Ultrasonic Distance Sensor for Robotics and Smart Bins

Product Information

ISUBE1000-F64-TTL5-VC-58

1M 58kHz Ultrasonic Distance Sensor with Dual-Angle Detection for Robotics and Smart Bins

Ultrasonic Sensor, Distance Measurement, Dual Angle, Temperature Compensation, Smart Bins, Robotic Obstacle Avoidance.

The ISUB1000-F64 TTL Ultrasonic Distance Sensor is engineered for precision distance measurement and obstacle avoidance applications, making it ideal for robotic systems and smart waste management solutions. It boasts a measurement range of 40mm to 1000mm with a dual-angle detection of 75° and 45°, ensuring versatility in various operational settings. The sensor is equipped with temperature compensation features, ensuring it maintains accuracy within a broad environmental spectrum, with operational temperatures ranging from -20°C to +70°C.
This sophisticated sensor operates with a TTL output interface, enabling seamless integration into existing systems, and features minimal blind spots at just 40mm, enhancing its reliability in crowded environments. Constructed with IP65 rating, it assures protection against dust and water, making it suitable for indoor and outdoor applications. With an easy installation process and robust design, the ISUB1000-F64 brings advanced capabilities to any automation project.

Specification

Specification	Details
Model	ISUB1000-F64-TTL-VC
Detection Range	40...1000mm
Blind Spot	40mm
Standard Target Plate	100mm×100mm
Angles	X=75°, Y=45°
Transducer Frequency	Approx. 58kHz
Response Delay	≤100ms
Operating Voltage	5...12V DC
No-Load Current	≤28mA
Output Type	TTL: TTL232 Interface
Resolution	10mm
Linearity	±2% of Full Scale
Repeatability	±1% of Full Scale
Temperature Drift	0.17%/ºC
Operating Temperature	-20...70℃
Storage Temperature	-40...85℃
Electromagnetic Compatibility	GB/T17626.2-2006; GB/T17626.4-2008
Protection Level	IP65
Connection Method	VC, Four-Core Cable

Electrical Connection / Overall Dimensions / Response Characteristic Curve

Typical Applications

The ultrasonic sensor is perfect for various distance measurement and obstacle avoidance scenarios. For instance, it can be utilized in smart bins to detect fill levels, ensuring timely collection while enhancing efficiency. This feature optimizes waste management, promotes resource conservation, and decreases operational costs.