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Contract 57273
Date Received: 03/22/2022 Permit No.: SWFNIA-21-0098 Time Received: 11:16 AM City Secretary No.: 57273 STORMWATER FACILITY MAINTENANCE AGREEMENT THIS AGREEMENT, made and entered into this day 18th of March 2022, by and between DRL-DFW HOUSING PARTNERS, LLC, acting by and through DON R. LIVINGSTON, its duly authorized representative hereinafter referred to as "Landowner", the URBAN LOFTS SW CONDOMINIUM OWNERS ASSOCIATION, INC, hereinafter referred to as "Association" and the City of Fort Worth, hereinafter referred to as "City". WITNES SETH WHEREAS, the Landowner is the owner of certain real property described as an approximately 0.33 acre tract located in Lot 4R, Block 11, WEISENBERGER ADDITION, an addition to the City of Fort Worth, Tarrant County, Texas according to plat recorded in Instrument Number D221061210, Official Public Records, Tarrant County, Texas, hereinafter called the"Property". WHEREAS, the Landowner is proceeding to build on and develop the Property according to the Site Plan/Subdivision Plan known as LOFTS AT WEISENBERGER SW hereinafter called the "Plan", which is expressly made a part hereof, as approved or to be approved by the City and the Landowner and Association provides for management of Stormwater within the confines of the Property; and WHEREAS, the City and the Landowner and Association, and their successors and assigns, agree that the health, safety and welfare of the residents of the City of Fort Worth, Texas require that on-site Stormwater Management Facilities be constructed and maintained on a portion of the Property; and OFFICIAL RECORD STORMWATER FACILITY MAINTENANCE AGREEMENT CITY SECRETARY Rev.11/19/2020 JLE FT. WORTH, TX WHEREAS, the City requires that on-site Stormwater Management Facilities ("Facility") as shown on the Plan be constructed and adequately maintained by the Landowner, its successors and assigns, including Association, the location and dimensions of which is shown and more particularly described by metes and bounds in the attached Exhibit"A" ("Facility Property"); and WHEREAS, Landowner agrees to convey the Facility Property to the Association and the Association agrees to accept the Property where the Stormwater Facility is located. NOW, THEREFORE, in consideration of the foregoing premises, the mutual covenants contained herein, and the following terms and conditions, the parties hereto agree as follows: 1. The Landowner and Association, its successors and assigns, shall adequately construct and maintain the on-site Stormwater Management Facility ("Facility") at no expense to the City of Fort Worth in accordance with the design specifications for the Facility, attached as Exhibit "B", and the current standards then in force and effect in the City of Fort Worth and with the Operations and Maintenance Plan attached to this Agreement as Exhibit "C". The Stormwater Facility includes all pipes, channels or other conveyances built to convey stormwater to the facility, as well as all structures, improvements, and vegetation provided to control the quantity and quality of the stormwater. Adequate maintenance is herein defined as good working condition so that these facilities are performing their design functions. The Stormwater Structural Control Maintenance Checklists, attached to this Agreement as Exhibit "D", are to be used to establish what good working condition is acceptable to the City. 2. The Landowner and Association, its successors and assigns, shall inspect the Facility and submit an inspection report to the City annually. The purpose of STORMWATER FACILITY MAINTENANCE AGREEMENT 2 Rev.11/19/2020 JLE the inspection is to assure safe and proper functioning of the Facility. The inspection shall cover the entire Facilities, berms, outlet structure, pond areas, access roads, etc. Components of the Facility, which need maintenance or replacement to perform their design function, shall be noted in the inspection report along with the corrective actions to be taken. 3. The Landowner and Association, its successors and assigns, hereby grant permission to the City, its authorized agents and employees, to enter upon the Property and to inspect the Facility Property whenever the City deems necessary. The purpose of inspection is to follow-up on reported deficiencies and/or to respond to citizen complaints. The City shall provide the Landowner, its successors and assigns, copies of the inspection findings and a directive to commence with the repairs if necessary. 4. In the event the Landowner and the Association, its successors and assigns, fails to maintain the Facility in good working condition as specified herein, the City, its authorized agents and employees, may enter upon the Facility Property and take whatever steps necessary to correct deficiencies identified in the inspection report and to charge the costs of such repairs to the Landowner, its successors and assigns. It is expressly understood and agreed that the City is under no obligation to routinely maintain or repair said Facility, and in no event shall this Agreement be construed to impose any such obligation on the City, such obligation is Landowner's. 5. The Landowner and the Association, its successors and assigns, will perform the work necessary to keep the Facility in good working order as appropriate. In the event the City pursuant to this Agreement, performs work of any nature, or expends any funds in performance of said work for labor, use of equipment, supplies, materials, and the like, the Landowner, its successors and assigns, shall reimburse the City upon demand, within thirty (30) days of receipt thereof for all actual costs incurred by the City hereunder. In the event that Landowner or its successors or assigns fail to pay the City for the costs incurred under this section, the City shall impress a lien for the costs of such work upon other lots owned by the Landowner or the Association. Such lien shall be perfected by STORMWATER FACILITY MAINTENANCE AGREEMENT 3 Rev.11/19/2020 JLE filing in the office of the County Clerk of Tarrant County, Texas an affidavit identifying the property to be charged with such lien, stating the amount thereof, and making reference to this Agreement. 6. This Agreement imposes no liability of any kind whatsoever on the City. THE LANDOWNER AND ASSOCIATION AGREES TO HOLD THE CITY HARMLESS FROM ANY LIABILITY IN THE EVENT THE FACILITY FAILS TO OPERATE PROPERLY. LANDOWNER AND ASSOCIATION COVENANT AND AGREE AND DOES HEREBY INDEMNIFY HOLD HARMLESS AND DEFEND THE CITY OF FORT WORTH, ITS AGENTS, SERVANTS AND EMPLOYEES FROM AND AGAINST ALL COSTS, EXPENSES, LOSSES, DAMAGES, CLAIMS OR CAUSES OF ACTION WHATSOEVER ARISING, OR WHICH MIGHT ARISE, FROM THE FAILURE OF LANDOWNER OR ANY FUTURE OWNERS OF THE FACILITITY PROPERTY TO MAINTAIN THE FACILITY, INCLUDING, BUT NOT LIMITED TO THE BED AND BANKS OF THE DETENTION POND; ANY DAMAGES CAUSED TO PERSON OR PROPERTY DUE TO (1) FLOODING OF THE POND AND ITS BANKS, (2) SLOPE FAILURE OF THE BANKS OF THE POND, OR (3) FAILURE OF THE POND OR ITS BANKS TO OPERATE IN A MANNER CONSISTENT WITH CITY OF FORT WORTH CRITERIA; OR FAILURE TO PERFORM ANY OTHER DUTIES OR OBLIGATIONS HEREUNDER. 7. Landowner and Association covenants and agrees that no habitable building shall be erected within the drainage easement outlined on Exhibit "A" but this paragraph shall not preclude construction of other improvements within the drainage easement, which do not impede drainage. Landowner and Association covenants and agrees that no habitable building shall be erected on the above property abutting such easement which shall have a finished floor at an elevation less than two feet above the maximum depth of water in the detention pond which would occur during a 100-year frequency flood. STORMWATER FACILITY MAINTENANCE AGREEMENT 4 Rev.11/19/2020 JLE 8. This Agreement shall be recorded among the land records of Tarrant County, Texas, shall constitute a covenant running with the land, and shall be binding on the Landowner, its administrators, executors, assigns, heirs and any other successors in interests, including any property owners association. 9. Notwithstanding anything to the contrary contained or implied elsewhere herein, it is expressly agreed and understood that the liabilities, indemnities and obligations of DRL-DFW HOUSING PARTNERS, LLC as Landowner hereunder shall expire and be of no further force or effect upon the transfer ("Transfer") by DRL-DFW HOUSING PARTNERS, LLC to the Association of legal title to the Facility Property, save and except for any liabilities, indemnities and obligations of DRL-DFW HOUSING PARTNERS, LLC as Landowner hereunder which have accrued and are due, payable and/or performable as of the date of the Transfer and which shall expressly survive the Transfer. [REMAINDER OF THIS PAGE TO REMAIN BLANK] STORMWATER FACILITY MAINTENANCE AGREEMENT 5 Rev.11/19/2020 JLE Executed this 18th day of March 2022 CITY: LANDOWNER: DJ Harrell 18 2022 10:23 CDT) I , t,def' ' DJ Harrell, Don R. LivinDevelopment Services Director Owner&Ma City of Fort Worth DRL-DFW Housing Partners, LLC Date: M a r 18,2022 Date: d/a S/a k Approved as to Form and Legality: ASSOCIA410N � r ( Thomas Royce Hansen, Don'R. Livingston Assistant City Attorney II Owner and Mang r City Attorney's Office Date: M a r 14,2022 Date: ate'j /;L�. ATTEST: Contract Compliance Manager: ag&" By signing I acknowledge that I am the J ette S.Goodall(Mar 21,2022 12' CDT) person responsible Jannette Goodall, �ddo4nn for the monitoring and administration of City Secretary apF°FORT�aa this contract, including City of Fort Worth AY� 00 � °00p�� ensuring all performance and reporting jj�o o•10 requirements. Date: Mar 21,2022 0t)04 o 00z0 0000p000 Id �EXpSoga Janie S. Morales,Planning Manager Development Services Date: Mar 14,2022 OFFICIAL RECORD v.RMWATER. 1/9//20 0 JLE FACILITY MAINTENANCE AGREEMENT Rev.1 CITY SECRETARY FT. WORTH, TX STATE OF TEXAS § COUNTY OF TARRANT § This instrument was acknowledged before me on March 18, 2022 by DJ Harrell Director of Development Services of the City of Fort Worth, on behalf of the City of Fort Worth. Bichson Digitally signed by Bichson Nguyen 1�9 BICH SON THI NGUYEN Nguyen Date:2022.03.21 11:39:17 Notary Public -05'00' STATE OF TEXAS Notary I.D. 133389224 Notary Public, State of Texas My Comm.Exp.Oct. 13,2025 STATE OF Te xa 5 § COUNTY OF Tarm.t § BEFORE ME, the undersigned authority, a Notary Public in and for the State of T &S , on this day personally appeared_ no►� r7i L�v�n�,e�,� (name), G L (title), known to me to be the person whose name is subscribed to the foregoing instrument, and acknowledged to me that he/she executed the same for the purposes and consideration therein expressed, as the act and deed of OIL- DF\„/ HOusinti4 Ph ners-, LLC (entity), a (entity type) and in the capacity therein stated. GIVEN UNDER MY HAND AND SEAL OF OFFICE this 5-4N day Of F-e6rW,1M , 20;RX 2 nIt°N CYNTHIA WAGNON Notar Public, State Texas < Notary ip#129964813 yr fP My Commission Expires September 19, 2022 OFFICIAL RECORD STORMWATER FACILITY MAINTENANCE AGREEMENT CITY SECRETARY Rev.11/19/2020 JLE FT. WORTH, TX STATE OF I ex o S § COUNTY OF Tarrc,hf § This instrument was acknowledged before me on vl,,L S/2a Pon, �. by, Li Y l r\ ran , authorized representative, acting on behalf of the UrhAn Lo-F43 Y Homeowners Association. C=WAGNONNotMy CSe Notary Public, State of Tex c s OFFICIAL RECORD STORMWATER FACILITY MAINTENANCE AGREEMENT CITY SECRETARY Rev.11/19/2020 JLE FT. WORTH, TX EXHIBIT A LEGAL DESCRIPTION BEING a 569 square foot (0.0131 acre) tract of land situated in the William Bussell Survey, Abstract No. 151, City of Fort Worth, Tarrant County, Texas, and being part of Lot 4R, Block 7, Weisenberger Addition, an addition to the City of Fort Worth according to the plat recorded in Instrument No. D221061210, Plat Records, Tarrant County, Texas, and being more particularly described as follows: COMMENCING at a 5/8-inch iron rod with cap stamped "KHA" found for the northwest corner of said Lot 4R, being in the south right-of-way line of Weisenberger Street, a 60-foot right-of-way; THENCE South 89°46'27" East, along the north line of said Lot 4R and along the said south right-of-way line, a distance of 46.50 feet to the POINT OF BEGINNING; THENCE South 89°46'27" East, continuing along the said north line and along the said south right-of-way line, a distance of 7.00 feet to a point for corner, from which a 1/2-inch iron rod found for the northeast corner of said Lot 4R bears South 89°46'27" East, a distance of 46.50 feet; THENCE South 0*13'11"West, a distance of 81.25 feet to a point for corner; THENCE North 89°46'49"West, a distance of 7.00 feet to a point for corner; THENCE North 0*1 T11" East, a distance of 81.25 feet to the POINT OF BEGINNING and containing 569 square feet or 0.0131 acres of land, more or less. NOTES Bearing system based on the Texas Coordinate System of 1983(2011 adjustment), North Central Zone (4202). A survey plat of even survey date herewith accompanies this metes & bounds description. The undersigned, Registered Professional Land Surveyor, hereby certifies that the foregoing description accurately sets out the metes and bounds of the easement tract. STORMWATER FACILITY MAINTENANCE AGREEMENT _ '✓ '�?••'''GIST WILLIAM BUSSELL SURVEY CO SHUA D. WARGO • ° s ABSTRACT NO. 151 REGISTERED PROFESSIONAL ............................... TARRANT COUNTY, TEXAS LAND SURVEYOR NO, 6391 JOSHUA D. WARGO 801 CHERRY STREET "' """"""""�"' " UNIT 11 SUITE 1300 ....................... 0 6391 Kimlev))) Horn P: FORT WORTH, TEXAS 76102 q FE S S\�,•''o /v '•'•......•••' 801 Cherry Street,Unit 11,#1300 Tel.No.(817)336�611 PH. 817-335-6511 S U ?IE Fort Worth,Texas 76102 FIRM#10194040 y mkimley-hom.com josh.wargo@kimley-horn.com Scale I Drawn by I Checked by Dale Project No. Sheet No. N/A DMD JDW 12/7/2021 061308402 1 OF 2 DRUMMOND,DASHAWN 1277/2021 2:37 PM K:\FTW—SURVEY\061308400-LOFTS AT WEISENBERGER\DWG\061308402-LOT 4R BLK 11 WEISENBERGER_SWFMA.DWG EXHIBIT A NORTH P.O.C. WEISENBERGER STREET 0 10 20 (A 60-FOOT RIGHT-OF-WAY) P.O. B. GRAPHIC SCALE IN FEET S89°46'27"E 46.50' L1 S89°46'27"E 46.50' 5/8"IRFC — — "KHA" I I I I 1/2"IRF < Cn I I ws I I Wa I I < v) r- z0 I � N N I I � I 0mr— woo � I U)ico zo LLJ / � � rz0 00 mw I ¢ o I I NM I o II Cow � � Z N Z ; m 00 0 , 0 Dm 0 o o o D o � w Z' I W�ol- D o _ oZ N 0 0o CD I I l o f z I I I z I I 0 0.0131 ACRES 569 SQ. FT. I I I LEGEND I I LINE TABLE P.O.C.=POINT OF COMMENCING I L2 I NO. BEARING LENGTH P.O.B.=POINT OF BEGINNING LOT 4R, BLOC 11 IRF=IRON ROD FOUND WE SENBERGER A DITION L1 S89°46'27"E 7.00' IRFC=IRON ROD W/CAP FOUND (I ST. NO. D2210 1210) L2 N89°46'49"W 7.00' NOTES Bearing system based on the Texas Coordinate System of 1983 (2011 adjustment), North Central Zone (4202). A metes and bounds description of even survey date herewith accompanies this survey plat. The undersigned, Registered Professional Land Surveyor, hereby certifies that this survey plat accurately sets out the metes and bounds of the easement tract. STORMWATER FACILITY OF MAINTENANCE AGREEMENT � ........... WILLIAM BUSSELL SURVEY ABSTRACT NO. 151 OSHUA D. WARGO % REGISTERED PROFESSIONAL •�:••..........••••..•...... TARRANT COUNTY, TEXAS LAND SURVEYOR NO. 6391 JOSHUA D. WARGO 801 CHERRY STREET "'`""""""""�"' " UNIT 11 SUITE 1300 •. o�0 6391 Pv;�• Kimlev* Horn FORT WORTH, TEXAS 76102 q ''•.FE S S��.c•`'1'o ND 4` Fort Worth,Texas 801 Cherry Street,Unit 11,#130 e l.xas 76102 FIRM#10194040 viwwAimh 335-6511 PH. 817-335-6511 S U ley-om.corn R v josh.wargo@kimley-horn.com Scale Drawnb Checked by Dale ProiectNo. Sheet No. 1"=20' DMD JDW 12l7/2021 1 061308402 2 OF 2 DRUMMOND,DASHAWN 12/7/2021 237 PM KAFTW SURVEY\061308400-LOFTS AT WEISENBERGER\DWG\061308402-LOT 4R BLK 11 WEISENBERGER SWFMA.DWG EXHIBIT B Page 1 of 7 THE CITY OF FORT WORTH , TEXAS DRAINAGE IMPROVEMENTS TO SERVE LOFTS SW FORT WORTH WEISENBERGER STREET-- (A 6Q-FOOT RIGHT-6ZF-WAY) ULM PROP. DRAINAGE I ' EASEMENT Icp cmI IE= I PROP. UNDERGROUND I I I EAO. DRAINAGE DETENTION ON ALL JF- VICINITY MAP FORTWORTH N.T.S. ENGINEER: OWNER/DEVELOPER: DFW HOUSING PARTNERS, LOFTS SW SITE VICINITY MAP 801 CHERRY STREET Horn 6628 BRYANT IRVIN RD,SUITE 110 SUITE 1300 FORT WORTH,TX 76132 FORT WORTH,TX 76102 ENGINEERING FIRM REGISTRATION#F-928 CJVN V]Hv MS�JDEMDONDSIDAA DSVNMJO (IDSOdMM u J 0 H(((Aa I qrA iv sijo wU A 7, LL cz 2 o LU . ... . ssssss � _P LU .1Z 3 J W" --- ------ — — --------- X—V _714k--------- — 1111 F -IL-1111 oull sNg_aS NIIN F) ct LU ---------- *00 CD M Z g UJ II £61G_3Ej NIN IF U) -------- __T————————————— =fi I 1(�j I I I NN(il' 2-' ll H- I 1 1.Ul MS 2JDEMDONDSIDAA NV]d MJOIS ujo H(((Aa wrA iv sijo 0 : IE J Lai ---F------ ------------- -------- r,7] 1111 F1 11 1111 1111 IF LA I I ct I F"� -77 777 7M 7 11 E 0 Lo LU ------- II LU U) - -- ----------- --------------------------------------------- - ------ -I-------------TTI--------------F LL Ill Id 11 1111 MT3� SVYE]i'Hl?JOM iHC)d JO UID MS 2JDEM39N3S13M S11V-30 WbOlS m� u10H(((Aa w� lb S130� Wv i s i Ilse k!`� �aEi• :i,. a9ae •�p� �� ' � a'® a a FI � � $i4 f�!U is � /: Jill fill Jim 9 li an t@ � y; jig® a I I i ■ 51 Ifil, tL ... .�.�-e._..,._�.....�... ��I VVV ct k W a o = � �� i e IE e = � - 5 _ \ iaa< o:::s`Rk 'A $. 9Fd •a��E la as 6a �6 , n T LZ f y i a � a � ��`;,_ R� •� 5' ��F l: Es Sac dd O vJ j U r W O m vi z F r wa ¢w y F LL w O g D r y ZO r O w m w Fza = u>i U' ¢ z0 w Q Z U o U U C~] =2 W>W W O _ z 'a w a F m o z a o s ¢ V o a o z w o❑ o u ¢s o a r oF zw zo z aN ° o No U zo0 oo s m z o wFw oW z � 6 2o o a o a a z�n 3 o z a o o z '� o w o 0 0 ° =a m? >a Y o= w oa wn boo ��o 00 ¢zyF o- a- osm oWpF wju ~ w w 3 z m 0 z w i o a m P~ a J >o a w w" o 0 o w z u w z 7z o"o r w m¢ s Q o o� a -� u z77¢ w w m w o o z z a w w> U w r o~° o w a o o<ui z ` w �g9� a ° <°�>QwrLL oF woOw ot9¢z°z g Lw2 ron? oNv >aOt, z oQ w O 3� 0 " o E I 0 I,>p 0 m° woa > s i z N°m a m -Oaxw o'oa ~a° 7 >m ,m =�_s uwwUmsr?wi zi mzw g 0 w wQo - ws °° ww o w a z m w s ¢zw im w u Ff'0, 0 aN w o oQ Din z o t n FFa io o oiwow "' tU o z a C Jo z> _ a aOL" ouo ooz ' "o oca z zQ N 0 7= z o wao = w F z w- z zao o w 3 o m > N wo= o o o w wo oio z °s-ooa a a aNwoaowa w w o o o 0 a 0zo zm g m> A zw�a IDi�� a� _ �C ct ry - =w W a w LLJUS LLJ z=1z aaoaa w a �aa oraw o Nm° W ry W w<n '^ A V O oiao - UaU LU W � LU � Q W_ W z W Z W /n Z i N J > W 0r' Z � � g � �W N w ° � � W O w a a > ¢ a a E ° w v� a Q N r r r i a r > w m w WTM 4 c N IL d LL� LU CO a0 V _ -mU .. 