top of page
PRODUCT DETAILS

Description

UNIT SONIC I2Cis anI2Cinterface ultrasonic distance sensor. This allows for easy I2C integration and multi-sensor operation using a single BUS, to save I/O resources. The module features an RCWL-9620 ultrasonic distance measurement chip with a 16mm probe, which the ranging accuracy can reach2cm-450cm(accuracy up to ±2%). It is ideal to apply in robotics obstacle avoidance, fluid level detection, and other applications that require you to perform measurements.

Product Features

  • RCWL-9620 Chip

  • I2C communication interface (addr: 0x57)

  • Measuring range: 2cm-450cm

  • Protective housing

  • Built-in temperature compensation, reduce the temperature drift

  • Support UIFlow platform

Includes

  • 1x Unit UNIT SONIC I2C

  • 1x HY2.0-4P cable (20cm)

Application

  • Robot Obstacle Avoidance

  • Fluid Level Detection

  • Sitting Posture Detection

Specifications


Specifications

Parameters

Ultrasonic Ranging Single Chip

RCWL-9620

Range

2cm-450cm

Probe Specifications

16mm

Receiving/Transmitting Frequency

40KHz

Receiving sensitivity

-65dB

Pointing angle

60°

Measurement accuracy

±2%

Working current

2mA

Net weight

10g

Gross weight

25g

Product size

56 * 24 * 15mm

Packing size

76 * 47 * 29mm

LEARN AND DOCUMENTS


Official Ultrasonic Distance Unit I2C (RCWL-9620)

SKU: d18deaf1-967f-4a12-8043-cc2d2326bf65
₪7.06Price
    • LinkedIn
    ModifyAI-Logo-W-T_edited.png

    With ModifyAI, you can enhance existing processes and construct new services, leading to significant savings in time, money, and manpower. Our innovative solutions are designed to streamline your workflows, increase efficiency, and drive sustainable growth.

    Contact Us

    Eli Horovitz St 12, Rehovot, Israel, 7608801

    +972-72-2121117

    • LinkedIn
    • Facebook
    • Whatsapp
    • TikTok
    • X
    Signup to our newsletter

    Stay ahead of the curve with the latest insights and updates from ModifyAI

    Thanks for subscribing!

    ©Copyright 2024 by ModifyAI. All Rights Reserved.

    bottom of page