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HomeMy WebLinkAboutB14-2671ARTICLE 680 = SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.2 Y (a) The machine is electrically controlled but not electrically driven. (b) The control voltage is 30 volts or less. (c) The control or signal circuits are current limited as specified in Chapter 9, Tables 1I (A) and I l (B). 675.13 Methods of Grounding. Machines that require grounding shall have a non--current-carrying equipment . grounding conductor provided as an integral part of each cord, cable, or. raceway. This grounding conductor shall be sized not less than the largest supply conductor in each f cord, cable, or raceway. Feeder circuits supplying power to irrigation machines shall have an equipment, ground ing conductor sized according to Table 250.122. 675 14 B d' Wh 1 (A) Continuous -Current Rating. The equivalent continuous -current rating for the selection of branch - circuit conductors and branch -circuit devices shall be equal to 125 percent of. the motor. nameplate full -load current rating of the largest motor plus 60 percent of the sum of the motor nameplate full -load current ratings of all remaining motors on the circuit. (B) Locked -Rotor Current. The, equivalent locked -rotor •current rating shall be equal to the numerical sum of two .times the locked -rotor current of the largest motor plus 80 percent -of the sum of the motor nameplate full -load current ratings of all the remaining motors on the circuit. t on ur, ere a ectrical grounding is required .on an irrigation machine, the metallic structure of the j �TiCEg, .' machine, -metallic conduit, or metallic sheath of cable shall be -connected to the grounding conductor. Metal -to- " 'fmmin ; 001 Fo�unta'><iis; a d KARA > ,metal contact'.with a part that is' connected to the�� a • � I�n"stallat>lons..: � � t , -«,y• grounding conductor and the non—ctirrent-carrying parts of the machine shall be considered as an acceptable I. General bonding path. .680.1 'Scope..The provisions of this article apply to the 675.15 Lightning Protection. If an irrigation machine construction and installation of electrical wiring for, and has a stationary point, a grounding electrode system in equipment in or -adjacent to, all swimming, wading, _ accordance with Article 250, Part III, shall be connected therapeutic, and decorative pools; fountains; hot tubs; to the machine at the' stationary point for lightning spas; and hydromassage bathtubs, whether permanently protection. installed or storable, and to metallic auxiliary equipment, such as pumps,ifilters, and similar equipment. The term 675.16 Energy from More Than One Source. body of water used throughout Part I applies to all. bodies Equipment within an enclosure receiving electric energy of water covered in this scope unless otherwise amended. from more than one source shall not be required to have a disconnecting means for the "additional source, provided 680.2 Definitions. { that its voltage is 30 volts or less and it meets the Cord -and -Plug -Connected Lighting Assembly. A -; requirements of Part III of Article 725. lighting assembly consisting of a luminaire intended -for 675.17 Connectors. External plugs and connectors on'the installation in the wall of a spa,.hot tub, or storable pool, equipment shall be of the weatherproof type. Unless, and a cord -and -plug -connected transformer. provided solely for the connection of circuits meeting the Dry -Niche Luminaire. A luminaire intended for ' requirements of Part III of Article 725, external plugs and or fountain installation in the ME or wall of a pooRON "entry connectors shall be constructed as specified in in a niche that is sealed against the teir 250.124(A). l� ) . Equipment, Fixed: Equipment . that is fastened or ' II. Center Pivot Irrigation Machines otherwise secured at a specific location. ,o 675.21 General. The provisions of Part 11 are intended to Equipment, Portable. Equipment that is actually moved cover additional special requirements that are peculiar to or can easily be moved from one place to another in center pivot irrigation machines. See 675.2 for the normal use. ..l definition of Center Pivot Irrigation Machine. Equipment, Stationary. Equipment that is not easily J 675.22 Equivalent Current Ratings. To establish ratings moved from one place to another in normal use. , of controllers, disconnecting means, conductors, and the like, for the inherent intermittent duty of center pivot FormingShell. A structure desi ned to support g pport a wet- irrigation machines, the determinations in 675.22(A) and niche luminaire assembly and intended for mounting in a : (B) shall be used. pool or fountain structure. ; ,... PERMIT # Al&- 26 71 96- ZX --71- v. ' ' BUTTE COUNTY _ EVELOPMENTSERVICES , RE/I EVE® FOR ' COME CO PLIANCE 2013 California Electrical Code CRATE,_.. _ — ---' 70-575 .. . ` 680.3 ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS Fountain. Fountains, ornamental pools, display pools, and reflection pools. The definition does not include drinking fountains. Hydromassage Bathtub. A permanently installed bathtub equipped with a recirculating piping system, pump, and associated equipment. It is designed so it can accept, circulate, and discharge water upon each use. r�pltt1ge c mi 970 e 'ot eYceedi e fo owl -values ffo sfusoiida,acR (2)12volts,}pa�.for:norisirii (9) R.Oori°conttnuous#d (4) H204-V760,peak fo dcahati.interrtt edto 20"Q:FI Maximum Water Level. The highest level that water can reach before it spills out. No -Niche Luminaire. A luminaire intended for installation above or below the water without a niche. Packaged Spa or Hot Tub Equipment Assembly. A factory -fabricated unit consisting of water -circulating, heating, and control equipment mounted on a common base, intended to operate a spa or hot tub. Equipment can include pumps, air blowers, heaters, lights, controls, sanitizer generators, and so forth. Packaged Therapeutic Tub or Hydrotherapeutic Tank Equipment Assembly. A factory -fabricated unit consisting of water -circulating, heating, and control equipment mounted on a common base, intended to operate a therapeutic tub or hydrotherapeutic tank. Equipment can include pumps, air blowers, heaters, lights, controls, sanitizer generators, and so forth. Permanently Installed Decorative Fountains and Reflection Pools. Those that are constructed in the ground, on the ground, or in a building in such a manner that the fountain cannot be readily disassembled for storage, whether or not served by electrical circuits of any nature. These units are primarily constructed for their aesthetic value and are not intended for swimming or wading. Permanently Installed Swimming, Wading, Immersion, and Therapeutic Pools. Those that are constructed in the ground or partially in the ground, and all others capable of holding water in a depth greater than 1.0 m (42 in.), and all pools installed inside of a building, regardless of water depth, whether or not served by electrical circuits of any nature. Pool. Manufactured or field -constructed equipment designed to contain water on a permanent or semipermanent basis and used for swimming, wading, immersion, or therapeutic purposes. Pool Cover, Electrically Operated. Motor -driven equipment designed to cover and uncover the water surface of a pool by means of a flexible sheet or rigid frame. Self -Contained Spa or Hot Tub. Factory -fabricated unit consisting of a spa or hot tub vessel with all water - circulating, heating, and control equipment integral to the unit. Equipment can include pumps, air blowers, heaters, lights, controls, sanitizer generators, and so forth. Self -Contained Therapeutic Tubs or Hydrotherapeutic Tanks. A factory -fabricated unit consisting of a therapeutic tub or hydrotherapeutic tank with all water - circulating, heating, and control equipment integral to the unit. Equipment may include pumps, air blowers, heaters, light controls, sanitizer generators, and so forth. Spa or Hot Tub. A hydromassage pool, or tub for recreational or therapeutic use, not located in health care facilities, designed for immersion of users, and usually having a filter, heater, and motor -driven blower. It may be installed indoors or outdoors, on the ground or supporting structure, or in the ground or supporting structure. Generally, a spa or hot tub is not designed or intended to have its contents drained or discharged after each use. Storable Swimming, Wading, or Immersion Pool. Those that are constructed on or above the ground and are capable of holding water to a maximum depth of 1.0 m (42 in.), or a pool with nonmetallic, molded polymeric walls or inflatable fabric walls regardless of dimension. Through -Wall Lighting Assembly. A lighting assembly intended for installation above grade, on or through the wall of a pool, consisting of two interconnected groups of components separated by the pool wall. Wet -Niche Luminaire. A luminaire intended for installation in a forming shell mounted in a pool or fountain structure where the luminaire will be completely surrounded by water. 6803 Other Articles. Except as modified by this article, wiring and equipment in or adjacent to pools and fountains , shall comply with other applicable provisions of this Code, including those provisions identified in Table 680.3. Table 680.3 Other Articles Topic Section or Article _tfet ��ehting.sY_s_ems { ; 4 Qoeratmge al:3yo ts_or,les_ Audio Equipment Article 640, Parts I and II Adjacent to pools and 640.10 fountains Underwater speakers' *Underwater loudspeakers shall be installed in accordance with 680.27(A) 70-576 2013 California Electrical Code i I t �J ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.12 680.4 Approval of Equipment. All electrical equipment installed in the water, walls, or decks of pools, fountains, and similar installations shall comply with the provisions of this article. 680.5 Ground -Fault Circuit Interrupters. Ground -fault circuit interrupters (GFCIs) shall be self-contained units, circuit -breaker or receptacle types, or other listed types. 680.6 Grounding. Electrical equipment shall be grounded in accordance with Parts V, VI, and VII of -Article 250 and connected by wiring methods of Chapter 3, except as modified by this article. The following equipment.shall be grounded: (1) Through -wall lighting assemblies and underwater luminaires, other than those low -voltage lighting products listed for the application without a grounding conductor (2) All electrical equipment located within 1.5 m (5 ft) of the inside wall of the specified body of water (3) All 'electrical equipment associated with the recirculating system of the specified body of water (4) Junction boxes (5) Transformerncit pwer'pp enclosures (6) Ground -fault circuit interrupters (7) Panelboards that are not part of the service. equipment and that supply any electrical equipment associated with the specified body of water 680.7 Cord -and -Plug -Connected Equipment. Fixed or stationary equipment, other than underwater luminaires, for a permanently installed pool shall be permitted to be connected with a flexible cord and plug to facilitate the. removal or disconnection for maintenance or repair. (A) Length. For other than storable pools, the flexible cord shall not exceed 900 mm (3 ft) in length. (B) Equipment Grounding. The flexible cord shall have a copper equipment grounding conductor sized in accordance with 250.122 but not smaller than 12 AWG. The cord shall terminate in a grounding -type attachment plug. (C) Construction. The equipment grounding conductors shall be connected to a fixed metal part of the assembly. The removable part shall be mounted on or bonded to the fixed metal part. 680.8 Overhead Conductor Clearances. Overhead conductors shall meet the clearance requirements in this section. Where a minimum clearance from the water level is given, the measurement shall be taken from the maximum water level of the specified body of water. 2013 California Electrical Code (A) Power. With respect to service drop conductors and open overhead wiring, swimming pool and similar installations shall comply with the minimum clearances given in Table 680.8 and illustrated in Figure 680.8. Informational Note: Open overhead wiring as used in this article typically refers to conductor(s) not in an enclosed raceway. (B) Communications Systems. Communications, radio, and television coaxial cables within the scope of Articles 800 through 820 shall be permitted at a height of not less than 3.0 m (10 ft) above swimming and wading pools, diving structures, and observation stands, towers, or platforms. (C) Network -Powered Broadband Communications Systems. The minimum clearances for overhead network - powered broadband communications systems conductors from pools or fountains shall comply with the provisions in Table 680.8 for conductors operating at 0 to 750 volts to ground. 680.9 Electric Pool Water Heaters. All electric pool water heaters shall have the heating elements subdivided into loads not exceeding 48 amperes and protected at not over 60 amperes. The ampacity of the branch -circuit conductors and the rating or setting of overcurrent protective devices shall not be less than 125 percent of the total nameplate -rated load. 680.10 Underground Wiring Location. Underground wiring shall not be permitted under the pool or within the area extending 1.5 m (5 ft) horizontally from the inside wall of the pool unless this wiring is necessary to supply pool equipment permitted by this article. Where space limitations prevent wiring from being routed a distance 1.5 m (5 ft) or more from the pool, such wiring shall be permitted where installed in complete raceway systems of rigid metal conduit, intermediate metal conduit, or a nonmetallic raceway system. All metal conduit shall be corrosion resistant and suitable for the location. The minimum cover depth shall be as given in Table 680.10. 680.11 Equipment Rooms and Pits. Electrical equipment shall not be installed in rooms or pits that do not have drainage that adequately prevents water accumulation during normal operation or filter maintenance. 680.12 Maintenance Disconnecting Means. One or more means to simultaneously disconnect all ungrounded conductors shall be provided for all utilization equipment other than lighting. Each means shall be readily accessible and within sight from its equipment and shall be located at least 1.5 m (5 ft) horizontally from the inside walls of a pool, spa, or hot tub unless separated from the open water by a permanently installed barrier that provides a 1.5 m (5 ft) reach path or greater. This horizontal distance is to be measured from the water's edge along the shortest path required to reach the disconnect. 70-577 680.12 ARTICLE 680 -SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 'Table 680.8 Overhead Conductor Clearances Insulated Cables, 0-750 Volts to Ground, Supported on and All Other Conductors Voltage to Ground Cabled Together with a Solidly Grounded Bare Messenger or Solidly Grounded Neutral Conductor 0 through 15 kV Over 15 through 50 kV Clearance Parameters m ft m ft m ft A. Clearance in any 6.9 22.5 7.5 25 8.0 27 direction to the water level, edge of water surface, base of diving platform, or permanently anchored raft B. Clearance in any 4.4 14.5 5.2 17 5.5 18 direction to the observation stand, tower, or diving platform C. Horizontal limit of This limit shall extend to the outer edge of the structures listed in A and clearance measured B of this table but not to less than 3 m (10 ft). from inside wall of the pool B B � B B A B fi B \� I A \ Observation stand C Pool C Figure 680.8 Clearances from Pool Structures. Table 680.10 Minimum Cover Depths Nonmetallic raceways 450 18 listed for direct burial without concrete encasement Other approved raceways* 450 18 -1 aCl w6j'J appjVvGu 1V1 uutiai Vuly vY11- �vimlGtG GjjuaJGu Ushall require a concrete envelope not less than 50 mm (2 in.) thick. 70-578 2013 California Electrical Code Minimum Burial Wiring Method mm in. Rigid metal conduit 150 6 Intermediate metal 150 6 conduit tlm'�e aII1C '� MY1 �z���,�:�,iM 3,'�. Nonmetallic raceways 450 18 listed for direct burial without concrete encasement Other approved raceways* 450 18 -1 aCl w6j'J appjVvGu 1V1 uutiai Vuly vY11- �vimlGtG GjjuaJGu Ushall require a concrete envelope not less than 50 mm (2 in.) thick. 70-578 2013 California Electrical Code )'C. A C ,A 'C -'A 11 C �) C A X 'A C 1- `. A �J IJ ARTICLE 680 - SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.22 68a 13 Gas Chlorination Equipment Rooms IDPH/ '(A)Switch Location. Switches for the control of mechanical ventilation, and lighting fixtures in a room used for gas chlorination equipment shall be located adjacent to the entry door outside of the ,room. Each switch shall be clearly labeled "Turn On Before Entering. " (B)Equipment Interlocks. The gas chlorine feeding devices shall be interlocked with the pool recirculating pump so that the gas chlorine feeding devices shall not operate when the recirculating pump is off or during the filter backwash cycle. 68x14 Emergency Switch for Spa Pools. /DPH/ A clearly labeled emergency shutoff switch for the control of both the recirculation system and the aeration and/or jet system shall be installed adjacent to the spa pool. 11. Permanently Installed Pools 680.20 General. Electrical installations at permanently installed pools shall comply with the provisions of Part 1 and Part II of this article.' 