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Specifications (2)
tiv\ -e c 4 a4 - a2 2 6A im i A pplied Rr ,:,J • � Systems • ' • , a 500 West 8"' Street Suite 110 Vancouver, WA. 98660 Ph: 360.883.3962 Fax: 360.885.3188 www.asoinc.com Nike Cooling Tower Dolphin Chemical Free Water Treatment System Section 1) 2" PVC coil pip assembly Section 2) Advantage Conductivity controller Section 3) Belimo B220 3/4" ball valve Section 4) Clearwater Specification Section 5) Recommended Piping Diagram Section 6) Dolphin Warranty OFFICE COPY CONTRACTOR: ENGINEER: Apollo Construction Services Apollo Construction Services Attn: Jim Brady Portland Oregon REPRESENTATIVE: SUBMITTAL DATE: Applied Systems Oregon Wednesday, May 09, 2007 500 West 8 Street Suite 110 /� Vancouver, WA 98660 A tied (360) 883 -3962 fax (360) 885 -3188 pp 0 a Systems 0 cu ,v CLEARWATER SYSTEMS CORP. 143 nkrmiaore Road• P.O. Box 463 • Erlarx (1' (1642(i • Phone 8(it► -' 0 -0850 • Fax 860-10-3912 * .141044101/40 GREEN RED FAULT LED UMBILICAL CABLE END FITTING ? `- OPERATING (SEE BELOW) MI LED CL T !y N ,,c° FAN i °i ii 1:._ -s• INLET/FILTER GI - c A • )( B ) C ->' (D AC POWER VENTIL KNOCKOUT FILTER 4 L O 7 CL OD o o TRANSFORMER PANEL COIL -POPE A&&EMBLV DOLPHIN DIGITAL 3000 SERIES "G" SPECIFICATION SHEET DIMENSION FOR REFERENCE ONLY Revd -11 -0B TRANSFORtrER UNBRiCAL NET W n STD. DOLPHIN NOMINAL COIL -PIPE ASS'Y DIM DIM. DIM. DIM. DIM. END AC POWER FUSE EIGHT MAX MODEL PIPE SIZE MAT'L SCHED. "A" 'B' '"C "D° "L" FITTING VOLTAGE VA PRIM. SEC. PANEL DIM. CABLE COIL PANEL GPM G3010 - SST 1.0" 7216 SS 40 2 145" 2.8" 4.P' 19.75" 1.0" N1 1 15 22OV.�30 - BOHz. 1 ph 150 R1DL - 2 N:A 10" X 1U' X 8" 10 ft 15 1bs 32 Ibs 28 3 G3010 - PVC 1.0" PVC 80 2.5" 14.5" 2.8"_ 4.E+' 19.75" CptionaI 115- 230V:50 -80Hz. 1 ph 150 MDL -2 NIA 10" X 10" X 8" 10 ft 11 Iba 32 Ibs 26 G3020 -SST 2.0" T316 SS 40 9.C" 132' 11.3" G.Cr" 39.50" 2.C" N °T 115- 230V150 60Hz, 1 ph 220 MDL -3 N/A 10" X 10" X 8" 10 ft 28 Ibs 32 Ibs 110 G3020 -PVC 2.0" PVC 80 9.C" 1 32" 11.3" 0.0 +' 39.50" CptionaI 115- 230V.•50 -80Hz. 1 ph 220 MCI L-3 , N/A 17' X 10'X8" 10 ft 24 Ibs 32 Ibs 110 63030 -SST 3.C" T316 633 10 9.C" 15.2" 11.3" 9.0' 39.50" Flanged 115- 250V:50-80Hz. 1 ph 325 111DL -5 N/A 10" X 10'X8" 10 ft 50 Ibs 32 Ibs 240 433030 -PVC a C" PVC 80 9.C" 19.2" 11.3" 9 .0' 39.50" CptionaI 115- 230V60 -130Hz 1 ph 325 MO L-5 WA 10' X 10'X8" 10 ft 35 •bs 32 Ibs 240 03040 -PVC 4.0" PVC 80 9.C" 15.2" 11.3" 9.0" 39.50" CptionaI 115- 230V.50 -80Hz. 1 ph 390 MOL.7 NIA 1'7' X10" X 8" 10 ft 43 Iba 32 Ibs 420 G3080 -PVC 8.C" PVC 80 17.0" 23.2" 13.3" 13.1" 59.50" CptionaI 115- 230V.•50 -BOHz. 1 ph 480 MDL -T WA 10' X 10' X8" 10 ft 110Ibs 32 Ibs 1000 63090 -PVC 8.C" PVC 80 14.0" 28.2" 17.3" 16.5" 59.50" CptionaI 23C- 480V60 -00Hz. 1 ph 2400 MDA -15 MDA-25 18' X 18' X 10" 18 ft 140Ibs 84 Ibs 1700 63100 -PVC 13.0' PVC 80 14.0" 28.2" 17.3" 16.5" 59.50" Cptional 230.480V:50 -00Hz. 1 ph 2100 I41DA -15 R1 DA -25 18' A 16' X 10' 16 ft 175 lbs 64 Ibs 2700 03120 -PVC 12.0' PVC 80 14.0" 28.2" 17.3" 16.5" 59.50" CptionaI 23C- 460V:50 -80Hz, 1 ph 1800 AIDA -12 MDA-25 16' X 16' X 10 18 ft 200 lbs 84Ibs 3800 433160 -PVC 19.0' PVC 80 15.25" 28.2" 19.1" 24.8" 59.50 "_ Cptio 230.480V60 -80 Hz, 1 ph 2400_h1DA- 15_MDA -30 19' X 19' X 10' 16ft 250 Ibs 84 Ibs 8000 a 'linnsD:•rru.r pa.1.:1 configured fi r field cannection of AC pawl 3'.lpply. 2.0V $0-0:11ir, I ph 1.11).13 may opera= at 2C , 5'J -GUH7, 1 ph nithou-:l nio2c t the unit • All Dolphin Trnfsfnrrler Panel cir:nit l'oard1 protxtcd iv i:1) a (iMA -I r\ *se. • U Jnbilical Gable maximum Jcngth not to exceed 26 feet. it 1 ; ortn I 10-foot 1 "' to nsia n Cable cr.') be added to -he 3ra idard 10 or 1(i-foot c abl e. • Model (i3p1 J -551 and ii3o31J - �'S I here Nsr °nal L'ipc Toper ends. 44odel ii.4030 -551' has factor, in R79110:1 150 II) '131(,.tti'liens steel flanges. • All PVC models furnis with pl:ai ends.Uprinnal 150 II) Van Stow nryl.zi PVC tlanket and Srrt.ubCoupling, tire araiI able from elearv.norfor field i rstsl!Ario ii. • Note: Flangc i1 Flange instal Intirnl inc.rracs listed "1." dimension. See Van Smile 1.1 lame derail pa; e for additional infonnation. • Dimensions and specificati shown are for reference wily and ur subject VI cheurge'••'.rJ•out prior noti. e. Please contact Clearwater Syn'tenrs aiti.al applications. - . ata & ,eet— Controls 2EZ Series Analog Controller NI vs m i is i ■Ni i _.... timm • • mi Simple e A n a l o t ' N\ � ���� \1 \1 � l ������ i///"' p Analog ,�, Control of: I e I 1 > Conductivity ® N� 1 �' i r�x - / ) pH .. . . mt 1 > ORP la • 1 > Chemical Feed .. = j TM ma. � ® 1 CMS Key Features Application • Easier to Operate 2EZ Series of controllers provide reliable single . probe control of recirculating water systems • Meter or Digital Display such as cooling towers and boilers. • Front Panel Calibration 2EZ units are available with either a large • Front Panel Set Point analog meter needle, linear dial or LCD digital • LED Indicator Lights display of the probe reading. Optional digital feed timing or boiler sampling circuits offer • Dual Scale Flexibility superior accuracy. • Adjustable Differential Simple analog design utilizing state of the art • Agency Approvals electronics is easier to understand and operate, • Pre -Wired Configuration plus individually fused relay outputs with 2 Year Warranty detachable connectors make installation quick • and easy, all at an affordable price. Avanta PDF created with pdfFactory trial version www.odffactorv.com Build a Model Specifications Units can be configured with one probe input. The model Electrical number starts with a 2EZ followed by a dash then the • Input: 95 -130 VAC, 50/60 Hz code for the probe function desired. • Control: 115 VAC, 2.5 Amp Relay Prewired units are supplied with an eight foot Once the main control functions have been selected, power cord and 11" output receptacles. insert another dash ( -) and list the desired options. Example: (2EZ- B7M -K) Operational • Tower Conductivity Control Standard Scales: A = TE-4A Standard Tower probe 2EZ -AM - 0- 3,000 / 0 -6,000 dual gS /cm scale 2EZ- B7&8M- 0 -3,000 / 0 -6,000 dual µS /cm scale Boiler Conductivity Control 2EZ -B9M- 0 -100 / 0 -500 dual gS /cm scale B = BE -1 Standard Boiler / Cond. probe 2EZ -AL - 0 -5,000 µS /cm scale 2EZ -B7&8L - 0- 10,000 µS /cm scale Boiler Sample Method 2EZ -B9L- 0 -500 dual µS /cm scale 2EZ -B7L units can also be set for Sample and Hold. 2EZ -PM - 2 -12 pH 7 = Timed Sampling 2EZ -PL - 0 -14 pH 8 = Continuous 2EZ -RL - `1000 millivolt scale 9 = Condensate • Accuracy: +/- 2% PH Control Single set point w/ limit timer • Feed Timers: P = TPE -21 Standard probe Pulse - water meter activated Percent - 1 - 100% of a cycle time. PH Dual Control with limit timers Limit - Limits feed with control activation Q = TPE -21 Standard probe • Boiler Sample Timers: Interval - 0 -7.75 hours or 0 -31 hours ORP Control (Digital display Only) w/Iimit timer Duration - 0 -7 -75 minutes R = TOE -21 Standard ORP probe Hold - 0 -7.75 minutes (2EZ -B7L only) Display Type Blowdown - 0 -31 minutes (2EZ -B7L only) L = Digital LCD M = Analog Needle Meter Enclosure Heavy duty NEMA 4X type high impact thermoplastic Chemical Feed Timers with padlockable gasketed Lexan viewing door. For 2EZ -A models, 2EZ -AL unit's timers are intemally selectable but will come preset for timer selected. Environment TO = Omit Limit Timer on pH or ORP models Ambient temperature: 0° to 125 °F ( -17 to 52 °C) T1 = LimitTimer0 -90 min. Relative humidity: 0 to 100% T2 = Pulse Timer 0 -150 sec. T3 = Percent Timer Electrodes T4 = Post Bleed Tower standard electrodes are supplied in 3/4" Sch. 80 Flow Switch PVC female slip tees with quick release nut. E - Flow switch • Conductivity: TE-4A 150 psi / 140 °F(58 °C) Max • pH: TPE -2 100 psi / 140 °F(58 °C) Max OPTIONS • ORP: TOE -2 100 psi / 140 °F(58 °C) Max C - Conduit connection C1 - 230 volt conduit Boiler electrodes are supplied with 1" MN PT SS threads. G - Time delay relay output • Conductivity: BE -1 250psi / 400 °F(204 °C) Max K - High/LowAlarm 115 volt and dry contact O - 4 -20mA non - isolated output Shipping Weight: Approximately 5 lbs. S - Scale options W - Additional tower probe wire Dimensions: W 7" x H 6.5" x D 4.5" Y - ETL USA/Canada approval W 1.78cm H 16.51 cm x D 11.43 cm - Get the Advantage 4700 Harold Abitz Dr Muskogee, OK 74403 800 - 743 -7431 phone 888 - 686 -6212 fax www.advantagecontrol s.corn PDF created with pdfFactory trial version www.pdffactory.com B2 Series Characterized Control Valve;" Spring Return Actuator BELI Two -way Valve with Stainless Steel Ball and Stem , NPT female ends . rit-_,010\, I. ...,_ ,..„ ,,... __,,, . ..,.. .. ur ,,- - .„, --, A 4 TF... LF... AF... B2 Two-way Characterized Control Valve, Stainless Steel Ball and Stem ... Valve Spring Return Actuator On /Off Floating Proportional Proportional / MFT Model Cy Valve # Rating Nominal Size Close- TF24US TF24-3 US TF24 -SR US CCV DN Off LF24 US LF24-3 US LF24 -SR US LF24 -MFT US Valve Inches mm psi AF24 US AF24 -SR US AF24 -MFT US 13207 0.3 1/2" 15 200 ❑ Pg 76 ❑ Pg 78 ❑ Pg 80 0 Pg 88 B208 0.46 1/2" 15 200 ❑ Pg 76 ❑ Pg 78 ❑ Pg 80 0 Pg 88 B209 0.8 1/2" 15 200 ❑ Pg 76 ❑ Pg 78 O Pg 80 O Pg 88 B210 1.2 1/2" 15 200 0 Pg76 OPg78 0 Pg80 ❑Pg88 B211 1.9 1/2" 15 200 O Pg 76 O Pg 78 C/3 LI Pg 80 CI Pg 88 B212 3 1/2" 15 200 S 0 Pg 76 = ❑ Pg 78 0 Pg 80 0 Pg 88 cc B213 4.7 1/2" 15 200 N U Pg 76 v ❑ Pg 78 w U Pg 80 U Pg 88 B214 7.4 1/2" 15 200 `4 ❑ Pg 76 LL ❑ Pg 78 N ❑ Pg 80 vi O Pg 88 6215' 10 1/2" 15 200 ❑Pg76 0 Pg78 0 Pg80 ,- 0 Pg88 B217 4.7 3/4" 20 200 0 Pg76 0 Pg78 0 Pg80 L 0 Pg88 B218 7.4 3/4" 20 200 ❑ Pg 76 ❑ Pg 78 ❑ Pg 80 N ❑ Pg 88 B219 10 3/4" 20 200 O Pg 76 ❑ Pg 78 ❑ Pg 80 O Pg 88 B220" 24 3/4" 20 200 ❑ Pg 76 0 Pg 78 ❑ Pg 80 0 Pg 88 B222 7.4 1" 25 200 0 Pg 82 ❑ Pg 84 0 Pg 86 ❑ Pg 88 8223 10 1" 25 200 c „ ❑ Pg 82 v3 0 Pg 84 0 Pg 86 ❑ Pg 88 6224 19 1" 25 200 o O Pg 82 ❑ Pg 84 ti ❑ Pg 86 ❑ Pg 88 B225" 30 1" 25 200 LL O Pg 82 N ❑ Pg 84 a ❑ Pg 86 O Pg 88 6229 10 1 -1/4" 32 200 ❑ Pg 82 ❑ Pg 84 J O Pg 86 O Pg 88 B230' 19 1 -1/4" 32 200 ❑ Pg 82 ❑ Pg 84 O Pg 86 _ O Pg 88 ci 8231 25 1 -1/4 32 200 O Pg 90 ❑ Pg 92 ❑ Pg 94 — B232' 37 1 -1/4" 32 200 J Pg 90 O Pg 92 ❑ Pg 94 y B238 19 1 -1/2" 40 200 ❑ Pg 90 = O Pg 92 ❑ Pg 94 B239 29 1 -1/2" 40 200 ❑ Pg 90 N O Pg 92 ❑ Pg 94 0 8240' 37 1 -1/2" 40 200 ❑ Pg 90 .4 ❑ Pg 92 ❑ Pg 94 c 6 29 2" 50 200 Pg 90 c 0 Pg 92 ❑ Pg 94 • 6249 46 2" 50 200 ❑ Pg 90 0 Pg 92 ❑ Pg 94 0 B250` 57 2" 50 200 ❑ Pg 90 ❑ Pg 92 ❑ Pg 94 E B251 65 2" 50 100 ❑ Pg 90 = ❑ Pg 94 m B252 85 2" 50 100 = CI Pg 90 LL U Pg 94 © ai 6253 120 2" 50 100 LT 0 Pg 90 E 0 Pg 94 6254' 240 2" 50 100 ° O Pg 90 L. El Pg 94 L B261 60 2 -1/2" 65 100 ❑ Pg 90 ° O Pg 94 o B262 75 2 -1/2" 65 100 ❑ Pg 90 ❑ Pg 94 i, d B263 110 2 -1/2" 65 100 ❑ Pg 90 O Pg 94 8264 150 2 -1/2" 65 100 O Pg 90 ❑ Pg 94 'r co B265' 210 2 -1/2" 65 100 U Pg 90 U Pg 94 8277 70 3" 80 100 J Pg 90 ❑ Pg 94 0 8278 130 3" ' 80 100 U Pg 90 U Pg 94 c B280" 170 3" 80 100 J Pg 90 O Pg 94 c o Electrical a ft cable, a ft cable, a ft cable, a ft cable, O3 Connection 1/2" conduit fitting 1/2" conduit fitting 1/2" conduit fitting 1/2" conduit fitting o ' Models without characterizing discs. See jj SJ ]for corrected C with piping reduction factor. See pg Y32 for MFT Configuration. TF24 US TF24 -3 US TF24 -SR US Options (add to list price) LF24 US LF24 -3 US LF24-SR US LF24 -MFT US AF24 US AF24 -MFT US built -in aux. switch ... -S US ❑ Pq 76/82 ❑ Pg 78/84 ❑ Pg 80/86 0 Pg 88 ❑ Pg 90 0 Pq 94 120 VAC power supply ..120... ❑ Pg 76/82 0 Pg 90 0 -13552 control AF24 -MFT95 US 0 Pg 94t 6 -9 VDC control LF24 - MFT -20 US O Pq 88t 6 -9 VDC with 1 switch LF24 - MFT -S -20 US _ 0 Pg 88 t Add to ... -MFT price Note: AF not available on all valves. Please contact Customer Service. 16 B21wo -way Characterized Control Valve, Stainless Steel Ball and Stem OL7 AF Actuators, On -Off BELIMO Technical Data/Submittal _.--- y_— ,_,_. --- _''? Application ;, °+ - This valve is typically used in air handling units on heating or � � cooling coils, and fan coil unit heating or cooling coils. Some other common applications include Unit Ventilators, VAV Box re -heat coils and bypass loops. This valve is suitable for use in a hydronic system with variable flow. This valve is designed for on /off control is required using x 24VAC /DC where fail safe is required. J 3 . ♦..„ *A . __-„, Valve Specifications: Actuator Specifications Service Chilled or hot water, 60% glycol ❑ AF24 US Flow Characteristic A port equal percentage ❑ AF24 - US (AF24 US with built -in aux. switches) Sizes 2" to 3" ❑ AF120 US Type of end fitting female, npt ❑ AF120 - US (AF120 US with built -in aux. switches) Materials: Control On-off Body forged brass, nickel plated Power consumption: 5 to 6.5 W running, Ball stainless steel 1.5 to 2.3 W holding (models vary) Stem ....... ..............._.._.........._. ..........