The tube camera PCE-PIC 60/120 is used to inspect channels and pipes. Depending on the model, the tube camera has a 60 m / 196.9 ft or 120 m / 393.7 ft fiber optic push cable. At the end of the tube camera, a motorized camera head is mounted. This camera head is able to be moved 360° horizontally and 180° vertically. Furthermore, the camera has a motorized focus, which makes it possible to realize field of view depths between 20 and 100 cm. At the head of the tube camera are 4 ultra-bright LEDs, which perfectly illuminate tubes and channels. The tube camera has an electronic meter counter, which makes it easier to pinpoint damaged areas or blockages in pipes.

For documentation, images and videos can be recorded and saved with the pipe channel camera. For a better view of the image, the tube camera can be connected via HDMI cable to an external monitor. The tube camera takes pictures in 1080P, so no detail is lost. To add commentary to the scan, the USB keyboard can be used. The tube camera is supplied on a robust, made of aluminum, trolley. Additionally included is a trolley and a roller guide for the camera, which are used to mount the camera head. As a result, pipes and ducts between 80 and 1200 mm / 3.1 … 47.2 in can be driven.

– 120 m / 393.7 ft channel camera
– With cable cars
– Large display
– Text input in the picture and video possible
– Motorized camera
– Engine focus
– Locator function
– ø9.5 mm fiber optic cable

Camera head diameter	60 mm / 2.4 in
Head rotation	Horizontal: 360°
	Vertical: 180°
Cable length	120 m / 393.7 ft
Sight depth	20 … 100 cm
Perspective	105°
Pipe diameter from / to	80 … 1200 mm / 3.1 … 47.2 in
Lighting	4 x LED (dimmable)
White balance	Automatically
Image sensor	1 / 2.9″ Sony CCD
	1920 x 1080 pixels
Display	10.1″ LCD display
	1280 x 800 pixels
Interface	USB 2.0
	HDMI
Memory option	Video (AVI), Photo (JPEG) and Sound
Image memory	SD card up to 256 GB
Video output format	PAL 1080P, 720P, CVBS
	NTCS 1080P, 720P, CVBS
Menu navigation	Multilingual
Length measurement	0 … 120 m / 0 … 393.7 ft
Data entry	Possible by keyboard
Operating conditions	-10 … 50°C / 30 … 90% rh
Storage conditions	-20 … 60°C / 30 … 90% rh
Power supply	Power supply 110V … 240V AC / 13.5V / 5 A DC
	Li Ion battery 12V / 6000-mAh
Protection class	Camera head: IP68
Dimensions	Complete: 87.5 x 97.8 x 40.6 cm
	Camera head: 60 x 146 mm / 2.4 x 5.7 in (total length: 360 mm / 14.2 in)
Weight	About 35 kg / 77.2 lbs

The pipe camera PCE-PIC 60/120 is used to inspect channels and pipes. Depending on the model, the pipe camera has a 60 m / 196.9 ft or 120 m / 393.7 ft fiber optic push cable. At the end of the pipe camera, a motorized camera head is mounted. This camera head is able to be moved 360° horizontally and 180° vertically. Furthermore, the camera has a motorized focus, which makes it possible to realize field of view depths between 20 and 100 cm. At the head of the pipe camera are 4 ultra-bright LEDs, which perfectly illuminate tubes and channels. The pipe camera has an electronic meter counter, which makes it easier to pinpoint damaged areas or blockages in pipes.

For documentation, images and videos can be recorded and saved with the pipe channel camera. For a better view of the image, the pipe camera can be connected via HDMI cable to an external monitor. The pipe camera takes pictures in 1080P, so no detail is lost. To add commentary to the scan, the USB keyboard can be used. The pipe camera is supplied on a robust, made of aluminum, trolley. Additionally included is a trolley and a roller guide for the camera, which are used to mount the camera head. As a result, pipes and ducts between 80 and 1200 mm / 3.1 … 47.2 in can be driven.