680.21 Motors. . (A) Wiring Methods. The wiring to a pool motor. shall comply with (A)(1) unless modified for specific circumstances by (A)(2), (A)(3), (A)(4), or (A)(5). (1) General. The branch circuits for pool -associated motors shall be installed in rigid metal conduit, intermediate metal conduit, rigid polyvinyl chloride conduit, reinforced thermosetting resin conduit, or Type MC cable listed for the location. Other wiring methods and materials shall be permitted in specific locations or applications as covered in this section. Any wiring method employed shall contain an insulated copper equipment grounding. conductor sized in accordance with 250.122 but not smaller than 12 AWG. (2) On or Within Buildings. Where installed on or within -buildings, electrical metallic tubing shall be permitted. (3) Flexible Connections. Where necessary to employ flexible connections at or adjacent to the motor, liquidtight flexible metal or liquidtight flexible nonmetallic conduit with approved fittings shall be permitted. (4). One -Family Dwellings. In the interior of dwelling units, or.in'the interior of accessory buildings associated with a dwelling unit, any of the wiring methods recognized in Chapter 3 of this Code that comply with the provisions of this section shall be permitted. Where run in a cable assembly, the equipment grounding conductor shall be permitted to be uninstilated, but it shall be enclosed within the outer sheath of the cable assembly. (5) Cord -and -Plug Connections. Pool -associated motors shall be permitted to employ cord -and -plug connections. The flexible cord shall not exceed 900 mm (3 ft) in length. The flexible cord shall include oo a equipment grounding conductor sized in accordance with 250.122 t�n4t sma7le Ihan�E2 AWGThebshall terminate in a grounding -type attachment plug. (B) Double Insulated .Pool Pumps. A listed cord -and -plug - 2013 Califomia Electrical Code connected pool pump incorporating an approved system of double insulation that provides a means for grounding only the internal.and nonaccessible, non -current -carrying metal parts of the pump shall be connected to any wiring method recognized in Chapter 3 that is suitable for the location. Where the bonding grid is - connected to the equipment grounding conductor of the motor circuit in accordance with -the second n of 680.26(8 ' 4, the branch -circuit wiring shall comply with 680.21(A). C) C�FC1 Rrotec o ©utlets supplymg:,pbo pump mo eonnye.vc�ted to single pjs�`ase'��0 volt4thr ughl-2AO,4volt brant � le �y'+`C .. c►rcwts;�rated�or 20amperes; r�hether by�eptacor b; ;gf Fit i�. ..•,�', ireet connecttog sba lube �provadeil, �u�t ound:fault � t .0t tctrcurt.t1006pter•;protection�or •personnel. 680.22ri hg rim, Receptacles, and Equipment. (A) Receptacles. (1) Circulation and • Sanitation System, Location. Receptacles that provide power for water -pump motors or for other loads directly related to the circulation and sanitation system shall be located at least 3.0 m (10 ft) from the inside walls of the pool, or not less than 1.83 m (6 ft) from. the inside walls of the pool if they meet all of the following conditions: (1) Consist of single receptacles (2) Employ a locking configuration (3) Are of the grounding type (4) Have GFCI protection (2) Other Receptacles, Location. Other receptacles shall be not less than 1.83 m (6 ft) from the inside walls of a pool. (3) Dwelling Unit(s). Where a permanently installed pool is installed at a dwelling unit(s), no fewer than one 125 -volt, 15- or 20 -ampere receptacle on a general-purpose branch circuit shall be located not less than 1.83 in (6 ft) from, and not more than 6.0 m (20 ft) from, the inside wall of the pool. This receptacle shall be located not more than 2.0 m (6 ft 6 in.) above the floor, platform, or grade level serving the pool. (4) GFCI Protection. All 15- and 20 -ampere, single-phase, 125 -volt receptacles located within 6.0 m (20 ft) of the inside walls of a pool -shall be protected by aground -fault circuit interrupter. (5) Measurements. `In determining the dimensions in this section addressing receptacle spacings, the distance to be measured shall be the shortest path the supply cord of an appliance connected to the receptacle would follow without piercing a floor, wall, ceiling, doorway with hinged or sliding door, window opening, or other effective permanent barrier. ' (IB) Luminaires, Lighting Outlets, and d Ceiling -Suspended (Paddle) Fans. (1) New Outdoor Installation Clearances. In outdoor pool areas, luminaires, lighting outlets, and ceiling -suspended (paddle) fans installed above the pool or the area extending , 70-579 I ;680.23 { ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS .1.5 m (5'11) horizontally. from the inside walls of the pool shall be installed at a height not less than 3.7 m (12 ft) above zthe maximum water level of the pool. ' �(2) Indoor Clearances. For installations in indoor pool jareas, the clearances shall be the same as foroutdoor areas .=.unless modified as provided in this paragraph. If the branch -scircuit supplying the equipment -is protected by a ground - .fault circuit. interrupter, the following equipment shall be .,permitted 'at a height not less than 2.3 m (7 ft 6 in.) above the -maximum pool water level: �(1) -Totally enclosed luminaires ' '(2) Ceiling -suspended (paddle) fans identified. for ruse beneath ceiling structures such as provided on porches or patios (3) Existing Installations. Existing'luminaires and lighting ,,outlets located less than 1.5 m (5 ft) measured horizontally from the inside walls of a pool shall be not less than 1.5 m (5 >ft) above the surface of the maximum water level, shall be .,rigidly attached to the existing structure, and shall be protected by a ground -fault circuit interrupter. :(4) GFCI Protection in Adjacent Areas. Luminaires, '_lighting outlets, and ceiling -suspended (paddle) fans installed in the area extending between 1.5 m (5 ft) and 3.0 m (10 ft) .horizontally from the inside walls of a pool shall be protected 'by a ground -fault circuit interrupter unless installed not less *than 1.5 m (5 ft) above the maximum water level and rigidly attached to the structure adjacent to or enclosing the pool. • (5) Cord -and -Plug -Connected Luminaires. Cord -and - plug -connected luminaires * shall comply with the requirements of 680.7 where installed within 4.9 m (16 ft) of any point on the water surface, measured radially. (C) Switching Devices. Switching devices shall be located at least 1.5 m (5 ft) horizontally from the inside walls of a pool unless separated from the pool by a solid fence, wall, or other permanent barrier. Alternatively, a switch that is listed as being acceptable for use within 1.5 m (5 ft) shall be permitted. (11) Other Outlets. Other outlets shall be not less than 3.0 m (10 ft) from the inside walls of the pool. Measurements shall be determined in accordance with 680.22(A)(5). ' Informational Note: Other outlets may include, but are not ' limited to, remote -control, signaling, fire alarm, and communications circuits. 680.23 Underwater Luminaires. This section covers all luminaires installed below the normal water level of the pool. (A) General. (1) Luminaire Design, Normal Operation. The design of an underwater luminaire supplied from a branch circuit either directly or by way of a transformer FrAT�owr,.su pl meeting the requirements of this section shall be such that, where the luminaire is properly installed without a ground - fault circuit interrupter, there is no shock hazard with any likely combination of fatilt conditions during normal use (not relamping). e 70-580 (2) Transformers adP YuerSupp. Transformers Ed: wer su .:lie used for the supply of underwater luminaires, together with the transformerr wer "s " i. enclosure, shall be listed o swimming pool and spa Me The transformer poe sum shalleorpolateeither ransfc2riner of tlia isolated winding type, with an ungrounded secondary that has a grounded metal barrier between the nmary and secondary windings, r ne tha in rates; {rite { stem104 doublensulaxio�bs�werith'e EMT secopd , =vrrndua s • (3) GFCI Protection, Relamping. A ground -fault circuit _ interrupter shall be installed in the branch circuit supplying luminaires operating at more thaneowy9ltagercoxrtact _ imit ur that there is no shock hazard during relamping. The installation of the ground -fault circuit interrupter shall be ti such that there is no shock hazard with any likely fault - condition combination that involves a person in a conductive path from any ungrounded.part of the branch circuit or the luminaire to ground. (4) Voltage Limitation. No luminaires shall be installed for operation on supply circuits' over' 150 volts between conductors. (5) Location, Wall -Mounted Luminaires. Luminaires mounted in walls shall be installed with the top of the luminaire lens not less than 450 mm (18 in.) below the normal water level of the pool, unless the luminaire is listed and identified for use at lesser depths. No luminaire shall be installed less than 100 mm (4.in.) below the normal water t . -level of the pool. ` (6) Bottom -Mounted Luminaires. A • luminaire facing 2):- upward shall comply with either (1) or (2):.' (1) (1) Have the lens adequately guarded to prevent contact by.. any person ... " (2) Be listed for use without a guard 3 (7) Dependence on Submersion. Luminaires that depend on submersion for safe operation shall be inherently protected against the hazards of overheating when not submerged. (8) Coinpliance. Compliance with these requirements shall ' be obtained by the use of a listed underwater luminaire and by installation of a listed ground -fault circuit interrupter in the branch circuit or a listed transformer for luminaires operating at not -more than the o limit f ' (B) Wet -Niche Luminaires. (1) Forming Shells. Forming shells shall be'installed"for the mounting of all wet -niche underwater luminaires and shall f be equipped with provisions for conduit entries. Metal parts of the luminaire and forming shell in contact with the pool �J ' water shall be of brass or other approved corrosion -resistant , metal. All forming shells used . with nonmetallic conduit systems, other than those that are part of a listed low -voltage lighting system not requiring grounding, "shall include,. provisions for terminating an 8 AWG copper conductor. IL 2013 California Electrical Code t� t 1' U ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.23 (2) Wiring Extending Directly to the Forming Shell. Conduit shall be installed from the forming shell to a junction box or other enclosure conforming to the requirements in 680.24. Conduit shall be rigid metal, intermediate metal, liquidtight flexible nonmetallic, or rigid nonmetallic. (a) Metal Conduit. Metal conduit shall be approved and shall be of brass or other approved corrosion -resistant metal. (b) Nonmetallic Conduit. Where a nonmetallic conduit is used, an 8 AWG insulated solid or stranded copper bonding jumper shall be installed in this conduit unless a listed low -voltage lighting system not requiring grounding is used. The bonding jumper shall be terminated in the forming shell, junction box or transformer enclosure, or ground -fault circuit -interrupter enclosure. The termination of the 8 AWG bonding jumper in the forming shell shall be covered with, or encapsulated in, a listed potting compound to protect the connection from the possible deteriorating effect of pool water. Nowhe rounding Provisions for Cords. < he Iilta es li httn terms no re uirin luminaires that are supplied by a flexible cord or cable shall have all exposed non—current- carrying metal parts grounded by an insulated copper equipment grounding conductor that is an integral part of the cord or cable. This grounding conductor shall be connected to a grounding terminal in the supply junction box, transformer enclosure, or other enclosure. The grounding conductor shall not be smaller than the supply conductors and not smaller than 16 AWG. (4) Luminaire Grounding Terminations. The end of the flexible -cord jacket and the flexible -cord conductor terminations within a luminaire. shall be covered with, or encapsulated in, a suitable potting compound to prevent the entry of water into the luminaire through the cord or its conductors. f presen the grounding connection within a luminaire shall be similarly treated to protect such connection from the deteriorating effect of pool water in the event of water entry into the luminaire. (5) Luminaire Bonding. The luminaire shall be bonded to, and secured to, the forming shell by a positive locking device that ensures a low-resistance contact and requires a tool to remove the luminaire from the forming shell. Bonding shall not be required for luminaires that are listed for the application and have no non—current- carrying metal parts. (6) Servicing. All wet -niche luminaires shall be removable from the water for inspection, relamping, or other maintenance. The forming shell location and length of cord in the forming shell shall permit personnel to place the removed luminaire on the deck or other dry 2013 Califomia Electrical Code location for such maintenance. The luminaire maintenance location shall be accessible without entering or going in the pool water. (C) Dry -Niche Luminaires. (1) Construction. A dry -niche luminaire shall R provision for drainage of water.t0 cher :than: llsted1'ow oltage luminaires note a uriri roundttt a t"�°°yLaructe um.inai7' sha11 ! av means for accommodating one equipment grounding conductor for each conduit entry. (2) Junction Box. A junction box shall not be required but, if used, shall not be required to be elevated or located as specified in 680.24(A)(2) if the luminaire is specifically identified for the purpose. (D) No -Niche Luminaires. A no -niche luminaire shall meet the construction requirements of 680.23(B)(3) and be installed in accordance with the requirements of 680.23(B). Where connection to a forming shell is specified, the connection shall be to the mounting bracket. (E) Through -Wall Lighting Assembly. A through -wall lighting assembly shall be equipped with a threaded entry or hub, or a nonmetallic hub, for the purpose of accommodating the termination of the supply conduit. A through -wall lighting assembly shall meet the construction requirements of 680.23(B)(3) and be installed in accordance with the requirements of 680.23. Where connection to a forming shell is specified, the connection shall be to the conduit termination point. (F) Branch -Circuit Wiring. (1) Wiring Methods. Branch -circuit wiring on the supply side of enclosures and junction boxes connected to conduits run to wet -niche and no -niche luminaires, and the field wiring compartments of dry -niche luminaires, shall be installed using rigid metal conduit, intermediate metal conduit, liquidtight flexible nonmetallic conduit, rigid polyvinyl chloride conduit, or reinforced thermosetting resin conduit. Where installed on buildings, electrical metallic tubing shall be permitted, and where installed within buildings, electrical nonmetallic tubing, Type MC cable, electrical metallic tubing, or Type AC cable shall be permitted. In all cases, an insulated equipment grounding conductor sized in accordance with Table 250.122 but not less than 12 AWG shall be required. Exception: Where connecting to transformers for pool lights, liquidtight flexible metal oduit sha be permitted. The length shall not exceed 1.8 in (6 ft) for any one length or exceed 3.0 m (10 ft) in total length ssed. (2) E ui ment Grounding. here an l'isTed'low-vo'I urnmaires not reuirin roundin al through -wall lighting assemblies, wet -niche, dry -niche, or no -niche luminaires shall be connected to an insulated copper equipment grounding conductor installed with the circuit 70-581 -:680.24 ARTICLE 680 — SWIMMING POOLS. FOUNTAINS. AND SIMILAR INSTALLATIONS conductors. The equipment grounding conductor shall be .installed without joint or splice except as permitted in r(F)(2)(a) and (17)(2)(b).. The equipment grounding %conductor shall be sized in accordance with Table 250.122 but shall not be smaller than 12 AWG. Exception: An equipment grounding conductor between ,the wiring chamber of the secondary winding of a transformer and a junction box shall be sized in -,accordance with the overcurrent device in this circuit. (a) If more than one underwater luminaire is supplied by the same branch circuit, the equipment -grounding conductor, installed between the junction boxes, transformer enclosures, or other enclosures in the supply circuit to wet -niche luminaires, or between the field -wiring compartments of dry -niche luminaires, shall be permitted to be terminated on grounding terminals. (b) If the underwater luminaire is supplied from a transformer, ground -fault circuit interrupter, clock - operated switch, or a manual snap switch that is located between the panelboard and a junction box connected to the conduit that extends directly to the underwater luminaire, the equipment grounding conductor shall be permitted to terminate on grounding terminals on the transformer, ground -fault circuit interrupter, clock - operated switch enclosure, or an outlet box used to enclose a snap switch. (3) Conductors. Conductors on the load side of a ground - fault circuit interrupter or of a transformer, used to comply with the provisions of 680.23(A)(8),. shall not occupy raceways, boxes, or enclosures containing other conductors unless one of the following conditions applies: (1) The other conductors are protected by ground -fault circuit interrupters. (2) The other conductors are grounding conductors. (3) The other conductors are supply conductors to a feed - through -type ground -fault circuit interrupter. (4) Ground -fault circuit interrupters shall be permitted in a panelboard that contains circuits protected by other than ground -fault circuit interrupters. 