About Metravi 107f Digital Clamp On Power Meter
Metravi 107f Digital Clamp On Power Meter
- 10000 counts digital display
- Active backlit, large scale display
- VoltSense (Non-contact Voltage Detection)
- Analogue Bargraph
- True RMS reading on AC and AC+DC mode
- Torch light
- Auto AC/DC 1000A capability and selection
- Auto AC/DC 1000V capability and selection
- Auto Ohms/Continuity/Diode selection
- Power and Power Factor measurement
- Total Harmonics Distortion and Harmonics DC 1 to 25
- Phase Rotation Indication
- AC Current via Flexible Current Probe
- 100K Ohms Resistance capability
- Continuity Beeper
- Frequency Counter
- Capacitance capability
- C/F Temperature Function
- Smart Data Hold
- Peak Hold
- Inrush Current
- DCA Auto-Zeroing Key
- Min Max Hold
- Low Pass Filter
- Auto Power-off
- Up to 42mm dia. (1000MCM) Conductor
- Bus bar size 62mm x 12mm
- 4 feet Drop-tested
- Temperature Adaptor K-type Thermocouple (bead probe) included
- Deluxe Carrying Case
- Hand Guard & Streamline Design
- Convenient Battery Door
- CAT IV 600V /CAT III 1000V Safety Standard
True RMS Precision for Accurate MeasurementsThe Metravi 107f delivers reliable readings of current, voltage, and power using True RMS technology, ensuring accuracy in complex industrial environments. Its measurement range covers up to 1000A for current and 750V for voltage, making it suitable for diverse applications. The large LCD display offers 2000 counts, supported by a fast response time and clear backlighting.
Designed for Safety and ConvenienceSafety remains paramount with this meter's CAT III 600V rating and insulated jaw design, ideal for professional use. Ergonomics improve comfort during prolonged operations. With over-range indication and a robust build, the Metravi 107f minimizes risks while streamlining fieldwork and inspections.
Automatic Functions for Enhanced UsabilityThe power meter features user-friendly automation, including auto power off after 15 minutes and a low battery indicator to prevent downtime. The manual control mode and data hold function allow technicians to capture and review readings efficiently, supporting detailed analysis and reporting in the field.
FAQ's of Metravi 107f Digital Clamp On Power Meter:
Q: How do I use the Metravi 107f to measure current and voltage?
A: To measure current or voltage, clamp the jaws around the conductor for current or connect the meter terminals to the test points for voltage. Select the desired measurement mode using the manual dial and read the values displayed on the backlit LCD screen.
Q: What safety standards are provided with the Metravi 107f?
A: The Metravi 107f meets the CAT III 600V safety standard and features an insulated, ergonomic jaw design. These elements ensure enhanced protection for users during routine and high-capacity measurements.
Q: When should I replace the battery in the Metravi 107f meter?
A: Replace the 9V (6F22) battery when the low battery indicator appears on the display. Regular battery checks help maintain accurate readings and reliable operation in the field.
Q: Where can I use the Metravi 107f digital clamp meter?
A: This meter is suitable for field and industrial environments where electrical parameters such as current, voltage, frequency, and power need monitoring. Its robust design and features make it ideal for various power applications in India.
Q: What is the data hold function and how does it benefit users?
A: The data hold function allows users to freeze the current measurement on the display, simplifying data recording, analysis, and reporting, especially in dynamic testing environments.
Q: How does over-range indication work on this device?
A: If a measured value exceeds the meter's specified range, a display message alerts the user to ensure accurate measurement and instrument safety.
Q: What are the main advantages of using the Metravi 107f for power monitoring?
A: Benefits include True RMS measurement for enhanced accuracy, ergonomic design for user comfort, fast sampling rate, reliable data hold, and comprehensive safety features, which collectively simplify complex electrical monitoring tasks.