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Furnish and install battery-operated smoke alarms that are listed and labeled in accordance with UL 217 and have sealed, non-replaceable, 10-year batteries along with a tamper proof cover is required. Install battery-operated smoke alarms in the locations required by the Authority Having Jurisdiction (AHJ) Install battery-operated smoke alarms in accordance with the manufacturer's instructions and Miami Dade residential code. Furnish and install CO alarms (Carbon Monoxide Detector) that are listed and labeled in accordance with UL 2034, or approved by the authority having jurisdiction, and have a minimum of: 10-year manufacturer's warranty Contain internal non-replaceable batteries along with tamper proof covering near gas appliances. Install CO alarms in the locations required by the Authority Having Jurisdiction (AHJ) Install CO alarms in accordance with the manufacturer's instructions The installed location must not interfere with or obstruct any cabinet or drawer functions. Furnish new Energy Star certified LED bulbs, and replace incandescent light lighting level quality required for the intended application (e.g., task lighting, hazards lighting, nightlights) is the highest level of efficiency within a technology (e.g., LED bulbs) are ENERGY STAR(R) qualified, equivalent or better, and UL approved Install lighting in accordance with manufacturer specifications and applicable code (i.e., NFPA 70, NFPA 101, NECA/IESNA 500) If applicable, clean the lens and reflector before installing new bulb Safe and proper installation. Permanently remove old products from job sites and recycle or dispose of in accordance with local and federal law (e.g., EPA Section 608 of Clean Air Act of 1990). All kitchens must have a minimum of 160 CFM on-demand fan which must be a vented range hood (1 sone maximum for continuous use). Energy efficient and quiet equipment. The exhaust fan must vent directly to the outdoors (Through an insulated duct to gable or wall) never into the attic or into other locations within the home. Provide insulated sheet metal exhaust duct vented to the outside with bugs screening. If the fan does not contain an integrated damper, install a damper that: opens in the direction of the desired flow closes when the system is off to prevent unwanted air movement while not restricting desired air flow. Follow SWS work specifications. All materials must be safe and effective sealants that: meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and for use inside the pressure boundary select low volatile organic compound (VOC) sealants that meet independent testing and verification protocols methods must comply with Miami-Dade County regulations and WeatherizationProgram Guidelines. Labor & Materials maximum allowable cost no more than $600.00. Furnish and install a new 100 CFM exhaust fan with 1 sone or less in the ceiling Remove any attic insulation from around the fixture. The bathroom exhaust fans must have a minimummechanical exhaust capacity of 50 cfm (cubic feet per minute) when operated intermittentlyEfficiency and quiet equipment at time of installation completed. Exhaust air from bathrooms mustbe exhausted directly to the outdoors with bugs screening and cannot be recirculated within the residence or discharged into an attic, crawl space, or other areas inside the building. Securely mounted fan using mechanical fasteners and per manufacturer's specifications so that fan housing does not shake, rattle, or vibrate when operating and, Ensure fan and service disconnect switch are accessible for maintenance according to NEC, or applicable building code Material and methods must meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and comply with Miami-Dade County mechanical building codes regulations and Weatherization Program Guidelines. Labor & Materials maximum allowable cost no more than $400.00 per Bathroom. Follow SWS work specifications. Select windows that meet the SHGC, U-value, and air leakage requirements of the work order Select windows that meet the egress and safety glass requirements of the location where they are installed. Select windows that are compatible with their intended surfaces, allow for differential expansion and contraction between dissimilar materials, meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and for use inside the pressure boundary select low volatile organic compound (VOC) sealants that meet independent testing and verification protocols pest-resistant materials that adequately support applied load and are permanent air barriers, materials that meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and low volatile organic compound (VOC) materials for use inside the pressure boundary that meet independent testing and verification protocols. Insulate and seal existing window weight pockets if they remain after new installation Replace any damaged or rotting framing. Verify safe operation and size of egress windows as required by local codes. Remove existing windows and install the new window in accordance with manufacturer specifications in alignment with the wall system's air and thermal boundary. Install flashing todirect water away from the window opening in accordance with manufacturer's instructions. Install flashing per the manufacturer's specifications. Gaps between the new