680.24 Junction Boxes and Electrical Enclosures for Transformers or Ground -Fault Circuit Interrupters. (A) Junction Boxes. A junction box connected to a conduit that extends directly to a forming shell or mounting bracket of a no -niche luminaire shall meet the requirements of this section. (1) Construction. The junction box shall be listed as a swimming pool junction box and shall comply with the following conditions: (1) .Be equipped with threaded entries or hubs or a nonmetallic hub (2) Be comprised of copper, brass, suitable plastic, or other approved corrosion -resistant material (3) Be provided with electrical continuity between every connected metal conduit and the grounding terminals by means of copper, brass, or other approved corrosion -resistant metal that is integral with the box (2) Installation. Where the luminaire operates over M owll<�oltagecontact .limit the junction box location shall comply with (A)(2 (a) and A) 2)(b). Where the luminaire yam e -a operates at he ow .voltaee contact luno or less, the junction box location shall be permitted to comply with (A)(2)(c)• (a) Vertical Spacing. The junction box shall be located not less than 100 mm (4 in.), measured from the inside of the bottom of the box, above the ground level, or pool deck, or not less than 200 mm (8 in.) above the maximum pool water level, whichever provides the greater elevation. (b) Horizontal Spacing. The junction box shall be located not less than 1.2 m (4 ft) from the inside wall of the pool, unless separated from the pool by a solid fence, wall, or other permanent barrier. (c) Flush Deck Box. If used on a lighting system operating at : e lowvoltage eontae Rmv_Ufor less, a flush deck box shall be permitted if both of the following (1) An approved potting compound is used to fill the box to prevent the entrance of moisture. (2) The flush deck box is located not less than 1.2 in (4 ft) from the inside wall of the pool. (B) Other Enclosures. An enclosure for a transformer, ground -fault circuit interrupter, or a similar device connected to a conduit that extends directly to a forming shell or mounting bracket of a no -niche luminaire shall meet the requirements of this section. (1) Construction. The enclosure shall be listed and labeled for the purpose and meet the following requirements: (1) Equipped with threaded entries or hubs or a nonmetallic hub (2) Comprised of copper, brass, suitable plastic, or other approved corrosion -resistant material (3) Provided with an approved seal, such as duct seal at the conduit connection, that prevents circulation of air between the conduit and the enclosures (4) Provided with electrical continuity between every connected metal conduit and the grounding terminals by means of copper, brass, or other approved corrosion -resistant metal that is integral with the box 70-582 2013 Califomia Electrical Code i t ! v ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.26 t (2) Installation. - Exception: An, existing feeder between an existing remote '(a) Vertical Spacing. The enclosure shall be located panelboard and service equipment shall be permitted to not less than 100 mm (4 in.), measured from the inside of run in flexible metal conduit or an approved cable } the bottom of the box, above the ground level, or pool deck, assembly that includes - an equipment grounding or not less than 200 mm (8 in.) above the maximum pool conductor within its outer sheath. The equipment water level, whichever provides the greater elevation. grounding conductor shall comply with 250.24(A)(5). .(b) Horizontal Spacing. The enclosure shall be (a2 �Alumtnuffi,W n uit A�luminu>rlti'condutC st1a16 oi"'pe ,.. , ermttted to urea to . located not less than 1.2 m (4 ft) from the inside wall of -the. ool where sub ect corroston� • the pool, unless separated from the pool by a solid fence, (B) Grounding. An equipment grounding conductor shall wall, or other permanent barrier. be installed with the feeder conductors between the .(C) Protection. Junction boxes and enclosures mounted grounding terminal of the pool equipment panelboard and above the grade of the finished walkway around the pool the grounding terminal of the applicable service shall not be located in ,the walkway unless afforded equipment or source of a separately derived system. For - additional protection, such as by location under diving other than (1) existing- feeders covered in 680.25(A), 'boards, adjacent to fixed structures, and the like. exception, or (2) feeders to separate buildings that do not utilize an insulated equipment grounding conductor in (D) Grounding Terminals. Junction boxes, •transformer oW.ert°supply enclosures, accordance with 680.25(8)(2), this equipment grounding end; , • and ground -fault circuit - conductor shall be insulated. interrupter enclosures connected to a conduit that extends directly to a forming shell or mounting bracket of a no- (1) Size. This conductor shall be sized in accordance with niche luminaire shall be provided with a number of 250.122 but not smaller than 12 AWG. On separately grounding terminals that shall be no fewer than one more derived systems, this conductor shall be sized in than the number of conduit entries. accordance with 5`.Qa3 but not smaller than 8 AWG. (E) Strain Relief. The termination of a flexible cord of an (2) Separate Buildings. A.feeder to a separate building or underwater luminaire within a junction box, transformer Earl structure shall be permitted to supply swimming pool owe'° enclosure, ground -fault circuit interrupter, or equipment branch circuits, or feeders supplying swimming �• other enclosure shall be provided with a strain relief. pool equipment branch circuits, . • if the grounding arrangements in the separate building meet the requirements ' - (F) Grounding. The equipment grounding conductor in 250.32(B). Where installed in other than existing feeders terminals of a junction box, transformer enclosure, or covered in 680.25(A), Exception, a separate equipment other enclosure in the supply circuit to a wet -niche or no- grounding conductor shall be an insulated conductor. niche luminaire and the field -wiring chamber of a dry - niche luminaire shall be connected to" the equipment 680.26 Equipotential Bonding. . grounding terminal of the panelboard. This terminal shall (A) 'Performance. The equipotential bonding required by be directly connected to the panelboard enclosure. this section shall be installed to reduce voltage gradients 680.25 Feeders. These provisions shall apply to any in the pool area. L. - feeder on the supply side of panelboards supplying branch (B) Bonded Parts. The parts specified in 680.26(B)(1) circuits for pool equipment covered in Part 11 of this through (13)(7) shall be bonded together using solid article and on the load side of the service equipment or copper conductors, insulated covered, or bare, not smaller the source ofa separately derived system. than 8 AWG or with rigid metal conduit of brass or other (A) Wiring Methods. identifiedcorrosion-resistant metal. Connections to bonded parts shall be made in accordance with 250.8. An is shall be ri led 'in ,rueta co�nd 8t Feeders Feedertgtdu � r mterr►a tate rnetalc. ndutt followmg wu•,n erne h d' 8 AWG or larger solid, copper bonding conductor dradients ha Itbe provided to reduce voltage in the pool area shall _ ertritted tf o s b_ect�to . h. s►cal d�tna�e not be required to be extended or attached to remote lt, i°iidtight$exb_e no_ :;_e.Palhe condo panelboards, service equipment, or electrodes. - lJ _2) Rieid�noMyly A, 1 ch_lo tdecon tut NAReinforced;thermosettig reamacnnci„ir (1) Conductive Pool Shells. Bonding to conductive pool shells shall be provided as specified in 680.26(B)(1)(a) or. 4� E TrTi�'. tnetatili tub' where `ins ed on: or t "' (13)(1)(b). Poured concrete, pneumatically applied or lb U in . sprayed concrete, and concrete block with painted or -5r loetrtcal n'onmetallitubingvYlece mstalled �utthin •a plastered coatings shall 'all be considered conductive �,�,�.; t materials due to water permeability and porosity. Vinyl u`tldm liners and fiberglass composite shells shall be considered 6� peg C cab)e w} ere msN1 d •wiNip a butldita Marx f to be nonconductive materials. not su JectlfoY�onro tEveenyuontttenb 2013 Califomia Electrical Code 70-583 .680.26 ARTICLE 680 - SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS (a) Structural Reinforcing Steel. Unencapsulated jstructural reinforcing steel shall be bonded together by =steel tie wires or the equivalent. -Where structural :reinforcing - steel is encapsulated in a nonconductive ;compound, a copper conductor grid shall be installed in accordance with 680.26(B)(1)(b). '(b)' Copper Conductor Grid. A copper conductor ;grid shall be provided and shall . comply with (b)(1) ".through (b)(4). I) Be constructed of minimum 8 AWG bare solid copper conductors bonded to each other at all points of crossing. heI on(tnghalm�accordancetrvtt tor,.gtedsmeans . (2)tC6nfo>itn tolthe contour oF,the pooh �(3) Be arranged in a 300 -mm (12 -in.) by 300 -mm (12 - in.) network of conductors in a uniformly spaced perpendicular grid pattern with a tolerance of 100 mm (4 in.) (4) Be secured within or under the pool no more than 150 mm (6 in.) from the outer contour of the pool shell (2) Perimeter Surfaces. The perimeter surface shall extend 'for 1 m (3 ft) horizontally beyond the inside walls of the pool and shall include unpaved surfaces, as well as oured concrete urfe and other types of aving rimete urfacesless tha m' (�3 ft) Segarat y:apee1w r�budtngdrl'.S�m (Sft) tn, h"e gb, ror mshall • u qutpo ttal bgri to on ,they ooh to]*.ttte� etmane all o boldin Bonding to perimeter surfaces shall be provided as specified in 680.26(B)(2)(a) or (2)(b) and shall be attached to the pool reinforcing steel or copper conductor grid at a minimum of four (4) points uniformly spaced around the perimeter of the pool. For nonconductive pool shells, bonding at four points shall not be required. - (a) Structural Reinforcing Steel. Structural reinforcing steel shall be bonded in accordance with 680.26(B)(1)(a). (b) Alternate Means. Where structural reinforcing steel is not available or. is encapsulated in a nonconductive compound, a copper conductor(s) shall be utilized where the following requirements are met: (1) At least one minimum 8 AWG bare solid copper conductor shall be provided. (2) The conductors shall follow the contour of the perimeter surface. (3) Only listed splices shall be permitted. (4) The required conductor shall be 450 mm to 600 mm (18 in. to 24 in.) from the inside walls of the pool. (5) The required conductor shall be secured within or under the perimeter surface 100 mm to 150 mm (4 in. to 6 in.) below the subgrade. 70-584 (3) Metallic Components. All metallic parts of the pool structure, including reinforcing metal not addressed in 680.26(B)(1)(a), shall be bonded. Where reinforcing steel is encapsulated with a nonconductive compound, the reinforcing'steel shall not be required to be bonded. (4) Underwater Lighting. All metal forming shells and mounting brackets of no -niche luminaires shall be bonded. Exception: Listed low -voltage lighting systems with nonmetallic forming shells shall not require bonding. (5) Metal Fittings. All metal fittings within or attached to the pool structure shall be bonded. Isolated parts that are not over 100 mm (4 in.) in any dimension and do not penetrate into the pool structure more than 25 mm (1 in.) shall not require bonding. (6) Electrical Equipment. Metal parts of electrical equipment associated with .the pool water circulating " system, including pump motors and metal parts of equipment associated with pool covers, including electric'•'', motors, shall be bonded. Exception: Metal parts of listed equipment incorporating an approved system of double insulation shall not be 'bonded. i' (a) Double -Insulated Water Pump Motors. Where a double -insulated water, pump motor is installed under the provisions of this rule, a solid 8 AWG copper conductor of sufficient .length to make a bonding connection to -a replacement motor shall be extended from the bonding grid to an accessible point in the vicinity of the pool pump motor. Where there is no connection between the swimming pool bonding grid and the equipment grounding system for the premises, this bonding conductor shall be connected to the equipment grounding conductor of the motor circuit. (b) Pool Water Heaters. For pool water heaters rated at more than 50 amperes and having specific instructions regarding bonding and grounding, only those parts' designated to be bonded shall be bonded and only those parts designated to be grounded shall be grounded. (7) . ixed 1Vletal Par ts: All fixed metal parts shall be bonded n.c' ing but.goe itnrt to Imetal s;0eathe- c es and raCewayS, m l p prng, metal avenins meta �fences,,and Ulu.. doorxandt ndow�frarnex:. Exception No. 1. Those se arated 4rom the000ll by a ier permanent barr. klG p eveniszc t_aci`by uperso _ shall not be required to be bonded. Exception No. 2: Those greater than 1.S m (5 ft) horizontally of the inside walls of the pool shall not be required to be bonded. . Exception No. 3: Those greater than 3.7 m (12 ft) measured vertically above the maximum water level of the pool, or as measured vertically above any observation stands, towers, or platforms, or any diving structures, shall not be required to be bonded. - 2.013 Califomia Electrical Code i r ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.32 (C) Pool Water. An intentional bond of a minimum conductive surface area of 5800 mm2 (9 in.2) shall be installed in contact with the pool water. This bond shall be permitted to consist of parts that are required to be bonded in 680.26(8). 680.27 Specialized Pool Equipment. (A) Underwater Audio Equipment. All underwater audio equipment shall be identified for the purpose. (1) Speakers. Each speaker shall be mounted in an approved metal forming shell, the front of which is enclosed by a captive metal screen, or equivalent, that is bonded to, and secured to, the forming shell by a positive locking device that ensures a low-resistance contact and requires a tool to open for installation or servicing of the speaker. The forming shell shall be installed in a recess in the wall or floor of the pool. (2) Wiring Methods. Rigid metal conduit of brass or other identified corrosion -resistant metal, liquidtight flexible nonmetallic conduit (LFNC-B), rigid polyvinyl chloride conduit, or reinforced thermosetting resin conduit shall extend from the forming shell to a listed junction box or other enclosure as provided in 680.24. Where rigid polyvinyl chloride conduit, reinforced thermosetting resin conduit, or liquidtight flexible nonmetallic conduit is used, an 8 AWG insulated solid or stranded copper bonding jumper shall be installed in this conduit. The bonding jumper shall be terminated in the forming shell and the junction box. The termination of the 8 AWG bonding jumper in the forming shell shall be covered with, or encapsulated in, a listed potting compound to protect such connection from the possible deteriorating effect of pool water. (3) Forming Shell and Metal Screen. The forming shell and metal screen shall be of brass or other approved corrosion -resistant metal. All forming shells shall include provisions for terminating an 8 AWG copper conductor. (B) Electrically Operated Pool Covers. (1) Motors and Controllers. The electric motors, controllers, and wiring shall be located not less than 1.5 m (5 ft) from the inside wall of the pool unless separated from the pool by a wall, cover, or other permanent barrier. Electric motors installed below grade level shall be of the totally enclosed type. The device that controls the operation of the motor for an electrically operated pool cover shall be located such that the operator has full view of the pool. Informational Note No. 1: For cabinets installed in damp and wet locations, see 312.2. Informational Note No. 2: For switches or circuit breakers installed in wet locations, see 404.4. Informational Note No. 3: For protection against liquids, see 430.11. 2013 California Electrical Code (2) Protection. The electric motor and controller shall be connected to a circuit protected by a ground -fault circuit interrupter. (C) Deck Area Heating. The provisions of this section shall apply to all pool deck areas, including a covered pool, where electrically operated comfort heating units are installed within 6.0 m (20 ft) of the inside wall of the pool. (1) Unit Heaters. Unit heaters shall be rigidly mounted to the structure and shall be of the totally enclosed or guarded type. Unit heaters shall not be mounted over the pool or within the area extending 1.5 m (5 ft) horizontally from the inside walls of a pool. (2) Permanently Wired Radiant Heaters. Radiant electric heaters shall be suitably guarded and securely fastened to their mounting device(s). Heaters shall not be installed over a pool or within the area extending 1.5 m (5 11) horizontally from the inside walls of the pool and shall be mounted at least 3.7 m, (12 ft) vertically above the pool deck unless otherwise approved. (3) Radiant Heating Cables Not Permitted. Radiant heating cables embedded in or below the deck shall not be permitted. III. Storable Pools 680.30 General. Electrical installations at storable pools shall comply with the provisions of Part I and Part III of this article. 680.31 Pumps. A cord -connected pool filter pump shall incorporate an approved system of double insulation or its equivalent and shall be provided with means for grounding only the internal and nonaccessible noncurrent -carrying metal parts of the appliance. The means for grounding shall be an equipment grounding conductor run with the power -supply conductors in the flexible cord that is properly terminated in a grounding -type attachment plug having a fixed grounding contact member. Cord -connected pool filter pumps shall be provided with a ground -fault circuit interrupter that is anintegral part of the attachment plug or located in the power supply cord within 300 mm (12 in.) of the attachment plug. 680.32 Ground -Fault Circuit Interrupters Required. All electrical equipment, including power -supply cords, used with storable pools shall be protected by ground -fault circuit interrupters. All 125 -volt, 5�an�d0f ampeJr _ receptacles located within 6.0 m (20 ft) of the inside walls of a storable pool shall be protected by a ground -fault circuit interrupter. In determining these dimensions, the distance to be measured shall be the shortest path the supply cord of an appliance connected to the receptacle would follow without piercing a floor, wall, ceiling, doorway with hinged or sliding door, window opening, or other effective permanent barrier. Informational Note: For flexible cord usage, see 400.4. 70-585 r 680.33 ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS •:680.33 Luminaires. An underwater luminaire, if installed, -:Shall be installed in or on the wall of the storable pool. It =shall comply with either 680.33(A) or (B). ,(A) V thin he ,ctw,tVol.'tage :Contact � m"t; A luminaire shall be part of a cord -and -plug -connected lighting assembly. 