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HomeMy WebLinkAboutEnergy Calculations Form & Manuals• i r J Q LL �4 LJW H�s t d w� I I I I I W c N E U FMF- � ( _ o f F W a O W O a 0 o H N a Z agoju N m aq o Iha� i ,poRb�t�f P lIL6 m UJ .J -N 6-1 Ptrso UVD T Pla'-CS T-L 3y95I v PI Af.IG t DOP-L-eN PILE ,z4D-7 PASO ?.o&z-s Ot-VD FD)I-t- P(ae-elf- �URs1 RISES Dlh6iP q-M FEB � 8 20�i� 5i'. Lucie Couniy, Permitting Electrical Load Calculations Electrical Contractor: t r L Phone #:�� ��rinn%nnZ'/— Z I O� (D I (5� Fax,1#:a �7 — 7 1 0 l—, _5q Z YR Project: Ly --I Jf ib - ZZ��i��y�Location :Jq 6-7 p�Q Fn// I��J�//ii Amid d Existing Service Feeder Size: ILA Existing Panel Size: a. enQ/4 Main Breaker Size: oZ� Number of Breakers: �6 Existing Loads Sq. Ft. X 3 watts per sq. ft............................ 3 _ Q (D watts Appliance cir. @1500 watts each .................... .3 d0 D watts �.. Laundry cir. @ 1500 watts each ...................... L $O0 watts Range @ 8 kw ................................................. (7 00 C) watts FEB 2) U 2 Dishwasher and disposal @ 1500 watts each...... 3 0-00 watts -IIniy, Permitting ._ 1. Microwave @ 2000 watts ............................. 7_G4S6 watts Water heater @ 4.5 kw ................................ y $ 0 0 watts Tankless water heater .................................. - watts Dryer @ 5 kw ........................................... 5000 watts Refrigerator @ 1500 watts ........................ 15 O 0 watts 2. Bathroom 1 @ 1500 watts .......................... 3 04Z, O watts (d J s upy 0 Sprinkler Pump ........................................ — watts Other ............... watts Other ............ watts cl(0 Other ................ watts Sub total 1 Watts New Loads Pool pump ............................................... watts Sf.LUC1E COUNTY PLAN REVIEW Pool light ................................................. watts Heat pump ............................................... watts BLDG: — Chlorine generator ...................................... watts DAPf Air blower ................................................ watts z��O� Boatlift.................................................... watts. DATE✓ Other ............... watts PLUMB_ Other DATE~ ................ watts MECH:� Other ................ watts DATE: Total Watts First 10 kw @ 100%............................................. I0watts Remainder @ 40%...................................................-W-1­0�watts A/C heat @ 100%.................................................... —" watts ' ,1 Total watts �(2j �D�1 �O�toB Divided by 240 volts = $ 3 • � Amps Prepared by: _►�/1 �UV . AA" Imw Date: 6 I ,A o In TAbld\bldg_fonns\New ApplicationslFonns6.aical Load CalculationsAw �" 1014=07 General Information Specifications Generator Model 9 kW 11 kW 16 kW 20 kW 22 kW Rated Voltage 240 Rated Maximum Load Current (Amps) at Rated 37.5 45.8 66.6 83.3 91.7 Voltage with LP' Main Line Circuit Breaker 40Amp 50Amp 70Amp 100Amp 100Amp (Generator Disconnect) Phase 1 Rated AC Frequency 60 Hz Battery Requiremerit 12 volts, Group 26R-540CCA Minimum or Group 35AGM-650CCA Minimum (Field supplied) (see Replacement Parts) Enclosure Aluminum Weight (lbslkilos) 340/154 348/158 404/186 448203 466211 ' (without battery) This unit is tested in accordance to UL 2200 standards with an operating temperature of -20'F (-29'C) to 122'F Normal Operating Range (50'C). For areas where temperatures fall below 32'F III *Q a cold weather kit is recommended. When operated above 77'F (25'C) there may be a decrease in engine power. See Engine. These generators are rated in accordance with UL 220D, Safety Standard for Stationary Engine Generator Assemblies, and CSA-C22.2 No. 100-04 Standard for Motors and Generators. ' Natural Gas ratings will depend on specific fuel jouleslBTU content. Typical derates are between 10-20% off the LP gas rating.. Engine Model 9 kW 11 kW 16/20/22 kW Type of Engine GHA26 GTH-530 GT-999 Number of Cylinders 1 2 2 Displacement 426 cc 530 cc 999 cc Cylinder Block Aluminum w/ cast iron sleeve Recommended Spark Plug See Replacement Parts Spark Plug Gap 0.020 in (0.508 mm) 0.030 in (0.76 mm) 0.040 in (1.02 mm) Valve Clearance 0.002-0.004 in (0.05-0.1 mm) 0.002-0.004 in (0.05-0.1 mm) 0.002-0.004 in (0.05-0.1 mm) Starter 12 VDC Oil Capacity Including Filler Approx. 