Home

M&V Plan - NYSERDA DG/CHP Integrated Data System

1. hes 30 Du 3A 20A pe SWITCHBOARD D TO ANSI 86 400A 400 400A LOCKOUT RELAY MAIN SWITCHBOARD C ROOM2 COMAP TO DC IMNT POWER SUPPLY JSE EL mu DC 7 FROM POWER NEW TAP AT END OF BUS COGEN 3 4 5 SUPPLY 5000A BUS 480 277 39 4W FUSE a PANEL 600A EMSC 5 Ln a 2 OK EMsB LOCKOUT RELAY COMAP IMNT PLC EXISTING FUEL CELL 5000A BUS 480 277 38 4W E TO COGEN 6 7 NEW TAP AT END OF BUS PM E cWP 3 t IL E CHWP1 amp E ENG ROOM MCC 600A 200A 800A 8 10 0 8 E EMSD 1 LD E MSD 3 rT 1 _ E Mso 2 50 2 EMSD 5 a 2 2 SEIS OF 250KCMIL 895 4 3P 400A 4004 amp 89L 1 E SPARE fi 800A 1200A Lm E MSB E MSC 10 1 E CHILLER4 EMSC 1A 1 FROM ANS 86 COG 4 1600A 39 4W 480Y 277V NYC oePoVER FUSE PANEL WG6 wG7 EXISTING FUEL CELL ON ROOF 94 1 1 me pn 12004 120v 112 4
2. Counters ADVANCED POWER QUALITY MONITOR TxD RxD Comm Status Model PM174 as per IEEE 1159 Categories ee ooon PF per phase and total KW per phase and total KVAR per phase and total pion KVA per phase and total CALIBRATION Voltage Unbalance sor ane Current Unbalance CURRENT INPUTS THD Volts per phase mos 1_ Am THD Amps per phase POWER SUPPLY saps par phase AC DC 85 265VAC 85 290VDC 10C 10 18 VOC K Factor per phase 2DE 18 36 voc Fundamental Volts Amps per 30c 38 72 VDC ANALOG OUTPUT OR INPUT 00 Analog Output or input Analog Outputs AO 0 20mA 03 AOA 4 20mA Analog Inputs AL iimA 2 0 20mA Al 420 comi 00 Rs232 422 485 MOD Dial up modem 56K ETH Ethemat PRO Profibus EXAMPLES PMI74 6DH2 5 ACDC AD4 ETH PM174 50HZ 1 3DC A04 MOD SATEC INC 10 Milltown Court Union ND 07083 Us Toll Free 1 888 OK SATEC Tel 908 686 9510 Fax 908 686 9520 Email satec oksatec com mw satee global com Your Local Representative PM174 July 2010 phase Fundamental KW kVA phase amp total Displacement PF per phase and total Voltage amp Current Phasors Volts Demands Amps Demands KW KVAR Demands V 1 THD Demands kWh Imp Exp per phase amp total kVARR Imp Exp per phase a
3. Pressure Effect per 1000 psi 6 9 MPa Farina pressures above 2000 psi 13 7 MPa and Rangas 3 5 sas Usar manual Document number 00809 0100 4001 Tor FART 00809 0100 474 lor FOUNDATION fieldbus and 00809 0300 4101 for PROFIBUS PA Models Lina Pressure Effect 205100 2051CF anges 2 3 0 05 of URLIT000 pai 68 9 bar orina pressures from 2000 pal 016 13 7 MPa Range i 20 25 of UAL T000 pei 68 9 bar Span Error Ranges 2 3 0 1 of reading 000 psi 68 9 bar Range 1 0 4 of reading 1 000 psi 68 9 bar 1 Can be calbralad out at Ine pressum Product Data Sheet 00813 0100 4101 Rev GA August 2012 Rosemount 2051 Ambient Temperature Effect per 50 F 28 C Model Ambient Temperature Effect High Performance Option P8 20516 2051CF Ranges 25 20 025 URL 0 125 span om T1 10 83 400125 URL 06259 span fom 171 i08 0 0530 URL 0 2596 span from 5 1 to 100 1 0 025 URL 0 125 span rom 5 1 lo 1001 Range i 0 1 URL 0 25 span from 1 110 303 eT Range 2 4 05 URL 0 25 span from 1 1 10 30 1 40 02594 URL 0 125 span 1 1 to 30 1 0 07 URL 0 25 span from 30 1 to 100 1 0 036 URL 0 125 span rom 30 1 to 100 1 Range 1 0 05 URL 0 25 span from 1 1 fo 10 1 025 URL 0 125 span from 1 1 1o 101 80 10 URL 0 25 span from
