PCE-CM 5 - Clamp Meter - Multimeter
| Κωδικός | Τιμή ** | Στοκ | |
|---|---|---|---|
| PCE-CM 5 | €34,70 | 1 διαθέσιμo |
| Alternating current | |||
| Measurement range | Reading | Accuracy | |
| 200 A | 0.1 A | ± (3.0% + 3 digits) | |
| Frequency range: 40 ... 400 Hz | |||
| Maximum input current: 200 A AC | |||
| Direct current | |||
| Measurement range | Reading | Accuracy | |
| 600 mA | 0.1 mA | ± (1.0% + 4 digits) | |
| 1000 mA | 1 mA | ± (1.0% + 4 digits) | |
| Maximum input current: 1000 μA | |||
| DC | |||
| Measurement range | Reading | Accuracy | |
| 600 mV | 0.1 mV | ± (0.7% + 3 digits) | |
| 6V | 0.001V | ± (0.7% + 3 digits) | |
| 60V | 0.01V | ± (0.7% + 3 digits) | |
| 600V | 0.1V | ± (0.7% + 3 digits) | |
| Input resistance: 10 MΩ | |||
| maximum input voltage: 600V DC AC rms | |||
| AC | |||
| Measurement range | Reading | Accuracy | |
| 6V | 0.001V | ± (0.8% + 3 digits) | |
| 60V | 0.01V | ± (0.8% + 3 digits) | |
| 600V | 0.1V | ± (0.8% + 3 digits) | |
| Input resistance: 10 MΩ | |||
| Maximum input voltage: 600V DC AC rms | |||
| Frequency range: 40 ... 400 Hz | |||
| LowZ AC/DC | |||
| Measurement range | Reading | Accuracy | |
| 600V | 0.1V | ± (2.0% + 3 digits) | |
| Input resistance: 10 MΩ | |||
| Maximum input voltage: 600V DC AC rmsS | |||
| Frequency range: 40 ... 400 Hz | |||
| Resistance | |||
| Measurement range | Reading | Accuracy | |
| 600 Ω | 0.1 Ohm | ± (0.8% + 3 digits) | |
| 6 kΩ | 0.001 kΩ | ± (0.8% + 3 digits) | |
| 60 kΩ | 0.01 kΩ | ± (0.8% + 3 digits) | |
| 600 kΩ | 0.1 kΩ | ± (0.8% + 3 digits) | |
| 6 MΩ | 0.001 MΩ | ± (1.2% + 3 digits) | |
| 60 MΩ | 0.1 MΩ | ± (1.2% + 3 digits) | |
| Test voltage (open circuit): 0.4V | |||
| Surge protection: 250V AC / DC rms | |||
| Continuity test | |||
| Measurement range | Analysis | Accuracy | |
| - | 0.1 Ohm | - | |
| Surge protection: 250 V AC / DC rms | |||
| Audio signal at <50 Ω | |||
| Diode test | |||
| Measurement range | Reading | Accuracy | |
| - | 0.001V | - | |
| Surge protection: 250V AC / DC rms | |||
| Forward current: 1-mA DC | |||
| Forward voltage: 3.3V DC | |||
| Capacity | |||
| Measurement range | Reading | Accuracy | |
| 99.99 nF | 0.01 nF | ± (4.0% + 5 digits) | |
| 999.9 nF | 0.1 nF | ± (4.0% + 5 digits) | |
| 9.999 µF | 0.001 µF | ± (4.0% + 5 digits) | |
| 99.99 µF | 0.01 µF | ± (4.0% + 5 digits) | |
| 999.9 µF | 0.1 µF | ± (4.0% + 5 digits) | |
| 9.999 mF | 1 µF | ± (4.0% + 5 digits) | |
| 99.99mF | 0.01mF | ± (4.0% + 5 digits) | |
| Surge protection: 250V AC / DC rms | |||
| Temperature (type K thermocouple) | |||
| Measurement range | Reading | Accuracy | |
| -20 ... 0°C | 1°C | ± (3.0% + 2 digits) | |
| 1 ... 400°C | 1°C | ± (2.0% + 2 digits) | |
| -4 ... 32°F | 1°F | ± (3.0% + 4 digits) | |
| 33 ... 752°F | 1°F | ± (2.0% + 4 digits) | |
| Surge protection: 250V AC / DC rms | |||
| Frequency (with current sensor) | |||
| Measurement range | Reading | Accuracy | |
| 99.99 Hz |
0.01 Hz |
± (1.5% + 5 digits) | |
| 999.9 Hz | 0.1 Hz | ± (1.5% + 5 digits) | |
| > 1 kHz | 0.001kHz | for reference only | |
| Frequency range: 10 Hz ... 1 kHz | |||
