The Clamp on Tester measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Clamp on Tester, processed graphically and can be analysed or exported.

The Clamp on Tester measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Clamp on Tester, processed graphically and can be analysed or exported.

A Condition Monitoring 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 can be triggered both internally and externally and supports four external trigger modes.

The Current Clamp measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Current Clamp, processed graphically and can be analysed or exported.

The Current Clamp measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Current Clamp, processed graphically and can be analysed or exported.

The Data Logger / Data Logging Instrument measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Data Logger / Data Logging Instrument, processed graphically and can be analysed or exported.

The Data Logger / Data Logging Instrument measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Data Logger / Data Logging Instrument, processed graphically and can be analysed or exported.

The Power Indicator measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Indicator, processed graphically and can be analysed or exported.

The Power Indicator measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Indicator, processed graphically and can be analysed or exported.

The Power Meter measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Meter, processed graphically and can be analysed or exported.

The Power Meter measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Meter, processed graphically and can be analysed or exported.

The Power Quality Analyser / Power Analyzer measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Quality Analyser / Power Analyzer, processed graphically and can be analysed or exported.

The Power Quality Analyser / Power Analyzer measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Quality Analyser / Power Analyzer, processed graphically and can be analysed or exported.

The Power Quality tools measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Quality tools, processed graphically and can be analysed or exported.

The Power Quality tools measures current and voltage values using the connected current transformers and test leads. From this, the active, apparent and reactive power are determined and transmitted to the measuring platform every second via Wi-Fi. The data is then filed historically on the Power Quality tools, processed graphically and can be analysed or exported.

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.