Water level control system using PLC and wireless sensors

Illes, Cosmina; Popa, Gabriel Nicolae; Filip, Ioan

doi:10.1109/icccyb.2013.6617587

Cited by 25 publications

(11 citation statements)

References 1 publication

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“…Paper yang ditulis oleh Cosmina Illes [9], tentang sistem water level control sistem menggunakan PLC and wireless sensors. Tujuan dari makalah tersebut adalah untuk menyajikan metode biaya termurah untuk kontrol ketinggian air menggunakan nirkabel.…”

Section: Down Feed Systemunclassified

Simulasi sistem pompa suplai air bersih dengan kontrol berbasiskan PLC

2022

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his paper discusses the simulation of control of a clean water pump system based on PLC. This simulation tool uses 3 tanks: tower tank, consumption tank and ground tank. The PLC used is the Zelio SR3PACKBD Smart Relay. The input is a stainless steel rod sensor placed in the tower tank and ground tank. The output is 2 pump motors and a solenoid valve. PLC program used Ladder diagram with ZELIO SOFT 2 programs. The test results show satisfactory results and the equipment required is very simple compared to conventional controls.

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Section: Down Feed Systemunclassified

Simulasi sistem pompa suplai air bersih dengan kontrol berbasiskan PLC

2022

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“…Penelitian serupa sebelumnya dilakukan oleh Cosminan Illes, Gabriel Nicolae Popa dan Ioan Flip [1] membuat sistem kontrol ketinggian air menggunakan PLC dan sensor nirkabel. Sistem kontrol ketinggian air menggunakan programmable logic controller dan industrial wireless moduler untuk pabrik industri, dalam sistem ini variabel prosesnya adalah ketinggian air dari sebuah tangki.…”

Section: Tinjauan Pustakaunclassified

Optimalisasi Sistem Kontrol Pompa Pengisian Air Pada Gedung Graha Dayaguna PT.JIEP

Hamdani

Agussationo

Isnen

2021

ELTI

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Sistem kontrol pompa pengisian air yang saat ini digunakan pada gedung Graha Dayaguna – PT. JIEP menggunakan konsep open loop tanpa adanya umpan balik dari sistem pengisian sehingga cenderung tidak efisien. Optimalisasi sistem perlu dilakukan untuk mengatasi hal tersebut dengan cara menambahkan komponen water level control dengan menggunakan 3 elektroda berfungsi sebagai sensor level yang diletakkan dalam bak penampungan air. Simulasi menggunakan software EKTS menunjukkan bahwa water level control dengan menggunakan elektroda dapat memonitor ketersediaan pasokan air. Implementasi dari penerapan water level control diyakini dapat meningkatkan efisiensi.

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“…Illes et al [25] designed and implemented a water level control system based on a PLC system and wireless sensors without network failure protection, while Lu et al [26] designed and implemented a wireless water level control system. Performance of the wireless network was compared with a conventional wire network.…”

Section: Introductionmentioning

confidence: 99%

The Failure Protection of Wireless-Based IIoT Technology for Fluid Level Control Systems

et al. 2022

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A novel protection mechanism was proposed for failure of a wireless-based IIoT system to control water level. Control via wireless communication can be executed safely using designed protection. A secondary path as a mesh network was automatically enabled to occur if the main MQTT network protocol failed. System backups were no longer required, with increased reliability of the wireless control network and low risk of failure. Performance control via the developed IIoT was demonstrated. Ability of the protection system to combat network failure was confirmed experimentally.

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Water level control system using PLC and wireless sensors

Cited by 25 publications

References 1 publication

Simulasi sistem pompa suplai air bersih dengan kontrol berbasiskan PLC

Simulasi sistem pompa suplai air bersih dengan kontrol berbasiskan PLC

Optimalisasi Sistem Kontrol Pompa Pengisian Air Pada Gedung Graha Dayaguna PT.JIEP

The Failure Protection of Wireless-Based IIoT Technology for Fluid Level Control Systems

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