'This assembly shall be listed as an assembly for the purpose and have the following construction features: (1) No exposed metal parts (2) 'A'luminaire lamp that _sus:.ttabl'erfonuseattlie,suppliec� of e (3) An impact -resistant polymeric lens; luminaire body, and transformer enclosure ?(4) A transformer rSpgwerasuppl meeting the requirements of 680.23(A)(2) with a primary rating not over 150 volts ;(B) Over thenoivVo_Itaee Cont�a�cYLiin�_ But Not over .150 Volts. A lighting assembly without a transformers pr ower sou Q and with the luminaire lamp(s) operating at not -:over 150 volts shall be permitted to be cord -and -plug - ;connected where the assembly is listed as an assembly for -the purpose. The installation shall comply with 680.23(A)(5), -and the assembly shall have the following construction 'features: (1) No exposed metal parts '(2) An impact -resistant polymeric lens and luminaire body '(3) A ground -fault circuit interrupter with open neutral 'conductor protection as an integral part of the assembly (4) The luminaire lamp permanently connected to the ground -fault circuit interrupter with open -neutral protection (5) Compliance with the requirements of 680.23(A) 680.34 Receptacle Locations. Receptacles shall not be located less than 1.83 m (6 ft) from the inside walls of a pool. In determining these dimensions, the distance to be measured shall be the shortest path the supply cord of an appliance connected to the receptacle would follow without piercing a floor, wall, ceiling, doorway with hinged or sliding door, window opening, or other effective permanent barrier. 1V. Spas and Hot Tubs 680.40 General. Electrical installations at spas and hot tubs shall comply with the provisions of Part I and Part 1V of this article. 680.41 Emergency Switch for Spas and Hot Tubs. A clearly labeled'emergency shutoff or control switch for the purpose of stopping the motor(s). that provide power to the recirculation system and jet system shall be installed at a point readily accessible to the users and not less than 1.5 m (5 ft) away, adjacent to, and within sight of the spa or hot tub. This requirement shall not apply to single-family dwellings. 70-586 680.42 Outdoor Installations. A spa or hot tub installed outdoors shall comply with the provisions of Parts I and II of this article, except as permitted in 680.42(A) and (B), that would otherwise apply to pools installed outdoors. (A) Flexible Connections. Listed packaged spa or hot tub equipment assemblies or self-contained spas or hot tubs utilizing a factory -installed or assembled control panel or panelboard shall be permitted to use flexible connections as covered in 680.42(A)(1) and (A)(2). 4 (1) Flexible Conduit. Liquidtight flexible metal conduit or liquidright flexible nonmetallic • conduit shall be permitted in lengths of not more than 1.8 m (6 ft) xtema o the 91 b enclosurefinM7fi n ,to. the I� gt eeded,•;wttlu0. n the .endo it toke the. e1ecU call bn ee 'om (2) Cord -and -Plug Connections.' Cord -and -plug connections, with a cord not longer than 4.6 m (15 ft) shall be permitted where protected by a ground -fault circuit interrupter. (B) Bonding. Bonding by metal -to -metal mounting on a common frame or base shall be permitted. The metal bands or hoops used to secure wooden staves shall not be required to be bonded as required in 680.26. (C) Interior Wiring to Outdoor Installations. In the interior of a one -family dwelling or in the. interior of another building or structure associated with a one -family dwelling, any of the wiring methods . recognized in Chapter 3 of this Code that contain a copper equipment grounding conductor that is insulated or enclosed within the outer sheath of the wiring method and not smaller than 12 AWG shall be permitted to be used for the connection to motor, heating, and control loads that are part of a self- contained spa or hot tub or a packaged spa or hot tub equipment assembly. Wiring to an underwater luminaire shall comply with 680.23 or 680.33. 680.43 Indoor Installations. A spa'or hot tub installed indoors shall comply with the provisions of Parts I and 1I ' of this article except as modified by'.this section and shall - be connected by the wiring'methods of Chapter 3. Exception No. 1: Listed spa and 'hot tub packaged units rated 20 amperes or less shall be permitted to be cord - and -plug -connected to facilitate the removal or disconnection of the unit for maintenance and repair. Exception No 2. he egururrement oermteter'surfacesEn. 680p26�)(2� shall nota ly!to, ," fisted selfonf fined s a or ho'tub nstalle a�o.`v. inrshed� oor: • .. _ 2013 Califomia Electrical Code t I ) U ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.44 (A) Receptacles. At least one 125 -volt, 15- or 20 -ampere receptacle on a general-purpose branch circuit shall be located not less than 1.83 m (6 ft) from, and not exceeding 3.0 m (10 ft) from, the inside wall of the spa or hot tub. (1) Location. Receptacles shall be located at least 1.83 m (6 ft) measured horizontally from the inside walls of the spa or hot tub. (2) Protection, General. Receptacles rated 125 volts and 30 amperes or less and located within 3.0 m (10 ft) of the inside walls of a spa or hot tub shall be protected by a ground -fault circuit interrupter. . (3) Protection, Spa or Hot Tub Supply Receptacle. Receptacles that provide power for a spa or hot tub shall be ground -fault circuit -interrupter protected. (4) Measurements. In determining the dimensions in this section addressing receptacle spacings, the distance to be measured shall be the shortest path the. supply cord of an appliance connected to the receptacle would follow without piercing a floor, wall, ceiling, doorway with hinged or sliding door, window opening, or other effective permanent barrier. (B) Installation of Luminaires, Lighting Outlets, and Ceiling -Suspended (Paddle) Fans. (1) Elevation. Luminaires, except as covered in 680.43(B)(2), lighting outlets, and ceiling -suspended (paddle) fans located over the spa or hot tub or within 1.5 m (5 ft) from the inside walls of the spa or hot tub shall comply with the clearances - specified in (B)(1)(a), (13)(1)(b), and (13)(1)(c) above the maximum water level. (a) Without GFCI. Where no GFCI protection is provided, the mounting height shall be not less than 3.7 m (12 ft). (b) With GFCL. Where GFCI protection is provided, the mounting height shall be permitted to be not less than 2.3 m(7ft6in.). (c) Below 2.3 m (7 ft 6 in). Luminaires meeting the requirements of item (1) or (2) and protected by a ground - fault circuit interrupter shall be permitted to be installed less than 2.3 m (7 ft 6 in.) over a spa or hot tub: (1) Recessed luminaires with a glass or plastic lens, nonmetallic or electrically isolated metal trim, and suitable for use in damp locations (2) Surface -mounted luminaires with a glass or plastic globe, a nonmetallic body, or a metallic body isolated from contact, and suitable for use in damp locations (2) Underwater Applications. Underwater luminaires shall comply with the provisions of 680.23 or 680.33. (C) Switches Switches shall be located at least 1.5 m (5 ft), measured horizontally, from the inside walls of the spa or hot tub. 2013 Califomia Electrical Code (D) Bonding. The following parts shall be bonded together: (1) All metal fittings within or attached to the spa or hot tub structure (2) Metal parts of electrical equipment associated with the spa or hot tub water circulating system, including pump motors,n`lessnpar bLwafjisted? self cion at""end a or'hot tub (3) Metal raceway and metal piping that are within 1.5 m (5 ft) of the inside walls of the spa or hot tub and that are not separated from the spa or hot tub by a permanent barrier (4) All metal surfaces that are within 1.5 m (5 ft) of the inside walls of the spa or hot tub and that are not separated from the spa or hot tub area by a permanent barrier Exception: Small conductive surfaces not likely to become energized, such as air and water jets and drain fittings, where not connected to metallic piping, towel bars, mirror frames, and similar nonelectrical equipment, shall not be required to be bonded. (5) Electrical devices and controls that are not associated with the spas or hot tubs and that areorated le��ss than 1.5 m (5 ft) from such units; otherwise, they shall be bonded to the spa or hot tub system (E) Methods of Bonding. All metal parts associated with the spa or hot tub shall be bonded by any of the following methods: (1) The interconnection of threaded metal piping and fittings (2) Metal -to -metal mounting on a common frame or base (3) The provisions of a solid copper bonding jumper, insulated, covered, or bare, not smaller than 8 AWG (F) Grounding. The following equipment shall be grounded: (1) All electrical equipment located within 1.5 m (5 ft) of the inside wall of the spa or hot tub (2) All electrical equipment associated with the circulating system of the spa or hot tub (G) Underwater Audio Equipment. Underwater audio equipment shall comply with the provisions of Part II of this article. 680.44 Protection. Except as otherwise provided in this section, the outlet(s) that supplies a self-contained spa or hot tub, a packaged spa or hot tub equipment assembly, or a field -assembled spa or hot. tub shall be protected by a ground -fault circuit interrupter. (A) Listed Units. If so marked, a listed self-contained unit or listed packaged equipment assembly that includes integral ground -fault circuit -interrupter protection for all electrical parts within the unit or assembly (pumps, air blowers, heaters, lights, controls, sanitizer generators, wiring, and so forth) shall be permitted without additional GFCI protection. 70-587 .-680.50 ARTICLE 680 - SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS (B) Other Units. Afield -assembled spa or hot tub rated 3 phase or rated over 250 volts or with a heater load of more than 50 amperes shall not require the supply to be protected by a ground -fault circuit interrupter: Informational Note: See 680.2 for definitions of self-- contained spa or hot tub and for packaged spa or hot tub equipment assembly. V. Fountains 680.50 General. The provisions of Part I and Part V of this article shall apply to all permanently installed fountains as defined in 680.2. Fountains that have water common to a pool shall additionally comply with the requirements in Part II of this article. Part V does not cover self-contained, portable fountains. Portable fountains shall comply with Parts II and III of Article 422. 680.51 Luminaires, Submersible Pumps, and Other Submersible Equipment. (A) Ground -Fault Circuit Interrupter. Luminaires, submersible pumps, and other submersible equipment, unless listed for operation at o. oji ntaet l d or less and supplied by a transformer. er :u ` , that complies with 680.23(A)(2), shall be protected by a ground -fault circuit interrupter. (B) Operating Voltage. No luminaires shall be installed for operation on supply circuits over 150 volts between conductors. Submersible pumps and other submersible equipment shall operate at 300 volts or less between conductors. (C) Luminaire Lenses. Luminaires shall be installed with the top of the luminaire lens below the normal water level of the fountain unless listed for above -water locations. A luminaire facing upward shall comply with either (1) or (2): (1) Have the lens adequately guarded to prevent contact by any person (2) Be listed for use without a guard (Il) Overheating Protection. Electrical equipment that depends on submersion for safe operation shall be protected against overheating by a low-water cutoff or other approved means when not submerged. (E) Wiring. Equipment shall be equipped with provisions for threaded conduit entries or be provided with a suitable flexible cord. The maximum length of each exposed cord in the fountain shall be limited to 3.0 m (10 ft). Cords extending beyond the fountain perimeter shall be enclosed in approved wiring enclosures. Metal parts of equipment in contact with water shall be of brass or other approved corrosion -resistant metal. (F) Servicing. All equipment shall be removable from the water for relamping or normal maintenance. Luminaires shall not be permanently embedded into the fountain structure such that the water level must be reduced or the ` fountain drained for relamping, maintenance, or inspection. (G) Stability. Equipment shall be inherently stable or be securely fastened in place. 680.52 Junction Boxes and Other Enclosures. (A) General. Junction boxes and other enclosures used for other than underwater installation shall comply with 680.24. (B) Underwater .Junction Boxes and Other Underwater Enclosures. Junction boxes and other underwater enclosures shall meet the requirements of 680.52(B)(1) and (BX2). (1) Construction. (a) Underwater enclosures shall be equipped with provisions for threaded conduit entries or compression glands or seals for cord entry. (b) Underwater enclosures shall be submersible and made of copper, brass, or other approved corrosion - resistant material. (2) Installation. Underwater enclosure installations shall comply with (a) and (b). (a) Underwater enclosures shall be filled with an approved potting compound to prevent the entry of moisture. (b) Underwater enclosures shall be firmly attached to the supports or directly to the fountain surface and bonded as required. Where the junction box is supported only by conduits in accordance with 314.23(E) and (F), the conduits shall be of copper, brass, stainless steel, or other approved corrosion -resistant metal. Where the box is fed by nonmetallic conduit, it shall have additional supports and fasteners of copper, brass, or other approved corrosion -resistant material. 680.53 Bonding. All metal piping systems associated with the fountain shall be bonded to the equipment grounding conductor of the branch circuit supplying the fountain. Informational Note: See 250.122 for sizing of these conductors. 680.54 Grounding. The following equipment shall be grounded: (1) r aper than lis o -volta e I na' -e not re uinn oun an all electrical equipment located within the fountain or within 1.5 m (5 ft) of the inside wall of the fountain (2) All electrical equipment associated with the recirculating system of the fountain (3) Panelboards that are not part of the service equipment and that supply any electrical equipment associated with the fountain 70-588 2013 Califomia Electrical Code C U v J ARTICLE 680 — SWIMMING POOLS, FOUNTAINS, AND SIMILAR INSTALLATIONS 680.62 680.55 Methods of Grounding. (A) Applied Provisions. The provisions of 680.21(A), 680.23(B)(3),- 680.23(F)(1) and (F)(2), 680.24(F), and 680.25 shall apply. (B) Supplied by a Flexible Cord. Electrical equipment that is supplied by a flexible cord shall have all exposed non—current-carrying metal parts grounded by an insulated copper equipment grounding conductor that is an integral part of this cord. The equipment grounding conductor shall be connected to an equipment grounding terminal in the supply junction box, transformer enclosure,powecsunply enclosure, or other enclosure. 680.56 Cord -and -Plug -Connected Equipment. (A) Ground -Fault Circuit Interrupter. All electrical equipment, including . power -supply . cords, shall be protected by ground -fault circuit interrupters. (B) Cord Type. Flexible cord immersed in or exposed to water shall be of a type for extra -hard usage, as designated in Table 400.4, and shall be a listed type with a "W" suffix. (C) Sealing. The end of the flexible cord jacket and the flexible cord conductor termination within equipment shall be covered with, or encapsulated in, a suitable potting compound to prevent the entry of water into the equipment through the cord or its conductors. In addition, the ground connection within equipment shall be similarly treated to protect such connections from the deteriorating effect of water that may enter into the equipment. (D) Terminations. Connections with flexible cord shall be permanent, except that grounding -type attachment plugs and receptacles shall be permitted to facilitate removal or disconnection for maintenance, repair, or storage of fixed or stationary equipment not located in any water -containing part of a fountain. 680.57 Signs. (A) General. This section covers electric signs installed within a fountain or within 3.0 m (10 ft) of the fountain edge. (B) Ground -Fault Circuit -Interrupter Protection for Personnel. All circuits supplying the sign shall have ground -fault circuit -interrupter protection for personnel. (C) Location. (1) Fixed or Stationary. A fixed or stationary electric sign installed within a fountain shall be not less than 1.5 m (5 ft) inside the fountain measured from the outside edges of the fountain. 2013 Califomia Electrical Code (2) Portable. A portable electric sign shall not be placed within a pool or fountain or within 1.5 m (5 ft) measured horizontally from the inside walls of the fountain. (D) Disconnect. A sign shall have a local disconnecting means in accordance with 600.6 and 680.12. (E) Bonding and Grounding. A sign shall be grounded and bonded in accordance with 600.7. 680.58 GFCI Protection for Adjacent Receptacle Outlets. All 15- or 20 -ampere, single-phase 125 -volt through 250 -volt receptacles located within 6.0 m (20 ft) of a fountain edge shall be provided with GFCI protection. VI. Pools and Tubs for Therapeutic Use 680.60 General. The provisions of Part I and Part VI of this article shall apply to pools and tubs for therapeutic use in health care facilities, gymnasiums, athletic training rooms, and similar areas. Portable therapeutic appliances shall comply with Parts 11 and III of Article 422. Informational Note: See 517.2 for definition of health care facilities. 