Demolition, site work and new construction of a swimming pool in Hurricane, Utah. Completed plans call for the demolition of a swimming pool; for the construction of a swimming pool; and for site work for a swimming pool.

Tentative budget of 12-14 million Hurricane City is requesting proposals for the Hurricane City Pool project. The project scope includes demolition of the existing pool and construction of a new facility in its place. *The value for this project is based on a financial range. The value is listed as the highest possible cost from the range provided by a stakeholder or official project document. The General Contracting services will include the demolition of the existing pool structure, approximately 4,200 sf, the existing pool, pool deck and any site walls or fences as indicated in the Contract Documents. A link to download the 'as-builts' of the existing pool facility is available in the project specifications. Demolition will be followed by construction of a new 25,850 sf pool facility, as outlined in the Contract Documents. The new pool facility will house an 8-lane competition pool with elevated seating for spectators, a large activity pool with various slides and water toys, equipment spaces, concessions, office and conferences space, pool deck areas, storage and outdoor lounging areas. A. Variable frequency drives (VFD) shall be provided by the automatic temperature controls contractor and installed by the electrician. B. Extent of variable frequency drive work as indicated by drawings and/or schedules and specified herein. Work includes complete installation, electrical connections, testing, and commissioning. C. Verify compatibility of VFD with motors supplied under Division 23. Review Division 23 specifications, plans, schedules, etc., to issue compatibility. D. Mounting VFD shall be by the electrician. Connecting 4-20mA control signal shall be by the ATC contractor. Power wiring to and from the VFD to the motor shall be by Division 16. A. Provide the specified systems in a complete and operating condition with all necessary materials and labor to fulfill the requirements and the intent of the drawings and specifications. Except as otherwise indicated, provide manufacturer's standard system components. Contractor shall furnish all cables, materials and equipment, whether specifically mentioned herein or not, to ensure a complete and functional system. B. Master quotes do not relieve contractor from preforming due diligence for equipment type, equipment quantity, and quantity of room types. Any errors, conflicts, or omissions between the drawings and/or specifications and master quotes shall be the responsibility of the contractor to resolve. C. Bidders wishing to provide equipment other than the equipment specified shall submit proposed substitute equipment to AV Consultant eight (8) working days prior to bidding. Submittals for prior approval shall include description of equipment, design intent, complete riser diagrams for proposed equipment, equipment specifications, cut sheets of proposed equipment, reason for alternate equipment. AV Consultant may request physical equipment to test and demo. Acceptance of proposed equipment by AV Consultant shall not relieve AV contractor from responsibility to provide audio-visual systems equal to those specified in this Section. Contractor shall be ultimately responsible for providing complete and working audio-visual systems that function, control and operate in the same manner as the specified equipment. AV Consultant has final say if proposed equipment is equal to the specified equipment. Equipment that AV Consultant is not familiar with will require the contractor to provide manufacturer training at manufacturer's facility and have a manufacturer representative present at time of commissioning. 1. Refer to section 2.2 for approved equals of basis of design equipment. D. Equipment submitted in the bid proposal that has not been approved by AV Consultant in writing will not be accepted and shall be replaced by approved equipment at contractors' expense. Equipment not listed within this specification, or contract documents, that is required for a complete and working system, shall be of professional grade, new and used in the same manner as needed for a complete and working system. E. Input plates shall match the color and style being used throughout the project. F. All control processors, controllers, DSPs, and Network Switches are to be on an unswitched power connection and connected to an uninterrupted power supply A. The extent of the work is hereby defined to include, but not be limited to raceway, cabling, junction back boxes, outlets, coverplates, backboards, grounding, and any other miscellaneous items required to provide a complete raceway system. B. Refer to the Division 26 specification requirements for the cabling raceways, trays, junction back boxes, fittings, supporting devices, and any other sections that are applicable. C. The Division 26 is to provide a minimum of one 3/4" EMT conduit from each of the electrified door hardware and access control end devices. And one access control composite cable that homeruns from the 4 SQ junction box located on the secure side of the door back to the Elec/Data room #000C. D. The Division 26 is to provide from each access control end device that is located on the door one 3/4" conduit that is installed up to a 4-square deep junction box with a cover that is located in an accessible interior ceiling space on the secure side of the door. Provide all of the necessary access control cabling from each end device back to the head-end control panel location that is located in the Elec/Data room #000C. Ensure that each end of the access control cable is labeled and has industry-standard service loops. Route all conduits and cabling within