NM01T40432855

The DAKOTA NDT FCR5025T Non-Magnetic Single Element Contact Transducer is a versatile probe designed for ultrasonic thickness gauging on all metals. This transducer features a 1/4 inch diameter and operates at a frequency of 5 MHz, offering a good balance of sensitivity and resolution for a wide range of material thicknesses.

The Model – FCR5025T designation specifies a particular configuration within Dakota NDT's single element transducer line, likely optimized for general-purpose contact thickness measurements. It is equipped with a Microdot connector for reliable signal transmission and a side entry cable configuration, which can be advantageous in certain inspection setups where top entry might be inconvenient or obstruct access.

Key Features:

• Single Element: A single crystal design suitable for various thickness gauging applications.  

• Non-Magnetic: Constructed with non-magnetic materials, preventing interference in magnetic environments or when testing magnetic materials.

• Versatile Material Application: Compatible with thickness measurements on all metals.

• Optimal Size: 1/4 inch diameter provides a good balance between contact area and focusing.

• Mid-Range Frequency: 5 MHz offers a blend of penetration and resolution for general-purpose testing.

• Microdot Connector: Ensures a secure and reliable connection to ultrasonic instruments.

• Side Entry Cable: Offers flexibility in cable routing and transducer placement.

• Contact Transducer: Designed for direct contact with the test surface using an ultrasonic couplant.

Benefits:

• Wide Range of Applications: Suitable for thickness measurement on various metal types.

• Good Balance of Performance: 5 MHz frequency provides a versatile solution for many materials and thicknesses.

• Reliable Connection: Microdot connector ensures consistent signal transmission.

• Convenient Cable Routing: Side entry design offers flexibility in tight spaces.

• Durable Construction: Built to withstand the demands of industrial use.

Applications:

• General-purpose ultrasonic thickness gauging on metallic materials.

• Thickness measurement in manufacturing, quality control, and maintenance applications.

• Corrosion surveys on metallic structures.

• Inspection of pipes, tanks, and vessels made of various metals.

• Thickness measurement of machined parts and components.