window and existing opening will be sealed with low-expanding foam or equivalent sealant Final installation will be air and watertight. All work must comply with florida building code in terms of egrees. The contractor is responsible for verifying all existing windows openings for sizes and existing structural conditions before ordering and installing the new windows. Provide all necessary materials and labor to install replacement any window components, tracks,sashes and tightening adjusting balances any misaligned sashes, tracks, loose hardware, screws on hinges, and handles. Select sealants that are compatible with their intended surfaces, Pestresistant materials meet the requirements of the applicable fire safety code (e.g. thermal or ignition barriers), and for use inside the pressure boundary select low volatile organic compound (VOC) sealants that meet independent testing and verification. And that meet independent testing and verification protocols. All repair and installation must be according with SWS work specifications (glazing, caulking, sealant, paint, locks, hardware or suitable lubricant to have all designated windows restored and repaired to function as originally intended. Replacing worn weatherstripping and addressing any damaged or broken parts and locking mechanisms etc. Furnish and install new out-swing impact resistant 1-3/4" pre-hung insulated 6 panel steel entry door with all needed hardware, trim, peep hole and locksets to replace existing doors. Unit to include jamb, keyed entry lock, single cylinder, metal threshold, weather strip, door stopper or safety chain, and door is to swing out with security hinges. Select doors that meet the SHGC, Uvalue, and air leakage requirements of the work order. Select the correct and safe new doorsthat meet the safety requirements of the location where they are installed. Doors are required to have a fire-resistance rating, all weather strips and sealants applied to the door will be compatible with the listing of the door materials that meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and low volatile organic compound (VOC) materials for use inside the pressure boundary that meet independent testing and verification protocols. Door replacement and installation must be according with SWS work specifications. o Unit approved by MDC Product Control Division to resist hurricane forces, per the FBC and Miami-Dade Building Code. Doors must have NOA approved by Miami-Dade County and/or FBCapproval. Choose the correct and safe new door. o Provide industry standard trim on outside (Brick mold) and inside (Casing mold) Patch stucco surface around door to match existing finish. Paint the door and trim to match the existing paint color and finish. Repair interior drywall at bathroom ceiling, provides all material and labor necessary to close,patch and match adjacent of the surface area. Repair areas may be, but are not limited to, 1/2", 5/8", GWB, MRGWB, and or Duroc board. Repair the bathroom ceiling, assess the damage, and remove all loose or damaged materials. Then, repair or the drywall, sand and smooth thearea, prime with a mold moisture-resistant primer. When repairing or replacing ceiling drywall,choose mold moisture-resistant materials. All materials used in weatherization must resist mold and rot if exposed to moisture and humidity. All jobs must meet and be according with SWS work specifications The replacement of damaged components, such as corroded wires, loose connectors, or a damaged junction box, will need to be replaced with new, high-quality parts. Ensuring all electrical connections are secure and properly insulated is crucial for safety and proper functionality. Insulate exposed hot and cold-water pipes from water heaters only. Insulate cold water pipes within specified (4) linear feet of heater and all accessible hot water pipes. Repair holes and close, patch any opening surrounding the box inside w/h closet and match adjacent to the surface area of the wall. There should be NO air infiltration or exfiltration inside where W/H resides after repairing. Once the junction box is repaired, it needs to be reassembled and tested to ensure it is functioning correctly and safely. Ensuring the electrical wiring to the water heater is properly connected, safe and compliant with local codes. Ensuring the Junction boxes are securely covered with appropriate, durable covers. Enclose all wiring splices inside a location-appropriate (e.g. wet-location, outdoor, indoor, etc.) UL listed electrical enclosure per the NEC. Wiring splices are safely enclosed in appropriate enclosure incompliance with applicable code (e.g., NFPA 70, IRC, IBC, IMC) and manufacturer specifications. Ensure proper installation Temperature and pressure relief valve will be installed in compliance with IRC, HUD code, County code and according to manufacturer specifications Furnish and install a double-setback programmable or digital thermostat that allows for full functionality of the installed system (supplementary heat, emergency heat, fan only, ventilation control, etc.) Connect supplementary heat to second-stage heating terminal in accordance with manufacturer specifications. Install and connect outdoor temperature sensor that is compatible with the thermostat in accordance with manufacturer specifications. Calculate and select an optimum thermal