__.......... steel .................. Transformer sizing: 10 VA, class 2 power .__......._....... ...._._.._..............._.._.. Seats fiberglass reinforced teflon® PTFE Electrical connection: 3 ft, 18 GA appl. cable, 1/2" conduit fit. Characterizing Disc TEFZEL® Electrical protection: 120 V actuators /Aux. switches Packing 2 EPDM O- rings, lubricated double insulated Pressure rating 400 PSI Overload protection: electronic throughout rotation Media Temp Range 0 °F to 212 °F Angle of rotation: 95° Close -off pressure 100 PSI Spring return direction: CW /CCW mounting c Maximum differential: For Characterized A -port Position indication: visual indicator a pressure (OP) 20 psi for typical applications Manual override: hex crank j 30 psi max for quiet service Auxiliary switches: 2 x SPDT. 5 fixed /25° to 85 °( -S) o Running time: 150 sec. independent of load (control) o For full flow versions only (no A -disc) < 20 sec. (spring) On /Off control 150 psi Ambient temperature: -22° F to 122° F [ -30° C to 50° C] E Leakage 0% Housing: NEMA 2 / IP54 m Cv rating A port: see product chart for values Agency listings: UL 873, CSA C22.2 No. 24 certified, CE R L Noise level: max. 45 dB(A) Tefzer is a registered trademark of DuPont o U d a E'... sPCE €9. 0 cb 0 0 cn o N C7 90 See Selection Chart Pg 16 for Control Valve No., C and Close -off BELT MO B2. Two -way Characterized Control Valve, Steel Ball and Stem AF Actuators, On -Off Technical Data/Submittal Dimensions Wiring E, f ej 1 0.47 - n 24 VAC Transformer 3 Line I 1 Common 6 - t Volts 0-1 2 + Hot 3.66" ( 57 [93] 1 IIM + AF24 USA III i /,� B ' Provide overload protection and disconnect as required. 1 O ) Actuators may be connected in parallel. Power con- . _ -- sumption must be observed. A 3 n Actuator may also be powered by 24 VDC. On -off wiring for AF24 US Nominal Valve Size Dimensions in inches [mm) in mm A B "1 -1/4" 32 4.45 [113] 1.87 [48] 1 -1/2" 40 4.31 [109.5] 1.88 [47.8] 3 24 VAC Transformer 2 "t 50 4.19" [106.4] 2.44" [62.0 ] 2 "" 50 5.00" [124] 2.78" [69.45 ] Line I 1 Common n 2.5" 65 5.53" [138 ] 2.78" [69.45 ] Volts 2 + Hot 3" 80 5.82" [145 1 2.78" [69.45 ] • On model numbers B231 and B232, the 1 -1/4" valve has the same 5 Q dimensions as a 1 -1/2" valve. These are 1 -1/2" valve bodies with 1 -1/4" NPT Threads. t Applies to B248-B250 — Applies to 8251 -8254 1 $1 1 S2 NC ci c a 1 S3 0 5° 1 S4 A o Flow Pattern NC S o I —S5 a 1 S6 25° to 85° O 1010/// B " NO E A m A AF24 - S US 0, Two-way cs Characterizing Disc / \ Provide overload protection and disconnect as required. (Where applicable) /� Actuators may be connected in parallel. Power con - 0 o / L \ sumption must be observed. Flow direction 3\ � i / Actuator may also be powered by 24 VDC. '9 i cI A For end position indication, interlock control, fan start - o - .,_ up, etc., AF24 -S US incorporates two built -in auxiliary • Q _ switches: 2 x SPDT, 7A (2.5A) @250 VAC, UL listed, A letil AB one switch is fixed at +5 °, one is adjustable 25 to a) _ - —, 85 °. 0 CD A Meets UL and CSA requirements without the need of an /o\ electrical ground connection. On -off wiring for AF24 -S US 91 Characterized Control ValvesTM (CCV) BELIMO Flow Pattern Two -way Characterized Control Valve&" (Belimo B2 Series) Flow direction (Belimo B6 Series) -► A v / / / /i,. AB *Two -way valves should INLET be installed with the disc L Two-way upstream. A IB E l I M 0 AB Characterizing Disc , (Where applicable) Three -way Characterized Control Valves a (Belimo B3 Series) Three -way Mixing Three -way Diverting A , AB *The A port must be I T� piped to the coil to main - 1 1 „a //i tain proper control. ® Characterizing Characterizing Disc Disc (where applicable) B Port Disc (where applicable) B Port Disc (All p (All 3 -way models) AII 3 -way models) B "B" Port must be piped to the by -pass line. Mounting: The valves can be mounted in any position, ' except stem l`i ism below \� '. � J horizontal. �� 11111 II ' es° �1 U Ill, C 0 O m 2 O d cD Multi Functi ` ry °- Si a ndix far Gan ete,t.tstTof Cwilfi c oration , r ? Code Control Input Running Time Built -in Feedback List Price P -10001 2 -10 VDC 150 2 -10 VDC No Charge o P -10002 0 -10 VDC 150 0 -10 VDC No Charge P -10028 0 -10 VDC 100 0 -10 VDC No Charge P -10063 0.5 -4.5 VDC 150 0.5 -4.5 VDC No Charge P -10064 5.5 -10 VDC 150 5.5 -10 VDC No Charge P -20002 0.02 -5.00 sec. PWM 150 2 -10 VDC No Charge P -20003 0.10 -25.5 sec. PWM 150 • 2 -10 VDC No Charge P -30001 Floating Point 150 2 -10 VDC No Charge Example: LF24 -MFT US is the basic model. Add the P... pre -set MFT configuration number and list price to the actuator when ordering, as needed. Note: Most popular configurations available at no additional cost. All other configurations carry a $30.00 list price. 128 . . ....or BELIMO Electronic Characterized Control Valves TM B2/B3 Series Characterized Control Valves Default Set-Up: . , . Two-way valve Two-way vaNe r Three-vray valve Three-way valve • • .•••• (Default) (specify upon ordering) (Default) I (specify upon ordering) • • • . i TR24-3-7 US . . : . Power to pin 2 will Power to pin 2 will drive valve CCW drive valve CCW • ' c . Power to pin 3 will Power to pin 3 will • • • c 0 . .•• ; drive valve CW drive valve CW • • C4 a • • . . cr, r TR24-SR-T US 1 NC: Cbsed A to AB, will NO: Open A to AB, will dose . NC: Closed A to AB, will I NO: Open A to AB, will close c na . -4 — ! open as voltage increases as voltage increases. open as voltage increases : as voltage increases. r.`5..c (Can be chosen vAth I (Can be chosen with tf) u) 0>zs, switch inside terminal • I switch inside terminal o — blcck of actuator). . block of actuator). Z w LR24(-3) US, NC: Closed A to AB, win NO: Open A to AB, win dose NC: Closed A to AB, will I NO: Open A to AB, will dose LR24-SR, -MFT US ; open as voltage increases as voltage increases or per open as voltage increases 1 as voltage increases or power NM24 US, NM24-SR,-MFT US 1 or power applied applied. (Can be chosen or power applied I applied. (Can be chosen AM24 US, AM24-MFT US 1 with CW/CCW switch ). 1 with CW/CCW switch ). . . TF24 US I NO/FO Valve: Open A to AB NC/FC Valve: Closed A to AB NON° Valve: Open A to AB I NC/FC Valve: Closed A to AB LF24 US . . will drive dosed. will drive open. will drive dosed. I will drive open. AF24 US i Spring Action: V).65 spring Spring Adion: WO spring Spring Action: NMI spring 1 Spring Action: Will spring open A to AB dosed A to AB open A to AB dosed A to AB . .