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HomeMy WebLinkAboutpitkin.eh.246313301003 (1980)Document Layout (From Most Recent to Oldest Permit) Permit Application Log Sheet/Notes & Photos Communications As -built Design Engineer Design Soil Information Floor Plans Water Permit & Information Land Use Approvals Second System on property Third System etc (All relevant older documents in the same order as above) (A red sticker will be placed on both sides of the file tab when doc. is scanned) -133-0( - 003 �h c�b�ee`z ASPEN*PITKIN ENVIRONMENTAL HEALTH OEPAR NT P "iVIT T NUMSER pW 7O RECEIPT NU�:BER y __-- Owner Phone No. Owner's Mailing A�_, ess f�>x `i 'i a v r Contractor -,JnA"- nuv T\V--� Phone No. Address System's Contractor"s Name - 3q 3'7-91,3-3190 Address 331 r I l CDC & ��fs1l Y] Get //1� — Legal Description_ 6� - IJ�ock - __R, _Ie aA__ Yl1tol3tovti Lot Size a . G a 0 -r -of s Type of Building by Use SNlsi�i4MK. !►e� Number of Bedrooms Type of Water Su.�ply o I.. f� f Owner 'sSignw0iure L. _ Date PLOT PLaN:"ar:TACHED AS REQUI' D Type of Individual Setsage Disposal S-y,,tem�_�e�/�+C� Type of Soil or Soil Classification Proximal Location of Bedroc' — S EXT_ 3 Proximal Location of Grou= d Center Table IYDZ 7##*####*##%:#*s!t*#:i:#i•IaMi1 s:'y�sk'#:x::#4#:.k.:ar#:k�.,=:'s:kK%.#�-•!'#'f:'k's*T#+k It#.k#�'Y•x9t:#:K#si M.k +!c# Percolati.ou Test Datex' nutes Per In.ii�sF� --- — Minimum Recommended [Absorption SySTer__ S+A-zc__j0UU easy r I Minimum Recommeaded Tank Size 75-D �2LL%-BNS-----..-------- NOTICE Special Condi ions of Issue' when pro,w!V slpnad hr issuanee. this e�ul•<n•ian �, for or Y Vd✓ Peunn, POP1iCrtlDn unPd � 1 Ystr -tan demo If en inolvitr.,al sew ya J;sO.sel Yernso I steed for oroper;V an wn.eh no Dupolrry Pc+na hes bann �� '�'✓ W`� l iteu.M. the mOb:dualw-.vs.:a eisP. al Cac.:.rx sn.:a e1 PST' I2ll d.,1 Otter its imull-I, if cOOft wC- " Ebs cot bean con•menc Pa. All en Ien In 91 i 0C tv s }legion: Ater Ane (,:,mit nee teen s41.eP in.eh±nns +he persalt, unle+s noptw$ Is mc:Jed (rlyd the 4"It9 Officer tar such crangvs. ooI �s Q approved- for Issuance By _Date �0 —,-20— 8o FINAL INSPECTION APPI OVAL Uate_42_-_•_ (Drawin.- of Back.) A/P. E. H.D• 6180 130 South Galena Street Aspen, Colorado 81811 303/925-2020 4.1�z,qDLFr L_ ,-IOOo GALC&J GI 1000 GA L( -O& Rl PL)mPI,vG a, EFFEO-T/VE II,e�,}=g� r 00002 I 0 �2 SaH4o PVC— S�oPEi��s SHO -UJ PEP-Rlc'ArCD PVCr 5/' \ DEEP T2E/ucf+F-5 Y2 -'i or- (3��ccJ ONES @ :Er31 PITKIN COUNTY ENVIRONMENTAL HEALTH Field Test Data Sheet on Percolation Test PROPERTY OWNER PHONE MAILING ADDRESS LEGAL DESCRIPTION OF PROPERTY `.of 3 LOCATION OF TEST HOLES Three (3) test holes required per system Test Hole Depths (24" minimum) Diameter of Test Holes Water remaining after 8 hour soak S6 if /2 /I sy '/ /2" TEST HOLE No.1 TEST HOLE No. 2 TEST HOLE No. 3 Drop 7P, Time Drop Time Drop Time is y ( 6'% 5 5 3 3 ��� 3 14 I Z) Z7 8 60 13 Percolation Rate Each Hole Average Rate '[5,- i77 Signature 000003 Date /O /(O FO III Adjustable Level ito 0000Nt L- SECTION 5000 PAGE 1 33 INSTALLATION AND SERVICING INSTRUCTIONS FOR MYERS AWS -1 and AWSU-1 ADJUSTABLE LEVEL WET SUMP CONTROL s 5000 34 This control is made in two models only. Model AWS -1 is for standard pump down sump service and Model AWSU-1 for pump up or tank fill applications. Switch can operate any single phase pump direct within rating of switch. Switch is rated 1 HP -115 volts or 2 HP -230 volts and of course can be used with any size motor as a pilot for magnetic starter. The limitation for pump size is controlled by size wire that can be used in cord nuts. For three phase, it would be 71/2 or 10 HP. When the AWSU-1 switch is used as pilot only, remote from pump, any size motor can be started. PACKAGING—Each control is packed separately and includes switch with integral connection box, two displacement weights, 60 inches of stainless steel weight support cable and all stainless steel clamp to mount switch to pump discharge pipe or to bracket mounted in tank if used for tank fill operation. Carton is marked with model number and ordering number. DESCRIPTION—See Fig 1 with call out description of parts. The AWS -1 or AWSU-1 controls are completely sealed with the switch being operated by a permanent magnet. Card Cannectian Bm Alummma Corer fling Seal -� r`_�CON Seal No ��r—�Hu00er Scal Switch _r. i Grommet f t,ns Aluminum Pertnanenl Magnet 111 Ibusing �— .h - -`+1 t. �—#<i6 Stalnleu Follower �Seconaary Spring S"mless '0" Bing /`" - ) � 0' Bing Seal Seal Po ABS Plastic Mary Sprang Stainless / ' jjj Swtmh Base rV 4.-10 Stainless Set Strew Spnng Adjusting Bushing ABS Plastic Pherwlic Plastic Displacement Weight > 4 Stainless gel Screw '/u" Stainless Snppan Cable 000005 i FIG 1 Any on-off level within the limits of the 60 inch suspension cable can be obtained by adjusting weights on cable. A'W' socket head stainless steel screw holds weights in position on cable. A hex socket wrench is needed to adjust weights. Fig 2. Switch has integral sealed connection box for connecting pump and power cords and alarm control cords if used. All cords are sealed with rubber bushings compressed with nuts. This switch with connection box is designed for use in any wet sump where pump is installed remote from power source and a plug in receptacle cannot be used because of dampness. This switch is ideal for use with pump installed in septic tank to pump effluent. MOUNTING—The AWS -1 switch is mounted on discharge pipe or on an extension of the discharge pipe as shown in Fig 3, with stainless clamp supplied. Switch is mounted so that weights hang free and are opposite from sump inlet. Weights are set on cable so that bottom of lower weight is at least 4" off bottom of sump and top of upper weight is below bottom of inlet pipe. t� a FIG. 2 J Excess stainless steel cable is cut-off flush with bottom of lower weight Fig 4. After cutting cable, loosen set screw of lower weight and slide weight down 1/4" so that end of cable is not exposed. If frayed end of cable is left below weight, trash may hang up and cause faulty switch operation. Pump cord is cut for proper length to connect into box and is taped to discharge pipe. Power cord from remote source is connected into box. #14 power cord can be used for off -set distance of 150 feet on pumps through 2 HP 230 volts. Allow enough extra power cord so that pump and control can be lifted from sump after union is disconnected without disconnecting wires in box. This allows connection box to be opened and connection made out of sump where working is easier. The excess power cord is coiled and taped to top of pipe or connection box. See Fig 3. Round power cord must be used for connecting into box. If a flat underground cable is used a section of round cord can be spliced to the end of flat cable with pressure connectors and proper taping with 5000 35 waterproof electrical tape. Myers supplies proper round cable in any length required and is generally recommended over splicing. Power cord can be run in plastic conduit to power source. Generally only two openings in the connection box are used. One for power cord and one for pump cord. The extra openings are for installing alarm or other control on special installations. Solid rubber bushings are used to seal the unused holes. When the AWSU-1 switch is used as a pilot remote from pump, it is necessary to run only one cord to control from control box remote from tank. This cord can be No. 16-3 conductor and can run several hundred feet if control is used as a pilot for magnetic starter. Wiring diagrams are given for standard and special installations in these instructions. SWITCH OPERATION—AWS-1 for pump down applications. Switch construction is as shown by Fig 1 with the integral connection box. Switch wires from switch compartment to connection compartment are sealed so if water should leak into connection , WIT r,r j 000006, FIG.3 .._ FIG. 4 5000 36 • compartment it will not damage switch The lower switch base is of ABS plastic and is same part as used in the Myers ALC control. The upper housing and connection box is aluminum with baked on epoxy paint for corrosion resistance. The switch base is held in aluminum housing with stainless steel screws and an "0" ring seal is used between parts. The box cap is aluminum painted with baked on epoxy and held in place with stainless screws. An "O" ring is used to seal cap. The Phenolic plastic displacement weights are heavier than water but are lighter under water by the weight of water they displace. As the weights do not float, splashing or turbulence in the sump does not cause erratic operation. In operation, when water rises in the sump, the lower weight becomes submerged and loses some weight by the weight of water it displaces which reduces load on primary spring. As level continues to rise, the upper weight becomes partially submerged and when about 1/2 of upper weight is submerged weight is further reduced and load on spring is further reduced allowing magnetic follower to move up and attract the permanent f 00000 i magnet attached to switch arm to start pump. As sump level is pumped down, the reverse operation occurs. First, the upper weight is exposed increasing load on spring and when level draws down until about iii of lower weight is exposed, load is further increased on spring and follower is pulled from magnet stopping pump. As the position of the displacement weights on the cable does not change their weight, the spacing of the weights will give draw - off required. OPERATION OF AWSU-1 PUMP UP OR TANK FILL CONTROL—The operation of the AWSU-1 control is just the opposite of the AWS -1 control that is when tank level drops to lower weight level, pump will start and fill tank until upper weight level is reached, stopping pump. Tank mounting brackets for the AWSU-1 control are not supplied but control can be mounted on pipe attached to tank wall or tank cover. STARTING PUMP AND CHECKING SWITCH OPERATION AWS -1 CONTROL 1. Install pump and switch as per Fig 3. A I FIG.5 __ _ FIG.6 1 2. Provide plug on service end of power cord to plug into grounded receptacle or 1 connect directly into separate circuit / breaker or fuse box. 3. Codes in some states require that a waterproof disconnect switch be used in the sump between power line and connection box. 4. Turn on power and fill sump with water. If sump is already filled pump should start immediately and pump sump down to lower control, stopping pump. 5. Operate pump through several on-off cycles to check switch operation. If pump does not start, see other data in these instructions- CAUTION—Before doing any work on switch or pump be sure power is off at source or in sump if disconnect switch is used. Be sure cord is plugged into a grourded receptacle or is grounded in circuit breaker or fuse box. CHECK POINTS IF PUMP DOES NOT OPERATE 1. Be sure weights hang free and do not 000006 FIG. 7 Q touch pump or basin walls. 5000 37 2. Be sure switch body is mounted vertical, and is not twisted on mounting pipe. 3. Be sure bottom of lower displacement weight i4 at least 4 inches above sump bottom. Any height above sump bottom can be used if larger pumps are used. 4. Be sure stainless support cable does not extend below bottom of lower weight. 5. Be sure excess power cord is not tangled with weights. 6. Check for blown fuse or tripped circuit breaker at power source. 7. Check wiring with wiring diagram. 8. CAUTION—Always turn off power before making any checks on pump or switch. 9. Red warning label is attached to connection box cover (to turn off power before removing cover). DISMANTLING INSTRUCTIONS FOR CLEANING OF PARTS OR REPLACEMENT 1. Loosen set screw that holds spring adjusting bushing Fig 5. Set screw is socket head 1/4" stainless steel. Hex wrench is needed to loosen screw.. EE 2. Remove actuating assembly Fig 6. Clean all parts and hole in switch base. 3. Remove screws in switch base. Fig 7. 4. Remove switch and base from aluminum housing. Fig 8. 5. To replace switch and magnet, remove mounting screws and wires from old switch. Connect wires to new switch and mount on bracket with two screws and nuts. Be sure to use lock washers under nuts. ' For the AWS -1 pump, down switch lead wires are connected to left terminal and to middle terminal. For AWSU-1 pump, up switch wires are connected to left terminal and right terminal. To properly set switch, just snug up on bolts then push up on magnet end of switch body to take slack out of holes. Push on body not on magnet arm. Tighten bolts. When switch arm is pushed down, magnet face should be flat against plastic face and switch should clock on. Now raise switch arm and switch should click off. If switch does not click on and off properly, loosen screws and move switch for best adjustment. 6. Replace switch base in aluminum housing. CAUTION—Be sure "O" ring seal is in position and that all wires are tucked behind switch mounting flange, so that they will not interfere with switch arm operation. 7. Replace follower assembly and set spring adjusting bushing. Inner face of bushing flange should be about 1/4 inch from face of housing Fig 9. 8. Now check switch operation for properly setting spring adjusting bushing. Use following steps: a. Hold switch in vertical position and connect Ohmmeter to the two switch wires. b. Set weights about 2 inches apart. c. Hold switch vertical and lower switch so that weights will submerge in a bucket of water. When upper weiaht is about 1/2 out of water, switch should go on showing completed circuit on ohmmeter. Fig 10. d. Now raise up on switch until about 112 of lower weight is out of water and switch 9 iA �l 4.