Autosen Ultrasonic Sensors | Ultrasonic Level Switch

At IndMALL Automation, the range of Autosen Ultrasonic Sensors, engineered for precision and durability in demanding environments. These sensors, including models like AU015 and AU001, are designed for versatile applications from object detection to level measurement. Featuring adjustable settings via teach buttons and robust housing in materials like stainless steel and durable plastic, Autosen Ultrasonic Sensors provide reliable measurements in conditions such as dust and fog. They are suitable for a wide range of industrial applications, ensuring efficient operations with both analog and switchable outputs.

Autosen Ultrasonic Sensors: AU015

Model: AU015
Type: Ultrasonic sensor
Range: 200 to 2200 mm
Output: Analog (0…10 V) and switchable NO/NC
Features: Adjustable via teach button, wear-free operation
Applications: Ideal for detecting levels and objects with challenging optical properties
Housing: Robust stainless steel, M18 size

Autosen Ultrasonic Distance Sensor: AU001

Model: AU001
Type: Ultrasonic switch
Range: 40 to 300 mm
Output: Programmable NO/NC contacts
Housing: M18 stainless steel
Applications: Effective in environments with dust or fog

If you’re deciding on Autosen Ultrasonic Sensors, reviewing Autosen Photoelectric Sensors, Contrinex Ultrasonic Sensors and Autosen Inductive Sensor side by side helps validate cost efficiency and long-term supplier reliability.

Autosen Ultrasonic Level Switch: AU016

Model: AU016
Type: Ultrasonic sensor
Range: 40 to 300 mm
Output: Analog (4…20 mA), switchable NO/NC
Features: Programmable, adjustable via a teach button
Applications: Effective in detecting objects with difficult optical properties, even in dust or fog
Housing: Robust plastic, M18 thread

Autosen Ultrasonic Detector: AU004

Model: AU004
Type: Ultrasonic sensor
Range: 50 to 400 mm
Output: Analog (4…20 mA), switchable NO/NC
Features: Programmable, detects objects even in dust or fog, high-resolution sensing
Applications: Suitable for detecting levels and various objects in challenging conditions
Housing: Stainless steel, M18 thread

Autosen Ultrasonic Switch: AU002

Range: Detects within 60 mm to 800 mm.
Outputs: Offers NO/NC programmable outputs.
Connector: Includes a 4-pin M12 connector.
Configuration: Features easy programmability on-site or remotely.
Durability: Rated IP67 for water and dust resistance.
Indicators: Equipped with dual LED status indicators.

Buyers evaluating Autosen Ultrasonic Sensors often shortlist Di Soric Ultrasonic Sensors, Autosen Position Sensor and Autosen Capacitive Sensors, as these options are commonly used across similar plants and automation projects.

Ultrasonic Detector Autosen: AU003

Model: Ultrasonic switch AU003
Sensing range: 80 to 1200 mm
Outputs: Programmable NO/NC
Supply voltage: 10 to 30 V DC
Features: Short-circuit and overload protection
Durability: MTTF of 237 years
Housing: Stainless steel, robust for industrial use

Autosen offers a variety of ultrasonic sensors designed for efficient distance measurement and object detection in industrial applications. The ultrasonic sensors from Autosen, including models like the AU015 and AU016, feature robust housing and are suitable for challenging environments due to their durable construction and resistance to dust and moisture. These sensors utilize ultrasonic waves to measure distances accurately and are equipped with interfaces like IO-Link for enhanced connectivity and configuration. The product range caters to a wide array of applications, ensuring flexibility in installation and maintenance. This makes Autosen’s ultrasonic sensors ideal for industries needing reliable non-contact measurement solutions. For more details, visit Autosen’s Ultrasonic Sensors page.

Frequently Asked Questions

What is an ultrasonic sensor used for?

Ultrasonic sensors are used for non-contact detection, measuring the distance and velocity of an object. They emit ultrasonic waves and measure the time it takes for the echo to return, providing data for various applications such as level control, proximity detection, and object positioning. This technology is ideal for environments where contact sensors are impractical.

What are the two types of ultrasonic sensors?

There are two main types of ultrasonic sensors: the proximity detection type and the continuous measurement type. Proximity detection sensors are used to detect the presence or absence of an object, emitting a single pulse and waiting for the echo. Continuous measurement sensors, on the other hand, continuously emit pulses to track an object’s range or detect its level, such as in liquid level monitoring. Both types leverage ultrasonic waves to perform non-contact measurement.

What is an ultrasonic sensor in automotive?

In automotive applications, ultrasonic sensors are crucial for enhancing safety and driving assistance. These sensors monitor the vehicle’s surroundings by measuring distances to obstacles, making them essential for functions like parking assistance and collision avoidance systems. They operate by emitting ultrasonic waves and detecting the echoes reflected from nearby objects, thereby determining their proximity to the vehicle accurately. This capability is particularly useful in complex driving environments where precise maneuvering is required.

How to detect ultrasonic?

To detect ultrasonic waves, one can use a device like Kundt’s tube. This experimental setup involves transmitting ultrasonic waves through a tube containing a fine powder, such as lycopodium. As the waves propagate, they create standing waves, causing the powder to accumulate at the nodes, the points of minimum vibration. This accumulation visually demonstrates the presence and pattern of the ultrasonic waves, making it a practical method for studying and confirming their characteristics.