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RESPONSE - BID - 7080 EPIC SOLAR POOL PROJECT
No Text Office Building Littleton, CO 2007- 20 KW Photovoltaic System (install only) City of Lafayette Gary Klapkee City Manager Misc Solar Projects 2008 Site lighting/wind turbine Wholesale Specialties Bryan Schiff Denver Colorado 2009 current - 1 OOKW photovoltaic system McKinstry Centennial Pool- Longmont David Edsal 1-970-692-3565 2009 - Solar Thermal Pool Heating i McKinstry City of Longmont Quail Recreation Center David Daniels 1-619-980-2504 2009 - Solar Thermal Pool Heating Mckinstry — City of Longmont David Daniels BIPV- Current Town of Superior Boulder Valley School District Boulder, Colorado Contact: Tom Blahak (303) 245-5791 I January 2009 — Solar Hybrid (wind turbine and PV) Site Lighting AL Superior, Colorado Contact: Matt Magley (303)499-3675 2009 — Monument Site Lighting 75 Waneka Parkway I Lafayette. CO 80026 1 720.880.6800 1 303.664.1268 Proposal. ,Contract NGE PS2 13 / NGE PS25 (shown on previous page) CIRCULATING PUMP SIZE IN INCHES MATERIAL ADM. TEMP. OPERATION PRESSURE SPRING PRESSURE OF NON-RETURN-VALVEI FLOW METER ] FLOW RANGE HEAD RANGE MOTORS _ MAX. LIQUID TEMPERATURE MIN _LIQUID TEMPERATURE MAX: SYSTEM PRESSURE 15.58FC wxhxd 11.75 x 29.25 x 8.375 Fittings (brass), seals (teflonlviton), insulation (EPP) + 110 °C, up to + 180 °C short term Max. 10 bar 2 x 200 mm water column (total = 400 mm WC) 1...13 GPM. (standard) or 0,5 ... 5 GPM. 0. 17 U.S. gpm 0. 19 feet 2 - pole single-phase 230 °F (110 °C) 36 °F (2 °C) 145 psi NGE PS2 DC5 CIRCULATING PUMP Series D5 Brass S¢E IN INCHES wxhxd 4.33 x 3.15 x 4.21 MATERIAL J Fittings (brass), seals (EPDMlviton), insulation (Nylon/PPO) OPERATION PRESSURE Max. 10 bar FLOW METER 0 - 5 GPM FLOW RANGE _; 0 - 7 U.S. gpm HEAD RANGE 0 - 14.5 feet MOTOR—', EC spherical motor design MAX. LIQUID TEMPERATURE 230 °F (110 °C) MAX. SYSTEM PRESSURE 150 psi CLOSED SYSTEM _ NGE PS2 5 Drainback CIRCULATING PUMP S 15-IOOF S¢E IIN INCHES] wxhxd 11.75 x 29.25 x 8.375 MATERIAL —� Fittings (brass), seals (teflonlviton), insulation (EPP) ADM. MAX. TEMP.� + 110 °C, up to + 180 °C short term OPERATION PRESSURE--� Max. 10 bar [ SPRING PRESSURE OF 2 x 200 mm water column (total = 400 mm WC) NON -RETURN VALVE FLOW METER -1 0 - 5 GPM SLOW RANGE --- 0 - 8.4 U.S. gpm HEAD RANGE 0 - 36 feet MOTORS—--- 1 2 - pole single iphase MAX. LIQUID !f:WVEORU fE �j 205 °F (96 °C) MIN. LIQUID TEMPERATURE 1 36 °F (2 °C) MAX. SYSTEM PRESSURE 145 psi CLOSED SYSTEM H (ft) 18 16 14 12 10 8 6 4 2 0 15-58FC Pump Curve 0 2 4 6 8 10 12 14 16 18 20 22 Q [US GPM) — Without check valve — With check valve UCT Curve (Strong) Pump Curve H (ft) 14 12 10 8 6 4 2 0 H (ft) 36 32 28 24 20 16 12 8 4 0 50 45 40 35 30 25 20 15 0 1 2 3 4 5 6 Flow rate [GPM] 15-100 FC Pump Curve 0 1. 2 3 4 5 6 7 8 9 Q [US GPM] I 75 Waneka Pkwy • Lafayette, CO 80026 •303.665.2000 • 877.NGE4SUN • www.ngeus.com co VERSIc0 ROOFING SYSTEMS Copy: Robert Patton Bob McNeil Frank Palmer Kirby Burkholder Samir Ibrahim Versico Roofing Systems PO Box 1289, Carlisle, PA 17013 Tel: 800-992-7663 Fax: 717-960-4036 Web: www.versico.com .Proposal,tC'ontract Northwest Metro Fire Rescue District NWFRD Headquarters Chief O'Hare 2008 Hybrid site Lighting City of Golden, Community Center Golden, Colorado Contractor: McKinstry Company/ Kip Kenyon (303) 907-8166 End of Year 2008 — Thermal system for pool heating Hayes, DVM Boulder, Colorado Owner: Greg Hayes (303) 499-1400 Fall 2008 - 20kW photovoltaic system City of Cortez McKinstry Solar Thermal Recreation Center Current Hundreds of system design and supply to various Dealers Nationwide j Zilla racking system proprietary www.Zillarac.com Resumes: i Dave Kreutzman, CEO Hourly Rate: $150 Mr. Kreutzman has 20 years of expertise in solar and energy efficient projects, in both residential and commercial construction markets. His Bachelor of Arts, Business Administration degree from the j University of Minnesota combined with his extensive experience as a general contractor in Colorado, with his Company Kreutzman Construction, Inc., have given him the expertise and knowledge needed to combine construction and alternative energy products into exciting design features for homes and commercial applications. CoSeia and NABCEP Certified. AL David Vecchiarelli, Director of Operations Hourly Rate: $125 Mr. Vecchiarelli has been working as a general contractor for 10 years. He also worked for 12 years with a home builder as project manager which made him responsible for all aspects of the home build. He has extensive experience with the all aspects of the installation process. He has advanced to be our Director of Operations and he works directly with the installation crew and coordinates with administrative staff to efficiently complete our projects. 7S Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 AL Proposals: Contract Doug Rohret, Master Electrician Hourly Rate: $95 Mr. Rohret has been working as an electrician in both the commercial and residential field for over 18 years. He holds an Associate's degree as an Electrical Engineer Technician and completed a 4 year Apprenticeship, and a 2 year Master Electrician program. He is actively involved in our photovoltaic projects. Lead projects: Browns Hill Engineering 10 kW PV commercial array Alem International 20 kW PV commercial array, Wind Turbine Kong International 40 kW PV commercial array Johnson Controls/City of Lafayette PV array Derek Wuest, Master Plumber Hourly Rate: $95 Mr. Wuest has been working in the plumbing field for 15 years and received his Master Plumber license over 8 years. Her holds numbers certificated in the plumbing field to continually expand his already broad knowledge. Lead projects: City of Golden Solar Thermal commercial installation Johnson Controls/City of Lafayette Solar Thermal commercial installation August Project Solar Thermal and Radiant floor heating residential Eagle Place Solar Thermal commercial installation Longmont Housing Authority Solar Thermal commercial installation James Letts, Master of Engineering Management. Hourly Rate: $95 Bachelor of Science, Industrial Systems Engineering Mr. Letts has graduated with his Master of Engineering Management and been.working with Next Generation Energy for the past year. He brings extensive knowledge to our company. In his career he has been published in an article in Smart Energy Living. Lead Projects: LaPlata County Jail Solar Thermal commercial design and installation City of Golden Solar Thermal commercial installation Longmont Rec Solar Thermal Project City of Longmont, Centennial Pool Solar Thermal Project Johnson Controls/City of Lafayette PV array and Solar Thermal Amy Lopez, Master of Science — Management. Hourly Rate: $95 Bachelor of Science, Finance and Accounting Mrs. Lopez has been working closely in all areas of operation and managing projects for the past five years. 75 Waneka Parkway I Lafayette. CO 80026 1 720.880.6800 1 303.664.1268 EXISTING 1 I � J MAIN POOL BOILER — EXISTING 2' CSST/ TYPE L COPPER A INCLUDE NGE TYPE M CONTROLLER ARMSTRONG AET 220 GAL EXPANSION 2- CSST/ 6 BAR PM TYPE L COPPER wTsswT tA.4 SOe Q4S2 -i EXTERNAL HEAT EXCHANGER —� ARMSTRONG S87M-40 P2 1.5' 29- 3 WAY A AR: 8339 AS DHW W 4RB 24-3 ACTUATOR PREHEAT I.S- TYPE L COPPER B SYSTEM m (2) i 05 GALLON HIGH TEMPERATURE TANKS PLUMBED IN PARALLEL NOTES: — 96 NGE216 COLLECTORS — SYSTEM IS CLOSED LOOP — SOLAR LOOP IS 50-100% GLYCOL — HEAT EXCHANGERS ARE ARMSTRONG BRAZED PLATE P1 — ARMSTRONG 4360 1.5B P2 — WHISPERFLO 1/2 HP P3 — ARMSTRONG E28 —Si eru were no- arcs Y CORRUGATED STAINLESS STEEL TUBING/TYPE C COPPER 6 BAR PRY —� AIR BLEED S4(TRF) 1 CNECa VALVE P1 qO� tTd 1.5. 29c• 3 WAY BELIMO 8339 W ARB 24_3 ACTUATOR j ABDA i per. I e E-11-- NEAT C.0.4CA I RMSfapNG SB)M-�0 f t0 COOLING iCWEa lOOv 0 e P3 - i C C FROM COMING TOWER LOOP i FROM POOL FILTERS — — — — — — — -� EYISTINO MAIN POOL BOILER _ J -__--11 EXISTING 2- CSST/ TYPE E COPPER INCLUDE NGE TYPE M CONTROLLER ARMSTRONG AET 220 GAL EXPANSION 2- CSST/ 6 BAR PRY TYPE E COPPER Dotson qua q� tT SST+% EXTERNAL HEAT EXCHANGER —Q ARMSTRONG S87M-40 .._._.._._.. -O p P 2-- 1.5" 29- 3 WAY A BELIMO 8339 DHW w ARS 24-3 ACTUATOR U' PREHEAT 1.5' TYPE L COPPER B SYSTEM �,... Ci (2) 105 GALLON HIGH TEMPERATURE TANKS PLUMBED IN PARALLEL NOTES: — 96 NCE216 COLLECTORS — SYSTEM IS CLOSED LOOP — SOLAR LOOP IS 50-100% GLYCOL — HEAT EXCHANGERS ARE ARMSTRONG BRAZED PLATE P1 — ARMSTRONG 4360 1.5B P2 — WHISPERFLO 1/2 HP P3 — ARMSTRONG E28 S1 MINES q� M j Qvc �rsi U na R�rto 2E TUSIN /TY STAINLESS STEEL TI/$INC/TYPE t COPPER 6 BAR PRY L.5' 3 wsY IWO 6EElu0 8339 I - -- w ARB 24-3 ACTUATOR AS4A B EZTERRAE RER M VCEA I —QAIR ARwYTRQW 59)u_�D BLEED TO COOIIRG TOWER IOCP i S4(TRF) H R P3 1 j CHECK YALYE T� _ C C O O. ._��. FRON COOUN'G TONER LOOP P1 i P91 0 ;l%18/�O ;Inrtu� ISSUE FAO!A POOL TILTERS - - - - - _ - - ExISTING ! B'E MAIN POOL BOILER ! EXISTING 2- CSST/ TYPE L COPPER DHW PREHEAT SYSTEM C (2) 105 GALLON HIGH TEMPERATURE TANKS PLUMBED IN PARALLEL INCLUDE NGE TYPE M CONTROLLER ARMSTRONG AET 220 GAL EXPANSION 2. CSST/ 6 e.A PRv TYPE L COPPER Pzcsi wL crcc EXTERNAL HEAT EXCHANGER ARMSTRONG S67M-40 —...._._� .o e P2 1.5" 2Nv 3 WAY A SELIMO 8339 AR w AR B 2A-3 ACTUATOR 1.5- TYPE L COPPER B cy NOTES: — 96 NGE216 COLLECTORS — SYSTEM IS CLOSED LOOP — SOLAR LOOP IS 50-100% GLYCOL — HEAT EXCHANGERS ARE ARMSTRONG BRAZED PLATE Pi — ARMSTRONG 4360 1.5B P2 — WHISPERFLO 1/2 HP P3 — ARMSTRONG E28 $1 �I nw Kl n� CCOR%�EESTCTUBINcLCO PR 6 BAR PRV 1.5- 29cv 3 wnr ! BELIMO B3J9 AB 24-3 ACTUATOR IIw AB.FJ A "11 B LIRERMN wEAi [zpwµpCR —� AM BLEED ARYSMptp 58)r-Fp TO COOLwG TOYER LOOP S4(TRF) ' pCMECR VALVE LC P1 FROM COOUNC TOWER LOOP �I ��1��8/10 llNlilil, ISSUE, -._. _—JI A No Text No Text 0 November 12, 2009 City of Fort Collins EPIC Center RE: Request for Proposal number: 7080 Kreutzman Construction, Inc. would like to thank you for considering us for the EPIC pool heating project. We have worked with several municipalities to complete similar projects and are fully confident that the EPIC Center project will be successful as well. Kreutzman has come to be the leader in large scale thermal installations in the Rocky Mountain region through our design expertise and top of the line product selection. We work very closely with our materials supplier, Next Generation Energy, to select the best possible parts for each job. Project proposal, system design, references, and past project summaries are attached for your review. We look forward to working with you to integrate solar thermal into the EPIC Center. Regards, Dave Kreutzman President, Kreutzman Construction, Inc. 7S Waneka Parkway I Lafayette, CO 80026 1 720.880,6800 1 303.664.1268 No Text }. �o0�ar� `Th@mgu o� 0 o f(J1n�= r ,0 Awarded N1ost Efficient Tube Collector On The Market"' ieaIF grunct�ona7�ty �. Versatile and eas�y -fio`instal�l - - � "� � "' X win.dy weather conditions ;, �-�, ,� .,� _ Extremely.durable _ `��-� SPA &POOL HEATING I L10MfaSTR HOT UVATER I RADIANT FLOOR HEATING 1 ENERGY INDEPENDENCE u °' _ '.-``".itrr.�i`<t�.r,"s4. '. '.� e, 1. v. '"-'" J�•"_"_f.'r"��: >y ,�sf*�a csia:� �. - 4r. , • The most efficient, cost-effective • Works well in low ambient air temps tube collector on the market today and in cloudy or windy conditions • Applications include heating, hot water, and cooling Can be mounted on any pitch, vertically or horizontally • 2 NGE-116TU tube collectors provides domestic hot water for an 80 gallon tank • 25 year life span NGE TU Powerhouse The main components of NGE tube collectors are glass, aluminum, copper, and brass. All aluminum is anodized and structurally strong to allow fastening anywhere on the frame, using stainless steel fasteners. The tubes are built to be installed in any direction; horizontal, vertical, manifold up, down, left or right. NGE TU series collectors work extremely well in all climates. Extreme cloud cover, cold, wind, or rain does not affect this system in the same way as more traditional systems. Our ability to capture infrared energy eliminates the low or zero production typical in cloudy weather. NGE evacuated tube collectors capture and deliver heat to you when you need it the most. Each of our collectors use significantly less power due to the low flow requirements of the U-tube design. The collectors utilize pipe runs of small diameter due to these low flow re- quirements. Most NGE domestic hot water systems use 3/8 inch copper line sets. Our collectors do not need to be disassembled for installa- tion. The 116 series can be assembled and commissioned by a single installer, cutting labor costs. In the rare instance a tube does become damaged, replacement is a snap, completed in a few minutes at minimal cost by one installer. Fluid in the system can be changed out when necessary. Tradespeople who are familiar with closed loop pressurized systems will not need major retraining. NGE tubes have been designed to interface up with stan- dard size tanks available on the market. Sizing is easy with our "per tube" hot water charts. Because these collec- tors are so much more efficient and can do more with less light, they can be much smaller. When utilizing the Zilla'rl Racking and Mounting system, the NGE TU series are low profile, elegant and efficient solar thermal systems that will function for decades. • Will receive consistent amount of sun year-round • Low flow rate = smaller pipes and pumps • No mechanical parts to wear out • Designed to integrate with Zille Rac NGE-216-Tu, Superior Technology NGE evacuated tube collectors are superior to all other "evacuated tube" collectors for several aesthetic and technological reasons. Our tubes have no mechanical components to wear out. Heat transfer fluid (water or a glycol/water mix) simply circulates through the collector. There are no snap discs, and no copper to copper friction heat transfer connections that lose memory and thus efficiency over time. The three coat absorber process, design of the u-tube collector, and conduction within the internal heat trans- fer system allows energy to be collected from any angle. There is no need to turn the tube to maximize heat collection. Our collectors, depending upon the mounting method, can have the same angle of incidence throughout the day or season. Our tubes collect energy all day. Typically our collectors are working from t hour after sunrise to hour before sunset. Not all collector days are the same. It is important to note that the current and outdated testing methods do not do our collectors justice. For our tubes, there does not need to be a full sun hour or a "90 degree angle of incidence" These collectors make maximum use of the sun of sun all day. Low slope roofs - no problem, steep pitches- no problem, flat roofs - no prob- lem, wall mounts - no problem. in fact, our collectors are the most aesthetically pleasing and easily installed evacuated tube collectors on the market. The absorber surface is 360 degrees, allowing our collectors to capture energy from all angles. They can even capture energy from the backside. Another key element to our unique design is that the majority of energy trans- fer of energy to the heat transfer fluid occurs within the vacuum itself. Other de- signs do this same process outside of the vacuum, resulting in increased heat loss. NGE evacuated tube collectors are simply superior in real world applications Evacuated Tube Diagram SELECTIVE LAYER CAPTURES SOLAR RAYS ALUMINUM LINER TRANSFERS HEAT TRAPS Tubes vs. Flat Plate r i' so_ -,-so* 90' OO COPPER LAYER ABSORBS AND TRANSFERS HEAT LAYER OUTERGLASSTUBE COPPER U-TUBE DESIGN PROTECTS AND CIRCULATES FLUID INSULATES UNIT VACUUM SEAL INSULATES AGAINST HEAT/ COLD THROUGH COLLECTOR ALLOWING UNIT TO WORK IN COLD/WINDY WEATHER. SOLAR RAYS GETTHROUGH, BUT NOT COLD. :WID NGE-100 series efficiency (based on aperature area) eo 60% 50% 30% 0%11 0 10*C 20% 30*C 40*C 50*C 60*C 70*c 60-c We )*C 0 50-F 68-F 86-F 10 VP 122°F 140°F 158*F 176-F 194'� 212°F TI-Ta *C / T Purchase individual panels or our full NGE domestic hot water package including two 116 collectors, tank, pump station, and controller. Other packages available. NGE-200 TU series efficiency (based on aperature area) 80% 70% 60% f 50% 0 40% ---- --- 30% 20% 10% 0 101C 20*C 30% 40'C 50*C 60*C 70*c 80*C 901C 1 We 0 50°F 68*F 86°F 104'F 122°F 140*F 1581F 176°F 19^ 212*F Ti-Ta *C / *F f% 11 6 0 ;9. 1. CIIL %0 V %# %J I JJWL' %%J" [MODE( '' Purchase individual panels or our full NGE domestic hot water package including two 116 collectors, tank, pump station, and controller. Other packages available. NGE-200 TU series efficiency (based on aperature area) 80% 70% 60% f 50% 0 40% ---- --- 30% 20% 10% 0 101C 20*C 30% 40'C 50*C 60*C 70*c 80*C 901C 1 We 0 50°F 68*F 86°F 104'F 122°F 140*F 1581F 176°F 19^ 212*F Ti-Ta *C / *F f% 11 6 0 ;9. 1. CIIL %0 V %# %J I JJWL' %%J" [MODE( '' NGE-200 TU series efficiency (based on aperature area) 80% 70% 60% f 50% 0 40% ---- --- 30% 20% 10% 0 101C 20*C 30% 40'C 50*C 60*C 70*c 80*C 901C 1 We 0 50°F 68*F 86°F 104'F 122°F 140*F 1581F 176°F 19^ 212*F Ti-Ta *C / *F f% 11 6 0 ;9. 1. CIIL %0 V %# %J I JJWL' %%J" [MODE( '' f% 11 6 0 ;9. 