A Condition Monitoring Stroboscope is a device for permanent installation that generates rapid flashes of light with energy-efficient and long-lasting LEDs. With a wide measurement range of 50 ... 36,000 FPM, a high resolution of 0.1 FPM and an accuracy of 0.01 %, it offers precise and reliable measurements. Our Condition Monitoring Stroboscope can be triggered both internally and externally and supports four external trigger modes.

A Rotation Meter is a device for permanent installation that generates rapid flashes of light with energy-efficient and long-lasting LEDs. With a wide measurement range of 50 ... 36,000 FPM, a high resolution of 0.1 FPM and an accuracy of 0.01 %, it offers precise and reliable measurements. Our Rotation Meter can be triggered both internally and externally and supports four external trigger modes.

A Stroboscope / Stroboscope Light is a device for permanent installation that generates rapid flashes of light with energy-efficient and long-lasting LEDs. With a wide measurement range of 50 ... 36,000 FPM, a high resolution of 0.1 FPM and an accuracy of 0.01 %, it offers precise and reliable measurements. Our Stroboscope / Stroboscope Light can be triggered both internally and externally and supports four external trigger modes.

A Tachometer is a device for permanent installation that generates rapid flashes of light with energy-efficient and long-lasting LEDs. With a wide measurement range of 50 ... 36,000 FPM, a high resolution of 0.1 FPM and an accuracy of 0.01 %, it offers precise and reliable measurements. Our Tachometer can be triggered both internally and externally and supports four external trigger modes.

A Vibration Analyzer / Vibration Analyser is a device for permanent installation that generates rapid flashes of light with energy-efficient and long-lasting LEDs. With a wide measurement range of 50 ... 36,000 FPM, a high resolution of 0.1 FPM and an accuracy of 0.01 %, it offers precise and reliable measurements. Our Vibration Analyzer / Vibration Analyser can be triggered both internally and externally and supports four external trigger modes.

A Vibration Meter / Vibration Tester is a device for permanent installation that generates rapid flashes of light with energy-efficient and long-lasting LEDs. With a wide measurement range of 50 ... 36,000 FPM, a high resolution of 0.1 FPM and an accuracy of 0.01 %, it offers precise and reliable measurements. Our Vibration Meter / Vibration Tester can be triggered both internally and externally and supports four external trigger modes.

Numerous specialized digital probes can be connected to the Automotive Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Automotive Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Automotive Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Automotive Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Car Measuring Device. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Car Measuring Device allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Car Measuring Device. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Car Measuring Device allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Coating Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Coating Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Coating Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Coating Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Material Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Material Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Material Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Material Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Material Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Gauge / Paint Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Paint Gauge / Paint Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Gauge / Paint Tester. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Paint Gauge / Paint Tester allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Test Equipment / Paint Testing Equipment. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Paint Test Equipment / Paint Testing Equipment allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Paint Test Equipment / Paint Testing Equipment. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Paint Test Equipment / Paint Testing Equipment allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Surface Testing. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Surface Testing allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Surface Testing. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Surface Testing allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Gauge. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Thickness Gauge allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method for the Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Numerous specialized digital probes can be connected to the Thickness Meter. This makes applications on particularly small openings, thick coatings and hard-to-reach or small measuring points possible without any problems. The magnetic induction method of this Thickness Meter allows measurements of paint, varnish, plastic, rubber, ceramics, galvanized coatings and galvanic coatings on steel. The eddy current method can be used to measure insulating layers such as paint, varnish, plastic or anodized coatings on non-ferrous metals.

Our 12-Channel Data Logger Thermometer for thermocouples enables the display and archiving of several temperature sensors simultaneously. Up to 8 different thermocouple types can be connected to the 12-Channel Data Logger Thermometer.
± (0.04 % v.Mw. + 0.3 K) for type K

Our 12-Channel Data Logger Thermometer for thermocouples enables the display and archiving of several temperature sensors simultaneously. Up to 8 different thermocouple types can be connected to the 12-Channel Data Logger Thermometer.
± (0.04 % v.Mw. + 0.3 K) for type K

Our 12-Channel Data Logger Thermometer for thermocouples enables the display and archiving of several temperature sensors simultaneously. Up to 8 different thermocouple types can be connected to the 12-Channel Data Logger Thermometer.
± (0.04 % v.Mw. + 0.3 K) for type K

Our 12-Channel Data Logger Thermometer for thermocouples enables the display and archiving of several temperature sensors simultaneously. Up to 8 different thermocouple types can be connected to the 12-Channel Data Logger Thermometer.
± (0.04 % v.Mw. + 0.3 K) for type K

Our 12-Channel Data Logger Thermometer for thermocouples enables the display and archiving of several temperature sensors simultaneously. Up to 8 different thermocouple types can be connected to the 12-Channel Data Logger Thermometer.
± (0.04 % v.Mw. + 0.3 K) for type K

Our 12-Channel Data Logger Thermometer for thermocouples enables the display and archiving of several temperature sensors simultaneously. Up to 8 different thermocouple types can be connected to the 12-Channel Data Logger Thermometer.
± (0.04 % v.Mw. + 0.3 K) for type K