`� J 0..0®19---- .. FIG -9 } Ifs I f` should turn off showing open circuit on ohmmeter. Fig 11. e. If switch comes on when more than 1/2 of upper weight is submerged, loosen set screw or spring bushing and push bushing in about 1/32 to 3/64 and retighten set screw. Turn bushing so that set screw point will not come back into same groove. If switch turns on when less than 1/2 of upper weight is out of water, loosen set screw and pull bushing out about 1/32 to 3/64 inch. Use scale to check before and after measurements as shown in Fig 9. Turn bushing so that set screw point - does not come back in same groove. Now tighten screw. It may take two adjustments to get proper setting. It may not be possible to get both upper and lower weights to turn on and off at exactly 1/2 of weight, but slightly above or below 1/2 on either weight give satisfactory operation as the 1/2 weight allows for considerable safety factor. WIRING DIAGRAMS Wiring diagrams A -B -C -D -E -F show connection for single and three phase operation. 5000 39 Wiring diagrams furnished with Duplex control boxes show how controls connect to the remote control box. Diagram G shows connection when the AWSU-1 stitch is installed remote from pump and is used only on a pilot for magnetic starter. Z.4 ao ,o FIG. A ,�... w....o .,.�.. ..�. <o -..o, 0000]_0 I air_ i i FIG. C OLp y S , 40 p1.s�.. <�l - . Y .n.,.AA. aµJ-� B ` tis s,.Y w /i w wennroL cun.IR. •— w.wa FIG F . .' .w.T...T as Lu°. YL4vnxevrronJ rw nn mYm N...Y..... LwrBLL w FIG. G FERRULE 9 PLUG - IDENTIFICATION I IB/i.IB/J 4BLF 16/.. CABLE I./J,1. /. CfBLf IB/f.16/3114/. GBIC I./JIB/. CABLE i[YIPRCaYiiN %nw.•% uMY CGTNI. FIG. F .n.,.AA. aµJ-� B ` tis s,.Y w /i w wennroL cun.IR. •— w.wa FIG F . .' .w.T...T as Lu°. YL4vnxevrronJ rw nn mYm N...Y..... LwrBLL w FIG. G H P 0000; J- /R1NT[O IN u. ion. f �.if The name that works for you. of V S1 ON Di F. E. MYERS CtJ. n McNE1L ` 1 INOONANriL Y 0.9NLA':U. ON12;`1 CO HP0NAT 10N 0 r FERRULE 9 PLUG - IDENTIFICATION I IB/i.IB/J 4BLF 16/.. CABLE I./J,1. /. CfBLf IB/f.16/3114/. GBIC I./JIB/. CABLE H P 0000; J- /R1NT[O IN u. ion. f �.if The name that works for you. of V S1 ON Di F. E. MYERS CtJ. n McNE1L ` 1 INOONANriL Y 0.9NLA':U. ON12;`1 CO HP0NAT 10N 0 r Al ERS ARYPUMPU_ v,TE F®R SEPTIC TANK EFFLUENT Due to stricter requirements by state and local county Health Authorities, it has become more difficult to get approval for the home septic tank and disposal field system. 'As present methods are not entirely adequate, considerable research has been done in the past 5 or 6 years by universities and others to find a more efficient method of on-site disposal of septic tank effluent. This research has indicated that the efficiency and life of the disposal field can be greatly increased by proper design and by pumping effluent to the field one to four times a day in batches through small perforated pl$stic pipe. A large storage tank for effluent is used to allow the complete household usage for one day to be stored and then pumped in batches to the disposal field. This method permits the use of above ground mound type disposal fields that can be used on marginal tight soil having a percolation rate of 1/2 inch or less per hour. A percolation rate of one inch per hour is the minimum generally accepted in most states at the present time. only. Complete approval for any septic tank and disposal NOTE—All data given in this brochure is -for suggestion field construction must be obtained from local county and state health authorities. Myers has developed a pump and controls designed especially for pumping septic tank effluent in large batches as suggested. 