44 RU Cable-Entry Rear Door for BGR Racks
44 RU rear door for BGR Racks with cable-entry brush grommets and ventilation for optional cooling fans
The ERK-RDC44 is a 44 RU rear door designed specifically for use with Middle Atlantic BGR Racks. This steel construction door is engineered to provide a large cable passage, allowing for easy access to wiring without the need for difficult fishing through tight spaces. For custom cable management, a brush grommet can be installed at either the top or the bottom of the rear door. This vented door also supports thermal management by accepting optional cooling fan kits, such as the KO-AWFP2 or the KO-AWFP2 220-240VAC variant. Additionally, the door is compatible with the KO Series Rear Door Filter Kit (KO-FILTER3) and KO Series Rear Door Vent Kit (KO-VT3). This seismic-rated door is built to match the finish of the BGR Series rack for a professional, integrated appearance.
Specifications are supplied by the manufacturer. For complete details, check the Resources section.Key features
Specifications
| Depth | 1.36 in (3.5 cm) |
| Height | 67.42 in (171.3 cm) |
| Rack Units | 44 RU |
| Shipping Weight | 45 lbs (20.4 kg) |
| Width | 20.3 in (51.6 cm) |
| Base Series | ERK |
| Seismic Rated | Yes |
| UPC | 656747253287 |
Resources
You'll need these with it
Questions about this part
Will the ERK-RDC44 fit my BGR Series rack?
The ERK-RDC44 is a 44 RU door designed specifically for the BGR Series rack line.
Can I install cooling fans in this rear door?
Yes, this vented door accepts optional KO Series Rear Door Fan Kits, including the KO-AWFP2 or the 220-240VAC version.
How can I manage cable entry through the door?
A brush grommet can be installed at either the top or the bottom of the rear door to facilitate cable passage.
What accessories are available for cable and airflow management?
You can add the KO-FILTER3 Filter Kit, the KO-VT3 Vent Kit, or the KO-AWFP2 Fan Kit to this door.
Is this rear door seismic rated?
Yes, this ERK-RDC44 door is seismic rated for enhanced stability in high-stress environments.



