The defectoscope is used in non-destructive material testing (NDT). Surface defects and imperfections close to the surface can be made visible with the defectoscope. Eddy current testing is an electrical method for testing electrically conductive materials. In the eddy current test, a probe charged with alternating voltage is placed on an electrically conductive test piece.

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

PCE-USC 30 is a flaw detector designed for the non-destructive testing (NDT) and non-destructive evaluation (NDE) of electrically conductive materials. This portable, handheld flaw detector detects surface defects and measures layer thicknesses using an eddy current. The PCE-USC 30 flaw detector also measures metal conductivity in accordance with the International Annealed Copper Standard (IACS).

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery 

 

The material tester is used in non-destructive material testing (NDT). Surface defects and imperfections close to the surface can be made visible with the material tester. Eddy current testing is an electrical method for testing electrically conductive materials. In the eddy current test, a probe charged with alternating voltage is placed on an electrically conductive test piece.

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

The material thickness meter is used in non-destructive material testing (NDT). Surface defects and imperfections close to the surface can be made visible with the material thickness meter. Eddy current testing is an electrical method for testing electrically conductive materials. In the eddy current test, a probe charged with alternating voltage is placed on an electrically conductive test piece.

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

PCE-USC 30 is a coating thickness gauge designed for the non-destructive testing (NDT) and non-destructive evaluation (NDE) of electrically conductive materials. This portable, handheld thickness meter detects surface defects and measures layer thicknesses using an eddy current. The PCE-USC 30 material tester also measures metal conductivity in accordance with the International Annealed Copper Standard (IACS).

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

 

PCE-USC 30 is a coating thickness gauge designed for the non-destructive testing (NDT) and non-destructive evaluation (NDE) of electrically conductive materials. This portable, handheld thickness meter detects surface defects and measures layer thicknesses using an eddy current. The PCE-USC 30 material tester also measures metal conductivity in accordance with the International Annealed Copper Standard (IACS).

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

 

The thickness gauge is used in non-destructive material testing (NDT). Surface defects and imperfections close to the surface can be made visible with the thickness gauge. Eddy current testing is an electrical method for testing electrically conductive materials. In the eddy current test, a probe charged with alternating voltage is placed on an electrically conductive test piece.

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

The thickness meter is used in non-destructive material testing (NDT). Surface defects and imperfections close to the surface can be made visible with the thickness meter. Eddy current testing is an electrical method for testing electrically conductive materials. In the eddy current test, a probe charged with alternating voltage is placed on an electrically conductive test piece.

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

- Frequency range: 0.01 ... 16000 kHz
- Non-destructive testing of surfaces
- Makes surface defects and defects near the surface visible
- Conductivity measurement of metals according to IACS
- Power supply via internal battery

Designed specifically for use in humidity measurement of bulk materials, this moisture sensor is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, ... is continuously measurable.

- Stainless sensor rod (250 mm length)
- Lab analysis of your sample determines % error
- Measuring range: 0 ... 100%
- Material temperature range: -0 ... +80 °C  (+41 ... +176 °F)
- Analog and digital signal output

Designed specifically for use real-time measurement of percent moisture measurement of bulk materials. Material in flowing mass, such as granular materials, sand, sawdust, fly ash (mineral), wood chips (surface to 5 cm), grain, powders, seed, and pastes is continuously measurable. Consistent quality of every batch, reduction of the consumption of materials, and shortest possible drying and mixing times are the criteria which are important in materials production. 

 

 

Designed specifically for use in humidity measurement of bulk materials, this humidity sensor is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, ... is continuously measurable.

Designed specifically for use in humidity measurement of bulk materials, this moisture sensor is installed in bins, silos, troughs, bunkers case, distributors, augers and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, ... is continuously measurable.

Designed specifically for use in moisture measurement of various bulk materials, these moisture analyzing test instruments are installed in bins, silos, troughs, bunkers, distributors, augers, and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, ... is continuously measurable.

- Wavelength in the measuring range: 300 ... 1100 nm
- Specific wavelength transmission
- Average transmission of visible light
- Visible smoothing of the light
- Visual color deviation
- Color (LAB), color (△ E)
- Yellowness index
- USB interface with Windows software

- Wavelength in the measuring range: 300 ... 1100 nm
- Specific wavelength transmission
- Average transmission of visible light
- Visible smoothing of the light
- Visual color deviation
- Color (LAB), color (△ E)
- Yellowness index
- USB interface with Windows software

- Wavelength in the measuring range: 300 ... 1100 nm
- Specific wavelength transmission
- Average transmission of visible light
- Visible smoothing of the light
- Visual color deviation
- Color (LAB), color (△ E)
- Yellowness index
- USB interface with Windows software

The color meter PCE-CSM 10 was developed for quality control, offers a high accuracy and comes with a 3.5" touch screen display. You can choose between different color spaces like CIE L*A*B, XYZ, Yxy, LCh, LUV, LCH, LAB &WI &YI, Color Fastness, and Staining Fastness. 400 to 700 nm photodiode array for 10nm wavelength increments with Reflectance Curve graph. 

- CIE L*A*B/LCh, CIE XYZ/Yxy, CIE LUV/LCH, LAB &WI &YI, Color Fastness, and Color Staining 
- Measuring geometry 10° or 2°/d
- Black and white calibration
- Opacity, 18 light source options, metameric index, CIE 1976/1994/2000
- 1000 Standards, 15,000 sample memory

The colorimeter PCE-CSM 10 was developed for quality control, offers a high accuracy and comes with a 3.5" touch screen display. You can choose between different color spaces like CIE L*A*B, XYZ, Yxy, LCh, LUV, LCH, LAB &WI &YI, Color Fastness, and Staining Fastness. 400 to 700 nm photodiode array for 10 nm wavelength increments with Reflectance Curve graph. 

- CIE L*A*B/LCh, CIE XYZ/Yxy, CIE LUV/LCH, LAB &WI &YI, Color Fastness, and Color Staining 
- Measuring geometry 10° or 2°/d
- Black and white calibration
- Opacity, 18 light source options, metameric index, CIE 1976/1994/2000
- 1000 Standards, 15,000 sample memory

PCE-TU 3 is a condition monitoring laser shaft alignment tool designed to aid in aligning rotating equipment (e.g., electric motor and direct-coupled machine) shafts to prevent premature failure of couplings, bearings and mechanical seals. PCE-TU 3 also helps you detect and correct soft foot to avoid costly downtime.

- Max. 10 m / 32.8 ft distance between sensors
- Accuracy: ± 1 % + 0.001
- Resolution: 0.001 mm / 0.1°