4. 2 0 E T a E c E 1000 Toman scr py Pe ll sale peu ge rte tana tow mat ent be pee Donte rese domine Power Requirements 120 36 VDC 100 mA add 20r per output up to Toto 240 VAC 50 60 Hiz 25 watts Display Alphanumeric x 16 LCD display Si push buttons switches up donn ight et enter operable through the display glass of the explosion proof endure Viewing at 90 mounting interes epee tae Process Fluid Ambient Temperature Process Fui Standard Temperature Sensor 23307 to S00 F 200 to 260 High Temperature Sensor 40 F to 750 F 40 to 400 C Ambient Operaine Fo HF 201o 60 Storage 40 F to 150 F 40 to 65 C relative hui non condensing Output Signals Analog One to ee feld simultaneous 420 m output sipak 1000 obs maximum lop resitanct selected by user fom the fue prametes mas lowe lume fow rate temperature presure and dersiy Pulse output for totalzation 5 0 milisecand duration pulse operating a solid state relay capable of switching 40 VDC 40 mA maximum HART standard Optional MODB SRTU Mp pct and esre etena pomer o persion Alarms Up to three programmable soid state relays for igh low or window alarms capable of sch 40 VDC 40 mA maium Totalizer Based on user determined flow units nine full gis with over at 4
5. 3 120v PR PPL 13 H come H THE NEW YORK HILTON 1335 AVENUE OF THE AMERICAS NEW YORK NEW YORK 10019 CRC Engineering P C 1261 Broadway Suite 608 New York NY 10001 ENK SOLUTIONS LLC mee S 387 340 0 mcer ELECTRIC The Power of Three Generations ELECTRICAL EVIEWED 11 09 120V PPL 7 JO METER 2 9 rite PPH SECTIONS 1 amp 2 277 480 V 36 4W 400A 65KAIC CONTROLLER 250kW COGEN 6 CONTROLLER 250KW COGEN 7 NYC APPROVED COLLECTOR PANEL COG 3 1200A o 9 i A 1 i f 11 09 11 ELECTRICAL ADVISORY BOARD 10 28 11 504 CON EDISON REVIEW SET 3 3e 4W 480Y 277N O 15A O O PROJECT 5 H H H B HILTON HOTEL NATURAL GAS ENGINE COMAP CONTROLLER 120V PPL 9 LO 250KW 3 Ppa METER nG CONTROLLER 250KW COGEN 1 250KW COGEN 2 H CONTROLLER CONTROLLER 250KW COGEN 5 NYC APPROVED COLLECT
6. where N The desired interval e g day month CDH Energy Corp 10 November 2012 M amp V Plan The New York Hilton Appendix A SET Environmental System Architecture DWG SET 012 004 02 System Schematic and Cut Sheets for Key Sensors and Instruments CDH Energy Corp November 2012 COMMUNICATION RISER A r 7 meena A aiia e Sales SS vari ee sets ite 1 ows 1 DAG DAG DAC DAC DAC DAC DAC ZN 1 1A i 1146E 1146 1146 1146 1146 1146 1146 1146 1 Em SERT ones sen ete senes mane amoan EN RN 777 metn ENGINE GENERATOR t GENERATORA mdi NN pem mae J wasgpuves anav conten TE EE TIMES DE LI i Nei l p ms A E Alara i iia eas E 1 RN a at T An Ul See Vl A 1 1 1 1 1 TN NOTE SEE MODBUS COMMUNICATION Come Cume Comp Como Como Comi Comp 4 ETHERNET CAT x m m LAYOUT FOR DETAIL SHEET 02A ENT
7. CRC Engineering P C 1261 Broadway Suite 608 New York NY 10001 7 ENK SOLUTIONS LLC NEU NERS Prene 22 060 2400 EE Te za emit Ter EMAIL ioBenkeolutions com Y ceeRCATE 5465096 ELECTRIC uc The Power of Three Generations 01 31 12 NYSERDA SUBMISSION NO DATE REVISION INSTALLATION OF 7 NEW NATURAL GAS FIRED COGE ERATION UNITS ON FOURTH FLOOR SE TBACK ROOF SEAL amp SIGNATURE DATE 01 31 11 PROJECT No __1 5 10100 DRAWING BY NPG CHKBY CN DWG No M amp V 1 M DWG 7 CON EDISON v 4 7 CON EDISON SERVICE 1 EDISON M CT3CX6651763 EXISTING GFCI 5000A FUSES ABB FTI SWITCH 1A CON EDISON METER 3 7141591 2004 NEXTEL SERVICE 1 BECKWITH 34101A OPTION 82 NYC SIR APPROVED ABB FTI SWITCH 1B 7 CON EDISON SERVICE 2 CON EDISON CT3CX7354860 CON EDISON SERVICE 3 a t CON EDISON EXISTING GFCI 20004 FUSES CT3CX6651867 SERVICE 1 BECKWITH TRIP SEQUENCE WIRING SERVICE 3 BECKWITH TRIP SEQUENCE WIRING SERVICE 4 BECKWITH TRIP SEQUENCE WIRING 2 12 TO CON EDISON BLACK 895 1 E Q TO THE 895 3 0 TO THE 8
