logo
Send Message
Welcome to ESTEL (GUANGDONG) TECHNOLOGY CO., LTD.
+8613752765943 / 86-0755 23592644

Intelligent DC Power Distribution Unit ET48150S5E38 for Telecom Base Station Solar Sites BLVD LLVD Breakers Remote Monitoring

Basic Properties
Place of Origin: China
Brand Name: ESTEL
Certification: CE UL FCC
Trading Properties
Minimum Order Quantity: 1 SET
Price: USD300-USD1000
Payment Terms: T/T, Western Union
Supply Ability: 5000
Product Summary
Intelligent DC Power Distribution Unit ET48150S5E38 for Telecom Base Station Solar Sites BLVD LLVD Breakers Remote Monitoring Product Description This is a highly integrated intelligent DC power distribution system designed to act as the central hub for outdoor telecom power. It combines integrated ...

Product Details

Illumination: DC48V LED Lamp
Module Efficiency: ≥ 96%
Controller: MC2600
Cabinet Color: RAL7035
Rated Power: 3000W
Installation: 19
Shipping Port: Shenzhen
Working Temperature: -40°C ~ +55°C
Integrated Accessories: PDU, EMS,sensors For Optional
Cable Entry: At Cabinet Bottom
Battery Management: Support
Communicationinterface: RS485, SNMP
Max Output Current: 150A
Product Description

Intelligent DC Power Distribution Unit ET48150S5E38 for Telecom Base Station Solar Sites BLVD LLVD Breakers Remote Monitoring

 

Product Description

This is a highly integrated intelligent DC power distribution system designed to act as the central hub for outdoor telecom power. It combines integrated AC/DC rectification, solar MPPT control, battery management, and comprehensive load protection into a single 19-inch rack-mounted unit. The system ensures reliable power conversion and distribution while enabling remote management through standard communication interfaces, significantly simplifying site deployment and monitoring.

 

Applications

Specifically designed for hybrid solar-powered telecom base stations, outdoor communication cabinets, railway power control systems, and remote micro-grid sites where mixed AC and solar energy sources are utilized to power critical 48V DC telecom loads.

 

Technical Parameters

Model: ET48150-S5E38

 

Input Configurations: 1x AC Input (QF1 63A/2P) and 3x Solar Inputs (QF2-4 25A/2P with MPPT slots)

 

Output Configurations: 11x LLVD circuit breakers (F1-F11), 6x BLVD circuit breakers (F12-F17)

 

Battery Outputs: 4x Battery breaker slots (BAT1-BAT4)

 

Protection: Integrated AC/DC Surge Protective Devices (SPD)

 

Rectifier Slots: 3x Rectifier module slots (RECT1-RECT3)

 

Communications: Standard LAN and RS485 ports for smart monitoring (Power system monitoring unit)

 

Electrical Schematic: Power System Electrical Schematic Diagram (as shown on label)

 

Rated Voltage: 48V DC system (based on standard telecom power)

 

 

Features

Hybrid Energy Ready: Pre-wired to support 1 AC power source and 3 solar inputs (MPPT slots), allowing for easy integration of green energy systems.

 

Smart Load Management: Features distinct LLVD (Low Voltage Load Disconnect) and BLVD (Battery Low Voltage Disconnect) sections to prioritize critical loads and protect battery life during outages.

 

Modular Expansion: Designed with 3 empty rectifier slots and 3 MPPT slots, allowing capacity to be increased seamlessly as power demands grow.

 

Comprehensive Monitoring: Includes an intuitive built-in control panel with LAN/RS485 interfaces, enabling intelligent remote management, real-time data viewing, and alarm notifications.

 

Enhanced Safety: Equipped with high-quality CHNT circuit breakers and built-in AC/DC surge protection to prevent damage from lightning strikes and power fluctuations.

 

 

Operation Guide

Mounting: Install the unit securely on a 19-inch rack rail inside the outdoor cabinet using the provided mounting brackets.

 

Wiring: Connect the incoming AC mains to the QF1 breaker. Connect solar panels to the Solar1/2/3 terminals. Wire battery banks to the BAT1-4 terminals.

 

Load Connection: Connect critical telecom loads to the BLVD breakers (F1-F11) and non-critical loads to the LLVD breakers (F12-F17), following the attached electrical schematic.

 

Configuration: Upon connecting the AC power supply, the monitoring unit powers up automatically (no physical switch required). Use the LAN/RS485 port to configure the system parameters via the web interface or local display, setting thresholds for temperature, voltage, and battery disconnect points.

 

Maintenance: Periodically inspect all breaker connections for tightness and check the SPD indicator modules (green indicates protection is active; red indicates replacement is need.

 

Intelligent DC Power Distribution Unit ET48150S5E38 for Telecom Base Station Solar Sites BLVD LLVD Breakers Remote Monitoring

Intelligent DC Power Distribution Unit ET48150S5E38 for Telecom Base Station Solar Sites BLVD LLVD Breakers Remote Monitoring

Intelligent DC Power Distribution Unit ET48150S5E38 for Telecom Base Station Solar Sites BLVD LLVD Breakers Remote Monitoring

Intelligent DC Power Distribution Unit ET48150S5E38 for Telecom Base Station Solar Sites BLVD LLVD Breakers Remote Monitoring

 

 

 

 

 

Related Products

Send An Inquiry