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GW-PA2700I

Hot Swap

INQUIRY READY

GW-PA2700I

Greatwall / Server Power Supply / Hot Swap

GW-PA2700I is a specialized choice for High-Power Infrastructure, AI Computing, Telecom Systems, and Dense Power Distribution Platforms; 2700W capacity and a stable 54V rail underpins predictable operation in continuous-duty installations.

Model
GW-PA2700I
Series
Hot Swap
Input Voltage
90-290Vac / 192-288Vdc
Output Voltage
54V
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Need compatibility confirmation? Send us your model, label photo, power rating, and connector requirements.

PRODUCT OVERVIEW

Built for reliable, continuous power delivery.

The GW-PA2700I is designed for high-power systems that require 54V output, strong 2700W capacity, wide AC / DC input compatibility, and hot swap serviceability. It is suitable for AI infrastructure, telecom power platforms, high-density computing equipment, distributed DC power systems, and cabinet-level power environments where stable high-voltage DC output and reliable service access are important.

Plan the GW-PA2700I output wiring around the actual current demand: keep conductors short, use low-resistance terminations, separate power paths from sensitive signal wiring, and preserve access for retightening and inspection. Arrange the enclosure so heat from neighboring components cannot collect around the supply or its connection points.

Qualify the GW-PA2700I at several load levels, measuring voltage at both the supply terminals and the equipment input rather than relying only on no-load readings. Record cable drop, connector temperature, and enclosure temperature as baseline values. Later maintenance checks can compare against this record to identify loose joints, rising contact resistance, or deteriorating heat dissipation before they interrupt service.

CORE ADVANTAGES

2700W Hot Swap 54V Power Supply for High-Power Infrastructure, AI Computing, Telecom Systems, and Dense Power Distribution Platforms

The GW-PA2700I delivers 2700W output for high-power infrastructure systems that require stable 54V power delivery, including AI computing platforms, telecom power systems, dense server infrastructure, power distribution equipment, and high-load cabinet-mounted systems. Compared with 600W and 1000W models in the Hot Swap series, this model provides significantly stronger power capacity for demanding equipment that requires higher output headroom.

01

2700W High-Power 54V Hot Swap Output

The GW-PA2700I delivers 2700W output for high-power infrastructure systems that require stable 54V power delivery, including AI computing platforms, telecom power systems, dense server infrastructure, power distribution equipment, and high-load cabinet-mounted systems. Compared with 600W and 1000W models in the Hot Swap series, this model provides significantly stronger power capacity for demanding equipment that requires higher output headroom.

02

Wide AC / DC Input Compatibility

This model supports 90-290Vac / 192-288Vdc input, making it suitable for systems deployed in different AC or DC power environments. The wide input range helps improve compatibility across data center cabinets, communication equipment, industrial infrastructure, and power systems using AC or DC distribution.

03

54V Output for High-Power Distribution Architecture

With a 54V output design, the GW-PA2700I is suitable for platforms that require higher-voltage DC power instead of conventional 12V output. This output architecture can support high-power distribution, telecom equipment, AI infrastructure, and systems that convert higher-voltage DC power into local lower-voltage rails inside the equipment.

04

Hot Swap Structure for Serviceable High-Capacity Systems

As part of the Hot Swap series, the GW-PA2700I supports easier power module replacement in compatible systems. This is valuable for high-capacity infrastructure platforms where service access, maintenance convenience, and reduced downtime are important.

05

Strong 2700W Capacity for Demanding Applications

The 2700W power rating makes this model suitable for heavy-load systems that require much higher output than mid-power 600W or 1000W models. It is a practical option for dense equipment platforms, high-power communication systems, AI-oriented infrastructure, and cabinet-level power systems that require stable 54V output under continuous operation.

06

Safety Support for Commercial and Global Infrastructure Use

The GW-PA2700I supports CCC, CB, CE, and UL, making it suitable for commercial equipment, telecom infrastructure, high-power system integration, and projects that require broader safety compliance support.

