Three-Phase Clamp Meter with network analyzer / power and energy meter with data logger. The three-phase harmonic Analyzer (Graphic Power Quality Analyzer) is used for single-phase or three-phase measurements of active, reactive and apparent power, power factor, phase angle, energy, voltage, current as well as peaks and harmonics. This clamp meter is a perfect tool for all energetic measurements. It is delivered manufacturer calibrated and can be certified to ISO or standards.
- Real-time test, register and measurement of voltage and current (real and effective)
- Measures power factor and phase angle, frequency, energy, active, reactive and apparent power
(single-phase or three-phase in symmetrical networks).
- Max. conductor diameter: 55 mm / 2.2 in
- Records up to 50,000 records
This clamp meter is used for single-phase or three-phase measurements of the active, reactive and apparent power, power factor, phase angle, energy, voltage, current as well as peaks and harmonics up to 50º of the harmonic waveform. The clamp meter is equipped with data logger. The test instrument is delivered manufacturer calibrated (ISO or certification as an option).
- Real-time test, register and measurement of voltage and current (real and effective)
- Measures power factor and phase angle, frequency, energy, active, reactive and apparent power
(single-phase or three-phase in symmetrical networks).
- Max. conductor diameter: 55 mm / 2.2 in
- Datalogger for 50,000 readings / software/ USB interface
- incl. ISO Calibration Certificate
The PCE-360 is a clamp meter with data logger functionality. This versatile clamp meter can take single-phase and three-phase power measurements both in real time and over an extended time period.
- Voltage range: 50.0 V ... 600.0 V True RMS value
- Current range: 3.0 A ... 999.9 A True RMS value
- Includes clamps, clips, leads, PC software and data cable
- Data logger of 350,000 records at 5/10/30/60/120 second interval options
- Incl. ISO Calibration Certificate
Mini Clamp Meter for measuring AC current, AC voltage, DC current and frequency. PCE-DC 1 clamp meter is designed to indirectly detect AC/DC current and frequency. The clamp has one white LED which illuminates the point of measurement. Users can test the voltage without contact. Small dimensions of this test instrument allow to take measurements in places with limited access. The clamp meter is delivered manufacturer calibrated and can be certified according to ISO or standards.
- AC current (50/60 Hz): 200 A / 0.1 A or 100-mA / ±3.0% + 8
digits
- DC current: 200 A / 0.1 A or 100-mA / ±2.8% + 8 digits
- AC test voltage (without contact):100 VAC to 600 VAC 50 /
60 Hz
- Frequency (3 ranges): 40 to 50 Hz / 51 to 510 Hz/ 0.51 to 1 kHz
Digital Clamp Meter for measuring AC/DC current, AC voltage and resistance. This clamp meter is designed to indirectly detect AC/DC current and ohms. The clamp has white LEDs which illuminate the point of measurement and test the voltage without contact. Small dimensions of this device allow to take measurements in places with limited access. The clamp meter comes manufacturer calibrated and can optionally be certified according to ISO or standards.
- AC / DC current, voltage and resistance measurement
- 3 2/3-digit LCD display
- Power supply: 2 x 1.5V AAA battery
- Dimensions: 164 x 65 x 32 mm / 6.4 x 2.5 x 1.2 in
PCE-DC3 is a user-friendly digital clamp meter with automatic range selection used to measure AC/DC electrical currents with high accuracy. Combining a basic digital multimeter with a current sensor, the PCE-DC3 clamp meter features a thoughtfully integrated backlit LCD screen and built-in flashlight for illumination in dark spaces. In addition, the clamp meter's compact size allows unique access to small and hard-to-reach places.
- AC current (50 / 60 Hz): 2 A / 1-mA / ± 2.8% + 10 dgt
- DC current: 2 A / 1-mA / ± 3.0% + 10 dgt
- AC overload protection: 100V AC up to 600V AC 50 / 60 Hz
Clamp Meter to test leakage / RMS measurement / continuity and resistance test. With PCE-LCT 1 leakage current clamp meter it is possible to measure leakage current with a range up to 100 A. The current meter can measure leakage current while current flows through electrical conductors that are not designed for conduction current. The leakage clamp meter is delivered manufacturer calibrated and can additionally be certified to ISO or standards.
- Measures current up to 100 A
- Measures voltage up to 600 V
- Measures resistance up to 400 Ohms
- Test cables are included
PCE-PCM 1 is a multipurpose clamp meter or power analyzer used to measure alternating current (AC), voltage (TRMS) and frequency to determine active (kW), apparent (kVA) and reactive (kVAR) power as well as active energy (kWh) consumption. Both the phase angle and the power factor (cos φ) are shown on the handheld power meter's large and easy-to-read backlit display.
- Voltage (50 ... 200 Hz): 100 / 400 / 750V, ± (1.2% + 5 digits)
- Internal memory: Stores up to 99 measurement values
- Includes USB cable and PC software
- Three-phase power measurement
- True RMS
The clamp meter PCE-DC 41 can measure voltages up to 600 V, currents up to 600 A and electrical resistance up to 1000 Ω. To perform a measurement, you can either use the measuring leads, which are included in the package of the clamp meter, or you can use the integrated clamp mechanism. By using the clamp of the clamp meter, you are able to measure the electrical parameters of an electrical conductor contact-free and without disconnecting it.
- Voltage: 600 V AC/DC
- Current: 600 A AC/DC
- Electrical Resistance: 1000 Ω
- Clamp mechanism
It is known from the fundamentals of electrical engineering that current must always be measured in a line to a consumer, since the maximum current is determined by the smallest resistance in the electrical network. However, it is often not possible to split the circuit with a multimeter in order to measure the current, or the current in the alternating power supply system is very high so that a contact current measurement is not possible. That is when a clamp meter is needed.
How does a clamp meter measure the electrical current?
Around each electrical conductor, through which the current flows, a magnetic field spreads linearly regarding the flowing current. In case of the direct current, this is a DC magnetic field and, in case of the alternating current, an alternating magnetic field. Clamp meters use this effect and measure the current via a Hall sensor (direct current) or via a kind of transformer (alternating current), depending on the current type.
Which clamp meter should be used?
The selection of the clamp meters depends on various factors. The first factor is the nature of the current. The clamp meter for alternating current is most widely used. For applications, when also the direct current is to be measured with the help of a clamp meter, for example, to measure the current of a starter in a motor vehicle, a clamp meter, which can measure the direct current, is needed. Commonly, the clamp meters, measuring the direct current, are also able to measure the alternating current.
Another question to consider when selecting the right clamp meter, is the amperage. Generally speaking, the higher the current to be measured, the bigger the size of the clamp meter. A special design of a clamp meter is the Rogowski coil. This type of a clamp meter is often used for very high alternating currents, since very large sizes can be achieved here. Flexible clamp meters are also frequently used for the measurements in the control cabinet.
Besides, clamp meters are frequently used for measuring the electrical power. This particular form of the clamp meter is widely used in the electrical measuring technology. The following must be considered here. The measurement with the help of a clamp meter is always possible only if in a 3-phase network, all conductors are loaded in the same way, i.e. symmetrically. For asymmetrically loaded phases, 3 clamp meters must be used. Here, PCE Instruments offers appropriate clamp meters with power measuring functions.
A special measuring function in a clamp meter is the so-called inrush function. This function is always used when the starting current of the machines or motors must be measured. The clamp meter is in a kind of standby mode after activation. As soon as the current is detected by the clamp, it is detected with a very high sampling rate and displayed on the screen, also if the current is again on a different level after switching on.
Further special functions such as voltage measurement or resistance measurement and temperature measurements complete the range of functions of a clamp meter.