1. CIIL %0 V %# %J I JJWL' %%J" [MODE( '' NGE-1244 NPE-224-TU.' Number of tubes 16 16 24 24 Outer tube diameter 47 mm (1.85 In) 58 mm (2.28 In) 47 mm (1.85 In) 58 mm (2.28 in) Inner tube diameter 37 mm (1.46 In) 47 mm (1.85 in) 37 mm (1.46 In) 47 mm (1.85 In) Length 1500 mm (59.06 In) 1800 mm (70.86 in) 1500 mm (59.06 in) 1800 mm (70.86 In) Collector Casing Aluminum Aperture area without reflector 1.09 m2 (11.73 ft2) 1.62 m2 (17.43 sq.ft) 1.64 m2(17.65 sq.ft.) 2.44 m2 (26.26 sq.ft.) Selective coating AI-N/Al or Cu-SSINIAL Not weight 45kg (99.2 lb) 56 kg (123.5 lb) 68 kg (150 lb) 84 kg (185 lb) Max. Pressure 0.6 We (87.0 psla) Inlet/outlet connect 20 mm (314 In) Heat transfer fluid 1.511tres (0.4gal) 1.7litres (0.45gal) 2.2511tres (0.6ga1) 2.5511tres (0.67ga1) Stagnation temp (with reflector) 250°C (482 - F) Dimensions LxWxH 1660x1080x145mrn (65.4 x 42.5 x 5.7 in) 197011280x160mm (77.5 x 50.4 x 6.3 in) 1660x1560x145mm (65.4 x 61.4 x 5.7 in(77.5 19700850x160mm x 73 x 6.3 In) next;.0.4' goner i n Ack energy® 75 Waneka Pkwy • Lafayette, CO 80026 - 303.665.2000 877.NGE4SUN • www.ngeus.com ARMSTRONG ARMflo E Series Circulators - Models E10/E1013 JOB: EPIC ENGINEER: Jamie Letts CONTRACTOR: Kreutzman TECHNICAL DATA Flow Range 0 to 43.0 USgpm (0 to 2.7 Us) Head Range 0 to 28.0 feet (0 to 8.5 m) Max. Fluid Temperature 230°F (110°C) Max. Working Pressure 150 psi (1034 kPa) MOTOR DATA' Nominal Power 1/6 hp (125 W) Voltage 120 V 240 V Full Load Amp Draw 2.0 A 1.0 A Frequency 60 Hz Motor Type 2 pole, Single Phase Speed 3300 rpm MATERIALS Pump Body OF • • Cast Iron closed systems) or Bronze (open systems) Face Plate Stainless Steel Impeller 30% Glass -filled Noryi Shaft Stainless Steel Bearings Permanently lubricated Stainless Steel Gasket EPDM Seal Silicon Carbide EnuiroSeal REPRESENTATIVE: FILE NO: 10.593 DATE: May 18. 2004 SUPERSEDES: 10.593 DATE: June 15, 2003 SUBMITTAL ORDER NO: DATE: SUBMITTED BY: DATE: APPROVED BY: DATE: DIMENSIONS Model I ',Body A B C D E F Connection Type &Size Shipping Welght ARMfIo E10 Cast Iron 6.8 (174) 8.5 (215) 4.9 (125) 3.8(97) 3.4 (86) 4.2 (107) 1.5" Diameter 2-bolt flanges 13.0 (5.9) ARMfIo E10B Bronze 6.8(174) 8.5 (215) 4.9 (125) 3,8 (97) 3.4 (86) 4.2 (107) 1.5" Diameter 2-bolt flanges 14.8 (6.7) 1���,11�111111ilHER FOR INDOOR llilliil USE ONLY Page 1 of 2 i ARMfIo E Series Circulators S. A. Armstrong Limited 23 BerUand Avenue Toronto, Ontario Canada, M1 L 2P3 T: (416) 755-2291 F (Main): (416) 759-9101 Armstrong Pumps Inc. 93 East Avenue North Tonawanda, New York U.S.A, 14120-6594 T: (716) 693-8813 F: (716) 693-8970 Armstrong Holden Brooke Pullen Wenlock Way Manchester United Kingdom, M12 5JL T: +44 (0) 161 223 2223 F: +44 (0) 161 220 9660 Page 2 of 2 V S.A. Armstrong Limited 2006 Blue -White Dimensions: (102 mm) O w000 102 mm) 8888.8888 000 Flow Stream Requirements: DigiFlo Digital Paddlewheel Meters Pipe Size A B 318" 3-3/4"(95) 4-3/4"(121) 1/2" 3-3/4" (95) 5-1/8"(130) 3/4" 4" (102) 5-1/4" (133) 1„ 4" (102) 5-5/8" (143) 1-1/2'• 4-1/2" (114) 6-1/2" (165) 2" 4-3/4"(121) 6-3/4"(171) Inches (nun) Maximum Temperature vs. Pressure o Qkl) uIXeA 'xi(m) I"," =I" STATIC PRESSURE PSI (BAR) Measuring accuracy requires a fully developed turbulent flow profile. Pulsating, swirling and other disruptions in the flow stream will effect accuracy. Flow conditions with a Reynolds Number greater than 4000 will result in a fully developed turbulent flow. A Reynolds Number less than 2000 is laminar flow and may result in inaccurate readings. Fully Developed Laminar Disturbed Flow REYNOLDS NUMBER = 3160 x Q x G Turbulent Flow Flaw (due to swirling) D x V Where: --► —� —► Flow rate of the fluid in GPM = Q —► --► Specific gravity of the fluid = G Pipe inside diameter in inches = D Fluid viscosity in centepoise = V Pipe Cross Section Flow Velocity Profile Model Number Matrix: rc r — rtare anu rotor now 1 = Range t see 9 pipe fitting range data) AO = Rate, Total, 4-20mA 2 =Range 2 (see pipe fitting range data) PC = Rate, Total, Relay 3 = Range 3 (see pipe fitting range data) AP = Rate, Total, 4-20r relay 4 = Range 4 (see pipe fitting range data) Display Mount / Sensor Type 5 = Range 5 (see pipe fitting range data) S =Display mounted on AC coil sensor 6 = Range 6 (see pipe fitting range data) P = Display remote mount, AC coil sensor H = Display remote mount, Hall Effect sensor Calibration Units GM = U.S. Gal per min Power L Pipe Fittin and Material GH = U.S. Gal per hour 8 = Battery holder with 4 AA cells Mt = PP body Male NPT, flow range #1 OM = U.S. Oz per min 1 = U.S. Transformer, AC 115V60Hz/l5Vdc, NEMA5/15 plug a Size rr7. M2 = PP body Male NPT, flow range #2 FM = Cubic Ft per min 2 = Europe Transformer, AC 230V5OHz/15Vdc, CEE 7NII plug = 318 Inch M3 = PP body Male NPT, flow range #3 AD = Acre Ft per day 3 = U.S. Transformer, AC 230V6OHz/15Vdc, NEMA 5/15 plug = 1/2 inch M4 = PP body Male NPT, flow range #4 LM = Liters per min 4 = U.S. Transformer, 115V6OHz and Battery back-up = 3/4 inch F1 = PVDF body Male NPT, flow range 91 LH = Liters per hour 5 = Europe Transformer, 230VSOHz and Battery back-up 10 = 1 inch F2 = PVDF body Male NPT, now range #2 MH = Cubic Mtr per hour 6 = U.S. Transformer, 230V6OHz and Battery back-up 15 = 1-1/2 inch F3 = PVDF body Male NPT, flow range #3 IM = Imperial Gal per min X = No Selection (Customer must supply power) 20 = 2 inch I F4 = PVDF body Male NPT, flow range #4 IH -Imperial Gal per hour Pipe Size, Flow Range and Display Model Options: 115v AC Models with Polypropylene Pipe Fitting GPM MODELS LPM MODELS GPM RATE & TOTAL ANALOG PROCESS LPM RATE & TOTAL ANALOG PROCESS Pipe Size (low DISPLAY OUTPUT CONTROL now DISPLAY OUTPUT CONTROL M/NPT Range Model Number Model Number Model Number Range ' Model Number Model Number Model Number 3/8 8to8 RTP138M1GM1 AOP138M1GM1 PCP138M1GM1 3to30 RTP138M1LM1 AOP138M1LM1 PCP138MILMI t_:._3/8 _. :_ _4-to_4_, _RTP_138M2Gfvt2. _ AOP196M2GM2__P_CP138M2'GM7_ _ .__-�17 16 ,TP138M2CM2. AOP138M2LM2. _P_CP_138M2LM2 i 1/2_ _ _ _ _ 2 to 20 RTP150M1GM1 AOP150MtGM1 PCP150M1GM1 �._ ,_ RTP15QM2GM2_-AOP150MjGM2._PCP150M2GM2 7 to 70 RTP150M1LM1 AOP150MiLM1 PCP150MILMI ._-_:; RTP150M2LM2.�AOP156M-CM2_`PCP150M2L'M27 314" 3 to 30 RTP175MiGM1 AOP175M1GM1 PCP175MIGMI _2do:20 11 to 110 RTP175M1LM1 AOP175MILM1 PCP175M1LM1 314- __ -..i _ 8,to;8._ RTP„1TNhKfW : �_AOP,175M2GM2._,,;P.,CP17,5M2GM2_ _ 3.to,30e': RTPI7,SM2LM2-.,-AOP._1ZSM2LM2 °ji( 7 T,SM2LM2,1 1 Sto_50 RTP11OMlGM1._ AOP110M1GM1 PCP110M1GM1 20to20.0 RTP110M1LMt AOP110MILMI PCP110M1LM1 1__.,-__2to20 :,RTP1:tOM2GM2.._ AOP110AA2GM2:__,PCP.t;tOM2GM2" L-if1-1/2. .-- -. T,to;ZO_ RTP..410M2LM2'`AOPIiOM2LM2,..:J5_CP_110M2LM2I 4 to 40 -_ RTP115M1GM1 AOP115M1GM1 PCP115MIGMI 15 to 150 RTP115MILM1 AOP115M1LM1 PCP115M1LM1 Gt'1 1/2... _ _63d:60_ _i2TP_L15M2GM2 :AOP115M2GM2 _:_P.CP_115M2GM2 _ _ 25to'250. RTPt.15M21M2_ -°AOPIISM2LM2 PCP115M2CM2.I 1 1/2 t0 to 100 RTP115M3GM3 __AOP11SM3GM3 PCP115M3GM3 E 40 to 400 RTP115M3LM3 PCP115M3LM3 _Y 4.to40-:':RTP120MIGML._..AOPI20M1GML_-P.CP120M1GM1 _AOP115M3LM3 uGSao—,150:,RTP120M1LM1 _ AOP.120MILTM : PCP_120M1LM1.1 2-L 6to6L RTP120M2GM2_ AOP120M2GM2 PCP120M2GM2 25to250 RTP120M2LM2 AOP12OM2LM2 PCP120M2LM2 10:tb,100_,RTP120M3GM3 _ ,AOP120M3GM3 `_P_CP120M3GM3 __ , . 40.10400_:.RTP_120M3LM3:_AOP_120M31tM3� PdP120M3LM3 l 2" 20 to 200 RTP120M4GM4 AOP12OM4GM4 PCP120M4GM4 70 to 700 RTP120M4LM4 AOP12OM4LM4 PCP120M4LM4 Blue -White 5300 Business Drive, Huntington Beach. CA92649 Tel: 714-893-8529 Fax: 714-894-9492 All trademarks are the property or their respective owners. www.blue-white.com Email: sales@blue-white.com Technical data sheet #85000.064 rev080806 B1ue=Whit& Di iFlo Digital Paddlewheel g g e Meters I I I I I I I I I I f F-2000- Molded In -line Fitting Remote Mount Display 4 Three Display Options: • Rate & Total Display Only • Rate' Total' Analog output • Rate Total Process Control--�¢�(�! Features: • High accuracy digital paddlewheel technology. • Large, 8 digit LCD display, up to 4 decimal places. • 3/8", 1/2", 3/4", 1", 1-1/2", and 2" male pipe threads. Remote mount display on panel, pipe or wall. • Flow rate from .4 to 200 GPM (1 to 700 LPM) • Very low pressure drop. • Rate and total flow display. • Total reset function can be disabled. • Optional Process Control alarm or batch processing relay. Front panel security lockout. • Optional 4-20mA or 0-10VDC output. • Field programmable. Specifications: Max. working pressure: ........ 300 PSI (20 bar) @ 70' F (21' C) Signal Distance:.... AC sine wave sensor = 200 ft (60 m) Max. fluid temperature: ........ 200' F (93° C) @ 0 PSI Optional Hall Effect sensor = 1 mile (1.6 km) Max. ambient temperature: ..14° to 110' F/ -10' to 43' C Signal Cable:......... 3 conductor shielded. Included 25 ft. (7,6 m) Full scale accuracy: .............. +/- 1 % Max pressure drop: 8 PSI (varies per model) Power requirement: .............. 16-24VDC Enclosure:............. NEMA 4X (IP56) Model RT units only: ......... 4 AA batteries or AC/DC transformer Approx ship wt:.... 2 lb. (.91 kg) All units: ............................. AC/DC transformer Materials of Construction: Pipe fitting: ............................ Polypropylene (options: PVDF) Sensor, paddlewheel, axle:..PVDF Sensor O-ring seals: ............. Viton' (optional EP) Installation Requirements: Minimum Straight Pipe Length Requirements The meter's accuracy is affected by disturbances such as pumps, elbows, tees, valves, etc., in the flow stream. Install the meter in a straight run of pipe as far as possible from any disturbances. The distance required for accuracy will depend on the type of disturbance. Type Of Disturbance Minimum Inlet Pipe Length' Minimum Outlet Pipe Length Flange 10 X Pipe I.D. 5 X Pipe I.D. Reducer 15 X Pipe I.D. 5 X Pipe I.D. 90' Elbow 20 X Pipe I.D. 5 X Pipe I.D. Two Elbows •l Direction 25 X Pipe I.D. 5 X Pipe I.D. Two Elbows-2 Directions 40 X Pipe I.D. 5 X Pipe I.D. Pump Or Gate Valves 50 X Pipe I.D. 5 X Pipe I.D. Horizontal Mount OUTPUT team FLOW � TO. ureavwu 1 Lur+ U L4n team Reconunomkd „ 1 a5• nccopTa as• nccevMe 9 u T eprr icrerN Angle Mount on Horizontal Pipe Vertical Mour+ Mounting location • The meter is designed to withstand outdoor conditions. A cool, dry location, where the unit can be easily serviced is recommended. • The meter can be mounted on horizontal or vertical runs of pipe. Mounting at the vertical (twelve o'clock) position on horizontal pipe is recommended. Mounting anywhere around the diameter of vertical pipe is acceptable, however, the pipe must be completely full of water at all times. Back pressure is essential on downward flows. See the minimum straight length of pipe requirement chart above. • The meter can accurately measure flow from either direction. 1 ' ' . l�J. i ARMfIo E Series Circulators S. A. Armstrong Limited Armstrong Pumps Inc. Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester Canada, M1 L 2P3 U.S.A. 14120-6594 United Kingdom, M12 5JL r"N T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 161 223 2223 ��p F (Main): (416) 759-9101 F: (716) 693-8970 F: ; 44 (0) 161 220 9660 Page 2 of 2 0 S.A. Armstrong Ui*ed 2006 1 /18/2010 Edora Pool and Ice Center Kreutzman Construction, Inc. proposes to design and supply a Solar Thermal System for EPIC in Fort Collins, CO 96 Collector system consisting of: • 96 — NGE-216 Evacuated Tube Collectors • NGE Pump Station with (1) Pool Heat Exchange • (2) 105 Gallon Storage Tanks for Domestic water pre -heat • Zilla Rae racking system • Miscellaneous parts installation of above components • NatCon 7 Monitoring System and 1 year of monitoring ($40 per month fee after first year, Kreutzman maintains ownership of all monitoring equipment) Expected Performance Month BTU Offset Jan 82,372,611 Feb 89 942,961 Mar 109,229,327 Apr 107,967,602 May 104,182,428 Jun 105,083,660 Jul 105,083,660 Aug 109,770,066 Sep 111,933,023 Oct 103,641,688 Nov 85,076,308 Dec 80,209,654 Total 1 1,194,492,988 12Q000,000 100.000,000 80,000,000 60.000,000 40.000,000 20,000,000 e BTU Offset Ian Feb Mar Apr May hm Jul Aug Sep Oct Cloy Dec. I'l..................................................................................... ..........._... System Components and Costs Total Cost of Solar Thermal System Components and installation ................................................ $ 235,968.00 75 Waneka Parkway Lafayette, CO 80026 i 720.880.6800 1 303.664.1268 Page 1 o f i 140 40 _ 121 35 30 101 It 3 25 8( LL Q � 20 " 6t _ LL W o r 15 _ It 4( 10 =�--- 5 - 2C 0 C WFE-2 01151 268V Pump Pentair Pool Products PUMP PERFORMANCE CURVE WHISPERFLO SERIES PUMP i WhisperFFo Full -Rated 60 Cycle WFE & WFDS 3450 RPM Expected Operating -- Condition LOW SPEED 1750 RPM r� N 9 P j - I0 20 40 60 US GALLONS 80 100 120 140 1 E PER MINUTES I I I I I I I I I I I( I 0 iv 10 zv z0 3u 35 CUBIC METERS PER HOUR Puss~ +owro http://www.pentairpool.com/images/product_images/wholegood/WhisperFlo/WhisperFlo_... 1/14/2009 Product Specifications Product Model Voltage Full Load Amps HP SF Carton Wt(Lbs) �O151 � WFE-2i `115%208 230Vf ;�1.;1 2[6.0/5 6? 1/_2,i ;19� 41� 011512 WFE-3 115/208-230V 11.2/6.0/5.6 3/4 1.67 41 011513 W FE-4 115/208-230V 14.8/7.8/7.4 1 1.65 46 011514 WFE-6 208-230V 9.6/8.8 1-1/2 1.47 54 011515 WFE-8 208-230V 11.0/10.2 2 1.3 55 011516 WFE-12 230V 15.0/13.6 3 1.15 56 I ARMSTRONG J; AET Series - Expansion Tanks (ASME) FILE NO: 37.55 DATE: July 5, 2005 SUPERSEDES: 37.55 DATE: Sept. 5, 2003 SUBMITTAL JOB: EPIC REPRESENTATIVE: ORDER NO: DATE: ENGINEER: Jamie Letts SUBMITTED BY: DATE: CONTRACTOR: Kreutzman APPROVED BY: DATE: MODEL NO. ORDERED: 3ox77 QTY.: 1 TAG NO.: OPTIONAL SADDLES REQUIRED: ❑ YES ❑' NO FINISH: ❑ ONE (1) COAT PRIMER ❑ GALVANIZED CHARGE PRESSURE: psi/kPa Standard factory charge is 12 psi (83kPa) unless otherwise specified. MAXIMUM OPERATING CONDITIONS Working Temperature 14507 2327C) Working Pressure I See table below. MATERIALS OF • • Shell Carbon Steel Heads Carbon Steel • Not for Domestic Potable Water Systems. • Designed and Constructed per ASME Section Vlll, Division 1. • Gauge tappings included (gauge & fittings by others). .i . 1l2" NFr + c Furnish and install, as shown on the plans, a _ gal. (L), _ dia. x _ long Armstrong Model AET plain steel expansion tank. The tank, shall have NPT System connection, glass gauge tappings and drain. Tank shall be furnished with a base ring for vertical storage or optional saddles for horizontal mount (see note #3). The tank shall be constructed and stamped in accordance with section VIII of the ASME Boiler & Pressure Vessel Code. Model AET 12X33 15 (57) 12 (305) RM •44 33.00 (838) 8 (203) 7.00 (178) 11.50 (292) 0.88 (22) 1.0(25) 150 (1034) (20) 49 (22) AET 12X61 24 (91) 12 (305) 51.00 (1295) 8 (203) 7.00 (178) 11.50 (292) 0.88 (22) 1.0 (25) 150 (1034) 62 (28) 69 (31) AET 14X48 30 (114) 14 (356) 48.00 (1219) 10 (254) 10.00 (254) 11.50 (292) 1.13 (29) 1.0(25) 150 (1034) 72 (33) 80 (36) AET 14X63 40 (151) 14 (356) 63.00 (1600) 10 (254) 10.00 (254) 11.50 (292) 1.13 (29) 1.0(25) 150 (1034) 92 (42) 102 (46) AET 16x72 60 (227) 16 (406) 72.00 (1829) 12 (305) 1 10.00 (254) 11.50 (292) 1.13 (29) 1 1.0(25) 150 (1034) 120 (55) 1 134 (61) AET 20X62 80 (303) 20 (508) 62.50 (1588) 16 (406) 10.00 (254) 18.00 (457) 1.50 (38) 1.0 (25) 125 (862) 136 (62) 151 (69) AET 20X78 100 (379) 20 (508) 78.00 (MI) 16 (406) 10.00 (254) 18.00 (457) 1.50 (38) 1.0 (25) 125 (862) 168 (76) 187 (85) AET 24X66 120 (454) 24 (610) 65.00 (1651) 20 (508) 11.13 (283) 18.00 (457) 1.50 (38) 1.0 (25) 125 (862) 218 (99) 238 (108) AET 24x72 135 (511) 24 (610) 72.00 (1829) 20 (508) 11.13 (283) 18.00 (457) 1.50 (38) 1.0(25) 125 (862) 238 (108) 258 (117) AET 30X62 175 (662) 30 (762) 62.25 (1581) 22 (559) 13.50 (343) 24.00 (610) 2.00 (51) 1.5 (38) 125 (862) 338 (154) 361 (164) aEr 3oxz7 t220'(633)`r c30:(762)i (77AQ,(1956)) 22'.(559), 61150 (343)� 24.00; (610); 100 (51) 1 5 (38j. '125 (862)"; ;368 (167j1 I �396 (180jj AET 30X84 240 (908) 30 (762) 84.00 (2134) 22 (559) 13.50 (343) 24.00 (610) 2.00 (51) 1.5(38) 125 (862) 394 (179) 424 (193) AET 30X105 305 (1154) 30 (762) 105.75 (2686) 22 (559) 13.50 (343) 24.00 (610) 2.00 (51) 1.5 (38) 125 (862) 486 (221) 523 (238) AET 3GX72 295 (1117) 36 (914) 72.00 (1829) 28 (711) 14.75 (375) 30.00 (762) 2.50 (64) 1.5(38) 125 (862) 502 (228) 540 (245) AET 36X93 400 (1514) 36 (914) 92.50 (2350) 28 (711) 14.75 (375) 30.00 (762) 2.50 (64) 1.5 (38) 1 125 (862) 645 (293) 686 (312) AET 36X120 505' (1911) 1 36 (914) 1 120.00 (3048) 28 (711) 14.75 (375) 1 - - 1.5 (38) 125 (862) 810 (368) 844 (384) AET 42X96 525' (1987) 1 42 (1067)1 96.00 (2438) 28 (711) 18.00 (457) 1 - - 2.0 (5 1) 125 (862) 1 895 (406). 928 (422) notes: 1. Plugged inspection openings (qty 2 - 2.0' each) are provided on 175 to 505 gallon tanks (662 L to 1911 L respectively). 2. An inspection Manhole is furnished on the 525 gal. (1987 L) tank. Manhole dimensions are 12' x 16' (305 mm x 406 mm). 3. Base Ring are not provided on 505 and 525 gal. tank (1911 L and 1987 L respectively). S. A. Armstrong Limited Armstrong Pumps Inc. Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester Canada, M1 L 2P3 U.S.A. 14120-6594 United Kingdom, M12 5JL T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 1612 232223 F (Main): (416) 759-9101 F: (716) 693-8970 F: +44 (0) 1612 209660 VW ® S.A. Armstrong Limited 2005 U Ngoranwom-6.1i, ny d egi Servote Solar Power Installation i natconiio-RTI *� Wind:'Powei Plant, Green Energy PortalT"': D-RTU® The decentralized control system D-TRU® is integrated locally at the generation site. D-TRU®monitors the performance, production, yield and availability of an installation, controls energy generation, if necessary, according to a schedule or forecast, and transmits all data to the central server system of the Green Energy PortaITM. All important performance and production data can also be accessed via the LC display, of the D-RTU® itself. Green Energy PortalTM: Performance Monitoring & Reporting Service "The Performance Monitoring & Reporting Service of the Green Energy PortalTM provides information to authorized users via e-mail and a user-friendly Web interface. The communication with the D-RTU®modules of the connected energy generation installations is realized via a secure Virtual Private Network (VPN). All these tasks are handled by the central server system of the Green Energy PortalTM. Green Energy PortalT": Users F Authorized persons can obtain location -independent access to the Performance Monitoring & Reporting Service of the Capacity storage Installation Green Energy PortalTm by way of e-mail or Web browser (MS Internet Explorer). D-RTU® Energy Measuring and Evaluation Unit Measured Values Current, voltage, frequency, active -�, power, reactive power, apparent power, power factor Green Energy Portal"(4-quadrant 1�''"" Counters Active, reactive, apparent energy Performence Monitoring & Reporting Smico measurement) OF Accuracy 0.1/0.2/0.5/2% Refresh Rate 1 second Display LCD with Keypad Averaging 15-minute Interval Features Data Memory 7 Days for 15-minute averages (active power, active energy) Autonomous realtime acquisition, processing, monitoring, control, logging, Mains 3-Phase (3 or 4 conductors) saving and remote transmission of performance, production, yield and available data. All electrical components are certified in accordance with Voltage Measurement the low -voltage and EMC directives and are TUV - and/or UL - approved. (TMRS) Direct Phase/phase: from 18 to 700 V AC Wall -Mounted Cabinet Phase/neutral: from 10 to 404 V AC (Standard Version without Scheduling Control) With Voltage Primary up to 500kV. Secondary Transformer 60/100/110/115/120/173/190 VAC Dimensions 14.96 x 14.96 x 8.27 in Weight 33.1 lb Current Measurement Protection Category IP 66 (Housing), IP 52 (Door Display) (TMRS) Power Supply 100-230 V AC With current transformer Primary up to 10,000 A; Frequency 50-60 Hz Secondary 1 or 5 Fuse 6 A Power Consumption < 100 W Options ' Operating Temperature 0... 