MODEL SELECTION

Compare Greatwall power options.

Review nearby Greatwall models and select the power level, output architecture, and form factor that best match the target system.

Model Power Input Voltage Output Voltage Safety Best-Fit Application
GW-PA70IB 70W 90-290Vac / 192-288Vdc 12V CCC, CB, CE Low-power control boards, compact embedded modules, and small 12V auxiliary infrastructure devices
GW-PA150IB-F 150W 90-290Vac / 192-288Vdc 12V CCC, CB, CE Lightweight 12V platforms, compact industrial equipment, and small serviceable control systems
GW-PA180I-F 180W 90-290Vac / 192-290Vdc 12V CCC, CB, CE Compact server systems, embedded 12V platforms, industrial control devices, and hot swap low-power infrastructure
GW-PA300I-F 300W 90-290Vac / 192-290Vdc 12V CCC, CE Mid-power 12V control platforms, compact server nodes, network control devices, and embedded computing systems
GW-PA600I-FS 600W 90-290Vac / 192-288Vdc 12V / 50A; 5V / 2A CCC, CB, CE Mid-power server platforms, storage appliances, network devices, and cabinet systems requiring 12V main output with 5V auxiliary support
GW-PA600I-P-F 600W 90-290Vac / 190-290Vdc 56V CCC, CB, CE Mid-range 56V telecom equipment, PoE infrastructure, distributed power platforms, and industrial communication systems
GW-PA1000I-P-F 1000W 90-290Vac / 192-288Vdc 56V CCC, CB, CE Higher-capacity 56V telecom systems, distributed power equipment, communication cabinets, and infrastructure platforms requiring stronger output headroom
GW-PA1600I 1600W 90-290Vac / 192-288Vdc 12V / 133.4A; 5Vsb / 2A CCC High-current 12V server platforms, storage systems, and larger computing infrastructure requiring standby output
GW-PA2700I 2700W 90-290Vac / 192-288Vdc 54V CCC, CB, CE, UL High-power 54V infrastructure, AI computing systems, telecom power platforms, and dense cabinet-level power distribution environments
GW-PAH3000I-F 3000W 90-290Vac / 188-400Vdc 53.5V CQC, CB, CE High-capacity 53.5V infrastructure, demanding cabinet systems, and heavy-load power platforms

DEPLOYMENT SCENARIOS

Where GW-PA2700I fits best.

The GW-PA2700I is designed for high-power systems that require 54V output, strong 2700W capacity, wide AC / DC input compatibility, and hot swap serviceability. It is suitable for AI infrastructure, telecom power platforms, high-density computing equipment, distributed DC power systems, and cabinet-level power environments where stable high-voltage DC output and reliable service access are important.

Scenario System Requirement Why GW-PA2700I Fits
AI Computing Infrastructure High-power DC output for AI servers, accelerator platforms, and dense computing equipment 2700W output provides strong capacity for demanding high-load infrastructure systems
54V Telecom Power Platforms Stable 54V power for communication cabinets, access equipment, and telecom-side infrastructure 54V output supports higher-voltage power architecture used in telecom and distributed power systems
High-Density Server Cabinets Large-capacity power module for cabinet-mounted equipment with heavier system demand 2700W capacity provides stronger power headroom than mid-range Hot Swap models
Distributed DC Power Systems Higher-voltage DC output for systems using local conversion or internal power distribution 54V architecture supports efficient power distribution before downstream conversion
Industrial Power Infrastructure Power support for high-load industrial computing, control, and communication equipment Wide 90-290Vac / 192-288Vdc input helps adapt to different site-level power environments
Power Conversion Platforms Stable DC source for systems converting 54V into multiple internal voltage rails High output capacity supports heavier conversion load and connected subsystem demand

POWER DESIGN

Reliability notes for continuous operation.

