| Brand | Xinyouxiang |
| Model NO. | NA 3P DIN RAIL Power Meter Three-Phase Ammeter |
| Rated insulation voltage | 660V |
| Series | NA 3P |
The NA 3P DIN Rail Power Meter Three Phase Ammeter is a high-precision three-phase electrical parameter monitoring device designed specifically for industrial distribution systems, intelligent building distribution networks, and new energy power stations. With standard DIN rail installation as the core design concept, it integrates precise measurement of three-phase current and power parameter analysis functions, and can capture real-time current fluctuations and power consumption of three-phase circuits, providing users with comprehensive power operation data, helping to achieve fine control, energy consumption statistics, and safe operation and maintenance of power systems. It is widely applicable to industrial production lines, data center UPS power supply systems, commercial building distribution cabinets and other scenarios with high demand for current and power monitoring
| Technical Parameter | |
| Supply Voltage /Frequency Range | AC 80V-500V/50-60HZ |
| Current Range | AC 0-100A |
| Color | Red |
| Discrepancy Range | ±2% |
| Rated Insulation Voltage | 660V |
| Sampling Rate | 1 time /s |
| Input loop power consumption | ≤2VA |
| Altitude | ≤2000m |
| Ambient Temperature | -50~55℃ |
| Humidity | 50%and 40°C Condensation free |
| Storage Temperature | -30℃~70℃ |
The NA 3P DIN Rail Three-Phase Ammeter is a modular measurement and control device specially designed for current monitoring of three-phase AC electrical systems. It adopts a 35mm standard DIN rail mounting method, compatible with the dense arrangement requirements of distribution cabinets and distribution boxes. This product covers a rated voltage of 220VAC/380VAC, a current measurement range of 1A~630A (supports external transformer expansion up to 2000A), and a measurement accuracy of ±0.5 class. Equipped with core functions such as digital display, overload alarm and remote communication, it is widely used in industrial power distribution, PV power stations, commercial buildings, motor control cabinets and other scenarios to monitor the three-phase current balance status in real time and ensure the stable operation of electrical systems.
The core advantages focus on four dimensions: measurement accuracy, installation convenience, function expandability and environmental adaptability:
1.High-precision current monitoring with accurate and reliable data
2.Modular design for efficient and convenient installation and maintenance
3.Multi-function expansion to meet diversified monitoring needs
4.Strong environmental adaptability to stably cope with complex working conditions
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