Leviton Evr-Green 4000 Concrete Mounting Kit

The Leviton Evr-Green 4000 Concrete Mounting Kit provides the necessary hardware to install freestanding Leviton Evr-Green 4000 Charging Stations into new or existing concrete. The Leviton Evr-Green 4000 Concrete Mounting Kit is compatible for use with Evr-Green 4000 Level 2 networked public charging stations only. As a component of the charging station, the following components are required for operation, all sold separately:

• one CPMBX bollard (free-standing) body
• one CPCAP-B bollard cap
• one CPHU1 or CPHU2 Gateway Head
• one CPCBX Cable Management Assembly

Below are the recommended specifications for installing the Concrete Mounting Kit.

For new concrete:

• The concrete block must measure at least 24" on all sides.
• The bolt threads must extend 3" above the concrete.
• The conduit must be at least 1 ½" in diameter and extend to 12" to 24" above the concrete.

For existing concrete:

• The concrete must be at least 6" thick.
• All of the mounting bolts must be positioned at least 15" from the front edge, at least 12" from the side edges, and at least 6" from the rear edge of the concrete slab.

Why You Would Use This Product:

The Leviton Evr-Green 4000 Concrete Mounting Kit is compatible for use with Evr-Green 4000 Level 2 networked public charging stations only. As a component of the charging station, the following components are required for operation, all sold separately:

• one CPMBX bollard (free-standing) body
• one CPCAP-B bollard cap
• one CPHU1 or CPHU2 Gateway Head
• one CPCBX Cable Management Assembly

In The Box:

• Plastic Bolt Installation Template
• Evr-Green 4000 Installation Template with CMK Footprint
• 9 x Galvanized Washers
• 3 x 5/8" – 11 x 9" F1554 Grade 55 Hot-Dipped Galvanized Threaded Bolts
• 12 x 5/8" – Heavy Galvanized Hex Nuts (DH Rated)

Notes:

• Do not seal the pedestal to the concrete pad with caulking, silicone, or other sealing material; doing so traps water inside the housing.
• The pedestal is designed to shed moisture between its bottom surface and the concrete pad.