• : • upon power loss. upon per loss. upon power loss. : upon per loss. • I . LF,TF, AF (-3), -MFT, -SR 1 NC/F0 VaNe: Closed A to AB NC/FC or NO/FC NC/FO VaNe: Closed A to AB 1 NC/FC or NO/FC , c o Floating or proportional will drive open. Valve: Closed A to AB or will drive open Valve: Closed A to AB .-- = (7 type actuators 1 Spring Action: WO spring Open A to AB Spring Action: WII spring or Open A to AB 4- 0 G) Ci_ • . open A to AB (Can be chosen with open A to AB (Can be chosen with ce . • upon power loss. CW/CCW switch). upon power bss. CW/CCW Nitch). a) IT • c Li- . . Spring Action: WI! spring Spring Action: WII spring • . dosed A to AB j closed A to AB a -,•E; . .•• • • • Cn Z , • upon power loss. upon power loss. ..•• _ . • - (4 : NO/FO Valve: Open A to AB NO/FO VaNe: Open A to AB = : • Spring Action: Wit spring Spring Action: WU spring .• . . ; 2 ! open A to AB open A to AB upon power loss. ; upon power loss. 0 . :.-.,. • (NO action can be chosen i (NO action can be chosen '.1 . with CW/CCW switch). ; with CW/CCW snitch). 0 , co CI General Wiring Instructions = • WARNING The wr ng technician must be trained and experi- enclosure cannot be opened in the field, there are no parts or m ▪ enced with electronic circuits. Disconnect power supply before components to be replaced or repaired. 0 attempting any wiring connections or changes. Make all con- — EMC directive: 89/336/EEC r., sections in accordance with wirinc, diagrams and fallow all — Software class A: Mode of operation type 1 4. = applicaole local and national codes, Provide disconnect arid — Low voltage directive: 73/23/EEC T CD overload protection as reguired. Use Copper, twisted pair, conductors only, r• using elf...ctnce: conduit, the attachment to CAUTION: It is good practice to power electronic or digital con- Lo ---.. the actuator must be made with flexible conduit. trailers from a separate power transformer than that used for 0, o actua:ors or oLher end devices. The power supply design in our o ,-, Always read the controller manufacturer's installation lit- actuators and other end devices use half wave recti'ication. , c, erature carefully before making any connections. Follow Some controllers use full wave rectification. When t')ese two cs, co all instructions in this literature. If you have any questions, different types of power supplies, are connected to the same contact the controller manufacturer and/or Belimo. power transformer and the DO commons are connected togeth a short circuit is created across one of the diodes in CN full Transformer(s) wave power supply, damaging the c,ontroller, Only use a single Belimo actuators require a 24 VAC class 2 transformer and power transformer to power the controller and actuator if you draws a maximum of 10 VA per actuator. The actuator know the controiler power supply uses half wave rectification. 129 A Clearwater Systems Corporation Advanced Water Treatment Equipment to Dolphin Specification — Cooling Towers SECTION 15189 HVAC WATER TREATMENT PART 1 - GENERAL 1.1 RELATED DOCUMENTS A. Drawings and general provisions of the Contract, including General and Supplementary Conditions and Division Specification Sections, apply to this section B. Requirements of the following Division 15 Sections and Divisions apply to this section 1. Section 1 51XXXJ — "Mechanical General Provisions" 2. Section 15[X)0YJ — "Hydronic Piping" 3. Section 15fX XJ — "Cooling Towers" 4. Section 15900 — "Controls and Instrumentation" 5. Division 16 — "Electrical" 1.2 BASIC MECHANICAL REQUIREMENTS A. Basic Materials and Methods B. Basic Piping Materials and Methods C. Examine all drawings and data and coordinate the work of this Section with all related and adjoining work and trades 1.3 SUMMARY A. This section includes water treatment systems for the following: 1. Condenser Water - Open Cooling Water Loop Systems 1.4 RELATED SECTIONS A. Section 15 /XXXJ — Mechanical General Provisions B. Section 15[X XJ - Cooling Towers Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 1 of 11 • 4 sue/ Clearwater Systems Corporation INdos Advanced Water Treatment Equipment 4..01 Dolphin Specification — Cooling Towers C. Section 15/X XJ — Hydronic Piping D. Section 159000 — Controls and Instrumentation E. Section 16 - Electrical power and control wiring 1.5 PERFORMANCE REQUIREMENTS A. Maintain water quality for HVAC systems that controls corrosion and build -up of scale and biological growth for a maximum efficiency of installed equipment without posing a hazard to operating personnel or the environment. Maintain the following operational water quality parameters: , 1. Total Planktonic Bacteria Count (TBC) of less than 10,000 CFU /ml as determined by Heterotrophic Plate Count (HPC) under method SMEWW 9215B (1998) at 35degC for 48 hours using plate count agar (tryptone glucose yeast agar) per Section 9215A.6; 2. Uniform mild steel corrosion of not more than 5 mils per year (mpy) as determined by minimum of 90 day corrosion coupon exposure; 3. Uniform copper corrosion of not more than 0.35 mpy as determined by minimum of 90 day corrosion coupon exposure; 4. No scale formation on immersed surfaces including Tower Basins, Tower Fill, Tower Sumps, Piping, Heat Exchanger Tubes; 5. (Retrofits only) No additional scale formation and reduction of existing scale on immersed surfaces including Tower Basins, Tower Fill, Tower Sumps, Piping, Heat Exchanger Tubes; 6. Water shall be odorless and clear in appearance with no turbidity; 7. No surface slime layer formation on immersed surfaces as judged by touch; 8. Chemical -free and additive -free blow down to the environment. B. Base performance requirements on quality of raw water available from the Project site, HVAC system equipment material characteristics and functional performance characteristics, operating personnel capabilities, and requirements and guidelines of authorities having jurisdiction. C. Use of chemical systems to achieve the water quality parameters listed in PART 1.5 A will not be allowed. Use of mechanical systems requiring the aid or periodic use of chemicals such as biocides, scale inhibitors, and corrosion inhibitors will not be allowed. Methods of chemical introduction from solid components, such as copper or silver anode depletion, will not be allowed. 