ENERJİTEM GLOBAL

Enerjitem 220-230 vac mono phase Switch Mode Rectifier, Output: 48 VDC 50 Ah

Name: Enerjitem 220-230 vac mono phase Switch Mode Rectifier, Output: 48 VDC 50 Ah
Brand: ENERJİTEM GLOBAL
Price: 2500.00 USD
Availability: InStock

Enerjitem 220-230 vac mono phase Switch Mode Rectifier, Output: 48 VDC 50 Ah

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Enerjitem 220-230 vac mono phase Switch Mode Rectifier, Output: 48 VDC 50 Ah

A 220-230 VAC monophase Switch Mode Rectifier (SMR) is an electronic power supply that takes standard single-phase 220V/230V AC grid power and converts it into a highly stable 48 VDC output at 50 Ampere-hours (Ah) using advanced, highly efficient high-frequency switching technology.

Primary Usages and Applications

Because it delivers a reliable and continuous 48V DC power source, this type of rectifier is considered the industry standard for specific high-availability applications:

Telecommunications: It serves as the core power supply for telecom base stations, telephone exchanges, and optical network terminals (ONT), ensuring constant connectivity.
Industrial Control Systems: Used to power sensitive machinery, RTUs (Remote Terminal Units), and data communication routers inside industrial plants.
Substation and Power Grids: Provides safe backup power and control voltage for tele-protection and switchgear operations.
Data Centers & IT Infrastructure: Supplies power for network hubs and servers requiring strict DC operation.
Battery Charging & Backup Systems: Paired with 48V battery banks (e.g., Lead-Acid or Lithium-Ion) to maintain a float-charge and provide uninterruptible power during grid outages.

Why Switch Mode (SMR) Technology?

High Efficiency: SMR modules typically achieve 90% to 96%+ efficiency, minimizing energy waste and heat generation.
Compact Size: High-frequency switching shrinks the size of transformers and components, creating lightweight, space-saving modules.
Hot-Swappable: Often designed as modular "plug-and-play" units, meaning a faulty module can be replaced without shutting down the entire system (often incorporating N+1 redundancy).
Advanced Protections: Includes built-in safety features such as short-circuit, over-current, over-voltage, and temperature protections