APC
PLUG FILLER GLAND PLATE 84P PDU ATO
Out of Stock
APC 0G-8313 Plug Filler Gland Plate 84P PDU ATO | Power Distribution
APC
MPN: 0G-8313
$13.61$14.50
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- APC accessory for 84P PDU ATO applications
- Plug filler gland plate design
- Intended for unused opening coverage
- Supports cleaner cable routing
- Accessory for power distribution installations
- Part number: 0G-8313
- Cover unused openings with a filler gland plate for 84P PDU ATO
- Improve rack presentation using a purpose-built APC accessory
Keep rack power installations clean, organized, and easier to manage. This APC plug filler gland plate is intended for 84P PDU ATO applications where unused openings need to be covered for a more controlled physical layout. In dense power environments, small details matter: open ports and unmanaged access points can complicate cable routing, create visual clutter, and make service work less efficient.
By filling unused gland openings, this component supports a tidier installation and helps preserve the professional finish expected in enterprise racks. It is a practical accessory rather than a generic placeholder, which makes it a better fit for teams that care about consistency across deployed power infrastructure.
For procurement teams, this is the kind of low-cost, high-utility part that completes an installation properly. It helps standardize the final build, supports cleaner maintenance practices, and reduces the chance that unused openings are left exposed in production cabinets.
Ideal For
- Covering unused gland openings in APC PDU installations
- Finishing rack builds in enterprise data center cabinets
- Improving cable management in dense power distribution layouts
- Standardizing spare opening coverage during deployment
Why This Product
- 1Purpose-built for 84P PDU ATO applications
- 2Cleaner finish than leaving openings exposed
- 3Supports cable management in dense racks
- 4Simple accessory for professional installation cleanup



