Distributeur OfficielBy ABB
SKU
MPN
1TQX239721L0265
Weight
1 kg
Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.
Spécifications techniques
Technique
| Transformer Type | Drive Isolation |
| Qualité du matériau | ANSI 61 Painted Steel |
| Taille de cadre | XV373 |
Environnement
| Statut RoHS | No declaration needed |
Pourquoi Proax pour ABB 9T83B4003G26?
Proax est un distributeur autorisé de ABB 9T83B4003G26 et l'un des plus grands distributeurs de ABB en Amérique du Nord. Notre équipe technique interne, qui est hautement qualifiée, est prête à répondre à vos besoins techniques!
Avez-vous une question? pour vous aider à obtenir le bon produit le plus rapidement possible pour votre projet. Nous sommes toujours là pour vous aider!
Délai de livraison court
Personnel qualifié
Chat en direct
Support technique
Inventaire local
60+ ans d'expérience
Informations complémentaires
| Taille de l'emballage | 1 |
Recommandé
Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.- Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.
- Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.
- Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.
- Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.
- Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.
- Drive Isolation Transformer (DIT) is designed to specifically handle the mechanical stresses, voltage distortions, and harmonics associated with silicon-controlled rectifiers (SCR) applications. Drive Isolation Transformers have symmetrically placed taps and added coil bracing to withstand the mechanical forces caused by severe SCR duty cycles. These features also help to protect the transformer from the regenerative duty and more frequent short-circuits associated with SCRs.Drive Isolation transformers also help to filter the electrical noise caused by SCRs. The delta-wye designs meet the NEC requirements for grounded secondary neutrals that isolate primary distribution systems. Drive Isolation Transformers are UL 1561 listed for non-sinusoidal current loads.