– 60 m / 196.9 ft channel camera
– With cable cars
– Large display
– Text input in the picture and video possible
– Motorized camera
– Engine focus
– Locator function
– ø9.5 mm fiber optic cable

Camera head diameter	60 mm / 2.4 in
Head rotation	Horizontal: 360°
	Vertical: 180°
Cable length	60 m / 196.9 ft
Sight depth	20 … 100 cm
Perspective	105°
Pipe diameter from / to	80 … 1200 mm / 3.1 … 47.2 in
Lighting	4 x LED (dimmable)
White balance	Automatically
Image sensor	1 / 2.9″ Sony CCD
	1920 x 1080 pixels
Display	10.1″ LC display
	1280 x 800 pixels
Interface	USB 2.0
	HDMI
Memory option	Video (AVI), Photo (JPEG) and Sound
Image memory	SD card up to 256 GB
Video output format	PAL 1080P, 720P, CVBS
	NTCS 1080P, 720P, CVBS
Menu navigation	Multilingual
Length measurement	0 … 60 m / 0 …196.9 ft
Data entry	Possible by keyboard
Operating conditions	-10 … 50°C / 14 … 122°F, 30 … 90% rh
Storage conditions	-20 … 60°C / -4 … 140°F, 30 … 90% rh
Power supply	Power supply 110V … 240V AC / 13.5V / 5 A DC
	Li Ion battery 12V / 6000-mAh
Protection class	Camera head: IP68
Dimensions	Complete: 87.5 x 97.8 x 40.6 cm
	Camera head: 60 x 146 mm / 2.4 x 5.7 in (total length: 360 mm / 14.2 in)
Weight	About 20 kg / 44.1 lbs

The inspection camera of the PCE-PIC series is an ideal tool for any service technician who needs to visually inspect pipes and ducts. The inspection camera has a 23 mm / 0.9 in camera head, which is attached to a fiberglass push cable. The inspection camera is optimally suited for pipes and ducts DN 40 … 150 mm / 1.6 … 5.9 in. The camera of the inspection camera is waterproof up to 20 m / 66 ft. To facilitate the search for damaged areas on canals and pipes, the inspection camera has an electronic meter counter. Recorded pictures and videos can be saved on an SD memory card via the inspection camera. For better documentation, comments can be added to the pictures and videos via the keyboard.

The inspection camera is delivered in a waterproof case. The case of the inspection camera is mounted directly on the cable roller. Thus, the inspection camera takes up little space during transport. The inspection camera PCE-PIC is equipped with a rechargeable battery, which enables a mobile working. About a power supply or the car charger, the battery of the inspection camera is charged.

– 40 m / 131 ft push cable
– Electronic meter counting
– 23 mm / 0.9 in camera head
– Keyboard for comment input
– Braked endoscope line
– 12x LED lighting
– Battery and mains operation, A/C power adapter
– Waterproof up to 20 m / 66 ft
– IP66 Carrying Case
– 90° radius of curvature at min. Ø 45 mm / 1.8 in

Cable diameter / head diameter	23 mm / 0.9 in
Cable length	PCE-PIC 40: 40 m / 131 ft
Sight depth	20 … 100 cm
Perspective	120°
Lighting	12 x LED (dimmable)
White balance	Automatically
Image sensor	1/3″ Sony CCD
	720 x 576 pixels
Display	7″ LC display
Interface	USB 2.0
Memory option	Video, photo and sound
Image memory	SD card up to 32 GB
Video output format	PAL 720 x 576 pixels
	NTSC 720 x 488 pixels
Menu navigation	Multilingual:
	German, English, French, Spanish, Italian, Portuguese, Japanese, Chinese, Russian
Length measurement	0 … 40 m / 0 … 131 ft
Data entry	By keyboard possible
Operating conditions	-10 … 50°C / 14 … 122°F, 30 … 90% rh
Storage conditions	-20 … 60°C / -4 … 140°F, 30 … 90% rh
Power supply	Power supply 110V … 240V AC / 12V / 1.2 A DC
	Li-Ion battery 7.4 / 5400-mAh
Protection class	Display: IP66
	Camera head: waterproof up to 20 m / 66 ft
Dimensions	Complete: 55 x 43.5 x 34.5 cm
	Camera head: 23 x 45 mm / 0.9 x  1.8 in (total length: 150 mm / 5.9 in)
Weight	About 13 kg / 28.7 lbs

A gloss meter is a tester for determining surface gloss. Thereby, with the gloss meter, spectral reflections of a light beam that hits the surface, are measured. The touch screen allows for easy navigation.

The gloss meter is applied especially in areas where it is important that the surfaces have the same structure, and thus have the same surface characteristics. This often happens in quality control. Thus, the gloss meter is a measuring instrument which can be used in many different companies.

Included with this gloss meter there is also a CD-Rom with special evaluation software. So the measured data can be first stored on the device and later transferred to a computer. The software of the gloss meter also has an analysis function that serves for precise evaluation.

The inspection camera of the PCE-PIC series is an ideal tool for any service technician who needs to visually inspect pipes and ducts. The inspection camera has a 23 mm / 0.9 in camera head, which is attached to a fiberglass push cable. The inspection camera is optimally suited for pipes and ducts DN 40 … 150 mm / 1.6 … 5.9 in. The camera of the inspection camera is waterproof up to 20 m / 66 ft. To facilitate the search for damaged areas on canals and pipes, the inspection camera has an electronic meter counter. Recorded pictures and videos can be saved on an SD memory card via the inspection camera. For better documentation, comments can be added to the pictures and videos via the keyboard.

The inspection camera is delivered in a waterproof case. The case of the inspection camera is mounted directly on the cable scooter. Thus, the inspection camera takes up little space during transport. The inspection camera PCE-PIC is equipped with a rechargeable battery, which enables a mobile working. About a power supply or the car charger, the battery of the inspection camera is charged.

– 20 m / 66 ft push cable
– Electronic meter counting
– 23 mm / 0.9 in camera head
– Keyboard for comment input
– Braked endoscope line
– 12x LED lighting
– Battery and mains operation, A/C power adapter
– Waterproof up to 20 m / 66 ft
– IP66 Carrying Case
– 90° radius of curvature at min. Ø 45 mm / 1.8 in

Cable diameter / head diameter	23 mm / 0.9 in
Cable length	PCE-PIC 20: 20 m / 66 ft
Sight depth	20 … 100 cm
Perspective	120°
Lighting	12 x LED (dimmable)
White balance	Automatically
Image sensor	1/3″ Sony CCD
	720 x 576 pixels
Display	7″ LC display
Interface	USB 2.0
Memory option	Video, photo and sound
Image memory	SD card up to 32 GB
Video output format	PAL 720 x 576 pixels
	NTSC 720 x 488 pixels
Menu navigation	Multilingual:
	German, English, French, Spanish, Italian, Portuguese, Japanese, Chinese, Russian
Length measurement	0 … 20 m / 0 … 66 ft
Data entry	By keyboard possible
Operating conditions	-10 … 50°C / 14 … 122°F, 30 … 90% rh
Storage conditions	-20 … 60°C / -4 … 140°F, 30 … 90% rh
Power supply	Power supply 110V … 240V AC / 12V / 1.2 A DC
	Li-Ion battery 7.4 / 5400-mAh
Protection class	Display: IP66
	Camera head: waterproof up to 20 m / 66 ft
Dimensions	Complete: 55 x 43.5 x 34.5 cm
	Camera head: 23 x 45 mm / 0.9 x  1.8 in (total length: 150 mm / 5.9 in)
Weight	About 13 kg / 28.7 lbs

The coating thickness gauge is a versatile measuring instrument. This is made possible by the various optional sensors on the layer thickness gauge. For example, the coating thickness gauge can easily measure the layer thicknesses of paints, galvanic coatings, galvanizing or even anodic oxide layers on metal. With the sensors, for example, layer thickness measurements with a thickness of up to 60 mm are possible.

In addition to the layer thickness sensors for the layer thickness gauge, there is also the climate sensor. With this climate sensor at the coating thickness gauge, the ambient temperature, the ambient humidity and the dew point can be measured. Also, in the film thickness gauge, there is the surface temperature sensor. Thanks to the surface temperature sensor, the surface temperature of an object in a measuring range of -50 … 125°C / -58 … 257°F can be determined with the Coating Thickness Gauge.

In addition, the roughness of surfaces can be determined with the layer thickness gauge. This is made possible by the optional roughness meter. With the roughness sensor from the layer thickness gauge, the Rz value of the surface can be determined within a very short time. The measuring range here is between 0 … 300 μm.

– Different sensors
– Measuring range up to 60 mm
– Automatic sensor detection
– Zero point and one-point calibration
– Power supply 2 x 1.5V AAA batteries
– Temperature measurement up to 125°C / 257°F
– Incl. ISO calibration certificate

Measuring range		sensor-dependent (see sensor table)
Accuracy		sensor-dependent (see sensor table)
Measurable materials		magnetic materials (iron, steel …) non-magnetic materials (paints, plastics, ceramics, …)
Min. radius of curvature		0.3 … 50 mm / 0.012 … 1.97″ (depending on the sensor used)
Calibration		Zero calibration, one-point calibration
Units		µm, mm, °C
Power supply		2 x 1.5 V AAA batteries (DC)
Display		Graphic display
Operating conditions		-10 … 40 °C / 14 … 104 °F, 20 … 98% r. H., non-condensing at 35 °C / 95 °F
Storage conditions		5 … 40 °C / 41 … 104°F, 80% r. H., non-condensing at 25 °C / 77 °F
Dimensions		136 x 75 x 32 mm / 5.4 x 3 x 1.3″
Weight		168 g / < 1 lb
Sensor table
Model	Measuring range	Accuracy	Measurement Description
Fe-0.3*	0 … 300 µm	±(3 % + 1 µm)	Paint, lacquer, galvanic coating
Fe-0.5*	0 … 500 µm	±(3 % + 1 µm)	Paint, lacquer, galvanic coating
Fe-2*	0 … 2000 µm	±(3 % + 2 µm)	Paint, lacquer
Fe-5*	0 … 5000 µm	±(3 % + 2 µm)	Lacquer and thick coating
NFe-2**	0 … 2000 µm	±(3 % + 2 µm)	Anodic oxidelayer, lacquer layers
M12***	0 … 12 mm / 0 … 0.47″	±(3 % + 0.01 mm)	Thick coating
M30***	0 … 30 mm / 0 … 1.18″	±(3 % + 0.02 mm)	Thick coating
M60***	0 … 60 mm / 0 … 2.36″	±(3 % + 0.03 mm)	Thick coating
DT	-50 … 125°C / -58 … 257 °F	±1 °C	Surface temperature
DTVR	Temperature: -50 … 125 °C / -58 … 257 °F	±1 °C	Air temperature
	Humidity: 0 … 100 %	±5 %	Humidity
	Dew point: -15 …+40 °C / 5 … 104 °F	±2 °C	Dew point
DSH	1 … 300 µm	±(3 % + 2 µm)	Roughness
* Fe: only for ferromagnetic substrates
** NFe: only for non-ferromagnetic substrates
*** Fe und NFe: for ferromagnetic and non-ferromagnetic substrates

The coating thickness gauge is a versatile measuring instrument. This is made possible by the various optional sensors on the layer thickness gauge. For example, the coating thickness gauge can easily measure the layer thicknesses of paints, galvanic coatings, galvanizing or even anodic oxide layers on metal. With the sensors, for example, layer thickness measurements with a thickness of up to 60 mm are possible.

In addition to the layer thickness sensors for the layer thickness gauge, there is also the climate sensor. With this climate sensor at the coating thickness gauge, the ambient temperature, the ambient humidity and the dew point can be measured. Also, in the film thickness gauge, there is the surface temperature sensor. Thanks to the surface temperature sensor, the surface temperature of an object in a measuring range of -50 … 125°C / -58 … 257°F can be determined with the Coating Thickness Gauge.

