Full-Scale Overload Protection Digital Clamp Multimeter Working
Temperature 18°C~28°C
GENERAL SPEClIFICATIONS
- Auto-ranging/Manual ranging
- Full-scale overload protection
- The maximum allowable voltage between the measuring end and the
earth: 1000V DC or 750V AC
- Display: LCD
- Maximum display value: 5999 digits
- Polarity indication: Automatic indication,'-indicates negative
polarity.
- Over range display: 'OL' or '-OL'.
- Sampling time: about 3 times / sec
- Unit display: with function, power unit display.
- Automatic shutdown time: approx.15 minutes after no signal
- Power supply: DC power supply 4.5V
- Battery type: 1.5V AAA battery
- Battery under voltage indication:display symbol on LCD.
- Temperature coefficient: less than 0.1×accuracy/°℃
- Working temperature: 18°C~28°C
- Storage temperature:-10°C～50C
- Size: 208× 78 × 35mm
- Jaw opening maximum size: approx. 36mm
- Clamp can measure the maximum diameter: approx.26mm
- Weight: approx. 240g (including battery)
TECHNICAL SPECIFICATIONS
Measuring range & accuracy
(Accuracy guaranteed at 23℃C±5℃C, humidity <75%)
Note: When measuring Sine waves with the true RMS method the meter
may display a reading between 1-50A. This is normal and does not
affect the accuracy of the meter.
AC Current
| Range | Accuracy | Resolution |
| 60A | ±(2.5% rdg + 8 digits) | 0.01A |
| 600A | 0.1A |
Max. input current: 600AAC.
Frequency range: 50Hz.
DC Current
| Range | Accuracy | Resolution |
| 60A | ±(2.0% rdg + 8 digits) | 0.01A |
| 600A | 0.1A |
Max. input current: 600AAC.
INRUSH Current
| Range | Accuracy | Resolution |
| 60A | ±(5.0% rdg + 60 digits) | 0.01A |
| 600A | 1A |
Inrush measurement time: 100ms.
Amperage range: 20 ~ 600A.
Frequency range: 40 ~ 400Hz.
DC Voltage
| Range | Accuracy | Resolution |
| 600mV | ±(0.8% rdg + 5 digits) | 0.1 mV |
| 6V | 0.001V |
| 60V | 0.01V |
| 600V | ±(1.0% rdg + 5 digits) | 0.1V |
Input impedance: 10MQ.
Max. input voltage: 600V AC (RMS) or 600V DC.
Frequency range: 40 ~ 1000Hz
Note:
In the low voltage range, with the test leads is not connected to
the circuit under test, the Meter may have a fluctuating reading,
this is normal, this it is caused by high sensitivity of the Meter,
it does not affect the actual measurement results.