1.6 SUBMITTALS A. Product Data: Include rated capacities; water pressure drops; shipping, operating and installed weights; and furnished products listed: 1. Dolphin TM Pulsed Power Chemical Free Water Treatment System by Clearwater Systems Corporation, Essex, CT Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 2 of 11 • Attk P # i Clearwater Systems Corporation Advanced Water Treatment Equipment Dolphin Specification — Cooling Towers B. Shop Drawings: Detailed equipment assemblies indicating dimensions, weights, loads, required clearances, method of field assembly, components, and location and size of each field connection C. Raw Water Analysis: Submit a copy of the project site water analysis to document the water quality available at the project site. Raw water test analysis to include at a minimum the analysis of the following compositions of the water: 1. Calcium Hardness (as ppm CaCO 2. Total Hardness (as ppm CaCO 3. Total Alkalinity or m- Alkalinity (as ppm CaCO 4. pH 5. Silica (as SiO2) 6. Specific Conductivity (µS /cm) 7. Sulfate (as SO 8. Chloride (as Cl ") 9. Phosphate (as PO D. Installation, Maintenance and Operation data for each piece of equipment, suitable for inclusion into a standard 3 -ring binder. 1.7 QUALITY ASSURANCE A. Manufacturer: Design, fabricate, and furnish an Electronic Pulsed Power System manufactured to accurate dimensions, tolerances, and operating characteristics as specified in PART 2 — PRODUCTS of this specification section. B. Supply equipment conforming to nationally recognized North American testing laboratory standards and bearing an "Approval Label" on all assemblies. 1.8 QUALIFICATIONS: A. Manufacturer: 1. Able to document a minimum of 8 years experience designing, manufacturing and supplying products for commercial, and industrial water treatment and water chemistry control. 2. Maintain engineering and field service capabilities to ensure proper operation of the product within the service period specified in subsequent sections. 1.9 DELIVERY, STORAGE, AND HANDLING A. Comply with manufacturers' instructions. Store in original packaging. B. Store in a dry location, protected from the elements, and from mud, dirt, and soiling Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 3 of 11 • AO* Clearwater Systems Corporation 404,040 Advanced Water Treatment Equipment Dolphin Specification — Cooling Towers C. Protect components from damage during storage and handling. D. Handle with care to prevent damage during movement and installation. 1.10 WARRANTY: A. Comply with warranty provisions as specified in Section 15IXI;J - Mechanical General Provisions B. Provide special warranty for products specified in PART 2 — PRODUCTS of this specification Section C. Standard Warranty - Manufacturer's standard form warranty of not less than one year from date of start-up covering replacement or repair of materials found to be defective in workmanship or quality. PART 2 - PRODUCTS 2.1 GENERAL: A. The contractor shall furnish and install Electronic Pulsed Power Water Treatment System as shown and detailed on the contract documents. The units shall be installed in accordance with this specification Section, and perform at the conditions as listed. B. Approved manufacturers: 1. Clearwater Systems Corporation, Essex, CT 2.2 ELECTRONIC PULSE POWER WATER TREATMENT SYSTEM A. Provide a complete Pulse Power Water Treatment System Equal to the Dolphin SystemTM 3000 on: 1. Condenser Water for Open Tower Systems B. System Description 1. The system shall consist of alternating current pulse power Transformer Panel and Coil - Pipe Assembly. Each Coil -Pipe assembly shall be equipped with a dedicated individual Transformer Panel. C. Transformer Panel shall have/be: 1. Wall mounted NEMA 3R metal enclosure, 304 brushed stainless steel case 2. Terminal block for hard wiring to electrical power service. 3. Fused primary on 115v /lph, or 208- 230v /lph (1" to 6" Dolphins) 4. Dry form C contact (for building management system). 5. Remote Start -Stop capability, switch field installed 6. Female locking receptacle for connecting the Transformer Panel to the Coil -Pipe Assembly. Connection coded based on unit size to prevent mismatching of components 7. LED Status indicating lights Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 4 of 11 • Ase* tw.ids Clearwater Systems Corporation Advanced Water Treatment Equipment Dolphin Specification — Cooling Towers 8. Powered Fan ventilation with inlet screen filter 9. Pulsed power transformer and circuitry, which uses alternating current of 60 cycles per second to create a harmonic "ringing" signal of increasingly higher frequency until the decreasingly lower amplitude of this echo signal is damped down to zero. This effect imparts high frequency electric fields into the flowing water that includes frequencies in the kilohertz and megahertz range. Dolphin System 3000 -G delivers a total of 240 pulses per second. a. Primary service: 1) 1" thru 6 ": 120 VAC or 208 -230 VAC, 60 cycle, 1 ph, primary service. D. Coil -Pipe Assembly: 1. Pipe Material a. 1" thru 16" - PVC Sch. 80 with bare pipe ends 2. The coils shall be contained within a larger diameter PVC covering cylinder around the pipe and closed with PVC end caps with ventilation ports. 3. The high temperature coil bobbin assemblies are secured to pipe by circular clamps. 4. Locking power cable (Umbilical Cable) is supplied for connection between the Coil -Pipe Assembly and the Transformer Panel. Standard Umbilical cables are 10 ft. ( Size 1" to 6 ") 5. Built in thermal protection shall automatically turn the coil assembly off if the operating temperature exceeds 200° F (PVC units 1" thru 6 ") or 190° F (PVC units 8" thru 16 "). a. The thermal protection for PVC units protects the internal circuitry from internally generated heat. 1) The maximum applied fluid temperature of PVC units shall not exceed 140 °F. E. Dolphin SystemTM pulsed power system (PPS) operational parameters: 1. Conductivity range of 300 to 5,000 µS /cm. 2. pH range of 6.8 to 9.0 or per cooling tower manufacturer's recommendation. 3. Local environmental regulations may dictate the highest pH permitted for blowdown. PPS can raise or lower pH by the balancing of fresh make -up water. 4. Total bacteria count (TBC) of less than 10,000 CFU /ml. The bacteria count is expected to range below 4,000 CFU /ml under most normal blowdown schedules. F. Dolphin SystemTM functions: 1. To keep system free from mineral scale on the fill material, pipes, heat exchangers, pipes, valves and other components in the system by changing calcium carbonate nucleation from surface nucleation to colloidal nucleation, thereby lowering activation energy of colloidal nucleation. 