The GW-PA2700I is built for high-power infrastructure systems that require stable 54V DC output and stronger power capacity than mid-range Hot Swap models. Its 2700W output makes it suitable for AI infrastructure, telecom systems, dense server cabinets, industrial communication equipment, and distributed power platforms where high output headroom and serviceable module replacement are important.

  • 2700W output capacity supports high-power infrastructure systems, AI computing platforms, telecom equipment, dense server cabinets, and distributed power systems.
  • 90-290Vac / 192-288Vdc input provides flexible compatibility for AC and DC power distribution environments.
  • 54V output architecture supports higher-voltage DC power distribution, downstream conversion, telecom equipment, and high-load infrastructure platforms.
  • Hot swap structure helps simplify power module replacement and improves maintenance convenience in compatible systems.
  • CCC, CB, CE, and UL safety support makes this model suitable for projects requiring broader safety compliance coverage.
  • High-power 54V positioning makes the model suitable when 600W or 1000W 56V models do not provide enough output capacity.
  • Practical cabinet integration supports dense power systems where strong output, service access, and stable long-term operation are required.
  • System-level power headroom helps support heavier load conditions, more connected modules, and higher continuous operating demand.

INSTALLATION

Installation and operating guidance.

Confirm electrical compatibility, thermal clearance, mechanical fit, and system load before integration.

Installation / Operation Item Guidance
Input Voltage Matching Confirm that the target system supports 90-290Vac / 192-288Vdc input before installation
Output Requirement Verify that the equipment requires 54V output and that the system load is within the 2700W power range
Load Planning Keep long-term operating load within a suitable range to support stable output, thermal performance, and service life
Chassis Compatibility Make sure the equipment supports the correct hot swap power module structure and installation method
Connector Matching Confirm connector position, electrical interface, output polarity, and system-level compatibility before integration
Power Architecture Check Ensure the target platform is designed for 54V power input instead of 12V, 56V, or 53.5V architecture
Thermal Clearance Keep intake and exhaust areas clear to avoid heat buildup around the PSU bay
Module Installation Ensure the power supply is fully seated and correctly connected before powering on the system
Routine Maintenance Check dust buildup, connector condition, fan behavior, output stability, and system thermal performance during regular service

FAQ

Frequently asked questions about GW-PA2700I.

Key answers for specification matching, installation planning, and system integration.

What type of power supply is the GW-PA2700I?

The GW-PA2700I is a 2700W Hot Swap power supply designed for high-power systems that require 54V output, including AI infrastructure, telecom equipment, distributed power systems, and dense cabinet-level platforms.

What input voltage range does this model support?

It supports 90-290Vac / 192-288Vdc input, making it suitable for equipment operating in different AC or DC power environments.

What output voltage does the GW-PA2700I provide?

The model provides 54V output, which is suitable for systems designed around higher-voltage DC distribution or downstream conversion architecture.

What is the main advantage of the GW-PA2700I?

Its main advantage is the combination of 2700W high-power capacity, 54V output architecture, wide AC / DC input compatibility, hot swap service convenience, and broader safety support including CCC, CB, CE, and UL.

Is this model suitable for AI infrastructure?

Yes. The 2700W output and 54V architecture make it suitable for high-power AI infrastructure, dense computing platforms, and equipment requiring strong DC power distribution.

Can this model be used for standard 12V server systems?

Only if the target system is designed to accept 54V input and convert it internally. For standard 12V server platforms, a 12V output model such as GW-PA600I-FS or GW-PA1600I should be selected.

How should I choose between GW-PA1000I-P-F and GW-PA2700I?

Choose the GW-PA2700I when the system requires much higher output capacity and 54V power architecture. Choose GW-PA1000I-P-F for lower-load 56V systems that do not require 2700W output.

What should be checked before integrating this PSU into a system?

Before integration, confirm the input voltage range, 54V output requirement, total system load, hot swap mechanical compatibility, connector matching, power architecture, thermal design, safety requirements, and installation clearance.

KEEP EXPLORING

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