PHLTD D85-5035VA AC Voltage and Current Meter with High-Precision Digital Display, Dual Display for 220V/380V Three-Phase AC, 60-500V

PHLTD Current and Voltage Meter Specifications Table
product name	Detection voltage	Detecting current	measurement accuracy	Mounting Method
Current Voltmeter	AC60-500V/50-60hz	0-100A	1%	Hole 68x38mm

Wiring diagram

Main Features of the PHLTD Current and Voltage Meter: A Comprehensive Overview

Let’s start with its cornerstone feature: High Precision. With the use of advanced sensors and cutting-edge digital processing technology, this meter ensures the highest level of accuracy and reliability in its measurements. It reflects the continuous pursuit of excellence in industrial instrumentation.

Additionally, the meter offers a Wide Voltage Range, capable of measuring voltages from 60V to 500V in three-phase AC systems.

When it comes to Size, the PHLTD Current and Voltage Meter is highly compact, measuring just 70x42x15.5mm. This makes it easy to install and space-efficient, seamlessly integrating into even the tightest industrial environments.

The Digital Display Screen is central to its user interface, offering clear and concise visual data representation. This intuitive display ensures that even complex data is easy to understand and analyze.

Regarding its Working Environment, the meter is built to perform reliably in challenging conditions. It operates within a wide temperature range of -10°C to +50°C and offers some moisture-proof and dust-proof protection, ensuring stable performance even in harsh industrial environments.

Wide Applicability makes the PHLTD Current and Voltage Meter suitable for various applications, including industrial automation, power system monitoring, and laboratory testing. Its versatility has earned it a reputation as an indispensable tool for professionals across diverse industries.

However, there are several Precautions for Use to ensure the longevity and safety of the meter. Firstly, always verify that the power supply matches the meter’s specifications to prevent overload or short circuits. Secondly, regularly inspect the connection wires and interfaces to ensure good contact, tightness, and no corrosion. Additionally, avoid exposing the meter to extreme environments such as high humidity, high temperatures, or strong magnetic fields, as these can affect measurement accuracy and reduce its lifespan. Lastly, always disconnect the power supply before performing maintenance or cleaning to prevent potential hazards.

By following these precautions and leveraging the meter’s features, users can maximize the potential of the PHLTD Current and Voltage Meter, bringing precision and efficiency to their industrial operations.