03_vt=eR t_IMITED WARRANTY ON PUMP AND CONTROLS S54-11 Effluent Pump Heal} duty til fined scnmersibt8 type. No g,—Ain+y sw•'Ches or re,ays 1 _ L: FLCit.Alarm Control MBrCLN tUt'e switch sealer in so''d po,iyurethane float ball. AWS -1 Level Control Waterproof connection box and control in one unit. Level adjustable for any pump -off capacity required. CA-SS4 Alarm and Connection Box Has buzzer alarm and 'switch with terminal block for all connections. MYERS SS4-11 O<re.Seat Buahmq EFFLUENT PUMP /;' t Motor Mechanical Sea Thrust Washers'{ Pump Outlet .-. Im0etler Cl .,nrsa..1 -Jmv ca9¢ —�i •�-... FF •y ` Faster., - Bottom Support Foot PERFORMANCE CURVE CAPACITY LITERS PER MINUTE 0 20 40 60 80 100 120 140 150 180 200 220 240 T- 26 _ - - 8 H 247 w w 22 F LL 20 6LLI z [� 18 16 ! 5 Z w = 14a 12 4LU 10 MINA F- g 6o - - > a 2 0 4-7- - 1 2_ - t, 0 5 10 15 20 25 30 35 40 45 50 55 60 i'. CAPACITY GALLONS PER MINUTE a000�.3 F. E. MYERS C0.D CMcNE1L 400 ORANGESTREET 0.SRtANO. OM aaaUS C 0 R P 0 R AT 10 N � t %I i SUGGESTIONS FOR DISPOSAL FIELD DESIGN USING EFFLUENT PUMP TYPICAL DISPOSAL FIELD DESIGN TYPICAL DISPOSAL FIELD DESIGN ABOVE GROUND OR MOUND TYPE BELOW GROUND OR SUB -SURFACE TYPE 2 OR 3 BEDROOM HOME 2 OR 3 BEDROOM HOME WHERE PERCOLATION RATE IS LESS THAN ONE WHERE PERCOLATION RATE IS MORE THAN INCH PER HOUR ONE INCH PER HOUR FOR LEVEL SURFACE OR SLOPE OF NOT MORE FOR LEVEL SURFACE OR SLOPE NOT MORE THAN 6% 1 THAN 10% DEPTH TO GROUND WATER 21/2 F.. OR MORE— DEPTH TO GROUND WATER 5 FT OR MORE DEPTH TO BEDROCK 5 FT OR MORE I% -Or r MSa 10%title Pp Tp N" • . . $wppl1=0 7.I LwrH U1, I• M Mdw_ .. til Irw, t6 Sb In anxlbn e WA orDr., 5a u1, Mn ha to - Slpnp, ma to pmenl Fr,e,b _ AI' b A6' App,pl� wo I- a wx p" On epnpm 51120- _ Awn ru11 upin - . ' p pr 2' Ttl e•�— 20' n - . 2bgM 01 Sbw n A"= Mon Tnw 10%1 1 %10 YNM r n r aisles. Wo, Sln. Wer S.. To p" 6'too 5011 IW' a, 2- Sa.14040 M Mo pip to I - rll trot( ee to Unur .6 Ume ne pimp LN io p nump50 � trop Cl 3xY la e I,n. lc 1 n hwn�e ._ a _.-L3 IH'—xl Y a -w M' a %pwa H• W W a,SW]pp^O^ On (111261 G Pp�l IA'W 2'. a wr.f Ape u Al U, 10 SN lW I p' "I, On 1tlOm Up I Suod al Rp TnH r W Onrn sbm f0a b U1.1.1 bow Mn eb Gp,tl 3' To 4.11� IS' -4 5 to,' I - rll trot( ee to Unur .6 Ume ne pimp LN io p nump50 � trop Cl 3xY la e I,n. lc 1 n hwn�e ._ a _.-L3 IH'—xl Y a -w M' I r TYPICAL INSTALLATION DRAWING OF PUMP, TANKS AND CONTROLS L1 Neutral 12 Its Its 15 Amp Cktuil Valls Vass 15 Amo Circus Breaker Ia Broker far , AWm Pump 015.2 Conductor j 6 Wiring Connections for Alarm Box and AWS -1 Level Control Card toFLCAAlarm y: control CornmeAarm land Connection A AWS -1 on Box - Boa AWS -1 Control Ground Tarmhlai Underground Burial Lank- Either flaund or Fiat - - - ----- -- CGndudwCable tGround Mus- ___ Use 012.2 Conductor with Ground If Over 80 s. 0Is 2 Conductor Cable fa Alum Control nl // Underground Cables la Pump and Alem1 Com Al" Ore. Riser Pipe I j or Pumping Tank Bantu _ ,I •I SEPTIC TANK - Sm, Oepends on Number of Bedrooms Chea on Local Requirements 0 0163 Conducts - .