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ÜRÜNLERİMİZ

(TAHRİBATSIZ) BETON ve YAPI TEST CİHAZLARI (SON TEKNOLOJİLER)

(J03;ULTRASONİK3) SES DALGALARI İLE ÖLÇÜM CİHAZI

(TAHRİBATSIZ) BETON ve YAPI TEST CİHAZLARI (SON TEKNOLOJİLER)

(J03;ULTRASONİK3) SES DALGALARI İLE ÖLÇÜM CİHAZI

Resmin tümünü görüntüle

(J03;ULTRASONİK3) SES DALGALARI İLE ÖLÇÜM CİHAZI

( FORE TEST CİHAZLARI İmalat San.ve Uluslararası Tic.A.Ş. )

(Made in USA)

(FR-J/U308) SES DALGALARI - SES YANKILANMASI İLE BETON ÖLÇÜM CİHAZI

-------------------------------------------------------

E-Meter MKII™
Determine resonant frequencies

For the determination of the resonant frequency of materials.

Principle
The principle used in the E-Meter Mk II™ is based upon the determination of the fundamental resonant frequency of vibration of a specimen generated by an impact and sensed by an accelerometer. The frequency spectrum is computed and displayed by the meter.

For the determination of the resonant frequency of materials.
The E-Meter Mk II™ measures the resonant frequencies of the three different modes of vibration – Longitudinal, transverse (Flexural) and torsional.

From these the following material characteristics can be calculated –
Young’s Modulus of Elasticity,
Modulus of Rigidity and
Poisson’s Ratio.

Features & Benefits:

	Conforms to ASTM C-215 and C-666.
	The only method of calculating the following material parameters non destructively: -Youngs Modulus of Elasticity, -Modulus of Rigidity, -Poissons Ratio, -Damping Constant.
	Available for specimen sizes up to 6 inches (150mm) cross section dimension and from 1.75 inches (45mm) to 28 inches (700mm) in length.
	Automatic identification of the resonance frequency. Large easy to view display for data analysis of time domain and frequency spectrum signals.
	Data can be stored and uploaded to a PC for further analysis and inclusion in reports.
	Fast and easy to use system.

System
The E-Meter™ MK II has an automatic feature that computes the aximum amplitude, which eliminates cumbersome frequency scanning. Frequencies are automatically shown in the display and a cursor allows the user to move along the frequency spectrum. Also the time domain signal and the frequency spectrum can be stored and uploaded to a PC for further analysis and inclusion in reports.

Resonance Frequency
The E-Meter™ MK II performs a Fast Fourier Transform that allows the identification of the resonance frequency in the Frequency Spectrum.

Durability of Concrete
The determination of flexural resonance is very important when studying the degradation of concrete under accelerated freezing and thawing cycles and aggressive environments on concrete specimens.
The advantage of resonance methods are:

Tests can be repeated over a very long period on the same specimen; the number of test specimens required is therefore greatly reduced.
The results obtained with the resonance method on the same specimen are more reproducible than those obtained with destructive tests and groups of specimens.

Specifications

Frequency range:	from 10 Hz to 40 kHz
Sampling frequency:	10, 20, 40 or 80 kHz
Frequency resolution:	from 4.9 to 78.1 Hz
Record length	1024 or 2048 points
Output bias level:	9.2 V
Accelerometer sensitivity:	9.60 mV/g (0.979 mV/m/s2)
Battery:	12 Volt. 4-10 hours continuous use
Display:	320 by 240; backlit for daylight use
Storage:	200 plus readings
Software:	Windows compatible 9x/me 32MB Ram
Impactors:	Set of 6 hardened steel balls.
Operating Temperature Range:	0°C to 40°C

--------------------------------

Web sayfamızda yer alan cihazlar fikir vermek içindir;

model, şekil ve teknik özelliklerini değiştirme hakkı firmamıza aittir.

( FORE CO. reserves the right to alter specifications to equipments to any time. )

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TERCÜMELER / TRANSLATIONS

ZİYARETÇİ SAYACI

ZİYARETÇİ ÜLKELER

(J03;ULTRASONİK3) SES DALGALARI İLE ÖLÇÜM CİHAZI

(Made in USA)

(FR-J/U308) SES DALGALARI - SES YANKILANMASI İLE BETON ÖLÇÜM CİHAZI

-------------------------------------------------------

E-Meter MKII™Determine resonant frequencies

For the determination of the resonant frequency of materials.

