Fortinet
AC NA ADAPTER OF FON-175/375/H25/H35, 5V/1A
Out of Stock
Fortinet FVC-PS175-375-NA AC Adapter 5V 1A | Power Supply
Fortinet
MPN: FVC-PS175-375-NA
$21.50$22.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 5V output
- 1A current rating
- AC adapter for North America use
- Compatible with FON-175, FON-375, H25, and H35
- Fortinet part number FVC-PS175-375-NA
- Power accessory for supported Fortinet hardware
- Power supported devices reliably with 5V/1A output
- Match North America deployments using the FVC-PS175-375-NA adapter
Maintain stable power for supported Fortinet devices with the FVC-PS175-375-NA AC adapter. Designed for North America use, this adapter provides 5V/1A output for compatible FON-175, FON-375, H25, and H35 models, helping ensure the device receives the correct power profile for dependable operation.
In enterprise environments, the right adapter matters. Matching voltage and current to the device reduces guesswork during deployment and supports a cleaner installation process for branch offices, network closets, and distributed communications setups. For teams managing multiple sites, a purpose-matched adapter helps standardize spares and simplify replacement planning.
This adapter is a straightforward but important part of the system: it keeps supported hardware powered without introducing compatibility uncertainty. When uptime, consistency, and correct electrical fit matter, a dedicated AC adapter is often the difference between a quick deployment and an avoidable support issue.
Ideal For
- Branch office replacement power for supported Fortinet devices
- New site deployment for FON-175 or FON-375 hardware
- Spare adapter inventory for distributed IT operations
- Power replacement for H25 and H35 installations
Why This Product
- 1Matched 5V/1A output for supported Fortinet devices
- 2North America adapter instead of a generic replacement
- 3Compatible with multiple device models for easier spares management
- 4Cleaner fit for enterprise deployments than mixed-voltage alternatives