2. Control the population of microorganisms such as bacteria, algae and protozoa to 10,000 CFU /ml or below, by incorporation into colloidal precipitates (encapsulation) or through the pulsed power fields (electroporation) within the coil pipe assembly, regardless of what species are present and how they may have mutated. Typically the total bacteria count (TBC) is in the range of 2,000 — 4,000 CFU /ml. 3. Blowdown shall contain no added water treatment chemicals required to achieve performance listed. Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 5 of 11 • AA* Clearwater Systems Corporation Advanced Water Treatment Equipment Dolphin Specification — Cooling Towers G. Building Management System Interface 1. The interface to the building management system will be through a FORM "C" dry relay contact located on the circuit board in the transformer panel. 2. The interface will verify the following Dolphin operating status conditions a. Primary Power Status - e.g. Loss of utility power, tripped circuit breaker, blown fuse or unit unplugged. b. Secondary Power Status - e.g. Severed or removed coil assembly cable connection, defective transformer. c. Coil -Pipe Assembly Operation Status - e.g. Coil -Pipe Assembly overheated. d. Circuit Board Operation Status — e.g. Board overheated, electronic failure e. In the event of one of the above anomalies, the supervisory contact will change relay status. 1) Supervisory Contact power rating a) 0.6 A at 125 VAC b) 0.6 A at 110 VDC c) 2.O A at 30 VDC H. Remote Start-Stop Switch 1. A remote switch shall turn off the Dolphin Coil -Pipe Assembly, while maintaining power to the Transformer Panel. Switch shall be wired into predetermined contacts in the Transformer Panel. a. Status shall be indicated by a flashing green LED b. Utilize a field supplied 24v rated normally closed switch. Initial System operation: 1. No water system containing a Dolphin SystemTM shall be put into operation without the Dolphin being energized and the blowdown system fully operational. Failure to comply may result in damage to connected heat exchange equipment from scaling and corrosion, or fouling from biological growth. a. New Tower Systems - The Dolphin should initially be operated under blowdown settings or protocol specified by Clearwater. New galvanized towers must be conditioned to prevent white rust formation to the tower manufacturer's requirements. Operating the tower for a period of about 6 weeks with a pH below 8.3 accomplishes this conditioning. After this conditioning period, the tower may operate at normal pH levels. Controlling this pH may require a higher blowdown • rate for this 6 -week period.] J. Conductivity Controller 1. Packaged Conductivity Meter /Controller: Provide a Conductivity meter /controller equal to Advantage Controls Inc. Model 2EZ a. Provide NEMA 4x enclosure with lockable swinging door. b. Provide 115volt, single phase power plug cord c. LCD Display for setpoint and actual conductivity readout, Solid -state circuitry, 5 percent accuracy, linear dial setpoint adjustment, built -in calibration dials Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 6 of 11 1 Clearwater Systems Corporation Advanced Water Treatment Equipment Dolphin Specification — Cooling Towers d. Blow -down test switch, status and control- function lights, 120v /1 ph output to control blow down valve solenoid. e. Furnish with preassembled conductivity sensor in SCH 80 PVC Tee, PVC socket weld connections with preassembled cable connector to conductivity meter /controller. f. Conductivity sensor -probe is a contact -type, with flat sensing electrodes to reduce fouling of the probes. g. Outputs: Provide eight selectable dual service mechanical relays, for either line voltage or dry contact service 1) Line Voltage Rating: a) Rated 10 amp resistive at 155VAC b) Rated 6 amp resistive at 230VDC h. Inputs: Furnish with: 1) Three (3) digital inputs, isolated dry contact relay, 0 -300 Hz, 1.5 msec. minimum width 2) One (1)analog, 2or 3 wire, 4 -20mA, 24VDC, 25 ohm input resistance, 1000 ohm max i. Connectivity options as follows: 1) USB connector for "plug and play" local computer interface 2) Ethernet or LAN communication j. Provide Agency Listing by either UL, CSA, or CE K. Blowdown or Bleed Valve: 1. Provide Blowdown Solenoid valve or motorized ball valve equal to Belimo B2AF 120, 115volt, single phase. Furnish cord with plug to connect to "Bleed" receptacle of the conductivity controller. Furnish with watertight cover to maintain NEMA 3R if installed outdoors. 1) Install valved bypass around blowdown valve for servicing and emergency manual blowdown operation. 2) Do not install strainer(s) in blowdown line. 3) Install throttling valve downstream of the blowdown valve to make adjustments in blowdown volume rate if required. PART 3 - EXECUTION 3.1 EXAMINATION A. Verify field conditions and suitability for installation according to manufacturer's published installation data. 3.2 INSTALLATION A. Install equipment level and plumb. Locate panels with indicator lights at eye level. B. Install equipment per manufacturer's recommendations. Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 7 of 11 i Clearwater Systems Corporation Advanced Water Treatment Equipment Dolphin Specification — Cooling Towers 1. Locate Dolphin SystemTM components according to manufacturer's recommendation. a. Locate Coil -Pipe Assembly in piping no closer than 3 ft from sources of turbulence such as the pump outlet. Consult manufacturer should field conditions fail to meet such clearances. b. Transformer Panel and Coil -Pipe Assembly should be located at least 3 ft. from additional Dolphins and 3 ft. from any large motor, pump, or high voltage equipment or source which may influence the Dolphin SystemTM high frequency electric fields. 2. Coil -Pipe Assembly should be supported by pipe hangers located no closer than 2" to the outer cover. Do not support or secure the Coil -Pipe Assembly by means of the outer cover. Do not install bands, hangers, wires, hooks around the outer cover. 3. Coil -Pipe Assembly should not be energized for extended periods of time without having the pipe full of water. If the flow in the pipe will drain when the pumps are off, then the Dolphin must be de- energized under these no flow conditions. 