| Maximum input current: 200 A AC rms | |||
| Input range: > 60 A AC rms (if the input current increases, the frequency also increases) | |||
| Frequency (when measuring voltage) | |||
| Measurement range | Reading | Accuracy | |
| 99.99 Hz | 0.01 Hz | ± (1.5% + 5 digits) | |
| 999.9 Hz | 0.1 Hz | ± (1.5% + 5 digits) | |
| 9.999 Hz | 0.001kHz | ± (1.5% + 5 digits) | |
| > 10 kHz | 0.01 kHz | for reference only | |
| Frequency range: 10 Hz ... 10 kHz | |||
| Frequency (direct measurement) | |||
| Measurement range | Reading | Accuracy | |
| 99.99 Hz | 0.01 Hz | ± (0.3% + 5 digits) | |
| 999.9 Hz | 0.1 Hz | ± (0.3% + 5 digits) | |
| 9.999 Hz | 1 Hz | ± (0.3% + 5 digits) | |
| 99.99 kHz | 0.01 kHz | ± (0.3% + 5 digits) | |
| 999.9 kHz | 0.1 kHz | ± (0.3% + 5 digits) | |
| 9.999 kHz | 1 kHz | ± (0.3% + 5 digits) | |
| 99.99 MHz | 0.01 MHz | ± (0.3% + 5 digits) | |
| Measuring range: 10 Hz ... 60 MHz | |||
| Input resistance: 10 MΩ | |||
| Input range: > 0.2V AC rms (input voltage increases, frequency also increases) | |||
| Maximum input voltage: 250V AC rms | |||
| Duty cycle | |||
| Measurement range | Reading | Accuracy | |
| 5 ... 95% | 0.1% | ± 0.3% | |
| More specs | |||
| Range selection | Automatic and manual | ||
| Maximum working height | 2000 m / 6561.7 ft | ||
| Screen | LCD | ||
| The maximum screen display | 5999 | ||
| Upper limit exceeded indication | "OL" | ||
| Lower limit exceeded indication | "-OL" | ||
| Rate of measurement | 3 counts/second | ||
| Automatic shutdown | After 15 minutes of inactivity | ||
| Power supply | 1 x 9V battery | ||
| Operating conditions | 0 ... 40°C / 32 ... 104 °F | ||
| Storage conditions | -10 ... 50°C / 14 ... 122 °F | ||
| Dimensions | 201 x 65 x 43 mm / 7.9 x 2.6 x 1.7 in | ||
| Weight | About 265 g / < 1 lb (with battery) | ||
PCE-CM 5
Digital multimeter with NCV measurement / Current measurement up to 200 A AC / Frequency measurement directly with the clamp / Ready to use immediately / Simple operation
The PCE-CM 15 is a multimeter with many different functions. Thus, with the digital multimeter, current measurements of up to 200 A AC can be made without contact, covering a wide range of measurements. Thanks to the non-contact operation of the instrument, taking the measurement does not require interruption of current flow.
In addition, the PCE-CM 5 provides NCV (Not Connected Voltage) measurement capability in which it can indicate if voltage is applied to a non-contact line. These two features of the digital multimeter reduce the risk of injury from electric shock.
Other useful functions of the instrument are resistance measurement and continuity testing. With the continuity check, it can be determined, for example, whether a relay in a switch box is completely closed. Thanks to the fast measurement frequency of the digital multimeter, possible power fluctuations can be determined.
- Inductive current measurement up to 200 A AC
- Voltage measurement with a frequency meter
- "Hold" function to maintain the measured value
- Temperature measurement with a thermocouple
- Compact design
- Lower internal resistance with LowZ mode