balance point for supplementary heat operation in accordance with ANSI/ACCA Manual S and manufacturer specifications. Seal penetrations for control wiring with a durable sealant (e.g., caulk, silicone) that complies with applicable fire safety code. Minimize air leakage, prevent pest intrusion, increase temperature measurement accuracy. Furnish and Install indoor & outdoor cooling and heating unit, high efficiency (14 seer or better at a minimum), connected to electricity as per code according to manufacturer specifications and applicable building code (e.g., IRC, IMC, IBC) and ANSI/ACCA Standard 5 (HVAC Quality Installation Standard) Install electrical wiring according to NFPA 70, and provide an electricaldisconnect within site of the unit. Cover and seal all holes inside A/C closet, damage the wall or ceiling at time of replacing the new A/C and provide the Air filters. There should be NO air infiltration or exfiltration inside where A/C resides after A/C replacement. Must unclog /flush or replace the A/C drain line to remove any blockage, clean or replace the drain pan if necessary. o New poured concrete slab and straps for compressor and any permits required o Provide supply lines and provide Freon lines and Freon Contractor must Perform residential load calculation in accordance with the current version of ANSI/ACCA Manual J (Residential Load Calculation) or equivalent using interior design temperatures of 75 degrees for cooling and 70 degrees for heating. provide a copy of an accurate Manual J. Calculations and AHRI Certificate. Provide occupants/owners with user's manual, warranty information, installation instructions, andinstaller contact information. A. Build or Install a dam around the attic hatch opening to maintain the full level of ceiling insulation to the edge of the opening and to prevent insulation from falling into living space.Frame the opening with dimension lumber, OSB, or plywood. Don't use cardboard or foam board to dam around access hatches. (Must use plywood or other durable rigid material) Cardboard and foam board aren't durable materials where they are readily accessible to occupants. Repair or replace the attic door cover if damaged. B. Install foam board in layers to the attic door and secure by gluing the foam to prevent heat transfer through the access door using construction adhesive to achieve R-30 or the greatest attainable R-value that still allows the door to function. Permanently attaches weatherstripping around the entire perimeter of attic-access door on frame to create an effective air seal between the door frame and the door. There shouldn't be air infiltration in the surrounding of the attic door entrance. Select low volatile organic compound (VOC) sealants that meet independent testing and verification protocols methods. All jobs must meet and be according with SWS work specifications. Select Energy Recovery Ventilators (ERV) that are ENERGY STAR(R), equivalent, or better. Select efficient equipment. This whole building ventilation must be installed in a dwelling unit to provide indoor air quality that is acceptable to human occupants. Ventilator requirements are 40 to 50 CFM's continuous flow and a rating of 1 zone or less. Contractors must follow program requirement and information provided by the ASHRAE 62.2 VENTILATION CFM rate. Install all electrical wiring according to the manufacturer specifications and applicable code. All installation terminations: per manufacturer's specifications and applicable code, All jobs must meet and be according with SWS work specifications. The ducts must vent directly to the outdoors with bugs screening (Through an insulated duct to gable or wall) never into the attic or into other locations within the home. Materials and methods must comply with Miami-Dade County regulations and Weatherization Program Guidelines. Building Permit must be separate from other ventilation permits. Furnish and install battery-operated smoke alarms that are listed and labeled in accordance with UL 217 and have sealed, non-replaceable, 10-year batteries along with a tamper proof cover is required. Install battery-operated smoke alarms in the locations required by the Authority Having Jurisdiction (AHJ) Install battery-operated smoke alarms in accordance with the manufacturer's instructions and Miami Dade residential code. Furnish and install CO alarms (Carbon Monoxide Detector) that are listed and labeled in accordance with UL 2034, or approved by the authority having jurisdiction, and have a minimum of: 10-year manufacturer's warranty Contain internal non-replaceable batteries along with tamper proof covering near gas appliances. Install CO alarms in the locations required by the Authority Having Jurisdiction (AHJ) Install CO alarms in accordance with the manufacturer's instructions The installed location must not interfere with or obstruct any cabinet or drawer functions. Remove and replace disposable pleated AC filter with filtration must meet a minimum efficiency of MERV 8 or better and leave the extra with homeowner. Filter opening must allow filter to be fully removed and inserted without bending or damaging the filter Furnish new Energy Star certified LED bulbs, and replace incandescent light lighting level quality required for the intended application (e.g., task lighting, hazards lighting, nightlights) is the highest