— Ground Mfrs Cord o Pump •!.a . --_.. GAIN — _ L "WIN MW —g.. PoI Allow Enough Ed Cable on Use 1 y" Scher BO PVC Pkslc Power Cable and Alarm Cable to Pipe and Fittingserla Pump c _ Remove Pump end Piping vmhotn Pigs and Pim Pum Disconnecting Wiring In AWS -1 frank Connection Boa - MYers Sealed AWS -1 Level 24" Do. Riser Pipe ConppI and Connection Box ° - IVa" ar 2" Schedule *PVC PUero ' Pipe from ESNent Tank to Effluent Storage Tank- 750-1000 Gallons OkposaI RAW Most Slope from FA ID Tank So That Line WIN GrantBack , to Tank. Do Not Use ' • Real Storage Capacity for One Ory M Check Valve In Case of Agrees, Fahms or Pump Faure Oiscr ups Line. a Riph Wi Alarm LevalDoll W" 04. Hole in Bono. of —1— Pipe So Thal Air Will Break Pump Tui Level - — - � - 6r" . Syphon on Pump Riser Piping. Staaoe CapMty fa GM Dry'e Us+pa I FLCA-High Wmer Alarm One Dayy's Usage . Number Bedmoms e - Gai Marary Tube Switch In Gapons In House a 120 Sailed in Sake Polyurcfnt" Flom Bap Pump Tum -off Lai -- - -_ Myers SSe-11 Submersible Effluent Pump. Re Horsepower 115 Vous 6" C,"refe Bock to Keep Pump Inks 00 of Shados Set Effl omf Tank Lower than Septic Tank So Thai Maximum Tank Capacity Below Entrance Pipe Can Be Utilised o j' 1�. I�JIa of $ DivrslW�I ? O C M O egoO ANfE ST aNO ON/ C �V�f ATIOI Q ,.AL gyp .. 4 .�- 17. . Coco Break, j Paver W1510 line him House Camwcts 1u mane %At syst.m ' s A!il ala cmne.on Boa L i Its Its 15 Amp Cktuil Valls Vass 15 Amo Circus Breaker Ia Broker far , AWm Pump 015.2 Conductor j 6 Wiring Connections for Alarm Box and AWS -1 Level Control Card toFLCAAlarm y: control CornmeAarm land Connection A AWS -1 on Box - Boa AWS -1 Control Ground Tarmhlai Underground Burial Lank- Either flaund or Fiat - - - ----- -- CGndudwCable tGround Mus- ___ Use 012.2 Conductor with Ground If Over 80 s. 0Is 2 Conductor Cable fa Alum Control nl // Underground Cables la Pump and Alem1 Com Al" Ore. Riser Pipe I j or Pumping Tank Bantu _ ,I •I SEPTIC TANK - Sm, Oepends on Number of Bedrooms Chea on Local Requirements 0 0163 Conducts - .— Ground Mfrs Cord o Pump •!.a . --_.. GAIN — _ L "WIN MW —g.. PoI Allow Enough Ed Cable on Use 1 y" Scher BO PVC Pkslc Power Cable and Alarm Cable to Pipe and Fittingserla Pump c _ Remove Pump end Piping vmhotn Pigs and Pim Pum Disconnecting Wiring In AWS -1 frank Connection Boa - MYers Sealed AWS -1 Level 24" Do. Riser Pipe ConppI and Connection Box ° - IVa" ar 2" Schedule *PVC PUero ' Pipe from ESNent Tank to Effluent Storage Tank- 750-1000 Gallons OkposaI RAW Most Slope from FA ID Tank So That Line WIN GrantBack , to Tank. Do Not Use ' • Real Storage Capacity for One Ory M Check Valve In Case of Agrees, Fahms or Pump Faure Oiscr ups Line. a Riph Wi Alarm LevalDoll W" 04. Hole in Bono. of —1— Pipe So Thal Air Will Break Pump Tui Level - — - � - 6r" . Syphon on Pump Riser Piping. Staaoe CapMty fa GM Dry'e Us+pa I FLCA-High Wmer Alarm One Dayy's Usage . Number Bedmoms e - Gai Marary Tube Switch In Gapons In House a 120 Sailed in Sake Polyurcfnt" Flom Bap Pump Tum -off Lai -- - -_ Myers SSe-11 Submersible Effluent Pump. Re Horsepower 115 Vous 6" C,"refe Bock to Keep Pump Inks 00 of Shados Set Effl omf Tank Lower than Septic Tank So Thai Maximum Tank Capacity Below Entrance Pipe Can Be Utilised o j' 1�. I�JIa of $ DivrslW�I ? O C M O egoO ANfE ST aNO ON/ C �V�f ATIOI Q ,.AL gyp .. 4 .�- 17. .