1.1 qt (1.03 L) Approx. 1.7 qt (1.6 L) Approx. 1.9 qt (1.8 L) Recommended Oil Filter See Replacement Parts Recommended Air Filler See Replacement Parts Engine power is subject to and limited by such factors as fuel BTUIloules, ambient temperature and altitude. Engine power decreases about 3.6% for each 1000 it (304.8 m) above sea level, and also will decrease about 1% for each 10'F (6'C) above 60'F (15'C) ambient temperature. The specification sheet for your generator was included in the documentation provided with the unit at the time of purchase. For additional copies, consult your local Independent Authorized Service Dealer (IASD) for your specific generator model. Owner's Manual for 60 Hz Air -Cooled Generators Site Selection and Preparation Section 3: Site Selection and Preparation Site Selection 5Q(1.52 m) C 511(1.524-�, E ©IL- 3It 31t III (0.91 m)_ O. ~ (0.91 nr) t 3h(0.91 m) OO i B F ' G ---- �� D Figure 3-1. Instal/aUon Clearances m ID Description Comments A Top of generator — a Front and end clearance MuiGwm dear dislanoes cannel btdude shrubs, bushes, or bees. C Rear dearance 18 in (45.7 tan) minimum clearance per NFPA testing, labeling, and gsgng, unless slate or local codes iodate otherwise. D Windows and openings No operable windows, doors, or openings in the wall are permitted within 5 R (1.52 m) from any point of the generator. E Erdsgng wag Ono -hour Ore rated wells allow closer placement of the generals set. Confirm before installation. F Removable fence Removable fence panels for setvidng cannot be plated less than 3 it (041 m) in front of the generator. G Overhead clearance 5 R (1.52 m) rninwwn distarke from any structure, overhang, or projecilons from the wag. DO NOT Insiall under wooden decks or structures unless this distance Is maintained. Installation Guidelines For 60 Hz Air -Cooled Generators - - 11 Site Selection and Preparation Install the generator set, in its protective enclosure, outdoors where adequate cooling and venfilating air is always available (Figure 3-1). Consider these factors: • The installation of the generator must comply strictly with ICC IFGC, NFPA 37, NFPA 54, NFPA 58, and NFPA 70 standards. • Install the unit where air inlet and outlet openings will not become obstructed by leaves, grass, snow, etc. If prevailing winds will cause blowing or drifting, consider using a windbreak to protect the unit • Install the generator on high ground where water levels will not rise and endanger it. This unit should not operate In or be subjected to standing water. • Allow sufficient room on all sides of the generator for maintenance and servicing. This unit must be Installed in accordance with any local, state, or national codes for minimum distances from other structures. • Clearance from the ends and front of the generator must be 3 ft (0.91 m). This includes shrubs, bushes, and trees. Clearance from the back of the generator must be a minimum of 18 in (457 mm). Clearance at the top should be a minimum of 5 it (1.52 m) from any structure, overhang, or projections from the wall. • DO NOT install under wooden decks or structures unless there is at least 5 it (1.52 m) of clearance above the generator. • Install the unit where rain gutter down spouts, roof runoff, landscape irrigation, water sprinklers, or sump pump discharge does not flood the unit or spray the enclosure, including any air inlet or outlet openings. • Install the unit where services will not be affected or obstructed, including concealed, underground, or covered services such as electrical, fuel, phone, air conditioning, or irrigation. This could affect warranty coverage. • Where strong prevailing winds blow from one direction, face the generator air Inlet openings to the prevailing winds. • Install the generator as close as possible to the fuel supply to reduce the length of piping. REMEMBER THAT LAWS OR CODES MAY REGULATE