131' F Relative Humidity max. 95% (at 77' F, non -condensing) Scheduling Control g • Meteorology ' Communication Unit Inverter Monitoring (DC/AC) • String Monitoring (DC) • 1/0 Signal Exchange Firewall VPN Router xDSUGPRS Weather Protection for Outdoor Installation Performance Monitoring & Reporting Service Features Automatic monitoring, evaluation, con- trol, logging, archiving and user-friendly processing of performance, production, yield and availability data, as well as switching and para metered iting functions and messaging to users. The Performance Monitoring and Reporting Service is supported by a central, high -availability natcon7 server system, which is also responsible for secure communication with the D RTU® Modules of the connected energy generation installations via Virtual Private Network (VPN). The server system is operated subject to strict security rules in an AEC4 data center with SLA and guarantees a minimum availability of 99.982%. The system implements comprehensive data backup and emergency precautions. System Functions • User management • Installation pool definition • Overview of installation pool • Selection and visualization of individual installations • Status -Oriented scheduling control • (requires expansion for D-RTU®) • Yield forecast monitoring • Incentives calculator • Diagnosis and statistics functions • Interval -controlled messaging and reporting • Via e-mail (forwarding as SMS possible) • Parameter configuration Performance Data Provider (PDP) Functions • Automatic report creation in CSV and EDI 867 format for 15-minute average statistics • Other reports to individual specifications upon request 75 Waneka Pkwy, Lafayette, CO 80026 1303.665.2000 1 877.NGE4SUN J fax 303.664.1268 1 www.ngeus.com © 2009. Next Generation Energy®. All rights reserved. natcon°Z. smart sGiMas for fewrebles ,lr�,,, ,!„,, res.i.dential 1 commercial 1util�ty scale � apq Fa, '''i".rgw #�,re� _ fir:, � ' J �:. /L! , `! j'3 , i ' ' /• : t � � - � 3. � .•rk" � x.<.� `4C'i?l. - •�• !� ! �t�G1�:1�. <l l 1 �t'!jtl/l1 l *9�,,.:a« i Y nicer al IUlount ng 8c Racking System tr � he Text Generation of Installation lowest Overall Cost in fhe Industry -Install Time 8 Labor Cut by 5U% Infinite Configuraon les, Layouts, Attachments., Positions) PV, Thermal, UlYind, Light Poles, Truck Racks...Endless 11,11 Unsurpassed Stre•n,gt�h to Weight Ratio Accepts All Standard Hardware and Fas4eners (dmperial and Metric) lnterlo.ck,in,g & Te.les.copin.g Capability Superior Flash'in.g Asse bly Withstands Severe Environmental Stress Various Levels of S:tren.gth, Corrosion Protec.tion,tSize and Color • -� - .> ;. �, Fi^eld A�dju table for Uneven Surfaces and Irregularities:2 ,' '' `' ' 01 ,y «v � .+r.Kcwaa+ rsr-3, .u.r s,wwc . + p� i _ .�e1��.—s�+wpt(jt•, i dC all rack..t .,..-..o...-...,,., 7 \i wssa�ua- � -�-.. I r •Il,�w. .r�e++ «,.. I� • �• by �; `�, �-'.'��' �� .�'�� \'\a.� E v�100�9_�9 ____ 87�7_.NG'E4SU,N-. • • A k:4q ON I I re, 1 Ti XN -n f,nI-D It November 12, 2009 City of Fort Collins EPIC Center RE: Request for Proposal number: 7080 Kreutzman Construction, Inc. would like to thank you for considering us for the EPIC pool heating project. We have worked with several municipalities to complete similar projects and are fully confident that the EPIC Center project will be successful as well. Kreutzman has come to be the leader in large scale thermal installations in the Rocky Mountain region through our design expertise and top of the line product selection. We work very closely with our materials supplier, Next Generation Energy, to select the best possible parts for each job. Project proposal, system design, references, and past project summaries are attached for your review. We look forward to working with you to integrate solar thermal into the EPIC Center. Regards, Dave Kreutzman President, Kreutzman Construction, Inc. 75 Waneka Parkway 1 Lafayette. CO 80026 1 720.880.6800 1 303.664.1268 t1 �tU F�'�.. f�l.�.�� li i�t� ._[f. l�Fj U��v i! �•t+rts�i(�?� 1/18/2010 Edora Pool and Ice Center Kreutzman Construction, Inc. proposes to design and supply a Solar Thermal System for EPIC in Fort Collins, CO 96 Collector system consisting of: • 96 — NGE-216 Evacuated Tube Collectors • NGE Pump Station with (1) Pool Heat Exchange • (2) 105 Gallon Storage Tanks for Domestic water pre -heat • Zilla Rac racking system • Miscellaneous parts installation of above components NatCon 7 Monitoring System and 1 year of monitoring ($40 per month fee after first year, Kreutzman maintains ownership of all monitoring equipment) Expected Performance Month BTU Offset Jan 82,372,611 Feb 89,942,961 Mar 109,229,327 Apr 107,967,602 May 104,182,428 Jun 105,083,660 Jul 105,083,660 Aug 109,770,066 Sep 111,933,023 Oct 103,641,688 Nov 1 85,076,308 Dec 80,209,654 Total 1,194,492,988 BTU Offset 120,000,000 - "--- 100,000,000 90,000,000 60,000,000 40,000,000 20,000,000 , Jail Feb Mar Apr May hm Jul Aug Sep Oct Nov Dec System Components and Costs Total Cost of Solar Thermal System Components and installation ................................................ $ 235,968.00 75 Waneka Parkway l Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 next geral*ineon energy® Empowering the world through innovative energy solutions Project Narrative: 96 Collector System for EPIC, Ft. Collins Rooftop Array: The collectors will be mounted using galvanized steel and aluminum racking components. A ballasted system is planned that will require no roof penetrations for attaching collectors or racking. Kreutzman Construction will utilize the existing rock ballast to ballast the collector arrays. A weight of rock equivalent to the weight of all collectors and racking will be removed so that no net weight is added to the roof. Kreutzman Construction will not be responsible for moving the existing piece of rooftop equipment if needed. Kreutzman will coordinate installation activities with Independent Roofing of Commerce City to ensure all roof warranties are held intact. Kreutzman Construction will utilize a crane to lift materials on to the roof. This will be coordinated with the City of Fort Collins. Solar Piping: The 96 NGE-216 collectors will be plumbed with 6 collectors in series. The entire array will be plumbed using a reverse flow return configuration. Kreutzman Construction will use type L copper and/or corrugated stainless steel tubing for piping on the project. There will likely be a combination of both used to maximize installation efficiency and quality. Piping will be sized to maximize the performance of the 96 collector system. Any future expansion will require additional piping. Exterior piping will be insulated with aluminum jacketed fiberglass insulation. Exterior piping will be supported with rubber blocks or wall mounted as appropriate. Interior piping will be insulated with fiberglass insulation. Independent Roofing will seal pipe and conduit penetrations. System Functionality: The thermal system will be plumbed so as to provide pre- heated domestic hot water or to heat the main swimming pool. The controller priority will be to heat the two 105 gallon solar storage tanks. The hot water outlets of the 105 gallon tanks will serve as the domestic water supply to the existing storage tank. Once the tanks are heated the system will heat the swimming pool until there is a demand for more domestic hot water or the pool set point is met. Solar will be connected to the existing pool circulation loop with closely spaced T's to allow the solar system to operate independently of the existing boiler. Kreutzman will work with the City of Ft. Collins to define Johnson Controls settings that maximize solar efficiency. The City of Ft. Collins will be responsible for all work with the existing Johnson Controls system. The heat dump loop will engage any time the collectors reach a temperature to be determined by Kreutzman Construction after system testing. The city of Ft. Collins will be given a summary of all final controller settings. Mechanical Room Installation: Kreutzman Construction will coordinate It's in the Sunl- 75 Waneka Pkwy, Lafayette, CO 80026 1 303.665.2000 1 877.NGE.4SUN I fax 303.664.1268 1 www.ngeus.com next. . generation energy® Eli )POwerirrg the world through innovative energy solutions Project Narrative: 96 Collector System for EPIC, Ft. Collins Rooftop Array: The collectors will be mounted using galvanized steel and . aluminum racking components. A ballasted system is planned that will require no roof penetrations for attaching collectors or racking. Kreutzman Construction will utilize the existing rock ballast to ballast the collector arrays. A weight of rock equivalent to the weight of all collectors and racking will be removed so that no net weight is added to the roof. Kreutzman Construction will not be responsible for moving the existing piece of rooftop equipment if needed. Kreutzman will coordinate installation activities with Independent Roofing of Commerce City to ensure all roof warranties are held intact. Kreutzman Construction will utilize a crane to lift materials on to the roof. This will be coordinated with the City of Fort Collins. Solar Piping: The 96 NGE-216 collectors will be plumbed with 6 collectors in series. The entire array will be plumbed using a reverse flow return configuration. Kreutzman Construction will use type L copper and/or corrugated stainless steel tubing for piping on the project. There will likely be a combination of both used to maximize installation efficiency and quality. Piping will be sized to maximize the performance of the 96 collector system. Any future expansion will require additional piping. Exterior piping will be insulated with aluminum jacketed fiberglass insulation. Exterior piping will be supported with rubber blocks or wall mounted as appropriate. Interior piping will be insulated with fiberglass insulation. Independent Roofing will seal pipe and conduit penetrations. System Functionality: The thermal system will be plumbed so as to provide pre- heated domestic hot water or to heat the main swimming pool. The controller priority will be to heat the two 105 gallon solar storage tanks. The hot water outlets of the 105 gallon tanks will serve as the domestic water supply to the existing storage tank. Once the tanks are heated the system will heat the swimming pool until there is a demand for more domestic hot water or the pool set point is met. Solar will be connected to the existing pool circulation loop with closely spaced T's to allow the solar system to operate independently of the existing boiler. Kreutzman will work with the City of Ft. Collins to define Johnson Controls settings that maximize solar efficiency. The City of Ft. Collins will be responsible for all work with the existing Johnson Controls system. The heat dump loop will engage any time the collectors reach a temperature to be determined by Kreutzman Construction after system testing. The city of Ft. Collins will be given a summary of all final controller settings. Mechanical Room Installation: Kreutzman Construction will coordinate It's in the Sun! 75 Waneka Pkwy, Lafayette, GO 80026 1 303.665.2000 1 877.NGE.4SUN I fax 303.664.1268 1 www.ngeus.com installation of mechanical room equipment with the City of Fort Collins to minimize the impact on normal facility operation. Kreutzman will bring in a skid with all pumps and heat exchangers mounted and tested off -site. The City of Fort Collins will remove the existing fence, stored materials, and any other existing items to create a clear space of at least 10'x10' on the existing housekeeping pad. Kreutzman Construction will provide sensor wells for Johnson Controls equipment. Kreutzman will complete the cooling tower loop in the area of the solar equipment and connect with closely spaced T's. The City of Fort Collins is responsible for any additional labor and/or materials to ensure circulation to the cooling tower. Kreutzman Construction will coordinate with the City of Fort Collins to ensure the solar controls and building controls are aligned to start the cooling tower loop circulation when cooling is required in the solar loop. All building control work is the responsibility of the City of Fort Collins. Kreutzman Construction will work to minimize the impact on normal facility operation. However, there may be some pool temperature fluctuation during system testing and definition of final settings. Monitoring: Kreutzman Construction will install NatCon7 monitoring system to monitor solar system performance. This equipment remains the property of Kreutzman Construction. One year of monitoring is included and continuing monitoring is available for a price of $40 per month. Kreutzman has the option to remove the monitoring equipment after the first year if additional monitoring is not purchased. The City of Fort Collins will provide a LAN connection for the monitoring equipment. Kreutzman Construction will provide a BTU meter that is compatible with the existing Johnson Controls system. The final BTU meter has yet to be selected. Training: Kreutzman Construction will provide one training session to key city and facility personnel. Operation and Maintenance manuals will be provided. It will be the responsibility of the City of Fort Collins to ensure no untrained people are allowed to operate the solar system in any way. It's An tho S"n1 75 Waneka Pkwy, Lafayette, CO 80026 1 303,665.2000 1 877.NGE.4SUN I fax 303.664.1268 1 www.ngeus.com �a ireu 11 /12/2009 EPIC Center Kreutzman Construction, Inc. proposes to design and supply a Solar Thermal System for the EPIC Center, Ft. Collins, CO. 84 Collector system consisting of: • 84 — NGE-32 Flat Plate Collectors (SRCC Certified) • NGE Pump Station with (1) Pool Heat Exchanger • Additional Pump and Piping to Cooling Tower • Zilla Rac racking system • Oversized piping from equipment room to collectors • Miscellaneous parts installation of above components • NatCon 7 Monitoring System and 1 year of monitoring Expected Performance Month BTU Offset Jan 61,458,796 Feb 69,956,802 Mar 89,684,317 Apr 94,085,070 May 95,602,571 Jun 98,485,823 Jul 97,271,823 Aug 97,423,573 Sep 94,085,070 Oct 81,945,061 Nov 64,493,798 Dec 59,030,794 Total 1,003,523 498 BTU Offset 100,000,000 90,000,000 10,000,000 10.000,000 60,000,000 50,000,000 40.000,000 30.000,000 20.000,000 10.000,000 0 )a., Feb Mar Apr May km Jul Aug Sep Oct Nov Dec System Components and Costs Total Cost of Solar Thermal System Components and installation ................................................ $ 205,193.00. Alternate 1: Add DHW loop ................................................... $ 12,775.00 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 I *N kreuftzman° ' 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 I Longmont Recreational Center 1 Longmont, Colorado June, 2009. The Longmont Recreational Center located in Longmont, CO, has recently implemented a solar thermal system with the goal of off -setting large utility bills. Recent legislation and available federal funding prompted the City of Longmont to jump on the opportunity, and with the advances in technology from Next Generation Energy®, the rec center was able to recieve more system for their money. With 120 NGE-216 evacuated tube collectors ballasted on the roof, Longmont Rec Center is off -setting a minumum of 1,493,116,235 BTU's annually - translating to $12,691.49 saved in the first year. The fixed energy rate provided by the solar sys- tem will continue to save substantial amounts of money and energy for the life of the system. New designs and advances in installation equipment have allowed places such as the Longmont Rec Center to take advantage of the opportunities out there for renewable energy. Next Generation Energy® has recently released its ZillaT"" line of racking and mounting products that alone cut the cost of installation and labor in half. With large projects such as these, cost factors such as materials, time and labor can make or break a deal. The Longmont system utilized exclusively ZillaTm racking and mounting com- ponents, as wells as the top rated NGE-216 evacuated tube collectors (most efficient in the world). Installation of all 120 collec- tors, racking and mounting took just 6 days. The Longmont Recreational Center is now one of the largest evacuated tube collector systems in the Rocky Mountain region. Ballasted roof mount system at Longmont Recreation Center. 