4. Outdoor installations of the Dolphin require protection from the elements. Optional rain hoods designed to fit the Dolphin Coil -Pipe Assembly are available from Clearwater Systems. 5. Installations of the Dolphin SystemTM exposed to freezing conditions may require insulation or heat tape tracing. Heat tracing should not cover the Coil -Pipe assembly cover. Pipe insulation should not be installed closer than 2" from the Coil -Pipe Assembly cover. 6. Loosely loop excess length of the Coil -Pipe Assembly Umbilical Cord. Do not coil tightly. 7. Both the Transformer Panel and Coil -Pipe Assembly should be installed at least 3 ft. from any motor, pump or high voltage equipment which might influence the Dolphin high frequency electromagnetic field. This includes other Dolphins. C. Cleaning of piping systems containing the Dolphin SystemTM 1. Immediately after hydrostatic testing of piping is completed, systems shall be cleaned, drained, and flushed with clean water. Any chemical additives used in this process shall be thoroughly flushed from the piping system. 2. If the system is not immediately put into operation after cleaning and flushing, the system shall be drained of any stagnant water left over from testing or flushing. Immediately prior to putting the Dolphin SystemTM into operation, the system shall be re- filled with clean water. 3. Consult Clearwater technical Notes or the local Clearwater Representative for additional details. 3.3 CONNECTIONS A. Piping installation requirements are specified in other Division 15 Sections. Drawings indicate general arrangement of piping, fittings, and specialties. B. Install piping adjacent to equipment to allow service and maintenance. Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 8 of 11 d aypvicai/ Clearwater Systems Corporation Advanced Water Treatment Equipment vi Dolphin Specification — Cooling Towers C. Size and install the control loop piping to conductivity and optional sensors and/or corrosion coupon racks in the size PVC to match fittings provided. Install field provided full port ball valves for isolation of sensors and racks for routine maintenance. Control loop sensors shall not be installed directly in the piping mains. D. Control loop shall be piped from the pressure side of the recirculating pump to the suction side of the pump, so that the control loop senses the highest temperature of the fluid system. In the case of Fluid Coolers or Evaporative Condensers, the control loop shall be taken from the pump discharge and the water shall be returned to the sump. E. Blowdown line should not be attached to the control loop. Install the blowdown line on the pressure side of the recirculating pump, preferably from the bottom of the pipe to relieve the system of accumulated solids, dirt, and debris. F. Confirm applicable electrical requirements in Division 16 Sections for connecting electrical equipment. Power and control and interlock wiring materials and labor provided by Division 16 1. Provide proper electrical ground top the equipment. 2. Tighten electrical connectors and terminals according to manufacturer's published torque - tightening values. If manufacturer's torque values are not indicated, use those specified in UL 486A and UL 486B. 3.4 FIELD QUALITY CONTROL A. No water system containing a Dolphin SystemTM shall be put into operation without the Dolphin being energized and the blowdown system and mechanical filtration systems fully operational. Failure to comply may result in damage to connected heat exchange equipment from scaling and corrosion, or fouling from biological growth. B. Engage a factory- authorized service representative to perform startup service. 1. Inspect field - assembled components and equipment installation, including piping and electrical connections. Report results in writing. 2. Inspect piping and equipment to determine that systems and equipment have been cleaned, flushed, and filled with water, and are fully operational. 3. Place HVAC water - treatment system into operation and calibrate controls during the preliminary phase of HVAC systems' startup procedures. C. Initial Start-up Service — At no additional cost to the owner, a Clearwater Representative shall set up the blow -down system according to the submitted operational parameters as indicated by the site water analysis as specified in PART 1.6 D — Submittal Data of this Section. An Initial Start-up Service report shall be provided to the operator and to Clearwater Systems. 3.5 ADJUSTING A. Start-up and First Year Monitoring Service: Specification Number: 500005 — Nike Apollo Construction Services March 2006 Page 9 of 11 s Clearwater Systems Corporation A 4, � � Advanced Water Treatment Equipment oA Dolphin Specification — Cooling Towers 1. Initial Start-up Service: a. At no additional cost to the owner, approximately every 30 days for 90 days from Initial Start-up Service, a Clearwater Representative shall monitor the performance of the system. b. A written Service Report shall be provided to the owner /operator and to Clearwater Systems. The monitoring by the Clearwater Representative will include the following: 1) Inspection of the Dolphin System"' for functionality 2) Inspection of the blowdown system for functionality 3) Calibration and cleaning of conductivity probes or other instrumentation related to blow down 4) Visual inspection of overall system condition as accessible. Service visits may be timed to coincide with the opening of certain system components such as a closed vessel or chiller. 5) At each service visit, a field analysis of the following water chemistry parameters will be performed using field test kits. a) pH b) Specific Conductivity (µS /cm) c) HPC by dipslide. Culture per package insert instructions. c. Within 30 days and 90 Days after Start-up, but after tower conditioning is completed, a water sample shall be taken and the following parameters shall be evaluated by utilizing an independent and certified commercial laboratory: 1) Total Bacteria Count, planktonic (by HPC) 2) pH 3) Specific Conductivity (µS /cm) 4) Chloride (as C1 5) Total Hardness (as ppm CaCO 6) Total Alkalinity or m- Alkalinity (as ppm CaCO 7) Calcium Hardness (as ppm CaCO 8) Depending upon raw water analysis, other tower water chemistry my be desired a) Magnesium Hardness (as ppm CaCO b) Silica (as Si0 c) Sulfate (as SO d) Phosphate (as PO 2. Provide adjustments to the blow -down and conductivity settings as required during and after the initial 6 week conditioning of new galvanized towers. 