walls, door frames, mullions, and ceilings for a clean, secure installation. No exposed conduit or cabling is permitted. E. In all spaces where the ceiling system is open to structure, provide conduit from the end device back to nearest server/network room, cable tray, or to nearest lay-in ceiling tile system before transitioning to non-continuous support raceway. F. All of the active access control equipment will be provided, installed, and programmed by others. G. No free-aired category or access control cabling is permitted within open to structure spaces, provide conduit pathways for use by owner. H. The installation contractor shall provide all labor, materials, tools, and equipment that are required to provide a complete installation of work. I. Prior to starting any work, the installation contractor will be responsible for coordinating a meeting with the architect, the owner, and other trades to verify all device and equipment locations, mounting requirements, supports, and plenum space requirements. J. Install raceway system as indicated, per the expectation of the owner, and to comply with NEC and recognized industry practices. K. Utilize cable tray that goes back to the room where the access control head-end panel and electrified door hardware power supplies will be located. L. CONDUITS: 1. When running conduit, achieve the best direct route parallel with building lines with no single bend greater than 90 degrees or an aggregate of bends in excess of 180 degrees between pull points or pull boxes. 2. Conduit runs shall not have continuous sections longer than 100 feet without a pull box and may only be filled to 35% capacity. 3. Ream all conduit ends and fit with an insulated throat nylon bushing with nonindenter type malleable steel fittings to eliminate sharp edges. 4. Low voltage conduits should not be routed over or adjacent to heat sources such as boilers, hot water lines, or steam lines. Neither should they be routed near large motors, generators, photocopy equipment, or electrical power cabling and transformers. 5. Conduits that enter the data room must terminate near the corners to allow for proper cable racking. Terminate these conduits as close as possible to the wall where the backboard is mounted to minimize the cable route. Terminate conduits that protrude through the structural floor 1" to 3" above the surface within the data room. 6. After installation, conduits shall be clean, dry, unobstructed, capped for protection, labeled for identification, reamed, and fitted with bushings. 7. A pull cord/twine (nylon, 1/8" minimum) shall be installed in any empty conduit. When the number of conduits requires more than one row, restrict the number of rows to two wherever practicable M. The work of this section includes electrical raceways (minimum 3/4" conduit), boxes, fittings, and cable tray as specified in applicable Division 26 & 27 Basic Materials and Methods sections. Utilize cable tray where possible. N. All of the access control cabling and active access control equipment will be provided and installed by others. A. The extent of the IP video surveillance system work is indicated by the drawings and is hereby defined to include, but not be limited to raceway, junction backboxes, outlets, cover plates, backboards, cabinets, grounding, and any other miscellaneous items that are required to provide a complete raceway system. B. Refer to the other Division 26 and 27 sections for requirements for raceways, trays, boxes and fittings, and supporting devices, category cabling, and other sections, as applicable. C. The Division 27 contractor shall provide one specified, green-jacketed, 4-pair, 100 Balanced Unshielded Twisted Pair (UTP), Plenum rated (CMP), Category 6 cable from the surveillance cameras junction back-box that homeruns back to the designated telecommunications equipment rack that is located in the Elec/Data Room #000C. Terminate the CAT6 ends with the specified connectors and into the assigned patch panel. Ensure that each end of the CAT6 cable is labeled, has industry-standard service loops, and is tested for compliance. D. If any of the CAT6 category cable runs are over 300', document and provide the list of these camera and cable locations to the owner. E. All of the active IP video surveillance equipment and cameras will be provided, installed, and programmed by others. 1. At each IP surveillance camera location, the Division 27 contractor shall provide this equipment: a. Terminate one green CAT6 jack/module to the CAT6 category cable and install it into a single port surface mount box that goes into the cameras junction back-box. b. Provide one green CAT6 patch cable that goes from the jack/module to the IP surveillance camera. F. The specified CAT6 cabling for the IP video surveillance cameras and recording system will be provided by the Division 27 low voltage cabling contractor, ensuring a single installer and unified cable warranty. G. All of the IP surveillance camera symbols that are indicated on the security plan page are for rough-in and cabling reference only. H. Prior to starting any work, the Division 26 electrical contractor shall coordinate a meeting with the owner and the general contractor and review each IP video surveillance rough-in requirements (e.g.: junction backbox sizes, camera locations & heights, cabling & pathway requirements). I. Contractors shall provide all labor, materials, tools, and equipment required for the complete installation of work. A. This work shall include all labor, materials, equipment, fixtures, and devices for the entire mechanical work and a complete operating and tested installation as required for this project. B. This Division will schedule the boiler inspection and pay for all costs associated with certifying the boilers, pressure vessels and water heaters with the state. A. Submission of Operating and Maintenance Manuals complete with Balancing reports. (Coordinate with Division 1). B. Coordination of work required for system commissioning. C. Provide a hard copy and an electronic copy on CD of the O and M manual fully searchable in PDF format. A. The Building Controls Contractor shall provide and install a complete controls system to monitor pressure in the natatorium and control exhaust fans to maintain negative pressure. The system shall include all hardware, controllers, sensors, transmission equipment, local panels, conduit, wire, installation, engineering, database and setup, supervision, commissioning, acceptance test, training, warranty service. B. All materials and equipment used shall be the most current technology available, standard components, regularly manufactured with standard part numbers and owner's manuals for this and/or other systems. One of a kind, third party or custom integrations devices designed specially for this project will not be allowed. Outdated materials, equipment and components will also not be allowed. C. Pressurization: 1. The controls contractor shall provide a pressure sensor to monitor the pressure in the natatorium area with the goal of maintaining -.05" of water column. The sensor is to be wired to a controller that will control VFD's wired to exhaust fans to create the required negative pressure within the natatorium. The pressure sensor and controller are also to be interlocked with the pool dehumidification units to activate the exhaust fans at the minimum cfm whenever the dehumidification units are on. A. Includes, but is not limited to the following. 1. The Contractor shall: a. Provide and install fabric and/or either plenum, PE or PVC Innerduct, rated appropriately for the installation environment; in accordance with all applicable codes and ordinances. b. Provide, install, terminate, test, label and document all fiber backbone, fiber and copper riser cable. c. Provide, install, terminate, test, and document all fiber, copper voice, and data horizontal cable. 1) CAT6A UTP and CAT6A F/UTP shall not be mixed on the same campus. d. Provide and place all termination devices such as, but not limited to, modular patch panels, termination blocks, information outlets (jacks and plates), phone jacks, fiber distribution panels, bulkheads, connectors, and fiber fan out kits. e. Provide in quantities specified interconnect components such as, but not limited to, copper patch cords, fiber patch cables and data station cables. f. Provide and place horizontal and vertical cable support devices such as, but not limited to, rack and wall-mounted horizontal and vertical cable management, cable runway, communications cable runway, and all required mounting hardware, unless otherwise noted. g. Provide and install all equipment mounting racks, cabinets and/or brackets. h. Provide and install UL-approved fire stopping systems in all communication pass-thru, conduits, cable trays and ceiling, wall and floor penetrations in coordination with General Contractor. i. Provide all appropriate consumable items required to complete the installation. j. Grounding and bonding in TEC and TR rooms to grounding bus provided by Division 26. k. Provide complete documentation and demonstration of work. l. Completion of all punch list deficiencies within 10 working days. m. Provide indexed and organized complete Test Results of all copper and fiber cable and their components. n. Provide Submittals. o. Conduct a final document handover meeting with client, consultant, and PM to review, discuss and educate the Owner on the test results and AsBuilt Drawings. p. Provide a Manufacturer's Extended Product Warranty and System Assurance Warranty for this wiring system. A. The extent of telephone/data system work is indicated by drawings and is hereby defined to include, but not be limited to racks, cabinets, patch panels, cables, raceway, outlet boxes, device plates, backboard, and grounding. Contractor is responsible for installation of all specified and unspecified necessary and miscellaneous items required for delivery of a complete and functional data cabling and device system. B. Contractor shall provide complete cable and outlet system as indicated on the drawings and described herein. Work shall include all associated infrastructure transmission components and support appliances including, but not be limited to cable, jacks, terminal blocks, racks, cabinets, wire management, labeling, transient voltage surge suppression, patch cords, telecommunications grounding system and all terminations as specified herein. C. Contractor shall provide system testing as described herein using up-to-date and industry accepted Level IIIe, IV, V test equipment appropriate to the types of links being tested and in accordance with the latest edition of IEC 61935-1. All testers used shall be factory calibrated within one year of use with references set daily prior to testing. D. All active equipment (electronics) will be owner furnished and owner installed. E. Contractor shall be solely responsible for all parts, labor, testing, documentation and all other associated processes and physical apparatus necessary to turn-over the completed system fully warranted and operational for acceptance by Owner and Engineer. F. Contractor shall provide all labor, materials, tools and equipment required for the complete installation of work called for in the Construction Documents. G. Copper solution must match optical fiber solution and be provided by the same manufacturer. No two separate warranties are acceptable for the copper connectivity and optical fiber connectivity. H. Contractor shall provide 1-1" EMT conduit from telecommunications outlet/connector to accessible ceiling space, then utilize non-continuous cable support devices to EF/ER/TR/TE.