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GW-PA300I-F

Hot Swap

INQUIRY READY

GW-PA300I-F

Greatwall / Server Power Supply / Hot Swap

GW-PA300I-F serves Hot Swap Design, Compact Server Systems, Network Control Equipment, Industrial Control Cabinets, and Embedded 12 V Platforms through 300W capacity and a stable 12V rail. This configuration delivers steady operation across always-on infrastructure.

Model
GW-PA300I-F
Series
Hot Swap
Input Voltage
90-290Vac / 192-290Vdc
Output Voltage
12V
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PRODUCT OVERVIEW

Built for reliable, continuous power delivery.

The GW-PA300I-F is designed for compact and mid-load systems that require stable 12V output, wide AC / DC input compatibility, and service-friendly hot swap integration. It is suitable for compact server platforms, network control equipment, embedded computing systems, industrial cabinets, and infrastructure devices where a 300W power level provides a better balance between compact size and operating headroom.

Plan the GW-PA300I-F 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-PA300I-F 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

300W Hot Swap 12V Power Supply for Compact Servers, Network Control Equipment, and Industrial Infrastructure Platforms

The GW-PA300I-F delivers 300W output for compact server systems, embedded computing platforms, industrial control equipment, network devices, and other infrastructure platforms that require stable 12V power delivery. Compared with lower-power models in the same Hot Swap series, it provides additional power headroom for systems with higher board-level load, more connected modules, or heavier operating requirements.

01

300W Compact Hot Swap Power Output

The GW-PA300I-F delivers 300W output for compact server systems, embedded computing platforms, industrial control equipment, network devices, and other infrastructure platforms that require stable 12V power delivery. Compared with lower-power models in the same Hot Swap series, it provides additional power headroom for systems with higher board-level load, more connected modules, or heavier operating requirements.

02

Wide AC / DC Input Compatibility

This model supports 90-290Vac / 192-290Vdc input, making it suitable for equipment that may operate in different AC or DC power environments. The wide input range helps improve deployment flexibility across compact infrastructure systems, cabinet-mounted equipment, and control platforms.

03

Stable 12V Output Architecture

With a 12V output design, the GW-PA300I-F supports system platforms that rely on standard low-voltage DC power for main boards, embedded processors, storage interfaces, cooling fans, control modules, and internal power distribution.

04

Hot Swap Structure for Easier Maintenance

As part of the Hot Swap series, the GW-PA300I-F is designed for equipment where power module accessibility and maintenance convenience are important. In compatible systems, the hot swap structure helps simplify replacement and reduce service interruption during maintenance.

05

Practical 300W Power Level for Higher-Load Compact Systems

The 300W rating makes this model suitable for compact systems that need more capacity than 70W, 150W, or 180W power modules, but do not require large high-capacity PSU designs. It is a practical choice for compact servers, industrial control platforms, network control devices, and embedded infrastructure equipment with moderate power demand.

06

Safety Support for Commercial and Infrastructure Use

The GW-PA300I-F supports CCC and CE, helping meet common safety requirements for commercial equipment, industrial systems, and infrastructure-oriented power supply applications.

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 devices, and small 12V infrastructure modules
GW-PA150IB-F 150W 90-290Vac / 192-288Vdc 12V CCC, CB, CE Compact 12V platforms, small industrial systems, and lightweight network control equipment
GW-PA180I-F 180W 90-290Vac / 192-290Vdc 12V CCC, CB, CE Compact server systems, embedded 12V platforms, industrial control devices, and serviceable hot swap equipment
GW-PA300I-F 300W 90-290Vac / 192-290Vdc 12V CCC, CE Higher-load compact 12V systems, network control devices, embedded computing platforms, and cabinet-mounted equipment
GW-PA600I-FS 600W 90-290Vac / 192-288Vdc 12V / 50A; 5V / 2A CCC, CB, CE 12V systems requiring auxiliary 5V support, mid-power server hardware, and cabinet-mounted infrastructure
GW-PA600I-P-F 600W 90-290Vac / 190-290Vdc 56V CCC, CB, CE 56V power architecture platforms, communication equipment, and specialized high-voltage distribution systems
GW-PA1000I-P-F 1000W 90-290Vac / 192-288Vdc 56V CCC, CB, CE Higher-capacity 56V infrastructure, telecom-style equipment, and distributed power systems
GW-PA1600I 1600W 90-290Vac / 192-288Vdc 12V / 133.4A; 5Vsb / 2A CCC High-current 12V server platforms, storage systems, and larger computing infrastructure
GW-PA2700I 2700W 90-290Vac / 192-288Vdc 54V CCC, CB, CE, UL High-power 54V platforms, AI infrastructure, telecom systems, and dense power distribution environments
GW-PAH3000I-F 3000W 90-290Vac / 188-400Vdc 53.5V CQC, CB, CE High-capacity 53.5V systems, demanding infrastructure cabinets, and heavy-load power platforms

DEPLOYMENT SCENARIOS

Where GW-PA300I-F fits best.