1 N N a N o a m O d r 2U L) 3 J — W F- J CJ S 30 Z :ON 133HS 'S'1'N :31VOS 133HS 1f1O1.V1 W31SAS :A803N03113 VS :AS D3NDIS30 Xl'H12JOM 11JO3 lno�unw o3 rif13�, ZOb L-5 LIEOZ Xd b08B]1D PIeiLHaag 1� �311b/OOS)'Hd P `J I ZOZ I P V RLR /5Z/Ol I.Z�31tl0 00'Sb95- �DN lO3fD21d 133 113b 3 b1S O9 N3SI3 L AA 3bbllsLL(aZ)'Hd aSZ a 'o'd }J3SWVH3 N31tlMWNO1S 331-In3 CMS H3OH.18113SUM 1V S13O1 3Ul`o311no i•u a Jzz rw �a o ct W � _ u - U� ❑ I - H w _ j o u - _ 3 ¢ 4 S 3O S :ON 193HS 'S'1'N :31VOS 133HS lIV130 W31SAS :A8(3NO3H3 VS :AS D3NDIS30 Xl'HllJOM 11JO3 lno�unuo3rino ZOb L—'L Xd b08B]1D PIeiLHaag 1� �311b/OOS)'Hd P `JI P33 RLR I ZOZ/5Z/Ol :31tl0 00'Sb95-I.Z :DN lO3fD21d 133 113 b1S Ob39 N3SI3 L AA 3bbIlsLL(aZ)'Hd aSZ ae'o'd }J3SWVH3 N31tlMWNO1S 331-ln3 CMS H3OH.18N3SUM 1V S13OI 3Ul`o311no i•u 21 1 a z L) a a �z z a 0 H _ - a = z w = J H ❑ W w > a > N ttS7W & z �- w 3 U O w LU x a M. _ Qa � w � N U U _ - W J J J �w f 2 2' L ❑ � N 4 z ~ z z ' z O a U z lj� _ J 0 ❑ a s O _ - a i w " w U W _ yUj 3 J U t F L lw d u 5 3 k N G k F N G I II— _ z W S G d h, g e a a N U € - = O _ „?Z� � P , ..-e a ��._ e- ~°°, - a ° - - _ °E_°.� - .. .. � e - mN2m - - - z ❑ w Vim' '" 7 w CD - LNE t EXHIBIT C Central Texas North Texas South Texas South Central Texas PARK 8 M Houston, Fairbanks 1200 I,T South 20943 U.S.77 8491 Highway 87 ` Houston,TX 77D40 Dallas,TX 75125 Harlingen,TX 78550 San Antonio,TX 78263 ,., Tel713-937-7602 Tel972-263-0222 Tel956-428-2079 Tel210-227-7275 Fax 713-937-4254 Fax 972-842-8871 Fax 956-440-1834 Fax 210-566-7270 Submittal Package for 0 ;2ump Lofts at Welsenberger SW Trol;?per Lift Stations 41k PRODUCTS - Storm Sewer Lift Station WW48-NCD2 ENGINEER Kimley-Horn 801 Cherry St. Suite 1300 Fort Worth, TX 76102 817-335-6511 CUSTOMER Kimley-Horn 801 Cherry St. Suite 1300 Fort Worth,TX 76102 817-335-6511 MANUFACTURER ParkUSA 7015 Fairbanks N Houston Rd Houston, TX 77040 713-937-7602 August 9, 2021 Copy 1 Job#: 21-32955 PM: Jason Alexander Expect the Best... Table of Contents Who would expect any less than the best when specifying or purchasing equipment for their construction projects. Engineers and SUBJECT SECTION contractors know ParkUSA Company for its quality products and services in the Storm Sewer Lift Station Section 1 construction industry. Feel free to contact WW48-NCD2 our office for engineering and sales assistance. Pumps Section 2 Limited Warranty All goods sold hereunder are warranted to be Controls Section 3 free from defects in material and factory workmanship for a period of one year from the date of purchase. We will replace at no cost goods that prove defective provided we are notified in writing of such defect and evidence that the product has been properly maintained and used in accordance with manufacturer's intended purpose. We will not be responsible for any labor charges or any loss, injury or damages whatsoever, including incidental or consequential damages. The sole and exclusive remedy shall be limited to the replacement of the defective goods. Before installation and use, the purchaser shall determine the suitability of the product for its intended use and the purchaser assumes all risk and liability whatever in connection there with. PARKA Section 1 Storm Sewer Lift Station WW48-NCD2 PARK azcu-�uxmlaw♦v suoi-zmll -wlw-w•II uaa1sue�suoY��m>1ws�sHouvic an-s�Wn+Au•wa wdr xa Iw aox ImV We la aa�nv Y o 44 a mom€ LO \\ H <N Td� \ �03ii O g 2g F N Ili CO M I B oB ; zo °D H a e �� ova oggI I I I 19bc z a LI-o ? z •9C � 37oR �11.gt.t.G1Ytod �5 � � �Rog �I a o z LJz o zZ - �Rr� a p am o < s V Nm c } N � U 2 3 I �ry5 N L �' K� 0 m J Y d L O B KN \ LLI m ao nZ w �4 d N m o Y o Z. q�� a > 0 z 3 a g oa�Oa'g l—I�F a z < a a Q w o 0 3 a0o us 8800 �y p l l I I I I po o Ido ir LU +' w o m� w > o< zz �� o M zo ¢a �o >z dU W� �w <ti ay Jm Z p V�F .!qF 11 I m W< V7 �.I �sz a wp �" �oo o i ji<oi< FFwm - -... z< a z o� b�;.a o �� z ��✓o bl��\ii� ..\ ..w yoo� `pn� W Nis i^�-« oZ3ofljl` �¢I� oyc1W LL1 c=fib! W c m sz�tl o 1' o < y� I 1 ° a z �r`S �z s do =7 moorcN Q�d< , p woodo g� xe cwio` $ $ y�H<a U<rcam \ % � ...�. �• - N�Z L� wsl- — ��=do £imp o8<"om Zeno. a o�< w cryy{{b�oy`��y' Zssw� a"'I a �ag d aarc�rc C9�rc °d le mwz d coi Y.ia l� rc�5� <�i� RRm �� a a o�6 =i Z.g d (n aa� oaz x W¢aa�d \� zME <» Wao z --- o N J W N n OI 0p OD O •D _ Y �� �d N � N � � � Mf � N N N xIxQ+ a aim 3 O V 12 aal aal y tl I I I Wit.. .e.h z � K I I •il I " I I i lii °I Ian I n II a R ——— -----� uJ WI it wl ANGLE FRAME HEAVY DUTY SINGLE LEAF General Information: F I The heavy duty angle type door is designed for interior and exterior applications where watertightness is not required.They are intended for __—_——_—_—_——_——_—_——_—_—_ off street locations that may occasionally receive AASHTO H-20 wheel loads I10 J 11 II I III 11 Specifications: 1I Il I FLUSH CAST II I1 The floor access door shall be Model AHS by ParkUSA(888-611-7275), 11 IQ- ALUMINUM =�L71 I with the size being specified on the plans. Door leaf shall bet/4 inch thick I I I DROP HANDLE I II l i aluminum diamond plate reinforced to an AASHTO H-20 Wheel load. 11�==----------�111 � The frame shall be extruded aluminum with an integral anchor flange and door seat on all four(4)sides.The entire floor including the seat on which -__—___ the reinforcing rest shall be supported by concrete or other material I tl I e 1�111 designed to support the cover loading.The floor access door shall be I I II 1 ___ _J-1 IF equipped with a flush aluminum drop handle that does not protrude above the cover, and stainless steel automatic hold open arms with red 1 I I a 1 II I I� 1 vinyl grips to lock the cover in the open position. The doors shall have _ _ _______ stainless steel hinges with stainless steel tamper proof bolts and nuts. A staple for a padlock shall be supplied for security. All parts of the frame and cover shall be aluminum or stainless steel. C Installation shall be in accordance with the manufacturer's attached (CLEAR OPENING) instructions. Manufacturer shall guarantee against defects in materials and workmanship for a period of ten (10)years. REMOVABLE STAINLESS STEEL JJ KEY WRENCH SLAM LOCK 3'—1 STAIN LESS STEEL WATERTIGHT AUTOMATIC HOLD PLUG OPEN ARM WITH EXTRUDED ANGLE FRAME WITH RED VINYL GRIP INTEGRAL SEAT &CONTINUOUS ANCHOR FLANGE IT A o I/4" c I DIAMOND PLATE HEAVY DUTY 1 STAINLESS STEEL 4 HINGES WITH TAMPER c PROOF BOLTS �� d /f EXTRUDED ANGLE FRAME s NTH INTEGRAL V Available Options do CONTINUOUS 1"ANCHOR FLANGE ❑ S.S. Horizontal Springs ❑ S.S. Slam Lock ❑ Bituminous paint on area in DIMENSIONS(in) WEIGHT contact with concrete MODEL Thk in. A B C D E F Lbs. ❑ Other AHS-24X24 1/4 24 24 22 23 34 30 60 AHS-24X36 1/4 24 36 22 35 34 42 85 �� �E3B.6� 'I.7275 AHS-30X30 1/4 30 30 27 29 40 36 85 "' ` ' AHS-30X36 1/4 30 36 27 35 40 42 100 S PARK A N AHS-30X42 1/4 30 42 27 41 40 48 115 AHS-30X48 1/4 30 48 27 47 40 54 130 ALUMINUM SINGLE LEAF HATCHWAY AHS-36X36 1/4 36 36 33 35 46 42 115 1MODEL AHS SAFETY NET DIMENSIONS MATCMBAJ=L= MODEL L x w PSN-24X24 24"x 24" PSN-25X30 251W'x 30" n REDUCE RISK • LOWER COSTS • INCREASE PRODUCTIVITY PSN-30X30 30"x 30" ~ .•- PSN-36X30 36"x 30" PSN-42X30 42"x 30" The HatchSafe 60 PSN-60X30 60"x 30" T11 fall protection system is PSN-48X30 "x 30" a lightweight net system that will greatly PSN-36X36 ' 36"x 36" reduce the risk of a fall through. The PSN-42X36 42"x 36" * . system is designed to be installed in any PSN-48X36 48"x 36" type of floor or roof access hatch, or both PSN-60X36 60"x 36" new and existing units. The system is PSN-72X36 ' 72"x 36" > +� compatible with all hatchway PSN-48X48 48"x 48" F manufacturers. PSN-72X48 72"x 48" The ParkUSA HatchSafe net system meets or exceeds all current OSHA standards, and will greatly reduce the risk of injury or death from fall through -00 accidents in hatchway installations. This protects you from costly law suits, time lost through accidents and OSHA fines and citations. It can also lower workers compensation and liability costs. C Ilk TT '�:-�� •' i c I ` ` ` y ', ¢' *' • OSHA Compliant 4 .'. _`' �~; - ''' �"' • Chemical & UV Resistant �'�Y • Complete Systems • Easily Installed in Minutes now am r� �'�' � c'= k • Retracts Easily for Access ����_��� ~'� `` • Custom Sizes ��-�r1� �' ��� • Full Five Year Warranty . Y 117A— =1 ZIM y: HatchSafb` Fall Protection Reduce Risk • Lower Costs • Increase Productivity GENERAL INF0RMATI0RI FEATURES The Occupational Safety and Hazard Association (OSHA) sets standards for workplace safety. One of the OSHA standards states • Manufactured of aluminum and stainless steel with a highly that workers who are exposed to possible vertical drops over six feet visible synthetic netting. must have fall protection. One of the options for fall protection is a safety net system. OSHA has outlined specific guidelines for • Stitched with PTFE Sewing Thread. This thread is workplace safety net systems. The OSHA standard classification manufactured from high strength expanded PTFE. It's not that covers safety nets is in section 1926.502(c) of the OSHA affected by UV(ultraviolet)radiation, acid rain, industrial pollutants or cleaning agents. standards. The ParkUSA HatchSafeTA4 net system meets or exceeds all current • All systems are shipped completely assembled including OSHA standards, and will greatly reduce the risk of injury or death mounting hardware. from fall through accidents in hatchway installations. This protects you from costly law suits, time last through accidents and OSHA • Easily installed in virtually any floor or roof opening, new or fines and citations. It can also lower workers compensation and existing application in minutes. liability costs. The HatchSafe net system is a lightweight net system that will greatly reduce the risk of fall through. The system is Retracts easily for access to confined space or to pull pumps designed to be installed in any type of floor or roof access hatch, or and equipment. both new and existing units.The net does not restrict light or visibility needed for inspections, and the net easily slides open to facilitate Greatly improves employee safety while allowing freedom of access. Because 85% of normal procedures can be accomplished movement and full visibility of area below net for inspections with the Hatch Net in place, one person can safely perform most and sampling. inspections without the need for an additional worker or cumbersome fall protection equipment. Custom sizes are manufactured in days at no additional cost. INSPECTION • Full five (5)year warranty on hardware and net. Safety nets should be inspected on a frequent basis. The inspection must cover damage,wear and deterioration. The safety net systems must also be inspected after any incident occurs that could affect the PRODUCT DESCRIPTION integrity of the net. If any net is found to be defective, it must not be The HatchSafe fall protection system is a rail mounted safety net used and must be removed from the safety net system. system designed to be installed in all floor access and roof hatches SPECIFICATIONS to reduce risks associated with fall-throughs. The fall protection safety net system provides protection during the initial opening of this HatchSafe fall protection systems adhere to OSHA Drop Test hatch and maintains protection after access has been gained. The Standards. The drop test involves a sandbag that weighs 400 safety net easily slides on guide rails to facilitate entry and then pounds and is between 28 and 32 inches in diameter. The sandbag repositioned to prevent fall through accidents. This system also is dropped from the highest point from where a person could fall.The provides excellent fall through protection while a hatch or other mesh size of the net cannot be larger than 6 by 6 inches. All of the opening is left uncovered and/or while a worker is below. The mesh crossings must be secured so the mesh openings cannot HatchSafe can be manufactured to fit 150#, 300#, H-20 live load, widen more than 6 inches measured from center to center. Each net, roof hatches and all other floor openings. or section of net, in a system has to have a perimeter border with a AVAILABILITY minimum breaking strength of 5.000 pounds. Between safety net panels,connections have to be just as strong as the net components Standard HatchSafe fall protection systems are readily available in a themselves. Connections cannot be spaced more than 6 inches few days. Custom systems are manufactured to customer's order apart from each other. and shipped within 2-4 weeks. Larger orders may take longer. INSTALLATION HatchSafe fall protection systems can be installed on any standard MAINTENANCE aluminum or steel floor access, roof hatch or custom sized framed HatchSafe fall protection systems should be inspected opening. The units are factory assembled and ready for installation. semi-annually by Owner. The netting should be inspected for visible LIMITATIONS decay, fraying, tears or ripped stitches. The hardware should be inspected for damage, broken or bent pieces, corrosion or missing The HatchSafe net system, after installation, should be maintained pieces. in the closed position after each use.The HatchSafe is a fall protection system. At no time is the net to be used as a work platform, lifting mechanism. tool holder, tie off point or to attach any WARRANTY other equipment to it. The HatchSafe fall protection system is warranted for a period of five (5) years against defects in material and workmanship. Any modification to the system voids the manufacturer's warranty. From America's # 1 Ball Check Valve Manufacturer... Benefits & Features .} Models 208, 408, 4082 and 508 ■ Valves that end clogging Flomatic Ball Check Valves ■ Flow Efficient ,t are especially designed for ■ Low Maintenance Cost I demanding wastewater Buna-N Vulcanized Recommended for flow velocities of Metal Ball 3' to 5' per sec. Horizontal installation and storm water pumping requires 20' static head for positive ;. applications. Unrestricted i sealing. Flow Way .1b Available in: Access port for in-line service. ■ Cast iron ■ Ductile Iron Epoxy coated inside and out ■ Stainless Steel ■ PVC odel 508 (Formally Model 50) Model 208 Model 408 & 4082 3" 4" 1 1/4" - 2" 3" - 14" Q2_1 11I I I T I-_ Stain'ass Steel Baits Stainless njBoCast Iran Body Ar_ess Plate Ductile Iran ZCast Iran BPhenolic Ball 0 C P R.,bber Seal Phen BSeal Q 0' ING RAW Covered ^ u Hallow gran Ball al Stainless Steel ,®�. BALL Ductile Iro��Threaded Retaining Ring 1ainless Steel B DY Hex Nuts Screas -� 1 ■ rt • Model 208T N. s L r Model 208T, corrosion resistant PVC body. Threaded female x female connection. Nitrile (Buna-N)seal. Also available with PVC socket weld Model 208S. Sizes: 1", 11i4", 1'iz 2". Temp Max: 1500(65C) Not for ground burial. FLOMATIC'VALVES Model 208T PVC Ball Check - Plastic Size Range: 1 "- 2" H "A--Size Part Maximum MaximumBall Weight Number Width Diameter (Pounds) 1--NPT 2131 T 6'7/32- 4/," 1 1/2- 1.0 1 socket 2131 S 625/32- 4'/2" 1 1/2- 1.0 �V 11/4--NPT 2132T 52'/32- 4'/2- 11/2- 1.0 B J� 1 N-Socket 2132S 5.,- 4'/7- 1'/7" 1.0 11/2--NPT 2133T 813/641• 6l1/3,- 21/,- 1.5 3 11/2^Socket 2133S 8'3/64- 611/3r- 21/2" 1.5 4 2--NPT 2134TI 71/16•• 611/32- _ 27-Socket 2134S 71/16„ 611/37- 21/7- 1.5 Available NPT,BSPP or solvent weld connections. Valve can be used at temperatures uptol80'F(80°C). 1-PVC CAP 2-NITRILE"O' RING Add"T"after part number for NPT threads. Add "S"after part number for solvent weld. 3-NITRILE BALL Add"P"after part number for BSPP threads. Not for ground burial. 4-PVC BODY New Vacuum Relief feature to reduce water hammer&noise in piple lines FLOMATIC'VALVES 772ST PVC Ball Valve - True Union Spec Sheet FEATURES & BENEFITS • ISO-9002 • Full Port •True Union APPLICATIONS: • 150 PSI @ 73 Deg. F. Waste Water,Mild •Sch.80 PVC Body Chemicals,Swimming •Teflon Seat Seals Pools,and Water •Supplied with Both Threaded&Solvent Ends Treatment •Thread Ends Comply with NPT ANSI B2.1 •Solvent Ends Comply with ASTM D2467 • Unique Double Union/Double Block Design • External Adjustment for Seat Wear •Sizes 1/2"- 2" DIMENSIONS _ L - _--4-_ �_ Size L Od Socket I H1 HL d./in Threaded 3 _ id1 Od2 th 11 112" 4.14 0.59 0.85 0.84 0.89 2.09 3.31 14 0.65 �s - - 3/4" 4.61 0.79 1.06 1.05 1.02 2.40 3.55 14 0.65 1" 5.24 0.99 1.33 1.31 1.18 2.80 4.18 11.5 0.81 l� 1-1/4" 5.79 1.26 1.67 1.66 1.26 3.25 4.57 11.5 0.85 �i. HL 1-1/2" 6.62 1.58 1.91 1.90 1.38 3.59 5.04 11.5 0.85 2" 7.09 1.97 2.39 2.37 1.58 4.33 5.52 11.5 0.90 MATERIAL SPECIFICATIONS No Part Material 1 Body PVC L"'� "• - .k 2 Stem PVC 3 Ball PVC 4 Seat Santoprene 5 Threaded Spacer PVS 6 Handle ABS 7 Union Nut PVC 8 Union End PVC r I 9 Stem O-Ring EPDM 10 Spacer Seal EPDM 4 0 1 11 End Seal EPDM L MATCO-NORCA Global sourcing. National compliance. Local service. NEW YORK PO Box 27,Rt.22,Brewster NY 10509-Toll Free:800-431-2082 •Fax:845-278-9056 TEXAS 1150 Silber Rd.,Houston TX 77055 •Toll Free:800-935-5456 •Fax:713-680-2999 CALIFORNIA 5593 Fresca Dr.,La Palma CA 90623 •Toll Free:866-532-8306 •Fax:866-532-8307 WEB:www.matco-norca.com EMAIL:mail@matco-norca.com APEX 900 ELBOWS G-F Schedule 8090' ELBOWS H _ Soc x Soc Xirtec Corzan CRITICAL DIMENSIONS Nom. Univ. IPEX Univ. IPEX Pipe Part Part Part Part Size No. No. No. No. C D H M Wt.