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Strength meters
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Strength Meter NOVOTEST IPSM (NEW GENERATION 2020)
Strength Meter NOVOTEST IPSM is an Ultrasonic Pulse Velocity (UPV) tester for finding defects in concrete products, bricks and other solid materials based on the analysis of the propagation of ultrasonic waves in the material. Two transducers are connected to the device (transmitter and receiver), during operation, the device gets the time of propogation ultrasonic waves between the transducers, having a fixed base (distance between the transducers), the device calculates the velocity of ultrasonic waves in the material, based on which it is possible to build a correlation with the testing parameter. The method allows users to evaluate such parameters as strength, density, elastic modulus, sound index and other parameters that have a correlation with the velocity of propagation of ultrasound in the material. The device meets the ASTM C597-16 (Standard Test Method for Pulse Velocity Through Concrete).
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Surface sounding probe for NOVOTEST IPSM
Probe is designed to operate with Strength meter NOVOTEST IPSM and Ultrasonic pulse velocity (UPV) testers (some other brands) for finding defects in concrete products, bricks and other solid materials based on the analysis of the propagation of ultrasonic waves in the material.
Additionally various probes allows to measure different parameters of concrete products such as density, strength, elastic modulus, sound index and other parameters that correlate with a propagation of ultrasound in the material.
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Through-sounding probes for NOVOTEST IPSM
Through sounding probes is designed to assess the internal quality and homogeneity of a material by measuring the ultrasonic pulse velocity through the entire thickness of the material.
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Concrete Rebound Hammer (Sclerometer) NOVOTEST MSh
Concrete rebound hammer (sclerometer) – is a device for concrete and other building materials strength testing. The engineer Ernst Schmidt invented the construction of the sclerometer.
The method is based on the impacting the impact plunger on the concrete surface with predetermined (normed) impacting energy and subsequent measuring of the height of the striker rebounding. The height of the striker rebounding will be proportional to the strength of concrete. The strength of concrete is determined with the calibration charts that are supplied with the instrument.
Concrete Rebound Hammer NOVOTEST MSh is very ease in operation, has good reliability of design and high measurement accuracy, so that this method is the most common method of measuring the strength of concrete in the world. The strength testing with the Concrete rebound hammer is correspond with ASTM C 805; ASTM D 5873 (for rock); DIN 1048, p. 2; ENV 206; EN 12 504-2; ISO / DIS 8045.
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Calibration anvil for Sclerometer
The anvil is specifically designed for verifying the technical characteristics of Concrete Rebound Hammer after every 1,000 impacts or once every three months.