120 evacuated tube collectors saving thousands of dollars in their first year of operation. Renewable Energy Contractors Since 1985 kredtzmana��a� 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 . Centennial Pool Longmont, Colorado June, 2009. Centennial Pool in Longmont, CO, has installed a large solar thermal system to heat pool water at their aquatic fa- cility. Due to location, the system at Centennial Pool required a large ground mounted array with a custom racking design. Next Generation Energy®'s superior evacuated tube collectors and ZillaTm racking and mounting options were implemented to create the most energy and cost efficient solution. ' Utilizing NGE's newest ZillaTM product, the Helical, a new solar industry concept along with the rest of the complete ZillaTM line, the installers were able to save 80% on the cost of labor and materials (30% materials, 50% on labor). With the Helical, no augering or cement was required, simply a bobcat and a guide: 72 Helicals placed in half a day compared to 72 augered and cemented holes in more than double the time. 98 NGE-216 evacuated tube collectors, racking, and ground mount were com- pleted in just 5 days. 1 11 The Centennial Pool solar thermal system will off -set at least 1,194,492,988 BTU's annually and save a minimum of $10,153.19 in its first year of operation. Renewable Energy Contractors Since 1985 I I N ' O kreutzman 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 I Golden Recreational Center Golden, Colorado March, 2009. In conjunction with both federal and state incentives, the city of Golden decided to jump on the opportunity to provide free energy to the Golden Recreation Center, a facility designed with solar in mind and in need of reprieve from large utility bills. "This building was originally designed for solar, with open, south facing roof tops and correct orientation, but there just I wasn't enough money in the budget for the installation and system costs at the time. We believe this project will have an extremely positive impact on this area as the community at large is very supportive and down to business when it comes to making positive changes." - Keith Isenberger, Facility Maintenance Dept. To get the process rolling the city of Golden's internal sustainability council brought in McKinstry, a design build contractor, specializing in energy services and performance contracting. McKinstry has a dedicated energy services team comprised of energy engineers, energy auditors, program managers and account managers, committed to ensuring the successful devel- opment and installation of all projects. For this specific solar hot water project, McKinstry found it necessary to involve Next Generation Energy® for their expertise in quality system design and superior products. Together, McKinstry and NGE were able to oversee and complete Golden Recreation Center's 96 evacuated tube system, providing enough heat for approximately 460,000 gallons of pool water daily. Golden's solar project consists of a complete turnkey system; 96 panel (NGE216-TU tubes) pressurized glycol system flush mounted on the roof, solar storage tank with a heat exchanger, pump station, and all miscellaneous parts. Renewable Energy Contractors Since 1985 rroposal / Contract I References — Projects: ' City of Lafayette, Recreation Center Lafayette, Colorado Contractor: Johnson Controls/Robert Phillips ' (303) 995-5409 2008 — 10 KW Photovoltaic system, thermal system for pool heating ' Kong Company, Manufacturing Plant Golden, Colorado Joe Markham (303)216-2626 Summer 2007 - 40 kW photovoltaic system ' Alem International, Office Building 624 South Arthur Louisville, Colorado ' Steve McCarthy (303) 473-1998 2007 — 20 KW Photovoltaic system and Wind Turbine 1 Cooper Automotive, Automotive Garage Lafayette, Colorado Owner: Dennis Cooper (303) 665-3700 December 2008 - 10 KW Photovoltaic System NiKaY Enterprises rises Lafayette Colorado Lori Kreutzman 720-413-1411 2006/2007/2008 - 1 OKW Photovoltaic system, Battery Backup, Thermals System, Wind Turbine, hybrid lighting Bob Beauprez Beauprez Ranch Leadville, CO Bob Beaupreau (303) 945-2259 2008 -Wind Turbine ' Judd Coe A Solar Solution JAL 75 Waneka Parkway 1 Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 r1roposal / Contract Office Building Littleton, CO 2007- 20 KW Photovoltaic System (install only) ' City of Lafayette Gary Klapkee City Manager Misc Solar Projects 2008 Site lighting/wind turbine ' Wholesale Specialties Bryan Schiff Denver Colorado 2009 current - 100KW photovoltaic system ' McKinstry Centennial Pool- Longmont David Edsal ' 1-970-692-3565 2009 - Solar Thermal Pool Heating McKinstry City of Longmont Quail Recreation Center David Daniels 1-619-980-2504 2009 - Solar Thermal Pool Heating ' Mckinstry — City of Longmont David Daniels BIPV- ' Current Town of Superior Boulder Valley School District ' Boulder, Colorado Contact: Tom Blahak (303) 245-5791 ' January 2009 — Solar Hybrid (wind turbine and PV) Site Lighting Superior, Colorado Contact: Matt Magley (303) 499-3675 2009 — Monument Site Lighting UL 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 r'roposal /Contract` I Northwest Metro Fire Rescue District NWFRD Headquarters Chief O'Hare 2008 Hybrid site Lighting City of Golden, Community Center Golden, Colorado ' Contractor: McKinstry Company/ Kip Kenyon (303) 907-8166 End of Year 2008 — Thermal system for pool heating ' Hayes, DVM Boulder, Colorado ' Owner: Greg Hayes (303) 499-1400 Fall 2008 - 20kW photovoltaic system ' City of Cortez McKinstry Solar Thermal Recreation Center Current ' Hundreds of system design and supply to various Dealers Nationwide Zilla racking system proprietary www.Zillarac.com Resumes: ' Dave Kreutzman, CEO Hourly Rate: $150 Mr. Kreutzman has 20 years of expertise in solar and energy efficient projects, in both residential and commercial construction markets. His Bachelor of Arts, Business Administration degree from the University of Minnesota combined with his extensive experience as a general contractor in Colorado, with his Company Kreutzman Construction, Inc., have given him the expertise and knowledge needed to combine construction and alternative energy products into exciting design features for homes and ' commercial applications. CoSeia and NABCEP Certified. David Vecchiarelli, Director of Operations Hourly Rate: $125 ' Mr. Vecchiarelli has been working as a general contractor for 10 years. He also worked for 12 years with a home builder as project manager which made him responsible for all aspects of the home build. He has extensive experience with the all aspects of the installation process. He has advanced to be our ' Director of Operations and he works directly with the installation crew and coordinates with administrative staff to efficiently complete our projects. IAL 75 Waneka Parkway I Lafayette, CO 80026 1 720.880,6800 1 303.664.1268 ' Proposal / Contract Doug Rohret, Master Electrician Hourly Rate: $95 Mr. Rohret has been working as an electrician in both the commercial and residential field for over 18 years. He holds an Associate's degree as an Electrical Engineer Technician and completed a 4 year ' Apprenticeship, and a 2 year Master Electrician program. He is actively involved in our photovoltaic projects. Lead projects: Browns Hill Engineering 10 kW PV commercial array ' Alem International 20 kW PV commercial array, Wind Turbine Kong International 40 kW PV commercial array Johnson Controls/City of Lafayette PV array Derek Wuest, Master Plumber Hourly Rate: $95 Mr. Wuest has been working in the plumbing field for 15 years and received his Master Plumber license over 8 years. Her holds numbers certificated in the plumbing field to continually expand his already broad knowledge. ' Lead projects: City of Golden Solar Thermal commercial installation Johnson Controls/City of Lafayette Solar Thermal commercial installation August Project Solar Thermal and Radiant floor heating residential ' Eagle Place Solar Thermal commercial installation Longmont Housing Authority Solar Thermal commercial installation James Letts, Master of Engineering Management. Hourly Rate: $95 Bachelor of Science, Industrial Systems Engineering Mr. Letts has graduated with his Master of Engineering Management and been working with Next ' Generation Energy for the past year. He brings extensive knowledge to our company. In his career he has been published in an article in Smart Energy Living. Lead Projects: LaPlata County Jail Solar Thermal commercial design and installation City of Golden Solar Thermal commercial installation Longmont Rec Solar Thermal Project City of Longmont, Centennial Pool Solar Thermal Project Johnson Controls/City of Lafayette PV array and Solar Thermal Amy Lopez, Master of Science — Management. Hourly Rate: $95 ' Bachelor of Science, Finance and Accounting Mrs. Lopez has been working closely in all areas of operation and managing projects for the past five years. 75 Waneka Parkway I Lafayette. CO 80026 1 720.880.6800 1 303.664.1268 FROM POOL FILTERS — — — — — — — , EXISTING MAIN POOL BOILER II EXISTING 2" CSST/ TYPE L COPPER DHW PREHEAT SYSTEM C (2) 105 GALLON HIGH TEMPERATURE TANKS PLUMBED IN PARALLEL INCLUDE NGE TYPE M CONTROLLER 2" CSST/ TYPE L COPPER ARMSTRONG AET 220 GAL EXPANSION 6 BAR PRV EXTERNAL HEAT EXCHANGER ARMSTRONG SB7M-40 P2 T 1 1.5" 29Cv 3 WAY A' BELIMO 8339 W ARB 24-3 ACTUATOR %1- 1.5" TYPE L COPPER B NOTES: — 96 NGE216 COLLECTORS — SYSTEM IS CLOSED LOOP — SOLAR LOOP IS 50-100% GLYCOL — HEAT EXCHANGERS ARE ARMSTRONG BRAZED PLATE P1 — ARMSTRONG 4360 1.58 P2 — WHISPERFLO 1 /2 HP P3 — ARMSTRONG E28 lone A=s S 1 9 u cwmnn TE K maE F.- ROn METER 2" CORRUGATED STAINLESS —`—_ -� STEEL TUBING/TYPE L COPPER 6 BAR PRV 1.5" 19- J WAY BELIMO 8339 W ARB 24-3 ACTUATOR n ABA � B EXTERNµ NEAT EXCHANGER —� AIR BLEED AAMSTPO G S87w-40 TO COOLING TOWER LOOP S4(TRF) , I� 4� P� ' CHECK VALVE A —10iJ C FROM COOLING TOWER LOOP P1 Gil 0 1 IBTE 10 INITIAL ISSUE —_ PAOESCNiPTKIN NEXT GENERATION ENERGY LLC --- -- -- — 75 WANEKA PKWY LAFAYETTE. CO 80026 PHONE: 30}) 665-2000 WEB: WWW,NEXGENENE.COM EPIC POOL/DHW HEATING _§LIE SCALE NTS ORANwL A R B— -I - a -I- °RAwu+c No. Q installation of mechanical room equipment with the City of Fort Collins to minimize the impact on normal facility operation. Kreutzman will bring in a skid with all pumps and heat exchangers mounted and tested off -site. The City of Fort Collins will remove the existing fence, stored materials, and any other existing items to create a clear space of at least 10'x10' on the existing housekeeping pad. Kreutzman Construction will provide sensor wells for Johnson Controls equipment. Kreutzman will complete the cooling tower loop in the area of the solar equipment and connect with closely spaced T's. The City of Fort Collins is responsible for any additional labor and/or materials to ensure circulation to the cooling tower. Kreutzman Construction will coordinate with the City of Fort Collins to ensure the solar controls and building controls are aligned to start the cooling tower loop circulation when cooling is required in the solar loop. All building control work is the responsibility of the City of Fort Collins. Kreutzman Construction will work to minimize the impact on normal facility operation. However, there may be some pool temperature fluctuation during system testing and definition of final settings. Monitoring: Kreutzman Construction will install NatCon7 monitoring system to monitor solar system performance. This equipment remains the property of Kreutzman Construction. One year of monitoring is included and continuing monitoring is available for a price of $40 per month. Kreutzman has the option to remove the monitoring equipment after the first year if additional monitoring is not purchased. The City of Fort Collins will provide a LAN connection for the monitoring equipment. Kreutzman Construction will provide a BTU meter that is compatible with the existing Johnson Controls system. The final BTU meter has yet to be selected. Training: Kreutzman Construction will provide one training session to key city and facility personnel. Operation and Maintenance manuals will be provided. It will be the responsibility of the City of Fort Collins to ensure no untrained people are allowed to operate the solar system in any way. It's in the Sunf" 75 Waneka Pkwy, Lafayette, CO 80026 1 303,665.2000 1 877.NGE.4SUN i fax 303.664.1268 1 www.ngeus.com FROM POOL FILTERS — — — — — — —, EXISTING i I MAIN POOL BOILER II EXISTING 2- CSST/ TYPE L COPPER DHW PREHEAT SYSTEM C (2) 105 GALLON HIGH TEMPERATURE TANKS PLUMBED IN PARALLEL INCLUDE NGE TYPE M CONTROLLER ARMSTRONG AET 220 GAL EXPANSION 2CSST/ 6 BAR PRV TYPE L COPPER N2SSUM flVf{ PT - , EXTERNAL HEAT EXCHANGER O ARMSTRONG SB7M-40 P2 C G 1.5" 29cV 3 WAY A" BELIMO 8339 I�{AB W ARB 24-3 ACTUATOR E9) 1.5' TYPE L COPPER BI NOTES: — 96 NCE216 COLLECTORS — SYSTEM IS CLOSED LOOP — SOLAR LOOP IS 50-100% GLYCOL — HEAT EXCHANGERS ARE ARMSTRONG BRAZED PLATE P1 — ARMSTRONG 4360 1.58 P2 — WHISPERFLO 1/2 HP P3 — ARMSTRONG E28 S1 tX KTTE O TER 2' CORRUGATED STAINLESS STEEL TUBING/TYPE L COPPER 6 BAR PRV —❑ AIR BLEED - S4(TRF) CHECK VALVE I� P1 1.5' 29cv 3 WAY BELIMO 8339 W ARB 24-3 ACTUATOR r1 A EXTERNXL HEAT EXCHANGER MMSTRONG SB7Y-40 TO COOLING TOWER LOOP C-H H P-3 11 FROM COOLING TOWER LOOP NEXT GENERATION ENERGY LLC 75 WANEKA PKWY LAFAYETTE. CO 80026 PHONE: (303) 665-2000 WEB: WWW.NEXCENENE.COM EPIC POOL/DHW HEATING E SCALE NTS — m - B SHEET I _ 1- ORNIIHG ND. 0 FROM POOL FILTERS — — — — — — — — Exlsrwc I I I MAIN POOL BOILER EXISTING 2- CSST/ TYPE L COPPER DHW PREHEAT SYSTEM `! (2) 105 GALLON HIGH TEMPERATURE TANKS PLUMBED IN PARALLEL NOTES: INCLUDE NGE TYPE M CONTROLLER — 96 NGE216 COLLECTORS — SYSTEM IS CLOSED LOOP — SOLAR LOOP IS 50-100% GLYCOL — HEAT EXCHANGERS ARE ARMSTRONG BRAZED PLATE P1 — ARMSTRONG 4360 1.5B ARMSTRONG AET 220 GAL EXPANSION P2 — WHISPERFLO 1/2 HP 2' CSST/ 6 eAa PRV P3 — ARMSTRONG E28 TYPE L COPPER oaczsuRE fxwE scNr w�ss GS J � PaEswaE cnmE BIDE RNrtE EXTERNAL HEAT EXCHANGER j Q ttOn uCiER ARMSTRONG SB7M-40E Q Q- -`-4�—'�++ i 6 BAR PRV P 2 � I 1.5" 29cv 3 WAY AI AIR BLEED BELIMO 8339 W ARB 24-3 ACTUATOR 1.5" TYPE L COPPER B' I S4(TRP) I � CHECK VALVE — -- — — ---- ----- , P 1 I i S1 Milli 2" CORRUGATED STAINLESS STEEL TUBING/TYPE L COPPER 1.5" 29cv 3 WAY BEUMO 8339 F�W�I'IARB 24-3 ACTUATOR F-I A B EXTERNAL NEAT ExCHAHGER ARMSTRONG 587M-x0 TO COOLING TOWER LOOP I __O H P3 C C C FROM COOLING TOWER LOOP NEXT GENERATION ENERGY LLC 75 WANEKA PKWY LAFAYETTE, CO 80026 PHONE: (303) 665-2000 WEB: WWW.NEXGENENE.COM EPIC POOL/DHW HEATING §LaA SCALE NTS pRunrvG m R 0 JSNEu _ R-I- ORAMNG rv0. Q �! � ® m m m m m � m m m m m m m m m BALL VALVE BOILER DRAIN NOTES 84 NGE-32 COLLECTORS SYSTEM IS CLOSED LOOP SOLAR LOOP IS 50% GLYCOL HEAT EXCHANGER IS ARMSTRONG BRAZED PLATE TAP INTO BOILER LOOP WITH TEES NO MORE THAN 4 OD APART ESTIMATED 768,000 MAX BTUH FROM SOLAR t_J CLOSET POOL B SPADED Cf GXIS N ACTUATED y3WAY 3 WAY JANDY SPACEDT POOL A 1 � ' EXIS ING T with BALLVALVE AND CAP FOR FUTURE EXPANSION�� d FLAT PLATE COLLECTOR: 4 j BLUE WHITE FLOW METER CHECK EXTERNAL HEAT VALVt� EARMSTRONG EXCHANGER x ARMSTRONG 2" S87M-40 �� 5.63-IMPELLER S4 7.BELIMO PRESSURE GAUGE v 3 WAY B3 with AB 24-3 ACTUATOR r —�' EM . (OPTIONAL) PRESSURE RELIEF 6-BAR 90 PSI 4 qDHWHEAT EXCHANGER ARMSTRONC WHISPERFLO 1/2 HP E� ( S85-70 (OPTIONAL) TO AND FROM DHWSTORAGE 1.5"COPPER ARMSTRONG E10B BRONZE 6.8" x 8.5" x 4.2" (OPTIONAL) 04/29/09. Next Generation Energy O All n9hts reserved. No Portion of this document may be reproduced without the wntten consent of Nevt Ge neratlon Ener9y® AIR BLEED 3" TYPE L COPPER To T with BALL VALVE AND CAP FOR FUTURE EXPANSION I 220 GAL. EXPANSIC TANK STRONG E17 �f 1 m 3" TYPE L COPPER ■ 9 \\% I MA TO AND FROM COOLING TOWER 00 -� No Text No Text ZILLA 2.0 ZILLA KNUCKLE - HEX -TUBE KNOCKOUT NGE RACK MOUNT NGE-32 FLAT PLATE COLLECTOR S' 6" HEX -TUBE 8' ZILLA 2.0 ZILLA U-BRACKET ZILLA FOOT 6' 6" ZILLA 2.0 HEX -TUBE with ZILLA U-BRACKETS — BALLASTING 09/29/09. Neat G...mtlp" E"ergy Ml rights rasarvad. No portion of this Eocuma"t may Da r,pmd,c,d without the written ro"se"t of Neat Ganptatlp" E-Mya) ZILLA FOOT w gyp°' m 03 /— m m m m m m m m m m m m m NGE-32 FLAT PLATE COLLECTOR NEX-TUBE KNOCKOUT Group#110 BALLASTING reserved. No pa Rlo" of thls document may he mpt"d—d without the w,Itte" consent of Next Ge"eretlo" Energy® S' 6" HEX -TUBE LLA 2.0 6' 6" ZILLA HEX -TUBE V 0 NGE RACK MOUNT U-BRACKET 8' 6" NEX-TUBE m m 0 0 0 0 N N 1 04 1 Proposal / Contract Contract Terms Taxes and Tax Credits: ' Customer must confirm any applicable taxes and any available tax credits or rebates. Kreutzman Construction, Inc. ("KCI") cannot advise its customers on tax matters. Please consult your tax advisor for specific information on available tax credits and rebates. Warranty; Disclaimers: ' All KCI work includes a one year parts and labor warranty from the date of system commissioning. Warranties on system components that are manufactured or supplied by others are transferred to the customer to the extent permitted by the manufacturer or supplier. Customer must obtain one of the following to ensure that the system warranty will remain in effect: 1) a system monitoring agreement with KCI, including access to an always -on internet connection, or 2) a ' battery backup system with an Hours of Autonomy rating of two (2) days as per system design. Adjustments to system electronic or mechanical controls by persons without direct and documented ' authorization from KCI may void the system warranty and incur additional costs and fees to return the system to as-builVnew status. ' EXCEPT AS SPECIFICALLY STATED IN THIS CONTRACT, KCI MAKES NO WARRANTY REGARDING THE SYSTEM OR ITS COMPONENTS, THE ENGINEERING OF THE SYSTEM OR THE INSTALLATION THEREOF, AND TO THE EXTENT PERMITTED BY LAW KCI EXPRESSLY DISCLAIMS ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING WITHOUT LIMITATION ANY WARRANTY OF DESIGN OR FITNESS FOR A PARTICULAR PURPOSE. KCI SHALL HAVE NO RESPONSIBILITY OR LIABILITY FOR ANY PORTION OR ASPECT OF THE ' STRUCTURE ON WHICH OR IN WHICH THE SYSTEM IS INSTALLED, OR FOR ANY SITE CONDITIONS OR DAMAGE CAUSED BY OR ARISING OUT OF KCI'S WORK UNDER THE PROPOSAL AND THIS CONTRACT. ' IN NO EVENT WILL KCI BE LIABLE FOR INCIDENTAL, SPECIAL, EXAMPLARY, PUNITIVE, INDIRECT OR CONSEQUENTIAL DAMAGES RELATING TO OR ARISING OUT OF THIS ' CONTRACT, THE SYSTEM, ITS COMPONENTS, THE ENGINEERING OF THE SYSTEM OR THE INSTALLATION THEREOF, WHETHER BASED IN CONTRACT, TORT (INCLUDING NEGLIGENCE), STRICT LIABILITY OR ANY OTHER THEORY OR FORM OF ACTION. Payment Schedule: 30% of Total System Price Including Taxes is due and payable upon customer's acceptance of this contract. The second