680.61 Permanently Installed Therapeutic Pools. Therapeutic pools that are constructed in the ground, on the ground, or in a building in such a manner that the pool cannot be readily disassembled shall comply with Parts I and I1 of this article. Exception: The limitations of 680.22(8)(1) through (C)(4) shall not apply where all luminaires are of the totally enclosed type. 680.62 Therapeutic Tubs (Hydrotherapeutic Tanks). Therapeutic tubs, used for the submersion and treatment of patients, that are not easily moved from one place to another in normal use or that are fastened or otherwise secured at a specific location, including associated piping systems, shall conform to Part V1. (A) Protection. Except as otherwise provided in this section, the outlet(s) that supplies a self-contained therapeutic tub or hydrotherapeutic tank, a packaged therapeutic tub or hydrotherapeutic tank, or a field - assembled therapeutic tub or hydrotherapeutic tank shall be protected by a ground -fault circuit interrupter. (1) Listed Units. If so marked, a listed self-contained unit or listed packaged equipment assembly that includes integral ground -fault circuit -interrupter protection for all electrical parts within the unit or assembly (pumps, air blowers, heaters, lights, controls, sanitizer generators, wiring, and so forth) shall be permitted without additional GFCI protection. 70-589 { X680.70 ARTICLE 682 —NATURAL AND ARTIFICIALLY MADE BODIES OF WATER ;:(2),Other Units. A. therapeutic. tub or hydrotherapeutic tank VII. HydromassageBathtubs .: _ 1. rated 3 phase or rated over 250 volts or with a heater load of. 680.70 General.'Hydromassage bathtubs as defined in 680.2 ? k more-4han 50 amperes shall not require the supply to be. shall comply,with Part VII of this article. They -shall not be ' protected.by a ground-fauItcircuit interrupter: required`to comply with other parts of this article. ,(B)`Bonding: The,following parts shall be bonded together:' 680:71 Protection. ' Hydromassage bathtubs and 'their, :(1) -All metal fittings within or attached, to the tub structure associated •electrical components � shall be on, an'individual -branch circuit(s) and protected by a readily accessible ground .t _(2) -''Metal parts of..electrical equipment associated, With -the fault circuit -interrupter. All 125 -volt, single-phaseIrece.ptacles ? tub water circulating•system, including pump motors- not exceeding 30 amperes and located within 1.83 m (6 ft) .f(3) Metal -sheathed cables ;and raceways and metal piping ' measured horizontally of the inside walls of a hydromassage that are within 1.5 m 5 ft of the inside walls of the tub tub shall be protected by Aground -fault circuit interrupter. and not separated from`the tub by a permanent barrier 680.72 Other Electrical Equipment. Luminaires, switches,, ! . receptacles; and other., electrical -equipment located in the „(4) `All metal surfaces that are within 1.5, m. (5.'.ft) of. the -same room, and not directlyassociated with a"hydromassage inside walls, of the tub and not separated from the tub bathtub, shall :be -.installed ;.in accordance with. the ,area by a- -permanent barrier " requirements of Chapters I through 4 in this Code covering *(5) Electrical devices and controls that are not associated the installation of that equipment in bathrooms with the therapeutic tubs and located within l5m, (5 ft) 1 °p .680.73. Accessibility. Hydromassage bathtub electrical' r from such units. .,equipment shall be accessible without damaging the building i`�Exce tion- ,'Hall con' uc slegfac s til y t . � m structure or building finish reithe-l% dromas ' e batht ib "t ne such aiit gtivniJ�etandrain fitting�n+ s cold'; and lugect - . with tlie. supply' re ptacl onnect�d MOlto et� ppm and ravel bars = air aures, ccessrble onhy througa e . ce acre s gpentn th 7 eve tacle shall :be installed wth its =ave rs wtthmn drrec d srmTar none eclrrcale ' ipment not corinec d .tp met ' rp, ,u aurin , shallt'no e r •. ire �t bo' de . iew�an'�l no ore'than' 30.O�mm. (C) Methods of Bonding., All metal parts required to be 680.74 Bonding. All metal piping systems and all grounded ;bonded by` this section shall be .bonded by any of the , .,`metal parts in contact. with the circulating :water• shall. be following methods: bonded together, using..a solid, copper bonding jumper, i insulated,, covered, orL bare, not smaller than8 'AWG. The (1)•^ The interconnection of threaded metal piping and fittings., bonding: jumper shall be connected to.the terminal on the' (2), Metal-to-metal.mounting on a common frame or.base, circulating pump motor that is,intended for this purpose. The ` bonding jumper shall not be required ;to, be connected to a (3) Connections by suitable metal clamps a 1 double insulated circulating pump motor. The -8 AWG or r (4), By the provisions'of a solid copper bonding jumper, r ' jlarger solid -copper bonding.'jumper'shalI be'. ,quired for insulated, covered, or. bare, not smaller than 8. AWG _ _'equipotential bonding in the area of the hydromassage. (D) Grounding. bathtub and shall not be required to,be extended .'Or attached ' 1 •' to any remote panelboard, service "equipment, or any (1) Fixed. or Stationary Equipment.. The .equipment electrode. ie 8 A W * o large hd cbpp�e "bondi �. pe specified in (a) and (b) shall be connected to the' equipment hall a long a ough to te> rtrinale on�a nreplent nor roundin conductor. ouble ula ed urn motor d s a Iib to mated tot "e grounding s� �� " pment groundrngco due ox ot�ie btarrch crrcw of the c.(a) Location. All electrical equipment located within • � 1:5 m (5 ft) of the inside wall of the tub shall be connected to otos when. a. double -insulated euculat"i ; motor s { the equipment grounding conductor. se (b) Circulation System. All ` electrical equipment' s t ICLE 682 associated with the circulating system of the tub shall bed y equipment grounding y", 4a ural t VIA c>[al connected to the ui mentconductor. N t z � I � .- (2) Portable Equipment. Portable therapeutic appliances'll shall meet the grounding requirements in 250.114. 1. General �, . (E) Receptacles. All _receptacles within 1.83 m (6 ft) of a 682.1 Scope. This article applies to the installation of `. therapeutic tub shall be protected by a ground -fault circuit 'electrical wiring for; and equipment in, and adjacent ,to, interrupter.. natural or artificially made bodies of water not covered by other" articles in this Code, such as but not limited to. (F) Luminaires. All luminaires used in therapeutic tub areas - aeration ponds, fish farm, ponds, storm, retention basins, l� shall be of the totally enclosed type "treatment ponds, irrigation (channels) facilities: 70-590 f ' J grT �; •:' ' ' j 2013 California Electrical•Code f L _ PERMIT # 6 7-- �'� 6t;TTF COUNTY D 5L -0F &N� SEF�VIce RVI -.. D ®R CO® IANCE DATE RY Swimming Pool Requirements Drown�n T revention Safetv Features Based upon California Health and Safety Code Section 115920-115929, known as the Swimming Pool Safety Act The County of Butte requires eithera listed, approved safety pool cover* meeting . ASTM Standard F1346-91, OR a complying enclosure* which isolates the pool from the dwelling and remaining yard, OR a complying enclosure* which surrounds the perimeter of the pool and, dwelling, with door alarms and self-closing, self latching devices on all doors leading into the enclosure. _ *Enclosures • Minimum height of 60 inches ' • Access gates shall open away from pool and have self-closing, self -latching device no lower than 60 inches above the ground. • Maximum vertical clearance of 2 inches from the ground to the bottom of enclosure • ' No openings greater than' inch within 18 inches of the .release mechanism when closed. Gaps or voids shall not allow the. passage of a 4 inch sphere. •. Outside surface shall be free of cavities or protrusions that would serve asa foothold or handhold that could enable a child of less than 5 years of age: to climb over. Maximum mesh size for chain link shall be a 2.25 inch square unless the fence is provided.with slats fastened at the top or bottom which reduce the openings to no more than 1.75 inches. . * Pool Cover . Shall be correctly installed per the manufacturer's instructions to:prevent the access of children under five years of age to the water. • Shall be properly constructed to meet ASTM specifications and. be labeled accordingly. • All ties, anchors or attachment points and controls for automatic covers must be installed in a. . way to prevent operating or uncovering the poll by children less than five years of age. . The pool cover shall possess a listing that insures the original design or performance of the cover meets. or exceeds testing as,prescribed by ASTM Standard F1345-91', Section 9 Test Methods for Safety Covers. Door alarms or self-closing, self4atching doors Windows and doors routinely dosed -and latched pool cover � 1111111 Illlllllllllllli, � IIII (IIIIIII � I� � ^ - � �4iiiiiiiiullllllllll I IIIIIII (IIIIIII nnnuuun qunidnuulll411111;I� II1111111111111111111111111Ililll llluuu11111„.._ uun;Ted seff4atching met ence— l�u�uil IIIDGates ��iiuIIIIIIIIIIIIIIIIIIIIIII illl �I�I (Revised W) nlgllllll III IIIIIIIII I I IIIIIIIIIII ��� IIIIIIIII KANEW WEBSITE\Building\Building Forms R:. Docuinents'201.4\Word Docs with updated fax'no 2012/Pool_ Anti_Entrapment_Certificat ion_Form DBP -66 Redd_1.16.13 Page 3 of 3 DlifteCounty:Depattm. of Deve/opinent'Servlcl ,nm SNELUNGS, DIRECTOR J PETE>CALARCO, ASSISTANTDIRECTOR. 7 County Center Drive PERMIT # 0novllj8, CA 95965 BUTTE COUNTY DEVELO MP EP (530)6394601 Totophono c'"0 6,*Z140 Pacaknile REVIEWED ttecounty.ne dda '' Slttesrenerainlan net ('110 E QQMPL DATE C L WE ! & Rv Itthir+r i d at sgcffd f1 N. it psags6�t�e F -g - to ,:: . - • . - - �'- • i. issl�: � �� apt ma Int M, HindnUh must bF* it.— - ' smii 17irom tqd aai at hwho4t*l MU 4pa c d- its The o+>�@Yha(ittix�ls'+uuK�:re�araa4si - • • - - ' - - - . to lbevvnll'or.tminstte.�a a pct ar. . ma bthi 8>r ef�fitSN! 0 an~. HANDRAILS & GUARDS SHALL• DOMPLYWITH 80lO CBL-' SEG-nDN.11607.A7.1.1. 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D' ice•! , `, gyp. �'�i �y y '�ia` ••'E ' `� �' a t h tiie' Edge ctfi q N[`� 24 Pressure tree -ted ted r � "�" - wbgd �- A, member joltt As orscmws, Ell - 41v All a�y F )TIC y /n /� h s. t -n iyh 'F -.. ;t "• 'y.'` i° 4 t.1�ICAL. �1.;�,V. 3 SSW .t. � � J' �$. i%Jr1J:. - uq5•�, 3�i._ f `• •,�$ ,. � t S� ati � -�x��Y=i�(1,f�! i �,I�S�:.Cel�U1C�(� Nit t r RAIL. She cTrcktporch r 0' � t _ `� ; te4 cl� t rx Y P«rer pests ' .teeter also a the' ` DAn 3p tove 1. "' `fililish' ' than 31 et irr bajpht ' � .. _.__ = #? d pest• • vs.s �raQeIt;�uardrail is � '. " ; caA_•connec;i4� � '�i ettu'rredF - need to by diagona rt "� r of core +"btaaed. be Twee �pp� .( c - wo ' r4r: , erd . ct Fwsr. A tir ,1x-; +1'p' w.-4 `. {�' r7.'C rrU ,q'x `K' l ;}% c t 2•:V►5 f ,.'.. 1 rRJ'�� /� r 1�Yiti�'.' r A� 3`fY���"• H �{f5 a 3 y pY�.dt($5{Sjj v.�:,: dna Is br c ; . `±'s. and y 16d ne{ $A1 roiled top `� ��` ��1� ti'�'�.i� ? .,tf��, p�ist b8$e ,conri�cti j �- ''�`zy}�%'�� ` i � � - � •z�; � �. ,a ;..�, {tea �� « ,,� � ` `�'"'r r aye !'Min r� �� " �., iyrl ''• �V.ltiyo r � '� `v�� -��IA s'•5s+� ."�` 4.9� ., :. _ a i Mom lrri.mbed zen t trY,: yyy y,iltt cgncre lvotrrlg�i 'i I.T.0?�y t 4 ���`t +' dr� �b � t � '� � »t� ;i s'' � � �`ti, t i •7rr ��� y �` ;� , � � �7" ,�s T 1 . .t t 1 a � r-°';"173�a`{��.t �� r' _ r a. S;t +.+;d-. •tt�'F � a. y., ��'•]fi V411 ,yah a'�.F��`��•� •�, ,�"'+••'Ii ...Vt rSl���r��:Fi• �^ .. ser.. i r�P.,N0.0.a��_ . •,�St.�M ....� "�''. :7 t• .�. � •rc pyct;� - * t t,Y+.w�. t� .i� _ .. � � �; t 3m .r7aE,r S ,,w :. . ,.in:%citti _,af•�a,� �__ 3 tC� s � x� ROY & SHIRLEY BLAND WOOD DECK FRAMING Eicpo"sed to wet conditions shall be decay resistant or. pressure treated lumber CRC' Sei 66 SUNNYBROOK LN. APN 026-250-010 PERMIT 2-71_ BUTTE COUNTY DEVELOPMENT SERVICES REVIEWED FOR DECK DETAIL- PLAIN VI DE k'CPL 1ANCE ` Standard Pier Blocks Leveled on solid ground @ 6'centers l3<< E; Q 'X l �j' bap A41 N: F&C,iIN6 BUTTE COUNTY NOV 2 6 2014 DEVELOPMENT SERVICES Redwood Decking DRAWN BY WILL COTTER 510.915.2578 i�'% VS s Trt:7 fey n ROY & SHIRLEY BLAND 66 SUNNYBROOK LN. APN 026-250-010 DECK DETAIL - SIDE VIEW -2x6 DF hand rail ,',BUT] ew e zG 4 DF diagaonal ing TFE COUNTti` rJEVELOPl1r `= ; !�,.i ^�S REVI EWEC -` ®E `v kiC Leveled on solid groundDA sy- @ 6'centers S �Pc�o C o,4 9r DRAWN BY WILL COTTER C-,:-44jiy i; 510.915.2578 l 2x6 DF 4x4 DF Rail Posts @ 6'centers _� (� /f s/ 2x6 DF • 2x6 Redwood Decking t— 2x6 OF —� 11-1 F1 11 @ 2' centers 4 x 6 DF Beams @ 6'centers 1x6 brac 4x4 DF Posts @ 6'centers _. PERMIT # BU CO Standard Pier Blocks ,',BUT] ew e zG 4 DF diagaonal ing TFE COUNTti` rJEVELOPl1r `= ; !�,.i ^�S REVI EWEC -` ®E `v kiC Leveled on solid groundDA sy- @ 6'centers S �Pc�o C o,4 9r DRAWN BY WILL COTTER C-,:-44jiy i; 510.915.2578 l z SKETCH FOR BLAND POOL FENCING 42" RAILING HEIGHT ABOVE DECK Pro_rC5'ej re"vC1*41) 1�4� Handrails & Guards shall comply with 2013 CBC Section 1607.8.1.1. (ASCE 7- 10 Section 4.5.1) Must be designed to resist a single concentrate Gmpact) load of 200 pounds applied in enY direction at any poik along the top: ,1 s sh00 �1,✓! �'� 9.p J BUTTE COUNTY NOV 2 6 2014 DEVELOPMENT SERVICES 5' min. from ground to top of no -climb, fence PERMIT# V(k- ' BUTTE COUNTY DEVELOPAAENT SERVICES REVIEWED FOR CODE C<< MPL.IAN DATE By— IoA or c�a,�v li'ok Copper Canyon the od-gina,'oorta►lo owl" 48" and 52" Oval Pools Parts List - { •�,l J+I M!' > :'YMi �}..I � .`^i>CW w�. � L. ,�..` ' E=�t�1;a•'?y tel- �r t ��u�.�� '�C� � 5^•�- ��-..,_�:. rd"'�.e.�. - • ' ' PERMIT # 2-4'2/ Zl( ZC 74 ' BUTTE COUNTY DEVELOPMENT SERVICES .7 RE ED FOR CODE C PLIANCE DATEr Q� COUNTY- .,_,�.,...._...• - • �- ' NOV 26 2014 � '• �.. DEVELOPMENT . SERVICES ' 573-3266 `Screws; are amk-M in most tla tMm etc "For ad3tianai patch Idts order Part Na 05841000 ""These stabiiiaers are 431/4lorg and are used an the sides between the txffiesses Lbe allrerreig smelland lags stabilizers on the ends of the pod. ""Wits the rurber of you finer in the spaces provided here and above # •"••llsedaroyfixprxfswfthdeepswm ugareas 2 27x17 24'x17 21rx17 24'x1V 217 x1 TTEM# CE9CFiPnON PART #QTY. PAFir #QTY. PART QTY. PART #QTY. PAH« QrY. ASST]IIBLYPAQ(-4EF 09902-7113 1 OJ942713 1 09910-713 1 0.9946713' 1 09986713 1 A93361BLY PACK( -92" 09902-714 1 099 714 1 08910714 1 09946714 1 09986714 1 1. PIasticooping 24" 5451001 30 5451001 33 5451001 37 545-1001 36 54510x31 40 2 VeticalEtdCap %D-1619 20 5801619 2D 5801619 20 5801619 24 5801619 24 3 Siris Vatical Cap 5802056 4 5802056 6 5602056 8 5802056 4 5802056 6 4. Vertical Carter Section - 49' 5802715 10 5842225 10 5802225 10 5802225 12 5802225 12 4. Wrtical Carter Sermon - 52' 5802239 10 5842239 10 SBD -2239 10 5802239 12 5802239 12 5 Stabilizer flail, smell da 583-1012 8 583-1012 8 5831012 8 5831012 10 5831012 10 6. Sta6iliaaFlail, lagada - - - - - "'64 Stabber Rail, WWda 5831011 10 SB3-1011 12 583.1011 14 5831011 10 5831011 12 7. Whom Rail (Stamped 12 cr 16) 589-1046 12 589-1046 12 589-1046 12 589.1047 10 5891047 10 a Skb Rail (StarpedS) 5891052 2 5891052 4 5891052 6 5961052 2 589.1052 4 R Tratsition Rail (Slarped lFp - - - 5891053 4 589-1059 4 10. 7' Cuter Canector 5802226 14 5802226 16 5802226 18 5802226 16 5802226 18 11. 71B.IItressSldrt 5802229 4 5802219 6 5802719 8 5802219 4 5802229 6 12 Inner Qxnedor 51861215 14 51861215 16 51861215 18 51861215 16 51861215 18 13. 7 Skirt 5842227 10 5802227 10 5942227 10 5802227 12 5802721 12 '14. #10 x 30 LG Hex Washer Flet Screw 5101000 162 5101000 178 5101000 194 5101000 188 5101000 2D4 '15 Machine Screw #1024 x 12' pan hid 5101008 4 5101008 6 5101008 8 5101008 4 5101008 6 -16. SgmmNA#10-24 321-1025 4 321-1025 6 321-10125 8 321-1025 4 321-1025 6 17. SkbTop Flail 567-1555 2 587-1555 4 587--1555 6 - - la Pod PettsList 5733286 1 573%W 1 5730-266 1 5733266 1 57303266 1 19. Pad Installation Irons 5733I41 1 5733141 1 5733141 1 5733141 1 5733141 1 2D. "Safety First 83okie[ 5733169 1 5733169 1 5733169 1 5733169 1 5733169 1 25. WinaotyCard -Metal -. 1 - 1 26. - - - - - - TOP RAIL PACK 09810-713 1 08803.713 1 091M713 1 09616713 1 09818-713 1 27. Tap Rail 587--1554 12 587-1554 12 587-1554 12 587-1555 16 587-1555 18 POC- LINER CARTON Pad Liner 02012-__ 1 1 02812 _ 1 02416_ 1 02816_ 1 29. Chl rinarWrieriag Instrtxficns 573-2421 1 573-2421 1 5732421 1 5732421 1 573-2421 1 30. InsUlation trlstrrxtion Insert 39).1145 1 3691145 1 369-1145 1 3691145 1 369.1145 1 31. -VftNrg' Decal 5841041 3 5801041 3 5631041 3 5(&1041 3 56D-1041 3 32 VftTertyCard -Liner - 1 - 1 - 1 - 1 - 1 "33 Repair Patch 5641000 1 564-1000 1 564-1000 1 5641000 1 5641000 1 34. -Deeper Area' Decal SBD -1042 2 5641042 2 5801042 2 56D-1042 2 5641042 2 35 °Sha bet Dbcal, 3.1)2 R 5641043 3 5641043 3 5601043 3 5641043 3 560-1043 3 36. "Safety F irsr Bm W 5733169 1 5733169 1 5733169 1 5733169 1 5733169 1 SICEWALLCARTON 37. Sidsweil-48' 00710002 1 04MOO 2 1 0-mmo 1 omod46 1 00710896 1 37. Sidemali-52' 01052002 1 01082-042 1 01052-010 1 01052.046 1 01052066 1 3a Joint Piece- 41r SBD -1002 1 5841002 1 5801002 1 5601002 1 5841002 1 3a Jdrt Piece- 52' 580.1914 1 5641914 1 5841914 1 5801914 1 5801914 1 39. LaW Omm Plate - - - - - 40. Srrell Omw Pkte - - - - - 41. W11 irdrUr S(gr 5641046 1 5841046 1 5641046 1 5641046 1 5641046 1 42 -Safety Rrsr Booklet 5733169 1 5733169 1 5733169 1. 