GZDW 110V DC Power Supply Distribution Cabinet Electrical Panel Board Switchgear Network Metal Material

Product Description

GZDW 110V DC Power Supply Distribution Cabinet Electrical Panel Board Switchgear Network Metal Material GZDW 110V DC Power Supply Distribution Cabinet Electrical Panel Board Switchgear Network Metal Material
Product Overview

GZDW 110V DC Power Supply Distribution Cabinet Electrical Panel Board Switchgear Network Metal Material

The 110V DC Power supply cabinet is equipped with a strong rack inside to support telecom equipments, power source, battery, and other attachments.

Key Features & Technical Advantages
  • Digital display for the temperature-setting, temperature alarm, temperature parameters inside and outside, and all kinds of other alarm information.
  • Made of low thermal conductivity and fireproof material for heat insulation and fire safety.
  • Robust protection level rated at IP45.
  • Support custom-made specifications.
  • High reliability, maintenance-free, fast assembly, suitable for harsh environments.
  • High integration, small footprint, short construction period, and reduced construction costs.
  • Improved thermal design, efficient energy saving, and effectively extended battery life.
  • Support for fast assembly, full alarm signal detection, and real-time alarm information reporting.
GZDW 110V DC Power Supply Distribution Cabinet Specifications
Technical Specifications
110V DC Power System
Category 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 <60A (single-phase module total output: 48V50A*4)
(2) Rectifier Module Output DC Voltage Standard: 110VDC (customizable)
Output Voltage Accuracy ±0.5%
Rated Output Current (per module) 20A, 80A, 100A
Conversion Efficiency ≥93.2%
Current Sharing Imbalance ≤±3% (parallel modules)
(3) DC Distribution Output Circuits - 10 × 32A fuse/circuit breaker (general loads)
- 10 × 63A circuit breaker (high-power core loads)
Configurable
Battery Charging Current - Lead-acid: 0-50A (500Ah system)
- LiFePO4: 0-200A (lower charging voltage required)
(4) Battery Bank Battery Type Options VRLA, Gel Lead-Acid, LiFePO4
Battery Capacity 200Ah, 300Ah, 400Ah, 500Ah
Nominal Voltage 48V
(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)
Separator Banner
Cabinet Inside Details Cabinet Wiring Details
Hot Sale Designs
Hot Sale Models
Product Details & Installation
Component Layout Switchgear Panel Circuit Breaker Configurations Distribution Wiring System Structure View Technical Specifications Blueprint
Frequently Asked Questions
What is the IP protection level of the GZDW 110V DC Power Supply Cabinet?
The cabinet is rated with an IP45 protection level, offering high reliability and protection in harsh operating environments.
What materials are used for heat insulation and fireproofing?
The GZDW power supply cabinet is constructed from materials with low thermal conductivity and premium fireproof properties to optimize thermal insulation and overall fire safety.
What battery types can be integrated with this distribution cabinet?
The system supports multiple battery options, including VRLA (Valve Regulated Lead-Acid), Gel Lead-Acid, and LiFePO4 (Lithium Iron Phosphate) batteries.
Can the GZDW DC Power System be custom-made?
Yes. The distribution cabinet supports customization options for system capacity, output DC voltages, configuration details, and extended operating temperature models.
How does the cabinet monitor temperature and alarms?
The system features a digital display showing current temperature settings, inside and outside temperature parameters, and coordinates audible and visual alarms based on severity levels.
What is the standard rectifier conversion efficiency?
The rectifier modules configured in this system offer a high conversion efficiency of ≥93.2% to ensure energy saving and stable operation.

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