KERN Ultrasonic Probe 5 MHz, 8 mm

The Kern & Sohn ATB-US06 Ultrasonic Probe is engineered for precise ultrasonic thickness measurements and non-destructive testing applications. Operating at a frequency of 5 MHz with an 8 mm diameter transducer, this probe offers reliable performance across various materials. Constructed from durable aluminum, it ensures longevity and resistance to wear. With a lightweight design of approximately 50 g, the ATB-US06 is compatible with Kern & Sohn ultrasonic thickness gauges, providing accurate and consistent results in industrial and laboratory settings.

Key Features:

• Brand: Kern & Sohn
• Model: ATB-US06
• Frequency: 5 MHz
• Transducer Diameter: 8 mm
• Material: Aluminum
• Weight: Approximately 50 g
• Compatibility: Designed for use with Kern & Sohn ultrasonic thickness gauges
• Applications: Ultrasonic thickness measurement, non-destructive testing, material inspection

This ultrasonic probe is ideal for professionals seeking accurate thickness measurements in various industrial and laboratory applications.

Frequently Asked Questions

1. What is the Kern & Sohn Ultrasonic probe 5 MHz, 8 mm used for?

The ATB-US06 is designed for the intended laboratory application. The stated format and features make the product suitable for routine laboratory work within that application.

2. What are the main specifications of the ATB-US06?

The main specifications of the ATB-US06 are that the frequency is 5 MHz, the transducer diameter is 8 mm and the weight is Approximately 50 g. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the ATB-US06 suitable for the intended laboratory application?

Yes. The ATB-US06 is suitable for the intended laboratory application. The product is designed specifically for that type of work when its stated format and operating characteristics match the laboratory requirement.

4. What material is the ATB-US06 made from?

The ATB-US06 is made from Aluminum. Material is an important selection factor for durability and application suitability.