Kendall Howard 2-Piece Rack Conversion Kit - USA Made
Mfr # 1927-3-002-00
The Kendall Howard 2-Piece Conversion Kit is one of the handiest bracing systems on the market today. Not only do conversion kits anchor a 2-post rack to the wall, but they also limit the risk of the rack tipping over. If you have to move or replace the rack, the conversion kit will help keep repair costs low because patching holes typically costs significantly less than removing anchors. Whether anchoring two racks together or bracing them to the wall, the 2-Piece Conversion Kit provides a safe and dependable solution.
Specifications
• Provides added support to a 2-Post Rack
• Adjusts from 20" to 35"
• Mounting hardware not included
• 19" EIA compliant
• Made in the USA
• Limited Lifetime Warranty
• Width 1"
• Depth Adjustable 20" - 35"
• Height 4"
• Weight 7.00 lbs.
• Shipping Dimensions 18" L x 5" W x 5" H
• Material(s) CRS (Cold Rolled Steel)
• Color/Finish Black Powder Coated Finish
Adjustable Depth
Each support bracket can adjust from 20" to 35" deep to suit your particular installation requirements.
Added Support
This easy to use bracket system adds strength and stability to any 2-post Telco rack. Whether anchoring two racks together or bracing them to a wall, the Kendall Howard Conversion Kit will provide a safer, more dependable solution.
Great Cable Lacing Option
These horizontal brackets provide a great option for securing heavy and obtrusive trunk cabling up and out of the way.
Only Uses 2U of Space
The support braces mount directly on to the vertical rack rails with standard rack hardware. Each brace requires only 2U of rack space leaving you plenty of room for your network, A/V, and other rackmount equipment.
What's in the box?
Qty 2 - Conversion Kit Left Arms
Qty 2 - Conversion Kit Right Arms
Qty 2 - Conversion Kit Center Arms
Qty 1 - Assembly Parts Pack
We can offer design and manufacturing, kitting, deployment, support, onsite installation and more. Please contact us for USA Made solutions that can be customized to fit your requirements.
