Transformers or commonly referred to as Transformers are devices that are used to increase or decrease alternating voltage (AC). Transformers (Transformers) are designed in such a way that almost all of the magnetic flux generated by the current in the primary coil can enter the secondary coil. The shape of the transformer (transformer) is almost the same as the Faraday induction ring, consisting of two coils namely the primary coil and the secondary coil which is wrapped around the soft iron core separately.
Trafo distribusi atau Trafo B2/Trafo tegangan menengah merupakan trafo yang mendistribusikan sistem tegangan di Indonesia dengan standar input 20 KV...
Trafo distribusi 2500KVA dengan spesifikasi : Input 20 KV, Output 400 Volt,DYN 5 atau YNYN 0/ Jateng, 3ph,50 Hertz. Tipe oli/onan, standar indoor...
Trafo distribusi 630 KVA dengan spesifikasi : Input 20 KV, Output 400 Volt,DYN 5 atau YNYN 0/ Jateng, 3ph,50 Hertz. Tipe oli/onan, standar indoor...
Trafo distribusi 1000KVA dengan spesifikasi : Input 20 KV, Output 400 Volt,DYN 5 atau YNYN 0/ Jateng, 3ph,50 Hertz. Tipe oli/onan, standar indoor...
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Trafo distribusi 400 KVAdengan spesifikasi : Input 20 KV, Output 400 Volt,DYN 5 atau YNYN 0/ Jateng, 3ph,50 Hertz. Tipe oli/onan, standar indoor atau...
Trafo distribusi 1250KVA dengan spesifikasi : Input 20 KV, Output 400 Volt,DYN 5 atau YNYN 0/ Jateng, 3ph,50 Hertz. Tipe oli/onan, standar indoor...
Trafo distribusi 1600KVA dengan spesifikasi : Input 20 KV, Output 400 Volt,DYN 5 atau YNYN 0/ Jateng, 3ph,50 Hertz. Tipe oli/onan, standar indoor...
Trafo distribusi 800KVA dengan spesifikasi : Input 20 KV, Output 400 Volt,DYN 5 atau YNYN 0/ Jateng, 3ph,50 Hertz. Tipe oli/onan, standar indoor atau...
The way the transformer works is the same as the principle of electromagnetic induction. Where alternating current through a conductor (wire coil) will cause a magnetic field. The magnetic field in the first coil automatically induces the second coil. The first coil of the alternating current source is called the primary coil. While the second coil where the current induction occurs is called the secondary coil. The induced current in the secondary coil always flows in the opposite direction to the primary coil.