8. SETBACK ROOF 0 5 x x 1 SPACE m SPACE SPACE 82 1P SPACE SPACE 1 SPACE SPACE 1P 84 MULTFACTOR SPARE FACTOR MULT FACTOR SPARE FACTOR 100 TOTAL BY TOTALDEMAND 401068 125 TOTAL LTS 10 TOTAL BY TOTALDEMAND 93123 x 125 E m me 44383 44363 TOTAL msc 100 PHASE TOTALLOAD 50134 VA 60 AMPS TOTAL MSC 100 PHASE TOTALLOAD 116453 140 ANPS e EE ipe E cd ELECTRICAL COGEN PLANT me C TA m SINGLE LINE DIAGRAM SHEET 2 OF 2 TO THE BEST OF MY KNOWLEDGE BELIEF AND SEAL ESIGNATURE DATE 12 05 11 PROFESSIONAL JUDGMENT THESE PLANS AND PROJECT No IMS 10100 SPECIFICATIONS ARE IN COMPLIANCE WITH THE NEW YORK CITY ENERGY CONSERVATION CODE DRAWING CHK BY NYC BUILDING DEPARTMENT APPROVAL NOTE WARNING IT IS A VIOLATION OF THE NEW YORK STATE DWG No THIS PLAN IS APPROVED ONLY FOR WORK EDUCATION LAW FOR ANY PERSON UNLESS ACTING INDICATED ON THE APPLICATION SPECIFICATION UNDER THE DIRECTION OF A LICENSED PROFESSIONAL 401 00 SHEET ALL OTHER MATTERS SHOWN ARE NOT TO ENGINEER TO ALTER ANY ITEM ON THESE PLANS IN BE RELIED UPON OR TO BE C
9. E Sacer m ZI ur owe E Tu ir 28 ISERTON METER Connection Sier LI w LJ i uia m ampio FE SOE FS 71 Compression FE For 383 a 197 sing nz Wao TE T akg Gand Na TET E WE ching Gand TEVE Fang E Mounting Holes for Remote Rear Bracket acing Sand TU Mange wi E Gand SUB Fg E Tr E aking 076 ge waar ep pr EL D Bi Adem ue Cd deg se Accuracy Press 10 Series I Line Motors 281 Series aes igus Stam Liquids oes and Stam Mass Rou f 1 trata trator 1 5 trat otra ate ora spin sot range rae 307 range 3071 307 ewm err err err wero ero fusca Mais scie OM edo tes 1 kane se are for te a mass ow rah e pipe O non ol be presare transduce sake B Mamina anges Presa depend on idan pipese Repeatability Was 4 0200 of reading Volumetric Flow Rate 018 of reading Temperate 4 02 F f 01 Pressu
10. es 8 E OMIE m ere umor EE 200 ota oP Prats anton x x T x fame coy WU teint tw E E sagen sa mn 0 Em eser ua f errs S tg agen Sa Som mme cm m 1 5 EN Em En sug L Lum 12 7 n 3 IED CD mee ea ie w L3 25 sss LI Fange 229 439 PF Packing Gland 150 1b lange T 21 1 836 0 NA NA 525 1334 0 321004 5 10 Tg L3 L3 EI EXE Pont a ichs L3 CCN LEE RE 300 7 EXIST xx L3 E EN S56 NE KD LI 25 m Y aes Vet hodic 2 Rae s parent mounted meer 240 241 Remote Front View PIPE LENGTH REQUIREMENTS n Norbertus Dam 07 so s0 wo s0 wo C ao w inc ane mo ss ns s n oss Tbe Tang 10 59 0 81 wm Thang 388 51 34 314 d T Teh aa 3 56 ar ws Idas 1 8 LN rte ET ihn 385 nT Eu Hus 32 RE 73 LR 3 2 85 m ar are LUN T8 Ui 35 TTT Teh war mo a Ee Cm
