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PlAYMORE <br />Recreational <br />Products & Services <br />May 1, 2014 <br />Susan Simpson <br />City of Sunny Isles Beach <br />18070 Collins Ave <br />Sunny Isles Beach, Florida 33160 <br />10271 Deer Run Farms Road, Suite 1 • Fort Myers, FL 33966 <br />(239) 791 -2400 • (888) 886 -3757 • (239) 791 -2401 fax <br />RE: Intracoastal Park Play Equipment <br />Sunny Isles Beach, Florida <br />Subj: Program Scope of Work & Proposal <br />Susan <br />Please allow this letter to serve as our Program for the Scope of Work services as well as our <br />proposal for the Intracoastal Park Play Equipment Project. Playmore West shall provide the <br />design and engineering services in order to permit the project with the City of Sunny Isles <br />Beach. Playmore West will look to the City of Sunny Isles Beach to provide temp water and <br />electrical services. Playmore will provide debris removal as well as sanitation services. Since <br />laydown and or storage areas on site are not available, the City of Sunny Isles has offered to <br />store the playground equipment at one of their sites. Once the site is ready for the playground <br />a combination of Playmore installers and members of the City of Sunny Isles Beach will load <br />up the equipment and bring to the site. We will provide a alternate to provide temp fence <br />with windscreen if we store the equipment onsite. <br />Demolition /Removal <br />Playmore West will look to the City of Sunny Isles Beach to remove the necessary turf from <br />the circular area and haul away from the site. In addition, Playmore will look to the city to <br />remove and haul away 7" of soil. Playmore will provide the subsoil compaction prior to <br />installation of our additional work. <br />Piles <br />Playmore shall provide and install helical piles for each shade post in order to provide <br />additional load support. Said helical piles are in response to the Geotechnical report provided <br />by CES Consultants dated November 24, 2012. Based on said report we are not providing any <br />lateral support on the post at this time. Therefore, we are basing the design on four helical <br />piles per shade post. Each post shall have a pile cap that will be designed by our structural <br />engineer and tied into the helical piles. We are looking to design the pile cap to finish at -4" <br />grade. This will allow for a surface mount installation of the shade post. <br />ATTACHMENT "A" <br />