ISU58-14TRAJ-T6

ISSR 58kHz Ultrasonic Low-Frequency Ranging and Obstacle Avoidance Transducer

Features:

58kHz ultrasonic ranging, obstacle avoidance, and reversing radar probe

  • Waterproof and airtight products
  • Integrated transceiver
  • Ultrasonic ranging and automotive reversing collision avoidance devices, etc.
  • High bandwidth, high sensitivity, good signal-to-noise ratio, simple structure, reliable operation, and lightweight

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Product Information

ISU58-14TRAJ-T6

58kHz Low-Frequency Ranging and Obstacle Avoidance Ultrasonic Transducer

58kHz Ultrasonic Sensor, Obstacle Avoidance Transducer, Low Frequency Piezo Sensor, Ultrasonic Ranging Module, AGV Collision Sensor, Waterproof Parking Sensor, Industrial Distance Sensor

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The 58kHz Ultrasonic Transducer is an industrial-grade, low-frequency acoustic sensor engineered for critical ranging and detection tasks. Unlike standard high-frequency sensors that struggle in volatile conditions, this 58kHz low-frequency sensor offers superior penetration capabilities, making it the ideal solution for complex outdoor and industrial environments.

Designed with a robust, fully sealed housing, this transducer functions as both a transmitter and receiver (transceiver). It delivers high sensitivity and a wide bandwidth, ensuring stable data acquisition even in the presence of dust, humidity, or acoustic interference. Whether you are developing Automated Guided Vehicles (AGVs) or advanced parking assistance systems, this component provides the reliability required for safety-critical applications.

Key Technical Advantages
Enhanced Environmental Penetration: Operating at a lower frequency (58kHz ±1kHz) allows sound waves to bypass small airborne particles, reducing false positives in dusty or foggy conditions compared to 40kHz or higher frequency alternatives.
IP67 Waterproof & Dustproof Design: The integrated sealed structure ensures durability against moisture ingress, suitable for exposed automotive and outdoor industrial mounting.
High Signal-to-Noise Ratio (SNR): Optimized piezoelectric ceramics minimize background noise, allowing for precise detection of soft or irregular objects.
Minimised Blind Zone: Advanced acoustic matching layer technology effectively reduces the ringing time, providing better short-range detection capabilities.

Applications and Use Cases
This ultrasonic ranging sensor is versatile and widely adopted in sectors requiring non-contact measurement:

AGV & Robotics: Critical for collision avoidance systems in autonomous mobile robots, ensuring safe navigation in warehouses.
Automotive Safety: Functions as a core component in reversing radars and parking assist systems, detecting bollards, pedestrians, and walls.
Industrial Automation: Used for liquid level sensing in tanks or presence detection on conveyor belts where optical sensors fail due to transparency or lighting issues.
Smart Parking: Integration into IoT parking nodes to detect vehicle occupancy in outdoor lots.

Why Choose Our 58kHz Sensor?
We prioritize consistency and longevity. Every transducer undergoes rigorous testing for impedance and frequency stability before shipment. By balancing low power consumption with high acoustic pressure output, our sensor extends the battery life of IoT devices while maintaining long-range detection accuracy.

Specification

Item Technical Specifications
Name Ultrasonic Transducer
Model ISU58-14TRAJ-T6
Frequency 58±1 (KHZ)
Minimum Impedance ≥100MΩ
Capacitance 2000pF±15% @1KHZ
Sensitivity Distance: 1.5m, echo sensitivity comparison with lower limit sample
Operating Voltage Maximum drive voltage 150Vp-p
Operating Temperature -40 ~ +80℃
Angle X-axis: 90±10 (°), Y-axis: 45±10 (°)
Housing Material Aluminum
Application Distance measurement
Wiring Instructions White wire: Transducer +, Black wire: Transducer -

External dimensions / Test waveform diagram

Typical Applications

 ISU58-14TRAJ-T6 58kHz Ultrasonic Low-Frequency Ranging and Obstacle Avoidance Transducer application

This low-frequency ultrasonic transducer can be applied to the environmental perception and obstacle avoidance system of intelligent service robots, detecting people or obstacles in front of them in real time, assisting the robot to avoid obstacles safely, and achieving efficient human-machine collaboration.