installment of 50% of Total System Price Including Taxes is due upon delivery of the major system components, collectors or tanks. The balance of Total System Price Including Taxes is due upon completion of installation or commissioning of the system. Any amount that is not paid in full within fifteen days of the due date voids the warranty. Payments that are past due shall bear ' interest at the rate of 12 percent per annum (or, if lower, the maximum rate allowable by applicable law) until paid. UL 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 ' ( Proposal / Contract Site Requirements: ' Customer is responsible for ensuring that all underground utilities and systems have been clearly marked by a professional locating company prior to KCI starting work at the site. It is the customer's (and subsequent property owners') responsibility to maintain documentation locating any underground ' lines installed by KCI. KCI is not responsible for repair to any underground lines damaged due to failure to properly mark these lines prior to work being performed by KCI or others. KCI is not responsible for repair to any underground lines due to damage from tree roots, ground water, animals or other causes. The prices in the Proposal assume the dead loads of the system equipment will not exceed the weight - bearing capacity of the structure. Neither KCI nor Next Generation Energy is responsible for verifying the structural integrity of the site or of the building in which the system is to be installed, or for verifying that the building meets engineered design loads. The prices in the Proposal assume that all collectors will fit on the roof and that all storage tanks, pump stations, etc. will fit in mechanical room and all ' required building systems can interface with the solar system proposed. Customer is solely responsible for maintaining a safe working environment for KCI personnel at the ' site. Customer will obtain general liability insurance covering the site and KCI's personnel while they are working at the site. Site Access: The Proposal assumes that KCI will have continuous access to the property on which the system is to be installed Monday to Friday, 8am — 5pm beginning on _, 2009. Any limits on KCI's access may result in additional fees, which will be based on any access limitations. System ' commissioning may require limited access outside those normal times, to be outlined as per system design and implementation. I System Requirements: Mechanical rooms must be equipped with floor drains. Metallic drain pipes or non-existent floor drains will result in additional fees for KCI to comply with building codes. ' The system will require a dedicated electrical circuit and outlets to the system control/mechanical room, which customer must obtain from others. Circuit(s) specifications and outlet(s) locations and quantities will be determined by the system design. KCI will provide those specifications, locations and quantities ' to customer. Unless otherwise specified in the Proposal, the domestic water systems at the site must be operational ' prior to system installation and/or commissioning. On new builds, the domestic water system should include a stubbed and ball valved line to the control area ready for tie-in to the thermal system. KCI's responsibility for system plumbing ends at the mixing valve/anti-scald device. Excluded Costs: The prices quoted in this Proposal do not include work on high voltage circuits, gas ' piping, permit application or permitting fees, requirements imposed by building codes, governmental authorities, laws or regulations or the performance of work after normal business hours. ' Installation of line sets and/or conduit from collection areas to mechanical rooms may require cutting into existing walls to ensure proper routing and code compliance. KCI will not be responsible for IAL 75 Waneka Parkway 1 Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 { Proposal / Contract drywall repair or painting. ' Scheduling: An all -parties meeting with customer's representative and general contractor is required at KCI's office prior to KCI commencing work at the site. All relevant parties must attend. ' KCI's installer will work with customer's general contractor to schedule installation of the system. If customer's general contractor does not notify KCI of any delays in the schedule in writing at least 2 ' days prior to KCI's scheduled commencement of work, a rescheduling fee may be assessed by KCI to cover additional costs due to the rescheduling. ' System Maintenance: It is the customer's responsibility to properly maintain the system and document such maintenance. A separate maintenance agreement is available from KCI. Use of water with a heavy mineral content in the system will void the system warranty. ' This Proposal is based upon specific criteria attached to or referenced in the Proposal. Any change to system parameters or criteria due to unforeseen elements or situations including the need for structural reinforcement, extra materials, or any situation that requires time or materials in addition to those stated in the Proposal will be charged on an hourly basis for labor and at prices to be quoted for materials. Any items not specified in this Proposal are at the discretion of KCI. Force Maieure: KCI shall not be liable for any failure or delay in performing its obligations under this agreement due to events beyond its reasonable control, including but not limited to labor strikes or ' lockouts, riots, war, power failures, embargo, government action or inaction, shortages of components, materials or labor, severe weather or acts of nature. KCI will give notice to customer of any event which will materially delay or prevent its performance. KCI assumes that site conditions are such that the aforementioned equipment can be installed without excessive material or labor commitment. Actual system may vary if this is not the case. Governing Law: This contract is governed by the internal laws of the State of Colorado, without reference to any conflicts of laws principles which would cause the laws of any other jurisdiction to apply. ' Dispute Resolution: If a dispute relating to this contract arises the parties will negotiate in good faith to settle the dispute. If the parties cannot resolve the dispute by negotiation, then either party may seek to enforce any provision of, or any right arising out of, this contract by arbitration conducted under the ' then -current Commercial Arbitration Rules (the "AAA Rules") of the American Arbitration Association (the "AAA"). The arbitration shall be conducted at a location in Boulder, Colorado that is acceptable to customer and KCI, or, if they cannot agree, at a location chosen by the arbitrator. The arbitrator's award ' shall be in writing and shall be final and binding on the parties. Each party shall bear its own costs and expenses in connection with arbitration, and the parties shall share equally the costs of arbitration, including the arbitrator's fees. Any award rendered by an arbitrator may be entered for enforcement in any court of competent jurisdiction, and the party against whom enforcement is sought shall bear the expenses, including attorneys' fees, of enforcement. Each party consents to the jurisdiction of any such court in any enforcement proceeding and irrevocably waives any objection to venue therein. ' Entire Agreement: This contract, including the Proposal, constitutes the entire agreement between customer and KCI regarding the subject matter hereof, and supersedes any and all prior written or oral promises, representations, courses of dealing and understandings of the parties as to such subject 'AL 75 Waneka Parkway 1 Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 Longmont Recreational Center Longmont, Colorado June, 2009, The Longmont Recreational Center located in Longmont, CO, has recently implemented a solar thermal system with the goal of off -setting large utility bills. Recent legislation and available federal funding prompted the City of Longmont to jump on the opportunity, and with the advances in technology from Next Generation Energy®, the rec center was able to recieve more system for their money. With 120 NGE-216 evacuated tube collectors ballasted on the roof, Longmont Rec Center is off -setting a minumum of 1,493,116,235 BTU's annually - translating to $12,691.49 saved in the first year. The fixed energy rate provided by the solar sys- tem will continue to save substantial amounts of money and energy for the life of the system. New designs and advances in installation equipment have allowed places such as the Longmont Rec Center to take advantage of the opportunities out there for renewable energy. Next Generation Energy® has recently released its ZillaTM line of racking and mounting products that alone cut the cost of installation and labor in half. With large projects such as these, cost factors such as materials, time and labor can make or break a deal. The Longmont system utilized exclusively ZillaTm racking and mounting com- ponents, as wells as the top rated NGE-216 evacuated tube collectors (most efficient in the world). Installation of all 120 collec- tors, racking and mounting took just 6 days. The Longmont Recreational Center is now one of the largest evacuated tube collector systems in the Rocky Mountain region. Ballasted roof mount system at Longmont Recreation Center. 120 evacuated tube collectors saving thousands of dollars in their first year of operation. Renewable Energy Contractors Since 1985 Proposal / Contract matter. Each party acknowledges and agrees that no representation, promise, inducement of ' statement of intention other than those specifically set forth in this Agreement has been made by the other party or has been relied upon in entering into this Agreement. No additional or different terms set forth in any order, discussion or correspondence shall modify the provisions of this Agreement unless ' such order or correspondence specifically states that it is intended to modify some or all of the provisions hereof. Any amendment to this contract must be in writing and must be signed by customer and an authorized officer of KCI. Signatures: Headings. A signature to this contract delivered by facsimile or as a PDF file shall have the same force and effect as an original signature. The headings in this contract are for convenience of reference only and shall not be deemed to limit or affect the subject matter contained herein. The parties have jointly prepared and negotiated this contract, and the terms hereof shall not be construed in favor or against either party on account of its participation in such preparation. Acceptance of Proposal: This Proposal is valid for 30 days from the date listed on the first page of the Proposal. The Proposal can be accepted only by the customer or its authorized representative executing and returning a copy of the Proposal to KCI, which will create a binding contract. The system price is subject to change without notice after that time. Please sign below to indicate your acceptance of the Proposal and the above contract terms and conditions: Options and/or Additions Selected ' Total Cost Printed Name ' Signature Dave Kreutzman — President Kreutzman Construction, Inc. Date _, 20_ 'AL 75 Waneka Parkway I Lafayette. CO 80026 1 720.880.6800 1 303.664.1268 look o0 oo0u uo�o�`�UU' �oo�oo�� FN ams Next Generation Energy® collectors are designed to meet the needs of any system from 30 to 50,000 gallons with hot water, space heating, air conditioning and industrial process heat. The collectors are factory assembled from the finest materials and with the highest standard: of craftsmanship. Also, the "Quick -Lock" mounting hardware make installation easy, and the attractive design is an asset to any building. WGE collectors are designed to provide at least 30 years of dependable service with proper maintenance and are fully wrarrantied for ten years. V i LI [000 F[PD �0 �r It's in the Sun!" Q It izal. Mlh;fn� I U Features: ' • High accuracy digital paddlewheel technology. • Large, 8 digit LCD display, up to 4 decimal places. • 3/8", 1/2", 3/4", 1", 1-1/2", and 2" male pipe threads. • Remote mount display on panel, pipe or wall. • Flow rate from .4 to 200 GPM (1 to 700 LPM) • Very low pressure drop. • Rate and total flow display. • Total reset function can be disabled. • Optional Process Control alarm or batch processing relay. • Front panel security lock -out. • Optional 4-20mA or 0-10VDC output. Field programmable. Specifications: Max. working pressure: ........ 300 PSI (20 bar) @ 70' F (21° C) Signal Distance:.... AC sine wave sensor = 200 ft (60 m) Max. fluid temperature: ........ 200' F (93' C) @ 0 PSI Optional Hall Effect sensor = 1 mile (1.6 km) Max. ambient temperature: ..14° to 110' F/ -10' to 43' C Signal Cable:......... 3 conductor shielded. Included 25 ft. (7,6 m) Full scale accuracy: .............. +/- 1% Max pressure drop: 8 PSI (varies per model) Power requirement: .............. 16-24VDC Enclosure:............. NEMA 4X (IP56) Model RT units only: ......... 4 AA batteries or AC/DC transformer Approx ship wt:.... 2 lb. (.91 kg) All units: ............................. AC/DC transformer r� n Materials of Construction: Pipe fitting: ............................ Polypropylene (options: PVDF) Sensor, paddlewheel, axle:..PVDF Sensor 0-ring seals: ............. Viton' (optional EP) Installation Requirements: Minimum Straight Pipe Length Requirements The meter's accuracy is affected by disturbances such as pumps, elbows, tees, valves, etc., in the flow stream. Install the meter in a straight run of pipe as far as possible from any disturbances. The distance required for accuracy will depend on the type of disturbance. Type Of Disturbance Minimum Inlet Pipe Length Minimum Outlet Pipe Length Flange 107 Pipe I.D. 5 X Pipe I.D. Reducer 15 X Pipe I.D. 5 X Pipe I.D. 90' Elbow 20 X Pipe I.D. 5 X Pipe I.D. Two Elbows -1 Direction 25 X Pipe I.D. 5 X Pipe I.D. Two Elbows -2 Directions 40 X Pipe I.D. 5 X Pipe I.D. Pump Or Gate Valves 50 X Pipe I.D. 5 X Pipe I.D. Horizontal Mount MINIMUM OUTPUT FLOW Lo. LMGTH MINPUTNIMUM MI 1 LNIMUM IaurvuT LENGTH LMGTN Recommended Vertical 45" Acceptable 45' Acceptable o MINIMUM INPUIT LENGTH Angle Mount on Horizontal Pipe Vertical Mount Mounting location • The meter is designed to withstand outdoor conditions. A cool, dry location, where the unit can be easily serviced is recommended. • The meter can be mounted on horizontal or vertical runs of pipe. Mounting at the vertical (twelve o'clock) position on horizontal pipe is recommended. Mounting anywhere around the diameter of vertical pipe is acceptable, however, the pipe,must be completely full of water at all times. Back pressure is essential on downward flows. See the minimum straight length of pipe requirement chart above. • The meter can accurately measure flow from either direction. C I L P h 1 Blue -White Dimensions: Bill Flow Stream Requirements: DigiFlo Digital Paddlewheel Meters Pipe Size p 13 3/8,, 3-3/4" (95) 4-3/4" (121) 1/2" 3-3/4" (95) 5-1/8" (130) 3/4" 4" (102) 5-1/4" (133) 1„ 4" (102) 5-5/8" (143) 1-1/2" 4-1/2" (114) 6-1/2" (165) 2,, 4-3/4" (121) 6-3/4" (171) Inches(mm) Maximum Temperature vs. Pressure 0 60(t1) 120(83) IR114) 2R18.51 W(N.7) STATIC PRESSURE PSI(BAR) Measuring accuracy requires a fully developed turbulent flow profile. Pulsating, swirling and other disruptions in the flow stream will effect accuracy. Flow conditions with a Reynolds Number greater than 4000 will result in a fully developed turbulent flow. A Reynolds Number less than 2000 is laminar flow and may result in inaccurate readings. Fully Developed Laminar Disturbed Flow REYNOLDS NUMBER = 3160 x Q x G Turbulent Flow Flow (due to swirling) D x V Where: —► _� Flow rate of the fluid in GPM = Q Specific gravity of the fluid = G Pipe inside diameter in inches = D Fluid viscocity in centepoise = V Pipe Cross Section Flow Velocity Profile Model Number Matrix: M1 RT = Rate and Total flow 1 = Range 1 (see pipe fitting range data) AO = Rate, Total, 4-2OmA 2 = Range 2 (see pipe fitting range data) PC = Rate, Total, Relay 3 = Range 3 (see pipe fitting range data) AP = Rate, Total, 4-2OmA, relay 4 = Range 4 (see pipe fitting range data) 5 = Range 5 (see pipe fitting range data) Display Mount I Sensor Type 6 = Range 6 (see pipe fitting range data) S = Display mounted on AC coil sensor P = Display remote mount, AC coil sensor Calibration Units H = Display remote mount, Hall Effect sensor Pipe Fitting a and Material M1 = PP body Male NPT, flow range #1 GM = U.S. Gal per min GH = U.S. Gal per hour OM = U.S. Oz per min Power B = Battery holder with 4 AA cells 1 = U.S. Transformer, AC 11 5V6OHz/1 5Vdc, NEMA5/15 plug Pipe Size M2 = PP body Male NPT, flow range #2 FM = Cubic Ft per min 2 = Europe Transformer, AC 230V5OHz/15Vdc, CEE 7NII plug 38 = 3/8 inch M3 = PP body Male NPT, flow range #3 AD = Acre Ft per day 3 = U.S. Transformer, AC 230V6OHz/15Vdc, NEMA 5/15 plug 50 = 112 inch M4 = PP body Male NPT, flow range #4 LM = Liters per min 4 = U.S. Transformer, 115V6OHz and Battery back-up 75 = 3/4 inch F1 = PVDF body Male NPT, flow range #1 LH = Liters per hour 5 = Europe Transformer, 230V5OHz and Battery back-up 10 = 1 inch F2 = PVDF body Male NPT, flow range #2 MH = Cubic Mtr per hour 6 = U.S. Transformer, 230V6OHz and Battery back-up 15 = 1-1/2 inch F3 = PVDF body Male NPT, flow range #3 IM = Imperial Gal per min X = No Selection (Customer must supply power) 20 = 2 inch F4 = PVDF body Male NPT, flow range #4 IH = Imperial Gal per hour Pipe Size, Flow Range and Display Model Options: 115v AC Models with Polypropylene Pipe Fitting GPM MODELS LPM MODELS GPM RATE & TOTAL ANALOG PROCESS LPM RATE & TOTAL ANALOG PROCESS Pipe Size flow DISPLAY OUTPUT CONTROL flow DISPLAY OUTPUT CONTROL M/NPT Range Model Number Model Number Model Number Range Model Number Model Number Model Number 3/8" .8to8 RTP138M1GM1 AOP138M1GM1 PCP138M1GM1 3to30 RTP138M1LM1 A0P138M1LM1 PCP138M1LM1 3/8" 4_to 4_RTP138M2GM2_A011138M2GM2_PCP138M2GM2 1 to 10_RTP138M2LM2_AOP138M2LM2_PCP_138M2LM2 1/2" 2to20 RTP150M1GM1 A0P150M1GM1 PCP150M1GM1 7to70 RTP150M1LM1 AOP150M1LM1 PCP150M1LM1 1/2" .5.to.5_RT.P_15OM2GM2_AOP_15OM2GM2_P_CP_1.5OM2GM2 2.to.20_RT.P_15OM2LM2—AOP_15OM2LM2_P_CP_15OM2LM2 3/4" 3to30 RTP175M1GM1 A0P175M1GM1 PCP175M1GM1 11to110 RTP175M1LM1 A0P175M1LM1 PCP175M1LM1 3/4" .8_to_8_RTP175M2GM2_AOP175M2GM2_PCP175M2GM2 3 to-30_RTP175M2LM2_AOP_175M2LM2_PCP_175M2LM2 1" 5to50 RTP110M1GM1 A0P110M1GM1 PCP110M1GM1 20to200 RTP11OMlLM1 A0P110M1LM1 PCP110M1LM1 1" 2.to.20^RT.P_11.OM2GM2—AOP_1,1OM2GM2_P-CP_1.1OM2GM2 7_to_7.0_RTP_11OM2LM2—AOP_11OM2LM2—P_CP_1.1OM2LM2 1-1/2" 4 to 40 RTP115M1GM1 A0P115M1GM1 PCP115M1GM1 15 to 150 RTP115M1LM1 AOP115M1LM1 PCP115M1LM1 1_1/2" 6.to-60_RT.P_1.1.5M2GM2—AOP_1.15M2GM2_.P_CP_115M2GM2 25.to.250_RTP_11.5M2LM2_.AOP_1.15M2LM2_P-CP_115M2LM2J 1-1/2" 10 to 100 RTP115M3GM3 A0P115M3GM3 PCP115M3GM3 40 to 400 RTP115M3LM3 A0P115M3LM3 PCP115M3LM3 2" 4-to 40_RT.P_120M1GM1_AOP_120M1,GM.I—P-CP_120M1.GM1 15 to 150_RIP120M1,LM1_AOP_120M1LM1_P_CP_120M.1LM] 21 6 to 601 RTP120M2GM2 rA0P120M2GM21 PCP120M2GM2 25 to 250 RTP120M2LM2 AOP12OM2LM2 PCP120M2LM2 [__�2" 10 to_180_RTP12OM3GM3_AOP_12OM3GM3_P_CP_12OM3GM3 4.0_to 4OO—RTP_12OM3LM3_AOP_12OM3LM3_P-CP_12OM3LM3 2" 20to200 RTP120M4GM4 AOP12OM4GM4 PCP120M4GM4 70to700 RTP120M4LM4 AOP12OM4LM4 PCP120M4LM4 Blue -White 5300 Business Drive, Huntington Beach, CA92649 Te1:714-893-8529 Fax:714-894-9492 www.blue-white.com Email: sales@blue-white.com All trademarks are the property of their respective owners. Technical data sheet #85000-064 rev.080806 ARMSTRONG W ARMfIo E Series Circulators - Models E10/E1013 JOB: EPIC ENGINEER: Jamie Letts CONTRACTOR: Kreutzman TECHNICAL DATA Flow Range 0 to 43.0 USgpm (0 to 2.7 Us) Head Range 0 to 28.0 feet (0 to 8.5 m) Max. Fluid Temperature 230°F (110°C) Max. Working Pressure 150 psi (1034 kPa) Nominal Power 1l6 hp (125 W) Voltage 120 V 240 V Full Load Amp Draw 2.0 A 1.0 A Frequency 60 Hz Motor Type 2 pole, Single Phase Speed 3300 rpm MATERIALS Pump Body OF • • Cast Iron (closed systems) or Bronze (open systems) Face Plate Stainless Steel Impeller 30% Glass -filled Noy Shaft Stainless Steel Bearings Permanently lubricated Stainless Steel Gasket EPDM Seal Silicon Carbide EnviroSeai Note: All dimensions are in inches (mm) and weights in Ibs (kg) F C O o REPRESENTATIVE: ORDER NO: SUBMITTED BY: APPROVED BY: FILE NO: 10.593 DATE: May 18, 2004 SUPERSEDES: 10.593 DATE: June 15, 2003 SUBMITTAL DATE: DATE: DATE: PERFORMANCE CURVE MENEEMENEENEEN ,■,■,■,,,,,,,, ■■■■■■■■■■■■■■ ■■.