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ETP48300 005 300A Negative 48V DC Telecom Power Platform with LLVD BLVD Battery Distribution Monitoring

Propriétés de base
Lieu d'origine: Chine
Nom de la marque: ESTEL
Certificat: CE UL FCC
Propriétés commerciales
Quantité minimum de commande: 1 ensemble
Prix: USD300-USD1000
Conditions de paiement: T/T, Western Union
Capacité d'approvisionnement: 5000
Résumé du produit
ETP48300 005 300A Negative 48V DC Telecom Power Platform with LLVD BLVD Battery Distribution Monitoring The ETP48300 005 is a compact Negative 48V DC telecom power platform designed for communication sites that need centralized DC distribution battery protection load control and remote monitoring in ...

Détails de produit

Mettre en évidence:

48V DC telecom power platform

,

300A telecom power system

,

LLVD BLVD battery monitoring

Communicationinterface: RS232 / SNMP / Ethernet
Output Current: Jusqu'à 1000A
Installation Method: Plancher installé
Cooling System: Air conditionné
Total Output Power: 12 kW (maximum)
Equipment Rack: Support de 19 pouces
Dc Load Distributions: 1
Ip Level: IP55
Height: 5U
Working Temperature: Hebei, Chine
Relative Humidity: 5% | 100%
Rectiverter Module: 241120,100
Model Name: FP2 48Vdc à 60Vdc 8KW
Breakers Rating: 15A
Description du produit

 

ETP48300 005 300A Negative 48V DC Telecom Power Platform with LLVD BLVD Battery Distribution Monitoring

 

The ETP48300 005 is a compact Negative 48V DC telecom power platform designed for communication sites that need centralized DC distribution battery protection load control and remote monitoring in one rack mounted system.

 

Product Features Negative 48V DC Telecom Power

Feature

Description

Compact Structure

Rack mounted metal enclosure for telecom cabinet installation

Clear Distribution Area

Front panel marked with AC INPUT AC SPD LLVD BLVD BAT1 and BAT2

Load Priority Control

LLVD and BLVD branches support different load levels

Battery Protection

Two battery breaker positions for battery string connection

Front Operation

Breakers monitoring unit terminals and alarm ports are all accessible from the front

Site Monitoring

Built in controller with display indicators LAN port RS485 port and terminal alarm interface

Heat Dissipation

Large top ventilation area supports airflow and system cooling

Safe Operation

Warning labels and protected breaker layout improve field operation safety

Export Packing

Wooden crate and inner cartons protect the equipment during long distance shipment

 

Main Applications Negative 48V DC Telecom Power

Application

Use

Telecom Base Station

Provides Negative 48V DC power distribution for network equipment

Outdoor Telecom Cabinet

Suitable for integrated cabinet power systems

Transmission Room

Supports DC supply for transmission and access devices

Fiber Access Site

Powers access network equipment and backup loads

Battery Backup System

Connects battery strings through BAT1 and BAT2 branches

Weak Grid Site

Helps manage priority loads during power interruption

Remote Site

Supports monitoring through communication and dry contact interfaces

 

System Layout Negative 48V DC Telecom Power

Area

Visible Configuration

AC Input

Front left AC INPUT breaker area

AC Surge Protection

AC SPD modules installed beside input breaker

LLVD Area

F1 to F7 load branches for priority DC loads

BLVD Area

F8 to F13 load branches for controlled backup loads

Battery Area

BAT1 and BAT2 battery breaker positions

Monitoring Area

Controller with LAN RS485 display window and status indicators

Signal Terminal Area

DI DO battery temperature environment temperature RS485 and SPD terminals

Module Area

Lower front slots for power modules or functional units

Cooling Area

Perforated top ventilation panels for heat dissipation

 

Technical Specifications Negative 48V DC Telecom Power

Item

Specification

Model

ETP48300 005

System Type

Negative 48V DC telecom power platform

Rated Current

300A class configuration

Installation

Rack mounted telecom cabinet installation

Input Section

AC INPUT front breaker area

Surge Protection

AC SPD installed

Load Distribution

LLVD and BLVD separated distribution

LLVD Branches

F1 to F7

BLVD Branches

F8 to F13

Battery Branches

BAT1 and BAT2

Communication Port

LAN and RS485 visible on controller

Alarm Terminal

DI DO RS485 SPD and temperature terminal interface

Maintenance Mode

Front operation and front wiring access

Cooling Design

Top ventilation with metal air grille

Enclosure

Black metal rack mounted chassis

Packing Method

Export wooden case with inner carton packaging

 

Distribution Details Negative 48V DC Telecom Power

Branch Area

Function

LLVD

For higher priority telecom loads that need longer backup time

BLVD

For lower priority loads that can be disconnected to protect batteries

BAT1

Battery string input or output protection branch

BAT2

Second battery string protection branch

AC SPD

Protects AC side against surge impact

Signal Terminal

Supports monitoring alarm and sensor wiring

RS485 Label

Clear communication diagram printed near terminal block

 

Packaging Description Negative 48V DC Telecom Power

Packing Part

Description

Outer Package

Reinforced wooden export case

Inner Package

Individual carton boxes inside the crate

Protection Method

Cartons fixed inside wooden case to reduce movement

Handling Mark

Sensitive equipment handle with care label

Shipment Use

Suitable for factory delivery project shipment and overseas transport

 

ETP48300 005 300A Negative 48V DC Telecom Power Platform with LLVD BLVD Battery Distribution Monitoring 0

ETP48300 005 300A Negative 48V DC Telecom Power Platform with LLVD BLVD Battery Distribution Monitoring 1

ETP48300 005 300A Negative 48V DC Telecom Power Platform with LLVD BLVD Battery Distribution Monitoring 2

Product Description Negative 48V DC Telecom Power

 

The ETP48300 005 combines DC load distribution battery branch protection surge protection and intelligent monitoring in one compact power shelf. The front panel layout is clearly divided into AC input AC SPD LLVD BLVD battery monitoring and signal terminal areas which helps engineers identify each function quickly during installation inspection and maintenance.

 

With separated LLVD and BLVD output branches the system can assign different backup priorities to critical and non critical telecom equipment. This design helps extend battery backup time protect the battery from deep discharge and improve power continuity for base stations transmission rooms and outdoor communication cabinets.

 

 

 

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