In addition, the roughness of surfaces can be determined with the layer thickness gauge. This is made possible by the optional roughness meter. With the roughness sensor from the layer thickness gauge, the Rz value of the surface can be determined within a very short time. The measuring range here is between 0 … 300 μm.

– Different sensors
– Measuring range up to 60 mm
– Automatic sensor detection
– Zero point and one-point calibration
– Power supply 2 x 1.5V AAA batteries
– Temperature measurement up to 125°C / 257°F

Measuring range		sensor-dependent (see sensor table)
Accuracy		sensor-dependent (see sensor table)
Measurable materials		magnetic materials (iron, steel …) non-magnetic materials (paints, plastics, ceramics, …)
Min. radius of curvature		0.3 … 50 mm / 0.012 … 1.97″ (depending on the sensor used)
Calibration		Zero calibration, one-point calibration
Units		µm, mm, °C
Power supply		2 x 1.5 V AAA batteries (DC)
Display		Graphic display
Operating conditions		-10 … 40 °C / 14 … 104 °F, 20 … 98% r. H., non-condensing at 35 °C / 95 °F
Storage conditions		5 … 40 °C / 41 … 104°F, 80% r. H., non-condensing at 25 °C / 77 °F
Dimensions		136 x 75 x 32 mm / 5.4 x 3 x 1.3″
Weight		168 g / < 1 lb
Sensor table
Model	Measuring range	Accuracy	Measurement Description
Fe-0.3*	0 … 300 µm	±(3 % + 1 µm)	Paint, lacquer, galvanic coating
Fe-0.5*	0 … 500 µm	±(3 % + 1 µm)	Paint, lacquer, galvanic coating
Fe-2*	0 … 2000 µm	±(3 % + 2 µm)	Paint, lacquer
Fe-5*	0 … 5000 µm	±(3 % + 2 µm)	Lacquer and thick coating
NFe-2**	0 … 2000 µm	±(3 % + 2 µm)	Anodic oxidelayer, lacquer layers
M12***	0 … 12 mm / 0 … 0.47″	±(3 % + 0.01 mm)	Thick coating
M30***	0 … 30 mm / 0 … 1.18″	±(3 % + 0.02 mm)	Thick coating
M60***	0 … 60 mm / 0 … 2.36″	±(3 % + 0.03 mm)	Thick coating
DT	-50 … 125°C / -58 … 257 °F	±1 °C	Surface temperature
DTVR	Temperature: -50 … 125 °C / -58 … 257 °F	±1 °C	Air temperature
	Humidity: 0 … 100 %	±5 %	Humidity
	Dew point: -15 …+40 °C / 5 … 104 °F	±2 °C	Dew point
DSH	1 … 300 µm	±(3 % + 2 µm)	Roughness
* Fe: only for ferromagnetic substrates
** NFe: only for non-ferromagnetic substrates
*** Fe und NFe: for ferromagnetic and non-ferromagnetic substrates

The surface tester works according to the magnetic inductive (ISO 2178) and the eddy current method (ISO 2360). These methods supported by the surface tester are used for the non-destructive testing of materials. The surface tester is used to measure the thickness of magnetically neutral layers on a magnetic or non-magnetic base material.

The surface tester is ideal for reliable layer thickness measurements on site. With the external probe, the layer thickness can be measured quickly and easily, even in hard-to-reach places. The surface tester was developed for non-destructive, fast and precise layer thickness measurements and is easy to use. Measured data can be easily transferred to a PC using a USB data storage device or via WiFi.

The surface tester is used in particular in the finishing industry, electroplating, ship and bridge construction, aircraft construction and the machine and chemical industry.

