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Energy meter eNet RF energy detector, 4-ch

Energy meter eNet RF energy detector, 4-ch image 1

Energy meter eNet RF energy detector, 4-ch image 2

Energy meter eNet RF energy detector, 4-ch

Solo su ordinazione Non disponibile

Informazioni tecniche

Condizione dell'articolo	Nuovo
Nome del produttore	Energy meter eNet RF energy detector, 4-ch
Marchio	Jung
Paese di origine*	DE
* Il Paese di origine effettivo può variare in base al lotto di fornitura. Per confermare il Paese di origine specifico, contatta il tuo referente.
Codice del Sistema Armonizzato	8526 9200 00
ETIM	EC001102
Modello	Altro
Classe di precisione	0

Dettagli dell'imballaggio

Livello di imballaggio 1

4011377086692

Altri dati tecnici

Sistema bus KNX	No
Sistema bus radio	Sì
Sistema bus Powernet	No
Commutatore tariffario	No
Potenza reattiva	No
Omologato PTB	No
Altri sistemi bus	eNet
Sistema bus LON	No
Sistema bus radio KNX	No
Radio bidirezionale	Sì
Profondità min. della scatola da incasso	0 mm

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Scheda prodotto Link diretto REACH

Descrizione

Energy meter, eNet RF energy detector with bidirectional radio functionality, designed for power monitoring and control applications in connected systems.Operates effectively in RF-based bus system environments. eNet bus system supported.Radio frequent enabled.Bidirectional radio communication active, ensures reliable feedback loops in operation layers.Minimal physical requirements;built-in installation box depth 0 mm confirmed.Suitable for wireless integration within eNet configured frameworks only;does not align with KNX or LON protocols.Accuracy class rated at 0 ensures precision calibration sufficient for residential or light-commercial monitoring tasks under standard conditions defined by respective regulations and operational standards used during modular implementation scenarios.Designed without reactive power corrections or tariff switching compatibility constraints indicative of compact low-impact design styling directives regularly observed inside decentralized architecture deployments consuming simple interfacing controllers powered via electro-node environments leveraging FM-type frequencies bridging configuration dispatches aligned against layered module expansion stations focused strictly on functional streamlining-only arrays targeting manual oversight optimization requests intertwined with semi-automated micro-relay schedules distal maintenance eventualities accidental untethered reset probabilities non-contemplative historic resolutions automated data re-transcription yields none deviation protects structured repeat integrity values Shepherdulative