(Ibs) 1/4 X 1/4 806002 036179 9806002 057192 0.655 0.302 1.000 0.845 0.031 3/8 x 3/8 806003 036180 9806003 059193 0.780 0.423 1.250 1.000 0.040 1/2 x 1/2 806005 036181 9806005 059194 0.890 0.524 1.445 1.215 0.086 3/4 x 3/4 806007 036182 9806007 059195 1.020 0.722 1.685 1.470 0.115 1 x 1 806010 036183 9806010 059196 1.145 0.936 1.940 1.760 0.187 1-1/4 x 1-1/4 809012 036184 9806012 059197 1.270 1.255 2.160 2.145 0.289 1-1/2 x 1-1/2 806015 036185 9806015 059198 1.400 1.476 2.400 2.385 0.348 --> 2 x1 806020 036186 9806020 059199 1.525 1.913 2.805 2.955 0.617 2-1/2 x 2-1/2 806025 036187 9806025 059200 1.775 2.290 3.300 3.580 1.054 3 x 3 806030 036188 9806030 059201 1.935 2.864 3.745 4.230 1.523 4 x 4 806040 036189 9806040 059202 2.265 3.786 4.625 5.345 2.619 6 x 6 806060 036191 9806060 059203 3.025 5.709 6.650 7.615 7.295 8 x 8 806080 036192 9806080 059204 4.125 7.565 8.600 9.775 14.733 10 x 10 806100 036864 9806100 059085 5.500 9.493 11.315 10.780 28.740 12 x 12 806120 036865 9806120 059086 6.500 11.294 13.385 14.200 43.901 IPEX Xirtec"140 PVC & Corzan'CPVC 15 N O Q Y o W d J O i m n 304 Q cn m c� Y O J O Lc) m L z U m \ U C � z * z J c5 Q � U J m it Q N O w � Q N a o w J O 2 i� M W V) W V) > = S J p J W O Z n W Z W d p O m-i N Of =� \O of ih N d M W J O W 2 � J W W J Z_ Q J_ N J Q w Q Z V- FyLL MIB Series Tylox° Cobra Style Mechanically-Installed Boot Connector. Tylox Boot Connectors .... flexible enough to meet your most rigid standards. For over half a century,pre-casters have put their trust in Hamilton Kents flexible rub- ber gaskets to provide permanent, watertight joint seals in their concrete pipes and struc- tures. Now you can get that same `peace-of- mind"for your pipe-to-structure connections with Hamilton Kent's premier line of flexible, rubber boot connectors. Designed to provide a watertight seal between a pre- formed hole (cored or cast-in) in a concrete structure and a connecting pipe, all Tylox" Cobra style, flexible, rubber boot connectors: • Are designed to meet or exceed the requirements of ASTM C923: 13 psig watertight sealing in Are manufactured with high-strength, fiberglass straight alignment and 10 psig watertight sealing reinforced, nylon wedges, for enhanced durabil- at 7°axial deflection. ity. • Accommodate variation in hole sizes through the Hamilton Kent's policy of carrying large inventories use of an adjustable hoop. of finished product, in multiple locations, means that • Allow for repeated installation and removal with- you'll find ordering and receiving Tylox° flexible, rub- out damaging the connector. ber, boot connectors can be the same simple, worry- free experience that you've come to expect on your • Are quick and easy to install, using an adjustable Hamilton Kent gasket requirements. torque wrench. • Are easily installed and/or removed front either the interior or exterior of the concrete structure. • Are manufactured in a variety of hole and pipe size combinations to fit most cored/formed hole sizes 7" thru 16", and connecting pipe O.DA from 1,80" thru 14,75". (Please refer to Chart on rear of sheet for exact details) A variant of the standard sleeve, the step-sleeve is designer] for field • Are supplied, as standard, with high-grade, 304 selection to suit either a 2",3"or Z" Series, Stainless Steel Shield, Hoop and Clamp, connecting pipe. for maximum corrosion resistance. Making Infrastructure Water-Tight, TODAY! For A Greener, Sustainable Tomorrow o �- Components 1'ylox`flexible,rubber boot connectors consist of 5 main components: Shield a Clamp Sleeve r_ Available Models Adjustment Hnop il4eciraaysm Part Pipe O.D. Hole Size Connector Dimensions Range Range Sleeve: The heart of the boot connector,the slecvc,is designcd for (in) (in) flexibility in all dimensions to accept relative movement between the pipe and the structure.Sleeves are manufactured,as standard,in EPDM min max lE�ir: Max B C D E which provides for protection against ultra-violet degradation while the C7-2-432 1.80 4.80 7.00 7.12 6.00 6.00 0.250 structure is being stored and/or installed.Optionally,the sleeve is avail- 09-2-432 1.30 4.80 7.99 8,12 7,00 - 6.25 01250 able in Nitrite for use in applications requiring oil-resistance.Sleeves are C7-2-4 4.21 4.8n 7.0n 7.12 6.00 4.80 6.00 0.250 designed for use with either single or dual take-up clamps. C8-2-6 6.00 On 7.99 8.12 7.00 6.5o 6,00 0.312 Hoop: The brawn of the boot connector,the hoop is manufactured C10.5-2-6 6.00 7.00 In.5n 1 10.60 9.00 1 6.50 6.00 0.312 from 304 Series,Stainless Steel;and is roll formed for increased radial C10.5-2-8 7.50 9.05 10,50 10,60 9,00 8,50 6.00 n.3I2 strength.An expansion mechanism is used to expand the O.D.of the hoop,inside the rubber sleeve,after they have been inserted into the en-2-6 6.00 7.0n 10.99 11.12 9.00 6s0 6.00 0.312 hole in the structure.The force exerted by the expanded hoop both mc- C11-2-8 7,50 9.05 10.99 11.12 9.00 8.50 6.00 0.312 Chanically clamps the sleeve into the structure,and deforms the rubber C12-2-4 4.21 4.80 11.99 12.12 10.50 4.80 6.00 0.312 against the concrete,forming a water-tigln[seal, C12-2-6 6.00 7.00 11.99 12.12 10.50 6.50 6.00 n.312 Shield: The 304 Series,Stainless Steel shield provides protection C12-2-8 7.50 9.05 11.99 1112 10.50 8.50 6.00 1 0.3I2 between the rubber sleeve and the hoop expansion mechanism.It also C13-2-10 9.60 S 1.10 t2,99 13.12 11.40 10.50 8,00 0.375 gives an added amount of interference between die hoop and sleeve, C14-2-10 9.50 11.10 13.99 14.12 12.25 10.50 9.00 0.375 at die adjustment point,ensuring full 360 degree sealing between The slecvc and the structure wall. C16-2-10 9.50 1LID 15.99 IG12 13.87 10.50 8.00 n,375 Clamp: Manufactured from 304 Series,Stainless Steel,the clamp is CI6-2-12 11.75 13.25 15.99 IG.IZ 13.H7 12.50 H.00 0.375 used to compress the rubber around the connecting pipe,forming a C16-2-14 13.25 t4.75 15.99 1G.t2 t3.87 14m 1 8,00 n,375 water-tightseal.Clamps are available in either standard or quick adjust- `C7-2-432 and CS-2-432 boots-sleeve has optional C Dimrcnsions: Cl @ ment(jet)styles. 2.25",C2[A 3.60",and C3 @ 4.90" Adjustment Mechanism:'Ihe Cobra style mechanism expands the hoop by a variable amount. Materials and Identification Tylox- MIB connectors are manufactured from syn- thetic rubber compounds to meet the material require- ments of ASTM C923. Connectors are available for "Standard" or "Od-resis- tant" applications. Oil-resistant connectors will have the amounr ofexpansion is adjusted by using a torque wrench to turn an orange dot on the rubber molding. the nut on the screw mechanism inwards,which in turn activates the wedge system,expanding the hoop.Note that the bolt head itself is Culler materials and specifications may be available as held captive inside a formed hole in the rear wedge,negating the need for a second wrench to hold it steady.Cobra style mechanisms are ideal custom order. Please Consult your Hamilton Kent rep- for the pre-casrer who prefers one style boot for both plant and field resentative regarding your specific requirement. installed connectors. TEL: (800) 268 8479 FAX: (888) 674 6960 Hamilton Kent WEB: www.hamiltonkent.com E-MAIL: salcs@hamiltonkent.com Sealing Your Connection Ut Mls-Cnbra_Rnghsh_R5 Tylax'Cohra Boots ate manufacrumd by Hamilton Kcnt Inc.and/or Hamilton Kenr LLC.lhey ate dhiribumd,verldwide by Hamiltnn Kent Inc,a pr for the U.S.A.where they arc distributed by Hamilton Kent LLC, l-ylnx'isa mhistemd redden-ark of H-2L.n Kent Inc All Tyiae Cobra Bouts are--tied far 12 mood.limn,dam nfpmchase(Invoice data}in acme<lancc wlrh ncc detalls oA,md in Hamnt,m Kc t'3 Smndurdl'crms and Condition. l� Mv 1 AlR, E 1 Technical Data Bulletin amPri an. 1PCN Flexible Plastic Gaskets for sealing the following assvciaivn PRECAST products, regardless of size or shape: VERTICAL & HORIZONTAL APPLICATIONS A "Prefab" .Storm Sewer Pipe manhole, sealed in f , ♦Box Culverts four min- utes and +�• `� M .Manhole Risers ready for immediate *Septic Tanks backfill. .Utility & Burial Vaults .Wet Wells - - SL M 3 � + FOR CUSTOMER SERVICE OR TECHNICAL INFORMATION PLEASE CALL (800)231-4549 OR (713) 671-2494 APPLICATIONS INSTRUCTIONS VERTICAL HORIZONTAL 1. Apply one brush coat of RAM-NEK Primer to concrete 1. Trench conditions shall be such that pipe jointing can be surfaces to be sealed. (Primer is recommended but not re- accomplished without getting mud, silt, gravel or other quired unless conditions are wet). foreighn materials into the joint.Generally,the trench should be dewatered and have a firm bottom free of muck. 2. Remove protective wrapper on one side only of preformed RAM-NEK strip or coil and press firmly to the dry,clean joint 2. Remove protective wrapper on one side only of pre- surface. Leave the outside wrapper in place to protect the formed RAM-NEK strip or coil and press firmly to the dry, gasket and keep it from stretching. clean joint surface. Before laying the pipe in the trench, at- tach the gaskets end-to-end to the leading edge of the tongue 3. Remove protective wrapper from RAM-NEK gasket and or groove of each pipe joint, forming a continuous gasket set next section. Each unit is forced "home" by its own around the circumference. Remove the protective wrapper weight, compressing RAM-NEK to tightly pack and immedi- before joining pipe sections. ately seal the joint. "Squeeze out"is visible proof of a water- tight joint. 3. After the gasket is applied, the pipe should be handled carefully to avoid displacing or soiling of gasket. Any gasket 4. After last section is set and fully"seated"the installation so disturbed should be replaced. is complete. Backfilling and compaction can start immedi- ately. 4. The pipe should be properly aligned before joints are forced home. For tongue and gr000ve pipe, the pipe should (Tongue PRIME INSIDE Tongue be partially supported to maintain concentricity until the gas- SURFACES WHEN ket is properly compressed in the joint space and sufficient NEEDED pressure applied to make sure that the joint is properly made. Pa er > 'a 5. Backfilling and compaction can begin when jointing is � completed. - t RAM-NEK _ "SQUEEZE-OUT" Tangue RAM-NEK Gasket _ Groove VISIBLE PROOF OF Groove Groove SEAL STRIPS SIZE & PACKAGING INFORMATION CROSS IN3/ FT/ PCs/ SIZE SECTION FT. CTN CTN PALLET SIZE 3/4" x 2' -6" .375 X 1.25 5.6 125' 50 24 ctns/792 Ibs 1" x 2' -6" .625 X 1.50 11.3 88, 35 24 ctns/1104lbs 1 1/4" x 3' -6" .625 X 2.00 15.0 98, 28 24 ctns/1752 Ibs 1 1/2" x 3' -6" .75 X 2.50 22.5 70' 20 24 ctns/1680 Ibs 1 3/4" x 3' -6" 1.00 X 3.00 36.0 46' 13 24 ctns/1680 Ibs 2" x 3' -6" 1.00 X 3.50 42.0 35' 10 24 ctns/1680 Ibs COILS SIZE & PACKAGING INFORMATION CROSS IN3/ FT/ PCs/ SIZE SECTION FT. CTN CTN PALLET SIZE 3/4" x 14'-6" .67 X .67 5.386 130.5' 9 60 ctns/1860 Ibs 1" x 14'-6" .88 X .88 9.292 116' 8 45 ctns/2250 Ibs 1 1/4" x 14'-6" 1.00 X 1.25 15.00 72.5' 5 45 ctns/2340 Ibs 1 1/2" x 10'-6" 1.00 X 1.75 21.00 52.5' 5 45 ctns/2340 Ibs RECEIVING AND INSTALLATION INSTRUCTIONS FOR LIFT STATIONS Overview Delivery and Placement Park USA is the leader in pre-engineered environmental Unit will be delivered to the jobsite by Park USA or its products. Products are catalogued with standard features as representatives. Setting of the equipment is the responsibility shown on specification material. However, these of the contractor. Contractor shall take care of in installing requirements are often furnished to meet specific the joint sealant. Backfill is the sole responsibility of the engineering requirements and have special features and owner/contractor. arrangements. In such cases, handling and installation procedures may vary slightly depending upon the actual type of construction. It is recommended that a company representative be consulted in each unique situation. Codes and Installation Local codes and regulations should supersede all . recommendations made by Park USA and its _ representatives, and the appropriate authorities should be consulted before instillation is made. Where an apparent conflict of code requirements and manufacturer J recommendations or standard design exists, the assistance of a company representative should be requested. In almost every instance, Park USA will be able to make modifications necessary to comply with local codes, jurisdictions and interpretations, if notified prior to actual fabrication or upon - order placement. Field Preparations Backfill The customer or his contractor shall prepare the excavation After unit is set, the excavation should be completely to the proper depth using dimensional data and weights from backfilled immediately and prior to filling with water. The the approved submittal drawings. backfill material shall meet the specifications and requirements for setting location (consult with design Call 800-256-8041 to confirm excavation dimensions and engineer for backfill specifications.) It is recommended that crane requirements. backfill material be on site at the time of delivery. Two methods of backfill are: The contractor shall provide all installation in accordance to OSHA 29 CFR 1926 recommendations. a.With material excavated placed in (1) one foot lifts and compacted and tamped to original density or per A level base within the excavation and a minimum of twelve owner/engineer's requirements. (12) inches of clearance on all sides of the unit is required. The depth of the base and the material shall meet the b.Bank sand in (2) two foot lifts and compact or water- specifications and requirements for the type of soil at the jetted per owner/engineer's requirements. setting location (consult with design engineer for base specifications.) Testing (for wet wells) If project specifications require testing of tanks, use the All field excavation and preparation is the sole responsibility following testing procedure. After completing the piping, the of the customer/contractor. unit shall be properly backfilled. Fill the tank with water to the normal operating level. Record this level and let stand for 24 Scheduling hours. Re-check the water level. A 5% or less variance is The delivery of the unit should be scheduled at least 48 generally acceptable. Note that precast concrete tanks are hours in advance, weather permitting. To schedule a designed for below grade installation with an earthen backfill. delivery, a 24 hour notice is required. DO NOT fill tanks with water until the tanks are properly backfilled. Filling tanks prior to backfilling may cause abnormal stresses and may result in leakage and/or damage to the tanks and may void manufacturer's warranty. Pump Installation Pumps and accessories are generally installed by the contractor. The equipment shall be installed according to the Represented By: manufacture's recommendations. System start-up assistance shall be performed by a qualified technician. oEo�aN FaR w�TER 7015 Fairbanks N. Houston .. Houston, TX 77040 713-937-7602 PARKAM Fax 713-937-4254 www.pmrk-uns.com SECTION 2 Pumps PARK MYERS® WH R SERIES The Myers WHR series sewage pumps feature all cast iron construction to withstand the most extreme conditions.Available in single seal,and double seal models for additional protection against water leakage.The enclosed two-vane impeller provides high- efficiency pumping and will handle stringy, trashy 2"solids without clogging. Designed for sewage and effluent and can be used for applications requiring high heads. APPLICATIONS Domestic wastewater and septic systems Versatile Applications Cool Running SPECIFICATIONS Ideal for residential and commercial Durable,oil-filled motor for con- Capacities- 178 GPM (673.8 LPM) sewage, domestic wastewater and tinuous bearing lubrication and Shut-off Head -33' (10.1 m) septic systems maximum heat dissipation Solids Handling-2" (50.8 mm) Non-clog Design Powerful Starts Liquids Handling - Drain water and Recessed impeller provides maximum High-torque, permanent split domestic sewage efficiency and eliminates jamming capacitor(PSC) motor; no starting Intermittent Liquid Temperature- between volute case-cast iron switches or relays to wear out Up to 140°F(60'C) construction Thermal Protection Motor/Electrical Data - 1/2 HP, 115V, Leak Detection Heat sensor overload protection with 10, 60Hz, permanent split capacitor Optional leak probe senses water automatic reset when motor cools to a type; 1/2, 3/4, 1 HP, 230V, 10, 60 Hz, leakage past seal(dual seal motors safe operating temperature permanent split capacitor type; only) High-capacity Handling 208/230/460/575V,30, 60Hz Passes full 2" solids Acceptable pH Range-5-9 Discharge, NPT-2" (50.8 mm); 3" (76.2 mm) Housing-Cast iron Power Cord-WHR-SJOW/SJOW-A 20', 16/3, 10; 20', 16/4,30; WHR-DS-20', 14/4, 10; 20', 14/3, 10, L/D; 20', 16/4, 30, L/D Impeller-Cast iron,vortex Volute Case-Cast iron Shaft Seal-Single type 21, carbon/ ceramic, double tandem carbon/ceramic Minimum Sump Diameter- Simplex: 24" (61 cm); Duplex: 30" (76 cm) ►; PENTAIR MYERS® WH R SERIES ORDERING INFORMATION Approx. Catalog Phase/ Discharge Switch Cord Wt. Number HP Volts Cycles Size Type Length Lbs. WHR SERIES(Single Seal) -\ 1/ 7 WHR5-21C 1/2 230 1/60 2" Manual 20' 75 WHR5P-l* 1/2 115 1/60 2" Automatic* 20' 76 WHR5P-2* 1/2 230 1/60 2" Automatic* 20' 76 WHR5-03 1/2 200 3/60 2" Manual 20' 75 WHR5-23 1/2 230 3/60 2" Manual 20' 75 WHR5-43 1/2 460 3/60 2" Manual 20' 75 WHR5-53 1/2 575 3/60 2" Manual 20' 75 WHR7-21C 3/4 230 1/60 2" Manual 20' 79 WHR7P-2* 3/4 230 1/60 2" Automatic* 20' 80 WHR7-03 3/4 200 3/60 2" Manual 20' 79 WHR7-23 3/4 230 3/60 2" Manual 20' 79 WHR7-43 3/4 460 3/60 2" Manual 20' 79 WHR7-53 3/4 575 3/60 2" Manual 20' 79 WHR10-21C 1 230 1/60 2" Manual 20' 85 WHR10P-2* 1 230 1/60 2" Automatic* 20' 86 WHR10-03 1 200 3/60 2" Manual 20' 85 WHR10-23 1 230 3/60 2" Manual 20' 85 WHR10-43 1 460 3/60 2" Manual 20' 85 WHR10-53 1 575 3/60 2" Manual 20' 85 Phase/ Discharge Switch Cord Approx. atalog Number HP Volts Cycles Wire Size Size Type Length Wt. Lbs. WHR IES(Double Seal) WHR5-11-D 1/2 115 1 14/4 2" Manual 20' 80 WHR5-01-DS 1/2 208 1 14/4 2" Manual 20' 80 WHR5-21-DS 1/2 230 1 14/4 2" Manual 20' 80 WHR5-11-DS-L/D 115 1 16/3 2" Manual 20' 80 WHR5-01-DS-L/D 1/2 208 1 16/3 2" Manual 20' 80 WHR5-21-DS-L/D 1/2 30 1 1 16/4 2" Manual 20' 80 WHR5-03-DS-L/D 1/2 20 3 16/4 2" Manual 20' 80 WHR5-23-DS-L/D 1/2 230 3 16/4 2" Manual 20' 80 WHR5-43-DS-L/D 1/2 460 16/4 2" Manual 20' 80 WHR5-53-DS-L/D 1/2 575 3 16/4 2" Manual 20' 80 WHR7-21-DS 3/4 230 1 14/4 2" Manual 20' 85 WHR7-21-DS-L/D 3/4 230 1 1 2" Manual 20' 85 WHR7-03-DS-L/D 3/4 208 3 16/4 2" Manual 20' 85 WHR7-23-DS-L/D 3/4 230 3 16/4 2" Manual 20' 85 WHR7-43-DS-L/D 3/4 460 3 16/4 2' Manual 20' 85 WHR7-53-DS-L/D 3/4 575 3 16/4 2" �Ua 20' 85 WHR10-01-DS 1 208 1 14/4 2" 20' 90 WHR10-21-DS 1 230 1 14/4 2" 20' 90 WHR10-21-DS-L/D 1 230 1 16/3 2" Manual 20' 90 WHR10-03-DS-L/D 1 208 3 18/4 2" Manual 90 WHR10-23-DS-L/D 1 230 3 18/4 2" Manual 20 90 WHR10-43-DS-L/D 1 460 3 18/4 2" Manual 20' 90 WHR10-53-DS-L/D 1 1 575 3 18/4 2" Manual 20' 9 2 MYERSO WH R SERIES 12 L IM WHR-P (305) 41/4 (108) — 53/ (146) 19 181/a 0 0 4/4 4' l�HEq'� 2"NPT 1 008) 81/2 (216) o t 9 O 61/2 15/a 2 141) 2"INLET i WHR ��16/3 CORD WITH 115 OR 230 VOLT PLUG FOR SINGLE PHASE(WHR ONLY) WHR-DS O O _ [3"NO 3"NO NPT FLANGE FLANGE 2"NOM.NPT 2"NOM.NPT 181/s FLANGE 20% FLANGE 20 1460) 221/4 (518) 1508) _ _ } 1565) 105/a + 1OI5/E 61/2 Wo) 61/2 270) 065) 065) 2 (51) 2 (51) ` 2"INLET 2"INLET (51) 151) PUMP PERFORMANCE FULL 1 AMP DATA Single Seal Dual Seal FLA Capacity liters per minute WHR5-11 WHR5-11-DS 10.5 o ioo zoo 3aa aaa Saa baa 700 WHR5-01 WHR5-01-DS 8 35 WHR5-21 WH R5-21- F 5.25 is WHR5-03 WHR5-03-DS 3.6 30 WHR5-23 WHR5-23-DS 3.2 �y s WHR5-43 WHR5-43-DS 1.6 zs �Io WHR5-43 WHR5-43-DS 1.3 WHR7-01 WHR7-01-DS 7 zo �y� 3i�hA �Ioo 6 E WHR7-21 WHR7-21-DS 7 S�2 C� s WHR7-03 WHR7-03-DS 5.1 15 tiA$� yeas t WHR7-23 WHR7-23-DS 4.1 o yes, `' Y WHR7-43 WHR7-43-DS 2 ~ io as ~ WHR7-53 WHR7-53-DS 1.6 WHR10-01 WHR10-01-DS 10.8 z 5 WHR10-21 WHR10-21-DS 9.4 WHR10-03 WHR10-03-DS 6 a o WHR10-23 WHR10-23-DS 5.2 a 50 100 150 zaa WHR10-43 WHR10-43-DS 2.6 Capacity gallons per minute WHR10-53 WHR10-53-DS 2.4 ►;�PENTAIR 3 CAPACITY LITERS PER MINUTE 0 50 100 150 200 250 300 350 140 27 130 120 24 110 PERFORMANCE W '°° wNRE�,ZHORSFp° 21 w CURVES Z 99R w 80REio- WHRE SERIES a 70 ~p 60 HRES'1 H �HORSEP° 12 50 �R 40 9 30 20 6 10 3 0 0 10 20 30 40 50 60 70 80 90 '00 CAPACITY GALLONS PER MINUTE CAPACITY LITERS PER MINUTE 0 100 200 300 400 500 600 700 800 900 1000 1100 70 65 20 60 55 PERFORMANCE 50 �y9?