Mora 6-in-1 Multifunction Digital Meter – Volts, Amps, kWh, Power Factor, Power, Frequency

The Mora 6-in-1 Multifunction Digital Meter is an all-in-one solution for comprehensive electrical monitoring. This compact, rail-type meter provides simultaneous readings for six essential parameters: AC Voltage, AC Current, Active Power, Energy (kWh), Power Factor, and Frequency. With a high measurement accuracy of 1% ± 2 words and a measuring speed of approximately two readings per second, you can rely on this device for precise data. It is highly versatile, supporting two different AC voltage ranges (40-300V and 200-450V) and a current range of 0-100A. The clear digital display provides detailed resolution, particularly for power and energy readings. The Mora 6-in-1 meter is an efficient and space-saving tool for monitoring electrical systems in residential, commercial, and industrial settings.

Specifications:

• Brand: Mora
• Function: 6-in-1 Multifunction Meter
• Measurement Accuracy: 1% ± 2 words
• Voltage Range: AC40-300V and AC200-450V
• Current Range: AC0-100A
• Frequency Range: 45Hz-65Hz
• Power Factor: 0.00-1.00PF
• Active Power Range: 0-45000W
• Energy (kWh) Range: 0-99999 kWh
• Measuring Speed: Approx. 2 times per second
• Dimensions: 54 x 80 x 64mm
• Installation Method: Rail-type

Why Choose This Product?

• Comprehensive Monitoring: Get all the essential electrical data—voltage, current, power, energy, and more—from a single, compact device, eliminating the need for multiple meters.
• High Precision & Reliability: The high measurement accuracy ensures that you receive trustworthy data for your electrical systems.
• Versatile & Adaptable: With its dual voltage ranges, this meter is suitable for a wide variety of residential, commercial, and industrial applications.
• Space-Saving Design: The rail-type mounting and compact size make it an efficient solution for crowded distribution boxes and panels.
• Detailed Readings: The high-resolution displays for power and energy allow for precise tracking of consumption and usage over time.