■■■■■■■■■■■ ■■■■■■■■■■.■■■ MMMMMMMMMMMMMM MMMMMMMMMMMMMM ,,,,,,,,,,,,,, ■,■■■■■■■■■■■■ ,■,,,,,,,,,,,, ,,,,,,,,,,,,,, ,,,,,,,,,,,,,,, ■■■,�■■■■■■■■■ , , •- b••- oil Page 1 of 2 1 1 1 1 1 1 1 1 1 1 1 1 1 ARMSTRONG j ARMffo E Series Circulators F 35 30 m 25 9 m 20 x �0 15 10 5 0 Flow - Us 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 Flow - USgpm Flow - Us 0 E W F MOM OEM \\M` ■■■ EfsIN� 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 Flow - USgpm S. A. Armstrong Limited Armstrong Pumps Inc. Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester Canada, M1 L 2P3 U.S.A. 14120-6594 United Kingdom, M12 5J1- T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 161 223 2223 F (Main): (416) 759-9101 F: (716) 693-8970 F: +44 (0) 161 220 9660 Page 2 of 2 © S.A. Armstrong Limited 2006 I ARMSTRONG J� U 1 F FILE NO.: 113.20 DATE: Nov. 1, 2006 SUPERSEDES: 113.20 DATE: Oct. 26, 2006 ABX - Brazed Plate Heat Exchangers - Selection Charts Armstrong's ABX brazed plate heat exchangers are designed to facilitate heat transfer between two media of different temperatures without allowing them to mix. The high heat transfer rates allow for a compact design, and the stainless steel construction combined with copper brazing creates a robust and corrosion resistant unit. The design and construction conform to ASME code. Armstrong also offers the following options: Nickle Brazed Double wall SMO 254 Plates Mounting Studs Standard Construction: • Copper Brazed • 316 SS plates • 316 SS Sweat or NPT Connections • Single Wall Operating Limits (Standard Construction) Design Pressure: 450 psig (3103 kPa) Max. Operating Temp.: 385°F (196°C) Submittals and installation & operating manuals are avallaDle at www.armsirongpumps.com Models Lead Time Stock � 2 weeks Not in -Stock 0 Contact;your nearest Armstrong Representative For quantities of more than 2 of one model size, please confirm delivery with the factory. Radiant Heat Applications OPTIMAL STOCK BTLIH 180*F-150'F BOILER LOOP 80'F-100'F FLOOR LOOP MODEL MODEL Flow Pressure Drop SB1 -8 SB1 -10 20,000 1.3 0.08 U.7 0.13 2.0 0.13 0.9 6.21 SB1 -8 SB1 -10 40,000 2.7 0.17 2.7 18.62 4.0 0.25 3.5 24.13 SB1 -8 SB1 -10 60,000 4.0 0.25 5.8 39.99 6.0 0.38 7.6 52.40 SB1 -14 SB1 -20 90,000 6.0 0.38 3.4 23.44 9.0 0.57 5.8 39.99 SB3 -10 SB1 -20 120,000 8.0 0.50 5.0 34.47 12.0 0.76 7.4 51.02 SB3' 14 SB1 -20 150,000 10.0 0.63 3.6 24.82 15.0 0.95 6.0 41.37 SB3 -20 SB3 -20 180,000 12.0 0.76 2.4 16.55 18.0 1.14 4.4 30.34 SB3 -20 SB3 -20 220,000 14.7 0.93 3.5 24.13 22.0 1.39 6.5 44.82 SB3 -24 SB3 -30 260,000 17.3 1.09 3.3 22.75 26.0 1.64 6.4 44.13 SB3 -30 SB3 -30 300,000 20.0 1.26 2.8 19.31 30.0 1.89 5.7 39.30 SB3 -30 SB3 -30 350,000 23.3 1.47 3.8 26.20 35.0 2.21 7.6 52.40 S133 -40 S64 -50 400,000 26.7 1.68 2.9 19.99 40.0 2.52 6.0 41.37 SB3 -40 SB7M -40 450,000 30.0 1.89 3.7 25.51 45.0 2.84 7.6 52.40 SB3 -50 S67M -40 500,000 33.3 2.10 3.1 21.37 50.0 3.15 6.6 45.51 SB3 -60 SB7M -40 600,000 40.0 2.52 3.4 23.44 60.0 3.75 7.3 50.33 SB7L -30 SB7L -40 700,000 46.7 2.94 3.3 22.75 70.0 4.42 6.5 44.82 SB7L -34 SB7L -40 800,000 53.3 3.36 3.3 22.75 80.0 5.05 6.7 46.19 SB7L -40 SB7L -40 900,000 60.0 3.79 3.1 21.37 90.0 5.68 6.4 44.13 SB7L -44 SB7L -40 1,000,000 66.7 4.21 3.3 22.75 100.0 6.31 6.8 46.88 SB7L -60 SB7L -40 1,200,000 80.0 5.05 3.3 22.75 120.0 7.57 6.2 42.75 SB7L -70 SB7L -40 1,400,000 93.3 5.89 3.2 22.06 140.0 8.83 7.0 48.26 SB8 -70 1,600,000 106.7 6.73 3.2 22.06 160.0 10.09 6.8 46.88 SB8 -80 1,800,000 120.0 7.57 3.2 22.06 180.0 11.36 7.0 48.26 SB8 -90 2,000,000 133.3 8.41 3.3 22.75 200.0 12.62 7.2 49.64 SB8 -130 1 2,500,000 1 166.7 10.52 3.3 22.75 250.0 15.77 7.3 50.33 SB10 -160 3,000,000 200.0 12.62 3.1 21.37 300.0 18.93 6.8 46.88 SB10 -180 3,500,000 233.3 14.72 3.4 23.44 350.0 22.08 7.4 51.02 SB10 -210 4,000,000 266.7 16.82 3.3 22.75 400.0 25.24 7.3 50.33 Based on the following conditions: Boiler Side (Side 1) - Water Radiant Heat Side (Side 2) - Water Note: All Flows in USgpm (Us) and Pressure Drops in psi (kPa) Page 1 of 4 ARMSTRONG J; Radiant Heat Applications OPTIMAL STOCK BTUH 180*F-150*F BOILER LOOP 120*F-140*F FLOOR LOOP MODEL MODEL Flow -T Pressure Drop Flow Pressure Drop SB1 -8 SB1 -10 20,000 1.3 0.08 0.70 T47 3 2.0 0.13 0.90 6.21 SB1 -8 SB1 -10 40,000 2.7 0.17 2.70 18.62 4.0 0.25 3.50 24.13 SB1 -10 SB1 -10 60,000 4.0 0.25 3.40 23.44 6.0 0.38 4.90 33.78 SB1 -14 SB1 -20 90,000 6.0 0.38 3.40 23.44 9.0 0.57 5.80 39.99 SB1-20 SB1 -20 120,000 8.0 0.50 2.90 19.99 12.0 0.76 5.30 36.54 SB1-24 SB1 -20 150,000 10.0 0.63 3.10 21.37 15.0 0.95 6.00 41.37 SB1-30 SB3 -20 180,000 12.0 0.76 3.00 20.68 18.0 1.14 6.00 41.37 SB2-30 SB3 -20 220,000 14.7 0.93 3.90 26.89 22.0 1.39 7.60 52.40 SB3-40 SB3 -30 260,000 17.3 1.09 1.30 8.96 26.0 1.64 2.60 17.93 SB3-44 SB3 -30 300,000 20.0 1.26 1.40 9.65 30.0 1.89 2.90 19.99 SB3-50 SB3 -30 350,000 23.3 1.47 1.60 11.03 35.0 2.21 3.30 22.75 SB4-60 SB4 -50 400,000 26.7 1.68 2.90 19.99 40.0 2.52 6.00 41.37 SB4-60 SB71V! -40 450,000 30.0 (1.89) 3.60 (24.82) 45.0 (2.84) 7.50 (51.71) SB4-70 SB7M -40 500,000 33.3 2.10 3.40 23.44 50.0 3.15 7.30 50.33 SB4-90 SB71V! -40 600,000 40.0 2.52 3.40 23.44 60.0 3.75 7.30 50.33 SB71--30 SB7L -40 700,000 46.7 2.94 3.30 22.75 70.0 4.42 6.50 44.82 SB71--34 SB7L -40 800,000 53.3 3.36 3.30 22.75 80.0 5.05 6.70 46.19 SB7L-40 SB71- -40 900,000 60.0 3.79 3.10 21.37 90.0 5.68 6.40 44.13 SB7L-44 SB7L-40 1,000,000 66.7 4.21 3.30 22.75 100.0 6.31 6.80 46.88 SB7L-60 SB7L-40 1,200,000 80.0 5.05 3.30 22.75 120.0 7.57 6.20 42.75 SB7L-70 SB71- -40 1,400,000 93.3 5.89 3.20 22.06 140.0 8.83 7.00 48.26 SB8-70 1,600,000 106.7 6.73 3.20 22.06 160.0 10.09 6.80 46.88 SB8-80 1,800,000 120.0 7.57 3.20 22.06 180.0 11.36 7.00 48.26 SB8-90 2,000,000 133.3 8.41 3.30 22.75 200.0 12.62 7.20 49.64 SB8-130 2,500,000 1 166.7 10.52 3.30 22.75 250.0 15.77 7.30 50.33 SB10-160 3,000,000 200.0 12.62 3.10 21.37 300.0 18.93 6.80 46.88 SB10-180 3,500,000 233.3 14.72 3.40 23.44 350.0 22.08 7.40 51.02 SB10-210 4,000,000 266.7 16.82 3.30 22.75 400.0 25.24 7.30 50.33 Based on the following conditions: Boiler Side (Side 1) - Water Radiant Heat Side (Side 2) - Water Domestic OPTIMAL STOCK BTIIH MODEL MODEL SB1 -10 SB1 -10 25,000 Hot Water Applications :0:. Flow 7Pressure Drop 1.3 (0.08) 0.35 (2.42) DOMESTIC Flow Pressure Drop 0.6 (0.04) 0.07 (0.48) SB1 -10 SB1 -10 30,000 1.5 (0.09) 0.49 (3.38) 0.8 (0.05) 0.09 (0.63) SB1 -10 SB1 -10 40,000 2.0 0.13 0.84 5.80 1.0 0.06 0.16 1.11 SB1 -10 SB1 -10 50,000 2.5 0.16 1.31 (9.03) 1.3 (0.08) 0.25(1.73) SB1 -14 SB1 -20 80,000 4.0 (0.25) 3.20 22.03 2.0 0.13 0.61 4.21 SB1 -14 SB1 -20 100,000 5.0 0.32 2.29 15.81 2.5 0.16 0.51 3.53 SB1 -14 SB1 -20 130,000 6.5 0.41 3.79 26.15 3.3 0.21 0.83 5.74 SB1 -20 SB1 -20 150,000 7.5 0.47 2.39 16.50 3.8 0.24 0.58 4.01 SB1 -20 SB1 -20 200,000 10.0 0.63 4.14 28.52 5.0 0.32 1.00 6.90 SB1 -30 SB4 -20 300,000 15.0 0.95 4.30 29.62 7.5 0.47 1.10 7.59 SB2 -40 SB4 -40 400,000 20.0 1.26 3.88 26.72 10.0 0.63 1.03 7.11 SB2 -40 SB4 -40 500,000 25.0 1.58 5.93 40.86 12.5 0.79 1.57 10.85 SB2 -44 SB4 -40 1 600,000 30.0 1.89 7.51 51.80 15.0(0.95) 1.90 13.09 SB2 -50 SB4 -40 700,000 35.0 2.21 8.12 55.98 17.5 1.10 2.06 14.20 SB2 -50 SB4 -50 800,000 40.0 2.52 10.00 68.96 20.0 1.26 2.67 18.41 SB4 -60 SB4 -50 900,000 45.0 2.84 7.82 53.92 22.5 1.42 2.00 13.78 (SB4 -60) (SB5 -70) 0,000,000) (50.0 3.15) 19.56 65.91) (25.0 1.58) (2.45 (16.89)) Based on the following conditions: Boiler Side (Side 1) - Water Radiant Heat Side (Side 2) - Water Note: All Flows in USgpm (Us) and Pressure Drops in psi (kPa) Page 2 of 4 I ARMSTRONG J; FILE NO.: 113.20 DATE: Nov. 1, 2006 SUPERSEDES: 113.20 DATE: Oct. 26, 2006 ABX - Brazed Plate Heat Exchangers - Selection Charts Armstrong's ABX brazed plate heat exchangers are designed to facilitate heat transfer between two media of different temperatures without allowing them to mix. The high heat transfer rates allow for a compact design, and the stainless steel construction combined with copper brazing creates a robust and corrosion resistant unit. The design and construction conform to ASME code. Armstrong also offers the following options: Nickle Brazed Double wall SMO 254 Plates Mounting Studs Standard Construction: • Copper Brazed • 316 SS plates • 316 SS Sweat or. NPT Connections • Single Wall Operating Limits (Standard Construction) Design Pressure: 450 psig (3103 kPa) Max. Operating Temp.: 385°F (196°C) Submittals and installation & operating manuals are avaname at www.armsirongpumps.com Models Lead Time Stock 2 weeks Not in -Stock o Contact your nearest Armstrong Representative For quantities of more than 2 of one model size, please confirm delivery with the factory. Radiant Heat Applications MODELOPTIMAL STOCK 180*F-150*F BOILER LOOP 80'F-I 00*17 FLOOR LOOP .. -. .. -... SB1 -8 SB1 -10 20,000 1.3 0.08 0.7 0.13 2.0 0.13 0.9 6.21 SB1 -8 SB1 -10 40,000 2.7 0.17 2.7 18.62 4.0 0.25 3.5 24.13 SB1 -8 SB1 -10 60,000 4.0 0.25 5.8 39.99 6.0 (0.38 7.6 52.40 SB1 -14 SB1 -20 90,000 6.0 0.38 3.4 23.44 9.0 0.57 5.8 39.99 SB3 -10 SB1 -20 120,000 8.0 0.50 5.0 34.47 12.0 0.76 7.4 51.02 SB3 -14 SB1 -20 150,000 10.0 0.63 3.6 24.82 15.0 0.95 6.0 41.37 SB3 -20 1 SB3 -20 180,000 12.0 0.76 2.4 16.55 18.0 1.14 4.4 30.34 SB3 -20 SB3 -20 220,000 14.7 0.93 3.5 24.13 22.0 1.39 6.5 44.82 SB3 -24 SB3 -30 260,000 17.3 1.09 3.3 22.75 26.0 1.64 6.4 44.13 SB3 -30 SB3 -30 300,000 20.0 1.26 2.8 19.31 30.0 1.89 5.7 39.30 SB3 -30 SB3 -30 350,000 23.3 1.47 3.8 26.20 35.0 2.21 7.6 52.40 SB3 -40 SB4 -50 400,000 26.7 1.68 2.9 19.99 40.0 2.52 6.0 41.37 SB3 -40 SB7M -40 450,000 1 30.0 1.89 3.7 25.51 45.0 2.84 7.6 52.40 SB3 -50 SB71VI -40 500,000 33.3 2.10 3.1 21.37 50.0 3.15 6.6 45.51 SB3 -60 SB7M -40 600,000 40.0 2.52 3.4 23.44 60.0 3.75 7.3 50.33 SB7L -30 SB7L -40 700,000 46.7 2.94 3.3 22.75 70.0 4.42 6.5 44.82 SB7L -34 SB7L -40 800,000 53.3 3.36 3.3 22.75 80.0 5.05 6.7 46.19 SB7L -40 SB7L 40 900,000 60.0 3.79 3.1 21.37 90.0 5.68 6.4 44.13 SB7L -44 S87L -40 1,000,000 66.7 4.21 3.3 22.75 100.0 6.31 6.8 46.88 SB7L -60 SB7L -40 1,200,000 80.0 5.05 3.3 22.75 120.0 (7.57) 6.2 42.75 SB7L -70 SB7L -40 1,400,000 93.3 5.89 3.2 22.06 140.0 8.83 7.0 48.26 SB8 -70 1,600,000 106.7 6.73 3.2 22.06 160.0 10.09 6.8 46.88 SB8 -80 1,800,000 120.0 7.57 3.2 22.06 180.0 11.36 7.0 48.26 SB8 -90 2,000,000 133.3 8.41 3.3 22.75 200.0 12.62 7.2 49.64 SB8 -130 2,500,000 1 166.7 10.52 3.3 22.75 250.0 15.77 7.3 50.33 SB10 -160 3,000,000 200.0 12.62 3.1 21.37 300.0 18.93 6.8 46.88 SB10 -180 3,500,000 233.3 14.72 3.4 23.44 350.0 22.08 7.4 51.02 SB10 -210 1 4,000,000 266.7 16.82 3.3 22.75 400.0 25.24 7.3 50.33 Based on the following conditions: Boiler Side (Side 1) - Water Radiant Heat Side (Side 2) - Water Note: All Flows in USgpm (Us) and Pressure Drops in psi (kPa) Page 1 of 4 ARMSTRONG J; Snow Melt Applications OPTIMAL STOCK 13TUH 180*F-150*F BOILER LOOP 100*F-130*F SNOW MELT MODEL MODEL Flow Pressure Drop Flow Pressure Drop SB1 -10 SB1 -10 30,000 2.0 0.13 0.9 6.21 2.1 0.13 0.75 5.17 SB1 -10 SB1 -10 50,000 3.3 0.21 2.4 16.55 3.6 0.23 2.0 13.79) SB1 -14 SB1 -20 75,000 5.0 0.32 2.4 16.55 5.4 0.34 2.3 15.86 SB1 -14 SB1 -20 100,000 6.7 0.42 4.2 28.96 7.1 0.45 4.0 27.58 SB1-20 S61 -20 125,000 8.3 0.52 3.1 21.37 8.9 0.56 3.3 22.75 SB1-20 SB1 -20 150,000 10.0 0.63 4.4 30.34 10.7 0.68 4.6 31.72 SB1-20 S81 -20 175,000 11.7 0.74 5.9 40.68 12.5 0.79 6.2 42.75 SB1-30 S84-20 200,000 13.4 0.85 3.7 25.51 14.3 0.90 4.1 28.27 SB1-30 S64-40 250,000 16.7 1.05 5.6 38.61 17.8 1.12 6.3 43.44 SB2-40 S84 -40 300,000 20.0 1.26 4.1 28.27 21.4 1.35 4.8 33.09 SB2-40 SB4 -40 350,000 23.4 1.48 5.5 37.92 25.0 1.58 6.4 44.13 SB2-50 S82 40 400,000 26.7 1.68 4.9 33.78 28.6 1.80 5.7 39.30 SB2-50 SB4 -50 450,000 30.0 (1.89) 6.1 (42.06) 32.1 (2.03) 7.2 (49.64) SB4-50 SB4 -50 500,000 33.4 2.11 6.1 42.06 35.7 2.25 7.2 49.64 SB4-60 S87L -20 600,000 40.0 2.52 6.3 43.44 42.8 2.70 7.5 51.71 SB4-80 S87L -20 700,000 46.7 2.95 5.4 37.23 50.0 3.15 6.4 44.13 S67L-20 SB7L -20 700,000 46.7 2.95 7.1 48.95 50.0 3.15 7.6 (52.40 SB4-90 SB7M -40 800,000 53.4 3.37 5.9 40.68 57.1 3.60 7.1 48.95 S67L-24 S67M -40 800,000 53.4 3.37 6.4 44.13 57.1 3.60 7.0 48.26 S67L-30 S67M -40 900,000 60.0 (3.79) 5.2 35.85 64.2 4.05 5.9 40.68 S67L-30 S67L-40 1,000,000 66.8 4.21 6.4 44.13 71.4 4.50 7.2 49.64 Based on the following conditions: Boiler Side (Side 1) - Water 180°F/150°F (82°C/66°C) Snow Melt Side (Side 2) - 40% PG 100°F/130°F (38°C/54°C) ftimminq OPTIMAL STOCK BTUH MODEL MODEL SB1 -8 SB1 -10 30,000 Pool Armlications 180'F-150'F BOILER LOOP 80'F-109*F SWIMMINGPOOL Flow Pressure Drop Flow Pressure Drop 2.0 0.13 1.5 10.34 2.0 0.13 0.90 6.21 SB1 -10 S61 -10 60,000 4.0 0.25 3.2 22.06 4.0 0.25 2.3 15.86 SB1 -10 SB1 -10 75,000 5.0 (0.32) 4.9 33.78 5.0 0.32 3.5 24.13 SB1 -12 S61 -20 90,000 6.0 0.38 4.6 31.72 6.0 0.38 3.5 24.13 S61-14 SB1 -20 105,000 7.0 0.44 4.4 30.34 7.0 0.44 3.6 24.82 SB3-10 SB1 -20 120,000 8.0 0.50 4.8 33.09 8.0 0.50 3.4 23.44 S61-20 SB1 -20 150,000 10.0 0.63 4.2 28.96 10.0 0.63 3.7 25.51 S133-14 SB3 -20 175,000 12.0 0.76 4.8 33.09 12.0 0.76 3.9 26.89 S61-30 SB3-20 220,000 15.0 0.95 4.3 29.65 15.0 0.95 4.2 28.96 SB3-20 S133 -20 265,000 18.0 1.14 4.9 33.78 15.0 0.95 4.4 30.34 S133-24 SB3 -30 300,000 20.0 1.26 4.2 28.96 20.0 1.26 3.8 26.20 SB3-30 SB3 -30 365,000 25.0 1.58 4.1 28.27 25.0 1.58 3.9 26.89 SB3-34 SB4-50 440,000 30.0 1.89 4.6 31.72 30.0 1.89 4.5 31.03 SB3-40 SB5-60 515,000 35.0 2.21 4.7 32.41 35.0 2.21 4.6 31.72 SB3-50 SB5-60 585,000 40.0 2.52 4.2 28.96 40.0 2.52 4.2 28.96 SB3-34 SB5-60 660,000 45.0 2.84 10.0 68.95 45.0 2.84 9.7 66.88 SB3-40 SB7M-40 730,000 50.0 3.15 9.2 63.43 50.0 3.15 9.1 62.74 (SB3-44) (S67M-40) (805,000) (55.0 3.47) (9.4 64.81) (55.0 3.47) (9.4 (64.81)) SB3-50 SB7M-40 880,000 60.0 3.79 9.1 62.74 60.0 3.79 9.1 62.74 SB4-80 SB7M-40 950,000 65.0 4.10 9.5 65.50 65.0 4.10 9.8 67.57 SB4-90 SB7M-40 1,025,000 70.0 4.42 9.3 64.12 70.0 4.42 9.6 66.19 SB4-100 SB7M-40 1,100,000 75.0 4.73 9.3 64.12 75.0 4.73 9.6 66.19 SB7L-30 S67L-40 1,180,000 80.0 5.05 8.6 59.29 80.0 5.05 8.2 56.54 S87L-34 S871- 40 1,320,000 90.0 5.68 8.6 59.29 90.0 5.68 8.3 57.23 S871-40 SB7L-40 1,480,000 100.0 6.31 8.0 55.16 100.0 6.31 7.9 54.47 SB7L-44 S67L-60 1,830,000 125.0 7.89 10.0 68.95 125.0 7.89 10.0 68.95 S87L-60 S67L-60 2,200,000 150.0 9.46 9.1 62.74 150.0 9.46 9.3 64.12 SB8-60 2,560,000 175.0 11.04 10.0 68.95 175.0 11.04 10.0 68.95 S138-70 2,925000 200.0 12.62 10.0 68.95 200.0 12.62 10.0 68.95 Based on the tollowing conditions: Boiler Side (Side 1) - Water 180"h/150"F (82"G/66-U) Swimming Pool Side (Side 2) - Water 80°F/109°F (27°C/43°C) Maximum 10 psi pressure drop for USgpm > 45. Maximum 5 psi pressure drop for USgpm < 45. "Recommend using SMO 254 stainless steel because of chlorinated water. Note: All Flows in USgpm (Us) and Pressure Drops in psi (kPa) Page 3 of 4 Na Cre6utzmano 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 Centennial Pool Longmont, Colorado June, 2009. Centennial Pool in Longmont, CO, has installed a large solar thermal system to heat pool water at their aquatic fa- cility. Due to location, the system at Centennial Pool required a large ground mounted array with a custom racking design. Next Generation Energy®'s superior evacuated tube collectors and ZillaTm racking and mounting options were implemented to create the most energy and cost efficient solution. Utilizing NGE's newest ZillaTM product, the Helical, a new solar industry concept along with the rest of the complete ZillaTI, line, the installers were able to save 80% on the cost of labor and materials (30% materials, 50% on labor). With the Helical, no augering or cement was required, simply a