°y 5 W CURVES 45 �h9,sy 40 WHRH SERIES 35 a ° O30 Hysh ~O 25 ~ 20 5 15 10 5 0 0 30 60 90 120 150 180 210 240 270 300 CAPACITY GALLONS PER MINUTE CAPACITY LITERS PER MINUTE 0 100 200 300 400 500 600 700 34 ,0 32 30 g R�0 28 h PERFORMANCE w 26 "FR Lu Lu CURVES LL z 7 24R 3 ug 22 9hOh'3 Z WHR SERIES a 20 whgs 72hORSFa FP°�FR 6 ° a 6 5 F 4 4 2 10 3 8 2 6 1] 0 20 40 60 80 100 120 140 160 180 200 CAPACITY GALLONS PER MINUTE 23833A551 11/08/12 8 MYERS® WH R SERIES SPECIFICATIONS Operating Conditions-Each pump shall have a capacity of GPM at a total head of feet and motor size shall be 1 horsepower, phase 60 Hz for operation at waits and complete performance as shown on curve sheet. Pump-The sewage pump shall be WHR series as manufactured by F. E. Myers,Ashland, Ohio or equal. Pump shall be of the submersible type with recessed impeller to give complete unobstructed volute opening for passing of solids. Pump shall pass 2"diameter solids. Discharge of pump shall be provided with bolt on 2" NPT flange or optional 3" NPT flange so that 2" or 3" pipe size may be used. Motor-Pump motor shall be of the submersible type rated 1/2,3/4,or 1 horsepower as required. Motor shall operate at 1750 RPM and shall be for 208 or 230 volts single phase or 200,230,460,or 575 volts three phase.Single phase motors shall be of the permanent split capacitor type with no relays or starting switches. Stator winding shall be of the open type with Class A(105°C) insulation for operating in clean dielectric oil that lubricates bearings and seals and cools the winding.Stator shall be pressed into housing for the best alignment and heat transfer. Common motor pump shaft shall be of 416 stainless steel and shall be heat shrunk into the die cast motor rotor. Rotor shaft shall be supported by a lower ball bearing to take thrust and radial loads and by an upper bronze sleeve bearing to take radial load only. Single phase motor shall have an overload element embedded in the winding to protect the motor against over current and overheating conditions. Overload element shall automatically reset when motor cools. Three phase motor shall be protected by 3 leg overload element in control box.Overload shall be of the quick trip ambient compen- sated type and shall have a manual reset button. Motor to be a completely assembled unit with end plate for mounting in volute case. Complete motor and pump impeller to be removable as a unit from the volute casing. Corrosion Protection-All iron castings shall be pretreated with phosphate and chromic rinse and shall be painted with a high quality, lead free,alkyd enamel air dry paint.All fasteners to be 302 stainless steel. Shaft Seals(Single Seal)-Motor shall be protected by a rotating mechanical seal.Seal face shall be carbon and ceramic and lapped to a flatness of one light band. Shaft Seals(Double Seal)-Motor shall be protected by two mechanical seals mounted in tandem with a seal chamber between the seals.Seal chamber shall be oil filled to lubricate seal face and to transmit heat from shaft to outer shell.Seal face shall be carbon and ceramic and lapped to a flatness of one light band. An optional electrode(1 phase only)shall be mounted in the seal chamber to detect any water entering the chamber through the lower seal.Water in the chamber shall cause a red light to turn on at the control box.This signal shall not stop the motor, but shall act as a warning only, indicating service is required. Impeller-Shall be cast iron and of the recess type. Pump-out vane shall be used on back shroud. Impeller shall be dynamically balanced. Impeller to be threaded on shaft and held in position with locknut. Impeller and motor shall have top lift-out of case so that the assembly can be removed without disturbing any piping. Pump Case-The volute case shall be of cast iron and shall be provided with bolt-on flange so the 2" pipe size may be used. Cord Seal-The cord shall be potted into a steel connector with polyurethane resin for leak proof seal.A cord nut and rubber grommet shall clamp the cord into the bushing. Cords shall withstand a pull of 100 pounds. ►�► PENTAIR USA CANADA 293 WRIGHT STREET, DELAVAN,WI 53115 WWW.FEMYERS.COM 490 PINEBUSH ROAD,UNIT 4,CAMBRIDGE,ONTARIO NIT OA5 PH:888-987-8677 ORDERS FAX:800-426-9440 PH:800-363-7867 'ORDERS FAX 888-606-5484 Because we are continuously improving our products and services,Pentair reserves the right to change specifications without prior noti2e. 9 2014 Pentair Ltd.Att Rights Reserved. M903355E i12/05/141 PENTAIR MYE RS® VVHR/VVHRH /VVHRF SFRIFS SUBMERSIBLE SEWAGE PUMPS INSTALLATION AND SERVICE MANUAL NOTEI To the installer: Please make sure you provide this manual to the owner of the equipment or to the responsible party who maintains the system. Part # 23833A551 I © 2012 Pentair Pump Group, Inc. 111/08/12 GENERAL DESCRIPTION AND USES The grounded receptacle cannot be used in the wet sump or basin due to DANGER of current leakage. The WHR Series are solids handling pumps that can be used to pump RAW SEWAGE for COMMERCIAL Sealed junction boxes must be used in wet sumps and DOMESTIC use, but are not intended to handle or basins to make connections to motor cord. The large rags, mop heads or strings. All pumps can be AWS-1 control also acts as a sealed junction box for used for normal sewage duty where extra capacity is connecting power cord to pump cord. required. RECESSED IMPELLERS MOTOR TYPES All single phase pump motors are of the permanent All of the pumps are of the recessed impeller type that split capacitor type that do not require a start switch provides a clear volute passage for solids as no solids or start relay. pass through the impeller. Automatic reset overload switches are attached All of the pumps listed can be used to pump septic directly to the motor windings. tank EFFLUENT or GROUND sewage as used in some pressure sewer systems. Three phase pump motors are squirrel cage WARNING! THESE PUMPS ARE NOT APPROVED induction type. FOR, AND SHOULD NOT BE USED IN SWIMMING POOLS OR FOUNTAINS. SAFETY WARNINGS WARNING: Risk of electric shock. Pumps without AIR LOCKING seal leak detectors are supplied with a grounding conduction and grounding-type attachment plug A sewage pump is air locked if water traps air in the on the power cord. To reduce the risk of electric pump and it cannot get out, thus preventing the pump shock, be certain that it is connected only to a from operating. roundedgrounding-type properly g , receptacle. DO NOT cut off ground pin or use an adapter In installations of this type a 1/8" hole should be fitting. DO NOT use an extension cord with this drilled in the discharge pipe below the check valve. pump. Entire plug may be cut off if a control panel The check valve should be 12 to 18 inches above is used. pump discharge. Do not put check valve directly into pump discharge opening. When wiring this pump follow all local electrical and safety codes and ordinances as well as the most LEVEL CONTROLS recent National Electric Code(NEC-ANSI/NFPA 70). All pumps must use sealed level control switches for All pumps have a GROUND WIRE that is connected automatic operation. MLC and MFLC controls have to a screw in the metal motor housing. This wire sealed switches that are 1 HP rated at 230 volts. ALC goes to the receptacle or control box which must be and AWS-1 controls have sealed mechanical switches connected to a good outside GROUND such as a that are rated 2 HP at 230 volts. metal water pipe or GROUND STAKE driven at least 8 feet into the ground. Simplex single phase pumps can be automatic by attaching MFLC or MLC controls to the pump. These CALIFORNIA PROPOSITION 65 WARNING: switches have a fixed draw-off level of 8 to 10 inches and can be used up to 1 HP. For higher horsepower AWARNING This product and related ratings two mercury switch (or SMNO) controls with a accessories contain chemicals known to the magnetic starter can be used. State of California to cause cancer, birth defects or other reproductive harm. The ALC and AWS-1 controls can be used for simplex single phase pumps with ratings up to 2 HP. INSTALLATION All duplex systems must use pilot mercury control Pumps can be installed inside sealed basins with sensor switches with control box and magnetic proper venting for either simplex or duplex systems. starters. Simplex or duplex basin systems are available. Plug-in cords can be used on all the single phase It is not recommended that basins be used for raw pumps without seal leak detector. This cord has a sewage inside the home, but are for use in office GROUND pin that plugs into a grounded receptacle. buildings and small industrial buildings and factories. 23833A551 11/08/12 2 If raw sewage must be pumped in the home, use cover, power cord is brought through a split rubber outside basins that connect with pressure sewer plug in the basin cover. mains or gravity sewers, or run to septic tanks. 2.Where 2 float controls are used, the turn-on control is set 3" to 6" above top of motor, and the turn- Basins can be used inside the home where extra off control is set about 6" to 8" above bottom of capacity sump pumps are required for water softeners basin. If a high level alarm control is used, it is set and wash water. about 6" above upper control. If basin depth will not allow these settings, closer spacing can be If an inside basin is used, it is usually installed at the used. time of pouring the concrete floor. 3.Where ALC or AWS-1 (automatic wet systems) controls are used, the displacement weights are Pumps can be installed in a compartment of septic set so that turn-on weight is 4" to 6" above top tanks for pumping to pressure sewer mains, gravity of motor and lower weight is set about 6" above sewers, leach fields, or evaporation mounds. basin bottom. PROPER VENTING FOR BASINS HOW TO START SIMPLEX SYSTEMS INSTALLED INSIDE 1. For single-phase pumps with MLC or MFLC control, plug cords piggyback into receptacle and All inside sealed basins must have a 2" or 3" vent pipe run water into basin until pump starts. Allow pump installed in accordance with local codes. Basins for to make several on/off cycles. Leave power cord handling softener water, wash or drainage water do plugged in. not have to be sealed or vented. If pump runs but does not pump it may be air locked. Unplug cord and crack union in the Outside basins are usually of fiberglass and from 4 to discharge line, then restart pump. This should vent 8 feet deep and have a sealed cover. Pump is usually off any trapped air. Retighten union. installed with a lift-out rail system so that pump can 2.With 2 float controls turn on power at the control be removed without disturbing the discharge piping. box and run water into basin. When level gets The check valve comes out with pump for servicing. above top control, pump should start and continue Complete lift-out systems mounted in fiberglass to pump until level drops to lower control, stopping basins are available to meet customer specifications. pump. Run pump through several cycles. If pump runs but does not pump, check air lock. Leave WARNING: Basin must be vented in accordance power on for automatic operation. with local plumbing codes. These pumps are not designed for and CANNOT be installed in locations 3.Where ALC or AWS-1 controls are used, plug in classified as hazardous in accordance with the cord or turn-on power and run water into basin. National Electric Code ANSI/NFPA 70. When level is about halfway up on upper weight, pump should start and run until level drops until about half the lower weight is above water, PIPING stopping pump. Pumps are fitted with 2" or 3" female threaded pipe For all cases if motor does not start when water level flange. Galvanized or PVC plastic pipe can be used. is up, check for proper plug-in or that start switch is Plastic pipe is preferred for raw sewage or septic tank on, or if fuse is blown. effluent. ALWAYS HAVE ELECTRICIAN MAKE ELECTRICAL CHECK VALVES AND SHUT-OFF VALVES CHECKS. All pumps must have check valves and shut-off valves STARTING PUMP PIGGYBACK in the discharge line. Check valves must be flapper (AUTOMATIC) USING MECHANICAL type with outside spring or ball type. Shut-off valves can be ball or gate type. Plastic construction for both SWITCH WITH SERIES PLUG - check or shut-off valves is preferred. SIMPLEX SYSTEM 1.These pumps have a mechanical (mercury-free) HOW TO SET CONTROLS FOR float switch with a 20 ft. cord and a 115 volt or 230 SIMPLEX SYSTEMS volt series piggyback plug on 1/2 HP with switch mounted to the pump. On 3/4, 1, and 2 HP, it 1.Automatic systems—These systems have the requires 20 ft. cord and 230 volt only. float switches mounted on the pump, so pump is installed in the basin and motor cord is plugged 2. Plug the switch cord plug into a proper voltage, into GROUNDED receptacle. For sealed basin properly grounded outlet. 3 23833A551 11/08/12 3. Plug the pump power cord into the back of the CAUTION! Risk of electric shock. Do not switch cord series plug. remove cord and strain relief. Do not connect 4.Tape the cords to the discharge pipe every 12". conduit to pump. 5. Run water into basin until pump starts. Be sure 2.Three phase pumps are always installed with discharge line valve is open. control boxes having magnetic starters with 3-leg overload protection. DO NOT TRY TO RUN 6.Allow pump to operate through several on/off THREE PHASE PUMPS DIRECTLY ACROSS cycles. THE LINE. HOW TO SET CONTROLS AND START 3.To Connect Pump: Run wire from pump to the DUPLEX SYSTEMS bottom of control box or appropriate junction box suitable for enclosing splice connections. A hole CONTROL BOX MUST BE USED ON ALL must be cut into the control box for the wires. DUPLEX SYSTEMS With power to control box off, connect green (ground) line to ground lug. Connect black(power) 1. 4 float controls are used for duplex systems. Set wires to power lead terminals. Make sure that all turn-on control 6" to 8" above pumps. Set turn- wires pinched oideho control when the door is closed.position to off control 8" to 10" above bottom of basin. Set be override control 6" to 8" above turn-on control. 4.All three phase motors can run either direction. Set high level alarm control about 6" to 8" above Rotation can be changed by interchanging any two override control. Mark all control cords so that line leads at magnetic starter. BE SURE CIRCUIT they can be connected correctly in the control box. BREAKER IS OFF BEFORE MAKING THIS 2.Turn Hand-Off-Auto switches to OFF position and CHANGE. close circuit breaker. To find if rotation is correct, operate pumps and 3.Turn both H-O-A switches to the AUTO position check delivery operation. If flow and head are and run water into basin. When level floats up and low(refer to pump curve shown in this manual), activates the turn-on switch, one pump should the rotation is wrong. With duplex pumps check start and run. Pump will continue to run until lower operation of both pumps. control is exposed, stopping pump. 5.All pump impellers either single or three phase 4. Run water into sump again and when level floats must turn counterclockwise when looking into up turn-on control, opposite pump will start and pump inlet. If uncertain of rotation, TURN OFF run until level drops exposing lower control, POWER and lift pump from basin with cord stopping pump. connected and lay pump on side so impeller can 5. Run this test several times to be sure pumps are be seen. Turn on power and start pump using alternating properly. hand position of H-O-A switch. Turn on and off fast, so that coast of impeller can be seen. 6.To check high level alarm, again turn both switches NEVER PUT HAND OR FINGERS ON THE to OFF and fill basin until level is above the alarm IMPELLER. Interchange any two line leads at the control. Turn switches to AUTO position and alarm magnetic starter to change rotation. buzzer should sound and alarm light should come on. When level drops below the alarm, control TROUBLESHOOTING buzzer should stop. 7. If pumps operate as described, then set both 1. Pump does not run or start when water is up in H-O-A to AUTO and pumps are ready to operate tank. automatically. a. Check for blown fuse or tripped circuit breaker. CAUTION: NEVER WORK ON PUMPS OR b. Check for defective level switch. CONTROL BOXES UNTIL CIRCUIT BREAKERS c. Where control panel is used be sure H-O-A ARE TURNED OFF. Always have a qualified switch is in the AUTO position. If it does not electricion make electrical connections and service run, turn switch to the HAND position and if the checks. pump runs then the trouble is in the automatic electrical system. Have an electrician make electrical checks. SPECIAL INSTRUCTIONS FOR THREE PHASE PUMPS d. Check for burned-out motor. Occasionally lightning can damage a motor even with 1.WARNING! Only qualified persons shall lightning protection. conduct services and installations of this e. Where plug-in cords are used be sure contact pump. The pump must be wired by a qualified p g blades are clean and making good contact. DO electrician, using an approved starter box and switching device. NOT USE PLUG-IN CORDS INSIDE A BASIN OR WET WELL. 23833A551 11/08/12 4 2. Pump runs but does not deliver flow. d. Pump inlet may be plugged. Remove pump to a. Check for airlock. Start and stop pump several check. times. If this does not help it may be necessary e. Level control ball or weight may be stuck on side to loosen a union in the discharge line to relieve of basin. Be sure it floats freely. airlock. b.Check valve may be installed backward. Check CAUTION: ALWAYS UNPLUG POWER CORDS flow arrow on valve body. Check shut-off valve. OR TURN OFF ALL MAIN AND BRANCH CIRCUIT It may be closed. BREAKERS BEFORE DOING ANY WORK ON THE PUMP. If control panel is remote from pump, c. Check vertical elevation. It may be higher than disconnect lead wires to motor so that no one can pump can develop. (See