Mathematical Modeling of Time Response Analysis of Residual Current Devices with Electronic Switches

Mustafa Yağımlı; Ahmet Yurtcu

Article Details

Mathematical Modeling of Time Response Analysis of Residual Current Devices with Electronic Switches

Authors:

Mustafa Yağımlı | Ahmet Yurtcu

Publisher:

Sakarya University

Main Topics:

Electrical Engineering

Journal:

Sakarya University Journal of Science Vol.27 Issue 1, pp.113-119

Document Type:

Article

Publication Date:

2/2023

Document Language:

English

Document ID (Org No.):

2001283973

pISSN:

2147-835X

Keywords:

Abstract:

 Today, relay contact and electronic residual current relays are used in order to protect human life against electrical shocks and machinery and equipment from malfunctions caused by excessive current. These residual current relays step in at 30 mA level and cut the current from the system. With the developed electronic switch and residual current device hybrid system, the human body residual current value and current cut-off response time were calculated using Monte Carlo Simulation frequency  intensity distributions. In the field of application, data sets were created in this study, which can be realized using physical and ambient data related to the human body resistance value. In this study, the reaction time of the system developed according to the amount of electric current, temperature of the human body, skin and moisture properties, shoes worn, decking, material type characteristics was modeled mathematically by using Monte Carlo simulation.

 Today, relay contact and electronic residual current relays are used in order to protect human life against electrical shocks and machinery and equipment from malfunctions caused by excessive current. These residual current relays step in at 30 mA level and cut the current from the system. With the developed electronic switch and residual current device hybrid system, the human body residual current value and current cut-off response time were calculated using Monte Carlo Simulation frequency  intensity distributions. In the field of application, data sets were created in this study, which can be realized using physical and ambient data related to the human body resistance value. In this study, the reaction time of the system developed according to the amount of electric current, temperature of the human body, skin and moisture properties, shoes worn, decking, material type characteristics was modeled mathematically by using Monte Carlo simulation.

 Today, relay contact and electronic residual current relays are used in order to protect human life against electrical shocks and machinery and equipment from malfunctions caused by excessive current. These residual current relays step in at 30 mA level and cut the current from the system. With the developed electronic switch and residual current device hybrid system, the human body residual current value and current cut-off response time were calculated using Monte Carlo Simulation frequency  intensity distributions. In the field of application, data sets were created in this study, which can be realized using physical and ambient data related to the human body resistance value. In this study, the reaction time of the system developed according to the amount of electric current, temperature of the human body, skin and moisture properties, shoes worn, decking, material type characteristics was modeled mathematically by using Monte Carlo simulation.

 Today, relay contact and electronic residual current relays are used in order to protect human life against electrical shocks and machinery and equipment from malfunctions caused by excessive current. These residual current relays step in at 30 mA level and cut the current from the system. With the developed electronic switch and residual current device hybrid system, the human body residual current value and current cut-off response time were calculated using Monte Carlo Simulation frequency  intensity distributions. In the field of application, data sets were created in this study, which can be realized using physical and ambient data related to the human body resistance value. In this study, the reaction time of the system developed according to the amount of electric current, temperature of the human body, skin and moisture properties, shoes worn, decking, material type characteristics was modeled mathematically by using Monte Carlo simulation.

Article Details

Mathematical Modeling of Time Response Analysis of Residual Current Devices with Electronic Switches

Authors:

Mustafa Yağımlı | Ahmet Yurtcu

Publisher:

Sakarya University

Main Topics:

Electrical Engineering

Journal:

Sakarya University Journal of Science Vol.27 Issue 1, pp.113-119

Document Type:

Article

Publication Date:

2/2023

Document Language:

English

Document ID (Org No.):

2001283973

pISSN:

2147-835X

Circuit breaker

electronics switches

monte carlo simulation

residual current devices

time response analysis

Circuit breaker

electronics switches

monte carlo simulation

residual current devices

time response analysis

Issues

Article Details

Authors: Mustafa Yağımlı | Ahmet Yurtcu

Publisher: Sakarya University

Main Topics: Electrical Engineering

Journal: Sakarya University Journal of Science Vol.27 Issue 1, pp.113-119

Document Type: Article

Publication Date: 2/2023

Document Language: English

Document ID (Org No.): 2001283973

pISSN: 2147-835X

Issues

Authors:

Mustafa Yağımlı | Ahmet Yurtcu

Publisher:

Sakarya University

Main Topics:

Electrical Engineering

Journal:

Sakarya University Journal of Science Vol.27 Issue 1, pp.113-119

Document Type:

Article

Publication Date:

2/2023

Document Language:

English

Document ID (Org No.):

2001283973

pISSN:

2147-835X