Delta specifications HDS 7200-48V Rectifier, Description, Features, Specification

Models: 7200

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The HDS 7200-48V Rectifier

Description:

The HDS 7200 rectifier is a three phase, hot-pluggable, fan-cooled rectifier. The constant output power rectifier supplies the specified power over the full output voltage range. The rectifier employs the state-of-the-art technology and provides excellent performance, wide input voltage range, and low THD. The HDS-7200 Rectifier is the cornerstone of the HDS-7200 Power System that and generate up to 10,000 Amps.

Features

3 Phase, 380/480 Vrms input

Efficiency 90 %

Low THD <5%

Hot swappable, no system shutdown for maintenance

Wide input voltage range: 264 - 530 Vrms

Power factor correction (0.99)

Constant output power

User friendly LCD Display

Intelligent micro-processor controlled

Specification

General

 

Product name

ESR 48 V - 7200 W - A

Efficiency, 380/480Vrms

90 %

Safety

EN 60950

 

IEC 60950

 

UL 60950

 

CAN/CSA-C22.2 No. 60950

EMI, radiated compliant with

FCC Part 15 class B

 

EN 55022 class B

Cooling

Fan cooled

Input

 

Voltage range

264 ... 530 Vrms

Current maximum

20 Arms at 264V

Power factor

> 0.99

THD

< 5 %

EMI, conducted compliant with

FCC Part 15 class B

 

EN 55022 class B

Output

 

Voltage, nominal

54 Vdc

Voltage adjust range

40 ... 59.5 Vdc

Load sharing

< ± 2%

Power limit

7200W, fixed

Mechanics

 

Width, overall

19” / 483 mm

Depth, overall

18.9” / 480 mm

Height, overall

5.2” / 131 mm

Weight

48.8 lb / 22 kg

Environment

 

Operating temperature

- 5 ... + 55 °C

Relative humidity

95 % max, non condensing

Altitude

- 500 ~ 10000 feet

*Specifications are subject to change

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Delta specifications HDS 7200-48V Rectifier, Description, Features, Specification

7200 specifications

The Delta 7200 series is a highly advanced, versatile jet engine that has garnered attention for its performance, fuel efficiency, and reliability. Developed by Delta Aerospace, this engine line is aimed at various narrower-body and regional aircraft, providing a solid solution for airlines looking for durability and cost-effectiveness in their fleets.

One of the key features of the Delta 7200 is its high bypass ratio design, which significantly contributes to its efficiency. By maximizing the proportion of air that bypasses the engine core, the Delta 7200 minimizes fuel burn while maintaining the thrust required for flight. The result is a considerable reduction in operating costs and emissions, making it a smart choice for airlines focused on sustainability.

The Delta 7200 integrates cutting-edge materials and technologies that enhance its performance. With advanced composite fan blades and a titanium-reinforced compressor section, this engine is built to withstand higher stresses while reducing weight. This weight reduction is crucial for improving overall aircraft performance, allowing for longer flights and increased payload capacities.

Another important characteristic of the Delta 7200 is its modular design. This approach allows for easier maintenance and quicker turnaround times, which are vital for airlines operating on tight schedules. The engine can be serviced with minimal downtime, ensuring that aircraft remain operational and profitable. Additionally, the engine's maintenance is supported by a global network of service centers, offering assistance to airlines worldwide.

Noise reduction technology is another standout feature of the Delta 7200. With the implementation of advanced noise-reducing strategies, this engine produces significantly lower noise levels, making it compliant with stringent regulatory standards and enhancing passenger comfort on the aircraft.

In terms of operational performance, the Delta 7200 demonstrates excellent thrust capabilities that cater to a variety of operational needs. From regional airports to busy international hubs, the engine's adaptability ensures that it meets the demands of diverse flying conditions.

Overall, the Delta 7200 series exemplifies innovation in engine design, emphasizing efficiency, reliability, and sustainability, making it a preferred choice for modern aviation needs. Airlines adopting this technology benefit from reduced operational costs while contributing to a greener future in air travel.