level of efficiency within a technology (e.g., LED bulbs) are ENERGY STAR(R) qualified, equivalent or better, and UL approved Install lighting in accordance with manufacturer specifications and applicable code (i.e., NFPA 70, NFPA 101, NECA/IESNA 500) If applicable, clean the lens and reflector before installing new bulb Safe and proper installation. Permanently remove old products from job sites and recycle or dispose of in accordance with local and federal law (e.g., EPA Section 608 of Clean Air Act of 1990). Furnish and install a new 100 CFM exhaust fan with 1 sone or less in the ceiling Remove any attic insulation from around the fixture. The bathroom exhaust fans must have a minimum mechanical exhaust capacity of 50 cfm (cubic feet per minute) when operated intermittently Efficiency and quiet equipment at time of installation completed. Exhaust air from bathrooms must be exhausted directly to the outdoors with bugs screening and cannot be recirculated within the residence or discharged into an attic, crawl space, or other areas inside the building. Securely mounted fan using mechanical fasteners and per manufacturer's specifications so that fan housing does not shake, rattle, or vibrate when operating and, Ensure fan and service disconnect switch are accessible for maintenance according to NEC, or applicable building code Material and methods must meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and comply with Miami-Dade County mechanical building codes regulations and Weatherization Program Guidelines. Labor & Materials maximum allowable cost $400.00 per Bathroom. Follow SWS work specifications. All kitchens must have a minimum of 160 CFM on-demand fan which must be a vented range hood (1 sone maximum for continuous use). Energy efficient and quiet equipment. The exhaust fan must vent directly to the outdoors (Through an insulated duct to gable or wall) never into the attic or into other locations within the home. Provide insulated sheet metal exhaust duct vented to the outside with bugs screening. If the fan does not contain an integrated damper, install a damper that: opens in the direction of the desired flow closes when the system is off to prevent unwanted air movement while not restricting desired air flow. Follow SWS work specifications. All materials must be safe and effective sealants that: meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and for use inside the pressure boundary select low volatile organic compound (VOC) sealants that meet independent testing and verification protocols methods must comply with Miami-Dade County regulations and Weatherization Program Guidelines. Labor & Materials maximum allowable cost $600.00. Furnish and install new out-swing impact resistant 1-3/4" pre-hung insulated 6 panel steel entry door with all needed hardware, trim, peep hole and locksets to replace existing doors. Unit to include jamb, keyed entry lock, single cylinder, metal threshold, weather strip, door stopper or safety chain, and door is to swing out with security hinges. Select doors that meet the SHGC, Uvalue, and air leakage requirements of the work order. Select the correct and safe new doors that meet the safety requirements of the location where they are installed. Doors are required to have a fire-resistance rating, all weather strips and sealants applied to the door will be compatible with the listing of the door materials that meet the requirements of the applicable fire safety code (e.g., thermal or ignition barriers), and low volatile organic compound (VOC) materials for use inside the pressure boundary that meet independent testing and verification protocols. Door replacement and installation must be according with SWS work specifications. o Unit approved by MDC Product Control Division to resist hurricane forces, per the FBC and Miami-Dade Building Code. Doors must have NOA approved by Miami-Dade County and/or FBC approval. Choose the correct and safe new door. o Provide industry standard trim on outside (Brick mold) and inside (Casing mold) Patch stucco surface around door to match existing finish. Paint the door and trim to match the existing paint color and finish. A. Build or Install a dam around the attic hatch opening to maintain the full level of ceiling insulation to the edge of the opening and to prevent insulation from falling into living space. Frame the opening with dimension lumber, OSB, or plywood. Don't use cardboard or foam board to dam around access hatches. (Must use plywood or other durable rigid material) Cardboard and foam board aren't durable materials where they are readily accessible to occupants. Replace the attic door cover if damaged. B. Install foam board in layers to the attic door and secure by gluing the foam to prevent heat transfer through the access door using construction adhesive to achieve R-30 or the greatest attainable R-value that still allows the door to function. Permanently attaches weatherstripping around the entire perimeter of attic-access door on frame to create an effective air seal between the door frame and the door. There shouldn't be air infiltration in the surrounding of the attic door entrance. Select low volatile organic compound (VOC) sealants that meet independent testing and verification protocols methods. All jobs must meet and be according with SWS work specifications. Furnish and install