The condition monitoring inspection camera has a 1.5 m / 4.9 ft long endoscope cable. With a diameter of only 2.8 mm, cavities with the smallest access can be viewed with the help of this inspection camera. The camera head of this inspection camera can move freely in 4 directions.

- Cable / head diameter: 2.8 mm
- Direction of movement camera head: 4-way
- Camera head length: 8 mm
- Bending radius: 7 mm
- 1.5 m / 4.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The industrial borescope has a 1.5 m / 4.9 ft long endoscope cable. With a diameter of only 2.8 mm, cavities with the smallest access can be viewed with the help of this industrial borescope. The camera head of this industrial borescope can move freely in 4 directions.

- Cable / head diameter: 2.8 mm
- Direction of movement camera head: 4-way
- Camera head length: 8 mm
- Bending radius: 7 mm
- 1.5 m / 4.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The inspection camera has a 1.5 m / 4.9 ft long endoscope cable. With a diameter of only 2.8 mm, cavities with the smallest access can be viewed with the help of this inspection camera. The camera head of this inspection camera can move freely in 4 directions.

- Cable / head diameter: 2.8 mm
- Direction of movement camera head: 4-way
- Camera head length: 8 mm
- Bending radius: 7 mm
- 1.5 m / 4.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The snake camera has a 1.5 m / 4.9 ft long endoscope cable. With a diameter of only 2.8 mm, cavities with the smallest access can be viewed with the help of this snake camera. The camera head of this snake camera can move freely in 4 directions.

- Cable / head diameter: 2.8 mm
- Direction of movement camera head: 4-way
- Camera head length: 8 mm
- Bending radius: 7 mm
- 1.5 m / 4.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

The videoscope has a 1.5 m / 4.9 ft long endoscope cable. With a diameter of only 2.8 mm, cavities with the smallest access can be viewed with the help of this videoscope. The camera head of this videoscope can move freely in 4 directions.

- Cable / head diameter: 2.8 mm
- Direction of movement camera head: 4-way
- Camera head length: 8 mm
- Bending radius: 7 mm
- 1.5 m / 4.9 ft endoscope cable
- 5" monitor
- Image and video memory
- IP58 camera cable
- 400 x 400 pixel image resolution

- Melting rate: 0.1 to 400.0 g / 10 min
- Heating temperature: 120 ... 400°C / 248 ... 752°F
- Measuring accuracy temperature: ± 0.2°C / 0.36°F
- Resolution: 0.1°C / 0.18°F
- Large 7" TFT touch display
- Already pre-set materials
- Various weights included
- Standards: ISO1133-1997, ASTM 1238-04C, GB / T3682-2000

- Melting rate: 0.1 to 400.0 g / 10 min
- Heating temperature: 120 ... 400°C / 248 ... 752°F
- Measuring accuracy temperature: ± 0.2°C / 0.36°F
- Resolution: 0.1°C / 0.18°F
- Large 7" TFT touch display
- Already pre-set materials
- Various weights included
- Standards: ISO1133-1997, ASTM 1238-04C, GB / T3682-2000

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 condition monitoring flaw detector is used in non-destructive material testing (NDT). Surface defects and imperfections close to the surface can be made visible with the condition monitoring flaw detector. 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 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