bobcat and a guide: 72 Helicals placed in half a day compared to 72 augered and cemented holes in more than double the time. 98 NGE-216 evacuated tube collectors, racking, and ground mount were com- pleted in just 5 days. The Centennial Pool solar thermal system will off -set at least 1,194,492,988 BTU's annually and save a minimum of $10,153.19 in its first year of operation. Renewable Energy Contractors Since 1985 k 11 k L ARMSTRONG ABX - Brazed Plate Heat Exchangers FILE NO: 113.53 DATE: June 7, 2007 SUPERSEDES: 113.53 DATE: Sept. 16, 2005 SUBMITTAL JOB: EPIC REPRESENTATIVE: ORDER NO: DATE: ENGINEER: SUBMITTED BY: Jamie Letts DATE: 11/12/2009 CONTRACTOR: Kreutzman APPROVED BY: DATE: ABX - BRAZED PLATE HEAT EXCHANGERS Armstrong's ABX brazed plate heat exchangers are desioned to facilitate heat transfer between two media of different teml allowing them to mix. The high heat transfer rate; design, and the stainless steel construction comb nickel brazing creates a robust and corrosion rest and construction conform to ASME code. TECHNICAL DATA Copper Nickel Design Pressure 450 psi (3103 kPa) 230 psi (1586 kPa) Max. Temperature 385°F (196°C) 385°F (196°C) MATERIALS OF • - • Plates ❑ 316 Stainless Steel ❑ SM0254 Connection 316 Stainless Steel Braze O Copper ❑ Nickel CONNECTION " "SBG24 „$B3 :fi ° SB4 K' S65 .... SB7 .. SB8 '' } ;$B9 SB1073 �SB1;3I' BOO ��;S622 � r^S624 �� , �� .; Solder 0.375 0.375 0.375 0.375 0.375 0.375 0.375 0.375 0.750 0.750 1.625 1.625 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.875 0.875 2.000 2.000 0.625 0.625 0.625 0.625 0.625 0.625 0.625 0.625 1.250 1.250 2.125 2.125 0.750 0.750 0.750 0.750 0.750 0.750 0.750 0.750 1.375 1.375 2.625 2.625 0.875 0.875 0.875 0.875 0.875 0.875 0.875 0.875 1.500 1.500 3.000 3.000 1.250 1.250 1.625 1.625 3.125 3.125 1.375 1.375 2.000 2.000 3.375 2.125 2.125 2.625 MPT 0.50 0.50 0.50 0.50 0.50 0.50 0.50 0.50 1.25 1.50 1.50 2.50 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 1.50 2.00 2.00 3.00 1.00 1.00 1.00 2.00 2.50 2.50 3.50 1.25 1.25 3.00 4.00 Page 1 of 2 1 1 1 1 1 1 1 i 1 1 ARMSTRONG J; DIMENSIONS and WEIGHTS Model A B C D F G L Weight S61 8.00 (203.2) 6.69 (169.9) 2.88 (73.2) 1.57 (39.9) - - 0.3+N(0.095) V.62+N(2.41)] 1.54+N(0.11) [0.70+N(0.05)] S62 9.06 (230.1) 7.19 (182.6) 3.50 (88.9) 1.69 (42.9) - - 0.47+N(0.095) [11.94+N(2.41)] 2.42+N(0.13) [1.1+N(0.059)] SB22 12.80 (325.1) 11.00 (279.4) 3.50 (88.9) 1.69 (42.9) - - 0.4+N(0.1) [10.16+N(2.54)] 3.14+N(0.18) [1.42+N(0.08)] SB24 18.15 (461.0) 16.34 (415.0) 3.50 (88.9) 1.69 (42.9) - - 0.47+N(0.095) [11.94+N(2.41)] 4.20+N(0.31) [1.91+N(0.141)] SBG24 18.15 (461.0) 16.34 (415.0) 3.50 (88.9) 1.69 (42.9) - - 0.46+N(0.115) [11.68+N(2.92)] 4.20+N(0.33) [1.91+N(0.150)] S133 6.73 (170.9) 4.72 (119.9) 4.88 (124.0) 2.88 (73.15) - - 0.51+N(0.095) [12.95+N(2.41)] 2.64+N(0.13) [1.20+N(0.059)] SB4 13.07 (332.0) 11.06 (280.9) 4.88 (124.0) 2.88 (73.15) 5.51 (140.0) M8x20 0.51+N(0.095) [12.95+N(2.41)] 3.52+N(0.29) [1.60+N(0.131)] S135 20.83 (529.1) 18.81 (477.8) 4.88 (124.0) 2.88 (73.15) 5.51 (140.0) M8x30 0.51+N(0.095) [12.95+N(2.41)] 4.41+N(0.53) [2.00+N(0.240)] SB7 20.83 (529.1) 18.11 (460.0) 10.59 (268.99) 7.88 (200.15) 5.51 (140.0) M12x30 0.53+N(0.095) [13.46+N(2.41)] 21.2+N(1.2) [9.6+N(0.544)] SB8 20.83 (529.1) 16.58 (421.132) 10.59 (268.99) 6.34 (161.4) 5.51 (140.0) M12x30 0.4+N(0.1) [10.16+N(2.54)] 22.1+N(1.2) [10.0+N(0.544)] S69 31.42 (798.1) 21.17 (537.72) 10.59 (268.99) 6.34 (161.4) - - 0.53+N(0.095) [13.46+N(2.41)] 25.4+N(1.8) [11.52+N(0.82)] SB70 34.25 (870.0) 28.46 (722.9) 15.08 (383.0) 9.33 (237.0) - - 0.91+N(0.095) [23.11+N(2.41)] 87.1+N(2.8) [39.51+N(1.27)] Note: N is the number of plates DIMENSIONS Model Connection Size E Solder All sizes 0.79 (20.1) MPT 0.50 0.79 (20.1) 0.75 0.79 (20.1) 1.00 0.79 (20.1) 1.25 1.57 (39.9) 1.50 2.56 (65.0) 2.00 2.56 (65.0) 2.50 2.56 (65.0) 3.00 2.56 (65.0) 3.50 2.56 (65.0) 4.00 2.56 (65.0) Notes: 1. Connections available in MNPT or Solder. 2. Fluid 1 and 2 should normally be piped for counter current flow. However, this depends on the particular application. 3. Inlets & outlets to be piped to industries best practices. 4. Largest particle size to pass through all models is 0.03 inches, other than SBG which is 0.04 inches. 5. All dimensions are in inches (mm) and weights are in lbs. (kg). E 0.79 G is x 20 )pti-al) S. A. Armstrong Limited Armstrong Pumps Inc. Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester Canada, M 1 L 2P3 U.S.A. 14120-6594 United Kingdom, M 12 5JL T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 161 223 2223 F (Main): (416) 759-9101 F: (716) 693-8970 F: +44 (0) 161 220 9660 Page 2 of 2 B A tidy © S.A. Armstrong Limited 2005 I L ARMSTRONG J; ABX - Brazed Plate Heat Exchangers FILE NO: 113.53 DATE: June 7, 2007 SUPERSEDES: 113.53 DATE: Sept. 16, 2005 SUBMITTAL JOB: EPIC REPRESENTATIVE: ORDER NO: DATE: ENGINEER: SUBMITTED BY: Jamie Letts DATE: 11/12/2009 CONTRACTOR: Kreutzman APPROVED BY: DATE: ABX - BRAZED PLATE HEAT EXCHANGERS Armstrong's ABX brazed plate heat exchangers are designed to facilitate heat transfer between two media of different teml allowing them to mix. The high heat transfer rate: design, and the stainless steel construction comk nickel brazing creates a robust and corrosion res and construction conform to ASME code. TECHNICAL DATA Copper Nickel Design Pressure 450 psi (3103 kPa) 230 psi (1586 kPa) Max. Temperature 385°F (196°C) 385°F (196°C) MATERIALS OF • • Plates 111316 Stainless Steel 0 SM0254 Connection 316 Stainless Steel Braze ❑ Copper 121 Nickel CONNECTION SB1, SB2' SB22 Tz 5r9 24:. 1SBG24, SB3 r °S64 ., SB5'_.. = SB7<,. SB8~ S69 SB10'. Solder 0.375 0.375 0.375 0.375 0.375 0.375 0.375 0.375 0.750 0.750 1.625 1.625 0.500 0.500 0,500 0.500 0.500 0.500 0.500 0.500 0.875 0.875 2.000 2.000 0.625 0.625 0.625 0.625 0.625 0.625 0.625 0.625 1.250 1.250 2.125 2.125 0.750 0.750 0.750 0.750 0.750 0.750 0.750 0.750 1.375 1.375 2.625 2.625 0,875 0.875 0.875 0.875 0.875 0.875 0.875 0.875 1.500 1.500 3.000 3.000 1.250 1.250 1.625 1,625 3.125 3.125 1.375 1.375 2.000 2.000 3.375 2.125 2.125 2.625 MPT 0.50 0.50 0.50 0.50 0.50 0.50 0.50 0.50 1.25 1.50 1.50 2.50 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 1.50 2.00 2.00 3.00 1.00 1.00 1.00 2.00 2.50 2.50 3.50 1.25 1.25 3.00 4.00 Page 1 of 2 ARMSTRONG J; DIMENSIONS and WEIGHTS Model A B C D F G L Weight S61 8.00 (203.2) 6.69 (169.9) 2.88 (73.2) 1.57 (39.9) - - 0.3+N(0.095) F.62+N(2.41)] 1.54+N(0.11) [0.70+N(0.05)] S62 9.06 (230.1) 7.19 (182.6) 3.50 (88.9) 1.69 (42.9) - - 0.47+N(0.095) [11.94+N(2.41)] 2.42+N(0.13) [1.1+N(0.059)] SB22 12.80 (325.1) 11.00 (279.4) 3.50 (88.9) 1.69 (42.9) - - 0.4+N(0.1) [10.16+N(2.54)] 3.14+N(0.18) [1.42+N(0.08)] SB24 18.15 (461.0) 16.34 (415.0) 3.50 (88.9) 1.69 (42.9) - - 0.47+N(0.095) [11.94+N(2.41)] 4.20+N(0.31) [1.91+N(0.141)] SBG24 18.15 (461.0) 16.34 (415.0) 3.50 (88.9) 1.69 (42.9) - - 0.46+N(0.115) [11.68+N(2.92)] 4.20+N(0.33) [1.91+N(0.150)] S133 6.73 (170.9) 4.72 (119.9) 4.88 (124.0) 2.88 (73.15) - - 0.51+N(0.095) [12.95+N(2.41)] 2.64+N(0.13) [1.20+N(0.059)] S64 13.07 (332.0) 11.06 (280.9) 4.88 (124.0) 2.88 (73.15) 5.51 (140.0) M8x20 0.51+N(0.095) [12.95+N(2.41)] 3.52+N(0.29) [1.60+N(0.131)] S135 20.83 (529.1) 18.81 (477.8) 4.88 (124.0) 2.88 (73.15) 5.51 (140.0) M8x30 0.51+N(0.095) [12.95+N(2.41)] 4.41+N(0.53) [2.00+N(0.240)] S67 20.83 (529.1) 18.11 (460.0) 10.59 (268.99) 7.88 (200.15) 5.51 (140.0) M12x30 0.53+N(0.095) [13.46+N(2.41)] 21.2+N(1.2) [9.6+N(0.544)] S68 20.83 (529.1) 16.58 (421.132) 10.59 (268.99) 6.34 (161.4) 5.51 (140.0) M12x30 0.4+N(0.1) [10.16+N(2.54)] 22.1+N(1.2) [10.0+N(0.544)] SB9 31.42 (798.1) 21.17 (537.72) 10.59 (268.99) 6.34 (161.4) - - 0.53+N(0.095) [13.46+N(2.41)] 25.4+N(1.8) [11.52+N(0.82)] SB10 34.25 (870.0) 28.46 (722.9) 15.08 (383.0) 9.33 (237.0) - - 0.91+N(0.095) [23.11+N(2.41)] 87.1+N(2.8) [39.51+N(1.27)] Note: N is the number of plates DIMENSIONS Model Connection Size E Solder All sizes 0.79 (20.1) MPT 0.50 0.79 (20.1) 0.75 0.79 (20.1) 1.00 0.79 (20.1) 1.25 1.57 (39.9) 1.50 2.56 (65.0) 2.00 2.56 (65.0) 2.50 2.56 (65.0) 3.00 2.56 (65.0) 3.50 2.56 (65.0) 4.00 2.56 (65.0) Notes: 1. Connections available in MNPT or Solder. 2. Fluid 1 and 2 should normally be piped for counter current flow. However, this depends on the particular application. 3. Inlets & outlets to be piped to industries best practices. 4. Largest particle size to pass through all models is 0.03 inches, other than SBG which is 0.04 inches. 5. All dimensions are in inches (mm) and weights are in lbs. (kg). E 0.7s G 18X20 )ptional) S. A. Armstrong Limited Armstrong Pumps Inc. Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester Canada, M1 L 2P3 U.S.A. 14120-6594 United Kingdom, M12 5JL T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 161 223 2223 F (Main): (416) 759-9101 F: (716) 693-8970 F: +44 (0) 161 220 9660 Page 2 of 2 F B A © S.A. Armstrong Limited 2005 ARMSTRONG Q Series 4380 Vertical -In -line Pumps Close Coupled 2 X 2 X 6 FILE NO: 43.704 DATE: July 20, 2009 SUPERSEDES: 43.704 DATE: Feb. 26, 2008 SUBMITTAL JOB: REPRESENTATIVE: ORDER NO: DATE: ENGINEER: SUBMITTED BY: DATE: CONTRACTOR: APPROVED BY: DATE: PUMP DESIGN DATA NO. OF PUMPS: TAG: CAPACITY: USgpm (Us) HEAD: ft. (m) LIQUID: VISCOSITY: TEMPERATURE: °F (°C) SPECIFIC GRAVITY: MATERIALS OF • • FLANGE RATING ❑ ANSI 125 ❑ ANSI 250 CONSTRUCTION ❑ BRONZE FITTED TO ALL IRON ❑ BRONZE FITTED ❑ ALL IRON CASING CASTIRON DUCTILE IRON IMPELLER BRONZE CASTIRON BRONZE CAST IRON FLUSH LINE COPPER I STEEL COPPER STEEL GASKET CONFINED NON -ASBESTOS FIBER ADAPTER CASTIRON I DUCTILE IRON SHAFT CARBON STEEL SHAFT SLEEVE BRONZE 316 SS BRONZE 316 SS MAX. PUMP OPERATING CONDITIONS 175 psig at 150°F (12 bars at 66°C) 250 psig at 100°F (17 bars at 38°C) 140 psig at 250°F 10 bars at 121°C 210 psig at 250°F 14 bars at 121°C • •- DESIGN DATA FIR RPM: FRAME SIZE: ENCLOSURE: VOLTS: HERTZ: 60 Hz PHASE: Efficiency: ❑ Standard ❑ Premium MECHANICAL SEAL PUMP FLANGE RATING DESIGN DATA ❑ ANSI 125 ❑ ANSI 250 SEALTYPE 21A 2A STATIONARY SEAT SILICON CARBIDE I SILICON CARBIDE ROTATING FACE CARBON SECONDARY SEAL EPDM (Not Suitable for Use with Oil) SPRING STAINLESS STEEL ROTATING HARDWARE STAINLESS STEEL 3I Fh ■ •NS I • Tolerance of t0.125" (t3mm) should be used. INLET OUTLET A B C D • For exact installation data please write factory for certified dimensions. • See performance curves on page 2. 2.00 (51) 2.00 (51) 15.00 (381) 4.63 (118) 4.50 (114) 4.88 (124) • Pump equipped with casing drain plug and Y" NPT suction and discharge gauge ports. • •- • ■ - HP FRAME SIZE DIMENSIONS SHIP WEIGHT 3600 1800 E IF J - - - 1.67- 0.75 56 4.75 (121) 5.13 130 12.38 314 132 59.9 1 143 6.00 (152) 7.50 (190) 14.75 (375) 147 (66.7) - - - 1.5 145 15.75 (400) 147 (66.7) 3 2 145 149 (67.6) 5 182 1.00 (178) 9.50 (241) 20.13 (511) 177 (80.3) 7.5 - - - 184 191 (86.6) 10 - - - 213 9.38 (238) 10.88 (276) 21.75 (552) 270 (122.5) 15 - - - 215 285 (129.3) Note : All dimensions are in inches (mm) and weights in Ibs (kg). Page 1 of 2 ARMSTRONG Q PERFORMANCE CURVES - - ------------------ 7 1 3600 RPM 6.19 in 29 40 1 49 66 I i I i I i 62 II 65 6 — 5.63 in Ii 56 \ 4"88 i j 49 t5 h 1 �i 4.50 in 1 � _ �I 10 hp .p 5 hp N P - - -- 3 hp hp H r NPSHr CURVE NO. PT38-2-0-3600 SERIES 4300 4380 SIZE 2x2x6 RPM 3600 BH P based on shown Fluid's sp. gr. 4300 A Y All Ratings A r 4380 A All Ratings B 0 50 100 150 200 250 (usgpm) 0.00 3.15 6.31 9.46 12.62 15.77 (1ps) t T Flow Y Water, sg= 1.00 1800 RPM - - -- --- 6.19 in 40 49 60 5.63in�1 5.25-in---1 I I j� I � ---I---t \I -- I ---I l �l 63 / � 1 / \ — �� - 63 ��' ---- lV-- / -�� �- 56 /�\ --�- j49 - -2 hp- 1_5.. ---- I 4:88 in .-� 4.50 in \ � \0.75hp . N 0.5 h H_ Q 3 3 hp r CURVE NO. PT37-2-0-1800 SERIES 4300 4380 SIZE 2x2x6 RPM 1800 BHP based on shown Fluid's sp. gr. 4300 A v FR 143 Min. A r 4380 A All Ratings B 140 (usgpm) r L 8.83 lips) "I Flow Y ' S. A. Armstrong Limited Armstrong Pumps Inc. Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester Canada, M1 L 2P3 U.S.A. 14120-6594 United Kingdom, M12 5JL t T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 161 274 2416 F (Main): (416) 759-9101 F: (716) 693-8970 F: +44 (0) 161 220 9660 0 S.A. Armstrong Limited 1991 o0 BELIMC' B3 Series, Three Wray, Characterized Control Valve Stainless Steel Ball and Stem ( 7 ..-� -.l WARRANT.Yi Technical Data Service chilled or hot water, 60% glycol Flow characteristic A -port equal percentage B-port modified for constant common port flow Action 90e rotation S izes Yz" 3/a" 1 ", 1 Ya", 1'/z" 2" Type of end fitting NPT female ends Materials: Body forged brass, nickel plated Ball stainless steel Stem stainless steel Seats PTFE Characterizing disc Tefzel® Packing 2 EPDM 0-rings, lubricated Body Pressure rating 600 psi /z" 1" 400 psi 1'/4" - 2" Media temp. range 0°F to 212oF -18eC to 100°C Close off pressure 200 psi /z" - 2" Maximum differential 30 psi for typical applications pressure AP Leakage 0% for A to AB <2.0% for B to AB Cy rating A -port: see product chart for values B ort: 70% of A to AB Cv ierzei- is a reglsterea traaemarK of DuFont Dimensions Valve Nominal Size Dimensions (Inches [mmf) Valve Rndv InrheS mid rmml 9 R r B307-13311 '/z" 15 2.41" [61.11 1.39" [35.21 1.20" [30.61 B312-6315 '/z" 15 2.38" [60.41 1_.7_2" [43.7] 1 26'. [32.1.1 13317-13320 3/4" 20 2:73" [69.31 1.81" [45.91 1.45" [36.81 6322 B325 1" 25 3.09" [78.41 1.81" [45.9] 1 56" [39.81 B329-B331 1'/a" 32 3.96" [100.61 2.21" [56.21 2.14" [54.31 6338-B341 i tt/z" 40 4.39" [111.61 2.45" [62.2] 2.33" 1 ] [59. B347-8352 2" 50 4.90"[124.5112.68" 68.0 2.60" 66.0 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 or constant flow. Valve Nominal Size Type Suitable Return Actuators 0.3 Yz 15 B307 i 0.46 Yz 15 B308 f' 0.8 Yz 15 B309 1.2 /z 15 B310 1.9 Yz 15 B311 3 Yz 15 1331 4.7 Yz 15 6313 10 Yz 15 B315* 4.7 3/ 20 B317 24 3/ 20 B320* 7.4 1 25 B322 10 1 25 B323 30 1 25 B325* 10 1'/4 32 6329 19 1114 32 B330 25 1 Ya 32 B331 19 1'/z 40 B338 29 1Yz 40 B339 37 1 Yz 40 B340 46 1Y2 Iff Bic 29 2 .50 B347 37 2 50 B348 46 2 50 B349 57 2 50 B350 68 2 50 B351 83 2 50 B352 `Models without characterizing disc "I" Part must rhme y Mixing be piped to the Three-way Diverting bypassleg. Ica AS AAB C�OV D(wB Port Dlac (where aDisc (Ali 3-way models) - (All 3-way models) B 800-543-9038 USA 866-805-7089 CANADA 203-791-8396 LATIN AMERICA L AR ... 24-3 Actuators, On/Off, Floating Point BELIMG Models ARB24-3 ARB24-3-S w/built-in Aux. Switch ARX24-3 Flexible ARX24-3-S Flexible w/built-in Aux. Switch Technical Data Control On/Off, Floating Point Power supply 24 VAC ± 20% 50/60 Hz 24 VDC ± 10% Power consumption running holding 2.5 W 0.2 W Transformer sizing 5.5 VA class 2 power source Electrical connection ARB24-3... ARX24-3... 1/2" conduit connector 18 GA plenum rated cable 3 ft [1 m] ❑ 3 ft1 m ❑ 10 ft 3m ❑ 16 ft 5m Overload protection electronic throw hout 0° to 95' rotation Input impedance 6000 Angle of rotation 90°, adjustable with mechanical stop Direction of rotation reversible with protected '--�'switch Position indication handle Manual override external push button Running time ARB24-3... ARX24-3... 90 seconds ❑ 300 ❑ 150 ❑ 90 seconds, constant independent ofload Humidity 5 to 95% RH non -condensing EN 60730-1 Ambient temperature -22°F to 122°F -30oC to 50°C Storage temperature -40°F to 176°F -40°C to WC Housing NEMA 2/IP54 Housing material UL94-5VA Agency listingst cULus acc. to UL 60730-1 A/-2-14, CAN/CSA E60730-1, CSA C22.2 No. 24-93, CE acc. to 89/336/EEC (and 2006/95/EC for line voltage and/or -S versions Noise level 1 <45 dB(A) Quality standard JIS09001 AR...24-3-S Auxiliary switch (-S models) I1 x SPDT, 3A (0.5A) @ 250 VAC, UL Listed, adiustable 0 to 90° t Rated impulse voltage 800V, Control pollution degree 3, Type of action 1 (1.6 for -S models) ICI! _ iy�j�llllll�� i• A N Valve Nominal Size Dimensions (Inches [mm]) Valve Bodv Inches DN fmml A B 13231-13232 11/a" 32 3.72"[94.6] 1.98"[50.41 B238-13240 1'/2" 40 3.88"[98.5] - 1.98"[50.41 B248-13250 2" 50 4.21" [107.0] [56.2] B251-B254 2" 50 4.93" [125.2] _2.21" 2.68" [68.0] B261-B265 2%2" 65 5.55" [140.91 2.68" [68.0] B277-B280 3" 80 5.82" 147.9 2.68" 68.0 3.46" 8.5' [2161 ° ► 3. IT 1.35' [351 — 2.49" 163.41 s LC— M— A --�1 Valve Nominal Size Dimensions (Inches [mml) Valve Body Inches DN [mm] A B 13329-13331 1Ya" 32 2.21" [56.2] 2.14" [54.3] B338-6341 1 %2" 40 1 13.96"[100.6]1 4.39" [111.6] 2.45" [62.2] 2.33" [59.1 j B347-B352 2" 50 4.90" 124.5 2.68" 68.0 2.60" 66.0 800-543.9038 USA FILE NO: 10.606 DATE: Feb. 23, 2006 SUPERSEDES: New DATE: New SUBMITTAL DATE: DATE: DATE: ARMSTRONG J; ARMf to E Series Circulators - Models E17/E1713 JOB: REPRESENTATIVE: ORDER NO: ENGINEER: SUBMITTED BY: CONTRACTOR: APPROVED BY: TECHNICAL DATA Flow Range 0 to 65.0 USgpm (0 to 4.1 L/s) Head Range 0 to 27.0 feet (0 to 8.2 m) Max. Fluid Temperature 230°F (110°C) Max. Working Pressure 150 psi (1034 kPa) • •- DATA Nominal Power 2/5 hp (300 W) Voltage 120 V 208 V 240 V 277 V Full Load Amp Draw 3.0 A 1.6 A 1.6 A 1.6 A Frequency 60 Hz Motor Type 2 pole, Single Phase, ODP Speed 3500 rpm MATERIALS OF • • Pump Body Cast Iron (closed systems) or Bronze (opens stems) Face Plate Stainless Steel Impeller 30% Glass -filled Noryl Shaft Stainless Steel Bearings Permanently lubricated Stainless Steel Gasket EPDM Seal Silicon Carbide EnvivSea/ Note:dimensions ..�.�� �. a �. .� ■_ MOUNTING _■ POSITIONS rim FORINDOOR Recommended Not Recommended I USE ONLY Optional I11�1i Page 1 of 2 I ARMSiRONG ' ARMflo E Series Circulators Flow - Us 0 1 2 3 4 5 6 7 6 m m x 12 10 8 m 6 = m 4 2 0 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 ' Flow - USgpm Flow - Us 0 d H ' .