a double-setback programmable or digital thermostat that allows for full functionality of the installed system (supplementary heat, emergency heat, fan only, ventilation control, etc.) Connect supplementary heat to second-stage heating terminal in accordance with manufacturer specifications. Install and connect outdoor temperature sensor that is compatible with the thermostat in accordance with manufacturer specifications. Calculate and select an optimum thermal balance point for supplementary heat operation in accordance with ANSI/ACCA Manual S and manufacturer specifications. Seal penetrations for control wiring with a durable sealant (e.g., caulk, silicone) that complies with applicable fire safety code. Minimize air leakage, prevent pest intrusion, increase temperature measurement accuracy. Furnish and Install indoor & outdoor cooling and heating unit, high efficiency (14 seer or better at a minimum), connected to electricity as per code according to manufacturer specifications and applicable building code (e.g., IRC, IMC, IBC) and ANSI/ACCA Standard 5 (HVAC Quality Installation Standard) Install electrical wiring according to NFPA 70, and provide an electrical disconnect within site of the unit. Cover and seal all holes inside A/C closet, damage the wall or ceiling at time of replacing the new A/C and provide the Air filters. There should be NO air infiltration or exfiltration inside where A/C resides after A/C replacement. Must unclog /flush or replace the A/C drain line to remove any blockage, clean or replace the drain pan if necessary. o New poured concrete slab and straps for compressor and any permits required o Provide supply lines and provide Freon lines and Freon Contractor must Perform residential load calculation in accordance with the current version of ANSI/ACCA Manual J (Residential Load Calculation) or equivalent using interior design temperatures of 75 degrees for cooling and 70 degrees for heating. provide a copy of an accurate Manual J. Calculations and AHRI Certificate. Provide occupants/owners with user's manual, warranty information, installation instructions, and installer contact information. Furnish and Install material and labor for full louver wood bifold at AC handler closet. Provide all necessary hardware and finish matching adjacent areas. Select Energy Recovery Ventilators (ERV) that are ENERGY STAR(R), equivalent, or better. Select efficient equipment. This whole building ventilation must be installed in a dwelling unit to provide indoor air quality that is acceptable to human occupants. Ventilator requirements are 40 to 50 CFM's continuous flow and a rating of 1 zone or less. Contractors must follow program requirement and information provided by the ASHRAE 62.2 VENTILATION CFM rate. Install all electrical wiring according to the manufacturer specifications and applicable code. All installation terminations: per manufacturer's specifications and applicable code, All jobs must meet and be according with SWS work specifications. The ducts must vent directly to the outdoors with bugs screening (Through an insulated duct to gable or wall) never into the attic or into other locations within the home. Materials and methods must comply with Miami-Dade County regulations and Weatherization Program Guidelines. Building Permit must be separate from other ventilation permits. Furnish and install water heating unit that: has an Energy Factor (EF) of 0.93 or better fits in the installation space with the required clearances and provides sufficient hot water for the home andoccupants. Select efficient and properly sized water heater. If appliance is installed in or above conditioned space or in a location where water damage could occur, install a drain pan according to the requirements of the IRC Drain pan to the exterior of the building to prevent water damage from leaking water. Install water heater in compliance with applicable code e.g., NFPA 70, IRC, IBC, IMC) andmanufacturer specifications and safe installation. Ensure that anode rod is accessible for replacement Ensure the appliance can be easily maintained and replaced. Temperature and Pressure (TandP) relief valve per the IRC and manufacturer specifications Select piping material based on IRC requirements. Select durable and correctly sized pipe insulation that: is a minimum of R-3 is a vapor retarder is the correct interior diameter to match pipes is UV-protected if installed outside. Safe, continuous, and durable installation. Electrical connection must be upgraded to manufacturers' recommendation and Florida Building Code and/or any applicable Miami-Dade County Building Codes. All jobs must meet and be according with SWS work specifications. Permanently remove equipment from job site and recycle or dispose of removed equipment and refrigerant in accordance with local and federal law (e.g., EPA Section 608 of Clean Air Act of 1990) Old equipment is permanently decommission removed from service, protect the environment, and comply with regulations. Furnish and install Faucet aerators with a flow rate of 2.2 GPM or less, constructed of solid brass with polished chrome finish. Maximum flow rate of 2.2 GPM (gallons per minute) Kitchen must be swiveling type with multi spray. o Faucet aerators will be tested to determine if equipment is tightened adequately to prevent leakage at the point of connection.