pump curves.) turn the circuit breaker back on. WIRING DIAGRAMS 115V, 200V or 230V 115V, 200V or 230V 575V- 3 Phase 1 Phase, P.S.C. 1 Phase, Single Voltage 200V- 3 Phase (3 HP) P.S.C. Motor Black Black Red White White or Yellow Red White Green— R�� Green Green Black Black Black White Ground Seal Leak Ground GroundFT Brown ElectrodeJVBrown DOUBLE SEAL PUMPS WITH SEAL LEAK PROBE (RED CONDUCTOR IN POWER CORD IS FOR SEAL LEAK PROBE) f�]--- Black Black Green White Green White Red Red Ground Ground ir i 230V- 3 Phase 460V- 3 Phase 208V- 3 Phase (1-2 HP) 5 23833A551 11/08/12 TYPICAL SECTION DRAWING , 1 27 , 26 25 I - , 24 3 23 22 4 21 5 6 , 7 20 , 8 9 19 10 18 11 , 2" NPT 9 , , , , , 12 15 16 13 17 14 23833A551 11/08/12 6 REPAIR PARTS LIST SINGLE SEAL REPAIR PARTS LIST WHRH SERIES Ref. No. Ref. No. No. Description Req'd Part No. No. Description Req'd Part No. 1 Cord, Power 1 See Chart 14 Impeller, DI (std. series) 1 See Chart 2 Housing, motor 1 25327D000 15 Screw, Machine#10 x 3/8 1 06106AO42 3 Washer, Bearing 1 19331A005 16 Sealant (Grade 271 Loctite®) 1 14550A001 4 Oil, Transformer(5 gal.) .8-1 gal 11009AO06 17 Washer, Impeller Retainer 1 05030A242 5&6 Stator, Rotor shaft with shell 1 See Chart 18 Gasket, tetraseal,7 x6-3/4 x1/8 1 05014A181 6A Connectors (3 ph only) 3-6 15781A001 19 Bearing, ball, lower 1 08565AO22 7 Seal, shaft 1 25370A000 20 Bearing, ball, upper 1 08565AO13 8 Plate, brg& seal 1 25367D000 21 Clip, capacitor(1 ph only) 1 See Chart 9 Screw, cap, 5/16 x 1-1/4 8 1910OA012 22 ICapacitor(1 ph only) 1 See Chart 10 Flange, 2" Cl 1 002080002 23 Plug, 1/4" pipe 1 05022AO09 10 Flange, 3" Cl Alternate 1 002070002 24 Washer, 3/32" Thk. 1 0503OA235 11 Screw, cap, 1/2-13 x 1-1/2 2 19103AO43 25 Gasket, rubber 1 05014A193 12 Gasket, rubber 1 003240011 26 Washer, 1/32" Thk. 1 0503OA234 13 ICase, volute 1 1 127195EOOOI 27 Nut, cord plug,solid 1 125341AO021 Unit manufactured prior to Aug-2007 contact factory for repair parts VARIABLE PARTS CHART Power Cord Power Cord Stator Rotor WHRH HP Volts ph w/Plug No Plug Cap. Cap.Clip and Shaft Impeller DI Assembly DIMENSIONS 1/2 115 1 25338B004 2533813006 23839A000 20333AO06 25484D100 27194CO03 [dimensions in m m] 112 208 1 2533813006 23839A000 20333AO06 25484D101 27194CO03 112 230 1 25338B005 25338B006 23839A000 20333AO06 25484D101 271940003 1/2 208 3 2533813003 25484D102 27194C003 215/,a 1/2 230 3 2533813003 25484D102 27194CO03 0 0 +- [75] 112 460 3 2533813003 25484D102 27194CO03 103/811 112 575 3 25338B003 25484D103 27194CO03 [264] 3/4 115 1 25338B000 2533813002 23839A000 20333AO06 25484D100 3/4 208 1 25338B002 23839A000 20333AO06 25484D101 ` 3/4 230 1 25338BDD1 2533813002 23839A000 20333AO06 25484D101 3/4 208 3 2533813003 25484D102 61/4" 3/4 230 3 25338B003 25484D102 [159] 3/4 460 3 25338B003 25484D102 131/4" 3/4 575 3 2533813003 25484D103 [337] 1 208 1 25338B002 2383BA000 20333AO04 25484D104 271940002 1 230 1 25338B001 2533813002 23838A000 20333AO04 25484D105 271940002 1 208 3 2533813003 25484D106 27194CO02 1 230 3 1 2533813003 25484D106 27194CO02 i 1 460 3 2533813003 25484D106 27194CO02 1 575 3 2533813003 25484D107 27194CO02 ! 1-112 208 1 2533813002 23338A000 20333AO04 25484D104 27194CO01 2" NPT Flanged 1-112 230 1 25333B001 2533813002 23838A000 20333AO04 25484D105 271940001 Discharge,3"NPT 1-1/2 208 3 2533813003 25484D106 27194CO01 193/4" Optional 1-1/2 230 3 2533813003 25484D106 27194CO01 [502] i 1-112 460 1 3 1 25338B003 25484D106 271940001 1-112 575 3 25338B003 25484D107 271940001 2 208 1 2533813009 23839A000 20333AO06 25484D108 27194CO10 21/g 2 230 1 2533813009 2652OA000 20333AO06 25484D109 27194CO10 [54] [168] 2 203 3 2533813008 25484D110 27194CO10 2 230 3 2533813008 25484D111 27194CO10 2 460 3 2533813003 25484D111 27194CO10 2 575 3 25338B003 25484D112 27194CO10 7 23833A551 11/08/12 STANDARD LIMITED WARRANTY Pentair Myers'warrants its products against defects in material and workmanship fora period of 12 months from the date of shipment from Pentair Myers or 18 months from the manufacturing date, whichever occurs first — provided that such products are used in compliance with the requirements of the Pentair Myers catalog and technical manuals for use in pumping raw sewage, municipal wastewater or similar, abrasive-free, noncorrosive liquids. During the warranty period and subject to the conditions set forth, Pentair Myers, at its discretion, will repair or replace to the original user, the parts that prove defective in materials and workmanship. Pentair Myers reserves the right to change or improve its products or any portions thereof without being obligated to provide such a change or improvement for prior sold and/or shipped units. Start-up reports and electrical schematics may be required to support warranty claims. Submit at the time of start- up through the Pentair Myers website: http://forms.pentairliterature.com/startupform/startupform.asp?type=m. Warranty is effective only if Pentair Myers authorized control panels are used. All seal fail and heat sensing devices must be hooked up, functional and monitored or this warranty will be void. Pentair Myers will cover only the lower seal and labor thereof for all dual seal pumps. Under no circumstance will Pentair Myers be responsible for the cost of field labor, travel expenses, rented equipment, removal/reinstallation costs or freight expenses to and from the factory or an authorized Pentair Myers service facility. This limited warranty will not apply: (a) to defects or malfunctions resulting from failure to properly install, operate or maintain the unit in accordance with the printed instructions provided; (b) to failures resulting from abuse, accident or negligence; (c) to normal maintenance services and parts used in connection with such service; (d) to units that are not installed in accordance with applicable local codes, ordinances and good trade practices; (e) if the unit is moved from its original installation location; (f) if unit is used for purposes other than for what it is designed and manufactured; (g) to any unit that has been repaired or altered by anyone other than Pentair Myers or an authorized Pentair Myers service provider; (h) to any unit that has been repaired using non factory specified/OEM parts. Warranty Exclusions: PENTAIR MYERS MAKES NO EXPRESS OR IMPLIED WARRANTIES THAT EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. PENTAIR MYERS SPECIFICALLY DISCLAIMS THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR ANY PARTICULAR PURPOSE. Liability Limitation: IN NO EVENT SHALL PENTAIR MYERS BE LIABLE OR RESPONSIBLE FOR CONSEQUENTIAL, INCIDENTAL OR SPECIAL DAMAGES RESULTING FROM OR RELATED IN ANY MANNER TO ANY PENTAIR MYERS PRODUCT OR PARTS THEREOF. PERSONAL INJURY AND/OR PROPERTY DAMAGE MAY RESULT FROM IMPROPER INSTALLATION. PENTAIR MYERS DISCLAIMS ALL LIABILITY, INCLUDING LIABILITY UNDER THIS WARRANTY, FOR IMPROPER INSTALLATION. PENTAIR MYERS RECOMMENDS INSTALLATION BY PROFESSIONALS. Some states do not permit some oral[of the above warranty limitations or the exclusion or limitation of incidental or consequential damages and therefore such limitations may not apply to you. No warranties or representations at any time made by any representatives of Pentair Myers shall vary or expand the provision hereof. 0 PENTAIR MYERS® 1101 MYERS PARKWAY 490 PINEBUSH ROAD, UNIT#4 ASHLAND, OHIO, USA 44805 CAMBRIDGE,ONTARIO, CANADA NIT OA5 41 9-289-1 144 800-363-PU M P VJWW.FEMYERS.COM Warranty Rev_12/13 NOTE: ALL DIMENSIONS ARE IN INCHES. MATERIALS OF CONSTRUCTION: BERS 200 PUMP ADAPTER:304 SST BASE ELBOW: CAST DUCTILE IRON LIFT-OUT FLANGE: CAST DUCTILE IRON PAGE LOWER GUIDE BRACKET: 304 SST 1 ALL FASTENERS ARE 304 SERIES SST USABLE RAIL SIZES:T &1" MAXIMUM WEIGHT ALLOWANCE: 200 Ibs 1 716 On x 1" LONG 16 332 SLOTS 4 022 i m m 11 LOWER GUIDE BRACKET 21 764 3 316 2" N PT I � LIFT-OUT FLANGE fi j 2" N PT PUMP ADAPTER j 147 16 I 17 I 1316 I BASE ELBOW I 1213 73 16 L L 52a� 2 4 ALL INFORMATION CONTAINED IN THIS DRAWING IS (MNEjt> CONFIDENTIAL AND PROPRIETARY TO CONERY MFG, INC. MFG INC CHANGES TOLERANCES DRAWN BY DATE SPECIFICATION SHEET F DECIMALS D. MIDDLETON 03/05/04 E XXX = t.005 DIMENSIONAL DATA D Ax = t.010 MATERIAL SPECIFICATION: C FRACTIONAL SCALE: PART NO. X/X = t.1/64 » B ANGLES AS NOTED 1 �8 2 LIFT OUT DIM A X' = f1/2' NOTE: BRACKET CAN BE USED FOR a ", 1", 34" GUIDE RAILS. GUIDE BRACKET PAGE 1 O� �OM02 DIM A z 03 MOUNTING SLOTS Oir� IMF 101 e MODEL NO. DIA. "A" DIM "B" DIM "C" DIM "Di + D2" DIM "E" UGB—STNLS 1 3/4" 10 1 /8" 2 1 1 /1 6" 2 7/8"-3 7/8" 7" ALL INFORMATION CONTAINED IN THIS DRAWING IS CONFIDENTIAL AND PROPRIETARY TO CONERY MFG, INC. MFG INC CHANGES TOLERANCES DRAWN BY DATE SPECIFICATION SHEET F DECIMALS D. MIDDLETON 03/22/04 E xxx = t.005 DIMENSIONAL DATA D xx = t.010 MATERIAL SPECIFICATION: C FRACTIONAL SCALE: PART NO. B ANGLES x/ 64 300 SERIES SST GUIDE BRACKET A x° = t1/2. NONE SECTION 3 Controls PARK BILL OF MATERIALS EP05-21D-FB QTY MFR. DESCRIPTION PART NO. 1 STAHLIN FIBERGLASS ENCLOSURE 18"x 16"x 10" RJ181611PL 1 INGRAM NEMA 4X RED LEXAN ALARM LIGHT LRX40 1 AC/DC 120V SOLID STATE FLASHER FL-120V 1 MERSEN 175 AMP,3 POLE POWER DISTRIBUTION BLOCK MPDB63133 1 HUBBELL 50A,125/250V TWIST-LOCK RECEPTACLE CS6369 2 SQUARE D 15A,240V,2 POLE CIRCUIT BREAKER QOU215 1 SQUARE D 15A,240V,1 POLE CIRCUIT BREAKER QOUI15 1 CUSTOM CONNECTOR 10A,600V 12 PIN SOCKET SD12-PC 1 COH PLUG-IN PUMP CONTROLLER 100SF 2 FERRAZ SHAWMUT 30A,250V FUSE HOLDER 6X32QC1 2 FERRAZ SHAWMUT 3A,250V FAST ACTING GLASS FUSE GGC3 2 SQD/TELEMEC 7.511P IEC CONTACTOR,12 AMPS LCl D12 G7 2 SQD/TELEMEC IEC SOLID STATE OVERLOAD RELAY,4-6 AMPS LRD10 14 WETDMULLER 35A,600V, I POLE TERMINAL BLOCK,22-10 AWG WED 102010 2 BURNDY GROUND LUG,14-1/0 AWG KA25U 1 HUNTER RAIN SENSOR 502C U N H Q w o w o U V1 J z + z W+ a�w V O O p z 5S ace � J _ w O\ u°z+a°� N as w oz III w J wm a wo lu A oa 0 01�I g w w zo ULU O o Q w a G�(9 cg Y m C7 N Woo¢Qo ZU w Q w �U aa0003o0000¢° r¢ wg �j� �� Ih'� � mJ0 w W p\ �a��LLLLLLLLLLLLLL� IL z - - — N J N � � Q �N m aJ w O U m U N 0 (n X 6 O w = 7 d N rl LU O y O Y v 0 14 v o � w w N u o z0 (=7 U = NN m \ / J K O z ¢ O/ \ 61 U N N N n G QN 2 �s� a w X N � AJtl Ifl g � � N N p (n 0 M O <N 0 A.i.IH\I mJ LL Jl:)VIfl ° J z ° Q v 0�� Ai.IiliAA Z 0 U) e V fl C] N nn W a sags �LL JN �iTP �CNRH�L'JJ LL Q LL LL, a DLL LfJ CO LfJ M CO N� N cV� r Q M M M M N N M r N M M N Ll'J r LCJ r f� r N r 'j N � 7� N LCJ R 2:M `fJ N O > U W co HLL X X X X N x N x M x M N O Y ZX x x x x N x x x x x Q O W o a a in in M — � Q�q U V T r r X X X O N O N IIWx xx xx xx x � x � xpx xNx y X X X X X X X X X X X X r r 07 r f�7 f•� f•N r N LCJ M cD M �O� t`� Q [d U GO CO Z C in _jx x x x x x x X x M x m x M x x x x L LW cmx X X x X X X X X x X x X x X X OS — � , N a J J J J J J J J J d d d d d d Cm N L = O O O O T Cfl OJ Q [O y O O M N y O Lo � y N clj R 6 C] u 2 O Yj D TE O' f6 C C 6ai x � l6 C O- f6 N aU+ i M N CO Lo L(] Lo L(] Lo L(] Lo L(] N N N N . . M . M . M . M . N N N N N N N N = N N N N N R m X a C O N O N 'N N p - � � d O_ O_ O_ d O_ d O_ d O_ O N 4J i M U N In l6 Locca c- J c Lo a ¢� GLL O i ZT N y L a GO D_ U LL CJ m y Z j a� c - a>a H U o Z Z O y W Q N d R J C3 VJ U] W ~ H Y O CS o+. �' c y a' a it] _6) + a> .t-' L'3 ¢ LL [/7 U Y Y Y U vyi T d D-L .� - O -O >`a M M [D O > cL O E a Y Y W m N ai 9 ai - �[] N O W d IL d o_ Y > d °J U G V o � ., � �F, oa� a wrm � � v cam., m m m m H � o —j cL > in O aJ C c aCi N O 6) cn C — G O O O c 0 T� 2 IL a M C IZ Qc-, Q O y (A C a y y d O aR J a >a G m =- m y O y �+ c�a y i >a O 2 C 'n c •R, c C a a � y d a1 c_ . m Rn p •� •_ R R C CIO VJ N V d O N y _+ N OC E y y •i c O t0.1 d R N ` .�+ R 'O 61 y y a h C _ O C N a V 'a O C_ 6f a co a s i y y C Ol y N O h O O U O - LL Ot O N R O Y O R d O y :� 61 y C C c_ 61 V W � R L C fO Q1 E N y U <1 E _ 0 O = R N a C O O a N d E 0 •K L1 O R y .a <1 y to c a to n CRa 4 R C d d ca L a 0 61 61 C - y,l 61 Q V7 W �1 c N c y C 61 O E Gi �A LL E E E E 2 d E a E C . i = 61 Q R .� d 6] 'L i1 i O C O y 0 0 0 0 E C_ '� 61 Q R E 61 .- C i E R y O O R _� J i R R R O O Gi Q R J W y y R 61 L G R 'R c Gi O R a y R N E O Y N O O O O J '2 L'S N 'L '2 'L N GC J O Z LaH LL N U J � Q LL w d V N F W J C] LL Q J CG a. 2 2 2 m y 2 _ O Flashing Alarm Light INGRAM Part No.: LX40F The Ingram LX40F is a UL 3, 3R, 4, 4X, 12, 13 low cost flashing alarm light suitable for heavy duty applications inside and outdoors. The lens is molded from tough shatter resistant GE Lexan. This tamper resistant light is particularly useful in areas with high ambient noise levels where an audible signal may not be heard. Features Technical Specifications • UL Recognized for use with UL • Voltage: 130VAC NEMA Type 3, 3R, 4, 4X, 12 • Current Draw: 0.34 Amps max. and 13 enclosures (E121431) a 12 and 24 Volt available for special order • Lens molded from GE Lexan a Supplied with 40 watt bulb that is shatter resistant and UV Supplied with Ingram's SSF150W solid state flasher stabilized e Low profile, top mounted gives 360 degree visibility e Hose down proof e Available in 5 colors: Red, Blue, Green, Amber and Clear *The LX40F must be used with Ingram's SSF150W flasher in order to comply with UL requirements. 4 3/8" — 2" 10 do 2"10 3 5/8"� 2„ 1/4" 03 1/4" 8-32 TAP LLJ (2 REQ'D) 2" e e 1 1/4" 0 2" or 1 1/2 01.01. Knock Out Cut-Away View Hole Pattern For Mounting 8725 Youngerman Court,Ste 206,Jacksonville,FL 32244 ■ 888-875-2221 ph (904)733-2230 fax ■ Website:www.ingramproducts.com 0 e-mail:info@ingramproducts.com Y' Y Y' Shatter Resistant G.E. Lexan Globe I I I I I I I I Gasket I I I I I I I Enclosure Wall I I I I � I I � I I I I , I a0 V11 AT I II I I � I I I i I I � 1 1/2" Knockout I I I I I I I I #8 -32 Mounting I Screw I ' I ' I ' I I I I I � I I � I I Mounting Bracket � I I O O 0 F Ingram SSF150W Flasher LX40F Assembly aQ 4 10)Q EQUIPMENT CO. Flashers Part Number FL-120V Description NITW-Industrial Control Panel Components �. 75 flashes per minute C U$ 1/4"quick connect tabs 120 VAC Special order flashers available in 12V and 24V models 6" pre-wired leads 75 flashes per minute Call for part numbers and pricing Terminal Blocks Part Number TB100-SPXX List Price ' XX: Number of positions -(02,04,06,08, 10, 12) Description PLEASE CALL 22-14 AWG Wire Capabilities FOR PRICING Part Number , TB200-SPXX List Price XX: Number of positions -(02,04,06,08, 10, 12) +^ Description PLEASE CALL 22-12 AWG Wire Capabilities FOR PRICING Batteries & Chargers Part Number List Price BB-1208AH 1-10 $147.00 Description 1 1-24 $121.40 120 VAC to 12 VDC Battery Backup Unit 25-40 $89.95 Plug in Charger 41-50 $77.91 8 Amp Hour Battery- 12 Volt 51—up $73.50 Screw Terminals for Direct Wiring Part Number List Price BA-1208AH 1-10 $91.44 Description 1 1-24 $75.52 _ Battery Only 25-40 $55.96 8 Amp Hour Battery- 12 Volt 41-50 $48.46 51—up $45.72 Part Number List Price x. BC-12V 1-10 $55.56 Description 1 1-24 $50.99 Charger Only 25-40 $37.78 120 VAC to 12 VDC Plug In Charger 41-50 $32.72 Screw Terminals for Direct Wiring 51—up $30.87 Page 18 AC f DC EQUIPMF7��r 43 •ASHLAND,OH 44805 • www acdcequipmen . �Ferraz Shawmut 62000-69000 SERIES POWER DISTRIBUTION BLOCKS VERSATILE POWER DISTRIBUTION BLOCKS FOR CABLE TERMINATIONS Ferraz Shawmut Power Distribution Blocks afford a safe, convenient way of splicing cables, splitting primary power into a variety of sec- ondary circuits or providing a fixed junction tap-off point. Power block options include single or dual primary connections with up to 30 secondary connections. , r > Adder Poles All series have optional adder poles which snap onto the 1, 2 or 3-pole blocks and lock together to form as many total poles as required. Adder poles with a variety of terminations can be combined to match special wire size combinations. > Wire Connectors Standard aluminum box connectors accommodate aluminum and copper wire, 1 conductor per opening. Standard copper box connections are for copper wire only, 1 conductor per opening. Connector bars are all 1 piece and tin plated. i > Insulators Insulators are virtually unbreakable, glass-filled polycarbonate on all series. "See- Through" Safety Covers are available which give greater safety and provide Service Entrance ratings for large and intermediate series blocks. i° Ampere ratings from 90 > Most sizes are to 2660 UL Recognized Component- Guide XCFR2, File E73571 600V rated Most sizes are GSA Certified: Series 62, 63, 66, 68 - Class 6228,File 69363 Series 67, 69 - Class 3211, File 15469 HIGHLIGHTS: APPLICATIONS: " " > Large - 9 > Box, stud and quick- 68000 and 69000 Series connect terminations for copper and/or Intermediate - + 66000 and 67000 Series aluminum cables Mini - 62000 and 63000 Series 12 Ferran shmvv mut MINI 62000-63000 SERIES / POWER DISTRIBUTION BLOCKS i i Sizes. Ratings. Cataina Numbers- Mini Series 62000 and 63000 s h Ampere rating based an NEC Table 310-16 for 900 copper wire. PRIMARY SECONDARY CATALOG NUMBER WIRE RANGE OPENINGS WIRE RANGE OPENINGS AP RATING ALUMINUM(900 C Cu/AI wire) COPPER(900 C Cu wire only) AWG/kcmiL or STUDS AWG/kcmil or STUDS or STUD SIZE* PER POLE or STUD SIZE* PER POLE CSA UL ADDER 1 POLE 2 POLE 3 POLE ADDER 1 POLE 2 POLE 3 POLE Box to Box #4-14 1 #4-14 1 90 95 63100 63101 63102 63103 62100 62101 62102 62103 4 63160 63161 63162 63163 62160 62161 62162 62163 210414 1 63150 63151 63152 63153 62150 62151 62152 62153 2/0414 1 #2-14 2 185 195 63190 63191 63192 63193 62190 62191 62192 62193 #4-14 4 63130 63131 63132 63133 62130 62131 62132 62133 Box to Stud 2/0414 1 1/4-20 x 5/8 1 185 195 63140 63141 631 63143 62140 62141 62142 62143 1 1/4-20 x 112 1 62170 62171 62172 62173 Tapped hole Stud to Stud 1/4-20 x 5/8 1 1/4-20 x 5/8 1 240 240 62200 62201 62202 62203 Box to Quick Connect #4-14 1 1 1/4 x.0320C 4 90 95 62210t 62211 t 62212t 62213t *Studs are furnished with nuts and washers. Recommended stud torque: (1/4-20)-72 in. lbs. tQuick connector,not GSA Certified. Note:Blocks for 5,6 and 10 poles are also available.To order,simply modify the Adder catalog number. Example:63100 becomes 63106 for 6 poles. Dimensions — 62000 and 63000 Series ® o o o- --- Power Distribution Blocks NUMBER DIMENSION OF POLES A(Inches) 2.25 Example for 10 poles: 1 1 2.I a ADDER .09 A= (.812 x 10) + .273=8.39 2 1.90❑ � _ i_ N (.812 x N)+.273 81 .16� TYPE I 31 1.12-1� 20 V.. ��..-a.