About Metravi 307n Digital Clamp On Power Meter
Metravi 307n Digital Clamp On Power Meter
- Measures Power and Energy for single phase and three phase loads
- Auto-ranging
- Data Logging up to 99 Data
- Sleep Mode
- Clamp Jaw Dia: 56mm
- Confirms to CAT III 600V, IEC 61010, CAT IV 300V
- Non Contact Voltage Detector
- Data Hold, Max / Min record
- USB PC Interface
- Display; 4 digits Triple Backlit LCD Display with analogue bargraph
- AC Voltage: 0 100 / 400 / 750V T-RMS
- Accuracy: 1.2%
- AC Current: 0 40 / 100 / 400 / 1000A T-RMS
- Accuracy: 2.0%
- Active Power: 0.01kW 750kW
- Accuracy; 3.0%
- Apparent Power: 0.01kVA 750kVA
- Accuracy: 3.0%
- Reactive Power: 0.01kVAR 750kVAR
- Accuracy: 3.0%
- Power Factor: 0.3 1 (Capacitive / Inductive)
- Accuracy: 4.0%
- Phase Angle: 0- 90
- Accuracy: 2
- Frequency: 50Hz 200Hz
- Active Energy: 0.001 9999kWh
- Accuracy: 3.0%
- Temperature: -50 1300C
Advanced Digital Clamp Meter for ProfessionalsThe Metravi 307n is equipped with a 40mm clamp jaw, allowing safe, non-contact measurement in live electrical circuits up to 600A and 600V. Its True RMS technology ensures reliable readings in complex environments, while backlight and data hold functions improve usability in low-light or fast-moving scenarios. Built to meet CAT III 600V standards, it guarantees safe operation for electrical technicians, maintenance engineers, and field service personnel.
User-Friendly Features for Accurate MeasurementThis power meter provides intuitive controls and manual operation, making it suitable for diverse environments. With resolution of 0.1A/0.1V and quick response time of about 2 seconds, readings are both detailed and swift. The auto power-off feature extends battery life, and the clear LCD display allows for easy data viewing. Its lightweight, handheld design facilitates effortless usage onsite or in workshops.
Versatile Applications for Electrical MaintenanceSuitable for measuring current, voltage, power, frequency, and power factor in AC circuits, the Metravi 307n supports routine maintenance, troubleshooting, and installation tasks. Its clamp-type interface is ideal for service engineers working with industrial panels or field equipment, offering accurate, dependable results. Its robustness, reliability, and portability make it a preferred choice for professionals in India.
FAQ's of Metravi 307n Digital Clamp On Power Meter:
Q: How do you use the clamp jaw of the Metravi 307n to measure current?
A: To measure current, open the 40mm clamp jaw and place it around a single conductor without breaking the circuit. The device detects the AC current flowing and displays the reading on the LCD screen.
Q: What is the measurement capacity and range of the Metravi 307n for current and voltage?
A: The meter can measure AC current from 0 to 600A and AC voltage from 0 to 600V, with a measurement accuracy of 2.0% and a resolution of 0.1A/0.1V.
Q: When should I use the data hold and backlight features?
A: Use the data hold function to freeze a measurement on the display for recording or review. The backlight feature is ideal for working in dimly lit environments, making the readings easily visible.
Q: Where can the Metravi 307n be effectively used?
A: This meter is suitable for field work, electrical maintenance, and service tasks in environments such as workshops, industrial settings, and routine electrical inspections, anywhere within 0~40C and up to 80% humidity.
Q: What safety standards does the Metravi 307n comply with for electrical measurement?
A: The device meets CAT III 600V safety standards, ensuring safe operation in environments with high voltage and current, typical in industrial and commercial electrical installations.
Q: What benefits does the auto power-off feature provide?
A: The auto power-off function, which activates after approximately 15 minutes of inactivity, helps conserve battery life and protects the device from unnecessary wear.
Q: How does True RMS improve measurement accuracy?
A: True RMS technology ensures accurate measurement of both linear and non-linear electrical loads, providing reliable readings even with distorted waveforms in complex circuits.