– Illuminated touch keyboard
– Measurement data storage for up to 500 data
– One-point and multi-point calibration
– Single measurement and continuous measurement
– Data transfer via wifi and USB
– Two different probes for NFe and Fe
– incl. ISO Calibration Certificate

Measuring range	0 … 1250 µm; 0 … 49.2 mil
Min. coating thickness of base material	50 µm
Smallest measuring surface (diameter)	10 mm
Min. radius of curvature convex	15 mm
Min. radius of curvature concave	15 mm
Accuracy	± (1% + 1 µm); ± (1% + 0.04 mil)
Resolution	0.1 µm (<99.9 µm); 0.004 mil (<3.9 mil)
	1 µm (> 100 µm); 0.04 mil (> 3.9 mil)
Calibration	Single point, multiple point
Data storage	500 data
Measuring modes	Single measurements, continuous measurement
Interfaces	Wifi , USB
Operating conditions	0 … 50°C / 32 … 122°F, 20 … 90% RH non-condensing
Dimensions	170 x 85 x 35 mm / 6.7 x 3.3 x 1.4 in
Weight	Approx. 335 g / < 1 lb (with battery)

The NDT tester – hardness tester is an analog measuring device to determine concrete strength. The measuring method of the concrete hardness tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the concrete hardness tester. The resulting rebound enables the concrete hardness tester to determine the strength of the concrete.

What is special about this concrete test hammer is the particularly high impact energy of 4.5 J. The concrete test hammer can be used to determine the concrete strength of high-strength concrete, also known as high-performance concrete, on bridges, high-rise buildings and foundations, for example. The concrete test hammer is therefore used on particularly heavily loaded concrete. The high kinetic energy of this concrete test hammer can cause injuries. To prevent injuries by untrained personnel, the mechanics can be locked on the concrete test hammer.

– Robust metal housing
– For high-strength concrete
– Quick and easy operation
– For determining concrete hardness
– Kinetic energy 4.5 J
– Firing pin lockable

Nominal kinetic energy		4.5 J
Impact spring stroke		100 mm / 3.9″
Impact spring travel		106 mm / 4.1″
Impact spring force		900 ± 40 N/m
Calibration value		88 + 2
Radius of the spherical tip		SR 35 mm / 1.3″
Dimensions		Ø54 x 350 mm / Ø2.1 x 13.7″
Weight		ca. 2039 g / 72 oz

The surface tester works according to the magnetic inductive (ISO 2178) and the eddy current method (ISO 2360). These methods supported by the surface tester are used for the non-destructive testing of materials. The surface tester is used to measure the thickness of magnetically neutral layers on a magnetic or non-magnetic base material.

The surface tester is ideal for reliable layer thickness measurements on site. With the external probe, the layer thickness can be measured quickly and easily, even in hard-to-reach places. The surface tester was developed for non-destructive, fast and precise layer thickness measurements and is easy to use. Measured data can be easily transferred to a PC using a USB data storage device or via WiFi.

The surface tester is used in particular in the finishing industry, electroplating, ship and bridge construction, aircraft construction and the machine and chemical industry.

– Illuminated touch keyboard
– Measurement data storage for up to 500 data
– One-point and multi-point calibration
– Single measurement and continuous measurement
– Data transfer via wifi and USB
– Two different probes for NFe and Fe

Measuring range	0 … 1250 µm; 0 … 49.2 mil
Min. coating thickness of base material	50 µm
Smallest measuring surface (diameter)	10 mm
Min. radius of curvature convex	15 mm
Min. radius of curvature concave	15 mm
Accuracy	± (1% + 1 µm); ± (1% + 0.04 mil)
Resolution	0.1 µm (<99.9 µm); 0.004 mil (<3.9 mil)
	1 µm (> 100 µm); 0.04 mil (> 3.9 mil)
Calibration	Single point, multiple point
Data storage	500 data
Measuring modes	Single measurements, continuous measurement
Interfaces	Wifi , USB
Operating conditions	0 … 50°C / 32 … 122°F, 20 … 90% RH non-condensing
Dimensions	170 x 85 x 35 mm / 6.7 x 3.3 x 1.4 in
Weight	Approx. 335 g / < 1 lb (with battery)