11. 1236 VDC LOOP POWERED available only with VALH 1236 VDC PS 100240 VAC 50 60 Hz Line Power 25 Watts OUTPUT POWER One analog output 4 20mA pulse HART LOOP POWERED One analog output 4 20 mA one alarm one pulse HART Communication NOT LOOP POWERED One analog output 4 20 mA alarm ane pulse and MODBUS WeM Three analog outputs 4 20 m three alarms one pulse and MODBUS Vell Three analog outputs 4 20 mA thee alarms one pulse and HART Protocol Communication PROCESS TEMPERATURE ST Standard Temperature Process temperature 330 to 500 F 200 to 260 C HT High Temperature Process temperature 40 to 750 F 40 to 400 C PROCESS PRESSURE No Pressure Sensor Used with VT process fhid 30 psia 2 bara Proof 60 psia 4 bara Maximum 100 7 bara Proof 200 psia 14 bara Maximum 300 psia 20 bara Proof 600 psia 41 baa Maximum 500 psia 34 bara Proof 1000 psa 64 bara Maximum 1500 psia 100 bara Prof 1500 100 bara ACCESSORIES Consult Factory Removable Retractors Isolated Gate Valves Mounting Kits Material Certificates Pressure Certificates Certificate of Conformance NACE Certification Ordering the Model 241Insertion rom Previous Page 3929858 Li Compression iting 2inch Male NPT 600 b pressure rating
12. 294 967 285 Total stored in memory Wetted Materials 20 stes tel standard r hastalloy or A105 carbon ted optional Telonbesed thread sealant on pressure transducer sles steel Teflon packing gland below 500 F 260 C Graphite pading gland abore 500 260 C Teflon based thread sealant on pressure Endosure NEMA 47 PS cast endosre Hecrical Ports female NPT ports Mounting Connecions Wafer or 150 300 600 Ib ANSI fange A Permanent salon Two inch Male NPT 150 300 600 b ANSI ange vith compression fiting probe seal ot Tap instalation Two inch Male NPT 150 300 600 b ANSI ange andoptond retractor ith packing gland probe seal 0 emonik ner pes Mounting Position 20 Mas matiepepenihrli p Hic Approval ATEX Approval Epler pea das 2GB HTE Gps Ca Desin pof as MILDiiionl KEMAOB AEX OS Groups E NEMA Type 44 7 and IP66 Optional Cerifiations Cstucion ad ANSVASME B313 Materials NACE MR 01 75 90 Ordering the Model 240 1 240 Continued on Next Page gt gt PARENT MODEL NUMBER 20 Innova Mass Multivariable vine Mass Vortex Fow Meter PROCESS FLUID Volumetic Vortex Flow Meter Velocity and Temperature Sensors Velocity Temperature and Pressure Sensors Velodiy and Temperature Sensors with external pressure senso
13. element is a highly stable precision thermistor material oc platinum RTD The sensor is encapsulated with a low mass high conductivity compound for good heat transfer characteristics Itis enclosed in tough miniature cylinder 0 17 in 0 43 diameter which is small enough to be installed in most HVAC thermostat enclosures FEATURES Lifetime warranty Wide selection of thermistor and RTD curves Adaptable miniature sensor High heat dissipation constant Easy to mount with clips Pre aged highly stable thermistor material OPTIONS 25 7 6m of 24 AWG zipcord Matched sensor pairs APPLICATION The Model Encapsulated Thermistor Sensor white intended for indoor use only in areas not subject to moisture condensation The sensor may be installed under the cover an existing pneumatic thermostat Caution should bbe exercised when applying the sensor to existing electric thermostats Heat is often generated by anticipators or other electronics that will affect the sensor reading The sensor operating range is 35 to 140 F 2 to 60 C Do not use in conditions below 35 F 2 C or where condensation could StR R The Model ST RR Ruggedized Encapsulated Thermistor Sensor red is suitable for temperature extremes and E Rugged sensor coating isimmune lo the effects of mostre condensation E ProCon uses three stage ruggedized coating process to moisture