�-.48 SAFETY COVER - Catalog number 08530 TYP Polycarbonate safety cover provides dead-front protection to 62000 COVER CATALOG NUMBER 08530 and 63000 series power distribution blocks. One cover is needed --- ------------ -- or each pole (1-pole block requires 1 cover, 3-pole requires 3 cov- ers,etc.) Each cover has a test prod hole in the center for circuit 2.31 1.94 checking and each is marked with the reminder'REPLACE AFTER 2.01 SERVICING EQUIPMENT'. To order,simply determine the total number of poles to be protected i — 1 os and specify the same number of 08530 safety covers. Mounting .13 �--POLE A LA I� screws are supplied with cover. ADDER Recommended mounting screws for all 62000-63000 series: #10 j 2 POLE _ (.190"diameter). N POLES END BARRIER - Catalog number U09311 Polycarbonate end barriers snap on to PDB Adder blocks to form 1-pole blocks. Use one barrier per block. 17 Product Datasheet I f ' 0. = ' CS6369 -- 50A Twist-Lock Receptacle : 13' a.1ti —I 2.62• s2s• IN-3)@3,q 3P4W, 50A 125/250V,Black Melamine ?26 2} 2.44• (62.4} CUM Product Specifications Product Type gist-Lock Devices Product Item Single Receptacle Wiring Scheme 3-Pole,4-Wire Grounding Amperage 50A Voltage 225/250V AC Item Style Standard Device Color Black Housing Material Phenolic Terminal Screw Material Steel pressure screw-zinc plate Ground Screw Material Steel pressure screw- zinc plate Body Contact Carrier Black Thermoset Material Contact Spring Material 100"/.04W Brass Mounting Screw Material Steel zinc-plated Ground Contact Material .031"Brass Bridge (Mounting Strap) Material 062"Steel Zinc Plate Rivet Material Brass Ratings Molded In or Stamped On Catalog No Permanently ink marked on product Dielectric Voltage Withstand 12,OOOV minimum Current Interrupting Certified for current interrupting at full rated current Temperature Rise Max 30C temperature rise at tU rated current after 50 cycles of overload at 150%of rated current at a power factor of.75. Terminal Accommodation 410 AWG min#6 AWG max Terminal Identification Terminals identified in accordance v;ith UL 498 (X,Y,Z,White,Green) Flammability UL 94 VO for Receptacles and Inlets.HB or better for Plugs and Connectors. Operating Temperatures MaxnnumContinuous 75 C Minmmm-40 C(w/o impact) Pressure ScrewMaterial Steel,Zinc Plate Terminals Material .050"Steel Casing Material .062"Steel,Zinc Plate Listings UL/C SA M Drawings Cfick hcrc for M-Drawing Catalog Page Click here for catalog page B57 Brochures Cfick hcrc for product brochw•c Catalog Section Click here for Section-B UPC Number 783585828107 Weight in LBs 0.8 , i c 90A 12MSOV AC U UCSA Conllguration QOU and QYU Unit Mount 0�- Miniature Circuit Breakers www.SquareD.com Class 720 For the most up-to-date information Low Ampere QOU QOU Miniature Circuit Breakers Miniature Circuit OOU unit mount miniature circuit breakers(cable-in/cable-out)are ideal for OEM applications. They have Square D's unique Visi-Trip feature and can be Breakers DIN rail-mounted or surface-or flush-mounted using mounting feet. 1-pole 1 2-pole 2-pole 3-pole Ampere 20 Vac 120/240 Vac 240 Vac 240 Vac Rating Y 1 Catalog No. Catalog No. Catalog No. Catalog No. General Specifications Common to All Low Ampere 10,000 AIR QOU Circuit Breakers 10 QOuii0 QOu210 0OU210H QOU310 15 QOu115 0OU215 0OU215H 0OU315 • For convenient flush mount,surface mount or DIN 20 0OU120 QOu220 0OU220H 0OU320 mount(symmetrical rail 35 x 7.5 DIN/EN 50 022) 30 Qou130 0OU230 0OOU230H 0OU330 • Single handle with internal common trip 35 QOu 135 0OU235 .... QOU335 40 QOU 140 0OU240 .... QOU340 • Terminal lug wire size(1)#14-42 AWG Cu or Al 45 QOU145 QOU245 .... QOU345 s0 QOu 150 0OU250 .... QOU350 • Reversible line and load lugs 60 QOU 160 0OU260 .... QOU360 • Field-installable quick connectors 70 0OU170 0OU270 .... QOU370A • , so QOU180♦ QOU2s0A .... QOU3s0A UL Listed 48 Vdc AIR)) 90 0OU190♦ 0OU290♦ .... QOU390♦ • UL Listed as HACR Type-10-70 A 100 Qoulloo. 0OU2100♦ QOU3100♦ 125 .... 0002125♦ .... .... 22,000 AIR is QOU115VH QOU215VH .... QOU315VH 20 QOU120VH QOU220VH .... QOU320VH 25 QOU125VH QOU225VH .... QOU325VH 30 QOU130VH QOU230VH .... QOU330VH High Ampere 35 QOU135VH QOU235VH .... .... QOU Circuit Breakers 40 QOU140VH QOU240VH 45 QOU145VH QOU245VH .... .... 50 QOU150VH QOU250VH .... .... General Specifications 60 QOU160VH QOU260VH .... .... 4iCommon to All High Ampere QOU-HM QOU Circuit Breakers High magnetic trip circuit breakers are recommended for applications where • Flush mount,surface mount,and DIN rail mount high initial inrush may occur and for individual dimmer applications. • Internal common trip is QOU115HM 20 QOUI2DHM .... ... .... ... .... • Lugs supplied in standard position only • Terminal lug wire size(1)#12-42/0 AWG Cu or Al OYU UL1077 Recognized Supplementary Protectors(5,000 AIR) • UL Listed 60 Vdc per pole(5000 AIR)— 1-pole 277 Vac Note:except switches is Qvu115 .... 20 Qvu12o ... ... • UL Listed as HACR 25 Qvu12s type-80-125 A 30 QYU130 .... ... QOU Non-Automatic Switches Non-automatic switches have the same physical packaging as miniature circuit breakers,but provide no overcurrent or short circuit protection. They are UL Listed per UL1087 and are CSA certified. 60 .... ... .... ... QOU200 QOU300 100 .... ... .... ... QOU2000 QOU3000 125 .... ... .... ... QOU20001 QOU30001 .High-ampere QOUs use appropriately sized terminal lugs and accessories. Interrupting Ratings.......................................page 6-3 Accessories......................................pages 6-12,6-15 Dimensions............................................page 6-49 Discount ©2005 Schneider Electric 6-14 DE2 Schedule All Rights Reserved s/27/os MODEL 100SF PLUG IN CONTROLLER + ONE PUMP WORDS IN AUTO, + PLUG IN DESIGN FOR EASY EVEN WITH CIRCUIT BOARD REPLACEMENT. FAILURE. + SELF SUPPORTING, DOES NOT + THREE FLOAT SYSTEM. REQUIRE A DEAD FRONT. + ONE MODEL FITS ALL PUMPS. + EASY TO TROUBLE SHOUT. SEQUENCE OF OPERATION The first level switch (lowest) stops the lead pump FEATURES and lag pump if it is energized,when the level drops => Test—Off—Auto Alarm Switch below this point, and triggers alternation. The sec- =:� Seal Failure Pilot Light Test Switch and level switch starts the lead pump as the liquid => Hand—Off--Auto Pump Switches rises to close this circuit. The lead pump is deter- Red Pump Indicator Pilot Lights mined by the lead pump selector switch or by alter- Amber Seal Failure Pilots Lights nation. The third level switch (lag)causes both => Lead Pump Selector Switch pumps to run as the liquid level rises to this point, � Alternation and illuminates the alarm indicator. SERVICE: ■ FIVE YEAR WARRANTY WHEN USED ON MUNCIPI_E LIFT STATIONS. • GUARRENTEED FLAT RATE ON ANY REPAIR. • ONE WEEK TURNAROUND ON ANY REPAIR. SPECIFICATIONS 4.25 4.00 Supply Voltage 120V Voltage Range 90-130V SEALTES Max. Voltage 140V TEST SN Supply Current .01A 0 hum Operating Duty Continuous c Contacts 10A (a7 120V vi Operating Temp. -40C to 55C Humidity Range 0-97% Case Material ABS Plastic Minimum Cycle 100MS MANUFACTURING FACILITY 10239 CONEY RD.HOUSTON.TX.77070 PH.281-448-I352 SALES@PUMPSOFHOUSTON.COM Confrols of Houston, Inc. 11/3/11 Motor Protection Electronics,Inc.-Item#SDI PC,12 Pin,Heavy Duty So... Motor Protection Electronics,Inc. 2464 Vulcan Rd. Apopka,FL 32703 Phone:407-299-3825•Fax:407-294-9435 Email:infofa.mnelectronics.com •Website:www.mpelectronics.com All Cateaories>Hardware>Sockets>Item#SDI PC Item #SD12 PC 12 Pin, Heavy Duty Sockets I I a � larger image Specifications Series SD Screw Type Pressure Clamp Screws Color Black Electrical Voltage Rating(AC) 600 V Electrical Current Rating 10 A Screw Dimension 6-32 x5/16 inches Material Break Resistant Thermoplastic(Closed Back) Screw Material Steel,Nickel Plated Connector Material Brass,Nickel Plated Agency Approval CSA Certified, File No.LR29513 UL Recognized, File E60008 mpelectronics.thomasnet.com/printitem/all-categories/sockets-2/sd 12-pc?... 1/1 1 Sftz%wrnu* 5X20QCl /6X32QC1 FUSE BLOCKS RECOMMENDED FUSE USAGE 5X20QC1 . . . . . . . . . . . . .use with GGM, GGA, GSA, GSB, GDG =6X32QClk. .). . . . . . . . .use with GSA, GDL, GGC, GAB 5X20QC1 6X32QC1 SINGLE POLE FUSE BLOCK for 5mm x 20mm fuses SINGLE POLE FUSE BLOCK for 1/4" x 1-1/4" U fuses > Tin plated clips L > Polyester insulator > Tin plated phosphor bronze clips > 3/16" quick-connect terminals > Phenolic insulator > Rated 15A, 250V > 1/4" quick-connect terminals > UL Recognized Q ` > Rated 30A, 250V- UL Recognized 71.E 16' (4. Imm) DIA 49" �(l .4mm1 2.38" (60mm) " (9m.m3)" 82 (42mm) (21 mm) (24.9mm) .79" (20mm) Lr,J L .06" 26" (1.5mm) (12mm 47" (7mm) ) 69' 12'(3mm)DIA. (I7.6mm) Anti-rotation stud r I C'BORE .31'(6mm)DIA .16' 4mm DP HOLE .16"(4mm)DIA H 35 Gross Automation(877)268-3700-www.ferrazshawmutsales.com -sales@grossautomation.com Electron ic/G lass Fuses GGC/GGC-V GGM/GGM-V • Glass body • Glass body • Fast-acting • Fast-acting • 1/4"x 1-1/4" • 5mm x 20mm • 1-1/2"Axial leads optional • 1-1/2"Axial leads optional r 1/10Athrough 10A, 250VAC, 1/16Athrough 3A, 250VAC, UL Listed and CSA Certified UL Listed and CSA Certified 4A 12A and 15A, 125VAC, UL Listed through 8A, 125VAC, UL Listed and and CSA Certified CIP -20A through 30A, 32VAC CSA Certified- 1CIP 0A and 15A, 250VAC, UL Recognized UL LISTED UL LISTED Standard Fuse Ampere Ratings Standard Fuse Ampere Ratings Axial Lead Cat.No on OM GGC1/10 GGC-V1/10 1/10A 250V 2 GGM1/16 GGM-V1/16 1/16A 250V 2 GGC1/8 GGC-V1/8 1/8A 250V 2 GGM1/10 GGM-V1/10 1/10A 250V 3 GGC15/100 GGC-V15/100 15/100A 250V 2 GGM1/8 GGM-V1/8 1/8A 250V 3 GGC175/1000 GGC-V175/1000 175/1000A 250V 2 GGM2/10 GGM-V2/10 2/10A 250V 3 GGC3/16 GGC-V3/16 3/16A 250V 2 GGM1/4 GGM-V1/4 1/4A 250V 3 GGC2/10 GGC-V2/10 2/10A 250V 2 GGM3/10 GGM-V3/10 3/10A 250V 3 GGC1/4 GGC-V1/4 1/4A 250V 2 GGM4/10 GGM-V4/10 4/10A 250V 1 GGC3/10 GGC-V3/10 3/10A 250V 2 GGM1/2 GGM-V1/2 1/2A 250V 3 GGC3/8 GGC-V3/8 3/8A 250V 2 GGM6/10 GGM-V6/10 6/10A 250V 1 GGC4/10 GGC-V4/10 4/10A 250V 2 GGM7/10 GGM-V7/10 7/10A 250V 3 GGC1/2 GGC-V1/2 1/2A 250V 2 GGM3/4 GGM-V3/4 3/4A 250V 3 GGC6/10 GGC-V6/10 6/10A 250V 2 GGM8/10 GGM-V8/10 8/10A 250V 1 GGC3/4 GGC-V3/4 3/4A 250V 2 GGM1 GGM-V1 1A 250V 3 GGC8/10 GGC-V8/10 8/10A 250V 2 GGM1-2/10 N/A 1-2/10A 250V 2 GGC1 GGC-V1 1A 250V 2 GGM1-1/4 GGM-V1-1/4 1-1MA 250V 3 GGC1-1/4 GGC-V1-1/4 1-1/4A 250V 2 GGM1-1/2 GGM-V1-1/2 1-1/2A 250V 3 GGC1-1/2 GGC-V1-1/2 1-1/2A 250V 2 GGM1-6/10 GGM-V1-6/10 1-6/10A 250V 2 GGC1-3/4 GGC-V1-3/4 1-3/4A 250V 2 GGM2 GGM-V2 2A 250V 3 GGC1-6/10 GGC-V1-6/10 1-6/10A 250V 2 GGM2-1/2 GGM-V2-1/2 2-1/2A 250V 3 GGC2 GGC-V2 2A 250V 2 GGM3 GGM-V3 3A 250V 3 GGC2-1/4 GGC-V2-1/4 2-1/4A 250V 2 GGM4 GGM-V4 4A 125V 4 GGC2-1/2 GGC-V2-1/2 2-1/2A 250V 2 GGM5 GGM-V5 5A 125V 4 GGC3 GGC-V3 3A 250V 2 GGM6 GGM-V6 6A 125V 4 GGC3-2/10 GGC-V3-2/10 3-2/10A 250V 3 GGM7 GGM-V7 7A 125V 4 GGC4 GGC-V4 4A 250V 2 GGM8 GGM-V8 8A 125V 4 GGC5 GGC-V5 5A 250V 2 GGM10 GGM-V10 10A 250V 5 GGC6 GGC-V6 6A 250V 2 GGM15 GGM-V15 15A 250V 5 GGC6-3/10 GGC-V6-3/10 6-3/10A 250V 2 GGC7 GGC-V7 7A 250V 2 1. 250VAC@35AI.R./125VAC@10kAI.R. GGC7-1/2 N/A 7-1/2A 250V 2 2. 250VAC@ 100AI.R./125VAC@ 10kAI.R. GGC8 GGC-V8 8A 250V 2 3. 250VAC@200AI.R./125VAC@10kAI.R. 4. 125VAC @ 10kA I.R. GGC10 GGC-V10 10A 250V 2 5. 250VAC@ 100AI.R. GGC12 GGC-V12 12A 125V 4 GGC15 GGC-V15 15A 125V 4 GGC20 GGC-V20 20A 32V 5 GGC25 GGC-V25 25A 32V 5 GGC30 GGC-V30 30A 32V 5 2. 250VAC @ 200A I.R.1125VAC @ 10kA I.R. 3. 250VAC @ 10kA I.R. 4. 125VAC @ 10kA I.R. 5. 32VAC @ 1000A I.R. C16 me.RS Contactors& TeSys°D Non-reversing Schneider Overload Relays Refer to Catalog 8602CT9901 V E l e c t r i c www.schneider-ellectric.us Table 18.1: 3-or 4-Pole Screw Terminal Connections Maximum Current Instantaneous Maximum Horsepower Ratings Utilization No of Poles Auxiliary g7 ➢ Categories Contacts Catalog F•---�=� Single Phase Three Phase Inductive Resistive Number A AC3 AC1 N.O. N.C. N.O. N.C. t: 115 V hp 230 V hp 200 V hp 230 V hp 460 V hp 575 V hp Amperes Amperes 0.5 1 2 2 5 7.5 9 3 0 LC1DO9 ♦*v 20 4 1 1 LClDT20 LCID09 2 2 LC1DO98 1 2 3 3 7.5 10 12 3 LC1D12 ♦*v 25 4 0 1 LClDT25 2 2 LC1D128 1 3 5 5 10 15 18 3 LC1D18 ♦* 32 4 0 1 1 LClDT32 2 2 LC1D188 2 3 7.5 7.5 15 20 25 3 LC1D25 ♦* M 40 4 0 1 1 LClDT40 2 2 LC1D258 2 5 10 10 20 30 32 50 3 0 1 1 LC1D32 ♦* 3 5 10 10 30 30 40 3 1 1 LC1D40A 60 4 0 0 0 LClDT60A 3 7.5 15 15 40 40 50 3 0 1 1 LC1D50A •• LC1D093 5 10 20 20 40 50 65 80 3 LC1 D65A 4 0 0 0 LC1DT87A 7.5 15 25 30 60 60 80 3 1 1 LC1D80 125 4 0 LC1D80004 ■ 2 2 0 0 LC1D80008 ■ 30 40 75 100 115 3 LC1D115 40 50 100 125 150 200 3 0 1 1 LC1D150 4 0 0 1 LC1D115004 _ ♦ Complete catalog number with coil voltage code from table on page 18-6;example,LC1 DO9G7. „v% ■ For DC version of these devices replace the'C'with'P'(ex.LC1 D80004**becomes LP1 D80004**).This applies only to BOA 4 pole devices. ♦ On LC1 DO9-LC1 D65A and LC1 DT20 through LC1 DTBOA,for ring tongue versions add to the catalog number prior to adding the voltage code (ex.LC1DO9G7 becomes LC1D096G7 and LC1D5OAG7 becomes LC1D5OA6G7).No price adder for this modification. * On LC1 DO9-LC1 D65A,for spring terminals versions add'S to the catalog number prior to adding the voltage code(ex.LC1 D12G7 becomes LCi D123G7 and LCi D40AG7 becomes LCi D40A3G7-Note that 40A to 65A spring terminals are only on the control terminations and not on power LC1 D40A terminations).No price adder for this modification. On LC1 DO9 and LC1 D12 only,for slip-on connector versions add"9"to the catalog number prior to adding the voltage code(ex.LC1 D09G7 becomes LCi DO99G7). No price adder for this modification. Table 18.2: TeSys D Overload Relays—Ambient Compensated,Bi-Metallic Direct Mount Current Setting For Direct Mounting Class 10 with Class 10 without Class 20 with Class 20 without �® Range Amperes to LC1... Single Phase Single Phase Single Phase Single Phase Sensitivity Sensitivity Sensitivity Sensitivity 0.10-0.16 LRD01 LR3DO1 0.16-025 LRD02 LR3DO2 — — 0.25-0.40 LRD03 LR3DO3 — — 0.40-0.63 LRD04 LR3DO4 0.63-1 D09—D32 LRD05 LR3DO5 — — 1-1.6 LRD06 LR3DO6 LC1 D115 1.6-2.5 LRD07 LR3D07 2.5-4 LRD08 LR3D08 LRD1508 LR3D1508A1 4-6 LRD10 LR3D10 LRD1510 LR3D151OA1 5.5-8 D09—D32 LRD12 LR3D12 LRD1512 LR3D1512A1 7-10 D09—D32 LRD14 LR3D14 LRD1514 LR3D1514A1 9-13 D12—D32 LRD16 LR3D16 LRD1516 LR3D1516A1 12-18 D18—D32 LRD21 LR3D21 LRD1521 LR3D1521A1 =l I 16-24 D25—D32 LRD22 LR3D22 — — 17-25 D25—D32 LRD1522 LR3D1522A1 23-32 D25—D32 LRD32 LR3D32 r 23-28 D25—D32 — — LRD1530 LR3D153OA1 25-32 D25—D32 LRD1532 LR3D1532A1 30-38 D32 LRD35 LR3D35 LRD22 9-13 D40A-D65A A LRD313 LR3D313 LRD313L — 12-18 D40A-D65A A LRD318 LR3D318 LRD318L — 16-25 D40A-D65A A LRD325 LR3D325 LRD325L — 23-32 D40A-D65A A LRD332 LR3D332 LRD332L — 30-40 D40A-D65A A LRD340 LR3D340 LRD340L — 37-50 D40A-D65A A LRD350 LR3D350 LRD350L — 48-65 D40A-D65A A LRD365 LR3D365 LRD365L — 17-25 D40-D80❑ LRD3322 LR3D3322 LR2D3522 LR3D3522 23-32 D40-D80❑ LRD3353 LR3D3353 LR2D3553 LR3D3553 * 30-40 D40-D80 0 LRD3355 LR3D3355 LR2D3555 LR3D3555 37-50 D50-D80 0 LRD3357 LR3D3357 LR2D3557 LR3D3557 - 48-65 D50-D80❑ LRD3359 LR3D3359 LR2D3559 LR3D3559 55-70 D65—DBO LRD3361 LR3D3361 LR2D3561 LR3D3561 63-80 D65—D80 LRD3363 LR3D3363 LR2D3563 LR3D3563 LRD3 80-104 D80 LRD3365 80-104 D115—D150 LRD4365 — — — O95-120 D115—D150 LRD4367 — — — UL E164862 110-140 D150 LRD4369 CCN NLDX A Overload relays with Everlink termination-direct mount to D40A to D65A only. ❑ Direct mount to old D2 style D40 to D65(no Everlink terminations)and to D80 only. ,f LR43364 TeSys D contactor accessories....................pages 18-8 to 18-11 ® Class 3211 04 TeSys D overload relay accessories.......................page 18-16 C TeSys D replacement coils.......................pages 18-17 to 18-19 Dimensions...................................pages 18-40 to 18-46 TeSys T.............................................pages 16-91 18-4 12 Discount ©2009 Schneider Electric Schedule All Rights Reserved TERMINAL BLOCK SUMMARY TERMINAL BLOCK SUMMARYRl i � ■ � r r SUMMARY fEEDTHROUGH TERMINALS FUSE DISCONNECT TERMINALS MICRO TERMINALS CIRCUIT BREAKERS PRODUCT INFORMATION When good enough just isn't good enough madl Weidmiiller 3E IW@&h r2o h SAK Terminals • screw clamp technology • 2.5mm2 to 95mm2; 26 to 3/OAWG " • mounting on TS32 or TS35 DIN rail or both (combi-foot) + • available in both polyamide 6.6 and melamine materials � r i Z-Series • tension (spring) clamp • accepts all types of wire, even those y •• � r, with fitted ferrules • 1.5mm2 to 35mm2; 28 to 2AWG % • pluggable 2...10 pole cross- * �'�!• - + connections save time ' • integrated test socket +�" • Wemid plastic material creepage resistance - CTI>600 withstands high temperature of +120'C maximum continuous self-extinguishing UL94-VO r no pollutants " W-Series • screw clamp technology t•` - • from 1.5mm2 to 150mm2; 26AWG to # - 250MCM + • Wemid plastic material 41rA s creepage resistance - CTI>600 withstands high temperature of +120'C maximum continuous - self-extinguishing UL94-VO no pollutants • large marking tags t L %A* Af tiF� +f r ,r P 1 ' •� FLO z Weidmi ler Feedthrough Terminals , Rating Cat.No. Polyamide C Polyamide Type CSA p End Plate p End Plate, SAK 2.5 60OV/25A 26,,,10 IF 27962 27952 IF 27966 27956 v/Lr 21866 46056 Lr 38042 27952 Lr 38046 46056 SAK 4 60OV/36A 26,,,10 IF 12832 11792 IF 12836 11796 v/Lr 46746 11797 Lr 44362 11792 Lr 44366 11796 SAK 6N 60OV/47A 20,,.8 IF 19322 11792 IF 19326 11796 IF 21286 11796 Lr 38052 11792 Lr 38056 11796 SAK 6 60OV/47A 20,,.8 IF 10992 11792 SAK 10 60OV/65A 16 6 IF 11002 11792 IF 11006 11796 IF 33766 11796 Lr 44372 11792 Lr 44376 11796 SAK 16 60OV/87A 14,,.4 IF 27102 27112 IF 27106 27116 v/Lr 33976 27116 Lr 38062 27112 Lr 38066 27116 SAK 35N 60OV/120A 12...2 IF 55062 30362 IF 55066 30366 - Lr 60822 30362 Lr 60826 30366 SAK 35 60OV/145A 12...2 IF 30352 30362 IF 30356 30366 IF 33986 30366 Lr 30876 30366 Type End Plate � Cat.# ZDU 2.5 single level 60OV/27A 26...12 160851 160874 ZDU 2.5/3AN 1 in-2 out 60OV/27A 26...12 160854 160877 branch ZDU 2.5/4AN 2 in-2 out 60OV/27A 26...12 160857 160880 branch communed ZDU 2.5/2x2AN single level 30OV/27A 26...12 160860 160880 dual connection ZDU 4 single level 60OV/35A 26...10 163205 163209 ZDU 6 single level 60OV/50A 20...8 160862 160883 ZDU 10 single level 60OV/55A 16...6 174675 174866 ZDU 16 single level 60OV/65A 14...4 174523 174515 NMI End Plate - Type at.