Excel XLERATOR 40575 XChanger Combo Kit
The Excel Dryer XLERATOR® 40575 XChanger Combo Kit is a complete stainless steel retrofit solution designed to convert an existing paper towel dispenser and waste receptacle opening into a recessed XLERATOR or XLERATOReco hand dryer installation.
This combo kit includes:
⚠ Hand dryer sold separately.
Complete Retrofit Solution
The XChanger Combo Kit is engineered to install over the footprint left behind by common paper towel dispensers and waste receptacles. This allows facilities to modernize restrooms without major wall reconstruction or surface damage.
When installed properly, the included 40502 ADA Recess Kit helps meet ADA 4-inch protrusion requirements in restroom walkways.
Ideal for:
Looking for ADA compliant hand dryers ?
What’s Included in the 40575 Combo Kit
40550 Standard Height XChanger Panel
40502 ADA Recess Kit
-
Fabricated from type 304 stainless steel
-
Designed to reduce hand dryer protrusion depth
-
Supports ADA 4-inch projection compliance when properly installed
Together, these components provide a streamlined, recessed installation solution.
Designed for ADA & Code Compliance
The included 40502 recess kit helps ensure that installed XLERATOR or XLERATOReco hand dryers comply with ADA protrusion guidelines when mounted according to manufacturer specifications.
For projects requiring the ADA height configuration, see the 40576 ADA XChanger Combo Kit, which includes the ADA-height XChanger panel.
Always consult local building codes for compliance requirements.
Specifications
XChanger Panel (40550 Standard Height)
-
Overall Dimensions: 17 ¼” W x 56” H x 1” D
-
Weight: 17 lbs
-
Rough Wall Opening: 15 7/8” W x 54 5/8” H
-
Material: 18-gauge 304 stainless steel
-
Finish: #4 satin brushed
40502 Recess Kit
Eliminate Paper Towels & Reduce Maintenance
Upgrading from paper towel dispensers to high-speed hand dryers can significantly reduce:
The 40575 XChanger Combo Kit simplifies the retrofit process and allows facilities to transition to energy-efficient hand drying systems with minimal disruption.