Flexible Rogowski Measuring Probes
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We offer top-quality flexible measuring probes.
Our products are intended for professionals. With many years of experience in sales, we are able to provide you with support and professional advice in selecting the right solutions. All offered products are made of the best materials.
Our wide range of measuring probes
MICRO-flex probes – used in applications such as:
- Cooperation with multimeters, oscilloscopes and recording devices;
- Measurements of power electronic devices;
- Current waveform analysis;
- Measurement of power, harmonics, peak currents in the power network and UPS systems;
- Measurement of transient states in electric motors.
Rogowski coils Micro-flex ACP 1003_3 – used for measuring 1000 A current in the frequency range from 20 Hz to 100 kHz. The flexible and lightweight design allows for easy and quick installation in hard-to-reach areas and on large conductors.
DRM Series includes 3-phase and 4-phase Rogowski coils MICRO~flex dedicated to AC current measurement. They feature a 3-channel or 4-channel integrator in a DIN rail-mounted housing.
PRO-flex series probes from GMC-I PROSyS: PRO-flex single-phase – ROHS and WEEE compliant; DRP series – 3-phase and 4-phase Rogowski coils PRO~flex dedicated to AC current measurement.
Typical applications:
- Cooperation with multimeters, oscilloscopes and recording devices;
- Repair and maintenance of electric machines;
- Measurement of low and medium voltage distribution installations;
- Analysis of currents in power supply networks;
- Measurement of power, harmonics, peak currents in the power network and UPS systems;
- Testing high currents in switchgear and fuses;
- Measurement of transient states in electric motors.
GMC-I PROSyS was founded in 2008 and is part of the GMC-I group. Despite being a young company, GMC-I PROSyS has 30 years of experience in the sensor and probe technology market. The manufacturer specializes in designing and manufacturing clamp ammeters based on the Hall effect and current coils based on the Rogowski effect.