14. ent ent 1 METERWGI2 METERWGMS METERWOS METERWGT ENGNE ENGINE ENGINE ENGINE ENGINE ENGINE ENGINE on 1 eme cam E 4 FL008 ROOF 1 i m pex eur n 1 ROAView ROE Vedum Heron EE ZI 1 1 r z ik WET T 21 Far Screen MS 1 TENET Cor Lasers Neto Printer Wireless 7 HF ig E feos a 1 FL ur LIUC EACNer MS TP Endore Terminator Deta 1 WIRES CALE LEGEND 120v AC POWER WIRING mrio LoBeY 1 p ae GS vecereemewwa i VA ES ar NOTE SEE MODBUS COMMUNICATION GENERATOR GENERATOR GENERATOR a f LAYOUT FOR DETAIL SHEET 02A MOBBUS 2 Ute deu Wem emere RESINS 7 DESORPTION NA ARRA Es Em e as ES sus a x m pamona ar ORT e EMS Server Locate in LSE 906 400P A mm Tawny Tae 2 te COMMUNICATION RISER ms Er o5 WM paneer MEN YORIC HILTON COGEN PLANT E 1205 AVENUE of he AMERICAS BEE SURE Sup E SUB BASEMENT 2 SUB BASEMENT oe a SET 12 004 02 This drawing is proprietary property at SET Erviranmenial ne carrot distributed ar copied unless authorized by an of
15. models except the standard frequency output version may also be equipped with a display Integrated ino the NEMA 4X housing he 8 cigit LCD may be programmed to show rate of low total or toggle between the two DTB 002 02 BadgerMeter Inc SPECIFICATIONS Materials Sensor stem and mounting adapter SIG Stainless seal Brass B16 UNS Caoon Sensor Tip Polyphenylone Sulfide PPS Paljetherstherketone PEEK O rngs bearings shaft See ordering mate Maximum Temperature Ratings Fluid measured 300 F 149 C See Chart Operating temperature Electronics 10 C 150 F 65 Operating temperature LCD 20C 650 Pressure Drop TUS ps or less 10 for all pipe sizes 1 57 dla and up Standard to 1 rate over optimum How range Custom wet calibration On request Straight Pipe Requirement 1 sensor straight pipe section wih a minimum distance of 10 meters upstream and 5 diameter cownsteam to any bend rans fiom or abstucton Repeatability TET Enclosur Polypropylene with Vitor sealed acrylic cover Meets NEMA spethcalons Wire Connections Al wire connectons are made to screw type terminals within the lacroscs housing 15 conduit thread provided Programming Al programmable models Badger Meter A301 connector cable and SDI Senes sofware Display optional STN Super twisted Nematic display Anru
16. of Flow Rate at 5 1 turndown 20516 integral Orifice Flowmeter LEN 38 105 of Flow Rate at 5 1 flow turndown lt 02 32785 of Flow Rate at 5 1 law turndown Ranges 2 3 02 05 32 285 of Flow Rate al 5 1 turndown LEL 38 005 of Flow Rate a5 Tow turndown Long 1 For amater ine sizes see Rosemount Compact Orica Term Stability 50 28 C temperature changes and up to 1000 pei 6 9 MPa line pressure Models Standard High Performance Option PE 2081 Ranga 1 CD 0 2 of URL for 1 year Ranges 2 5 10 1 of URL for 2 years 40 125 of URL for 5 years 20817 Ranges 1 5 40 1 of URL tor 2 years 40 128 of URL ler 5 years Dynamic Performance 420 HART fieldbus and PROFIBUS Line 15 Vde HART Low Power protocols 3 Typical HART Transmitter Response Time Tota Response Time T 7 ZOSIC Range 35 115 me TERE Transmiter Output ve Time Range 1 270 me 307 ms Range 2 130 ms 152 ms 20517 100 me 152 ms 2081 See Instrument Toki See Instrument Toolkit Dead Time nomina 97 Update Rate 22 mes per second 22 imas par second 9 Dead tine and rate api sl models and ranges analog 2 Nomina otal response ime at 75 24 C reference conditons output oniy 18 Mansaucer plack response ime Analog black executan tie not included