The GW-PA300I-F is designed for compact and mid-load systems that require stable 12V output, wide AC / DC input compatibility, and service-friendly hot swap integration. It is suitable for compact server platforms, network control equipment, embedded computing systems, industrial cabinets, and infrastructure devices where a 300W power level provides a better balance between compact size and operating headroom.

Scenario System Requirement Why GW-PA300I-F Fits
Compact Server Systems Stable 12V power for small server nodes, internal boards, fans, and control modules 300W output provides more headroom than lower-power models while keeping a compact hot swap design
Network Control Equipment Reliable power for access devices, control units, communication modules, and compact network hardware 12V output supports common low-voltage network equipment architecture
Embedded Computing Platforms Power support for embedded boards, processors, storage interfaces, and integrated control modules 300W capacity supports moderate embedded computing loads with practical system margin
Industrial Control Cabinets Stable DC power for control devices, monitoring units, and cabinet-mounted equipment Wide 90-290Vac / 192-290Vdc input improves adaptability in different industrial power environments
Edge Access Devices Compact power module for distributed access equipment and small infrastructure nodes Hot swap structure supports easier service access in field or cabinet-based deployments
Auxiliary Infrastructure Systems Power support for secondary modules, control subsystems, and moderate-load infrastructure devices 300W rating is suitable for systems that need more capacity than entry-level 12V modules

POWER DESIGN

Reliability notes for continuous operation.

The GW-PA300I-F is built for compact infrastructure systems that need stable 12V output and more power headroom than lower-wattage models in the Hot Swap series. Its 300W capacity makes it suitable for equipment that includes additional boards, storage interfaces, communication modules, or higher operating load while still remaining within a compact serviceable power architecture.

  • 300W output capacity supports compact server nodes, embedded computing systems, network control equipment, industrial control devices, and cabinet-mounted infrastructure platforms.
  • 90-290Vac / 192-290Vdc input provides flexible compatibility for AC and DC power distribution environments.
  • 12V output architecture supports standard low-voltage computing, control, and embedded system designs.
  • Hot swap structure helps simplify replacement and maintenance in compatible system platforms.
  • CCC and CE safety support makes the model suitable for commercial, industrial, and infrastructure equipment applications.
  • Mid-range compact positioning makes this model suitable when 150W or 180W capacity is not enough, but larger 600W or higher models are unnecessary.
  • Practical integration value helps support equipment designs that require stable power delivery, manageable thermal behavior, and convenient service access.
  • Final system validation should confirm GW-PA300I-F operation under the expected input range, peak load, airflow, ambient temperature, and hot-swap service conditions before deployment.

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 / 192-290Vdc input before installation
Output Requirement Verify that the equipment requires 12V output and that the system load is within the 300W power range
Load Planning Keep long-term operating load within a suitable range to support stable output, efficiency, 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, and system-level compatibility before integration
Thermal Clearance Keep the PSU intake and exhaust areas clear to avoid heat buildup around the power module
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, and system thermal status during regular service

FAQ

Frequently asked questions about GW-PA300I-F.

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

What type of power supply is the GW-PA300I-F?

The GW-PA300I-F is a 300W Hot Swap power supply designed for compact 12V systems, including compact servers, network control equipment, embedded computing platforms, and industrial control systems.

What input voltage range does this model support?

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

What output voltage does the GW-PA300I-F provide?

The model provides 12V output, which is suitable for many compact computing, embedded, network control, and infrastructure platforms.

What is the main advantage of the GW-PA300I-F?

Its main advantage is the combination of 300W 12V output, wide AC / DC input compatibility, and hot swap service convenience for compact systems that need more power than entry-level models.

Is this model suitable for compact server systems?

Yes. The 300W output and 12V architecture make it suitable for compact server platforms, small computing nodes, and server-related equipment with moderate power demand.

Can this model be used in network or industrial control equipment?

Yes. Its 12V output, wide input range, and hot swap structure make it suitable for network control devices, industrial cabinets, monitoring equipment, and embedded control platforms.

How should I choose between GW-PA300I-F and lower-power models?

Choose the GW-PA300I-F when the system requires more power headroom than 70W, 150W, or 180W models can provide. For smaller loads, lower-power models may be more cost-effective and compact.

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

Before integration, confirm the input voltage range, 12V output requirement, total system load, hot swap mechanical compatibility, connector matching, thermal design, and installation clearance.

KEEP EXPLORING

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