5733169 1 5733169 1 43. Achesve S4jarm 3101034 6 310.1034 6 3101004 6 3101034 6 310.1034 6 44. Safety Mclao 5732500 1 5732500 1 5732500 1 5732500 1 5732500 1 VERTICAL PACT( -4B' 0-9714713 - 1 08710713 1 08/10713 1 09712713 1 0.9712713 1 45. Vetical Side Section 5802224 2D 5BD-2224 2D 58471'24 20 5802724 24 5802224 24 VHTICALPACC-5i2" 09710714 1 09710714 1 08714714 1 0.9712714 1 09712714 1 45. Vertical Siris Section 58D-2240 2D 5B02240 2D 59D-2240 20 5842240 24 5802240 24 SUPPORT BASE PACI(4 - CARTON 0 MS -2D4 1 - 088862D4 2 08886204 1 - SUPPORT BASE PAC(6 - CARTON - 08886206 1 - - 08886206 1 4a Skid Support 5801779 4 5841779 6 5841779 8 580.1779 4 5801779 6 47. Qored Support - Tap 5842(171 4 58D-21171 6 5BD-2071 8 5842071 4 5802U71 6 48. OourdSuppoit-Bdbom 5BD-2072 4 590.2072 6 5BDQM 8 58D-201/2 4 5BD-2072 6 49. Presmm Pad - Wade 58D-1869 4 580.1889 6 5841889 8 5801869 4 5801889 6 50. Pressure Ptd - SrdB Vertical SBD -1870 4 %%-1870 6 5841870 8 5841870 4 5841870 6 51. Bottom Rail Locator 580.1792 4 5841792 6 580.1792 8 58D-1792 4 580.1792 6 '52 Sheet Al BW Screw #12 x 314' 510.1006 24 5101035 36 510-1006 48 5101005 24 5101035 36 M Hex Head Bolt, 318 -16 x 312' 3301220 16 3301720 24 3341220 32 3301220 16 3301220 24 "54, Fkx hK 36-16 321-1069 16 321-1089 24 321-1069 32 321-1069 16 321-1069 24 '56. FI®c Flead Scrrew 1/4-2W0 510.1018 16 5101018 24 5101018 32 5101018 16 5101018 24 *,% Hex Nit l/4 -2D 511-1000 16 511-1000 24 511-1000 32 511-1000 16 511-1000 24 '57. Sheet Metal Saew1 #10 x 318' 510100) 24 510100) 36 5101000 48 51010)0 24 5101000 36 StPPORTPAQ(4-CARTON-41F 08848.408 1 - OZB48408 2 08846408 1 - SUPPORTPACI(6-CARTON-46" - 08B4808 1 - - 088484M 1 5B. Side Vbrtical - 48' 58D ZM 4 5BD 2228 6 5802278 8 SBD -2228 4 5802228 6 SUPPCRT PAQ(4 - CARTON- 57` 088524% 1 - OEC 408 2 09862-008 1 - SUPPORT PACK6 - CARTON- W - M524308 1 - - GaMp-606 1 5a Side Vertical - V 5842142 4 :802142 6 5842142 8 5802142 4 5802142 6 `Screws; are amk-M in most tla tMm etc "For ad3tianai patch Idts order Part Na 05841000 ""These stabiiiaers are 431/4lorg and are used an the sides between the txffiesses Lbe allrerreig smelland lags stabilizers on the ends of the pod. ""Wits the rurber of you finer in the spaces provided here and above # •"••llsedaroyfixprxfswfthdeepswm ugareas 2 'Srrevs are available in most hardAerie stores "Far addtiona pttdr k s orderPartNa 05604000. ""These stabilizes ere 431/4 "ad are used on the sides belweer►the brllresseO lke a8 ranitngsrra8 aro lags stabilizerson the enols of its pool. ""'Vlfite the nrrrter of yorr finer in the spaces prorridad here ar daboi a # Wx1v Wx1v WX181 17EAA# C:FiMON PARTS MY PARTS aff. PART gary. PART# C7TY. AFiSEIUEt LY PACK 0991 713 1 0%111713 1 09988-713 1 09911-713 1 - ASSBUEr3LYPAOC-fir 0898/714 1 04196-714 1 OJ988-714 1 OWl-714 1 1. Plastic Coping 2C 545100I 44 5451001 46 54510DI 50 5451001 55 2 Vertical End Cap 5801619 24 5601619 28 5841619 2B 5801619 32 a Side Vertical Cap 5602056 8 5802056 8 5802056 10 5802056 10 4 Vertical Ceriler Section - 48' 5802715 12 5842225 14 5802715 14 5802225 16 4 Vertical Oester Section -ST 5802238 12 5802239 14 5802219 14 5802238 16 5 StebflMer Hall, small da 58310112 10 5811012 10 503-1012 10 51331004 12 ra StabilwarRal, lageda - - - 5631005 10 -*6A StabflizerRal, larWda 5831011 14 58:11011 16 5831011 18 5831011 8 7. Bottom Flail (Slarrped1418or21) 509-1047 10 589.1048 16 5611048 16 599-1049 14 a Side Rail (Scarped S) 5831032 6 5801052 6 5801052 8 589.1052 8 9. Transition Rail (StarrToed TR 58931053 4 - - 589-1053 4 1Q 7'Oder Connector 5842223 2) 5802223 22 5802225 24 5802225 25 11. 7' BAressSkirt 5807129 8 5802279 8 5802229 10 5802229 10 12 ImerCamedor 5186-1215 20 5186-1215 22 5186-1215 24 51861215 26 is 7' Skirt 5802227 12 580229 14 584229 16 5802727 16 '14 #10 x 30 Lg Flex VWstsr Fld Screw 510100D 220 5101000 246 5101000 232 5101000 288 '15 Marline Screw, #1024 x 10 pen head 5101000 8 5101008 8 5101008 10 5101008 10 16 Sgrme Nut, #1024 321-1025 8 321-1025 8 321-1025 10 321-1025 10 17. Side TopRal - - - - 18. Pod Parts List 573.3266 1 573-3M 1 573,'M 1 57303266 1 19. Pod Installation Instrucliars 5733141 1 5733141 1 5733141 1 5733141 1 20. "Safely First" Booklet 5733169 1 5733169 1 5733169 1 5733169 1 25 War"Card-Metal - 1 - 1 - 1 - 1 2a - - - - - TOP RAIL PACK 09610713 2 09610713 1 09612-713 2 0-+9812-713 1 - 08612 713 1 - 0.9814-713 1 27. Top Rol 587-1555 20 587-1555 22 587-1555 24 587-1565 25 POOL UNER CARTON *"-A Pod Liner 03216_ 1 03418 _ 1 03818 _ 1 0d121 = 1 29 Chlairre/Wirterimg Instnxtiors 5732421 1 573.2421 1 5732421 1 5732421 1 30. Installation Irsfiction treat 3631145 1 38931145 1 3801145 1 31145 1 31. "VMartirxf Decal 5631041 3 5641041 3 5641041 3 5801041 3 32 V1Err"Cad-Liner - 1 - 1 - 1 - 1 "33 Rapar Patch 5641000 1 5641000 1 5641000 1 5641000 1 34 'DeWAreeDecal 5601042 2 56D-1042 2 5601042 2 5601042 2 35 "Shellane Decal, 3-12 R. 51341043 3 51043 3 5601043 3. 601043 3 36 "Safely Rrsr Boal t 5733189 1 573.3169 1 57331(B 1 57"69 1 9DEVVALL CARTON 37. Sicbmill - 48° 007104M 2 00710046 2 0-07104M 2 00710-011 2 37. SidwAill - 52" 01032 2 01032-048 2 01052-088 2 01052-011 2 3a Joint Pleoe - 48" 5ti01002 2 5801002 2 %D-1002 2 5801002 2 3a Joirt Piece - 52' %D-1914 2 5801914 2 5841914 2 %D-1914 2 39 Large C mw Plate 580.7136 2 580.2236 2 5802236 2 5802236 2 4Q Sltdl Corer Plate 580.7236 2 58D-2235 2 584223523 2 5842235 2 41. Wrrirgf Sign 5 1046 2 5601046 2 5641046 2 5801046 2 42 "Safely Firsr Boo1M 5733169 2 5733169 2 5733169 2 573.3169 2 4a AdesiveSgeres 3101034 12 3101034 12 3101034 12 3101034 12 44 Safely Video 5732500 2 5732500 2 5732500 2 573,2500 2 VERTICAL PACK- 4fr OJ712-713 1 08714-713 1 0.9714713 1 08716713 1 45 Verkal3cleSedlm-48 5802224 24 5802224 28 58D•2224 28 5802724 32 VERn A - PAC]- 3z" 09712-714 1 08714-714 1 09714-714 1 08716714 1 45 Vertical Side Section - ^V 5842240 24 5842240 28 580.2240 28 5802240 32 SUPPORT BASE PACK4 - CARTON 08886204 2 08888.214 2 04888-204 1 02888-204 1 SUPPORT BASE PACK - CARTON - - 08888.206 1 48888-206 1 46 SddSt4port 5841719 8 5841779 8 5801779 10 5801779 10 47. C3crndSupport-Top 5802371 8 5802071 8 5802071 10 5802071 10 4a G nd Support - Bottom 5842[72 8 5802072 8 580.2072 10 5802072 10 49 Ptas5lre Pad - Qt 58418139 8 580.1889 8 5841889 10 5801869 10 5Q Presale Pad - Sde Vertical 5801870 8 5801870 8 580.1870 10 5801870 10 51. Bottom Rail Locator 5801792 8 5841792 8 5801792 10 5801792 10 '52 Sleet Metal Screw, No. 12 x 3r4 5101005 48 5101006 48 5101035 60 5141035 60 5a HEX Flead Bot, 3/8 -16x3-12' 33D-122D 32 33D-12D 32 330120 40 33D-122D 40 54 Hex NA 318-16 321-1089 32 321-1069 32 321-1069 40 321-1089 40 '65 Hex HeadSM&A 1/4-20x12' 510.1018 32 510.1018 32 5101018 40 510.1018 40 "5a HBxN11/4-20 511-1000 32 511-1000 32 511-1000 40 511-1000 40 '57. Sheet Metal Screw, Nn 10 x 3W 510100D 48 5101000 4B 5101000 60 5141000 60 SUPPORT PACK 4- CARTON -49' 08848408 2 4886408 2 08048.408 1 08845408 1 SUPPORT PAM - CARTON -4EF - - 088484606 1 08848608 1 56 Sae Vertical - 48' 5802228 8 58D-2228 8 580.2226 10 5842228 10 SUPPORT PACK 4- CARTON -gr 08882-408 2 08862-406 2 0�1 2 1 08652-40B 1 SUPPCRTPACK 6- CARTON -Sr - - 08852-608 1 088,52.608 1 5a Side Vertical -,'V SOD-2142 8 58D-2142 8 5642142 10 58D-2142 10 'Srrevs are available in most hardAerie stores "Far addtiona pttdr k s orderPartNa 05604000. ""These stabilizes ere 431/4 "ad are used on the sides belweer►the brllresseO lke a8 ranitngsrra8 aro lags stabilizerson the enols of its pool. ""'Vlfite the nrrrter of yorr finer in the spaces prorridad here ar daboi a # EXPLODED VIEW 14 7 I I END VIEW EXPLODED VIEW SIDE VIEW 5 0 AWARNING NO DIVING! Shatiav wale. Yru can be permanenty injured. PREVENT DROWNING Watch chikSren atalltntesr. RESCUE_ _ __-- Importantl Above -ground pools are designed for swimming and wading only. Do not Dive or Jump! Misuse of your pool may result in crippling injury and/or other dangers to life and health. Do not use slides, diving boards, or any other platform or object which can be used for improper pool entry. Use only an aboveground swimming pool ladder or entry system to enter or exit your pool. Never attempt to swim or reach behind ladders or any other pool entry system. It is the pool owner's responsibility to secure the pool against unauthorized, unsupervised or unintentional entry. It is also the pool owner's responsibility to warn all pool users of the hazards of diving into shallow water: paralyzing injury may result. Always obey all safety rules. Remember, pool safety is everybody's responsibility. Safety decals and caution information provided with your pool have been endorsed by the U.S. Consumer Product Safety Commission. It is mandatory that the pool owner and installer follow the installation and use directions for all provided safety signs and decals. Juveniles must be supervised at all times by a responsible adult as directed by the USCPSC. Change of Design: Doughboy Recreational expressly reserves the right to change or modify the design and construction of any product in due course of their manufacturing procedures, without incurring any obligation to furnish or install such changes or modifications on products previously or subsequently sold. 'Yhe oriyina[ portable Baal" DOUGHBOY RECREATIONAL • 315 N. Sebastian St. • West Helena, AR 72390 Visit our website at www.doughboy-pools.com DB 0904150 Made in the United States of America Copyright © 2005 f�G�� Z BUTTE _ 2 .. - - - _ COUNTY PERMIT # TfE COTY DEVELOPMENT SERVICES Bu UN .. * 2 6 2014 'I �EVIEWED FOR PLIANCE DEVELOPMENT CODE C L �/ BY SERVICES DATE )Oo b j ,201 8 -b fn�O \- Li y P --- , Dt. 5lo PERMIT #- -c7 BUTTE COUNTY DEVELOPMENT SERVICES __ c A M rl 0 VAld CA r'0 L/ /d deck -6 Poo I j y 000 - nc:vic:vvr_u FOR CODE C IPLMINCE _DATE/ C, BY DECK RQ, WOOD. 150- 0 ______________ ___�I . .... ...... ............ BUTTE COUNTY NOV 2 6 2014 DEVELOPA4EWT SERVICES '573-3308 i S POOLASEMBLYAND POOL LAYOUT f Sha original portable poor ! ,' - INSTALLATION INSTRUCTIONS 24• 48• 24• z-4-•y'j..� ae ..�4.. Oa��.��z.�e•.I DIMENSIONS P 244e =ci t « 4B• 24 J " �� CLEARANCE I l _ CLEARANCE 24 POOL M• A.' �• CLEARANCE POOL CLEARANCE POOL -•*--� CLEARANCE POOL " "plus S- 1111 OVAL POOLS Numbersacrossthetoprepresent RADIUS -1 RADIUS RADIUS I ' -' I RAONS RADIUS __,�-__- RAD Ua RADIUS the pool size in feet (length and _r--- f 1 1 I t'1- ` �L- / 1 V.- width) of Doughboy oval above \ / + 'av; ,4• % ` THINK "SAFETY FIRST" ) g y / C TD C \ 1 �D C \• D l \ \ / \ Safe and correct use of Ur new D° hbo I means Swimming and wading only. DO NOT DIVE OR JUMPI ground family pools. Below each r-10 B•-lo'/: ' + I tsvv,: ,u•aWd 1rO•� lr.o• i !' r•Bv,� rs'/,; r-9'/,; r /,� \ The aboveground pool Isnot designed tar ase actiwuesl SIZe is a Ian Of that OI with � s'49: s'-ev: s-0'/: Ve'a'l; - + W.O. r P Po / s.ov: s.oy: 7.0 \ / e-o•/: \ ro / ao•i r-0 \ l -0'/: r$ IN • a clearance radius (dash lines) / '' t �.. I 1 I / \ '• .� \ Installation o1 a Doughboy pool Is not veryhard but It is a big job. The job will ba easier if two or three inends help Q i _ / a•o• I/CENTER I _ '� �CENTE ` \ ✓ CENTEq I _. , .k,_ 8'$ _.ye=. CENTER f _ 12.x. c�MER With the installation. Follow all insWctions exac0. ✓•our Iwartan rsvoid if lassemb end tnstalla8an InsWdi°ns WhICh 19 required fd external 1 I A +ra•-- B�(Pr�q ( n lsa" y poo ry' poo Iv q1 B LINE k I ere not followed 100%. Read all instructions proVk1V with accessories such as filler,pumps immer, etc. prior stating. p001 parts. If adeep swimming I I I T I ! Plan 3-5 days lorpool assemDNend installation. Avoid windy days. Before yOU Stan, check t05e I that you have Ne area excavation IS desifed, \ 5•A'/: s-9V: / \ s•91/: IDNG yye/; / I \ 5'-9•/: gTRlrro s:-ay,• % I '1 I T•g,/ • i t 1 $ correct number -.'n91`,% 1 Ca S. Use your Farts List, which is broken Oown y canon. o not throw away any of the inspection \ / \ LINE \ I LINE\ r'�/,: \ r /•; T'- '/,; / slips or cartons until you ere sure you nave all the parts. Your dealer will promplly replace any missing parts. additional layout dlmenSl0n5 are sTnlNc \ STRING The warrantyIs VOId I1 the d851 n Of in IIs altered In an Wa . N° changes me be made ro 8n 01 the arts. The \ E,, . F 7'A' E (� F T q• \ E E 7'-B' \ UNE // B'$ UNE STAKES 9 Pea Yy. Y ns p given in Step 3. Be sure to read \ ` i �/ \ / I POOL pool must be assembled acCordin, t° Doughboy's in5lroction5. ou must be complete y saUslied with a completetl pool i - \ E F ggolus ` E F i Installation, whether sell-installed Or professionally installed, before proceeding with a dltionel landscaping. Preliminary, •Planning" before SIDE STAKESS stoayL J STAKES SrDE�L _ J STAKES • - ` starting installation. SUPPORTS - -S suPPORTs c SVPPORT9 - _ _ •'.STAKES _ CONTRACT INSTALLATION g SUPPCRTCLEARANCE \ -�---_ SLOE __ _ 1 `E __ t DOU hbo Recreational is in no wa affiliated with any fo}eS510na1 I Installer. Therefore, Doughboy, Can assume - SUPPORT CLEARANCE SUPPORT CLEARANCE SUPP . - J- SIDE L----•---/' -•+ 9 y Y P Pea g y - SUPPORT SUPPORTS SUPPORT- no responsibi Ity for errors In Installallon by the homeawneir r sold prolessional installer. If you have the pool installed by CLEARANCE CLEARANCE others, please supervise to be sure may Comply With proper inamllaaan techniques as shown. LOCAL CODES 2- 48• AB• Or AB' 24• Check to see it building permits or utility clearances are required. (for example - National BOCA Code requires the 24• 4a 48• 48• 24• 24• Air ) As as 24• 24• 48• 48• W 48• 24• "' -"' pool to be a minimumpt six feet from the property line and a minimum of ten feet from the street). Obey all safety codes .1. E !°r lancing and all electrical codes. - r _t I 'DDI �.r r y .� - CLEARANCE r + POOL J 1111 - --'! 'r --- I CLEARANCE US "C - - _ _ RADIUS Root RAolus I _ _ _ J I _ - SPECIAL CARE RADIUS - _1--- I :'I RADIUS ___ - 1111-- ____ �' Doughboyp Is are desi ned to exceed industry recommended safety factors. However, special Care must be taken / ^ A R p r I �Y p0000 5 ]:. CLEARANCE Win Mfi810 ID9f8112i1a0 procedures mat me Installer pBAolms antl Controls. 7 -1 r,eV�:?�TAKES '\'Installation Cautions• shown e+ ri ht, six I installations illustrate / \ RADIUS / `�iB'-2•% 1B'-2'/• `T �J te.�•\, I` 9• :• �� a'bb$/; '� � /- '� , B••If ,• - `9'•a',• \ � 11,$ces '` NTER 't9:9111• rlo$ I l /}n't A NE 'T 1, r I \ "CENTER CENTER \ CENTER 2D$ 20$ - _ing TILLS a - 19•-0' - B UNEN 1 -' -p' '- 4 9-'UNE 11 ler. \ r-B'I„s ! .' 1ISTAKES1net mll. \ I / B'$ B'4IY� 8'•B'�' \ STTIING t I$ 10'•2'/; External Support -The excavation antl use Ot 8' x 8° x 76' concrete blocks(StepsSB) to reinforce the sitle supports I 1\ STRING PDO I - / lo••zv;E /110'$ LINE isaCbDco a the rel tletail which cannot be varied from instruction. These blocks and meilrtn undisturbed Scil around �\TAKES \ LINE RADIUS mem become the laatl bearing components for the forces on the pool sides. DO NOT substitute other building materials _ \ - F, T�7 for the Concrete blocks. - L .. , = 1 '\ E f ! F , - E \ STRING .' HOW TO USE THESE INSTRUCTIONS SIDE` SUPPORT �'�.,- - ':STAKES \`� .-- ` E �'uNE F l y SUPPORTS `_ _ •' .. 1 L___-___. _. J Co - - ..� STAKES These installation instructions are used in conjunction with Your pool parts list for itlen0tylr�q parts es reletred to in CLEARANCE - - - - - -- f - - --- _ _ - each step. Your pool can be excavated for a deep swimming area II the liner canon is labeled 20 UI. or 25 MLI. expandable SIDE. .SUPPORT SIDE / CLEARANCE-/ N O V 2 6 2 014 -- • t - 1 (see Step 3). y \„ SUPPORTS CLEARANCE SUPPORTS . PRELIMINARY PLANNING - - -l�u_ CLEARANCE / RADIUS SUPPORTS EARANCE SUPPORT-/ SUPPORT IMPORTANT-.Betorebeginning your pool Installation, take a few _ _ =�'� • I ' SUPPORTS r=�..<::-" --: 32' X 16' 34' X 18' 38 X 18 DE 41'X 21`� minutes to consider the following points: } �+ r: v - Y I. Check wall clearances to allow enough working area t <�' - ' /�� w:...•. - / ('f:.. fOryoOrpea:ermeati°^. INSTALLATION CAUTIONS ATTENTION: Doughboy Pools can be installed below-grade b using Doughboy's Below-Grade Installation Instructions. See our local Dou hbo dealer. SER�CES 2. Ch.Okforeasemem5. -•-::` x \P" g y g y gy g v POOL LAYOUT 3. Avoid trees and roots: do not allow leaves to fall into"=1" - - 4. Avoltl a erhead power lines. e. : ' . . MAXIMUM 1'. TOE V 0 SIDE 4. Avoid Undergground piping and cables. �,�n•"• u•..s�•� r--•61DE OR END TO EN 6. Keep sprinklers away ham pool sides. I„ / ••, t _ - _ 7. Select a pool site met allows for in Pro w super- . ' '. �I' _ 111_1 ����'- - p '`.. / i ' RADIUS vision Of 6wimmBrs as well as vie Wing children near lam- B'$ 6'$ • • 1 CLEARANCE I ,•" r . 11•.. j,l I<' STAKES A the FCoI. AGAINST POOL WALL I _ 6. electrical outlets.Ihe p and filter neat wnveniem I CREST _„�- SLOPE ,1� : - • 'LEVEL TOPS ll RUPTURE OF WALL MAY OCCUR / '\ 9. Avoid overhanging eaves to prevent water and 'R'-x•rJ .,� .a... I OF n1 �I�\ GROUND NOT LEVEL J I /' ., `'•. B / debris runafl from your real. - •'°"`•'• SLOPE 10. Allow 12 inches o1 uMisturbed soil erduntl your pool shops). This may help prevem longus steins on the r I RAT:O - t (clear enCe retl105). liner. Consult your Dough y peal tlealer. . , - BLOCKS GROUND LEVEL OR PATIO BLOCKS \ `It/`� 111 11. No sudden slopes within 6" of your pool. 14. DO nm Install kner on nut gross or Bermuda press. 'J '� POSITIONED HIGHER THAN 1 \ \ ilj CENTERLINE 12. DO net in51811 yyoo r pool on any ebresive area SUCK as Sao your dealer for Special mStrUCilonS. - -_DO NOT ALLOW WATER TO ADJACENT AREA AT VERTICALS - I SUPPI OF POPE I ooncreiB, eSphali. peat moss, ter paper, revel, wood, 15. Rid 1 area 01 bUrrowi WILL CAUSE' WRINKLING' OR t/� /� TrC/i �' WIDTH (TYR) ! 9 poo ng pests end insects SLIM e5 SETTLE AROUND POOL PROVIDE BUCKLING' OF THE WALL /Yj/ top of grassw ea soil whloh nes recemty untlBfgOnB / gOPhers and Iom1:I.5. GOOD DRAINAGE. ' /L Q�7 • ;' / _ •� . petroleum based chemical treatments. 18. vob wNtly days duringinstalbibn. INSTALLATION NEAR SLOP ES' DO NOT BACKFILLAGAINST POOLWALL DOUGHBOY POOLS CAN BE INSTALLED PROVIDE GOOD DRAINAGE WALLWRINKLING TILTE0.P PP�1.��AA77--Jw 13. Treat the grountl inside the Ivrea witha Con- 17. Havel ora helpers to assislyou during pool essemDty. A I filled with water we' hs man tons. It pool Back-lillin a ains+the olwallwncauwoulside BELOWGRADEWHEN USING SPECIALBELOW Preventro 11minwaterand eneral rdwated Prevent wrinkling alma I all during Il the grd�i(Ij��yyopvs in en tlirectlon morel a _ petroleum based tunpicicle (paovoaitable at garden suppty Pea g Y 9 9 Po 9 Y9 rg ng Poo w rg installation TOOLS AND MATERIALS REQUIRED is installed tea dose to the •Crest'of a slope, the ground lorws to collapse the pool. Some soils GRADE INSTRUCTIONS.Deep burial of Deal Into from settling against the pool frame and wall to by checking and mdlecking the levelness of the 1' fromone side to moot o Y E1/ELOPMENT�.� • �S_ Materials Needed - 2' Carpenters level (Transit recommended) pwVwaler weight Could cause the ground to give are highly aggressive and Will Cortotle the peal the ground can MUSS outside ground forces to - prevent Corrosion and unsightly cruststlon buiId-u p (Optional) Y Pur -y°j�n kp RV4 _-- wa The I Can ro ore, allowing thousands of Components, resulting I failure. Kee I CoII g " P " ground.and alio blacks (O tional at each vertical lama a and er rut m j�e I�rB/ J" "'yam • Nails -212"LDng'(I Do..) 3 dry weight for 24'x 1Y •Hammer y po9 rn n9 po gin pea Keep apselhepoolunless specialprovISkVGam made' on me pool Components. Provide good drainag° .