17. proof any sensor which is to be used below ambient E deupoint The sensor operating range is 30 to 230 34 E 110 imd SPECIFICATIONS Accuracy Temperature Coefficient Thermistor 2038 020 Thermistor Negative temperature coefficient RID RTD Positive temperature Type 63 3072 0 40 0 Temperature Stability Type 71 200547 0030 Thermistor 0 24 0 19 C over 5 years Type 81 85 2027 0159 RTD lt 0 09 0060 over years Type 91 20 54 0300 Heat Dissipation 2 7 mW power needed to raise Sensor Type the temperature by 1 C Thermistor 2252 ka 3 ko 10 ka 20 100 Mounting Directly to wall or customer supplied RID enclosure using customer supplied Type 63 10000 Nickel dips Type 71 81 1000 Pt 385 Curve Wiring Terminations 8 24m of 24 AWG pigtails with Type 85 10000 Pt 385 Curve prestioped ends type 71 amp 81 Rave Type 91 10000 Pt 375 Curve 18 leads Temperature Range Approvals ce Thermistor 10 10 230 12 to 110 Weight 08 oz 22 7 0 16 459 RTD Warranty Type 63 78 to 392 60 t0 200 C Type 71 58 0 572 50 t0 300 C Type B1 85 91 _ 167 0240 55 10 115 C eese TEMPERATURE ENCAPSULATED THERMISTOR AND RTD SENSORS STR ST R R SERIES MOUNTING Customer Suppliad Mountin Secure enclosure or wall using cable ties cis or brackets To obtain Enclosure optimum performance the sensor enclosure assembly must be highly conduc
18. 0 C PROCESS PRESSURE No Pressure Sensor Used wih VT process Mid Maximum 50 psi 2 bara Proof 0 psia 4 bara 100 psia 7 bara Proof 200 psia 14 bara Maximum 300 psia 20 bara Proof 600 psia 41 bara Maximum 500 psia 54 bara Proof 1000 psa 64 bara Maximum 1500 psa 100 bara Proof 1500 100 bara ACCESSORIES Consult Factory Removable Retractors Isolated Gate Valves Mounting Kits Material Certificates Pressure Certificates Certificate of Conformance NACE Certification Ordering the Model 241 Insertion PARENT MODEL NUMBER 28 Insertion Mass Vortex Flow Meter PROCESS FLUID V Vortex Flow Meter Velocity and Temperature Sensors Velochy Temperature and Pressure Sensors Velocity and Temperature Sensors wih extemal pressure sensore output TEMS VT Meter plus energy meter Package VIPEMS VIP Meters plus Energy meter package PROBE LENGTH 1S Standard Probe LC Compact Probe avaiable only for compressions fting connecions CM CE CG and cH LE Extended Probe consult factory PMR PFR PGR or PHR ELECTRONICS ENCLOSURE Eb OOo NEMA 4 7 7 Encosure Mounted on Probe Remote Electronics NEMA 4x 7 7 P65 indudes NEMA 4 7 7 PGS on probe DISPLAY No Display Digal INPUT POWER
