Kendali Suhu Air Dengan Sensor Termokopel Tipe-K Pada Simulator Sistem Pengisian Botol Otomatis

Sari, Dewi Permata; Rasyad, Sabilal; Amperawan, Amperawan; Muslimin, Selamat

doi:10.31851/ampere.v3i2.2393

Cited by 6 publications

(5 citation statements)

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“…The thermocouple works as feedback to the heater controller. In the control circuit, the value changes to the voltage [21]. The sensor is then processed by the MAX6675 module, which then will be sent to the microcontroller for direct display on the LCD screen.…”

Section: Figure 2 System Projectmentioning

confidence: 99%

Design and Realization of Temperature and Speed Control System of Meyer Rod Coating Based on Arduino for Silver Nanowires Thin Film Applications

Junaidi,

Irvana,

Ayu

et al. 2023

J. Penelit. Fis. Apl.

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The design and implementation of an Arduino-based temperature and speed control system for Meyer rod coating have been successfully accomplished. The tool is capable of automatically regulating the temperature and speed of the plate and Meyer rod. The components utilized in manufacturing the coating tool include Arduino Uno, stepper motor, thermocouple sensor, heating plate, relay, stepper motor driver (TB6560), and thermocouple sensor supported by the MAX-6675 module. The motivation behind developing this tool stems from the inconsistency in temperature and speed during manual Meyer rod coatings, where substrate transfer to the heater is done manually. Therefore, the purpose of this tool is to make the rod's pressure and speed stable, and the substrate does not need to move. The results of this study are that the stepper motor achieved a remarkable speed accuracy of 99%, and the thermocouple sensor exhibited an accuracy of 88.43%. Further, the time required for the heater to reach 100 °C was 09.45 minutes.

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Section: Figure 2 System Projectmentioning

confidence: 99%

Design and Realization of Temperature and Speed Control System of Meyer Rod Coating Based on Arduino for Silver Nanowires Thin Film Applications

Junaidi,

Irvana,

Ayu

et al. 2023

J. Penelit. Fis. Apl.

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“…Metode SDLC Waterfall memberi gambaran beberapa fase berurutan yang harus diselesaikan satu per Gambar 1: Metode SDLC Waterfall satu sebelum pindah ke fase berikutnya. Gambar 1 diatas mengilustrasikan berbagai tahapan metode SDLC Waterfall [15]. Metode SDLC Waterfall ini memiliki (5) lima tahap diantaranya analisis kebutuhan dan desain [16].…”

Section: Metode Penelitianunclassified

Penerapan Internet of Things (IoT) sebagai Sistem Monitoring dan Controller pada Kematangan Kerupuk Bandung

Ihsan,

Wahyu Aditya

2023

emitor

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In the process of making Bandung Crackers whose interest and existence are still visible in all regions in Indonesia, a method is needed that can help determine the right level of maturity to help make the work of employees in the industry easier. Therefore, the authors compiled this scientific research using a quantitative method that aims to find and design a controller tool systematically based on the Internet of Things (IoT) system, so that revolutionary technology for the industry can develop. Researchers used a monitoring tool in the form of a Type-K Thermocouple Sensor to read the temperature in the boiler, along with the OLED and the Blynk application, as well as the Buzzer Output. Broadly speaking, the Controller tool uses the Blynk application by moving a Servo Motor that has been integrated with the stove knob to adjust the small and large fire remotely. The application of Monitoring and Controller tools in this study is expected to facilitate and provide a sense of security for workers in the Bandung Cracker industry. Through the design of the tools and applications used, researchers can see the temperature from a distance of 1-5 meters. This makes it easy to find out the maturity time during the Bandung Crackers drying process at 1000C as an indicator of proper maturity.

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“…A thermocouple is a temperature sensor that converts the temperature difference into a voltage change. This is due to the difference in density possessed by each metal which depends on the density of the metal [17]- [18].…”

Section: I3 Thermocouplementioning

confidence: 99%

Automatic Stove Control System Based on the NodeMCU ESP8266 Microcontroller

Hamdani

Sulistiyowati

Ayuni

2022

JET

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A stove is a handy tool for humans. The use of stoves in everyday life brings beneficial and detrimental impacts. A stove is a tool used to help human activities, but the impact of its weakness can cause household accidents caused by the negligence of the community itself. The NodeMCU-based automatic hob was built to address this problem. This stove can set the cooking time and automatically stop working at the specified time. This stove can also turn off automatically if the sensor does not detect the presence of people around to minimize the occurrence of household accidents. This automatic stove is expected to be a technological reformer in household appliances and a solution to reduce the number of accidents caused by stoves.

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Kendali Suhu Air Dengan Sensor Termokopel Tipe-K Pada Simulator Sistem Pengisian Botol Otomatis

Cited by 6 publications

References 0 publications

Design and Realization of Temperature and Speed Control System of Meyer Rod Coating Based on Arduino for Silver Nanowires Thin Film Applications

Design and Realization of Temperature and Speed Control System of Meyer Rod Coating Based on Arduino for Silver Nanowires Thin Film Applications

Penerapan Internet of Things (IoT) sebagai Sistem Monitoring dan Controller pada Kematangan Kerupuk Bandung

Automatic Stove Control System Based on the NodeMCU ESP8266 Microcontroller

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