PrincipleThe principle used in the E-Meter Mk II™ is based upon the determination of the fundamental resonant frequency of vibration of a specimen generated by an impact and sensed by an accelerometer. The frequency spectrum is computed and displayed by the meter.

For the determination of the resonant frequency of materials.The E-Meter Mk II™ measures the resonant frequencies of the three different modes of vibration – Longitudinal, transverse (Flexural) and torsional.

From these the following material characteristics can be calculated –Young’s Modulus of Elasticity,Modulus of Rigidity andPoisson’s Ratio.

Features & Benefits:

Conforms to ASTM C-215 and C-666.

The only method of calculating the following material parameters non destructively:-Youngs Modulus of Elasticity,-Modulus of Rigidity,-Poissons Ratio,-Damping Constant.

Available for specimen sizes up to 6 inches (150mm) cross section dimension and from 1.75 inches (45mm) to 28 inches (700mm) in length.

Automatic identification of the resonance frequency. Large easy to view display for data analysis of time domain and frequency spectrum signals.

Data can be stored and uploaded to a PC for further analysis and inclusion in reports.

Fast and easy to use system.

Resonance FrequencyThe E-Meter™ MK II performs a Fast Fourier Transform that allows the identification of the resonance frequency in the Frequency Spectrum.

Durability of ConcreteThe determination of flexural resonance is very important when studying the degradation of concrete under accelerated freezing and thawing cycles and aggressive environments on concrete specimens.The advantage of resonance methods are:

Tests can be repeated over a very long period on the same specimen; the number of test specimens required is therefore greatly reduced.

The results obtained with the resonance method on the same specimen are more reproducible than those obtained with destructive tests and groups of specimens.

Specifications

Frequency range:

from 10 Hz to 40 kHz

Sampling frequency:

10, 20, 40 or 80 kHz

Frequency resolution:

from 4.9 to 78.1 Hz

Record length

1024 or 2048 points

Output bias level:

9.2 V

Accelerometersensitivity:

9.60 mV/g (0.979 mV/m/s2)

Battery:

12 Volt. 4-10 hourscontinuous use

Display:

320 by 240; backlit fordaylight use

Storage:

200 plus readings

Software:

Windows compatible9x/me 32MB Ram

Impactors:

Set of 6 hardened steel balls.

OperatingTemperature Range:

0°C to 40°C

Web sayfamızda yer alan cihazlar fikir vermek içindir;

model, şekil ve teknik özelliklerini değiştirme hakkı firmamıza aittir.

( FORE CO. reserves the right to alter specifications to equipments to any time. )

ÜRÜNLERİMİZ

E-Meter MKII™
Determine resonant frequencies

Principle
The principle used in the E-Meter Mk II™ is based upon the determination of the fundamental resonant frequency of vibration of a specimen generated by an impact and sensed by an accelerometer. The frequency spectrum is computed and displayed by the meter.

For the determination of the resonant frequency of materials.
The E-Meter Mk II™ measures the resonant frequencies of the three different modes of vibration – Longitudinal, transverse (Flexural) and torsional.

From these the following material characteristics can be calculated –
Young’s Modulus of Elasticity,
Modulus of Rigidity and
Poisson’s Ratio.

The only method of calculating the following material parameters non destructively:
-Youngs Modulus of Elasticity,
-Modulus of Rigidity,
-Poissons Ratio,
-Damping Constant.

Resonance Frequency
The E-Meter™ MK II performs a Fast Fourier Transform that allows the identification of the resonance frequency in the Frequency Spectrum.

Durability of Concrete
The determination of flexural resonance is very important when studying the degradation of concrete under accelerated freezing and thawing cycles and aggressive environments on concrete specimens.
The advantage of resonance methods are:

Accelerometer
sensitivity:

12 Volt. 4-10 hours
continuous use

320 by 240; backlit for
daylight use

Windows compatible
9x/me 32MB Ram

Operating
Temperature Range: