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SWG Letters / Memos - 11/4/1992
- too tf pummorq NOV 41992 GENERAL SERVICE( OPERATIONS & MAINTENACE MANUAL FOR THE NIBBLER WASTE WATER TREATMENT SYSTEM SERVING VICTORIAS'S RESTAURANT UNION, WA SYSTEM INSTALLED: 10-16-92 Itiocr SERIAL NO.: 10-92-1085 MODEL NO.: P-2-2000 Prepared 10-28-92 By: Stuth Co., Inc 28620 Maple Valley Rd. SE Maple Valley,WA. 98038 4 (206) 255-3546 IP (800) 221-3159 (206) 432-4461 FAX c TABLE OF CONTENTS ITEM SECTION Permits I Drawings & Schematics II • Nibbler Operations & Maintenace Manual III Blower Fan Specifications IV Contol Panel V Timing Devices VI Pump Specifications VII Monitoring & Maintenance VIII Field Checklist Form IX SECTION I PERMITS 0 0 i,I.wi.i, ►r _ /u0 IA..)lhll IUlti•I PAGE UllE LCr.�>/�aJQcl LQj°./ Revised 01/07/92 _ � PARCEL IDENTIFICATION Applicant's Name KEN ? (//orris/ri KietiE Prop. Owner's Name Ir/C'1�'/'iq IC E i n I�E�V vie;z -7/•9 5 /c'si79u e,q,v-T' .sailing Address 4'4,75.o /ycv y, i06. Prop. Street Address E. le 7 io f/&,r /06. L/N/o.V/ w/- 91.5'9.2,? c/N_ /c'N ';,j k1i� ySS. City �t�t.. Zip clty 1 eft"t.• ZLp Assessor's Parcel No. 3<2;}3ol5i)- /oc)/7 Subdivision (4e.7 / -//�< -' -i) Cr . iv.-o.LO is r+umb..$) (N /O Lv L..ion/Hioo is/Lot) DESIGN PARAMETERS No. Bedrooms �----. Daily Flow IyyU gpd Depth from Original Grade to Bottom of Adsorption Area: Soil Type 1. .75Au4 T C viLiei. /13 inches Native Soil Application Rate /,j,. gpd/ft' Site Character: V1 Level IEI Sloping Trench/Bed Bottom Area / 2.4>O ft' i Septic Tank Capacity /4.,,;5.27.0gal ZEE: JESIG" System Type J J UCH F I L.T E2_ , ----1-lib )-va 1 VI.E.A1nlrm W►,u1 G)°.AP(f)AL Mound Subsurface Pressure Gravity Bed Trench Transport Pipe Manifold Laterals Schedule/Class 000 Schedule/Class 00 Schedule/Class062 Length yS- ft Length )7 ft Length ? 3 ft Diameter 5% in Diameter •f in Diameter / '/? in Number /6> Pump/Siphon and Chamber Separation 3 ft Capacity at Total Pressure Head qpm Orifices Number of Doses per Day --7 Dose Quantity ?�(� gal Number/Lateral Pair ��f Chamber Capacity /�k)J gal Diameter i/ in (Attach Pump Curve) Spacing ` 7/�, '' • DESIGNER COMMENTS AND CONDITIONS I ill 1.►.V►.14 1uv 1JL'.a1U11 tU►k►1 '' L .JL•. TWO Reviard 01/01/92 PP' liPLOT PLAN I1 I I I I I I I I 1 I I I I I I I I I I I I I I 1 I I I - _ // ��� � (/ _ QjL' — I I I I I I I 1 I I I I I I I I I I I I I I I I I I I I DESIGNER PLOT PLAN CHECKLIST Ili Scaled plot plan if lot is under i acres [IILocation and dimensions of reserve area IExisting and proposed wells, including Ell Buildings, roadways, easements, parking • wells within 100 ft of property lines ❑ Ell Property lines, building stub-out Topographical features, cuts, banks, percent and direction of slope Mound horizontal gradients, endslope (� and upslope/downslope widths, overall ` ' Location and orientation of curtain fill length and width, depth of mound LEVEL,ei'WO DESIGN FORM — PAGE THREE Revised 01/07/92 itIl SYSTEM CROSS-SECTION f LUELS I ' I I I 1 1 1 1 1 1 1 1 I l I I 1 1 1 I I I I I I I A Center of Building Stub-out Pipe B - Finished Grade above Septic Tank C - Top of Septic Tank Building D - Invert of D-Box Inlet ' E - Invert of D-Box Outlet ......... .... . . . . P - Finished Grade in Drainfield Area A I- R C - Original Grade in Drainfield Area _ J- System . B. - Top of Underground Drainrock I. - Invert of Drainfield Lateral • Septic D LIE . . F C-- . J. - Bottom of Underground Adsorption Area Tank g H - R. - Top of Hound Drainrock . D-Box . I-J Subsurface - I- - Invert of Mound Lateral J. System J. - Bottom of Mound Bed ' x - Limiting Layer x R - Fixed Elevation Reference Point, - Located at III I II I I I I l I I I I I I I I I I I I I I I I = Vertical Distances - All Systems Vertical Distances - Subsurface Systems Vertical Distances - Mound Systems A -> A - : F -> R. B. -> I_ C -> R - F -> J. - I. -> J^ - D -> R - H. -> I. - J. -> F - (Upelope) J- F - (Downalope) > R I I- -> J- - J- -> C - (Upelope) I -> R - J. -> x - - J -> R - C -> J. (Upelope) G -> J. (Downalope) CONDITIONS AND UNDERSTANDINGS The undersigned agree not to hold Mason County Department of Health responsible in the event the system installed in accordance with this design fails to operate as required by Mason County Health Code. e der,., elionmtur. of 1kpp110.1,t elionmtur. of O. ions, Designer waives requirement to be notified of installation and given 48 hours to inspect the prior to final cover: // Yes 0 // No �( ���{'L�-re , e Bignnturw of Dwnignwr khe undersigned has -viewed and approved The undersigned certifies the system has ..s design on beha . f Mason County been installed in f 11 accordance with this of Hea h Ser 'ces. \ design. ' t4) ilwwlt Sn��wo oc Inntnll'6r SECTION II DRAWINGS & SCHEMATICS C 0 $ C 77 m > U) m0 \ 0 e -0 0 0 0 Z) in c 7) m R' >T D C rV Z K m X 40 0 r O o X > O = Z X m 0 E 0m E5 0 0 11( n � 0 7> cm o0 4 0 0 R" D C D m Z C III — V ij11111 Z -0 -U m co m -9 C) 73 > C) rii 77 R° O r r Z X D m D r�r m Z 1l C) () rd n 7) n C �\ -< D D 11 I I I°4 m � 017 r m Z. J M 0 (7) N.,, = m > 2, COP m n C O Z *1111 m C -+ 4°•il 3 1) (n 0 DD 0 CD Z A*) I , U) 0 rn I 0 0 1 \\\ r)ve 0 0 �\ 1 0 \� z Fo Z : 0 0 , m m D 2 0 D DOo-1 O) T� � �(ior - Z Z mf- Xi f amGz' • m �' mf'' p _A� 0 0 mc<70 CO m1JM100-Ur -a o r0 -c �c _ mCcCZZ r0 I r0 ZnhjEn D� N7) m :U<m W F-' 0 D rt .� ; -0 m 13ZI 7 r — X Z mZ d w � d D r ��0 fn C :1 D 0 ZDm 0 V)m d rt ni rt p) m m rgm C0 V -I > Ia FL F• 1m-i�oOmZ �K DD C rfi H f fD -ZXDXIm :nn n 0-. > mm ' CDo x � < M0NHO X < V0DA) X -I Zmmf ' 0oZ m �PW 0 m r0 0 0 00 Tir� -< 0 O � r �'d mpC .m -iM _. NOi0m n -+ Z CO orzzX�� cC XIS� �= -n r up 0 O lm -0- � c) TZ0 0= ND mr-InpnX -000 CI m wm � COU] I f D u ' �DD -i 0WO c -I �� p O-0 Iv Zc-1� D Z -i I K ZCZD � 0mfMN6 0, 7 f0O Oi\ ,m > CA _ N Imm Dro rt -01 Z S Z O< m 0 y m Z M..i < v >>;u O 5) m HHVOHd 0 Z m > fn 11 CDD N m rwi, ri . v 13 v rt rt td rt I-a n CD EE0ftifD a. IW bb r I� N rt 0 fD m rt = 0 O 0 m z T O OLE Y CO o _ VICTORIA'S AT ROBINHOOD — UNION, WA co O SEPTIC DESIGNS 0 23416 SE 216TH I up co N MAPLE VALLEY 98038 432 7372 03 r D _-I C) -9 0 ; In X D U - c rn x ,t) N) 0 D D o K G) CO D C C r F cu — o c.3 c z z o ,. 0 c)ILr 1 L I -u .se • z > = _ • Ea' r • 1- ----____,.....:*1 I '" .• II ; D D m D N L.) K o -z-� w D (J) N 0 • S I om -a czn M ... . 0mZ O > o -- I c,, K C mo . , /L.N..I.. . • > —1 ( i v. . S < w 1) z = ''a:. I z X X 0 D ozoai (f) > N =. �;? -0 z m 8C .: o cn z o --1v' D D • D r 1 �— M m Z 0 r • • . 7-1Z O r- m D Z --I CD O m O U) 9 0 _ 1 M TOOLEY CO y K N SEPTIC DESIGNS m 0 p 23416 SE 216TH ' 1 o N r MAPLE VALLEY 98038 o m rn -< z m m N 0 O Zr-D I m r- .,o D rn 0 z \ O O 0 p 71 0 D X o D N p � 0f�l Pl D O- x X 1 r 0 y�y D t-' in O \ Zy r 0 -1 C 0 0 � w o o z o � Zrno m \ z ,cn N m w C D OOO m m C r 0 _i :0 ;ui x. 0 O O Z 73 z D > �-�) O D --1 = —1 O z --I __I z D D z m x C Z D O 71 0 �` Z7 Z_ _ 1 70 - 00 m CO m m XI X O *il m 00NZ1m,., m D Z ls. ' 0 • • \ _�1 :0: \\,/ r :[1: 1; X) 1 mI-0 I I -1- 1 I C � I Iwm 3 I I D ZD I I 0 . i , m (-) _ Ill �,._ _ C7 m = o z m co N.)r' c-A * '1 -- r (n z { C) -Ti -1 D (n u) 0 I Vim 1 > -1 >: �D) _ Dm �) 1 GV1 1 = z 7JK C) I rn ' 000 m0 m N (1) m 0� 0 > ( m (n r 0 K (7 Z 07 z - � Zo D > 0 x CC -71 m O Z 300 1- 70 m 0 0 O xiZ D m0 0 -4 Z O DD D O O > I Ti Om � D O Z 0 O m > 73 X (- ZD O C N � K0Z 00 > 0 � O r- � r 0 O Z O 0 w O D DD > 0 ZZ -< z C 0 (n > > r z -0 0 � 73 W r 0 D D > c) -< - 7 Fl x z cn T n 0 0 0 Z 1 M T O OLE Y CO K 0 VICTORIA'S AT ROBINHOOD - UNION, WA SEPTIC DESIGNS O II N -4 m o 0 0 --I 23416 SE 216TH o n' MAPLE VALLEY 98038 rn o L••• 0 0 . -. ' I I----I 1I- 1 11 1 1 A — • _I -1 I.�;. — o --___ = I - 1I_ --1 = J I IF -_ -III —, z II c5 cif, - III x H , lI ,, 03 _I1- II r-- K =1 I II I 0 II- -- I Pi ri II IN � ",1ul� � o * � o � rn X D DC r= 0 J Z • r pc� ZNJ 0 Z D Cr; 0 W 0 K D ci Z M • V p D w r . 0 --I ("4 = rp (n r-- 0 (,A t (..4 z D rn ; 0 S D 0 c � n X . 1 > cp n O I w Z 1 4. p D N X r z 0 \ �` r ° W NcTi N 'd D rrl D z cfl I v ci cm 1D 00 0 N III 0 0 G 0 00 � 0 0 -A u) O 0 y, x en o C1 o ON Ill mo N o w I\) o � 0 D r to 0 0 0 m z z T O OLE Y CO f N CD K SEPTIC DESIGNS Z..► ` i O N -4 v �' o ° 23416 SE 216T11 ' t < I -ram 0 o N to I MAPLE VALLEY 98038 a) -< N 432 7372 J �..-. �r N C NNJpp� COas �""� ANa 0 `i r W:n < w N :ns_w Cti 'm rz m- — oa w 0�— ' \ - ....."140 '' 44 AV...e 4. frA:# \ e• H----) •♦%4♦A.♦i�i♦��♦♦�♦�♦i♦,��♦��♦vv.♦�# ,♦♦♦`♦♦♦•♦♦♦• . S V♦A4 ♦. ♦♦ ,♦•♦ '+ ♦♦• �•♦♦♦�♦ ♦♦♦♦�' ��►� �' •..•44:7, it "A• v,••• LP AV. , s ,, . r S „ ' .1-4V ' y . ,j Q 1 i • S �O 7 n m V70 c • 0 0 i g _ til . ri El r..-1 r 1.1 1 Og 'iikj 1 i' i' 3F3, • .111 0 ".; tr4P � � -4 1 fir, g . E - g `2!III . i i ilh /Ili U Ifi VI III 11/ irn 19la x vmH N 6 1 11 d 0 i?+ 111 6), 51•13 f f; 4 N EA (.V EL 7___J 1 /16 2y c ‘ Fri ti [Ii--j" __ P Tia n u) I r (-- 1\--,,,_, , il ?iv c3 , fi rn t 9 " . . (1) D ID to Zb , Ai ---- d r-- —ri Fri o XOm � C] W U . liii D * u nrn r , z /�l Ji l ro tot Ii \ J r J x o o I-� 1 m TOOLEY CO 0 SEPTIC DESIGNS 23416 SE 216TH MAPLE VALLEY 98038 432 7372 PerformanceSubmersible Curve ..pew age Pumps , tie' METERS FEET 16- . - : .... -::. . _ - . . .. . ... . _ _ MODEL3887 ... ._ SIZE 2"SOLIDS leg ...- - _ ao = 10 - �Tp �� _. 0 20 40 60 80 100 120 140 160 180 GPM I I l_- I I 0 10 20 30 40 m3/hr CAPACITY UGOULDS PUMPS, INC. SFNECA FALLS NEW YORK 13148 • 01985 Goulds Pumps,Inc. Effective July,1985 .r- 5 SAND FILTER PRESSURIZED BED DESIGNED FOR: ELEVATION LIFT 10 FT FRICTION LOSS 0.95 FT DOSES 4 DOSES/DAY PROPERTY ADDRESS SLOPE 0% ORIFICE SPACING 3 FEET FLOW/BEDROOM 120 GAL DESIRED ORIFICE SIZE 0.21875 NO.BEDROOMS 12 MINIMUM HEAD 2 FEET FLOW/ORIFICE 0.80 DAILY DESIGN FLOW 1440 GAL/DAY TOTAL FLOW 114.4 SOIL TYPE 2 APPLICATION RATE 1.2 GAL/SQ-FT/DAY REQUIRED ABSORPTION AREA 1200 SQ-FT FILTER WIDTH 40 FT FILTER LENGTH 30.0 FT Cy NETWORK CONFIGURATION NUMBER OF LATERALS 10 EQUAL LATERAL LENGTH FEET 39 FEET DESIRED LATERAL SPACING 3 FEET ACTUAL LATERAL SPACING 3.0 FEET MANIFOLD LENGTH 27 FEET TRANSPORT PIPE LENGTH 45 FEET • TRANSPORT LINE DIAMETER 3 INCHES MAIFOLD DIAMETER 4 INCHES • I LATERAL NETWORK NUMBER LATERALS 10 LATERAL LENGTH FT 39 HEAD FT. 2 DISCHARGE/HOLE GUM DIAMETER 7/32 0.21875 0.80 1 /4 0.25 '1.04. LATERAL FLOW DESIRED 1 1.20 HOLE DIA. NUMBER HOLES/ 7/32 14 LATERAL '1 /4 -11- LATERAL FLOW 7/32 11.20 ACTUAL GPM '1 /4 11.44 ORIFICE SPACING 7/32 • 36 INCHES -1 /4_ ---4 6 DETERMINE DOSING VOLUME RECOMMENDED DOSE VOLUME 3 6 0 REQUIRED DOSE VOLUME 17.7 USE THE LARGER OF THE IE TWO VOLUMES FOR DOSING VOLUME NETWORK FRICTION LOSS PIPE CLASS PIPE DIA. FLOW GPM PIPE LENGTH FRICTION LOSS IN. FT FT 160 2 114.4 45 6.25 160 3 114.4 45 0.95 TOTAL DYNAMIC HEAD = 13.95 FEET PUMP SELECTION SEE BELOW REQUIRED CAPACITY = 1 14.4 GPM TOTAL DYNAMIC HEAD = 13.95 FEET PUMP CHAMBER = 1 000 GAL MIN. PUMP MODEL GOULDS MODEL 3887 WS07B,BF ti 0 SECTION III NIBBLER OPERATIONS & MAINTENACE MANUAL • 0 NIBBLERtm Secondary Sewage Treatment System OPERATIONS & MAINTENANCE MANUAL MODEL NUMBERS: CW-1000, CW-1750, CW-2000 0 This space provided to record the name and phone number of the management entity under contract to monitor and maintain your system: Company Name: Aqua Test, Inc. Contact Phone: (800) 221-3159 Manufactured by STUTH COMPANY,INC., 28620 Maple Valley Rd. SE, Maple Valley,WA. 98038 C Phone: (206)255-3546 2 NIBBLERtin Secondary Sewage Treatment System Operations & Maintenance Manual INTRODUCTION The NibblerTM is a secondary sewage treatment system designed specifically for use where extremely high waste strength is a problem. Laboratory tests have proven NibblerTM capable of reducing waste strength to levels similar to typical household waste before it is discharged into a drainfield or public sewer. As a condition of the Nibbler'sTM approval as an alternative sewage treatment device, the owner of each facility employing a Nibbler must enter into a monitoring and maintenance agreement with an approved management entity.* (*An approved management entity is one acceptable to both manufacturer and the permit issuing agency.) The management entity will perform regular inspections of the NibblerTM system which will include laboratory analyses of wastewater samples (before and after treatment)and physical inspections of the unit and the facility as required. It will perform or oversee all maintenance of the NibblerTM system and will be responsible for keeping the manufacturer, the facility owner and the permit issuing agency fully informed as to the performance and maintenance of the system. The purpose of this Operations and Maintenance Manual is to familiarize persons employing a NibblerTM system as to its basic operation and to help them recognize potential problems at their onset. Those persons should not attempt to take the place of the management entity, but should work in close cooperation with it. More detailed information will be made available to approved management companies upon request. SAFETY/PUBLIC HEALTH CONSIDERATIONS Possible health hazards need to be taken into consideration when working with or maintaining a sewage treatment system, therefore it is recommended that appropriate sanitary precautions, including the use of disposable gloves, be practiced at all times when handling any type of wastewater. Should the NibblerTM fail, for any reason, the tanks can serve as holding tanks and be pumped out as needed by a licensed pumper; the sludge disposed of by approved methods until such time as the NibblerTM can be restored to full operation. JOUIPMENT Each NibblerTM system is designed specifically for the individual site on which it is to be installed, therefore component parts may vary from system to system. Questions 1 concerning component parts should be directed to the manufacturer. 3 INSPECTION & MAINTENANCE The maintenance of the NibblerTM should always be performed by the approved management entity under contract to monitor and maintain the system,however,it is recommended that individuals working in close proximity to the NibblerTM regularly observe the Nibblertm system. By doing so, they will gain sufficient familiarity with its performance to recognize changes which could indicate problems. If problems are apparent,the management entity should be informed immediately. Any problems which arise and are not addressed in this manual, should also be called to the attention of the manufacturer. To facilitate maintenance of the Nibbler" system, the following tools and equipment should be available during inspections: garden hose and nozzle, shovel,crow bar, Sludge Judge (or equivalent), flashlight, screwdriver,WD-40, paper towels and several pairs of disposable gloves. Additional maintenance equipment may be required or preferred. The NibblerTM requires very little maintenance, however pumping the tank to remove sludge build-up is periodically necessary. WHEN TO PUMP-OUT THE NIBBLERTM TANK It is important that the sludge level in the unit be checked at least four times annually unless the management entity has determined that the unit consistently operates well below its design rate, in which case annual sludge level checks should be made. Using a device called a"sludge judge" a core sample from the unit will determine the actual depth of the sludge. The sludge level should always be at least one foot lower than the bottom of the outlet baffle. The management entity may also recommend pumping the tank if filaments are observed in effluent samples under microscopic examination. After pumping out the NibberTM unit, always refill with fresh water before restarting. OPERATION The NibblerTM treatment system is an aerobic digester. It treats sewage and high strength biodegradable wastewater by means of a population of microorganisms living in the unit which are capable of digesting the waste. The only mechanical device used in its operation is an blower fan which provides the oxygen required to support life an aerobic microorganism population. 4 A properly operating NibblerTM looks like this: • EXHAUST ,,, . von' T CR:.'. CF TURBuL ICE I I I ',maw ., TOP REMITICAI GRATE FOAM COLLECTING r.T ZONE ir-—1- •11---Will TURBULENT ��y-� db /.- -+ .� �� �f[/,P ~ \% ~I j 1 1 J ZONE cT ITt 9 IYI Oe` ° 9 fie o s Ak ° t— -,) �T e00 ,° ,�mI \, !��(�o' MEDIA MIXING ANO *��jy.,0 \l(,._ LA ,1 !F7! ,III S`, ' CC,* AERATING ZONE 16' RISER f OUTLET MANIFOLD J SETTLING ZONE • MEDIA SLUDGE Cat.ECTING ZONE I...•i This is what is observed in a properly operating NibblerTM: ® Vent: Odor from vent will be mild and inoffensive. No foam should be emitted from vent Foam: A layer of foam (about one foot thick) should be present above the mixing liquid. Foam will be either white,gray-yellow or gray- brown in color. Foam coloration is an indication of whether or not the NibblerTm is operating within its design capabilities. White- Underloaded (receiving less waste strength than system was designed to handle). Gray- yellow -Overloaded (receiving more than design rate). Gray- brown - Normal (Operating at or near design rate) Ideally, the foam will be a very light gray-brown in color. Black- Any black specks in the foam or a black mat below the foam(on the liquid surface) are indications of biological kill-off- CONTACT MANAGEMENT COMPANY IMMEDIATELY. Turbulence: Air flow should be sufficient to produce overlapping circles of turbulence on the mixing liquid surface. If your NibblerTM does not appear as above, notify management entity immediately and see Troubleshooting Guide which follows. C TROUBLESHOOTING GUIDE EXCESSIVE FOAMING Indication:: Foam extends to lid of unit or escapes through the exhaust vent. Cause Solution Excessive use of soap products Change to low sudsing soap products. Monitor amounts of soap/cleaning products used. Notify management entity of any product changes. Excess hydraulic loading Notify management entity- Cycle counter should be 5 checked to determine if the volume of wastewater entering the unit is within ifs design capabilities. System biologically overloaded Notify management entity- If system has a surge (gray-yellow foam) tank and pump, it may need to be adjusted to provide more frequent, shorter cycles. System biologically underloaded Notify management entity- Check electrical circuit (white foam) breaker to be sure pump is receiving power. Pump should be checked for failure/influent pipe checked for clogging. INSUFFICIENT TURBULENCE IN TANK Indication:: Circles of turbulence on the surface of the mixing liquid do not overlap. Cause Solution Clogged air intake filter Notify management entity- Filter may re- quire cleaning as follows: 1. Remove filter carefully. 2. Using a garden hose,rinse filter from the inside out, until filter is clean, scrubbing stubborn grime if necessary. 3. Replace filter securely in place. Dirty Blower fan Notify management entity- Fan blades may need cleaning as follows: 1. Disconnect electrical power to fan . 2. Carefully remove side cover to access blades. 3. Using paper towels, carefully wipe down blades to remove excess dirt and grime. 4. Replace side cover securely and reconnect electrical power to fan. Excessive sludge in tank Notify management entity -A sludge level check should be performed and the tank pumped-out if indicated. 6 ODOR Indication:: Strong and/or offensive odors from exhaust vent. Cause Solution Excessive biogrowth build-up Notify management entity - Interior walls of unit and/or air vents may need to be washed down. Vent too low Exhaust vent may need to be extended. BLACK MAT OR SPECKS - (Biological Kill-off) The NibblerTM treatment system is a biological (living) process which relies upon a healthy aerobic microorganism population. If these microorganisms die, the treatment process is interrupted. Indication: Black mat floating on mixing liquid or black specks in foam. Cause Solution Intolerable levels of chemicals Notify management entity immediately. (usually cleaning products) Discontinue (or limit) use of offending product and notify management entity of any changes in cleaning products. Oxygen supply to unit reduced or Notify management entity immediately. cut off Check electrical circuit breaker to be sure blower fan is receiving power. Note: Since a biological kill-off is particularly threatening to the success of the NibblerTM system,it is important that anyone working with the system know how to identify a biological kill-off: In The Field: Evidence of biological kill-off in the NibblerTM should be apparent during on-site inspection. It will appear as a black mat collecting on the mixing liquid surface. When this black mat is present in the NibblerTM unit, the clarifier should be checked for the same condition. If no black mat is present in the clarifier, this indicates the kill-off is in an early stage and may not be a serious problem if corrective measures are taken immediately. When a black mat is also present in the clarifier, the degree of kill-off is more advanced. In The Laboratory: Each effluent sample taken from the NibblerTM should be observed under a microscope to detect early indications of biological kill-off. A technician familiar with what is considered a healthy microbial population,can easily detect early signs of kill-off by the presence of dead microorganisms and/or higher than normal BOD5,Total Suspended Solids and Grease and Oil levels. Please direct any inquiries concerning your NibblerTM system to: Stuth Company, Inc. 28620 Maple Valley Rd. SE, Maple Valley, WA 98038 Phone: (206) 255-3546 S SECTION IV BLOWER FAN SPECIFICATIONS .f P i' a a _..- } 4: 1 i CMS : 1 ..� .'L.( �}j•,.r .y Y•'i N:.V+1W.Tvy,ti.,:. i I ) : ey 1 j a � F as� ....-404; ) 1 1 41.4.:g... C --.41611rEn= 4, iT f. ~.ems' - , ` �, _ Jl j 4 _ ~ jr I (t 4 . I I i 4 . ,. • 1`�,�� .,, 7 / T if,' .!� • ' Regenerative Blowers • Continuous, nonpulsating, oil-free air flow • Up to 420 cfmR14 m3/h .� air flow �. * • Up to 6 psig/399 mbar I, /1 ` ,/ . N (160 in. H2O) pressure • Up to 9 in. Hg/311 mbar • • (125 in. H2O) vacuum I • Motor mounted (pg.4 ) and Separate Drive Models (pg. 15) 4 S `....,. At rrol�J uct 4 P' " SEALS PORTLAND,OR SEATTLE,WA EUGENE.OR ,.'. GA T ZIP 97214 ZIP 96106 ZIP 97402 2400 E.BURNSIOE 8801 1416 AYE.Sa. 065 CONGER 61REET (5031 234.0866 (206) 767.7750 (5031 485-2022 , 1 .':4} .,. 50 FAY I1)?32-?615 TAX 12061 762 4736 FAX(503)485 8857 . .. a •f.'.*:r• 4''ti'':'A'' ),i, 70-6000 F2-200 8/90 ( JGA5T MANUFACTURING CORPORATION P. O. BOX 97, BENTON HARBOR, MICHIGAN 49022 PHONE (616) 926 6171 !■.. .■■ ■ ■■.ii ... .■ ■■■ ■.■■ •r •••mummm PARTS LIST and OPERATING INSTRUCTIONS FOR GAST STANDARD REGENAIR BLOWER /'•"-_,:, Ankt ..y MIsr iical� _ _ Airv" ,. imia I 2. . . 1. _ -, .___ , %. 7'\ /,__ . __..*1 r \ C. - 1 116) ~9 I r 1 1-..-------- M - (FOR ORIGINAL EQUIPMENT MANUFACTURERS SPECIAL MODELS CONSULT YOUR LOCAL DISTRIBUT R) A WARNING: UNIT SHOULD NOT PUMP EXPLOSIVE GASES OR BE USED IN EXPLOSIVE AMBIENTS. Operating and Instructions Manual for Gast Regenerative Blower Installation and Mounting The regenerative blower can be installed in any position. To minimize noise and vibrations, the unit should be mounted on a solid surface that will not resonate sound. The use of shock mounts or other vibration isolation materials is recommended. Units should not be installed where ambient temperature exceeds 40° C without consulting your Gast representative. Proper filtration of par- ticulates and moisture is required. These filters are available through your Gast distributor. When installing pipe fittings be sure to use a small amount of pipe thread lubricant, so as not to damage pipe threads in the aluminum pump housing. The threaded blower pipe ports are designed as connection ports only and are not designed to support lengthy pieces of pipe. Be sure to use the same size pipe in your plumbing from the blower to prevent overheating. Hazard Prevention To prevent an explosive hazard, do not pump combustible liquids, vapors or gases with the regenerative blower. These catalog units are to be used for pumping air only. To prevent injury, do not operate these blowers in excess of 3600 RPM. Direction of Rotation The regenerative blower should rotate clockwise as viewed from the electric motor side and is marked with an arrow, showing the correct rotation. By checking the air flow at the in and out ports, proper rotation can be confirmed. The three phase unit's rotation can be reversed by changing the connections of the two power lines. The single phase unit if wired properly can only rotate in one direction. Electrical Connections Check to see that the supply system voltage and frequency are the same as that required of the regenerative blower motor. Double check wiring to the wiring diagram before connecting power. Continuous Use Models RI, R2, R3 and R4 can be run continuously with zero flow through the unit. Some temporary loss of maximum duty may be lost when unit is opened back up. Refer to catalog curves for air flow required at maximum pressure/vacuum on models R5 - R8. Operating blowers R5 and larger with insufficient air flow will result in damage to blower as a result of excessive heat. If it is desired to reduce the air flow below this value during continuous operation, a by- pass hole should be provided in the middle of the pipe as in the illustration. Use of a pressure relief valve (AG258) or vacuum relief valve (AG258A) will make the full flow of the blower available to the system when the relief valve is closed. When it is adjusted it will relieve the system of excessive pressure. For best operation of relief valve it is important to have adjusting screw and nut pointing down. VACUUM PRESSURE 41 IILJ1LL _ I General Maintenance Lubrication of the bearings is not necessary as all bearings are sealed or shielded and greased for long life. Dirt and dust should be kept off the unit, to prevent abnormal temperature rise and loss of performance. Always keep filter cartridges clean for the least amount of inlet air restriction. 1 Build up of particulates in the filter can be monitored by placing a Gast vacuum gauge (AJ497) between the filter and the blower. When an increase of 10" H2O is realized the filter will need to be cleaned or the element replaced. Should your blower require anything more than inspection and simple cleaning, it is suggested you send the entire unit to an authorized Gast Service Center. Setting critical internal clearances requires special tooling and experience and under normal cir- cumstances should not be attempted in the field. It is also highly recommended a pressure or vacuum gauge be used to monitor the blower's performance. Pressure Gauges Vacuum Gauges AE l 33 0 - 160" H2O AE134 0 -160" H2O AJ496 0 - 60" H2O AJ497 0 - 60" H2O WARNING Electric rotating machinery and high voltage can cause serious or fatal injury if improperly installed,operated or maintained. Responsible personnel should be familiarized with NEMA MG2: Safety Standards for Construction and Guide for Selection, Installation and Use of Electric Motors and Generators; National Electric Code and all local safety requirements. 4 c When servicing, all power sources to the motor and to the accessory devices should be de- energized and disconnected and all rotating parts should be at a standstill. Caution should always be used when operating this blower, as high velocity air is entering and exiting the blower. Authorized service facilities are located at: Oast Manufacturing Co.,Ltd. Gast Manufacturing Corp. Gast Manufacturing Corp. Halifax Road,Cressex Estate 2550 Meadowbraok Rd. 505 Washington Ave. High Wycombe, Bucks HPI2 3SN Benton Harbor,MI 49022 Carlstadt NJ 07072 616/926-6171 2011933-8484 Brenner-Fiedler&Assoc. Wainbee,Ltd. 13824 Bentley Place Wainbee,Ltd. Cerritos,CA 90701 121 City View Dr. 215 Brunswick Blvd. 213/404-2721 Rexdale,Ontario Pointe Clair,Montreal, Canada M9W 5A9 416/243-1900 Canada H9R 4R7 514/697-8810 . ffithiMAIMMIlliellinfir SAFETY OPERATION /t\This is the safety alert symbol. When you see this symbol,personal /I\WARNING Solid or liquid material exiting the blower or piping injury is possible.The degree of injury is shown by the following signal can/� cause eye damage or skin cuts. Keep away from air stream. words:�� /I\CAUTION:Attach blower to solid surface before starting.Pre- /I\DANGER: Severe injury or death will occur if hazard is ignored. vent injury or damage from unit movement. /I'\WARNING: Severe injury or death can occur if hazard is ignored. Air containing solid particles or liquid must pass through a filter /I\CAUTION: Minor injury or property damage can occur if hazard before entering the blower (see accessories list for filter sugges- is ignored. tions). Blowers must have mufflers, filters, other accessories and all piping attached before starting. Any foreign material passing Review the following information carefully before operating. through the blower may cause internal damage. GENERAL INFORMATION /I\CAUTION: Outlet piping can burn skin. /� Guard or limit access. /I\DANGER: Do not pump flammable or explosive gases or op- Mark"CAUTION Hot surface. Can cause burns." crate in an atmosphere containing theist. Air temperature increases when passing through the blower.When 1 Ambient temperature for normal operation should not exceed 40°C run at duties above 50 in. H2O, metal pipe may be required for (105° F). For higher ambient operation, contact the factory. hot exhaust air. Blower performance is reduced by the low atmospheric pressure of high The blower must not he operated above the limits for continuous altitudes. If it applies to this unit, consult a Gast distributor or the duty. Models RI,R2,R3 and R4 can operate continuously with no factory for details. air flowing through the blower. Other units can only be run at the rating shown on the model number label.Do not close off inlet (for INSTALLATION vacuum)or exhaust (for pressure) to reduce extra air flow. This could WARNING Electric shock can result from bad wiring.Wiring cause added heat and motor load. must conform to all required safety codes and be installed by a ACCESSORIES—Gast pressure gauges AJ496 or AE133 and vacuum qualified person. gauges AJ497 or AE134 show blower duty.The Gast pressure/vacuum 0 Grounding is required. relief valve, AG258, will limit the operating duty by admitting or re- lieving air. It also allows full flow through the blower when the relief The Gast Regenair blower can be installed in any position. The flow valve closes. of cooling air over the blower and motor must not be blocked. ii PLUMBING — The threaded pipe ports are designed as connection SERVICING ellik ports only and will not support the plumbing. Be sure to use the same nWARNING: Disconnect electric power before servicing. or larger size pipe and fittings to prevent air flow restriction and over- heating of the blower.When installing plumbing,be sure to use a small Be sure rotating parts have stopped. amount of pipe thread lubiieant. This protects the threads in the alu- Electric shock or severe cuts can result. minum blower housing. Dirt and chips, often found in new plumbing Inlet and exhaust filters need occasional cleaning or replacement should not he allowed to eater the blower. of the elements. Failure to do so will result in more pressure drop, NOISE — To reduce noise and vibration, the unit should be mounted reduced air flow and hotter operation. on a solid surface that will not increase sound.The use of shock mounts The outside of the unit requires cleaning of dust and dirt. The or vibration isolation material is recommended. If needed, inlet or dis- inside of the blower also may need cleaning to remove material charge noise can he reduced by attaching muffler assemblies (see ac- coating the impeller and housing. If not done, the buildup can cessories). cause vibration, hotter operation and reduced flow. ROTATION—The Gast Regenair blower should only rotate clockwise Noise absorbing foam in the mufflers may need replacement. as viewed from the electric motor side. This is marked with an arrow KEEP THIS INFORMATION WITH THE BLOWER. in the casting. Proper rotation can be confirmed by checking air flow REFER TO IT FOR SAFE INSTALLATION, at the IN and OUT ports. On blowers powered by a three phase motor, OPERATION OR SERVICE. rotation is reversed by changing any two of the three power wires. TROUBLESHOOTING SYMPTOM POSSIBLE DIAGNOSIS POSSIBLE REMEDY excess vibration Impeller damaged by foreign Replace impeller material Clean impeller,install adequate Impeller contaminated by foreign filtration material abnormal sound Motor bearings failed Replace bearings Impeller rubbing against cover or Repair blower,check clearances housing increase in sound Foreign material can coat or destroy Replace foam muffler elements, muffler foam trap or filter foreign material blown fuse Electrical wiring problem !lave qualified person check fuse capacity&wiring - unit very hot Running at too high a Install a relief valve pressure or vacuum % (,,_ ,,„ 11 WA., See Motor Chart A ii ,„.41,1,04 ....„.,,,,,,,.., ok... a ..‹,. ..7:..,,-,,- , -- 7 ... . ...._.:, ,:::.* ,,... Agop --.... ...- ‘,,,,.. ......ilez;.).. oci . 0. Ntbrikricr, , , o 10A _ .I .. 0 l voi: 07-4,,t! . a i I -4., ep, . 9 6 5 (Models R4-R7) 8 Only (models 11- 14) 4 �� only 3 4 41 2 P Stock Models Part Name RI R2 R3 R4 R5 R6 R6P R7 Yi Cover AJ101A AJ101B AJ101C AJ101D AJ101EQ AJ101F AJ101K AJ101G N^"topnut 8C187 BC187 BC181 BC181 BC181 BC181 BC181 BC183 pellet AJ102A AJ102BQ AJ102C AJ1020 AJ102E AJ102FR AJ102K AJ102GA #4 Square Key AH212C A11212 A8136A AB136D AB136 A8136 A8136 AC628 N5 Shlm Spacer(s) AJ132 AE686-3 AJ109 AJ109 AJ109 AJ116A AJ116A AJ110 #6 Retaining Ring AJ145 AJ145___ AJ149 AJ149 — #7ffousing AJ103A AJ103BQ AJ103C AJ1030R AJ103E _AJ103F AJ103K AJ103GA #8 Muffler Box AJ104E AJ104F N9 Spring AJ113DR AJ113DQ AJ11310 AJ113FQ AJ113G M 10A Foam (4)AJ112A (41 AJ1128 (4)AJ112C (4)AJ112DS (4)AJ112ER (6)AJ112F (B)AJ112K (81AJ112GA #108 Foam 121AJ11280 (21AJ112C0 121AJ1120R 121AJ112EQ #11 Muffler Extension AJ10611 AJ106BQ AJ106C0 AJ10600 AJ106EQ AJ106FQ AJ104K AJ104GA Adapter Plate - Shim Kit K396 K396 K395 MOTOR CHART •No lubrication needed at start up. Bearings Motor Specifications lubricated at factory. Model I Motor N 60 Hz volts 50 Hz volts Phase •Motor is equipped with alemite fitting.Clean R1102 J111X 115/208-230 110/220-240 1 tip of fitting and apply grease gun.Use 1 to 2 R1102C J112X 115 1 strokes of high quality ball hearing grease. R1102K J113• 12VoltDC 12Vot1DC DC Consistency Type Typical R2103 J311X 115/208-230 110220 1 IGrease R2105 J411X 115208-230 110220 1 Medium lithium Shell Dolium R R2303A J310 208-230/460 220/380-415 3 R2303F J313 208-230 220 3 Hours of service Suggested R3105.1 J411X 115/208-230 110/220-240 1 per year relube interval R3305A-1 J410 208-230/460 220/380.415 3 5,000 3 yrs R4110.2 J611AX 115/208-230 1101220-240 1 Continual normal ap- 1 yr R4310A•2 J610 208-230/460 220/380-415 3 plication R5125-1 J811X 115/208-230 1 R5325A•1 J810X 208.230/460 220/380-415 3 Seasonal service motor 1 yr beginning of sea• idle for 6 months or son R6125 J811X 115/208-230 1 more R6325A J810X 208.230/460 220/380.415 3 16335A J910X 208.230/460 220/380-415 3 Continuous•high am- 6 months bients, dirty or moist R6150J J1013 230 1 locations R6350A J1010 208-230/460 220/380-415 3 R6355M J1050• 208.230,460 3 R6P335A J910X 208.230'460 220.'380-415 3 •This is an open drip-proof motor.All other R6P350A J1010 208-230/460 220/380-415 3 are totally enclosed fan cooled(T.E.F.C.) R6P355M J10504 208-230/460 3 R7100A•-2 J12108 208-230/460 220/390-415 3 60 IIZ PERFORMANCE DATA Pressure Maximum 100" Pressure 0"1120 20"1120 40"1120 60"1120 80"H2O ,1120 "1120 R1• 26 14 28 R2• 42 26 38 R3105-1• 52 38 14 42 Operation of the blower above the recommended maximum R3105.12• $2 36 23 55 duty will cause premature failure due to the build up of heat damaging the components. R3105-13• 50 R4 90 70 $0 52 Performance data was determined under the following con- ditions: R5 145 130 110 60 I)Unit in a temperature stable condition. R6125 2)Test conditions:Inlet air density at 0.075 lbs.per Cu.ft. R6325 200 180 35 (20*(168°FI,29.92 in.I1g)14.7 PSIAI). 