■■■■■■■■■■■■■ M',■■■■■■■■■■■ a i NMMOSEM■■■■■■■ 1-9� EMEME . F'` \ \\kv■■■■■■■ on, a®R ■■■■■■ ■■®�®�� ■■■■■■ NONNI 18 16 14 12 E ' 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 Flow - USgpm S. A. Armstrong Limited Armstrong Pumps Inc, Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester ' Canada, M1 L 2P3 U.S.A. 14120-6594 United Kingdom, M12 5JL FN T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 161 223 2223 ' q; F (Main): (416) 759-9101 F: (716) 693-8970 F: +44 (0) 161 220 9660 Page 2 of 2 0 S.A. Armstrong Limited 2006 6eutzman 75 Waneka Parkway I Lafayette, CO 80026 1 720.880.6800 1 303.664.1268 Golden Recreational Center Golden, Colorado March, 2009. In conjunction with both federal and state incentives, the city of Golden decided to jump on the opportunity to provide free energy to the Golden Recreation Center, a facility designed with solar in mind and in need of reprieve from large utility bills. "This building was originally designed for solar, with open, south facing roof tops and correct orientation, but there just wasn't enough money in the budget for the installation and system costs at the time. We believe this project will have an extremely positive impact on this area as the community at large is very supportive and down to business when it comes to making positive changes." - Keith Isenberger, Facility Maintenance Dept. To get the process rolling the city of Golden's internal sustainability council brought in McKinstry, a design build contractor, specializing in energy services and performance contracting. McKinstry has a dedicated energy services team comprised of energy engineers, energy auditors, program managers and account managers, committed to ensuring the successful devel- opment and installation of all projects. For this specific solar hot water project, McKinstry found it necessary to involve Next Generation Energy® for their expertise in quality system design and superior products. Together, McKinstry and NGE were able to oversee and complete Golden Recreation Center's 96 evacuated tube system, providing enough heat for approximately 460,000 gallons of pool water daily. Golden's solar project consists of a complete turnkey system; 96 panel (NGE216-TU tubes) pressurized glycol system flush mounted on the roof, solar storage tank with a heat exchanger, pump station, and all miscellaneous parts. Q Renewable Energy Contractors Since 1985 V Page 1 of 1 140 40 _ 120 35 30 1OC of 25 w8C N 20 W o sC �j15� 4C 10 5 ® 2C n 0 0 WFE-2 01151 208V Pump Pentair Pool Products PUMP PERFORMANCE CURVE WHISPERFLO SERIES PUMP WhisperFlo Full -Rated 60 Cycle 3450 RP ■� ■ Expected Operating Condition MAIN •� ■ IRM■ 20 40 60 80 100 120 140 160 I l l 1 1 US GALLONS PER MINUTES I I 1 1 1 1 I I I I I I I 5 10 15 20 25 30 35 CUBIC METERS PER HOUR NOV, +o13oao http://www.pentairpool.com/images/product_images/wholegood/WhisperFlo/WhisperFlo_... 1/14/2009 Product Specifications Product Model Voltage Full Load Amps HP SF Carton Wt(Lbs) 011511 WFE-2 115/208-230V) 11.2/6.0/5.6 [1T2 �� 41 011512 WFE-3 115/208-230V 11.2/6.0/5.6 3/4 1.67 41 011513 WFE-4 115/208-230V 14.8/7.8/7.4 1 1.65 46 011514 WFE-6 208-230V 9.6/8.8 1-1/2 1.47 54 011515 WFE-8 208-230V 11.0/10.2 2 1.3 55 011516 WFE-12 230V 15.0/13.6 3 1.15 56 1 1 1 1 ARMSTRONG J; AET Series - Expansion Tanks (ASME) FILE NO: 37.55 DATE: July 5, 2005 SUPERSEDES: 37.55 DATE: Sept. 5, 2003 SUBMITTAL ,JOB: EPIC REPRESENTATIVE: ORDER NO: DATE: ENGINEER: Jamie Letts SUBMITTED BY: DATE: CONTRACTOR: Kreutzman APPROVED BY: DATE: MODEL NO. ORDERED: 30x77 QTY.: 1 TAG NO.: OPTIONAL SADDLES REQUIRED: ❑ YES [TNO FINISH: ❑ ONE (1) COAT PRIMER ❑ GALVANIZED CHARGE PRESSURE: psi/kPa Standard factory charge is 12 psi (83 kPa) unless otherwise specified. MAXIMUM OPERATING CONDITIONS Working Temperature 450°F (232°C) Working Pressure I See table below. MATERIALS OF • • Shell Carbon Steel Heads Carbon Steel • Not for Domestic Potable Water Systems. • Designed and Constructed per ASME Section VIII, Division 1. • Gauge tappings included (gauge 8r fittings by others). yr aRr K 13 `i F + c T E Furnish and install, as shown on the plans, a _ gal. (L), _ dia. x _ long Armstrong Model AET plain steel expansion tank. The tank, shall have NPT System connection, glass gauge tappings and drain. Tank shall be furnished with a base ring for vertical storage or optional saddles for horizontal mount (see note #3). The tank shall be constructed and stamped in accordance with section VIII of the ASME Boiler & Pressure Vessel Code. AET 12X33 15 (57) 12 (305) 33.00 (838) 8 (203) 7.00 (178) 11.50 (292) 0.88 (22) 1.0 (25) 150 (1034) 44 (20) 49 (22) AET 12X51 24 (91) 12 (305) 51.00 (1295) 8 (203) 7.00 (178) 11.50 (292) 0.88 (22) 1.0 (25) 150 (1034) 62 (28) 69 (31) AET 14x48 30 (114) 14 (356) 48.00 (1219) 10 (254) 10.00 (254) 11.50 (292) 1.13 (29) 1.0 (25) 150 (1034) 72 (33) 80 (36) AET 14X63 40 (151) 14 (356) 63.00 (1600) 10 (254) 1 10.00 (254) 11.50 (292) 1.13 (29) 1.0 (25) 150 (1034) 92 (42) 102 (46) AET 16X72 60 (227) 16 (406) 72.00 (1829) 12 (305) 10.00 (254) 11.50 (292) 1.13 (29) 1 1.0 (25) 150 (1034) 1 120 (55) 134 (61) AET 20X62 80 (303) 20 (508) 62.50 (1588) 16 (406) 10.00 (254) 18.00 (457) 1.50 (38) 1.0 (25) 125 (862) 136 (62) 151 (69) AET 20X78 100 (379) 20 (508) 78.00 (1981) 16 (406) 10.00 (254) 18.00 (457) 1.50 (38) 1.0 (25) 125 (862) 168 (76) 187 (85) AET24X65 120 (454) 24 (610) 65.00 (1651) 20 (508) 11.13 (283) 18.00 (457) 1.50 (38) 1.0 (25) 125 (862) 218 (99) 238 (108) AET 24X72 135 (511) 24 (610) 72.00 (1829) 20 (508) 11.13 (283) 18.00 (457) 1.50 (38) 1.0 (25) 125 (862) 238 (108) 258 (117) AET30X62 175 (662) 30 (762) 62.25 (1581) 22 (559) 13.50 (343) 24.00 (610) 2.00 (51) 1.5 (38) 125 (862) 338 (154) 361 (164) AET 30X77, (220 (833)) (30 (762)) (77.00 (1956)) (22 (559)) (13.50 (343)) (24.00 (610)) (2.00 (51)) (1.5 (38)), (125 (862)) (368 (167)) (396 (180)) AET 30X84 240 (908) 30 (762) 84.00 (2134) 22 (559) 13.50 (343) 24.00 (610) 2.00 (51) 1.5 (38) 125 (862) 394 (179) 424 (193) AET 30X106 305 (1154) 30 (762) 105.75 (2686) 22 (559) 13.50 (343) 24.00 (610) 2.00 (51) 1.5 (38) 125 (862) 486 (221) 523 (238) AET36X72 295 (1117) 36 (914) 72.00 (1829) 28 (711) 14.75 (375) 30.00 (762) 2.50 (64) 1.5 (38) 125 (862) 502 (228) 540 (245) AET36X93 400 (1514) 36 (914) 92.50 (2350) 28 (711) 14.75 (375) 30.00 (762) 2.50 (64) 1.5 (38) 125 (862) 645 (293) 686 (312) AET 36X12o 505" (1911) 36 (914) 120.00 (3048) 28 (711) 14.75 (375) - - 1.5 (38) 125 (862) 810 (368) 844 (384) AETa2x96 525' (1987) 42 (1067) 96.00 (2438) 28 (711) 18.00 (457) - - 2.0(51) 125 (862) 895 (406) 928 (422) Notes: 1. Plugged inspection openings (qty 2 - 2.0" each) are provided on 175 to 505 gallon tanks (662 L to 1911 L respectively). 2. An inspection Manhole is furnished on the 525 gal. (1987 L) tank. Manhole dimensions are 12" x 16" (305 mm x 406 mm). 3. Base Ring are not provided on 505 and 525 gal. tank (1911 L and 1987 L respectively). S. A. Armstrong Limited Armstrong Pumps Inc, Armstrong Holden Brooke Pullen 23 Bertrand Avenue 93 East Avenue Wenlock Way Toronto, Ontario North Tonawanda, New York Manchester Canada, M1 L 2P3 U.S.A. 14120-6594 United Kingdom, M12 5JL T: (416) 755-2291 T: (716) 693-8813 T: +44 (0) 1612 232223 F (Main): (416) 759-9101 F: (716) 693-8970 F: +44 (0) 1612 209660 i"``o UP 0 S.A. Armstrong Limited 2005 e Pe,rforrnance Monitoring and �,gServ�ae Wind Power Plant LAPP Biopower Plant Balance Power Installation Geothermal Power Plant Capacity Storage Installation Hydropower Plant Green Energy PortalTA°: D-RTU® The decentralized control system D-TRU® is integrated locally at the generation site. D-TRU®monitors the performance, production, yield and availability of an installation, controls energy generation, if necessary, according to a schedule or forecast, and transmits all data to the central server system of the Green Energy PortalT"' All important performance and production data can also be accessed via the LCD display of the D-RTU® itself. Green Energy PortaITA°: Performance Monitoring & Reporting Service The Performance Monitoring & Reporting Service of the Green Energy PortalTI provides information to authorized users via e-mail and a user-friendly Web interface. The communication with the D-RTU®modules of the connected .energy generation installations is realized via a secure Virtual Private Network (VPN). All these tasks are handled by the central server system of the Green Energy PortalT"" Green Energy PortalTM: Users Authorized persons can obtain location -independent access to the Performance Monitoring & Reporting Service of the Green Energy Portallm by way of e-mail or Web browser (MS Internet Explorer). • Monitoring system has the option to cover combined heat and electric: Thermal - ability to project pool heat- ing demands, compare with historical solar thermal input and regulate boiler operation to further increase system performance; PV - AC and DC monitoring, individual string monitoring, performance checked ' against meteorological conditions at site. V1 10/09 No Text ''�z�-}.y,, Solar Thermal Installation �a kreutzman, top min © 2009. Kreutzman®, All rights reserved. j �Q kre-utzman, throughLeading the solar industry knowledge an-d experience, © 2009. Kreutzman®, All rights reserved. Solar Thermal Systems Kreutzman Construction Inc. has installed solar systems for several municipalities in the Colorado area including; ® Golden Recreational Center — 96 panels (NGE216-TU Evacuated Tubes) • Longmont Recreational Center —120 panels (NGE216-TU Evacuated Tubes) ® City of Lafayette —134 thermal pool panels ® Centennial Pool — 96 panels (NGE216-TU Evacuated Tubes) • City of Cortez —112 panels (NGE216-TU Evacuated Tubes) ® Fort Carson —131 panels (NGE Flat Plate Collectors) © 2009. Kreutzman®, All rights reserved. _, C�c��c�c�r� G��gc���:��or�rru ��r��s2�� m 774 ry J-J A" la % 0 mg-4j III T K. `•r. -Q 2009. Kreut'- Golden Recreation Center • 96 Panels pressurized glycol system flush mounted on the roof, solar storage tank and heat exchanger, pump station, miscellaneous parts completely installed with ZillaTM Rac racking and mounting. - • Kreutzman Construction Inc. uses only the most outstanding products on the market including award winning thermal collectors and racking systems, precision engineering and excellent customer service. © 2009. Kreutzman®, All rights reserved. AL Proposal.;/'Contract.. References — Projects: City of Lafayette, Recreation Center Lafayette, Colorado Contractor: Johnson Controls/Robert Phillips (303) 995-5409 2008 — 10 KW Photovoltaic system, thermal system for pool heating Kong Company, Manufacturing Plant Golden, Colorado Joe Markham (303)216-2626 Summer 2007 - 40 kW photovoltaic system Alem International, Office Building 624 South Arthur Louisville, Colorado Steve McCarthy (303)473-1998 2007 — 20 KW Photovoltaic system and Wind Turbine Cooper Automotive, Automotive Garage Lafayette, Colorado Owner: Dennis Cooper (303) 665-3700 December 2008 - 10 KW Photovoltaic System NiKay Enterprises Lafayette Colorado Lori Kreutzman 720-413-1411 2006/2007/2008 - IOKW Photovoltaic system, Battery Backup, Thermals System, Wind Turbine, hybrid lighting Bob Beauprez Beauprez Ranch Leadville, CO Bob Beaupreau (303) 945-2259 2008 -Wind Turbine Judd Coe A Solar Solution 75 Waneka Parkway f Lafayette. CO 80026 1 720.880.6800 1 303.664.1268 I'M o n U H'A c r' A.atic ::m,r7 T L-i t,; :. i wise.•:. ,� _ ..��,�,."- �„�., ' J/mrt%j!�f�,f'%�/�f/r{ f%i)B'i/1i�1 jje s a: ������;�f%f"`�1�3�f�s!/tf��•j7% �/��l ,.1� -/a.A- -.."a ..__. tf/ f t !!/'i !l J,t {I/; '� dot %, .t.;✓��#.�'� i'' �ar.. .•Y _ 'elf ' I/ !s �/ R s ! - r r /��rr'r Mai s tr p a 1R, s i I Longmont Recreation Center • 120 Evacuated Tube system ballasted on flat roof, miscellaneous parts completely installed with ZillaTm Rac racking and mounting. • Off setting approximately 1.5 Billion BTUs annually • No net weight added to roof structure © 2009. Kreutzman®, All rights reserved. No Text Lafayette Recrea-tion Center • Thermal System for pool heating • 134 NGE Pool Panels © 2009. Kreutzman®, All rights reserved. C 17 ILM17m4ttU74411 µ II jf l y1r P, J ! � `f � #� - � "-� � �,g 1 F" `r"' � �t �r Jr • �'d 'Y� � � ,� '�• J 1* �' t l !� � $' � yc 9 't._.__ l " d .r �! 9r� !,� � !•� � � t�,� +.�`� � � �: as -�' • - --e,"� _ ``T tit -� '1 t�e,'} ,y #,{ k�: �.. _� ! � {` H"�-"F ! rr '4 1 f'J. � {xr - r � �„ �x, f � r ,f ,„ _.mu-.a..,'.".��a'..myt ,:ayauz:•" '* .: _ s.•^r". r-,' g i J•' ! � ,- _ �. ✓ � r r' � � xt� r� . .r.. _. �. � l � ,,�,.,^ "tom -•. ,#.... "# tea, lot lt tLi •�'�, r s4r' r.,gy3 Centennial Pool • 96 NGE 216 TU Evacuated Tube collectors • 72 ZillaTm Helicals were placed in a half a day saving at least 50% on installation and cement setting time. © 2009. Kreutzman®, All rights reserved. No Text .. i I ilmplG�lll�l�� \ r re-,,,en�n o r� r�r�r �_� a • • WJI.IV�J � • • VVIJ V lJW ry �m i mlii„VIIIIIIVIIN� I Green Energy PortalTM D-RTU® The decentralized control system D-TRU® is integrated locally at the generation site. D-TRU®monitors the Solar Power Installation ~�, performance, production, yield and availability of an Wind Powei installation, controls energy generation, if necessary, / natcoN-0-FT®"\ according to a schedule or forecast, and transmits all data / L Plant i % to the central server system of the Green Energy PortaITIM ',,All important performance and production data can also be accessed via the LCD display of the D-RTU® itself. Biopower Plant Green Energy PortalTIM: Performance Monitoring & Reporting Service The Performance Monitoring & Reporting Service of the t Green Energy PortalTM provides information to authorized users via e-mail and a user-friendly Web interface. The Balance Power j '�, communication with the D-RTU® modules of the connected Installation energy generation installations is realized via a secure Virtual Private Network (VPN). All these tasks are handled natcon7 Computing Center by the central server system of the Green Energy PortalTIM ! ' F Geothermal \ Power Plant �. Green Energy PortalTM: Users Authorized persons can obtain location -independent access f to the Performance Monitoring & Reporting Service of the Capacity storage Green Energy PortalT Installation m by way of e-mail or Web browser _ (MS Internet Explorer). Hydropower _. Plant • Monitoring system has the option to cover combined heat and electric: Thermal -ability to project pool heat- ing demands, compare with historical solar thermal input and regulate boiler operation to further increase system performance; PV - AC and DC monitoring, individual string monitoring, performance checked against meteorological conditions at site. V1 10/09 D-RTU® Green Energy Portal - Performance Monitoring 8 Reporting Service Features Autonomous realtime acquisition, processing, monitoring, control, logging, saving and remote transmission of performance, production, yield and available data. All electrical components are certified in accordance with the low -voltage and EMC directives and are TUV - and/or UL - approved. Wall -Mounted Cabinet (Standard Version without Scheduling Control) Dimensions Weight Protection Category Power Supply Frequency Fuse Power Consumption Operating Temperature Relative Humidity Communication Unit Firewall VPN Router 14.96 x 14.96 x 8.27 in 33.1 lb IP 66 (Housing), IP 52 (Door Display) 100-230 V AC 50-60 Hz 6A <100W 0... 131` F max. 95% (at 77" F, non -condensing) xDSL/GPRS Performance Monitoring & Reporting Service Features Automatic monitoring, evaluation, con- trol, logging, archiving and user-friendly processing of performance, production, yield and availability data, as well as switching and parameterediting functions and messaging to users. The Performance Monitoring and Reporting Service is supported by a central, high -availability natcon7 server system, which is also responsible for secure communication with the D RTU® Modules of the connected energy generation installations via Virtual Private Network (VPN). Energy Measuring and Evaluation Unit Measured Values Current, voltage, frequency, active power, reactive power, apparent power, power factor Counters Active, reactive, apparent energy (4-quadrant measurement) Accuracy 0.1 /0.2/0.5/2 % Refresh Rate 1 second Display LCD with Keypad Averaging 15-minute Interval Data Memory 7 Days for 15-minute averages (active power, active energy) Mains 3-Phase (3 or 4 conductors) Voltage Measurement (TMRS) Direct Phase/phase: from 18 to 700 V AC Phase/neutral: from 10 to 404 V AC With Voltage Primary up to 500kV: Secondary Transformer 60/100/110/115/120/173/190 VAC Current Measurement (TMRS) With current transformer Primary up to 10,000 A; Secondary 1 or 5 Options • Scheduling Control • Meteorology • Inverter Monitoring (DC/AC) • String Monitoring (DC) • 1/0 Signal Exchange • Weather Protection for Outdoor Installation System Functions • User management • Installation pool definition • Overview of installation pool • Selection and visualization of individual installations • Status -Oriented scheduling control • (requires expansion for D-RTU®) • Yield forecast monitoring • Incentives calculator • Diagnosis and statistics functions • Interval -controlled messaging and reporting • Via e-mail (forwarding as SMS possible) • Parameter configuration The server system is operated subject to strict security rules in an AEC-4 Performance Data Provider (PDP) Functions data center with SLA and guarantees a minimum availability of 99.982%. Automatic report creation in CSV and EDI 867 format for The system implements comprehensive data backup and emergency 15-minute average statistics precautions. Other reports to individual specifications upon request 75 Waneka Pkwy, Lafayette, CO 80026 1303.665.2000 1 877.NGE4SUN I fax 303.664.1268 1 www.ngeus.com natcoim7. 0 2009. Next Generation Energy". All rights reserved. smartsoluutonsfor renewables 4) N N N L L� ®Q T N C W C O X G1 Z M 0 0 N map pmmp MMUMD[M NGE PS2 5 - NGE PS2 13 - NGE PS2 DC5 - NGE PSDB2 5 Pump station contains all critical hydraulic components for the operation of solar systems contained in one unit for quick installation. Available for pressurized or drainback systems.Several options are available. Male thread on all main connections Return flow line with ball valve & adjustable non -return valve Flow meter with scale. Digital flow meter available Hose connections for filling & flushing Available for pressurized or drain back systems American made 75 Waneka Pkwy • Lafayette, CO 80026. 303.665.2000 •877.NGE4SUN • www.ngeus.com imn ergy® It's in the Sun!- 0