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Given the two distinct and unrelated findings—hardware components and a sound card identifier—it is almost certain that lsw315ffff1057 is . No electronic component manufacturer or computer hardware company would issue such a combination. So, what is it? Here are the most plausible explanations: The alphanumeric code belongs to a class of
The trailing digits generally serve as the specific serial increment, database index sequence, or unique node ID. This ensures that even if thousands of devices belong to the LSW315 family under the FFFF sub-mask, the system can instantly isolate this exact record. Common Environments for LSW315FFFF1057
: Used by developers to identify specific software builds for regional variants.