3)Normal performance variations on the resistance curve R6335A 205 175 155 135 70 within z 10%of supplied data can be expected. 4)Specifications subject to change without notice. R6350A 200 180 150 130 110 80 105 5)All performance at 60 HZ operation R6P335A 290 250 30 R6P350A 300 260 230 200 60 R6P355A 300 260 230 200 160 90 117100A-1 420 380 340 310 280 230 115 Vacuum Maximum Vacuum 0"H2O 20" 1120 40"1120 60" 11,0 80"1120 "1120 RI• 25 14 26 R2• 40 22 34 • --411:f R3105-1• 50 34 9 40 113105-12• 51 34 20 55 R3105-13• 50 All performance figures relate to stock models.A few high pressure units may be available. Please R4• 82 62 39 48 consult your local representative. • R5 140 115 90 50 — R6125 190 155 125 — R6335 190 150 125 100 — I R6350A 190 180 150 100 70 — R6P335A 270 230 — R6P350A 280 240 210 170 — R6P355111 280 240 210 170 100 — R7 410 350 300 250 170 — *The RI to the R4 can be operated in a maximum vacuum (air inlet completely closed to atmosphere) condition. Authorized service facilities are located at: Gast Manufacturing Co., Ltd. Gast Manufacturing Corp. Gast Manufacturing Corp. Japan Machinery Co. Ltd. Halifax Road,Cressex Estate 2550 Meadowbrook Road 505 Washington Ave. Central PO Box 1451 i High Wycombe, Bucks HP12 3TA Benton Harbor, MI 49022 Carlstadt NJ 07072 Tokyo 100-91,Japan England 616/926-6171 201/933-8484 Tel: 81-3-573-5261/5435 Tel: 44-(494)-23571 FAX 616/925-8288 FAX 201/933-5545 Tlx: 22771 t Tlx: 83488 FAX 44-(494)-436588 FAX: 81-3-571-7865 Brenner-Fiedler&Assoc. Wainbce, Ltd. Wainbee,LTD. 13824 Bentley Place 121 City View Drive 215 Brunswick Blvd. 4 c Cerritos, CA 90701 Rexdale,Ontario, Canada M9W 5A9 Pointe Claire, Montreal, • 213/404-2721 416/243-1900 Canada 119R 4R7 FAX 213/404-7975 FAX 416/243-2336 514/697-8810 FAX 514/697-3070 01 t Note: All general correspondence should be directed to Gast Manufacturing Corp., P.O. Box 97, Benton Harbor, MI 49022. WIRING DIAGRAMS FOR BLOWER MOTORS ON MODELS R 1102, R2103, R3105-1, R4110-2, R5125-2, R6125 LOW VOLTAGE HIGH VOLTAGE Single Phase Single Phase Blue P1 Line Blue P1 Line Brown P2 Brown P2 Insulate Black 5 I Tie Together Black 5 Insulate Tle Together Orange 3 Orange 3 Insulate White 2 Tie Together White 2 Yellow 4 Line Yellow 4 Line MODEL R2303F MODELS R2303A, R3305A-1, R4310A-2, R6350A, R7100A-2 Connections for 3 Phase, 3 Leads Connections for 3 Phase, 9 Leads o 0 0 T6 41) 0 T6 41) T4 Line Line Line Q 0 T7 T9 • lib O , D0 , 0 0 C ! Line Line Low Voltage High Voltage MODELS R6335A, R6P335A MODELS R5325A-2, R6325A Connections for 3 Phase, 12 Leads T10 T11 67 Co 411 410 ® T15 el ® T16 T4 T5 co 0 ® T6 T4 T5 0 O 0 T6 T7 0 0 GI T8 0 T7 T8 GI m T8 0 T1 ® ® O ® ® T1 0 0 11) 0 0 I I I I I Line Line Line Line Low Voltage High Voltage Low Voltage High Voltage CTo reverse rotation on any three phase motor, interchange any two external motor line connections to any two line leads. REGENAIR3 ACCESSORIES ` Inline Filters (for vacuum) Inlet Filters (for pressure units only) °, 0—i .? i_l1 I t %, I 1 III 0 0 lilt-I--t- o IIIII '..114 °.'. i t o �o �NM o° SE I R1 R3 R4-R7 R6, SDR5, R6, SDR5, R4, R5 SDR6& R4, R5 SDR6 & Model No. R1 & R2 R3 • &SDR4 R6P R7 Modal No. R1 &R2 R3 & SDR4 R6P R7 Part No. AV460 AV460C AG337 AJ151G AJ151H Part No. AJ126B AJ126C AG338 AJ126F AJ126G Dim. A 8.25" 8.25" 11.75" 8.00" 18.25' Dim. A 6.00" 6.00" 10.63" 10.63" 10.00" Dim. B 8.875" 8.875" 4.75" 10.25" 27.13" Dim. B 4.62— 7.12— 4.81"' 4.81— 13.12"' Dim. C 1" FPT 11/4' FPT 1'/2" MPT 21/2" MPT 3" MPT _Dim. C 1" MPT 11/4"MPT 11/2"FPT 2" FPT 21/2" MPT Dim. D — — 11/2"FPT 21/2" MPT 3" MPT Replacement 2.38 5.50 18.50 Element AJ134B AJ134C AG340 AG340 AJ135A Dim. E — — Micron 10 10 25 25 10 Replacement Element AV469 AV469 AG340 AJ135G AJ135C All are heavy-duty for high amounts of particulates. . Micron 10 10 25 10 10 Inlet filters for REGENAIRr blowers are drip-proof when mounted as shown. MPT= Male Pipe Thread FPT= Female Pipe Thread Pressure-Vacuum Gauge • Pressure Gauge,Part#AJ496,25/s" Dia.,1/4" 0-60 in.H2O and 0-150 mbar \� • Pressure Gauge,Part#AE133,25/e" •/' lo Mufflers Dia.,'/4"'NPT,0-160 in. H2O and 0-400 mbar •Vacuum Gauge,Part#AJ497,25/a"Dia., 1 QA 1 1/4"NPT,0-60 in.H2O and 0-150 mbar • Vacuum Gauge,Part#AE134,25/e",1/4" �y -T NPT,0-160 in. H2O and 0-400mbar L- - Relief —© Valve C)1 R4, R5 SDR4' & R6 SORB' •PressureNacuum Relief Valve, Part Model No. R2 R3 SDR5' R6P R7 #AG258, 11/2" NPT, Adjustable Part No. AJ121B AJ121C AJ121D AJ121F AJ121G 30-170 in. H2O. 200 cfm Max. Dim. A 7.46"' 7.94"' 12.75"' 17.05"' 17.44" •Silencer for Relief Valve, ': Dim. B 2.38" • 2.62" 3.25" ' 3.63" 4.25" Part #AJ 121 D Dim. C 1" NPT 11/4"NPT 11/2" NPT 2" NPT 2'/2" NPT •For inlet only Horizontal Swing Type ••Approx. Check Valve Fittings � fi o ` B Pipe Site 1" 11/4" 1yt" 2' 2'h" '. _ _ ..l Tee BA415 BA431 BA432 BA433 BA434 ):,• V 11 Common Elbow BA220 BA244 8A230 BA247 BA24B C 1.___—A_—.1 C Nipple BA752 BA809 BA783 BA810 BA813 Plastic Male Pipe R4, R5, _Hose Barb AJ117A AJ117B — — — SDR4 3 R6, SORB Hose I.D. 1.25 1.25 — — — Model No. R1 & R2 R3 SDR5 & R6P R7 Metal Male Pipe Part No. AH326B AH326C AH326D AH326F AH326G Hose Barb AJ1170 AJ117F AJ117C AJ117G AJ117H Dim. A 3.57 4.19 4.50 5.25 8 Hose I D. 1 00 1.25 1.50 2.50 3.00 Dim. B 2.32 2.69 2.94 3.82 5.07 Dim. C 1" NPT 11/4" NPT 11/2" NPT 2" NPT 2'/" NPT VI.. I l 1 , •Maximum ambient 104°F. (40°C.) - `,' :1 — •2850 RPM @ 50 Hz.; 3450 RPM @ 60 Hz. 1 I . , •Solid line on graph indicates continuous duty performance (1 . . ' — •Minimum flow pressure or suction for continuous operation, 0 CFM -- iosor •UL recognized and CSA certified motors �/ •Specifications subject to change without notice II! i:::' I) Okii) •Net weight 41 lbs. (18.6 kg.) •See page 21 for recommended accessories is I � .. GENERAL SPECIFICATIONS Motor Specifications: Blower Limitations for Continuous Duty: R4110-2 R4110-2 Single Phase Nominal Voltages: 115/208-230 60 Hz.; 50 Hz. max. pressure/vacuum 38/35 in. H2O 110/220-240 50 Hz. • FLA @ 60 Hz. 9.8/5.2/4.9 • 1 HP 50 Hz. max. flow 74 cfm @ 60 Hz. • FLA @ 50 Hz. 9.0/4.5-5.7 • 0.6 HP @ 50 Hz. 60 Hz. max. pressure/vacuum 52/48 in. H2O • TEFC • Class B Insulation • Automatic Restart 60 Hz. max. flow 92 cfm Thermal Protection R4310A-2 R4310A-2 r. Three Phase Nominal Voltages:208-230/460 60 Hz.; 50 Hz. max. pressure/vacuum 38/35 in. H2O 190-220/380-415 50 Hz.•FLA(ii)60 Hz.3.4-3.2/1.6.1 HP 50 Hz. max. flow 74 cfm fir 60 Hz.•FLA(n 50 Hz.3.3/1.3-1.4.0.6 HP(iv 50 Hz. 60 Hz. max pressure/vacuum 52/48 in. H2O •TEFC•Class B Insulation 60 Hz. max flow 92 cfm PERFORMANCE CURVES Black line on woe Is 1er 60 cycle perlamance. Note:On all drawings Btue line on aim Is let 50 cycle podosmance. Mottle. 140 ■■ ■1•••u ■ii i =■_� .0 U.S./Imperial nr. mt:•■UUu$=Iu■Ui.=■■..$■u■■� 120 ■c:. ■ ■.u.— •... . ... .. mama mama `.p !■.yam l:■■■.e=■■■■■■t „s EtOU ■ita�einisn�Il akiSliiimm■■■■■■r■■■■ _. m CAPACITOR ;a', � ew ■ssi:= iii55a=■-t: Y k."' 33�`" `(BINDLE PN88E ONLY r t>t 0■ .■.. ■■■■ ■■.■■■ a. ''Fit .(11040,..., ! Y4 _ -�, t . s lin■.■ ■p■ ■■ ■ice wu ■■ 1 ` !G=Cgg elr $==3� ■=■ii■■ ,ieo k, j I 0 ii■i a•iiii=ii$$$$$$I$$aiocIIOM NIMMILIN x a ie < �-• 0 30 60 90 120 150 L ; " E'' 1 FREE AIR now (nt3ill) Y t( i; I $°l i ri�� _ 74 -2.91 -.I--9.75--1 95 161 I .. 6 V,. 60 --���M�•S��•�••��M�■ mama .--..12N 310. _. 42 I- ,no ■ FULL R.TYP. 47 11 - 1 6 -I I t7 PIPE 121 11 p - ■ 1 in LE.- 225886 , +i ......� ��1I '.�:,::v:.�'6k>.q 11.9 v7 a 93 -x 50 893 REF:.: ;. RI 8.86 REF. 7,11808 I 40 NIII MOO .. 17 .1 == = i—...1 30 = � N S ,y4� 21:Manili==IW ►\ i'M---- :Aram---o cr10 ------------rw..i.►•a-m-■ .".a■►i►• om$ Pressure 0 .22..1...a.m.m.mr.1inara _ Vacuum 0 20 40 60 80 100 __.• Intermittent 8 FREE AIR FLOW (CFM) •Maximum attainable continuous duty 0 SECTION V CONTROL PANEL Orenco Systems Inc. 814 Airway Ave. Sutherlin, OR 97479 INSTALLATION INSTRUCTIONS PUMP CONTROL PANELS 1. A qualified electrician must be employed to install and service the panel and ancillary components. 2. Install in compliance with the National Electrical Code, state and local codes. 3. Locate the panel at a convenient height (usually about five feet above the ground) and where it will be accessible for maintenance. Locate close to and in sight of the pump and, preferably, out of the rain and direct sunlight. Very hot or cold temperatures can cause variations in the performance of the electrical components. 4. Power to the panel must be appropriate to the control panel and pump motor(i.e. 120VAC, single phase for a 120 VAC motor,or 240VAC, single phase for a 240 VAC motor.) Insure that the panel is properly grounded, and that the fuse or breaker and wire size from the main power panel, and to the pump are sized correctly. A separate circuit for both the pump controls and each of the pump motors is recommended. . 5. It is recommended that the pump motor contain internal overload protection. The motor current may be observed by affixing an amp meter to the loop in the conductor where it leaves the circuit breaker. 6. Connect the pump and float wires according to the control panel and splice box wiring diagrams. Wire splices made in the splice box must be watertight. C7. If the wires from the panel to the pump vault are placed in a conduit, a conduit seal must be placed in accordance with NEC to prevent the transmission of moisture from a leaky conduit back into the splice box. 8. When power is applied to the control panel, the wires to the float switches are always hot, and the wires to the pump may or may not be hot. Do not service the pump or any electrical wiring in the pump vault without disconnecting the power at the circuit breaker and the fuse. 9. Once the control panel and pump are installed and wired, the system should be tested. Follow the testing procedure in the OSI Installation and Maintance Instructions. 10. If you have any questions please contact ORENCO SYSTEMS, INC. Recommended Breaker & Wire Size Pump Motor Size Breaker size Wire Size Max Distance* • 115 VAC 1/3 hp 20 amp 12 AWG 210 ft 1/2 hp 20 amp 12 AWG 160 ft 230 VAC 1/2 hp 15 amp 14 AWG 400 ft 1 hp 20 amp 12 AWG 400 ft 1 1/2 hp 20 amp 12 AWG 310 ft * This is the maximum distance from the main power panel to the pump motor for the recommended wire size. If actual distance is greater than the listed maximum,or more than one pump is on the circuit, then a larger gauge of wire must be used. IC ©rgill@ 00 tV 3Igirll�A f)INCgo Wiring Schematic (UII© .1 S'J ( ii ...... (SYERELC M1813 Nibbler) CUSTOM#000683 ITEM,'2 • Ground Wire 115V L 1 CB 20A M1 PUMP I I In,1 a Neutra> IF [11 • CONTROL PUMP 115VL.) 115 VAC — Fuse 10 1.5 HP 1.1 `2A 0 1.2 1.3 0 1.4 • 2 T2 ON TIMER 1.5 Pump OFF © 1 I f�3 • 0 6 SINGLE SHOT SYERELC M813HV T1 1.6 — 11111 `--lx—L`1 L4 • OFF TIMER DELAY ON MAKE SYERELC M813HV 1.7 • CT • EVENT COUNTER T1 DURANT • 1.8 1 II3 1.9 To 1.11 W HAIND OFF AI.TO •1.10 • MOTOR X— I A2 Al • ALLEN BRADLEYTOR From 1.9 I 100 SERIES I I 1.11 a -x-- ETM ELAPSED TIME METER IVO 1.12 I CT I • EVENT COUNTER DURANT 1.13 0 REMOTE ALARM 1.14 O a MwbAbm`e " .... 8 CONTACTS 50/o Alarm 1.15 © - BON Full M J ALARM SILENCE 1.16 II • O LIGHT IDEC TW SERIES High Level Alarm AUDIBLE ALARM 1.17 •.-- CO AUDIBLE BELL NW09201S 411 R ALARM SILENCE 1.18 RELAY IDEC RH16 1.19 —• PUSH TO SILENCE NIBBLER SPECIAL #2 AMINSINNENIN SECTION VI TIMING DEVICES 0 Timers iyrelec -Rimers -- _____ ----- r IES . c 3 13 SER Ft MULTIFUNCTION TIMER _ UL-E87133 CSA-LR56339 • Din-sized (48 x 48 mm) Housing ' I • 8 Modes of Operation `"-'""------.._.,,.,,,,,,,;;_, 1 i • LCD 0.3" Display 1 • Multi-Range Timing It 111 11 ip ilk11-4,./- if:.: • Crystal Oscillator tr. • Pushbutton Presetting c813 • asemixismixiiiiiimmaismimmwassmimissmasisaso The 813 Timer is a multifunction control available in three different MODE OF OPERATION configurations.The basic control is the M.F or G mounting with one of When input power is applied.the LCD indicates the time value +cur modes of operation slide switch selectable:Delay on Make,Single selected.The right hand push button selector switch indicates the time Shot. Delay on Break,and Repeat Cycle are standard.Normal and increment.Time unit symbols are S=seconds.M=minutes and inverse relay operation is also slide switch selectable. H=hours.Each of the three timing increments are selectable in Units (001 to 999)or tenths(00 1 to 99.9).The state of the relay is also All three models offer time ranges from 001 to 999 or 00.1 to 99.9 in displayed with standard NO and NC relay symbols. seconds,minutes or hours.Exceptional accuracy is achieved with a 4.19MHz cyrstal controlled time base.Displays are liquid crystal(LCD) 813HV&LV Models 0.3"high complete with relay status indicator. Input power can be Eight functions can be programmed on the side of the timer by two 12VDC to 240VAC in a variety of dual voltage combinations.Mounting slide switches.The"mode of operation"selected is displayed in the • is 48 x 48mm front panel or Din rail.Connections are 8 or 11 pin plug in window below the Four position switch.The"Normal or Inverse" socket or screw terminals for the Din rail mounted unit. operation of the output relay is selected on the Two position slide 4, switch.The selection or changing of a function must be done when SPECIFICATIONS: the inout power is OFF Input Power Four Positions M,F 8 G 813HV 24 VDC 110r220r240VAC t 15°' 50 60 Hz t.rrr on A -. Delay on Make M.F 8 G 813LV ....._..... 12VDC.24 48VAC/DC t15 io.50'60Hz B Stogie Shot Maximum Power Consumption U H C Delay on Break 813 .220VAC 7 VA 48VDC•1W �� E D Repeat Cycle i OutputHim A 2 = N Maximum Loading SA AC 5A DC v,li a f.. it t 813 . SPOT Relay Il E Contact Material .. Ag Cdo iv, I; , tci, 6� ._i-__ ( Maximum Switching Voltage 250VAC 125VDC [ ,, C Two Positions ( Maximum Power Rating .. 1250VA 625W L 0 , Fr N Normal Electrical Life of Relay . . .. 2 x 10'at 1250VA resistive -- —' I Inverse. Mechanical Life of Relay . 5 x le operations Maximum Repetition Rate . 600 operauonshour at 1250VA resistive Time Ranges oo.,to 999 Sec.oat to 999 Min. MODE AN Delay on Make MODE Al Delay on Make• Inverse 901 to 999 Hrs Time Base _ ..... . . . 4 194304MHZ Crystal±100 PPM " ___ .:,__I—.--t_n_r—`l Repeat Accuracy . 40 10. Reset Time 50ms during and after timing Insulation Resistance ..t00Mit min.@ 500VAC to r' I-1 r-1 -- IEC 255 5.NFC 45202 MODE DN Repeat Cycle MODE DI Repeat Cycle- Inverse Dielectric Strength . .2000VAC @ 50Hz for 1 mm to -_ •.. .-- -• - VDE 0435 Si I L_f—`t__ ••J . . Operating Temp • 14 F to• 140 F(•10 C to•60-C) Humidity . . 80%non•condensng MODE Bi Sin le Shot - Inverse Enclosure Material ABS sell extinguishing. MODE BN Single Shot 9 U194 grade VO c, . . Protection Class Enclosure IP50.Terminal IP20 ,. , _�� n_1—L1-1__T—U-l--- 4;; MODE CN Delay on Break MODE CI Delay on Break-Inverse For Assistance Call 1 (800)677-5311 7 IMPORTANT SETTINGS FOR THE SYRELEC 813 TIMER: SINGLE DELAY SHOT ON MAKE 'ta<... a.. t w+.aV.Wk£. ., n 1 C a 2 Qa 'g" t bhyy ;u� s: 7 • 1 J MI6 — r 4 r., Cr C w t� A Timers iyrelee Timers SELECTING TIME RANGE 1 The time value is preset by depressing 0.1 S 0.1 M 0.1 H �,� pushbutton switches. S M H M Range is 001 to 999 or 00.1 to99.9 In (Sec.) (Soc.) (Min.) (Min.) (Hour) (Hour) seconds, minutes or hours I E - - R Preset time values can be changed in 1 S preparation for the next cycle during - T the current timing cycle. CAUTION: It is recommended that POWER be turned OFF when 0.1 The increment of time changing the time increment. 1 2 5 S desired is set on one Setting of 000 corresponds to CI ❑ El a pushbutton switch. Infinite timing. t - i i WIRING DIAGRAM M 813 G 813 F 813 `• - 1S1 i �-T- s' S2 ts,,,s, S2 SOS ,,�,�/��sfffOO{), Ill F i:ip 4/ I p.m 11 J 1/ I-I L ry Note: Add jumper across 7&8, 10& 11 or A2&A3 when using ' 24VDC input power or 12VDC in the LV model. ', Note: The contact of the initiate command S2 should be isolated from all other circuits. ALSO AVAILABLE •',, 813 MT Series: SPDT delay on make version with memory back up in case of power supply failure. 240 hours of memory protection ORDERING INFORMATION: M 813 HV MOUNTING SERIES INPUT POWER / I -m4114S1 MOUNTING SERIES INPUT POWER 'M =8 pin plug-in 813 HV = 24VAC/DC, 110/220/240VAC ); 'G = 11 pin plug-in 813 MT LV = 12VDC, 24/48VAC/DC F = Din-rail • MSG models are designed for 48 x 48 mm front panel mounting 8 For Assistance Call 1 (800) 677-5311 • i. SE SERIES , ' Durant Electro Mechanical counter a ,. 4... $Z -4. I a!-.^ -ip. .L..tf. C .ar r'• ;f. jr �I i..T .4 ; r'' - ,Ei �•., 4"'''v 4;s*tf �.k r5 i ay' t i b s. i. y i•;n 4Sy.� : J+,� ,�z, a.-h•,Au.} ..Lri. y3t/ . iN} '(lf sr�l.s.'•-.a� yy t.p1t'r.•.�C' "e' � ' y v}4+ND''—._',4 J`ttt.. t .• ,LL�. „•Fyce-a4k.I ti"-.t{1'�'M ttV,.0. :ikii.J Y.2 fGrf • *r.;7 f);;!*%.. y,, fi�jk}L -..-..... �:.`$ js .'1`' t �",-a f_,gyp 6 i.. .r:; r 334678 :_•, , s 180439 717651 .:, 1 r 19526 I ggliiS4 xa u�-, A Measure of Worth choice of Seven . • Co and Value Mounting co,[lfigurations i A broad range of mounting configurations include: Many Unique S.E. Features _ Panel,top,bottom,and snap-in:special top and special base,plus many other custom configurations. Its miniature size allows this counter to be designed Into Interchangeable with other totalizing counters for a wide variety of counting applications. ultimate design flexibility.Available In a wide variety x Six large white numerals reflected against a black of AC or DC voltages• background provide easy readability, A Designed for UL&CSA recognition.a Dependable. Wide Variety of Applications a Synchronous electromagnetic drive assures accuracy Vending machines and coin operated equipment. i and dependable operation. A Copy,reproduction and business machines. a Car washing and laundry equipment. i Scales,amusement and liquid dispensing equipment. Ordering Information •6-Y-41610-402-SEie 24 VDC•• ;. .Botto(rr:::-.; :'7 . 6=Y-.426't3.406-SE' :-I 20.VAC:. t : • ::Stlttp-lrt 6-Y-41 61 1-402-.Si<.., .,`24VDC ' •: .base •• `-j' '-Y-42610 41 t-SE =240•VAC/60 Hz ::Bottom. s • f3-Y-41612-402-SE:: =:24 VOC' ,To: '"'"'"';`'.. :. "6�Y-41611-41.1-SE": ' '-240'VAC/50 Hz Base. • tom..,y ,,- 1 1 ca n l -.i -J� n`-„ C ~;''r i :; 3 it t --. •�. ,.:�, 'ef i �, 114-4! rt.. . .i:i f+D'+5 .�3tt`. di t<i # �e°may.,,_ r'�t`�.�.. + .� t> i,,A t. , .:., . t �Vwar 11ga � s0 1Sa 5 ifii *- ib gek:. 9.'mil ,_ •rte., ..i...-,1+'f I . 7 .$ ti 2-:5 wl '_�T_ei '6-Y 4 1'I-408-SE 120•VAC ,Base. ;Y• Ig z 6.Y-41.622-406-SE 2Q.VAC'.'', SOeciaiBase + '6=Y 4:1612-406-SEr ;.120'VAC•• `'Top ' `1- ' 6-Y 41623=-402-SE 24 VDC Speciar-Top. 6-Y=41613-406-SE 120VAC . ' Panel.• :'rt 6-Y-41623=406-SE •7120VAC , Spec$ai.'Top UL File #E33408 CSA File #LR20733 AC-all voltages to 120VAC AC-120VAC DC -all voltages to 90VDC DC-4.5V• 6V. 12V• 24V, 48V 90VDC III �'to IVO INDUSTRIES, INC. � � Product Information 201 INDUSTRIAL WAY WEST FATONTOWN,N.J.U7724 I Hour Meter PHONE:800-932-0489 ` NO IN.N.J.;201-642.5151 `I for AC voltage TELEX:132-414 1 �� FAX:201-542-2938 ` -- B148 11,87 Description and application �� .+� ;�.;..:. The hour meter totalizes the running time for AC operated ., n machinery or equipment, and can also be used to monitor warranty periods and service intervals. A low-noise, self- starting synchronous motor with running Indicator Is used i • to drive a geared set of figure wheels. The display runs l � • from zero up to the full count range and starts again at zero. For easy mounting, all models are delivered with acces- sories. For resettabie and/or predetermining hour meters see seperate data sheets B 102, B 504, BE 101, BE 102, r- 4 3 z • , BE 504. t g14% ,` i �2°'240ySt)yz • B148 Configurations Mounting I panel mounting accessories i model utout (included) Panel mount • 45x45 mrn mounting clamp B 148.001 •Panel mount 50 mrn die.round +bezel 55x55 mm B 148.002 Panel mount round or square mounting clamp B 148.003 +bezel 72x72 rum — Base mount w/o terminal cover mounting base 8148.005 I Base mount w.terminal cover — mounting base+cover B 148.006 LAN-rail mounting for 35x7,5 mm rail — mounting base+rail B 148.007 per DIN/EN 50 027 Ordering information 1. Model number 2.Voltage 0 3.Frequency 0 Technical data Standard voltages 110 VAC160 Hz Electrical connection screw terminals with wire Alternate voltages 24,42,48,220,240 VAC clamps AMP-plug 10%50 or 60 HZ _ possible with 6.3 rnm flat Power consumption 2 VA terminals Counting range 99 999,99 hours Operating temperature -10°.. .+50°C (approx.11 years) N. Housing _ black plastic Reading accuracy 1/wo hr Weight approx. 110g • • Figures approx.4 mm height f hours white on black tenth and hundreths red on black 0 SECTION VII PUMP SPECIFICATIONS womb Nibbler Feed Pump: • ---, UUUI( I J WE0311M 1/3 HP 110V ti A �` Submersible -16. ...;:_ Effluent • G ,`'" s Pumps OULD -• MODEL [;. Effluent Pump . , 3885 , ......_ .,. . . ETl LISTED SUBMERSIBLE PUMP CLASS I AND II DIV.2 AND G1086131480 CLASS III DIV.1 AND 2 ETL TESTING LABORATORIES,INC. 0071„ANO NEW YORK,was I A! 14 . AIPPGC >~N ,T Motor: , :: `�I „ 1T'IONS u. ;: �; {� ►�1• Single Ph 1 • 15 or FEATURES I`, L`w'�` e44,10 • ' S" , , 1t.230V.60 Hz, 1750 RPM Ai ' ',""' : N r. Specifically designed for the t I 3 � Impeller: Cast iron, semi-open' following uses. ` , i r4 « ', ;i�./2 HP 115V 60 Hz,`3500 RPM 1 Im p. • y 41 ��ar' '�i „* L`T ; ' non-clog with pump-out vanes fo 'rI' t..'1,' ' 0t �•: `.i'!;Homes'Ai4li,.. •, " 'f' { ` 1t f.Pfi HP,thru 1/2 HP, 230V, 60 Hz, mechanical seal protection. Balanced •;Farms -,,,tx•�t`f ' }J loll 11 3500:RPM for smooth operation. Bronze, 1 . 'Il: ''F :Built in overload with automatic . „, •.Trailer udurts I , a im impeller available as an o tioti; 's I •`Motels11 ,. fd { qx,{ ;reset , a ;,tfit 1,,, P e r .,, , 1;+ 'r,' 1 �� Casing: Cast Iron volute • 'ilia� •,Schools'1. #-. ; Class B insulation r, , g N type tip , •�.,, �. !. , ; t , maximum efficiency, :NPT b t i • • Hosphtalsy t 1j f� Three Phase,/2 HP thru 1/2 HP „ , • #f discharge adaptable for slide rail , ;' . ,. !,Industry + ' > �^� ` 208/230V, 460V, 60 Hz, a� 1°a , ,,• r1.: ,, 43500 RPM • systems,. 1 s 1tt"<r3,;f rarf .+lti' . i < ' • Effluen stems j,st> 1 Ys' cca A. , '9 3 ft! ,," :'Y 1r. 4 � Glass B Insulation, overload t 'I. Mechanical Seal. Cera vs ; �11.4 F x: A 1,,.'carbon sealing faces:Stainless,sloe,•'L'�;; ' t t 6 •- .t , ' � ;: c `N• 1 protection Ust be provided Iri 1, g '� _ _ + : v � metal parts, BUNA-N eiastohte s1 �� r1 ' •1, r r! . SPLC •I AXONS k' r try ,c r'k tP, Sjfat,lei jde': . ,i _:f 4 ; 1.r Shaft: Corrosion-resistantri-, t't y} f .,, ? , ,• ,� ft •I • ° '.i " . stainless steel,Threaded de P } putty l"z: 1, riti,; ,.�0, ' Js1`I::-. tee • 4' . $fig r �, __ 1 yq( Locknut on three phastl. .. .f •'+. 