# WDU 2.5N 30OV/20A 26,..12 102370 106000 WDU 2.5N/600 60OV/20A 26,..12 173094 106000 WDU 2.5 60OV/20A 26..12 102000 105000 WDU 4 60OV/35A 26..10 102010 105000 WDU 6 60OV/45A 20..,8 102020 105000 WDU 10 60OV/65A 16..6 102030 105000 WDU 16N 30OV/70A 14..6 103610 not required WDU 16 60OV/65A 14..,6 102040 105010 WDU 35 60OV/1 20A 12 2 102050 105010 see Terminal Block catalog for complete offering Weldmi ler s Fuse Terminals ZSI 2.5 ASK 1 MILD WSI 6 • 8mm wide 8mm wide 8mm wide • Wemid polyamide Wemid • tension clamp combifoot for TS32 &TS35 DIN rails Ill I+- is KDKS 1 PE WSI 6/2 USI 16 • 8mm wide 12mm wide 17.5mm wide • polyamide Wemid Polyamide • fused, feed-through and ground con-nections • available with combifoot but without ground connection Type Fuse Size Max Fuse at.No. Cat.No. Cat.No. End Rating(CSA) o Ind. 24V Ind. 120V Ind. Plate WSI 6 5 x 20mm 10A 101100 101220 101230 101240 105000 5 x 25mm WSI6/2 1/4"x11/4" 16A 101400 101420 101430 101440 105000 ASK 1LD 5 x 20mm 10A 47456 22276 22556 22576 038036 KDKS 1/LD 5 x 20mm 10A 950335 980272 980276 980278 950333 KDKS 1/PE 5 x 20mm 10A 952811 915833 915835 950333 ZSI 2.5 5 x 20mm 15A 151640 161643 161642 150880 USI 16 11/32"x 1112" 1 pole 30A 991073 990975 990975 n/a 2 pole 30A 991074 991627 991627 n/a 3 pole 30A 991076 991770 991770 n/a • fuse failure indication is red LED • WSI indication is AC/DC, not polarity sensitive • ASK1, ZSI and KDKS1 indication is AC/DC with hinge side negative in DC applications • USI indicator is neon 4 Weidmi ler t Disconnect Terminals t I { , I �' Lever Disconnect Pull-Pin Disconnect Sliding Link Disconnect • WTR 2.5 SAKC 4 WTL 6/1/STB • ZTR 2.5 SAKC 10 WTD 6/1 • SAKR Type End Plate WTR 2.5 300V/10A 101110 105000 ZTR 2.5 300V/1 CA 160868 160877 SAKR 300V/10A 41216 17216 021136 SAKC 4 300V/25A 34072 35752 011792 SAKC 10 600V/25A 32402 014572 WTL 6/l/STB 300V/45A 101700 101690 106830 • SAKC 4 & SAKC 10: melamine, gold flashed contact disconnect pins • SAKR: polyamide • WTR, WTL & ZTR: Wemid • for a complete description of polyamide and Wemid moulding materials see the "Specifier's Guide: Terminal Blocks" Weidmuller 5 NEW Terminal Blocks Micro Terminals for 15mm DIN Rail Type End Plate Cat.# WDU 1.5/R3.5 TS15 300V/10A 26-14 1753280000 1754190000 WDK 1.5/R3.5 TS15 300V/10A 26-14 1753290000 1754200000 ZDU 1.5 TS35 300V/10A 28-14 1775480000 1776030000 ZDU 1.5/3AN TS35 300V/10A 28-14 1775530000 1776060000 ZDU 1.5/4AN TS35 300V/10A 28-14 1775580000 1776090000 # ZDUB Tension Clamp Terminals f #., # w � - % k- # 41 ■ Type Rating End Plate Cat.# m i Direct Mount 600V/25A 26-12 1704350000 1704500000(End Terminal)" 1704740000(End Plate)' SNAP-IN 600V/25A 26-12 1712820000 1704750000 15mm DIN Rail 600V/25A 28-12 1712750000 1704750000 'i.e.5 pole assembly consists of 1 x End Terminal(1704500000)+4 x Terminal(1704350000)+1 x End Plate(1704740000), I-Series Insulation Displacement Terminals for 35mm DIN Rail t • Type Rating CSA IDU 1.5 TE Feed Through 300V/10A 26-16 1746630000 1746550000 ITR 1.5 TE Disconnect 300V/10A 26-16 1746690000 1746590000 ISI 1.5 TE Fuse 300V/6.3A 28-16 1747610000 1746590000 IPE 1.5 TE Ground 300V/10A 28-16 1746670000 1746570000 IDU 2.5 TE Feed Through 300V/10A 28-14 1747130000 1746550000 IDU 2.5 TE Disconnect 300V/10A 28-14 1747190000 1746590000 IDU 2.5 TE Fuse 300V/10A 28-14 1747290000 1746590000 IDU 2.5 TE Ground 28-14 1747170000 1746570000 6 Weidmuller D- Argentina Morocco Australia Netherlands Austria New Zealand Bahrain Norway Belarus Pakistan Belgium Peru Brazil Philippines Bulgaria Poland Canada Portugal Chile Romania China Russia Colombia Saudi-Arabia Croatia Singapore Czech Republic Slovakia Denmark Slovenia Estonia South Africa Finland Spain France Sweden Germany Switzerland Great Britain Taiwan Greece Thailand Hong Kong Turkey Hungary UAE India Ukraine Indonesia USA Iran Vietnam Ireland Yugoslavia Israel Italy Japan Korea Luxembourg Malaysia Mexico a www.weidmuller i Product Detail Page Page 1 of 1 KA25U : 14STR- 1/OSTR DUAL R.a&ATED ACTIVE W BURNDY" 4 vaww.burndy.com BURNDY' P R 0 D U C T Dimensional Width(in) 0.63 Length(in) 1.5 Bolt Hole Size(in) 0.25 Thickness 0.19 D-in 0.81 Pad Width(in) 0.63 N(in) 0.44 General Number of Conductors I 1 Number of Holes 1 Conductor(s) Aluminum Size(Range) 8 AWG-1/0 AWG Copper Solid Size(Range) 12 AWG-1/0 AWG Copper Stranded(Range) 14 AWG-1/0 Physical Installation Torque 50 Type of Plating Tin Connector Type Terminal Bolt Hole Size 1/4 Plated(Yes or No) Y Product Material Aluminum Approvals/Certifications Rated for Direct Burial I N UL Listed Y CSA Certified Y ROHS Compatible Exempt UL Recognized N Industry Standards UL468A-468B Other Features UPC 781 81 03701 9 http://ecat.burndy.com/Comergent/en/TJS/adirect/burndy?cmd=DownloadDatasheet 1/3/2013 MINI-CLIK' RAIN SENSOR Huntei 0® INSTALLATION CARD Introduction In most installations,the Mini-Clik acts as a switch that breaks the circuit to Helpful Hints for Mounting an irrigation system's solenoid valves in response to rain.This allows the A. When looking for a suitable location(such as on the side of a building timer to advance as scheduled,but keeps the valves from opening the or post),the closer the Mini-Clik is to the controller,the shorter the water flow.Once the Mini-Clik has dried sufficiently,the switch closes again wire run will be.This will minimize the chance for wire breaks. to allow normal operation. B. The ideal location for mounting is not always the most practical The Mini-Clik has 25'(8 m)of cable attached to it.The cable terminates location.In the case where a compromise must exist(such as a low location on a side wall rather than a preferred higher location),note with blue leads.These leads will be wired to the SEN terminals or SEN and that the Mini-Clik will still work because it will always receive some SEN COM terminals of the controller.The order in which they are wired rainfall—it just will not be as accurate in its gauging as it could be. does not matter(Figure 1). C. As described in the"Operation"section of this manual,"reset rate"refers to the amount of time it takes the Mini-Clik to dry out sufficiently for the sprinkler system to be allowed to come ®Ac2 ®24V back on.The mounting location will affect this rate and must r24VACIREMr SEN I C ®ACT ®24V ®®® ® ^®GND SENSOR, be taken into consideration should extreme conditions exist. \/ NSOR2 For example,mounting the Mini-Clik on a very sunny,southern end SEN COMMON of a building may cause the Mini-Clik to dry out sooner than desired. SEN Similarly,mounting on the northern end of a building with constant x-coRe° PRO-C, He shade may keep the Mini-Clik from drying soon enough. SEN SEN,�. oSEN SEN 2 Once the Mini-Clik is mounted,run the wire to the controller.Fasten it TEST® SENC ®®® ® REV® REV every few feet with wire clips or staples for best results.If an extension 24AAC® 24AAC® to the wire provided is needed,use the following table to determine the GND®®GND GND® minimum wire gauge needed: GND PRO-HC ICC2 HCC +SEN, SEN- If the extension needed is: 0-100'(15-30 m) >100'(>30 m) D,DA 3, szDGy� DD4_3. D_1 +3ENz use: 18 AWG(1 mm) 16 AWG(13 mm) �I® !.E EENI �'®C PAM/ z"AAC® MC Wiring to Your Irrigation System I-CORE` ACC 77C2 Figure IMPORTANT:The standard model Mini-Clik is sold and designed for hooking up to 24-volt irrigation controllers only. For wiring to 110-or 220-volt irrigation controllers,consult your distributor or the For the conduit model,Mini-Clik-C:This rain sensor unit is the same as the factory.All wiring must conform to National Electrical Code or standard model,except there is no aluminum mounting bracket and a/2" applicable local codes. threaded cap that allows for electrical conduit to totally enclose the wires For model Mini-Clik-C:WARN ING!This unit is designed to be installed has been added.Unless local code states otherwise,plumbing-grade PVC in conjunction with 24 VAC circuits only.Do not use with 110 or 220 VAC pipe can be used,as well as electrical-grade conduit. circuits. Other Controllers Mounting The two most common situations are shown below.For non-standard Standard Model wiring situations,consult your distributor or request our non-standard Using the screws provided,mount the wiring information packet. Mini-Clik on any surface where it will be exposed to unobstructed rainfall,but not in the path of sprinkler spray.The switch-housing portion must be upright(Figure 2),but the swivel bracket can be moved for mounting on any angled surface.Loosen the locknut and screw before swiveling the bracket,and then re-tighten. 117:?; p For model Mini-Clik-C:The conduit acts as the mounting support for the unit.Therefore,place and mount the conduit to allow for the desired Figure2 sensor location as described in the main instructions for the standard model.Be sure to support the conduit sufficiently along its various lengths. 24-Volt Solenoid Valves Only(No Booster Pump)—Figure 3 With the two wires from the Mini-Clik at the controller,locate the Mini-Ofk controller "common ground"wire of the solenoid valves.If it is connected to G ' 2 3 4 the common terminal on the controller,disconnect it.Attach one wire of the Mini-Clik to the"common"terminal(usually marked"C")on the controller.Attach the other wire of the Mini-Clik to the common wire leading to the valves.Note:The common wire to the valves does not hove to be interrupted of the controller. The Mini-Clik con be wired anywhere along the common wire line(on example would be of the Solenoid valves Valve box location. Common Wire to All Valves Figure 3 Operation Check to Verify Correct Wiring Bypassing the Sensor Turn on one zone of the irrigation system that is visible while you are On Hunter controllers,move the rain sensor switch to"Bypass."Note:Using in reach of the Mini-Clik.Manually depress the spindle at the top of the"monuol"switch on non-Hunter controllers typically will not bypass the Mini-Clik until you hear the switch"click"off.The sprinkler zone the sensor. should stop instantaneously.If it does not,check wiring for correct- ness.It is not necessary to"wet"test the Mini-Clik,although it will Maintenance test the operation accurately,if desired. There is no required maintenance for the unit.The Mini-Clik does not have to be removed or covered for winterizing purposes. Adjustments and Operation Troubleshooting The Mini-Clik can keep the Follow these simple checks first before assuming the unit is bad and replacing it. irrigation system from starting or continuing after rainfall quantities If the system will not come on at all: of 1/8" 1/4" Yv" and/4".To adjust it A. First,check to see that the Mini-Clik discs are dry and the switch"clicks" to the desired shut-off quantity, r J on and off freely by pressing the top of the spindle. rotate the capon the switch t/s c housing so that the pins are located 1/4B_ Next,look for breaks in the wire leading to the Mini-Clik and check � in the proper slots(Figure 4).Do 1/2 C 3/ all wire connections. not forcibly twist the cap,as this C. Finally,if the Mini-Clik is dry and the wire leading to it is good,check the could break the pins.The time Mini-Clik switch by nicking the insulation of the two"outer"wires near the that it takes the Mini-Clik to reset for normal sprinkler operation after �Vent unit to expose copper.Turn one sprinkler zone on,and apply a"jumper p p Vent Ring the rain has stopped is determined wire"across the two exposed wires.If the sprinkler now comes on,the by weather conditions(e.g.,wind, Figure switch is bad.Wrap all nicked wires with electrical tape. sunlight,humidity).These conditions will determine how fast the hygro- scopic discs dry out.Since the turf is also experiencing the same condi- If the System Will Not Shut Off Even After Heavy Rainfall tions,their respective drying rates will roughly parallel each other.This A. Check wiring for correctness(see"Operation Check to Verify Correct Wiring"). means when the turf needs more water,the Mini-Clik is already reset to allow the sprinkler system to go at the next scheduled cycle.There is an B. Check the sensitivity setting(move the cap to a more sensitive setting). adjustment capability on the Mini-Clik that will slow down the reset The Mini-Clik is an accurate rain gauge and can be verified by setting up a rate.By turning the"vent ring"(Figure 4)to completely or partially tube-type rain gauge in the same vicinity and making periodic readings. cover the ventilation holes,the hygroscopic discs will dry more slowly. C. Is the rainfall actually hitting the Mini-Clik?Check for obstructions to This adjustment can compensate for an"overly sunny"installation rainfall(e.g.,overhangs,trees,or walls). location,or peculiar soil conditions.Experience will best determine the ideal vent setting. i All Mini-Clik models are listed 6y Underwriters Laboratories Inc(l1L).Samples of these lie, devices have been evaluated byULandmeettheapplicableULstandardsforsafety. Need help?Visit hunter.dlrect/minicllkhelp + T ©2018 Hunter Industries Incorporated I www.hunterindustries.com 700302 LIT-315 Rev D 8/18 Float Level Switches tListed anchor scientific h1c. tote-ficat TYPE S-SUSPENDED&TYPE P -PIPE MOUNTED TYPES -SUSPENDED&TYPE P-PIPE MOUNTED The ROTO-FLOAT is a direct acting float switch. Each ROTO-FLOAT contains a single pole mercury switch which actuates when the longitudinal axis of the float is horizontal,and deactuates when the liquid level falls 1" below the actuation elevation. The float is a chemical resistant polypropylene casing with a firmly bonded electrical cable protruding.One end of the cable is permanently connected to the enclosed mercury switch and the entire assembly is encapsulated to form a completely watertight and impact resistant unit.Type S-Suspended has built-in weight. ROTO-FLOATS can be mounted on a support pipe(type P)or suspended from above(type S).Advantages of the ROTO- FLOAT are low cost,simplicity and reliability. MATERIALS OF CONSTRUCTION NOTE: Mercury switches are not to be used in potable water. Float housing........Polypropylene Cable clamp..........Polypropylene Applications Ordering information Cable jacket..........P.V.0 Pilot Duty Industrial Control Equipment Switch Cable Suspended ipe Mounted CABLE Arrangement Length Type S Model No. T e P Model P.V.C.type STO#18 conductors(41 strand)rated 600 volts o Normally' Various lengths available 20 S20NO P20N See table of models Open 30 S30NO P30NO Non-standard lengths also available on special order. p 40 S40NO P40 Normally 20 S20NC P NC 30 S30NC 0NC PARKA rONTAC , & RECHARGER@ STORMWATER MANAGEMENT SOLUTIONS LL z - 11 ark; �O01110 r,p , . OP CATION & MA 'ENANCr GUIDELINES FOR CULTEC STORMWATER MANAGEMENT SYSTEMS STORMWATER MANAGEMENT SOLUTIONS CULTEC OPERATIONS CULTEC Published by CULTEC, Inc. P.O. Box 280 878 Federal Road Brookfield, Connecticut 06804 USA www.cultec.com Copyright Notice @ 2019 CULTEC, Inc. All rights reserved. Printed in the USA. This document and any accompanying CULTEC products are copyrighted by CULTEC, Inc. Any reproduction and/or distribution without prior written consent from CULTEC, Inc. is strictly prohibited. Disclaimers: The drawings, photographs and illustrations shown in this document are for illustrative purposes only and are not necessarily to scale. Actual designs may vary. CULTEC reserves the right to make design and/or specification changes at any time without notice at CULTEC's sole discretion. CULTEC, the CULTEC logo, RECHARGER, CONTACTOR, HVLV, PAC, STORMFILTER, STORMGENIE and The Chamber with The Stripe are registered trademarks of CULTEC, Inc. Chamber of Choice, HD, 100, 125, 150, 150XL, 180, 280, 330, 330XL, 360, V8, 902, Field Drain Panel, C-1, C-2, C-3, C-4, EZ-24, Landscape Series are trademarks of CULTEC, Inc. @ Copyright on all drawings, illustrations, photos, charts - CULTEC, Inc. All rights reserved. Protected by one or more of the following patents owned by Cultec, Inc.: U.S. Patents 6,129,482; 6,322,288; 6,854,925; 7,226,241; 7,806,627; 8,366,346; 8,425,148; U.S. Designs D613,819; D638,095; D668,318; Canadian Patent 2,450,565; 2,591,255; Canadian Designs 129144; 135983; 159073; 160977; and/or other U.S. or Foreign Patent(s) or Patent(s) Pending. Contact Information: For general information on our other products and services, please contact our offices within the United States at (800)428-5832, (203)775-4416 ext. 202, or e-mail us at custservice@cultec.com. For technical support, please call (203)775-4416 ext. 203 or e-mail tech@cultec.com. Visit www.cultec.com/downloads.htmi for Product Downloads and CAD details. Doc ID: CLT057 01-20 January 2020 These instructions are for single-layer traffic applications only. For multi-layer applications, contact CULTEC. All illustrations and photos shown herein are examples of typical situations. Be sure to follow the engineer's drawings. Actual designs may vary. 2 For more information,contact CULTEC at (203) 775-4416 or visit www.cultec.com. ©CULTEC,Inc.CLT057 01-20 CULTEC STORMWATER CHAMBERS CULTEC This manual contains guidelines recommended by CULTEC, Inc. and may be used in conjunction with, but not to supersede, local regulations or regulatory authorities. OSHA Guidelines must be followed when inspecting or cleaning any structure. Introduction The CULTEC Subsurface Stormwater Management System is a high-density polyethylene (HDPE) chamber system arranged in parallel rows surrounded by washed stone. The CULTEC chambers create arch-shaped voids within the washed stone to provide stormwater detention, retention, infiltration, and reclamation. Filter fabric is placed between the native soil and stone interface to prevent the intrusion of fines into the system. In order to minimize the amount of sediment which may enter the CULTEC system, a sediment collection device (stormwater pretreat- ment device) is recommended upstream from the CULTEC chamber system. Examples of pretreatment devices include, but are not limited to, an appropriately sized catch basin with sump, pretreatment catchment device, oil grit separator, or baffled distribution box. Manufactured pretreatment devices may also be used in accordance with CULTEC chambers. Installation, operation, and maintenance of these devices shall be in accordance with manufacturer's recommendations. Almost all of the sediment entering the stormwater management system will be collected within the pretreatment device. Best Management Practices allow for the maintenance of the preliminary collection systems prior to feeding the CULTEC chambers. The pretreatment structures shall be inspected for any debris that will restrict inlet flow rates. Outfall structures, if any, such as outlet control must also be inspected for any obstructions that would restrict outlet flow rates. OSHA Guidelines must be followed when inspecting or cleaning any structure. Opel-atioii and Mainteriai,ce kequirements I. Operation CULTEC stormwater management systems shall be operated to receive only stormwater run-off in accordance with applicable local regulations. CULTEC subsurface stormwater management chambers operate at peak performance when installed in series with pretreatment. Pretreatment of suspended solids is superior to treatment of solids once they have been introduced into the system. The use of pretreatment is adequate as long as the structure is maintained and the site remains stable with finished impervious surfaces such as parking lots, walkways, and pervious areas are properly maintained. If there is to be an unstable condition, such as improvements to buildings or parking areas, all proper silt control measures shall be implemented according to local regulations. II. Inspection and Maintenance Options A. The CULTEC system may be equipped with an inspection port located on the inlet row. The inspection port is a circular cast box placed in a rectangular concrete collar. When the lid is removed, a 6-inch (150 mm) pipe with a screw-in plug will be exposed. Remove the plug. This will provide access to the CULTEC Chamber row below. From the surface, through this access, the sediment may be measured at this location. A stadia rod may be used to measure the depth of sediment if any in this row. If the depth of sediment is in excess of 3 inches (76 mm), then this row should be cleaned with high pressure water through a culvert cleaning nozzle. This would be carried out through an upstream manhole or through the CULTEC Storm Filter Unit (or other pre- treatment device). CCTV inspection of this row can be deployed through this access port to deter mine if any sediment has accumulated in the inlet row. B. If the CULTEC bed is not equipped with an inspection port, then access to the inlet row will be through an upstream manhole or the CULTEC Storm Filter. 