THE DISTANCE AND LOCATION. In the absence of local codes regarding placement or clearance, we recommend following these guidelines: - Install the generator as close as possible to the transfer switch. REMEMBER THAT LAWS OR CODES MAY REGULATE THE DISTANCE AND LOCATION. - The generator must be installed on a level sur- face. The generator must be level within a 0.5 in (13 mm) all around. - The generator is typically placed on pea gravel, compacted soil, crushed stone, or a concrete pad. Check local codes to see what type is required. If a concrete pad is required, all appli- cable codes should be followed. Installation Guidelines for Stationary Air -Cooled Generators NFPA 37 is the The National Fire Protection Association's standard for the installation and use of stationary combustion engines. Its requirements limit the spacing of an enclosed generator set from a structure or wall (Figure 3-1). NFPA 37, Section 4.1.4, Engines Located Outdoors: Engines, and their weatherproof housings if provided, that are installed outdoors shall be located at least 5 ft (1.52 m) from openings in walls and at least 5 it (1.52 m) from structures having combustible walls. A minimum separation shall not be required where the following conditions exist: 1.. The adjacent wall of the structure has a fire resistance rating of at least one hour. 2. The weatherproof enclosure is constructed of noncombustible materials and it has been demonstrated that a fire within the enclosure will not ignite combustible materials outside the enclosure. Annex A — Explanatory Material A4.1A (2) Means of demonstrating compliance are by means of full scale fire test or by calculation procedures. Because of the limited spaces that are frequently available for installation; it has become apparent that exception (2) would be beneficial for many residential and commercial installations. With that in mind, the manufacturer contracted with an independent testing laboratory to run full scale fire tests to assure that the enclosure will not Ignite combustible materials outside the enclosure. NOTE: Southwest Research Institute testing approves 18 in (457 mm) installation minimum from structure (Figure 3-1, C). Southwest Research Institute is a nationally recognized third party testing and listing agency. The criteria was to determine the worst case fire scenario within the generator and to determine the ignitabilily of items outside the engine enclosure at various distances. The enclosure Is constructed of non-combustible materials, and the results and conclusions from the independent testing lab indicated that any fire within the 12 Installation Guidelines For 60 Hz Air -Cooled Generators AMERICAST GENERATOR CONCRETE PAD ON -GRADE APPLICATIONS ONLY � ) 'WIND DESIGN REQUJR�ENiSe uwnnm�uovemv m®.Tm: _�� �Y, WIND PR. SUo MEN GENERAL NOTES \ ��� LL1 ]Wp pLp u�ep a .mew.mn�aeoro ow ®.m eW 1.De0 ss��mo�w��D.64 e.ws/6(vM+mm pGG n� GMEMTORTABLE: QMMTMImRT e � sa.wresvwrru S tzaso®ue raa r, : nmwaeW�ur �� n=�v e tv ... GMWMR NOUN GCONMUMTION: T— 1—ervmm—I �_uRunx—� auavur. .NORTOPMSCNEORLE: pwwmo.�.smss_ (All'seg v e® w�.mn�mpo.rt.N.o W NC€ i mi }eo-• w unvrrmao-un.ama.a�nrau� 100-400 Amps, Single Phase Functions All liming and sensing functions miginale in file generator controller Utility voltage drop-uul.................... .. ........_....... .. __... Tmler to generate: $[all ... ...... .... ......... ._...... .... ........... ...... _..... ...... Engine vrarm up delay .... -....... ......_......... ..... .......... ...... _- ....... . Standby voltage Sense! ... .............. .. ... ... ... ..... ............... .-- ............. Utility voltage pickup.._._._._......_...... ... ............_...... _........ ... . Re -transfer time delay .................... .... ............................................... Engine coal -down timer .......... ....... ..... _ ...... _.... _... .............. ....... _... - Exerciser ... _.... _........... ....... ........... ........................... - ... .................... . The transfer switch can be operated manually without power applied. GENERAC- =-_WzMMzilM Automatic Smart Transfer Switches ...........:................... ......... ....... ... .. .. ............................ ................. 10 second factory setadjustable bellveen 2-1500 seconds by a qualified dealer' ....... ....... ......... ............... ..... :.:... ...... ..... ....................................... ...... ....._._.. 5 seconds ................ ........................ ..-.... .... .... ....._..... ....... ....... .......... ........._.657 to! 5 seconds ........... ...... ........... __...... _......... ........... ..................................... ..- ....__-I ......... _... > 603; I-- .......... ........ ..... .. -.1 .................... . ........ 15 seconds ......... ._.._._.............................._..._....................-_............................._...........60 seconds _. .................................... ......... .........5 at 12 minutes adjustable weekly/Bi-weekfy/MonNl/-- 'When used in conjunction with units utilizing Evolution" controls '-Adjustable via the controller Specifications Model RXSC100A3 RXSW100A3 RXSW150A3 RXSC20OA3 RXSVJ200A3 HXSW30OA3 RXSC40OA3 RXSW400A3 Amps Igo 100 150 200 200 300 400 400 Voltage 12DR40, In 120/240,to 120/240,1e 1201240,lo 120/240, to 120/240,1a 120/240,fo 1201240. to Load Tmnsilion Type (Automatic) Open Tra IkM Open Transition Service Rated Open Transition Service Rated Open Transition Open Transition Service Haled Open Transilion Service Hated Open Transition open Transition Service Rated Enclosure Type NEIAMIL 3R NEMA/UL 3R NEMNUL 311 OEMANL 313 NEMAAJL 311 NEMANL 311 NEMAIUL 311 NEMA(UL 3R UL Rating UUM UL UL UL/CUL UL UL MUCUL UL Withstand Rating {Amps) 10,000 10,000 22,000 10,000 22.000 1 22,000 1 22.000 1 22,000 ling Range 1/0-#14 1 250 MCM-#6 600 MCM-#4 or UU-250 MCAT Dimensions IAod41 I [H2 3 t17.24/437.91721,1�43'7_9 9 RY51YIi0A3 2e79679A 3M62 Fa(SC200A7 PXSW200J.316%SW301Ai 17.24J4379!2675tb19.-I 21Y50a s0.762 4291/1039.931251193E 4a9219.2 W(SGOOAa WS"Wd00A3� 42.91/1089.9 40/1219.2 76NI4.4 l 12513175I 12 Y1I75I 105/1667 12.YlRa 105,7667 IG6914239 191814117,2 16691423.9� lee@ 1 W2- 14697081'463708 1383429 14.6,170a j Ie_ 13429 218'615542 24/609.6 219255421 IlLp!h tin/mml 7n9/180.1 ( 1Milan .I 6311601 7.09/1801 I G[o160I 100055.5 10.0605.5 1006125551 yicuuhl lmLMoS) 209.017 Milt 21 ' 39,1769 i 201907 9117.69 149$3.5 23160.33 4 1 140/6.i 5 GENERA C General; Power Systems, Inc. • 545 W29290 HWY. 59, Waukesha, WI 53109 • generac.coln MMMMMEMMF`$nl]aMru<VGNP'SPSItl6. l%. iJNIifH.Y(PL. F9GK[K:L'JR yP SYJ.tt1140L149P WlOR,JLDLLU. a0!4`IT IWIl�n01345Y-A 04 "ii Automatic Transfer Switches GENERACT Service and non -Service rated Automatic Smart Transfer Switches 100 - 400 Amps, Single Phase C @us LISTED _ 'Cut only applies In non -service sled switches Description Generac Automatic Transfer Switches are designed for use with single phase generators that utilize an Evolution" or Nexus" Controller. The 100, 200, and 400 amp open transition switches are available in single phase in both service equipment rated and non -service equipment rated configurations. The 150 and 300 amp open transition switches are only available in a service rated equipment configuration. Standard Features Service rated (RXSW) Generac Automatic Transfer Switches are housed in an aluminum NEMAIUL Type 3R enclosure', with electrostatically applied and baked powder paint. The Heavy Duty Generac Conlactor is a UL recognized device, designed for years of service. The controller at the generator handles all the liming, sensing, exercising functions, and transfer commands. All switches are covered by a 5 year limited warranty. ' Non -service rated (RXSC) switches are housed in a steel enclosure. DPM Technology Through the use of digital power technology (DPM), these switches have the capability to manage up to 4'individual HVAC (24 VAC controlled) loads with no additional hardware. When used in tandem with Small Management Modules, up to 8 more loads can be managed as well, providing the most installation efficient power management options available. 3so "00,: