Abstract

In Indonesia, the use of 3D printers is gaining popularity in industrial processes, because the use of 3D printers in the manufacture of objects takes a relatively shorter time. However, in Indonesia, there is still very little information about the results of the 3D printer process, such as how much strength the object produced from the process, the accuracy and others. In this research, 10 experiments parameters such as current, voltage, power and energy was testing to get electrical power consumption. If time of usage parameter is added, then the results can be used to calculate how much bill you should pay to operating this equipment. The result shown that monitoring the consumption of electrical power used by 3D printer devices can be done using the PZEM-004T sensor with an accuracy level that is read by the sensor of 99.472% at reading the voltage value where the sample value obtained is 207 V AC and the voltage value that is read on the digital multi tester device is 208.1 V AC so that the difference obtained is only 1.1 V AC.

Highlights

  • Information technology has developed from time to time and these developments aim to facilitate human work in various sectors such as the industrial sector

  • Technology in the industrial sector is used for several things, such as accelerating the production of product components, one of the technologies that support this is 3D printers [1]. 3D printer is a development in technology that is very popular and is present in various parts of the world. 3D printers create three-dimensional objects from CAD models or digital 3D models, 3D printers print threedimensional objects through a variety of processes in which materials are stored, combined or compacted which are organized by a computer to create threedimensional objects, with materials added together

  • 3 tool working system: 1 The monitoring tool that will be made will read data in the form of voltage, current, power and energy used by the 3D printer through the PZEM-004T sensor [5]. 2 After the data is obtained, the device that is connected to the modem will send the data to a web service via the internet

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Summary

Introduction

Information technology has developed from time to time and these developments aim to facilitate human work in various sectors such as the industrial sector. Some of the parameters used to determine the state of the 3D printer are voltage, current and power values [2] From this information, a study on information analysis was made which aims to determine the amount or amount of power consumption required by a 3D printer to create an object [3]. A study on information analysis was made which aims to determine the amount or amount of power consumption required by a 3D printer to create an object [3] To overcome these problems the author will monitor the power consumption of the use of 3D printers in real time, this system uses ESP 32 as the main. A study entitled "Electrical Power Consumption Monitoring on Filament 3D Printing" was made which is expected to help the analysis to calculate the power requirement to create a certain size object with a 3D printer [8]

Materials and Method
Current
System Planning
Flowchart system
How the equipment works
How the data transmited
Sensor Testing
Data analysis
Findings
Conclusion
Full Text
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