Phase II Ultrasonic Portable Hardness Te

Features

• Capable of measuring the surface hardness of a broad variety of metals on flat, round, thin or large surfaces.

• These "state-of-the-art" portable hardness testers incorporate "Ultrasonic UCI" technology, which enables the hardness testing of very thin and small workpieces, which otherwise could not be tested accurately using a portable device.

• Non-destructive in it's function, these allow for the testing of highly sensitive or finished parts that previously could not be tested in an operational setting.

• The non-destructive (ndt) feature of these hardness testers allow the operator to accurately test parts without causing physical or structural damage that would normally lead to disposal or refinish of operators part.

• This series of portable hardness testers offers a model that include a dynamic probe for easy, quick hardness testing of parts with a mass greater than 5kg

Functions:

• Easy To Read Menu Operation

• Large LCD Display w/ Back Light

• USB Interface

• Automatic Conversions to: Brinell, Rockwell C, Rockwell B, Vickers and Leeb

• Automatic Mean Value

• Data Archive Capacity

UCI Hardness Testing Method

• MET-U1 and MET-UD

• A hardness testing method based on the measurement of the frequency shift of a resonating rod caused by the essentially elastic nature of the finite area of contact between the indenter and the test piece during the penetration. Described as a hardness testing practice using a calibrated instrument by pressing a resonating rod with a Vickers style Diamond indentor with a fixed force against the surface of the part to be tested.

Standard Accessories:

• Base Instrument

• 10N (1kgf) Hand-Held Probe - U1 & UD models

• Dynamic "D" Leeb Impact Device - UD model only

• Calibrated Test Blocks:
  Model MET-U1 2pc HRC Test Blocks
  Model MET-UD 2pc HRC Test Blocks 1pc Leeb Test Block

• USB Ouput Cable

• Custom Carry Case

• Battery Charger

• Operation Manual

LEEB Hardness Testing Method:

• MET-UD only

• This is a dynamic hardness test method using a calibrated instrument that impacts a spherically shaped carbide ball with a fixed velocity (generated by a spring force) onto a surface of the material under test. The ratio of the rebound velocity to the impact velocity of the impact body is a measure of the hardness of the material under test.