PERENCANAAN INSTALASI LISTRIK PADA LANTAI 5,6, DAN 7 DI GEDUNG APARTEMENT SAUMATA SUITES TANGERANG CITY
Total View This Week0
Total View This Week0
Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Habibi, Mohammad Syamsul
Pramono, Tri Joko
Pramono, Tri Joko
Subject
Teknik Elektro
Datestamp
2022-09-29 02:27:43
Abstract :
The saumata suites apartment is a building designed for residential use. In planning a good building, one must look at the place, architecture, electrical energy requirements and electrical installations. The system used to provide electricity that is useful for satisfying the needs of consumers in their activities is called an electrical installation. So that the installed electrical installation can be used optimally, therefore there are a number of main beliefs that must be the object of assessment, namely at least it must reach 5K + E (Availability, Beauty, Reliability, Accessibility, Safety and Economics). In calculating the total load on the 3BR fuse box unit, the total load power is 21,132 Watt and in calculating the total load in the corridor, the total load power is 1,380 Watt, so that the total load power on each floor is 85,908 Watt. The load balance in the R, S and T phases in one cable pull is very necessary, because it is for the reason of anticipating the presence of excessive neutral current. In calculating the total load power on the 6th floor SDP, the total RST load power is 257,724 watts, in the calculation of the total load power R which is 83,856 Watts, the calculation of the total load power on S is 86,400, the calculation of the total load power on T is 86,268 Watts. and total load power on RST. In calculating the nominal current value and current carrying strength, this is used to determine how much safety capacity is needed and how large the cross-sectional area of the conductor (cable) is needed. S and T on one cable pull is very necessary, because with the reason to anticipate the existence of excess neutral current. In calculating the total load power on the 6th floor SDP, the total RST load power is 257,724 watts, in the calculation of the total load power R which is 83,856 Watts, the calculation of the total load power on S is 86,400, the calculation of the total load power on T is 86,268 Watts. and the total load power on the RST. In calculating the nominal current value and current carrying strength, ix this is used to determine how much safety capacity is needed and how large the cross-sectional area of the conductor (cable) is needed. S and T on one cable pull is very necessary, because with the reason to anticipate the existence of excess neutral current. In calculating the total load power on the 6th floor SDP, the total RST load power is 257,724 watts, in the calculation of the total load power R which is 83,856 Watts, the calculation of the total load power on S is 86,400, the calculation of the total load power on T is 86,268 Watts. and total load power on RST. In calculating the nominal current value and current carrying strength, this is used to determine how much safety capacity is needed and how large the cross-sectional area of the conductor (cable) is needed.
The saumata suites apartment is a building designed for residential use. In planning a good building, one must look at the place, architecture, electrical energy requirements and electrical installations. The system used to provide electricity that is useful for satisfying the needs of consumers in their activities is called an electrical installation. So that the installed electrical installation can be used optimally, therefore there are a number of main beliefs that must be the object of assessment, namely at least it must reach 5K + E (Availability, Beauty, Reliability, Accessibility, Safety and Economics). In calculating the total load on the 3BR fuse box unit, the total load power is 21,132 Watt and in calculating the total load in the corridor, the total load power is 1,380 Watt, so that the total load power on each floor is 85,908 Watt. The load balance in the R, S and T phases in one cable pull is very necessary, because it is for the reason of anticipating the presence of excessive neutral current. In calculating the total load power on the 6th floor SDP, the total RST load power is 257,724 watts, in the calculation of the total load power R which is 83,856 Watts, the calculation of the total load power on S is 86,400, the calculation of the total load power on T is 86,268 Watts. and total load power on RST. In calculating the nominal current value and current carrying strength, this is used to determine how much safety capacity is needed and how large the cross-sectional area of the conductor (cable) is needed. S and T on one cable pull is very necessary, because with the reason to anticipate the existence of excess neutral current. In calculating the total load power on the 6th floor SDP, the total RST load power is 257,724 watts, in the calculation of the total load power R which is 83,856 Watts, the calculation of the total load power on S is 86,400, the calculation of the total load power on T is 86,268 Watts. and the total load power on the RST. In calculating the nominal current value and current carrying strength, ix this is used to determine how much safety capacity is needed and how large the cross-sectional area of the conductor (cable) is needed. S and T on one cable pull is very necessary, because with the reason to anticipate the existence of excess neutral current. In calculating the total load power on the 6th floor SDP, the total RST load power is 257,724 watts, in the calculation of the total load power R which is 83,856 Watts, the calculation of the total load power on S is 86,400, the calculation of the total load power on T is 86,268 Watts. and total load power on RST. In calculating the nominal current value and current carrying strength, this is used to determine how much safety capacity is needed and how large the cross-sectional area of the conductor (cable) is needed.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