1. Manhole Access This inspection should only be carried out by persons trained in confined space entry and sewer inspection services. After the manhole cover has been removed a gas detector must be lowered into the manhole to ensure that there are not high concentrations of toxic gases present. The inspector should be lowered into the manhole with the proper safety equipment as per OSHA requirements. The inspector may be able to observe sediment from this location. If this is not possible, the inspector will need to deploy a CCTV robot to permit viewing of the sediment. For more information, contact CULTEC at (203) 775-4416 or visit www.cultec.com. 3 ©CULTEC,Inc.CLT057 01-20 OPERATIONS CULTEC 2. Storm Filter Access Remove the manhole cover to allow access to the unit. Typically a 30-inch (750 mm) pipe is used as a riser from the Storm Filter to the surface. As in the case with manhole access, this access point requires a technician trained in confined space entry with proper gas detection equipment. This individual must be equipped with the proper safety equipment for entry into the Storm Filter. The technician will be lowered onto the Storm Filter unit. The hatch on the unit must be removed. Inside the unit are two filters which may be removed according to Storm Filter maintenance guidelines. Once these filters are removed the inspector can enter the Storm Filter unit to launch the CCTV camera robot. C. The inlet row of the CULTEC system is placed on a polyethylene liner to prevent scouring of the washed stone beneath this row. This also facilitates the flushing of this row with high pressure water through a culvert cleaning nozzle. The nozzle is deployed through a manhole or the Storm Filter and extended to the end of the row. The water is turned on and the inlet row is back-flushed into the manhole or Storm Filter. This water is to be removed from the manhole or Storm Filter using a vacuum truck. III. Maintenance Guidelines The following guidelines shall be adhered to for the operation and maintenance of the CULTEC stormwater management system: A. The owner shall keep a maintenance log which shall include details of any events which would have an effect on the system's operational capacity. B. The operation and maintenance procedure shall be reviewed periodically and changed to meet site conditions. C. Maintenance of the stormwater management system shall be performed by qualified workers and shall follow applicable occupational health and safety requirements. D. Debris removed from the stormwater management system shall be disposed of in accordance with applicable laws and regulations. IV. Suggested Maintenance Schedules A. Minor Maintenance The following suggested schedule shall be followed for routine maintenance during the regular operation of the stormwater system: Monthly in first year Check inlets and outlets for clogging and remove any debris, as required. Spring and Fall Check inlets and outlets for clogging and remove any debris, as required. One year after commissioning and every third Check inlets and outlets for clogging and remove any debris, as required. year following B. Major Maintenance The following suggested maintenance schedule shall be followed to maintain the performance of the CULTEC stormwater management chambers. Additional work may be necessary due to insufficient performance and other issues that might be found during the inspection of the stormwater management chambers. (See table on next page) 4 For more information,contact CULTEC at (203) 775-4416 or visit www.cultec.com. ©CULTEC,Inc.CLT057 01-20 CULTEC STORMWATER CHAMBERS CULTEC Inlets and Outlets Every 3 years 0 Obtain documentation that the inlets, outlets and vents have been cleaned and will function as intended. Spring and Fall 0 Check inlet and outlets for clogging and remove any debris as re- quired. CULTEC Stormwater 2 years after commis- • Inspect the interior of the stormwater management chambers Chambers sioning through inspection port for deficiencies using CCTV or comparable technique. • Obtain documentation that the stormwater management chambers and feed connectors will function as anticipated. 9 years after commis- • Clean stormwater management chambers and feed connectors of sioning every 9 years any debris. following • Inspect the interior of the stormwater management structures for deficiencies using CCTV or comparable technique. • Obtain documentation that the stormwater management chambers and feed connectors have been cleaned and will function as intend- ed. 45 years after com- 0 Clean stormwater management chambers and feed connectors of missioning any debris. • Determine the remaining life expectancy of the stormwater man- agement chambers and recommended schedule and actions to reha- bilitate the stormwater management chambers as required. • Inspect the interior of the stormwater management chambers for deficiencies using CCTV or comparable technique. • Replace or restore the stormwater management chambers in accor- dance with the schedule determined at the 45-year inspection. • Attain the appropriate approvals as required. • Establish a new operation and maintenance schedule. Surrounding Site Monthly in 1styear 0 Check for depressions in areas over and surrounding the stormwater management system. Spring and Fall 0 Check for depressions in areas over and surrounding the stormwater management system. Yearly 0 Confirm that no unauthorized modifications have been performed to the site. For additional information concerning the maintenance of CULTEC Subsurface Stormwater Management Chambers, please con- tact CULTEC, Inc. at 1-800-428-5832. For more information, contact CULTEC at (203) 775-4416 or visit www.cultec.com. 5 ©CULTEC,Inc.CLT057 01-20 Exhibit "C" CITY OF FORT WORTH STORMWATER FACILITY OPERATION AND MAINTENANCE PLAN The only responsibility the City of Fort Worth has in the operation and maintenance of this Facility is inspection. General Maintenance Procedures The structural and functional integrity of the Facility shall be maintained at all times by removing and preventing drainage interference, obstructions, blockages, or other adverse effects into, through, or out of the system. Periodic silt removal shall occurwhen standing water conditions occur or the pond's storage volume is reduced by more than 10%. Silt shall be removed and the pond/basin returned to original lines and grades shown on the approved engineering plans. In addition, corrective measures are required any time a basin does not drain completely within 72 hours of cessation of inflow. NO STANDING WATER IS ALLOWED in basins designed for dry detention purposes. Accumulated litter, sediment, and debris shall be removed every 6 months or as necessary to maintain proper operation of the basin. Disposal shall be in accordance with federal, state and local regulations. To prevent debris from entering and clogging the downstream storm sewer system a wire mesh screen or similar screening device shall be installed over the outlet until final acceptance. 4. PREVENTIVE MAINTENANCE/INSPECTION • Visual inspections of all components will be conducted every 6 months. • A log shall be kept of maintenance actions, and inspections. The log should document the condition of the detention system's primary components, and silt, litter and debris removal dates. Document aeration of the basin bottoms and replanting to prevent the sealing of the basin bottom. General maintenance of the lift station will require periodic (recommended 6 month intervals) checking of pump seals, electrical connections, alarm system and electrical components within the control panel. It is also recommended that a visual inspection be performed of the area around the lift station as well as inside of the lift station to observe trash buildup, FOG (Fat Oils and Grease) buildup, or corrosion of pumps/electrical wiring. Proper documentation and maintenance performed at these intervals will help ensure the longevity of the pumps and electrical systems. STORMWATER FACILITY MAINTENANCE AGREEMENT 1 Rev.11/17/2016 • Written maintenance and repair records shall be maintained by the party or parties signing the attached Agreement and shall be provided to the City upon request. STORMWATER FACILITY MAINTENANCE AGREEMENT 2 Rev.11/17/2016 OPERATIONS CULTEC EXHIBIT D WQMP Operation & Maintenance (O&M ) Plan Project Name: Prepared for: Project Name: Ad d ress: City, State Zip: Prepared on: Date: 6 For more information,contact CULTEC at (203) 775-4416 or visit www.cultec.com. ©CULTEC,Inc.CLT057 01-20 CULTEC STORMWATER CHAMBERS CULTEC This O&M Plan describes the designated responsible party for implementation of this WQMP, including: operation and maintenance of all the structural BMP(s), conducting the training/educational program and duties, and any other necessary activities. The O&M Plan includes detailed inspection and maintenance requirements for all struc- tural BMPs, including copies of any maintenance contract agreements, manufacturer's maintenance requirements, permits, etc. 8.1.1 Project Information Project name Address City, State Zip Site size List of structural BMPs, number of each Other notes 8.1.2 Responsible Party The responsible party for implementation of this WQMP is: Name of Person or HOA Property Manager Address City, State Zip Phone number 24-Hour Emergency Contact number Email 8.1.3 Record Keeping Parties responsible for the O&M plan shall retain records for at least 5 years. All training and educational activities and BMP operation and maintenance shall be documented to verify compli- ance with this O&M Plan. A sample Training Log and Inspection and Maintenance Log are included in this docu- ment. 8.1.4 Electronic Data Submittal This document along with the Site Plan and Attachments shall be provided in PDF format. AutoCAD files and/or GIS coordinates of BMPs shall also be submitted to the City. For more information, contact CULTEC at (203) 775-4416 or visit www.cultec.com. 7 ©CULTEC,Inc.CLT057 01-20 OPERATIONS CULTEC Appendix BMP SITE PLAN Site plan is preferred on minimum 11" by 17"colored sheets, as long as legible. 8 For more information,contact CULTEC at (203) 775-4416 or visit www.cultec.com. ©CULTEC,Inc.CLT057 01-20 CULTEC STORMWATER CHAMBERS CULTEC BMP OPERATION & MAINTENANCE LOG Project Name: Today's Date: Name of Person Performing Activity (Printed): Signature: BMP Name Brief Description of Implementation, (As Shown in •&M Plan) Maintenance, and Inspection Activity Performed For more information, contact CULTEC at (203) 775-4416 or visit www.cultec.com. 9 ©CULTEC,Inc.CLT057 01-20 OPERATIONS CULTEC Minor Maintenance Monthly in first year Check inlets and outlets for clogging and remove any debris, as required. Notes ❑ Month 1 Date: ❑ Month 2 Date: ❑ Month 3 Date: ❑ Month 4 Date ❑ Month 5 Date: ❑ Month 6 Date: ❑ Month 7 Date: ❑ Month 8 Date: ❑ Month 9 Date: ❑ Month 10 Date: ❑ Month 11 Date: ❑ Month 12 Date: Spring and Fall Check inlets and outlets for clogging and remove any debris, as required. Notes ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: One year after commissioning Check inlets and outlets for clogging and remove any debris, as required. and every third year following Notes ❑Year 1 Date: ❑Year 4 Date: ❑Year 7 Date: ❑Year 10 Date: ❑Year 13 Date: ❑Year 16 Date: ❑Year 19 Date: ❑Year 22 Date: 10 For more information,contact CULTEC at (203) 775-4416 or visit www.cultec.com. ©CULTEC,Inc.CLT057 01-20 CULTEC STORMWATER CHAMBERS CULTEC Major Maintenance Every 3 years Obtain documentation that the inlets, outlets and vents have been cleaned and will function as intended. Notes ❑Year 1 Date: ❑Year 4 Date: ❑Year 7 Date: ❑Year 10 Date: ❑Year 13 Date: ❑Year 16 Date: U) n Year 19 Date: ❑Year 22 Date: O 'a Spring and Fall Check inlet and outlets for clogging and remove any C debris, as required. M U) Notes C ❑ Spring Date: N ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: n Fall Date: ❑ Spring Date: ❑ Fall Date: U) 2 years after commissioning ❑ Inspect the interior of the stormwater management chambers through inspection port for deficiencies using CCTV or comparable technique. M ❑ Obtain documentation that the stormwater manage- s ment chambers and feed connectors will function as U anticipated. L Notes M ❑Year 2 Date: E L O U W H J U For more information, contact CULTEC at (203) 775-4416 or visit www.cultec.com. 11 ©CULTEC,Inc.CLT057 01-20 OPERATIONS CULTEC Major Maintenance �FreqL Action 9 years after commissioning ❑ Clean stormwater management chambers and feed every 9 years following connectors of any debris. ❑ Inspect the interior of the stormwater management structures for deficiencies using CCTV or comparable technique. ❑ Obtain documentation that the stormwater man- agement chambers and feed connectors have been cleaned and will function as intended. Notes ❑Year 9 Date: ❑Year 18 Date: ❑Year 27 Date: U) ❑Year 36 Date: L E 45 years after commissioning ❑ Clean stormwater management chambers and feed t connectors of any debris. U L ❑ Determine the remaining life expectancy of the d) stormwater management chambers and recommended M schedule and actions to rehabilitate the stormwater management chambers as required. O ❑ Inspect the interior of the stormwater management chambers for deficiencies using CCTV or comparable U technique. W J ❑ Replace or restore the stormwater management chambers in accordance with the schedule determined U at the 45-year inspection. ❑ Attain the appropriate approvals as required. ❑ Establish a new operation and maintenance sched- ule. Notes ❑Year 45 Date: 12 For more information,contact CULTEC at (203) 775-4416 or visit www.cultec.com. ©CULTEC,Inc.CLT057 01-20 CULTEC STORMWATER CHAMBERS CULTEC Major Maintenance Frequency Action Monthly in 1st year E: Check for depressions in areas over and surrounding the stormwater management system. Notes ❑ Month 1 Date: ❑ Month 2 Date: ❑ Month 3 Date: ❑ Month 4 Date: ❑ Month 5 Date: ❑ Month 6 Date: ❑ Month 7 Date: ❑ Month 8 Date: ❑ Month 9 Date: ❑ Month 10 Date: ❑ Month 11 Date: ❑ Month 12 Date: Spring and Fall E: Check for depressions in areas over and surrounding the stormwater management system. O Notes ❑ Spring Date: Cn O ❑ Fall Date: 'O O ❑ Spring Date: 7 O n Fall Date: L L 7 ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: ❑ Spring Date: ❑ Fall Date: Yearly E: Confirm that no unauthorized modifications have been performed to the site. Notes ❑Year 1 Date: ❑Year 2 Date: ❑Year 3 Date: ❑Year 4 Date: ❑Year 5 Date: ❑Year 6 Date: ❑Year 7 Date: For more information, contact CULTEC at (203) 775-4416 or visit www.cultec.com. 13 ©CULTEC,Inc.CLT057 01-20 CULTEC, Inc. 878 Federal Road P.O. Box 280 Brookfield, CT 06804 USA .�- P: (203) 775-4416 Toll Free: 1(800) 4-CULTEC www.cultec.com CULTEC RETENTION DETENTION " • ' QUALITY Exhibit "D" Stormwater Maintenance Checklist for Lofts at Weisenberger SW 2825 Weisenberger St, Fort Worth, TX 76107 Inspected By: Date: Type of Inspection: Annual_ Quarterly_ Monthly_ Routine_ Storm Event (#days since event_) Assessment: Please circle the appropriate response and add comments as necessary, to the extent applicable. 1. Is there standing water or wet spots in or around the detention system? YES or NO Comments: 2. Is there any evidence of erosion, settling, cracking or other problems? YES or NO Comments: If yes, please note the location and severity. 3. Is there evidence of changes in shape or volume of the detention system? YES or NO I Comments: 4. Is there an accumulation of silt, trash, or debris in the detention system? YES or NO I Comments: 5. Are wet well, inlet and pipes clear of debris and sediment? YES or NO I Comments: 6. Are wet well, inlet and pipes in need of repair? YES or NO I Comments: 7. Are there any other maintenance activities needed? YES or NO I Comments: Plan for correcting deficiencies: STORMWATER FACILITY MAINTENANCE AGREEMENT Rev.11/17/2016 Exhibit "D" Stormwater Maintenance Checklist for Lofts at Weisenberger SW 2825 Weisenberger St, Fort Worth, TX 76107 Inspected By: Date: Type of Inspection: Bi-Annual Assessment: The following items need to be checked at the above listed frequency to ensure proper operation and longevity of the pumps/electrical controls. Electrical Component Inspection 1. Wiring terminals condition: 2. Control Functions: 3. Verify Pump Alternation : 4. Run time meters: 5. Selector switches: 6. Seal Fail/Leak alarm: 7. Voltage verification: 8. Ohm check motor leads: 9. Verify Pump Amperage: 10. Circuit breakers: 11. Control transformer: 12. Pump wiring connections: 13. Priming electrode: 14. Priming electrode sensitivity: Mechanical Component Inspection 1. Mechanical seal condition: 2. Suction pipes: 3. Valves inspection: 4. Heater/Overloads: 5. Wet well inspection: 6. Float switch inspection: 7. Corrosion inspection: 8. Slide-rail assembly inspection: Plan for correcting deficiencies: STORMWATER FACILITY MAINTENANCE AGREEMENT Rev.11/17/2016