(Steps 2 aM10). Ilona Pat* block is higher than damage antl personal injury. D Cor 1I �..TT��•ge�A(TYP.)� • 12' x 12' x 2'.patlo 3 dry weigh) for 28' x 16' • Flat antl shovel' "gallons o+ water o rush out and Muse edensive ederlor dear o1 soils and other matenals arauntl using DoughOoy'e Below-Grade Inetallatlon away from pool. those positioned al each side. wrinkling o1 the wall recheckthg levelness of gmur�b�enw n t C - bbcks (Optional? 4 dry we In for 28' x 12' ' • 5/16' Hex npt driver proporty0amageand personal injury. Consullwith its entire perimeter. ProNtle gaCo tlreinage away InsWctlone. See your label Doughboy dealer. will occur when well is installed. next step. t''1 D if O • ` 12 raq'tl for 20 x 12' - 4 tlry welghl for 32' x 16' • 25' Tape measure local building department. II peal is installed too Irom Pool. �� ■■ ��••�� �L ' . 12 req'tl for 24' z 12' a (dry weigm or r x 18' • Garden rake close to the Toe' at a slop°, outside collapsing CODE ®r �_e{,R„ �o 12 req'd for 28' z 12' S tlry weight lot' 38' z 18' •Tampingg teal ground forces can collapse the pool wall. C d 'Y"lw� °t' Sze. Locate stakes A and B. 12 req'O for 24' x 16' S (tlry weight for 41'x 211 •Roller (fl available) ) Xh to a el. For larger pools, intermetliale 12 req'd for 28' x 1 S • Ball of heavy string •S crelver,flatantl (Large) - /L as leve ec between slakes 4�end'B may be neCossary. Layout dearences es shown. 12 req'd for 32' x 16' • Binder dips - 1 1/4° - 2• size • 2 or 3 Garden hoses (Fill peag i l./ 14 <req'd1.,38'xl8' `AB1Is Ctn,20`x°2750''"�OfeS' :T 1116;Zle h GROUND LEVELING OPTIONAL SPECIAL PURPOSE DEEP SWIMMING AREA ONLY TA A I t - A A 16 req'd for 41' x 21' 32 req'd I., 24' x 12' • Fell tip marlin n _ _ • 8• x 8• x 16• concrete Maks 32 req a for 24'. 16' • Carpenters www 4 each for 20' x 12' 36 req*d for 28' x 16' A - • Sifting screen (To remove 1/8' pebbles and larger) {1 - 4 Each for 24'x 16' 40 ISO 'd for 28' x 12' • Sharp knife Or single edge razor blade 2 X 41.EVEUNG BOARD 2 X 4 +�- A - B .�I DEEP SWIM AREA w POOL SIZE - 4• 6 Eath for 24' x 1 z 40 neq'd for 32' x 16' • Pliers 12' WIDE POOL= 6' LONG I ,STRING LINE STRING LINE LOCATION _ 44 r d for 34' x 18' • DNIUBit $ee $le 2 DRILL 1 I la, .. E F MIN. -' �.- POOL WALL _ C 6 each tar 28' z 16' eq ( P ) 16' WIDE POOL. lo, LONG \• ' j� , `-` -- - - -' - 8 Hatt for 28' z 12' 4B reQ'tl for 38' x 18' •Smell palm apPllwdr (O•TiP or brush) 19' A 21' WIDE 1+001.12' LONG MOLE I /e,, 25' 8 eaM lot' 32' x 16' 52 r8Q'tl dor 41' x 21 • NAIL I ` S >:--'_-?� • V law ejL s •ice. 3 Di/!I b'fFJiu, !E: IMi m"/13.:,7eG=j �`•! r • D i `2 • -: 30' MIN. 11•x•' 8 aaCh for 34' z 16' • 2' x 4' board (See Step 2 for length) - - - STAKE „ \1 / A �✓ I _ .', 10 eadl for 38' z 18' • Duct tape (Y vntle) r' r~ F^ �'� - TAPE LEVEL TO T \`J' 1 10 eaM for 41' x 21' ' Wood stakes - 2" x 2° x 16• (apple 12) • Quick Set Cemem (60Ib. Bags) 'Enamel, fast Sao drying (Not lacquer) (Step 13) / ' / •` r' DEPTH LEVELING C C MAX ' ---/• 2 (tlry weight tar 20' z 12' •Pal coving (see Step 19) . If �, / '" - - TOOL ._ •.STAKE + B I 24•` `- ~ ' �•` B \\ 2 (dry Welghl) for 24'x 16' ( , _ STAKE t\\ E Tools Requhed r• _ - `� �-^- ` P FLAT: POOL I DEEP SWIMMING AREA X24• / \•,! I POOL FASTENER IDENTIFICATION AREAS 30 MIN. ! WALL CROSS SECT \� J Your pool assembly may not require all the fasteners shown below. Refer 1 - E "•� / I L to your POOL PaAs lst for the fasteners required to assemble your pool. �` .. / r POOL M '�., / 16' 'J WALL `hl•/•'.', fl /Y 11'/- I ��I 10.24 SQUARE NVT /^ 1024 X 1? ��t(L \ I10 x SCREW'S rt' l G _ POOL WALL J I J SIDE SUPPORT L� 1�1 321-1025 cutim,r(� MACHINE SCREW "'i� `(I 5101000 �.✓ �., �'''` r' I '}' 'F EXCAVATIONS A 51010w SIDE ARFA �--/-- CLEARANCE 1 I SEE STEP 5 . 1 1/4-20 HEX NUT I10 x 1? SCREW • LEVEL AREA RADIUS -r N 3 l 1/430 x 1? ('%� I STRING UNE ` 511-1000 tm,d 'S MA CHINE SCREW 3301127 LONGffUDiNAL SECTION �?_��� LOCATIONS .. - ••,-,' \ of Carefully dig out the side support irerxhes lolbwing me Dimensions above. It is very - f S 5101018 With a shovel and the constructed depth lewlina feel Shown above, remove sod and Important that the trench wells remain fro and undisturbed during aea atter excavation. 't 3)&18 EX NUT It i.i� / , III,-SCREW 18ve1 laree. Leve' to the/ 1 spot ' pg� ) pco spa pal area. Level side areas t° main pool - DO NOT over-excavate with the thought of back-lAling later because the side supports 321-1069 1 `� 330105r area. Remove high points - do not fill In lows s. Ground must always be firm. ONLY 20 MIL LINERS OR THICKER • You may decide to excavate a deep swimming Usi either make W or W as your reference nt. lay a out and excavate arEa to Locate Slakes C. D. E and F from !,J ` g fro n pot aY n9 poi Y your pool -vats layout. Is Attadl Brings between C and D, will move when pal is 1iI1BQ and pool failure may result. - Be sure pal area Is free of clones, sticks, roots and Omer °blsds that Gould puncture area as shown above. The Deep Swimming Area Is for underwater awimmlrg only, the dimensions shown in me above than for your s¢e pool. Remember DO NOT Then E and F The first side support exwvad°n Is positioned 24' from me center of --. .-.-. -�' .� Y018x3tTl \ 112z3/4•SCREw liner.Remember: The entire assembled poolhamework must sit on Dat ground within NO DIVING, NO JUMPING. To excavate the deep Swimmig area, usethe layout DIVE OR JUMP Into the pool. The excavation is intended to provide a deeper and either slake to the center of the excavation. Other aide Support HEX BOLT 5101035 1 inch of level el ° exwveti°ns are 4S' When digging is Completetl, proceed to FIG. A end Partially assemble me sloe vertical d+fli 19 Y/ff �p.l�a / opposite sides. Soerd ad°ieonalome now to avoid diSwBwnb"later_ illustrations above, With the measurements Irom the Many for your sizspool. wider swimming ares only. centertocemec supports. FASTEN VERTICAL COMPAC II INSTALL CONCRETE BLOCKS ' ' INSTALL CONCRETE BLOCKS INSTALL PRESSURE PADS INSTALL BOTTOM I TO GROUND COMPLETE SID EVERnCALASS EMBLV t PADS RAIL LOCATOR Partial)y assemble the side SUPPORTS FOR 54• vertical supports following © SLIDE SUPPORTS INTO Fasten the Vertical using POOLS _ �� CONCRETE FILL WITH tour (4) 3/8" bolts and nuts .'',ods _ BACKFILL CONCRETE START HERE r10 SCREWS` Ste S 1 throw h 4. VERTICAL I� .. TILTED TOWARDS P 9 as shown. l SIDE SUPPORT -+� f� INSIDE OF POOL A125CREWS I I 412 SCREWS O Slide the round supports into Impressions 8 Prestige TTACR : ; ASSEMBLY ' i�. / i I~ I f I I ATTACH SKIDPLATFf 9 ppo EXTENSON INSIDE SIDE SUPPORT + 1 I •_ J Attach the Skid Dlate /e^ Nu7s the side vertical until mit four models only: Fasten the USING (4) ; I r • II12 x 3/4' I If 1 PRESSURE PADS ?• _ . ASSEMBLY tit mit bottom round (4) holes are aligned to all 1: Side VBrgMI bottom Caps r10 X ala' I I SIDEVERTICALBOTTOMCAP 124'/; (ENO) I I t. j I 9 \ three IeCES. I • using two 2 3/B" bolls "'CREWS I STRING UNE AT GROUND LEVEL •1• APPROX. 18 DEEP .. 1 I � SIDE VERTICAL ASSEMBLY 1 ' P !19 ( ) -- (INPRES510N9ONLR y .' ". "� 1'(•'a`{`'� / I +7y I BOTTOM SIDE RAILS support using four BOTTOM •� I� AS SHOWN I - , _ I )y" STAMPED'$' 4 t l4" bolts and nuts GROUND and nUIS In the two upper --• • FILL WRN ,! .LEVEL , , I 24• (TYPICAL) �.�}1 ). �I --` . ( ) SUPPORT I holes as shown. I t;Y''-��•� "-h CONCRETE F L, �'r'r•p�-•I Y�J as Shown. Tighten SIDE VERTICAL I I �••�`r+-<;:^ .' • ' - Il ^,q,.,:,• , severely using two �Y All Models: Tighten I :: �p,,y ':..,GROUND 716"wrenches. ,1• I 1 secure) usin lWo 9/16' I ... II�:'y:. ,,/ FIRM '1 ;Ij^1' 'i•,hiµ !• }, ! Lp RkFo j - 1 Y 9 f10x3R' .� y SUPPO?T ... . �s� 1 i wrenches. DO NOT I UNO�STURIfeED+ ,;,•,..ee.c.J.-..;_,t AT raR�1/t NOTCHOVT Int �:�>:'. +� '"L� :-A HJ':• (' 1/4• BOLTS / SKID PLATE r 1 „� '�S� SKID PLATE l: �•4yy� - _ I+ i SIDE VENTICAL - f... L .. ©SLIDESUPPORTSTOGETHER ASSEMBLE cSEER FTCL CONCRETE BLOCK BOTrOMCAPSPARTS AT THIS TIME. I (SEESTEP BA) .-POSIIIOn fh0 fit TOP GROUND I ' +\ IMPRESSIONS •BOTTOM RAILP I _ " PRESSURE P°sitione24•w rn.1a level onro 011he ouch su MODEL ONLY round Su rtOVBr SUPPORT I 1 CONCREET rpe p 9t' pearls. Atljus } Keepthetops of lhegrountl supports lreo of Oirt. Working lromlett to LOCATOR9 ppo 3I8°NUTS I LEVEL BLOCBLOCK the side verical assemblys until lheground supports are level. When right, assemble asst ad pressure pads to each ground support using / the bottom ground \ l / I (BOTH DIRECTIONS) - ground supports are level, the vert:cel win be TILTED-IN at the top to SIx(6) 612 z 3/4" screws as shown In Fig. A. (refer to your parts list support and lower I �{k •'•I �/' ' BOTTOM RAIL I Provide ° •pre-load• Cond'°ion So that when the pool water pressure es needed). Tighten Screws firmly, Assemble each pressure pad MPRESSION9 8 it to enclose the 3/8 x 3117 % 'Y Remove string line. Place Concrete Maks into the exwvalkm es is against the wall, the sides will move outward end become vertical. Set t° its adjacent set using lour (4) 910 x 3/e• Screws. DO NOT PRESTIGE MODEL bottom ground SLOE VERTICAL • BOLTS shown. NOTE: The thicker wall aide of the cement bloke most Without this pre-load the wall wouldtiltoutwaro at the topand Create Dig out a trench to the dimensions shown'ahove, gretling to OMITANY SCREWS. ONLY / :�r taCo up. Level the blocks in both directions. Place the assembled a curve in the top rails. FII: concrete blocks with concrete mix the round support. Use a large Screwdriver to scrbe rooves The skid late at the bottom of the side su n assembly must til Lase) assemble bottom rails stain support. / BOTTOM CAP- 1 9 PP° 9 9 P PP° N Y (stamped 5j, groove up, between BOTTOM GROU D Vim: side supports into each trench with skid plate resting firmty egalesi antl" at with top of bfeaks. It you have over-excavated, til (aper°ximatety I- deeper) down each side and center of the trench finely against the wncreta block and the pressure pads must be gal venicals with bonom rail locators. Secure bottom rail locators to side GROUND SUPPORT ��'•.,. " `••. the law of the concrete blocks. Check each grountl support for level any spars ben:nd the block. with concrete. See ALTERNATE toaccomoOate the pressure pads! flanges. Remove meexwas dirt onIns grouM wimmeflanges pointing down Nto the schbedgrooves. vert:cats with screws. NOTE: Be sure to use the lop set of holes in SUPPORT ASSEMBLY " (refer to Step 6A). _ I BLOCK SETTING above. accumulated from scribing. - the side verticals when assembling the bottom rail locators. s, OB 0706-275 COPYRIGHT ® 2007 MADE IN THE UNITED STATES OF AMERICA / I r _ - • `_ - • DOUGHBOY RECREATIONAL '315 N. Sebastian St. • West Helena, AR 72390 - 573-3308 INSTALL BOTTOM RAILS INSTALL WALL ' INSTALL WALL JOINT jf COAT OPENINGS ' INSTALL VERTICALS EXPLODED END AND SIDE SECTIONS- . - 10-1/2" RESIN VERTICALASSEMBLY -Slide each vertical wooer 'FENCING , VERTICAL FOR 19'821' WIDE POOLS ONLY: EL POOL WALL NOTE: Plow enough stated earth 1 - Sectiond insidethegroovesaflwovertl0al sitle STRIP -e ENO CAP END RAILS STAMPED WITH THESEARETRANSDIONRAILSSTAMPED ,x JOINTPIECE I Iii 11 TOP CONNECTOR POOL WIDTH 12', 19', 19', 21' Into the pool area to Cover the • I ', Ii I I h I I: I I, • I I (I; I I (III: STABILIZER RAILS - Svw ns until gush. Place the veniCBi assembly -d• 'TR-(FOUR TOTAL) j ,r `•� pressure rmt pada (gee Step) ). , j I I '„ -"4`•�6 \ over bottom vertical BndCoD(efourt tabs to form the COVe (Bee Step l9). ��'' EXTRA SKIMMER OPENING I •�" Cep for sitle Venical5)with the four labs extending framework from ends out of .%��• lAAooa crA•'•_ - .,4 ,VETiCAL' up insitle.. Honeymle' sections of Coth sitle +� STAepIZER , .:�' REMOVE , _ - -,�•,. (� _ 6P one aft n' Ih riots. SIDE VERTICALS your Way in sections. Remove RAIL STABILIZER J .I I I - "• - .yti- �ENDCAP ' DNLY: Leevei� Oxtmata four inldles 01 the �.^- T do blocks and la roam next IAROE ANa 6wL. i i 1 appr q S tOlheil marked dl'pn5. D' - +. �- BTABaIIEe ae118 MREO RAILS TO I' , ,, II I. ! V^ `` •FENCING cenlerseclbnextendedeDOvehoiSidesedbns VERTICAL VERTIQAL PD g l.T >pLESCOPEo FnRM APPROL Il em''�j I I - I' STRIP �; -� „ asshownatdght. ALLVERTICALS: Push Vertical GENT SI mil in the marked Locations T OUN0 Ex09.'✓� THIS POINT •' ._ V _ - I I II• I I I! ' \ sty, g Ppp I ,(" away to the depth Of the patio " S;• of PaoI.OxLrj • ! TSO 1 I I I.. _ VERTICAL ' - 3/8" screws Through slots of side sections. SIDE I . i r:.- assent Upe aIn5Y1 Iw8118nO Secure Wflh 610 SECTION $E ION LEVEL block. Patio blacks must sit .. -.' 1 MOL I I ' END CAP Q, VERTICALS ONL : Push center Section down ��•1I _ 11 ( i VERTICAL in mlltl, undisturbed earth, I• I j• �', ' ( I ,I� I I I Yj �i ij SIDE (lush With lop. ALL VERTICALS: Innen lendng •, De flush with level round, v _ _ �' //' I 1 Y d std into slot of center section until flush Wim to SIDE RAILS "1ao� 9 - ,T -�' •�- �( ALIGNED--'; tv SECTION P p 1 � - OPTIONAL oho have no movement when •*' START WALL AT CEMER OF .�C� FORM HOOKS (when inSlellirlg OofiOnal fenprlg). PoSIpOn top STAMPED -S' %' PATIO BLOCKS DUCT TAP �j� •• venial and OVm SteDilDBr rails arl0 insert the moved 08Ck imo piece. Use VERTICAL END CAP •'-^'[C'�, I i I I '"�p�,� VERTICAL - j I BIW wp'r four Mbs into tne'HOneymme" actions END CAP BOTTOM RAILS leveling tools and/or transit to Determine Slertirg paint of wall tram PRELIMINARY PLANNING. The skimmeropeninq will ho JOINT PIECE I'l111 I I, I IIII I I f � � .,J,t. 1 of both dtle sections, el' ni with slots. Push 1 SIDE make sure each black is level, at the inside end of the wall Coil. For improved skimmer operation, position skimmer knockout _ I I I I j �..;. it 1 �_ 6 _ "S I' ERTICAL Beginendsolframework by installing me four rails to the outside and that ell Dlacks are levello downwiho olp,evailirg winds. Always Stan wan al center of a vertical end cop. Move the wall ppg pq �, I ly I ;•Y '' 1T• VERTICAL, eRicalM IStya118"S'poolwa11arW5ecurewdD ^;$ , B Wan ends t ether In center o1 Vertical entl Adjust all bOdOm rails in Or Our uniform VIEW INSIDE OF POOL yIEW INSIDE OF POOL �'� !. " 610 x 3B' screws through dotB of sitle sections. BOTTOM allheentlsi0everticals(on 16'an1121'wlde pools, Iheserailsare each other. Reinstall bottom TanOn near the chosen starliMJ point and remove the pool wad from its carton. Mew the it wall ends Oo eat meet. DO NOT make the total adjustments with one or two bottom rails. t LEMER Check to make sure bottom rails are'In' against OAP stamped TR-). Complete ends by sliding bottom rails (groove framework. Check again for Wall, stand me carton u right (arrow Up on canon), and use a boxMter t0 cut the bottom from 9 the carton. Uft lheho. .the p Remove staDilDer rails in the areas shown above. Move pool wall ends together Inside the Matching pool wall cover plates ere provided an pools that have oro VERTICALS h0 pool wall, Cheek that the on lhB p0000l Wall is p0intif�gg SECTION I - -Stops-on bottom veniCaleea Cap. AfterCompletlrg Npyg; SIDE ERiICAL CENTER SECTIONS up) vertical end was. Confirm levelness of insteltation Dy levelness, entl to see That u .CAUTION: Nee hoods entl feet fmm untler wall dudfg installation. llnooilaoout6to 10 pool. Align formed hooks on wall ends entl Glide on joint piece(s)until the dais even with top skimmer openings. Tape over the extra skimmer entl return opening In the VERTICAL - Step lB, assemble the top connector by lowering DRE NOTCHED FOR CIEAMNCE OVER TXE placing level on lop of bottom rails. Check around the Oval to vertical end was erecemeroo feet of wall antl incen oottom etlye into groove in bottom rails. TO help stabilize me wall, place of formed wallnooks. WARNING: Do not hemmer olid piece onf Onmogoo hooka or joint event you ere Doty usirg one skimmer. Use e'O•Tip'ar moon ball dlppoo END CAP cover the entl Cap entl allyning its insitle locating SIDE SUPPORTS beauregrountl i5llat end withinllnch of leveler opposite sides on patio blocks. Remove all stebiliZerrails on rap etlge olpml wall, xrorking erountl top of pool as Wallis insertedime Dpdom plece can lead to pool wall failure. Manufacturer cannot assumeresponsibillryforpenormince In fast drying enamel to coat all bare metal edges of skimmer opening, - BOTTOMS IaD with lwle in eM cap. Push it tlown firmlyirao and ends of pool. slakes. NOTE: II you wdl ho rails. Telescope small diameter rail Imo large diameter red about 8 inches. Seam stabilizer of this product N the joint piece nes been improperly installed by forting II on in any manner. If return opening eM mounting notes. This mating protects edges against Rp1L place over the tap rails. Refer to your pools pans • Pettit Block lnstellallon(opllonalbut recommended): Center installing amain drain, rater rails to wen with dud tape between veraCel end caps.NOTE: The SteDilizer rails telescope only plot piece does ealalldeon easily, realign sidewallhooks. Use ordinary dishwashing liquid for corrosion. DO NOT use fingers as shore edges may cause serious cuts. Carefully follow the detail for your pool shownbeitner Figs. B,C, O, •Pondrg amps paekm.dmopaowlrancing. list and sldel of this guide for pans identification. Fencing etripa packed Mm optional forcing. 12'.12'x2" patio blacks under vertical end caps wound ends. tothoseinstrudion BEFOR on the entls of lnepool. Use onry the large diameter stabilizer rails between the side suDPon Lubrication. Whenjoint place is in place. replace wall Into bottom rails and reinstall stabilizer mile Enamel must dry prior to installing liner to prevent damage to liner in E,F, or G to assemble the verticals and vertical end caps to pool. of Deal and mark their positions with a stick. Move bottom installing pool wall. (these do not telescope). - - - mored with freshly painted surfaces. Use an necessary hardware. Reser to your pool pans list. 10-1/T END VERTICALASSEMBLY 1Q12"SIDE VERTICALASSEMBLY IF YOUR POOL IS HOT PICTURED ON :TOP RAIL JOINTS INSTALL TOP RAILS THIS ASSEMBLY GUIDE, REFER TO - '•'••'•'•" 1 ' "' t^.a•--_j'�,;r - - r YOUR PARTS UST -CRANE %PLOOED " - f III • EiIC " Three piety vertical - VIEW. _ l `T, 3� Each pool size has a specific hole pattern for mounting the top rails to the vertical end caps. Use the figure mat mottoes your pool series, V hn ceeP open : a - �� IF YOUR POOL IS NOT .4'L��• assembly. Slide the g -\ r PICTURED ON j+ , `-�• '� Special Note: Hole in _ pedal Note: Hole side, aid the amour an 'ng chart to Imle the correct =.nfl holes. Hob 2 -End Cap center section with r e 5'A', fg -:-y�""�e .