3.6 DEMONSTRATION A. Engage a factory- authorized service representative to train Owner's maintenance personnel to adjust, operate, and maintain HVAC water - treatment systems and equipment. Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 10 of 11 0, Clearwater Systems Corporation Advanced Water Treatment Equipment Dolphin Specification — Cooling Towers B. Train Owner's maintenance personnel on procedures and schedules for starting and stopping, troubleshooting, servicing, and maintaining equipment and schedules. 1. Review data in maintenance manuals, especially data on recommended parts inventory and supply sources and on availability of parts and service. Refer to Division 1 Section "Closeout Procedures." 2. Schedule at least one (1) hour of training with Owner, through Architect, with at least seven days' advance notice. END OF SECTION 15189 Specification Number: S00005 — Nike Apollo Construction Services March 2006 Page 11 of 11 Revisions Devi Description j Date IDitID*IAq NOTES: 1) RECOMMENDED PIPING DIAGRAM DOES NOT DISPLAY ANY OTHER • SYSTEM COMPONENTS ON THIS DRAWING. 2) COIL PIPE ASSMEBLY PROVIDED VITH VERTICAL RAINSHIELD ® 3) TRANSFORMER CONTROL PANEL IS NEMA 3R 4) STANDARD CONDUCTIVITY CONTROLLER IS NEMA 4X 5) TWO 10' UMBILICAL CORDS ARE PROVIDED WITH THE DOLPHIN SYSTEM. (OPTIONAL 16' EXTENSIONS AVAILABLE) 6) BELIMO BALL VALVE PROVIDED BY DOLPHIN FLOW SWITCH, 7) CONTROL TRANSFORMER PANEL REQUIRES FLOW SWITCH OR PUMP PUMP INTERLOCK INTERLOCK, 8) WYE STRAINER BEFORE BALL VALVE IS BY OTHERS BAS ENABLE 9) CONDUCTIVITY PROBE MOUNT IN T PROVIDED BY OTHERS 10) ALL PIPING SHOWN IS BY OTHERS 11) DO NOT HEAT TRACE COIL PIPE ASSEMBLY • 12) OPTIONAL BYPASS CAN BE USED TO RECIRCULATE WATER WHEN THE TOWER OPERATION IS NOT NEEDED. 1 HOUR PER DAY • OPERATION REQUIRED FOR SYSTEM CONTROL. 13) ALL PIPING SPECIALTIES ARE PROVIDED BY OTHERS 14> COIL PIPE CONNECTION ARE BARE SLEEVE, FLANGED CONNECTIONS ARE OPTIONAL. • 15) BLOW DOWN VALVE IS POWERED FROM CONDUCTIVITY CONTROLLER Jr' DOLPHIN 16) WIRING BETWEEN CONDUCTIVITY PROBE AND CONTROLLER 1S BY OTHERS TRANSFORMER OPTIONAL BYPASS CONTROL PANEL 115 VOLT CONDUCTIVITY CONTROLLER COIL PIPE UMBILICAL CABLE PROVIDED BY DOLPHIN FOR FIELD CONNECTION 115 VOLT 2' SIDESTREAM LINE DOLPHIN ■mm■■ COIL -PIPE CONDUCTIVITY ASSEMBLY LOAD - CHILLER /HEAT EXCHANGER SENSOR 4' CONDENSER LINE G--•••" WATER SAMPLE PORT WITH MANUAL VALVE BELIMO BALL VALVE CONDUCTIVITY UMBILICAL CABLE • - FOR BLOWDOWN PROVIDED BY DOLPHIN FOR FIELD CONNECTION CDFIDENTIALITY STATEMENT NIKE 5 -9 -D, APPLIED SYSTEMS DC RCOADCAL MORT= MD D(Sta CLEARWATER - DOLPHIN JA DIMMED Mien manluTE A OLLO CONS. PD T OD4IETA T Tr. WATER TREATMENT . � CONDUCTIVITY APPLIED srsTna / ASD DE DGM 15/07 se V. MD Sl, 1M vNLUMY VA 98660 RECOMMENDED PIPING BLO DRAIN TO W ��D I IS MKT " TB b/07 S � ECUIPIIENT. °''P DGM BM VINE 1 of I g 0 • • • G 4 Clearwater Systems Corporation Advanced Water Treatment Equipment 1 ■r Limited Warranty Dolphin SystemTm 3000 Series April 1. 2006 Limited Warranty (LW -2) Clearwater Systems Corporation warrants that the products it manufactures will be free from defects in materials and workmanship. The standard warranty term is one year beginning on the date of installation, as described herein. This warranty shall not apply and does not cover damage due to extemal causes, including accident, abuse tampering, misuse, electrical overload, servicing not authorized by Clearwater Systems, usage not in accordance with product instructions, faulty installation, unauthorized product modification, failure to perform required preventive maintenance, and problems caused by the use of parts and components not supplied by Clearwater. During the one -year period beginning on the date of installation, Clearwater Systems Corporation will repair or replace products covered under this limited warranty that, at Clearwater's option, either are returned to Clearwater's facility or repaired on -site by authorized Clearwater personnel or agents. To request warranty service, the purchaser must call Clearwater's customer technical support agent within the warranty period. If warranty service is required and repair is to be accomplished at a Clearwater facility, Clearwater will issue a Return Material Authorization Number. The purchaser must ship the products back to Clearwater in their original or equivalent packaging, prepay shipping charges, and insure the shipment or accept the risk of loss or damage during shipment. Clearwater will ship the repaired or replacement products to the purchaser freight prepaid if the purchaser uses an address in the continental United States. Shipments to other locations will be made freight collect. Clearwater owns all parts removed from repaired products. If Clearwater repairs or replaces a product, the warranty term is not extended. Optional Extended Limited Warranty (EW -2): Upon completion of Start-up and Initial Monitoring Service, entering into a service contract with a Clearwater Certified Service Provider will extend the warranty term. The warranty will remain in effect while the equipment is monitored under a valid Continuing Service Contract up to a maximum of five years from date of installation. Additional conditions apply. Contact your Clearwater Systems sales representative for details. NOTE CLEARWATER SYSTEMS MAKES NO EXPRESSED WARRANTIES BEYOND THOSE STATED IN THIS WARRANTY STATEMENT. CLEARWATER DISCLAIMS ALL OTHER WARRANTIES AND CONDITIONS, EXPRESSED OR IMPLIED, INCLUDING WITHOUT LIMITATION - IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. CLEARWATER'S RESPONSIBILITY FOR MALFUNCTIONS AND DEFECTS IN THE PRODUCT IS LIMITED TO REPAIR AND REPLACEMENT, AS SET FORTH IN THIS WARRANTY STATEMENT. THESE WARRANTIES GIVE THE PURCHASER SPECIFIC LEGAL RIGHTS, AND THE PURCHASER MAY ALSO HAVE OTHER RIGHTS, WHICH MAY VARY FROM STATE TO STATE (OR JURISDICTION). CLEARWATER SYSTEMS DOES NOT ACCEPT: (1) LIABILITY FOR THE PRODUCTS OR THEIR PERFORMANCE BEYOND THE REMEDIES SET FORTH IN THIS WARRANTY STATEMENT, OR (2) LIABILITY FOR ANY SPECIAL, INDIRECT, PUNITIVE, INCIDENTAL, OR CONSEQUENTIAL DAMAGES OF ANY KIND OR CHARACTER, INCLUDING, WITHOUT LIMITATION, LOSS OF REVENUE OR PROFITS, FAILURE TO REALIZE SAVINGS OR OTHER BENEFITS, OR CLAIMS AGAINST PURCHASER BY ANY THIRD PARTY, EVEN IF CLEARWATER SYSTEMS HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. Page 1 of 1 PDF created with pdfFactory trial version www.pdffactory.com