5�Ili ', " u. t A -d,f ([j �., • -, '•[i 3 y, guard against.t o ponetlt' • t • r� t ttl ,� _ d • y • h+•fit;ee3 !<; i{ :`.;'s1'nr •a .{ S,n�rr 'rtr ,' + .•± I , a, i,..�•�., . ! k y, J ' , „�N )=,k"'i. �� ,F 13•ri 'bib d'' •` too 't:n• oa'd%�I �. K, on. accidental re ye se its at ti.',::::',!.,1 f •- I } L..„1 'f •t ' r itl• )lei gr, �f z � ►1Vlotor , idly ui. e - a , ��fr ' ' 'Al:Gi js' t• , , r !! ,0,. r,. ,grade turbine of foil Ub i ti• *CI ::;vl rx'` APai'li(batit3 •'jeto ,IS!0.ee .Y ' 17' 1 -I :T e, •.'''''',,-,''','`: ;,S :-4 , ,.'' , sf � '', x` f,,has 't r i 'efficient heat fret sl t /Aeo a81ahcSeai� z I,l ,,: ' < < 13 e,,w rtd• : 15 3 �a .. r ,• Y,+ , !deal Designed 1foP ht T, , r al �a `1'C1, itF�,th e: to •to ;t �'t { g : t a rtibr bta Se& �; t l�,.{`�,r1 f ., • g• t` Operation!'. r fih•6'.t� i.,€. r :_y !� i + Pt q' , t! f 14 3 t t• ith et �t ,' ! ^'i 'Str tibri rrS+ta1-- Y :,', , ' - c� , i Within the Moto Ittjit i fsbtu _t E ,. 4y b� nad9 >� r ,w..� �t.,s p , , > >84 Is) 6tai le ei �'e a n. �� �' recommended,tlyor14 li• '1 r`�i i r ;`fire Base €1hry p 4i4 '. s : ,k� IPa ;N;EIr sta Icnere r;5 , -3 w:h p�� ,� .,�, e.1.- ' 4,; be operated Co ti' Uo'-_l'E sit t;:. 3 ,� • t, a f. �,W{t b> P6 ie�ds '>' .p •.,,, } r r' 9t��ttt e �6tj� c �. k ;� f,. r 0 ,,,, o fr t t ,' _.,. t ' ` add x;i ; . t :5411 t ode : • �0':,;x x d Beagin s;U eP ' k =t' 3` ,L • ,. r r , • gtiirb.l• ads i :are ,I t g pp, �1M� i I;aptb O. er =5talh Se a., #,, { t. da , ' .,! �, r`t ?•s� i' .. •."r.' duty ball bearing d if§ ;Uf;41at�; ' t' tin Stb l •;- d •�' t r, , , ��h= �� 1 , :t Power Cable: SeVeFe.d11 .s •r', t `,;; Ge a „1 of{Rulinittg'.bry itho• }�,,,i••,f k ,,,' �'� ~; : ' `oil and water resistants I po• <;(e4 e".. . I ..a ege,to Dompb a is , -•<' ;, l'ik4 :-"'•tad � ; l ; y i on motor-end rovldes'secb day '�°t is j, ' 1 a. `—i' l.,l°t {y ir. • 7' { •, 4♦$:. t° - y •lac'!{."• p'A . 4 i.. 'fly f s R ! t'. :� ,., ... 4• . 1•t i ( �'� �!+ l � ,,Q� moisture barrierrin cafe ot�t�t1 e , .,..,..it,,,,, Fr:.^ , .t I P i a✓ 1 ! .1 '''. 1 1 1!? 14.r 1 •a_y• ` , ;„ire�' , ., `l 3„ �' °,r � 1rijAY;','r r , f ,r ;', ,•�. , ' '� i Jacket damage i •and fo p e � .,., 't N; 4 ''';'i .;;� .1 rs 'i., : a ,R- ii d lilt 0 wicking I ,!'i5- '• ,. ;r i.•t ` FYI }17i r.;c I }`fk y i„1 ,y..;:.'''';'''.1 VJ , r1 , Y !' N • + ttT, !tom µ 1 , ti` ,; t� fi0.'i A F�.. ,s, 1 t 1 y k a , , Ring:;Assured posit - 1- - • .`iv...1 i.T 4 ,,1 ;, r , ri f r 4#' 4 ` ,Ir,; r, ) i,I , ?5 1 s �, 1 a �; ,`i''1 �: T: f:It!k It ,, , i•> � rja <1 • , , ,,, against contamihahts'" .•' _ i A' 1 c ,?`( ti, i�� n i��l. �'t� F! r,.i�F 1' �.� �F ,�•:r�L �i y •15+.. �t ' iuA �`; tV�; 1:t, iJ t +: • 1 S t-' ; 1 - f ,1i:•,r^e i t; s I. : �1 ''rg •( , ,., P.0 1 s I ,r a .ir`•�t � ,. •3''V ,' l i :,g.f .� iF '? Lf»'! to „ 1 4. ��14's } i� t fy ti �•�. '•t• -I•r' �L' 'l f.��l 'f�iS "� f� s`S- '•.I +'0 1.4-- f�,�y' ,I i 1Y ,4 t '1 1, {�({ }. 4 ', ,E, ti�• fx7,P r. •:ss � t, , , 111 t,., c1.; y} i} 4.t q''''' i e �r !tb N Y, ' 1,Pj.!.,41 r', ,l#,.'-ti"'xh'l,.04' *t.'A 1' '''5,,:&11ir � 1n� r .� - ' i�l i, ilea M..' a',flt 6 li, , .f � .i,• .� l.z .sr,,i c' :C a .. I. ,f,, W Zy ;' 1 a • .. �: !. , 1 SF.f I. s e CC Ailf b 189t,0oulde Pumps,Inch •' : �s ' 3"ft' s�,�r,, 1 p • n�{ 3#k•, ,�'i i �a.' f �1 EffeaVe i a ••6 ,i" '- ,6�11 , ' , 1 -/y� ' 11> '~V.,,, . .'.r k ''1: 15`^ i. kts 1 ! 1 1 1,1 . " ' I J 5. '' ' '',{''l�p•q�: >isb- •9'" .�.::.I..:G'�.N�► :,LwrbK;} t•.'6' ' - -,s:. �:llift i+f' i. FEATURES - • Gou,II(.I:; 1.Imp / -2.Casing , SitqbrillerSIDle 3.Mechanical - 7 EP-- -- Effluent i gal - I 4.ohaft /� --� 5.Motor '/ Pumps 6.Bearings- ,....., Upper&Lower 7.Power cable MODEL n ,,, - 8.0-Ring + .. ` V.' 6 ,;. 5 .. 3885 1 ,' 4 tI f 1.:r f.41 f',' 4ms I I r--• n :ice d e"+---''t'�^i^�z xe•Yny .._ •. . ,' _ - 7T}1••- . i.� ;� � `iI •I 'II.1� Ij -1 kl <3� •�'�4 .i. i !"r r• `t g.{ i i `.- '" f_F9 iIS: , � 'Li~,► 4 j I v r;'t PERFORMANCE RATINGS (Gallons Per Minute) - ' ��di{ 1rIt , �'' f R p'>Ip WE0511H WE0511HH •pi •r' •{ fI. • Y _` Series WE0512H WE0712H WE1012H WE1512H WE0512HH WE1512HH d4.' v "1 s 2 j'( 1i;, • , I. _ j, No. WE0311L WE0311M WE0532H WE0732H WE1032H WE1532H WE0532HH WE1532HHa ' }1 .� f : .., ,a w, •,. : ;,,1..r.).. V w WE03121 WE0312M WE0534H WE0734H WE1034H WE1534H.WE0534HH WE1534HH t4AMODELS ,, F'1. -- SNP %3 '/3 %2 3h 1 1'/2 . /2 1'h•,,t � ; 1; Z' 1'I'" t "'' • • t; ) RPM 1750 1750 ' 3500 3500 3500 3500' 3500' 3500>.t Ilk:,I 5 100 - 70 80 . 90 106 ' 60 t.;1 1' Series' ' HP iti Volts: Phase; Max.Amp. RPM Solids Wt i 10 80 65 76 87 102 112 56 4 84' i' WE0311L'4" ii1,4 1151t,s �,r•i 94 . ' , ' " tit 3 f , '..15 60 57' 72 84 100 108 53 82.1 4 t.. WE0312L ' i.„1 '230 K,r` , ?! 4.7 '' r1 t y r ' •,'' '/a ,�r " 1750 1 � ti 20 36 '. 45_ 65 79 95 105 48 77<ia� ' ;in WE0311M'!rtr 1, 115'h' V;k:'.,9.4 •• 1;�58 ''•r .�, +r , }'� .I 1 ! • r .. �25 25 59 74 91 100 45 75':�r4 �I, " " WE0312M ;;-•230 '. 4.7 30 50 67 85 96 ' 40 :72!f t1 f.' WE0511H ' 'i' 115 - : 13.0` ' 3 35 40 61 79 92 35 70, ' 1512H i 230 ' ' ; 6.5 't I 0 40 • 26 52 72 ' 86 30 67 .'1; rtc0532H ! i,';208/230 3 3.4 LL 45 ' 10 43 64 80 25 • 64' �1#.' '• WE0534H + '/2 460 , 1.7 .='60; ''50 30 54 73 18 . , fi0.'4 ' :' WE0511HH ' ' i,. 115 ' f 1 • 13.0:"' '„;', _ 55 17 42 65 12 58 '"` t WE0512HH ; �i 230 ' 6.5 • • '' .3''60 6 30 54 3 54 '+' -I:WE0532HH i ' 208/230 3, 3.3 + ,ii .,•., ~ '> ` , 65 16 40 51'•:T4� • 3r'WE0534HH 460 1.65 70 ' ' 5 26 47 '•>F4„� 'd WE0712H 1 230 ' 1 • 10.0 • 3/4 ?,'I ';,•'..' •;.75 ' 14 . ,43 <+ 14 i L. ; 'l:.":WE0732H ' '/,' ; 208/230 5.4 't �'i,j t': •; t 3 3500 '80 4 40 ,WE0734H ' • 460 2.7 90 • 't •WE1012H y'. 230 ; 1 12.5 ''�•,70 .,_ '100 7 .: a P4••!t ;, l "WE1032H ••1•y ; 208/230 i . 3'. 7.0 ' , .i., `''110 15 r4• '; : WE1034H °i "'.' 460 ' 3.5' • 120 <. d 5 ,.1 3 e�r1 y ,1 v WE1512H•' ' ;' 230 ' ' 1 ''; 15.0 - ,�, = 1 t ' ;:r , j 1' WE1532H;fir,' 1 208/230• 9.2 ,` a ,.- *v t2 ''',4'.,• S,3a• WE1534H:; '-p-,, .460 •3 +, 4.6 DIMENSIONS 'i , 1 •77 ,ti�,.. x< WE1512HH ' 3• ,;il 230' . 1 s " 15.0 80 _.._, _- - -• -•.:t. - .- ,> ,..T ., yr ra W° # (All dimensions In Inches) i ' ' k }• ,WE1532HH if208/230 9.2 • (Do not use for construction purposes.) t` ! '• 'WE1534HH t, ')I, 460 3 ! 4.6 ;•; �r`y _t'''';'*1'i,7i'. :( • ------12'h"-- i51 ,# .H. L. ,' . EFFLUENT EJECTOR SYSTEM 53/4"--1 ;t °' 1' _--, ..1-..-- ... .,Package Includes:^ • • _ ROTATION • t 4 1 Effluent ejector system � - Submersible Effluent Pump,r' 1 .� `'rR `` offers ease of ordering WE0311L,12L or WE0311M, - r' , ,' ;' g r 12M,WE0511HH,12HH E �' NPT ' and Installation.A single ti , 1 ' ,i,• I ' -�" Mercury Level Control Switch 8h :1wt ...� a �ordering number,speclhesx 1 A2.5(115V),A2.6(230V) • `"8 {t Elit� -( atr a complete system i,It„ ' ' $ Basin A7.1801S wt .,�,i ;II I a designed for most7es1 f xlr;' ' Basin CoverAe-1822 ,w,`,•;• � r 3/� d-^"al and commercial Check Valve A9.2P t and effluent pump. tC Order No.:SWE0311L,• KICK-BACK � P .,a ncations, + ' '.i SWE0312L, :}ii pN SWE0311M SWE0312M D"/3;'/2,3/4 and 1 HP=15"except for model WE0712H&WE1012H 18 ; il',4ti, '-, �',' , ,• • SWE0511HH SWE0512HH. , 1Y2HP=18" 4 `py 1'rr, , �.. _ Available Certifications: $P Canadian Standards Association v0 `4i".,' r. . . { ®Testing Laboratories C% SENECA FALLS NEW YORK 13140 SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE. PRINTED IN U.S.A. • Performance Submersible Eluent Curves , METERS FEET • - 90 25 MODEL 3885 80 SIZE 3/4" Solids WE15H W 70 I 20-- -WE10H J 60 ° WEo7H 15 50 WE05H -` 40 10 30 WE03M 20 WE03L 5 - 10 1116.. 0_. 0 0 10 20 30 40 50 60 70 80 90 100 110 120 GPM 0 10 20 30 m3/h CAPACITY M GOULDS PUMPS, INC. SE ECA FALLS IsEW YOM 13148 METERS FEET 120 MODEL 3885 SIZE 110 -WE15HH 3/4" Solids 100 30 - 90 25- 80 -- -- 70 x 20 - 60 O 15- 50-WE05HH 40 0 - 30 20 5 - 10 i 0_ 0 0 10 20 30 40 50 60 70 80 90 100 110 120 GPM 0 10 20 30 m3/h CAPACITY 01985 Goulds Pumps.Inc. Effective July,1985 C3885 Pump to Disposal Field: WS1012BF 1 HP 220V Goulds It Submersible ,...,.. L.,, , :�: Sewage ..., Pumps GOULDS MODEL n Sewage Pump K NN, . 3887 .., , 4 .„• ETL LISTED am ETL PUMP CLASS I AND II DIV.2 AND G1086131480 CLASS III DIV.I AND 2 ETL TESTING LABORATORIES.INC. CORTLANO.NEW YORK$3045 APPLICATIONS Motor: FEATURES ,77- `',. ' • Single Phase: 1/3-1/2 HP, 115V or • Homes 230V, 60 Hz, 1750 RPM;3/4-1 HP Impeller: Cast iron—semi-open, `'• Farms . 230V, 60 Hz, 1750 RPM; 1 HP, non-clog with pump-out vanes for ', +i ' ,s-•Trailer Courts 230V, 60 Hz, 3500 RPM. Built-in mechanical seal protection. Balanced ; 1�i 6 Motels overload With automatic reset. for smooth operation. r` � } "•" ;!Schools •. • . ` ' •Three Phase: 1/2-1 HP, 208/230 Casing: Cast Iron volute type fors '�•Sewage Systems 460V, 60 Hz, 1750 RPM; 1 HP maximum efficiency. Adaptable ford ' Hospitals 208/230-460V, 60 Hz, 3500 RPM.' slide rail systems. ; ;; : •+. . ,'► Industry : ;�' Overload protection must be Mechanical Seal: Ceramic Vs "��:'. .� ' • Dewatering provided in starter unit. carbon sealing faces, stainless steel`F ,' k:Au ' . 'Shaft:Threaded 400 series stainless metal arts, BUNA-N elastomers ,T x•Anywhere waste or drainage must p `l be disposed of quickly, quietly and . steel Shaft: Corrosion resistant stainless' efficiently. •Bearings: Ball bearings—upper steel. Threaded design. Locknut on''" .,.f'; ' - . and lower. three phase models to guard against •Power Cord: 15' standard (optional component damage on accidental • lengths available), reverse rotation. I •�'y ,';;•SPECIFICATIONS Single Phase: 1/3-1/2 HP, 16/3 Motor: Fully submerged in high t�'�y ,',Pump: SJTO with three prong plug;3/4 and grade turbine oil for lubrication and 1 HP, 14/3 STO with bare leads. efficient heat transfer. x ' • Solids Handling Capabilities: , �..�n '�", ` 2" Maximum. Three Phase: /2-1 HP 14/4 STO Designed for continuous operation. ;• 2"Capacities:xim up to 180 GPM. with bare leads. All ratings are within the working •Total Heads: up to 49 ft. M.TD On CSA listed models:20' length limits of the motor. • Discharge Size: Flanged—BF or SJTW or STW are standard. , Bearings: Upper and lower heavy � " ' BHF. units have 2" NPT threaded duty ball bearings construction. companion flange as standard. Power Cable: Severe duty rated, Optional 3" NPT threaded companion oil and water resistant. Epoxy seal on flange available and must be ordered motor end provides secondary moisture barrier in case of outer jacket separately. (Order No. Al 3). damage and to prevent oil wicking. ' + Mechanical Seal: Carbon rotary/ ceramic stationary, 300 series 0-Ring: Assures positive sealing ai ' stainless steel metal parts, against contaminants and oil leakage. BUNA-N elastomers. 4 ;,'.Temperature: 160°F (71°C) "maximum. \__,a Fasteners:300 series stainless steel. • Capable of running dry without damage to components. 44 ©1991 Goulds pumps,Inc Effective December,1991 1 IIPP.' r•-m Goulds 6° -�•, Submersible Sewage I 5 ; 7 Pumps • MODEL 2 I ., 1 . t.l ;' _ . BF and BHF3887 C�-' ...�: B - Models No 4 .... 8 _____ 1r � ! _ 9 FEATURES ._r 7-. PERFORMANCE RATINGS , 1 .All Iron Construction 5 Epoxy Sealed Cable 8 Ejector Vanes In Gallons Per Minute • 2 All Ball Bearing i 6 High Grade Turbine Oil 9 Multi-Vane Non-Clog WS0511 BF Heavy Duty Design ,•7 Electrocoat Paint Cast Iron Impeller WS05128F WS0712BF WS1012BF WS10128HF 3 Stainless Steel Shaft . .Outside and Inside ' WS0311 BF WS0532BF WS0732BF WS10328F WS1032BHF, 4 Mechanical Seal•t Order No.► WS0312BF WS0534BF WS0734BF WS1034BF WS1034BHF _ • HP► , '/ /: 1/ 1 • 1 P4ODEL$ RPM► 1750 3500 108 150 170 0 76 124 150 168 • 170 der No. • HP Volts Phase Max.Amps. RPM Solids WI. 15 30 90 122 150 150 �., WS0311BF 115 9.8 v a • WS0312BF b • 230 1 4.9 63 '3 20 50 90 120 128 ~ WS0511BF 115 13.0 0 25, 14 46 76 ' 107 WS05126F , 230 6.5 �- - 30 12 36 86 WS0532BF �` 208/230 3.3 t 65 • ,r `+ 35 '" 8 64 3 . t '`, i .' 40 43 WS0534BF 460 1.65 1750 1, i 45 24 WS0712BF . 230 1 9.4 . 2' WS0732BF — 3, 208/2303 3.6 it • `WS0734BF 460 ' 1.8 i... ..a,,,•?r�'! Iir sd fti . •j1'WS1012BF ; 230 1 12.3 _ ; ' ' j.DIMENSIONS (in inches) WS1032BF 208/230 •3 5.8 :4 ''';' d'.. .• _ WS1034BF •• 460 2.9 • `•' � '1 ,' WS1012BHF 1 230 1 12.5 7'�'�•` i'} ''rx � 4�+1. � ° r . WS1032BHF 208/230 7.0 3500 ke`7 2Mo sra',t Z 'yr \ WS10348HF 460 • 3 3.5 '+}r,:�r�amy • • '3 t 1I 121I2" P2A �. �,. ma hotatiorl " 5�a"— ;: ,;- ' t : • SIMPLEX& DUPLEX SYSTEMS Simplex Ejector Systems:are used'~ x •I --t�.: r t t 0,t ,,�f O P where drain facilities are below existing : ti .'-; ,"n �I r-. sewer Tines.Also can be used for septic t> > 1k -J' � +> Pp. ' WA-jilt_ k_. tank applications where effluent must be ' k try • f } . : p `1 f' �1 r„1 ;;` pumped away from tank for disposal ,, ',` .� ` `".. ;' it 1 te'' ,. l ' `t� 74 t � �y ��Y h f I kick Back t�--.. 4 a ], ,, ,."• > i \l �' r r ram? h ty�v'>N r ti;'r i. ` 3 • ' ,A*�--All models are 173/a"except 3/a HP 10 and I HP 10 •26'/is`.vt, "`'' ' ^'•olex Ejector Systems:offer the Al 1, ?,,,; 'i` 4 Pn ' ]. +ssary safety required by institutions -� :, , Dimensions are approximate.Do not use for construction ur bset, t1t. cannot afford an Interruption in 'r+; 7A t >::0 , • p ,,y, a I t. sewage disposal systems R " C 111 16' `1b.'I c* ` ''I , J, ' '1.• •• - -+ ' i fler1 ''f r ;fi r {tf'`, :Available Certifications: 'f? • / J i h1/t f! + y 4. .t a 1 j� y y 3`. Z�;r L ab�i1,q r`F 1 S Y ' I: i A'r CrY� .i �T T 1 ''- 47.-r- ,R t 0l .. ,,,� ^, 5'-' y_w,.'__— } i ;* . ,.r �� Canadian 5tandards Association, Testin LaboratOrlesY p. `' : j n. d:;"..1/NA' ' ,P c 'r.,,. � f1�w. • t ,r (, u r ,' 9 �1:..,�)h+� Xg f 9 II a .", r • y. ! 1 '",,'(AN `aEti1 M.,''. CCCJJJ '' .'tSB,ECA FAILS NEW'ot% DI48 SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE. PRINTED IN U.S.A. Performance . Submersible Curves Sewage Pumps METERS FEET 16 - 1 C 11 iL t. r:1 } 1 ICI ' MODEL38871 - SIZE 2 SOLIDS 50 Ill 1 ,111.1 III N INNIIIIlii NNI11111IIIN iI101ilifio ' IIn I j, 14 = 40 12 - III 1 30illillrirS14111iiiin111111iliiiiiiiiriniiiiiiilliMilii110 iiiiiiiililinill - 1111114-SERRIMMifigraTiblffillM111111111111111111111111_ lllli Illil 6 =a,�1 iiil'1. 1�Illiiiili�nlliniiiillNi!!N�lirilliso �l� 1 l�i� . 111 l-..,�Ni -..,,, _,.,,, _,I.1i�llllliliiliilli 4 - IIINIIIIIHllII ll iiIIIIe°I!!l�Iliil IIIIl����9i'��!l!Innri�N�liii9: 11iillillli 10 , _",� IM -.r=I` -.,Iii ,rL;1‘ 2 -.. i ,. • 4 t�i �� : 4 0- 0 I , Ill ;;I . l: ....11...11.. L: . 0 20 40 60 80 100 120 140 160 180 GPM Q I t 0 10 20 30 40 m3/Ftr CAPACITY rGOULDS PUMP © S. INC. SErECA FALLS NEW\OriI(D14 • Effective December.1991 1991 Goulds Pumps,Inc. SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE. PRINTED IN U.S.A. CIRRR7 0 SECTION VIII MONITORING & MAINTENANCE 0 0 I AQUA TEST, INC. 110 tigb�7l.!'! 2862O h1ahle Valle} Rd. Sli Maple Valley, WA 98038 (206) 432-9360 March 2, 1992 Dear Nibbler Customer: For your convenience we have added a toll free phone number: (800) 221-3159 Our office is open Monday - Friday from 7am to 5pm Pacific Time. If you have a problem with your wastewater disposal system which requires urgent Cattention at any other time, call our new 24 hour emergency phone number: (206) 340-7492 Please leave a brief message including: I Your Name Name of Facility Location of Facility Phone Number(s) (where you can be reached now) We will return your call right away. Please inform all appropriate personnel. Sincerely, gi-- /6) William L Stuth President AGREEiWEN'I' FOR MANAGEMENT SERVICES ON-SITE SEWAGE DISPOSAL SYSTEM SERVING VICTORIA'S AT ROBINIiOOD Union, WA This AGRI EMENT IOR MANAGEMENT SERVICES ("Agreement") is hereby entered into by and between Ken & Victoria Rice ("Owner") and Aqua Test, Inc. ("Manager"). MONITORING ANi) MAINTENANCE OF THE NIBBLER"' SYSTEM ANi) APPURTENANCES RECITALS A. The Owner is the owner of Victoria's At Robinhood located at__E._Ii 9ft 1.0ft. Union. WA___9$492 and further described as Tax account numbers: _ Ii. Stuth Company, inc. is the developer and owner/lessor of the Nibblert'n System. C. Ilealth Dept. is defined as Ma* ounsy Envirnmental_iealth Dept. . D. The Nibhlerm system is defined as being and/or including: The concrete vault(s) containing the patented process, the fan housing and the vent stack. E. As conditions for approving this System, the Developer and/or I lealth Department may require(among other things),that the Owner(I) file a covenant running with the land regarding the use and maintenance of the System, and (2) provide a management agreement which is acceptable to the Health Dept. This document is that management agreement. I'. This Agreement details the responsibilities of the Manager, which include: (I) periodically monitoring the System once it is in use; (2) notifying the Developer(Stuth Company, Inc.), the Owner and the I lealth Dept. of any excessive sewage flowrates or waste strength levels; (3) making recommendations to the Owner, subject to I lealth Dept. modification, for correcting any excessive sewage flowrates or waste strength levels and for maintaining and repairing the System when indicated; (4) confirming that corrections, maintenance and repairs are satisfactorily accomplished by the Owner; and (5) maintaining permanent files of supporting records and preparing periodic reports to the Owner, the ilealth Dept. and the Developer. The Manager is to have on its staff a 1 lealth Dept.certified sewage disposal system designer. 111 C Agreement for Management Services- Nibbler'"' Page 1 of 8 _ SECTION ONE MANAGEMENT OF TIIE N1i3BLERTM SYSTEM 1.1 FREQUENCY OF MONITORING. 1.1.1. Upon the first use of the System, the Manager shall monitor the System at the following intervals: FIRST YEAR • First Two Months Ili-weekly site inspections, with effluent waste strength evaluations. (4 trips including lab tests) Third Month- Sixth Month Monthly site inspections with effluent waste strength evaluations. (4 trips including lab tests) Six Month -Twelfth Month Quarterly site inspections and waste strength evaluations. (2 trips including lab tests) SECOND YEAR Quarterly site inspections with effluent waste strength evaluations. (4 trips including lab tests) THIRD AND SUBSEQUENT YEARS Quarterly site inspections. Waste strength will be evaluated only if Dissolved Oxygen and/or pH levels are out of tolerance or due to other indications apparent to the field technician which may include,but are not limited to,excessive hydraulic flows. (4 trips with no lab testing included) Note: Quarterly monitoring without scheduled laboratory testing will only be permitted if, after two years of monitoring, the system has proven to operate consistently within its designed flow and waste strength levels. 1.1.2. If, at any time, waste strength and/or flowrate exceed acceptable levels (designed rates), the frequency of site inspections and waste strength analyses will revert back to the previous,more frequent monitoring schedule and will remain at that frequency until desired waste strength and flowrates are restored. 1.1.3. The reduction of monitoring frequency as provided for in the above schedule will be followed only so long as waste strength and flowrates do not exceed their designed rates. No reduction in monitoring frequency will take place should waste strength levels exceed the designed rate. 1.2 TIMELINESS OF NOTIFICATION. 1.2.1. The Manager will specify whether a problem requires "routine" or"emergency" remedial action. The timeliness of the Manager's notification is determined by this classification. Agreement for Management Services- Nibbler'"' Page 2 of 8 1.2.2. Upon inspection of the System, if the Manager discovers excessive flowrates or waste strength and/or any other deficiency in the System's functioning as described in the following sections which require routine remedial action, then the Manager will (1) within 3 calendar days of such finding, notify the Owner, the Health Dept. and the Developer of such finding, and (2) within 7 calendar days,conduct and complete an investigation as to the apparent cause of excess or deficiency and shall report in writing to the Owner, the Health Dept. and the Developer the apparent cause of the excess or deficiency along with recommendations for alleviating the problem. 1.2.3. Upon inspection of the System, if the Manager discovers any condition which requires emergency remedial action, then the Manager will immediately, both orally and in writing, notify the Owner, the Health Dept. and the Developer of such finding, and shall describe in detail the scope of emergency repairs needed and/or performed. 1.2.4. Upon notification from the Owner that emergency repairs or maintenance have been completed, the Manager shall confirm that such repairs are made and notify the Owner, the Health Dept. and the Developer thereof, both orally and in writing, immediately upon confirmation. 1 1.3 TIMELINESS OF OWNER'S RESPONSE. 1.3.1. The Owner agrees to take effective steps to alleviate any excess average daily flowrates and/or excessive waste strength and/or any other "routine" repairs or maintenance within 1O calendar days of receipt of the Manager's written recommendations and will notify Manager as soon as such remedial action has been completed. • 1.3.2. The Owner agrees to take effective steps to cause any "emergency" repairs or maintenance to be made immediately upon receipt of notification from the Manager of determination that emergency maintenance or repairs to the System are needed and will notify Manager as soon as such remedial action has been completed. 1.4 FLOWRATE MONITORING AND CONTROL. 1.4.1. During each scheduled inspection, the Manager will (1) take data readings from the cycle counter which is installed between the septic tank and the Nibbleru" (2) from such readings, calculate the average daily flowrate of sewage entering the Nibblertm since the date of the last previous inspection. The Manager will also (1) take data readings from the • cycle counter and (2) from such readings, calculate the average daily flowrate entering the disposal field since the date of the last previous inspection. 1.4.2. Should the average daily flowrate for the monitoring interval exceed the Nibbler • gallon per day design rate ( 720 GPD), the Manager will notify the Owner, the Health Dept. and the Developer of the apparent cause of the excessive flowrates along with recommendations for alleviating the excess. Depending upon the degree of excessive flowrate,the Manager may also recommend more frequent monitoring until such time as flows return to the designed rate. 1.4.3. The Owner agrees to take effective steps to alleviate any excess average daily flowrates in a timely manner as defined in Section 1.3. Agreement for Management Services - Nibbler M Page 3 of 8 , 1.4.4. Upon subsequent inspections, if flowrate continues to exceed the designed rate, the Manager will again (1) notify the Owner, the Health Dept. and the Developer of such finding, and (2) further investigate the cause of such excess and report in writing to the Owner, the Health Dept., and the Developer the apparent cause along with recommendations for alleviating such excess. The Owner shall take effective steps to alleviate such excess flowrate and remonitoring shall then proceed at the appropriate frequency. 1.5 WASTE STRENGTH MONITORING AND CON"IROL. 1.5.1. During each scheduled inspection, the Manager will (1) take a sample of the wastewater exiting the NibblerTM and (2) check the effluent sample for temperature, Dissolved Oxygen and pll levels and, when indicated, (3) conduct (or cause to be conducted) laboratory analyses of such samples to determine the samples' levels of Biochemical Oxygen Demand (BOD5), Total Suspended Solids (TSS), and Grease and Oils (G&O). 