�-!�j�•° .°•"1`^: -- ..... ( /"`9'•' lam al vertical must in face of vertical �! _ - HELPFUL SUGGESTION: Use a IeD pen to mark the mnect holes before you assemble me W rails to the vertical end 5. - TNISASSEMBLY •• - two holes at t0 dowlt f ` / '\ •C' P CSc GUIDE, REFER TO - Ader mmplelirg ' ' P) �` (• , ' De u0. \ e' ' 1 mu51 ba up. Use lour 61 O x 3!B' screws to attach the fop rails to me eM caps. Insert sdew5 through the coned holo in IhB top rail antl Screw In10 the Nob 3 -End Cup YOUR PARTS LIST-�''~~�"" p 6,a55em le - the grooves formed ��•. �� p caps). Hole 5 1 nd 3 ere ^���, Ste 1 �. aa n �( correct note on the end cap. From the wan, select the coned notes (stamped on to rails entl entl �'+-'--;~= the to mnnl:Cfar b 'Sim on each side section. '' ;� _" - `� '7 .•-.--�._ , V toward inside Ih I, band 4 toward outside the pool Halo a • Efd Cup FOR AN EXPLODED I-': 1..• p y - - Attermmpletinq Step Aftenmmplelinq �, ...- _ . , p0 ' VIEW. ;'.fit ' lowenng It over the _ _ Refer to your pools •.,TCyy� ..-- 16, assemble hw - Step l6, assemble •G3°'--_ =_;1- ic;l'•r• end cap and aligning pans list entl sides piece toPConneclorwz•;`:.o-�� the top mnnedor -�-r� -_c� -©- EXAMPLE•18'Wltle Classic &1/Y. Pool �s w �- its inside locating of this guide for pans by attaching insitle Dy lowering it over "-="`n,-�'4'� \�-."-�OIM•p• To ettacn the toprails(otheend capin joim'C'forhole area/mt�,Innen sere through _ ,tom:' lab whh hole in entl J ' ldentilkatbn. After - - ' ' 1 _.�a- I > /f the hole in the lo S71 p. cap. Push it tlown �r mm lett Ste .f•� -�._, connector to end Cap <~I� ~- the end cap and _y_ c _ '• D rail marked'12/16' antl screw into hole' ; in end ca For hole `hob IrTop Rae .i P n9 P •! ' - with screw first, Nen '� •f ,„y�v -1; ~' aligning as inside L`f i : `I ~ - area (2, insert screw through the hole in the top raU marked and Sciew info hole firmly Into place pie etop wnnZ I I,; yl J low6n A J v 'S/1'Mentl Forholowea(kln ifscrewthrou hthe hole In mato ad marked ',1 over hemp rails. r_- •• 1 slide Outer connector 9 tae Wim ' ? +' ' . \` i •12/16' and scac ens into hole'CN' in end w For hole are Insert screw through H°b 2; Top Rao', P piety top connector „:.' I i .�-� f ild Refer l0 your peals FLARE onto tnnBr Connrxtor. .�',"- , j hole in endM. 10.12• TOP RAILS P' S by attaching inside ONLY I Refer to your pool Push it down lirmy fy There lo one common top rail for 16',18' 8 2t' w tle the hole in the to a I marked 'C"and screw Imo C 1' in e ca .:!' Hob 3 - Top Ruu bL pans list and side connector to end cap ! _ �i.?�'^ pools. 12' wide P r i p. l ;•E. ;j"' ! .. 1 til this guitle tar r Parts list aid side 1 1 .II> .I imo lam over the -{'� I •, `' Is use two sizes of to reds WILL screw first. then ••, .�� II P d • ee I �i poo P ~^- -- i @' 8 &12' TOP RAILS �.•.' Ible < - Top Rau Three pleceverticalessembty.Slldethecentersection (with pans identification. - I Bide outer connector t of this guide for parts • I. ,I. I top rens. Attach • 16', 16', end 21' wide 1 p rail. Note: Fencing _ i0antifiwli0n. ♦ i�'I i the Skin lO the i II . A.,1 I4 posts use One common f0 n9 I' I I \ 7•TOP RAILS two holes at top) down the grooves formed On each side onto inner Connector' ,:; y. . _._ tv 11 . :• ` to connector as �.':^:.-' _ strips packed with I - L p u '=' • 12' wide pods use two sizes of top rails. The longest lop rails are section. SPe01at Note: Special top Connector assembly. o lone) fencln Refer to your pool r', -S � I'L'yZ•••s.- • ' shown. Refer to ' -`v 3nJ��� usetl between the side vertical assemblies After completing Step 16, attach vertical skirt to vertical, g' i parts list antl side 1 - - ^T'��z�i you, I rts C'r'C_vE-� ' r ••" '• then attach to connector end decorative ori Refer ••"=---. T° pO0 • 16', 18', and 21' witle pools use one common size top rail. P P , • j -•. ( of this guide for parts list and side 1 of 6" 86-12" TOP RAILS hmb i • EM Cep `c: HOb I - End Cap to your Pools parts list and side 1 of this guide for pens " 4`�- �- - _ identification. this guide fpr parts • 12' wide pppoourools use one common size top rail Xqu p- Ex Cap - N,rla 2 Eno Cep 'Gentilic� tion. - - L' �6'.Ida has.userwalsizesol toprails. Theshortest rails are used _ _ _ EXPLVDED END SECTION -CLASSIC 8-1/2" EXPLODED END SECTION • 8" RESIN ' EXPLODED_ END SECTION - 6" & 7". FLARE EXPLODED END SECTION - 6" STANDARD 9011'699D END SECTION - 6.1/2" RESIN ALL -PO LS - Hole 3. End Cap Hoof 3 -End Cap . - T There are four difleremj%i iwllere thBlOp rellr meet as shown above. HPI04 End GI GI GI Gl S/1 Cn I 1 1 1 1 21 Hp194 EM . ^ 11 H Refer to Step 1 B tar the correct attachment low0on5. Cap pap 10 11-2" R -- • I s Z,'z Flare Resin Pools 00 6@o o_ o o= 01;o • o F,)o �,E � 3 Z IT (k. CJ0 OOU'' 0[] d. UU T ••1 :> •I t Nk eL ,._^ : '� .i `• _ '.. _ 2 12• POOL ® O 12' POOL ® �OINTS A, BLB L® O 18' POOL 4 2 18' POOL 4 z 21' POOL ® (� 12' POOL ® O 12' POOL ®O�'-12'. POOL O JO NITPOT DL ® .20 16'POOL „n O 16' POOL ® O • O _ O JOINT JOINTS, JOINTA O O JOINTS O OJOINTS A, 8,BC JOINTA JOINTB JOINTC�' JOINTS A, B;B JOINTD 12' POOL ' ` 16' POOL ! ' 0 12' POOL' %- IF 0 JOINTD ® O JOINTD ® - - ./' '� x" • ---JOINT D' - - _ �•+ 2T ,.`II �,. p ;p. O O O O O O O: O O' O O O O� O O O O O'..�.`• O' O— i��� O "Zy O`'"`IO O .', . lI 1 s ,�„ •O .: •.. ®_,i JI- 1�1 :Il' •� I�_ 4... Tr: �,,.j .. a�, 1. .. f� � ~ .l .. f .. '� ,.. ,fie• ,.. ED � O {® O O 12','16'1 8', &21-P OOL C} a . JOINTS A, B, 8 C � � '. j F - � 1 �i � R7, t•'l _212' 8, 16' POOL•`�JOITSA,CT,t i1 O2 18' POOL z 21'POOL JOINT D O O JOINT D 12' POOL 12' POOL 16 POOL 18' POOL 18' POOL 21' POOL 18' POOL 16' POOL 18' POOL ' 18" OOL}' �: 21' POOL 767�1 . • .. - OO JOINTC ® O JOINT „® OO JOINTD ®'O JOINT .� O JOINT ©0 JOINT ® O INT ® O JOINTS OO OO JOINTC ® =C� JO NT D.ti ® OO JOINTS A,' BL 8'® OPE�QMII # ® O�!`r �%.��L O2 16'POOL - ♦ 11 C v %INTD r"Y�jlTACH TOP CONNECTORS. CHECK WALL RADIUS COVE' LINER SEAM POSITIONING STRETCHIlLINER + T o J. o ;I x _. 1 E.D.. FOR i • • l _. \� .lz 't'., •J �_..-. �T 17 BOTTOMUNERSEAM - VODE�.0 .MF'L�I�ANCE BUNERJ INDER C P :.�. _r}•.'Ill _ I % 1 '`^ •\ 3'X3 PIECE OF ' t \^u`F ." + '� .... �.� DAT CARDBOARD TO r\ • `I T .2 STAKE STAKES • 'I �'•h:l ,. ^ ..'�.' �•" '�—PROTECiLINER"FRaM i "'f s " / I - BEING SNAGGED BY EARTH COVE 1- 1,`,'•. �n�'y...� / ! f PREFORMED COVE .�, CLIP \ti •li OP CO sions &DRQ_ ! 0 preealons 8 Preadge-� ;f":•`-.� _ /�I� _ 'shown) ••\ / I I "'• ~,I. •�_, .� -''' I •GARDENM OSE \` ^. �'' .FWN Remove all stakes. Check mO pool Inside " .F COVER END WITH CARDBOARD \ % ! pea ( pealwall)IOrlavelness. For excavated^. SOCKANDTAPE SECURELY. BINDER CUP pools, check Ratners of sloping areas with 2' x 4' board. Fill in all slight depressions with WARNING sided earth and lamp. Remove all stones and sharp objects. Fill b all footprints on pool - DO NOT USE MATERIALS •:�\, 1 l' • 1 - I f G �� -� floor. NOTE: If you Intentl to Inetell en E -Z Clip Urrer, follow the Instructions packed - I Important Ste AlThis Dme, lin in all excava ons on ouLrlde of THAT SHIFT IN COVE• Po p: pool. Cover inside pressure G %' (LIKE SAND) OR POOL MAY with It at this time and disregard steps 21 through 25 on this sheet. Place liner on ^" With the Uner in position, hold in place by attaching Iwo bintler dips over folded cardboard on I - pads and horizontal beams with approximately 3" of damp sifted eaM; tamp entl deho to _ EVENTUALLY RUPTURE top of top rail (at shallow and i1 excavated pool). The loose end should overhang outside the underside of each top rail. Carefully cover the end ole garden hose with a sock antl tape bottom Of I. Check I framework to assure level installation. Place the level on each fit '�+T Poo poo p - - Gam' - - of Pact by about 12 inches. Hold end and unroll liner down middle of pool as you would a Work in both directions from the point where the liner is overhanging. Unfold liner, drape secure" as shown, place it in the pool and begin tp fill. As pool Iills, the liner will stretch as rail, working gradually around pool, to assure framework is on Rat ground with opposite sides Important Step: Themve isavital structural element that prevents water pressurefrom forcing carpet. The center Seam of the liner must be positioned at the miner line of the Pool for over the top rail and down the sides approximately 24 inches. The liner should be Via 12' Ina water begins, cover me bottam. At cols ume,cher. ihesidewill for extreme tautness. ` no more than linch out of level. Remember: Always remove din to etljuet fremeworii- the poolliner out antler the bottom rail. The manufacturer will not assume responsibility should' 12 and 21-leatwldepools. For 18 and 18-footwldepools, position the writer liner section above the pool floor in the comer ONLY Remember that the comer seam or writer section BintlercllPS onot Balt-relensa. Any area opal leelsfeatghl shouts be relleveO Dy releaSMg eavor fill Inl Use level to check vertical positioning of verticals. Using Stake Aas center point, the cove be omitted. EARTH COVE: Use screened damp earth to form a Cove arountl the (not the seam) at me writer line of the pool. For excavated pools, the writer seam or of the Uner must be positioned at the wooer line of the pool. The bottom edge math of the the binder dips and allowing the liner to teed beck imo me peal untll the tlesiroo tautness is ' measure Iron stake d pool wall to assure mundness Of ends. Measure to the wall e1 each inside base of pool wen. Shape and Compact firmly. PRE -FORMED: Specifically designed miner section of the liner mud begin at the shallow end and run alit the writer line Of liner should be inside the I abod 12 inches from the to rails. Correct an Dunchi or • achieved. Re -comp binderdippss before you proceed around me pmVchecking end redemping. Aoach all hardware and brackets and top Connector as shown in detail of your pool. Refer Connector al pool end as shown above. Distance should be equal et all points. Follow same pre -formal pool Cove Is available from your tlealer. Follow cove manufacturer's Instructions. the e9i D T OS Remember That you are monitariny a mmlmum Ughthess of liner o e ran that wiU Control the M pool to the deep entl. Note: The embossed side and/or the primed side of the liner pleating conditions in the liner wall. Inspect liner for open an=. It any are found, return liner seating itself against the pool floor 'rand up the side with no wrinkles. Cominue monitoring to Figure B, C. D. E. F. Or G. ,. procedure using Stake B as writer point for opposite end. J Recheck pool for roundness atter Installing cove. will be me water side. liner to dealer for prompt replacement. the Uner Penson as %e water Is approaching and Covering the Cove area of the Past. • enFILL POOL noutenybunchigD p,gafg CONTINUE FILLING POOL PROCEDURE TO ATTACH LINER READ ME FIRST FOR POOL SAFETY BOOKLET •.WARNINGS • LABELS • SIGNS OCars, Correct 85 you are 8tljU5ibg the Uner tenon. To correct, resp Ina liner wall neared WATER LEVEL -1 STABILIZER RAILS _ _ w - 1 J` 48' T011 POOLS r 52 Tell POOLS the wrinkled area. Pull and lift the liner wall just enough t0 shellh OW Wmtkles or pleats. II FOLD BACK LINER FROM 3 TOP RAILS P ,,,, DEEPER AREA' OWARNING - - is easier it you waft until there is 1 to 2 ixhes o1 caster over the wtime area belore you try _ 24• - +� NO DIwNGI !L !`^ r .. ^� -- _' __ ISR small g. alter Imo la a aicoping ® Sh hG W S 3 �2 SHALLOW ///iif��� TARGE OTA. STAB { /j� to remove it. This allows me weigh of the water fit hold liner IMI In in grountl, keeping out • ` _ _ -:,-� ^ SMALL OTA. - coping, alternately lelesooping -- .• - e,4I ��F P wrinkte5 atter you remove them. ull any excess liner over the rail entl redamp in position so e r r-�- STpBIIREA large .....r" near the well. [I m„vlp q.ea Y Zn a minimum tautness prevents I. wrinkling. Douele Check around the pool so that you �� _ -�_ `_4..-'_ S _ have en even tension on the liner well down to the liner ficer. Do not attempt to lift entl pull the �' r � ' ^ • ' - - -_ PLASTIC aemull6instabilizerhesbeffO o f �,��e --- - liner with more Then 4 inches of water in the wrinkled area. Damage to the liner may occur. - - - - �'"--J~ J ' - COPING diameter r i n II any of your Salary literature, signs or tlecels become loll or damaged; you can get more free -/r/ - �h each pair of side suDPorts. They With pool completely aosemhled, install skimmer, Otter, etc. using rho Inatrudlons •' of charge by contacting Doughboy's Customer Service Department: Doughboy Recreational Whenthewater iso roximate Binchesu the metal wall end Cove' the cove, there - .t I �._ r pe. BPea Y by Calling toll tree: (877) 228-4586.: pp ty P rug /'� ,I 00 NOT teleSCo provided with loom units. Finish /ill In I to the correct level ea Indicated on our ' • 315 No. Sebastian St. •West Hetero, AR 72390 or be just barely exugh tension on the liner to mmmil a wrinkle-frea installation. 1�\{� _ IL •__-,_ --~ skimmer few plate. ' If) NOTE: At the skimmer antl velum Importontt Aboveground pools are deslgned for swimming end wading only. Do not Dive FIIIIngpeep Excavated POols(elretch4n linen onry): /' — -� �';'�•"^ T-5�- Now that you installed your new pact. hbo Recreational would like you know we or Jurapt 1 Misuse ai II lo Imponam to remember that the floor of me liner (not me liner wall) must stretch into the •�� '\. •�-- - 42• ���.-nr openingsonty,the returnhemmust Yo Pea ug Y YO P your pool may result m crippling Injury antl/or other Gangers fit lila and excavated area. The bottom ad 0 seam should oo locele0 in the Cove area all me way arountl `^-.� " _ I ;i I RETURN r becut away betweentha steel side ere very mxernoo about your family's salary; so we have provided an assortment of safety heafth. Do not use slides, diving boards, or any other plattorm ar object which can be used I pool when the pool is full of water. Stretch the liner properly ar you will entl uD With the me I' '•(+. !' al ,� HE Ql'- ' - literature with your new pool, but a is gtso a big responsibility. Please take the time to read, fpr improper pool entry. Use only an above -ground swimming pool ladder or entry system 1 �, 1 wall enhd IhB liner sitle well. (This and understand all the Sade literature oohom edge seam Somewhere an me bottom Oi ins peal or not enough Inter wall to go over the i I Ij---+t-;-��' !.' / w will Insure that mere is on" one IY Provided. to enter or axil your pool. Never attempt o swim or reach Behind [aOtlers Or any other pool steel wall to Complete the instaUatbn. When Nis happens, you may think youVe recelld me ; ' " X ii % , 1(• , thicknessol liner meterialmverin 4 entry system. It is the pool owner's responsibility to Secure the pool against unauthorized, i 77, ___vvv ' , 9 We have also provided u with an assortment 1 ns andtl I al decals end cation o decals. d wrong liner, when in fad the Ilnen was improperly stretched into place. �Y/r 7 . , I �� \ i (hesklmmerand return eni sd P �' pool o r ns or unintentional entry. g Is edit the pool owner's razing Injury to mom Ot. TOP OAP t1• j. 4 P n9 Com iii ion. It Is with mandatory that t the pooleen ow er and In U.S. Cfollow r e Instaduct llation • pool it ere of the hazards of diving Into by a responsible wooer: paralyzing as directed Injury may moult. Cleaning Linter: 11 you tledtle to drain the Dont to dean the liner, or for any other reason, you — I �, .Pool WAIL affect a positive asked seal . DO ry pool owner end Installer follow the Inet011otlon Juveniles mud be au lead et oil timet D ores �.•"' / i,..,•-�1� PO 9 ) Commission. It le mondpto That the pory y ponslbleotlutt aedlrected by the U.S. Me leave tie toot(12inches) of water, measured fromground level scathe metal side wall, ...a—"h} TOP RAIL - VERTICAL END CAP NOT CUT the liner side waU el any end use directions for all provided Safety signs and decals. We have also provided Consumer Product Safety Commission. Always Obey all wlety Nies. Remember, pool in the 1. Failure to Com ng ywarranty. ry STABILIZER RAILS P Pa you with a booklet tilled "Read Me First for Pool Safely", which will give you a detailed Safety is everybody's responsibility. Pool. ply With WS warns ma wldthe warran Make a return hem as illustrated. DO NOT cut oil �emowd Stop 24. Repeat same description olwhere and how toapplyyouremetyelecolseadelgne-Remember,wamings Liner Replacement:, you decide to repMce meliner, you must have the replacement liner al Continue filling pool. Never allow liner to fail back into pool. Water between the liner and - excess liner material as the liner win"SIiP• from under steps for entire pool perimeter, only help if you put them up. Please help us prated the good health entl safety of your family Change of Design: Doughboy Recreational expressly reserves then hl to changear nodi the pool arta and ready Yo Immediate m5lallahon. DO NOT leave IhB I stand without a wall can cause I failure. When I has approximately 24 inches of water, stop fillip Do With the het of tiro or three 9p " liner. Do cot attempt to Install the replacement liner on a windy da . eve a nd dame e to Poo Poo PP Y P 9 D people, raise end hold the liner up Iron any Three top reit the plastic Coping, rousing liner to fall Dade into the working just three IOD rail sextons entl Irieoosl ReaO In. Me First for Pool Safety, book through Completely end follow the design and Consimdon ai any product in due Couree of our manufacturing prowdures, your Pool may result. p y y 9 act resume until Steps 24, 25 and 26 are completed. CAUTION: Do net cut any openings sections. Remove four top caps. three top rails, two vertical end caps and stabilizer rails. pool. Smooth liner against welt and secure to lop at a time. DO NOT allow liner to the directions in it. Dont forget to use a marking pen to write the number of a rescue agency without inarringeny Obligation or liability to furnish or Install such changes or modifications Into liner at this time. REMEMBER, NEVER ALLOW LINER TO FALL BACK INTO POOL I of wall with plastic coping. Place stabilizer rails over fall back into pool. on the signs and on the back of your'Read Me First* booklet. on products previously or subsequently sold. DB 0706.275 - - - _ wy