19. 0 FEED WATER PUMP 2 1 HP 168 1 600 500 13 201 SPARE 0 0 SPARE 201 15 201 SPARE 0 0 SPARE 201 sey d 17 SPARE 0 0 SPARE 201 Hiooa H MULT FACTOR SPARE FACTOR TOTAL Lo 10 TOTAL BY TOTALDEVAND _9300 x 125 THIS msc 100 PHASE TOTALLOAD 118285 VA 14 AMES To To To To To TOTAL REG Per NEC EXISTING EXISTING EXISTING EXISTING EXISTING HAC LOAD LOAD LOAD LOAD LOAD lora 1 00 5 2 86 1 1 2 CRC Engineering 480 30 3W 100A 1261 Broadway Suite 608 New York NY 10001 PANE Tm VOUS 3 FASE WAWBUS E AWS LocAToN PENTHOUSE ELEC ROOM wowrne X SURFACE MANBRK _ 100 APS 3 p COPPER NEUTRAL 100 22 000 FED FROM SEE SNGLELNE DIAGRAM GROUND BUS THRU FEED LUGS WAN LUGS ONLY semen sve SNGLELNEDAGRAM em ENK SOLUTIONS LLC oer TF 195 Ames DESCRIPTION OF LOAD VA x B T VA DESCRIPTION OF LOAD 201 ELEC RECEPTACLES 720 1020 300 GENERATOR 1 BATT CHARGER 201 1281 Broadway Suite 808 aon SRSSROBIRECEPTAGLEE 75 Sa GENERATOR FEET CHARGER a0 TES zo OUTSIDE RECEPTACLES GENERATOR ES BATT CHARGER zon ERECT GENERATOR EA
20. 0VAC continuous 2000VAC for 1 second Galvanic Isolation 3500VAC Wire size Up to 12AWG 2 5mm current Sk secondary Operating Range Continuous 10A RMS Burden OVA Overload 1 continuous 3004 RMS for 1 second 1A secondary Operating Range Continuous 2A RMS Burden Overload continuous OA RMS for 1 second CT Ratio 1 500008 Range 0 60 000 Galvanic Isolation 3500VAC Wire size Up to 12AWG 2 5mm Digital Inputs 72 ary contact digital inputs Internal supply 18V Stan ume 1 Isolation 2000V RMS Mire size Up to 14AWG 1 5mm SATEC PM174 July 2010 Analog Inputs optional 2 optically Isolated analog inputs 2 Grima 100 overload ima 100 overload 1 420MA 1 Accuracy 0 5 FS 1 Leycle 1 20867 RMS 1 Wiresize 14AWG 1 5mm OUTPUT SPECIFICATIONS Relay Outputs 72 Form A relays for alarming and control 1 3A 2SOVAC SOVDC Galvanic Isolation 2O00VAC imin 3000AC between open contacts Operate time 10 ms 1 Release time 5 ms max 1 Update time 1 eye between contacts and Analog Outputs optional optically isolated analog outputs lm load SKA 100 overload 2 0 20mA max cad 5102 420MA load 5102 2 Lima max load 100 overload Accuracy 0 5 FS 1 Update time 1 eyde 1 Isolation 20007 RMS I Up to 14 AWG 1 5mm COMMUNICATION Z independent and simulta
21. 1008 arsas rao Ems 15 m sw mn su ars arso 7900 erar aore esso Wow m m 27 e mo ws 1708 nva asas rosto sone orn aene ono Emo n m pm um 270 aes ez atar 752 soo ose ators Nac Sand nse SATURATED STEAM MINIMUM AND MAXIMUM FLOW RATES Pressure teh neh neh Each ao a2 aro 1255 zaas osos Hoops 28 var ato 720 2008 12 20 zm em ras sera sese 12735 pete sono Bp m s 252 ss su ams oro seno aogas aas ners 1 um vus axes ma 1600 ases rss secs rzo75 paosra opas s 52 me rat ase dore sms 222o seco eren ass rra 04506 05721 Ens so sm wm 1515 ses uma 1378 2640 sone 1474s esr senes eren oes son Differential Pressure Requirements P Permanent pressure os dide meters for QU and W470 psi 04 bua Permanent pressure oss cf imine meters t 68 F QUO Linear Range Smart eecronis for lower low down to a Reynolds number of 5000 The Reynolds number is calculated using the id s
22. 10110 1001 0 05 URL 0 125 spar from 10 1 to 100 1 ange 5 0 1 URL 0 15 span Eus Sae instrument Toolkit Mounting Position Effects Mounting Position Effects E Zero shits up to 1 25 nH 51 mbar which can be calibrated No span effect 20817 loo Sis up to 225 nH O 6 mbar which can be calibrated out No span effec 205i With quid level diaphragm in plane zero shift of up to 1 2 49 mba With diaphragm in horizontal plane zero shit of up to 5 12 43 mbar plus extension length on extended units Zero