1.5.2. Should the waste strength of the sampled effluent (exiting the Nibblers")exceed Allowable Waste Strength (Allowable Waste Strength is defined as having BOD5= 200 mg/L,TSS = 125 mg/L, G&O = 25 mg/L), then the Manager shall (1) notify the Owner, the Health Dept., and the Developer of such finding, and (2) conduct and complete an investigation in a timely manner as defined in Section 1.2 as to the apparent cause of the excess waste strength and shall report in writing to the Owner, the Health Dept.and the Developer the apparent cause of the excess along with recommendations for alleviating the excess. e 1.5.3. The owner agrees to take effective steps to alleviate any excess waste strength in a • timely manner as defined in Section 1.3 and upon completion of such remedial actions will notify the Manager. 1.5.4. Upon subsequent inspections, if any of the waste strength parameters continue to exceed the designed rate, the Manager will again (1) notify the Owner, the Health Dept. .a ,c � and the Developer of such finding, and (2) further investigate the cause of such excess and ..1.i.,.� 'f report in writing to the Owner, the Health Dept. and the Developer the apparent cause along 1 ; ,,!• ! with recommendations for alleviating such excess. The Owner shall take effective steps to s ,•,.'.i:: - alleviate such excess waste strength and remonitoring shall then proceed at the appropriate t ! jj frequency. 1 i 1.6 INSPEC"I'ION, MAINTENANCE AND REPAIR OP TIlE NIBI3LERTM ; • •' . SYSTEM. 1 . ; • ; .: 1.6.1. During each scheduled inspection, the Manager shall inspect the Nibblers" System 1 ; which will include: (1) checking the air intake filter to determine whether it needs to be cleaned, (2) checking the exhaust vent for foaming, (3) checking the air pumps and noting t ; •. i their velocity, (4) checking the extent and color of foam in tank, (5) checking the sludge I ' . • levels in the Nibblers" tank and the clarifier, and (6) checking the outlet filter for clogging. • Agreement for Management Services- Nibbler r"+ Page 4 of 8 • 1.6.2. If routine repairs are indicated, the Manager shall notify the Owner, the I lealth Dept. and the Developer of such determination in a timely manner as defined in Section 1.2. The Owner agrees to take effective steps to cause such repairs to be made in a timely manner as defined in Section 1.3. The Manager shall confirm that such repairs are made and notify both the Owner and the Health Dept. thereof, both orally and in writing, immediately upon confirmation. 1.6.3. If emergency repairs are indicated, the Manager shall immediately notify the Owner, the Health Dept. and the Developer of such determination in a timely manner as defined in Section 1.2. The Owner agrees to take effective steps to cause such repairs to be made in a timely manner as defined in Section 1.3 and to notify the Manager immediately upon completion of such remedial actions. The Manager shall confirm that such repairs are made and notify the Owner, the Health Dept. and the Developer thereof, both orally and in writing, immediately upon confirmation. 1.7 COST OF MONITORING 1.7.1 The cost of basic scheduled monitoring (as detailed in no the second 1.1.1.) year of service. be $ 1615.00 for the first year of service and $ 646 00 Thereafter, the basic fee will be rebilled annually in accordance with current rates. 1.7.2 Additional and/or emergency monitoring and/or maintenance will be billed at rates in effect at time of service. Current rate sheets will be provided. 1.8 TERMS OF PAYMENT 1.8.1 The Owner shall pay Manager in full upon receipt of each billing, however, such payment shall be made no later than thirty (30) days after billing date. Overdue balances shall be charged an additional 1.5% per month, compounded monthly. i; SECTION TWO PUMPING OF NIBI3LERTM TANK • 2.1 OBSERVATION AND CONTROL OF NIBBLERTM PUMP-OUT OPERATIONS. • i'•!{;l .t 2.1.1. During each scheduled inspection, the Manager shall check for indications that the 1 .' • septic tank and/or Nibblers" tank require pumping. If pumping is indicated,the Manager ► ! :will notify the Owner as to the urgency of said requirement in accordance with Section 1.2. 1 2.1.2. Upon notification from the Manager that pumping of the Nibbler" tank is required, the Owner agrees to cause such pumping to be conducted in a timely manner as defined in , , ;•. �;: . Section 1.3 and to notify the Manager as soon as such pumping has been completed. , Agreement for Management Services- Nibblertm4 Page 5 of 8 , j 4 SECTION TIIREE GENERAL PROVISIONS 3.1 MANAGER'S OBLIGATION TO SAFEGUARD TIIE PUBLIC HEALTH ; RECORD KEEPING AND ANNUAL REPORTS; IIEALTH DEPARTMENTS RIGHT TO REVIEW MANAGER'S RECORDS. 3.1.1. In addition to the Manager's duties to the Owner, the Manager has an obligation to safeguard the public health in the performance of its duties hereunder and is to perform its duties thereunder in a comprehensive manner so as to assure that the Nibbler" system is properly operated, maintained and repaired so as to protect the public health. 3.1.2. The Manager shall keep a permanent log of all field notes relating to sewage flowrate monitoring, waste strength monitoring, inspection of the Nibbler" system, investigations as to the causes of any excess sewage flowrates or waste strength levels, Nibblers" system observations, and confirmation of correction of deficiencies and completion of repairs. The Manager shall also keep a permanent file of originals or copies of all calculations, laboratory test results, notices, letters, memoranda and other • communications, both to and from the Manager,relating to its duties under this Agreement. 3.1.3. No later than January 31st of each year, the Manager shall (1) prepare an annual • report summarizing the operation of the Nibblers" system for the prior year, and (2) transmit at least two copies of the annual report to the Owner, the Health Dept. and the • Developer. The annual report shall include the results of(1) all average daily flowrate • „ . calculations for the examination periods contemplated by this Agreement, and (2) all laboratory waste strength analyses made on samples of wastewater entering and exiting the Nibblers"s tank. The annual report shall also contain (1) a summary of the Manager's recommendations (if any were found necessary and were made during the year) for modifications to the Owner's operations, steps taken by the Owner to alleviate any excess • average daily flowrates or waste strength levels, and the effect of such steps upon average daily sewage flowrates and waste strength levels (but the effect on excessive waste strength levels need only be considered with respect to wastewater exiting the Nibblers"; (2) a summary of routine maintenance and repairs recommended and made to the System); (3) a summary of any emergency repairs to the System; and (4) a summary of the Manager's •observation of the Nibblers" pump-out operations, along with any deficiencies noted during the year and the steps taken for their correction. ; ' • 3.1.4. Upon 10 days notice from the Ilealth Dept. to the Owner and Manager, the Health Dept. shall be entitled to review, at the Managers office, all of the records contemplated by Paragraph 3.1.2. • j �r ': t• 3.2 HEALTH DEPARTMENTS RIGHT TO MODIFY MANAGER'S RECOMMENDATIONS; OWNER'S DUTY TO NOTIFY HEAL.TI-L DEPARTMENT OF MANAGER VACANCY AND TO EMPLOY A QUALIFIED SUBSTITUTE MANAGER; OWNER'S RIGHT TO • APPEAL HEALTH DEPARTMENT DIRECTIVES. 3.2.1. Any of the Manager's recommendations to the Owner contemplated herein are subject to modification by the Health Dept. • Agreement for Management Services - Nibbler'"' Page 6 of 8 I 3.2.2. The Owner shall immediately notify the Ilealth Dept. of and when the Manager is terminated or resigns. The Owner shall then immediately seek a qualified substitute manager as soon as is reasonably possible to keep the break in management services to a reasonable minimum. Any Health Dept.-certified sewage disposal system designer shall be deemed to be a "qualified substitute manager" unless (1) the Ilealth Dept. has by then established a certification program for private on-site sewage disposal system managers and (2) such certified managers are available. • 3.2.3. The Owner may appeal Health Department decisions or final orders regarding the System through appropriate methods as provided for by the Health Department. 3.3 NOTICES. 3.3.1, Unless otherwise specified herein, all notices contemplated by this Agreement are to be in writing, and may be transmitted by U.S. Mail (postage prepaid), express courier service, telex, telecopier,or hand-delivery. Unless otherwise noted herein, written notices shall be deemed to be given upon dispatch when transmitted to he addresses contemplated by this Agreement. 3.3.2. Notices and other communications to the Health Dept. shall be transmitted to: Mason County Environmental Health Dept. P 0 Box 186 Shelton. WA 98584 Phone: (206) 427-9670 3.3.3 Notices and other communications to the Owner shall be transmitted to: .., Ken & Victoria Rise E. 211 Arellum Rd. Union. WA 98592 Phone: (206) 898-4409 • • • 3.3.4 Notices and other communications to the Developer shall be transmitted to: • Stuth Company, Inc. 28620 Maple Valley Rd. SE Maple Valley,WA 98038 Phone: (206) 2.55-3546 3.3.5 Notices and other communications to the Manager shall be transmitted to: ; , i , Aqua Test, Inc. 28620 Maple Valley Rd. SE Maple Valley,WA 98038 Phone: (206) 432-9360 Agreement for Management Services - Nibbler'M . ; Page 7 of 8 • AGREED TO BY: Awkw Aqua Test, Inc. By: By: Its: Its: Date: Date: A copy of this document was sent on , 19 to (Health Dept.) Agreement for Management Services- NibblerTm Page 8 of 8 r AGREED TO BY: Aqua Test, lnc. By' �G s By: a;'-e3- Its: / Its: C'�•,tr Date: - ? � Date: 9 -i s->2 A copy of this document was sent on l-- /5 — , 19 22 to (Health Dept.) Agreement for Management Services- Nibbler'"' Page 8 of 8 0 SECTION IX FIELD MONITORING CHECKLIST 0 • rrrrar° 1-1 FORMULA FOR CALCULATING BODa LOADING The scientific formula is: Pounds = 453.5925 grams = 4535924 mg Liter = 0.26418 gallons Dimension Conversion: mg � _ ,liter (453,59l2.4 mg)(0.26418tliter gallons = 8.345 x 10 lbs/gal = 8.345 lbs/gal 1,000,000 Hence: L!!& ( 8.345 )17-' liter I,000,000 gal The formula we use which produces the same end result is: BOD5 mg/L x Flow GPD x .00000834 = PPD BOD5 loading EXAMPLES Residential: BOD5'= 140 mg/L Flow = 250 GPD 140 mg/L x 250 GPD x .00000834 = .29 PPD BOOS Small Restaurant Facility (greywater only): BOD5 = 1500 mg/L flow = 500 GPD 1500 mg/L x 500 GPD x .00000834 = 6.26 PPD 130D5 Supermarket Facility: Greywater: Blackwater: Combined: BOD5 = 2200 mg/L BOD5 = 200 tng/L BOD5 = 1200 mg/L (avg.) Flow = 3750 GPD Flow = 3750 GPD Flow = 7500 GPD Greywater: 2200 tng/L x 3750 GPD x .00000834 = 68.81 PPD BOD5 Blackwater: 200 mg/L x 3750 GPD x .00000834 = 6.26 PPD BOD5 Combined: 1200 mg/1., x 7500 GPD x .00000834 = 75.06 PPD 1301)5 NIBBLER SIZING STANDARDS It is recommended that Nibbler systems be sized to receive no more than 6.5 pounds per day (PPD) of BOD5 per Nibbler unit when receiving metered flows from a surge tank. Where there is no surge tank to ensure an even flow to the Nibbler system, sizing should not exceed 3.25 PPD per Nibbler unit. NOTE: By following the recommended Nibbler sizing standards, systems should require little or no maintenance, less frequent monitoring, and will produce minimal odor. While successful waste strength reduction can be achieved in systems receiving I C as much as 20 PPD, monitoring and maintenance requirements are sharply increased and significant odor will result. 4/92