RTH GGD Low Voltage Distribution Cabinet GZDW 48V 220V 10AH-100AH DC Power Power Distribution Box For Tropical Base Station

Product Description

Power System Banner 1
Power System Banner 2
48V Communication Power System
Section Parameter / Feature Details / Values
(1) AC Input Characteristics Input Voltage Range - Single-phase 220VAC: 85VAC - 265VAC
- Three-phase 380VAC: 323VAC - 475VAC
Input Frequency Range 45Hz - 65Hz
Maximum Input Current (system-dependent) <60A (single-phase module total output: 48*30A*4 = 5760W)
Surge Protection Level IEC 61643-11: Class I (10/350µs waveform, In=40kA)
(2) Rectifier Module Output DC Voltage Standard: -48VDC (customizable)
Output Voltage Accuracy ±0.5%
Rated Output Current (per module) 20A, 30A, 50A, 100A
Conversion Efficiency ≥95%
Current Sharing Imbalance (parallel modules) ≤±3%
(3) DC Distribution Output Circuits (example) - 10 × 32A fuse/circuit breaker (general loads)
- 5 × 63A circuit breaker (high-power core loads)
Configurable
Battery Charging Current (500Ah system example) - Lead-acid: 0-50A
- LiFePO4: 0-120A (lower charging voltage required)
(4) Battery Bank Battery Type Options VRLA, Gel Lead-Acid, LiFePO4
Battery Capacity 10AH-38AH
Nominal Voltage 48V, 24V
(5) Environmental Operating Temperature -10°C to 50°C (extended range available for custom models)
Relative Humidity 10% - 95% (non-condensing)
Alarm Methods Audible + visual alarms (variable frequency/brightness for severity levels)
System Component 1
System Component 2
Intelligent Control
Intelligent Control:

The cabinet is integrated with an advanced control system that dynamically adjusts to grid load variations, ensuring optimal reactive power compensation in real time.

Detecting instrument
Detecting instrument:

Easy to observe at any time, monitoring the value of current and voltage. High-tech products microcomputer protection, more intelligent.

Protection Mechanisms
Protection Mechanisms:

Equipped with overvoltage and overcurrent protection to safeguard both the equipment and the power grid.

Optimized Heat Dissipation
Optimized Heat Dissipation:

Special attention has been paid to heat dissipation to guarantee the equipment's longevity.

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Production Process
Product Categorization
Quality Standards
Application Scenarios
Technical Specifications Overview
Service Guarantee
Frequently Asked Questions (FAQ)
What is the primary function of a 48V Communication Power System?
The system converts standard AC input utility power (either single-phase or three-phase) into stable, low-noise -48V DC power. It is designed to support telecommunication systems, network devices, and critical data infrastructure while managing auxiliary battery backup systems.
What types of batteries are compatible with this power system?
The system features flexible battery charging profiles and is fully compatible with VRLA (Valve Regulated Lead-Acid), Gel Lead-Acid, and LiFePO4 (Lithium Iron Phosphate) battery banks.
How does the system handle voltage fluctuations on the input grid?
It offers a wide input voltage tolerance range of 85VAC to 265VAC for single-phase systems, and 323VAC to 475VAC for three-phase systems. Additionally, integrated Class I surge protection safeguards internal circuitry from sudden high-energy spikes.
Are the DC distribution outputs customizable for different loads?
Yes. The DC distribution path is highly configurable. Users can adjust the quantity and ratings of circuit breakers (e.g., 32A and 63A) to match the unique priorities of general and high-power core loads.
What built-in protection features are included?
It comes equipped with comprehensive safety mechanisms, including overvoltage and overcurrent protection, high-precision module current sharing, intelligent microcomputer controllers, and dynamic audible/visual alarms to flag environmental anomalies.
What are the recommended environmental conditions for operation?
The system operates reliably in temperature ranges from -10°C up to 50°C and non-condensing relative humidity levels from 10% to 95%. This durability is supported by an optimized heat dissipation design to promote long-term device health.

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