A60 Smart Power Supply and Distribution Detector

Product Introduction

A60 Smart Power Supply and Distribution DetectorIt is a new type of online monitoring terminal for electrical safety, which can be equipped with dedicated current transformers, residual current transformers, and temperature sensors. It is used to monitor the current, voltage, power, electricity, leakage, and temperature of the circuit, and timely detect electrical faults such as leakage, temperature exceeding limits, overload, and overvoltage in the electrical circuit. It comprehensively realizes cloud monitoring of electrical safety and energy.

Product Technical Parameters

● Working power supply: 85-305VAC/70-430VDC 50Hz;

● Provide monitoring of 1 channel of residual current, 4 channels of temperature, three-phase voltage, current, power and other parameters;

● Remaining current monitoring range: 20-1200mA, monitoring accuracy ± 5%;

Temperature monitoring range: 0 ℃~140 ℃, monitoring accuracy ± 2 ℃;

● Optional 4G wireless module;

● Built in Bluetooth module for easy local configuration;

● It has local and remote upgrade functions;

● Equipped with power-off warning function;

● Equipped with sound and light alarm function;

● Its own power consumption is less than 5W;

After the accumulated power reaches 21000000 kWh, it will be reset to zero;

● Operating environment temperature: -15 ℃ to+55 ℃;

Adopting standard guide rail installation and supporting bundled installation.

● Supports RS485 and 4G

Product functions and application scenarios

A60 Smart Power Supply and Distribution DetectorUsing IoT technology to upload collected power data to a cloud platform can achieve:

1. real-time monitoringReal time monitoring of the operating status of the power system, such as voltage, current, power factor, harmonics, and other parameters, to detect abnormal situations in the power system in a timely manner.

2. fault diagnosisBy analyzing the collected data, automatically identify the types and locations of faults in the power system, help quickly locate the fault point, and shorten the fault handling time.

3. energy efficiency managementBy recording and analyzing the electricity usage in detail, providing users with energy efficiency assessment reports, proposing energy-saving and consumption reducing suggestions, and promoting the effective utilization of energy.

4. remote control: Support the remote operation and management of power equipment through the Internet or private network to improve the operation and maintenance efficiency.

5. early warning alarmWhen an abnormal situation is detected in the power system, an alarm can be immediately issued to notify relevant personnel to take measures to avoid accidents.

Main application scenarios: Generally used for monitoring distribution circuits on the low voltage side, mainly for retrofitting scenarios, without changing the original circuit. The installation method is rail mounted. The main scenarios include upgrading and renovating low-voltage cabinets, monitoring the main circuit of distribution boxes, monitoring temporary distribution boxes on construction sites, and monitoring the outgoing circuit of box transformers. The structural schematic diagram is shown below

The specific technical indicators are shown in the following figure