shits can be calibrated out No span effec Vibration Effect Less than 40 1 of URL when tested the requirements of 1 770 1 fed or pipeline with high vibration level 10 60 Hz 021mm displacement peak amplitude 60 2000 Hz 30 Power Supply Effect Less than 0 005 of calibrated span per volt Electromagnetic Compatibility EMC Moos all relevant requirements of EN 61326 and NAMUR NE 21 Transient Protection Option Code T1 Meets IEEE 062 41 Category Location B 6 KV crest 05 us 100 KHz 3 kA crest 8 20 microseconds kV cres 1 2 x 50 microseconds a TEMPERATURE ENCAPSULATED THERMISTOR AND RTD SENSORS ST R ST R R SERIES DESCRIPTION Precon Encapsulated Sensors provide precision remote temperature sensing for building automation systems and mechanical equipment room instrumentation The active sensing
23. 5 platinum curve green fads OPTIONS List options in alphabetical order with dashes m Rugged 35 molstureproof coating adding folowing ho extends Te coating in QD Nyon Insulated qulek disconnect R Rugged molstureproof coating 3 RE Rugged molsturoproof coating equals number of feat of the coating X25 25 7 6m lead length 24 AWG XN NIST certificato of conformance XNi NIST certificato ono reference point SEF TET AN2 NIST corticto two reference points 32 E 158 E 00 677050 E77 EEE XPA Ultra high accuracy thormistors only 0 195 F 0 075 C E Three wire FTD connections Optional on Type 81 standard on Type 71 L H rie torre sett ig 3 icr ELLE
24. 95 4 ANSI 86 LOCKOUT RELAY 1 SERVICE 3 BECKWITH 34101A OPTION B2 NYC SIR APPROVED ABB FTI SWITCH 3A ABB FTI SWITCH 38 CON EDISON SERVICE 4 ma CON EDISON W 6653793 ABB FTI EXISTING GFCI 5000A FUSES BOX 30A PO ue BWITCH 4A REFER TO DRAWING E 300 00 E 301 00 amp 302 00 FOR THE THREE LINE DIAGRAM AND ADDITIONAL INFORMATION FOR ADDITIONAL NOTES SYMBOLS AND ABBREVIATIONS SEE DRAWING 001 00 AND 002 00 SERVICE 4 BECKWITH 34101A OPTION B2 NYC ABB FTI SWITCH 4B 2000 5 TO ANSI 86 2 BECKWITH RELAY EXISTING 5000A GFCI 2000 5 TO ANSI 86 COMAP IMNT PLC LOCKOUT RELAY MAIN SWITCHBOARD TO DC POWER SUPPLY FUSI PANEL FROM 0 COGEN 1 2 0 DC ps 800A PO m 4 EMSA 1 POWER SUPPLY FUSE MAIN SWITCHBOARD FROM ANSI 86 m EXISTING enm um EXISTING H 400A 200A 600A 3 La EMSA 11 E cHWP NEW TAP AT END OF BUS 5000A BUS 480 277 56 4W 71 PANEL PE i i 2000 5
25. BUS HATER ren ro em FEEDER SZE SEE SINGLE LINE DIAGRAM sono sus C sumes rem Jem FF TOAD PER PHASE UAT LORD FF TOS PER PHASE VAT LOAD en DESCRIPTION OF LOAD DESCRIPTION OF LOAD DESCRIPTION OF LOAD ww DAE A DESCRIPTION OF LOAD rol Red eee AS T 42 1684 942 43 3878 7756 3878 44 388 HRSGH ZHP cA gA HRSG ZHP 45 308 3878 3878 JACKET COOLER IO HP E 942 942 47 3676 3978 48 942 E 49 3878 3578 50 HRSG ZHP 942 942 HREGSS ZHP JACKET COOLER 2 3878 3878 JACKET COOLER PUMP 6 10 HP 52 942 53 3878 3878 54 1 17 12 ISSUED FOR CONSTRUCTION ga 55 3678 3878 56 HRSG 29 2HP 57 JACKET COOLER PUMPS 3878 3878 JACKETCOOLER PUMP 7 EJ 11 21 11 ISSUED FOR DOB SUBMISSION gA EJ 3878 3878 60 REVISI 942 61 3878 5817 62 D E EVISION 158 HRSG 4 2HP 942 JACKET WATER LOOP PUMP 1 15 HP ss 306 JACKETCOOLER PUMP 4 3878 5817 GAS BOOSTER PUP 7E RP 84 942 65 3878 5817 86 PROJECT INSTALLATION OF 201 LIGHTING 676 67 SPACE 11400 68 201 LIGHTING 1182 WATER LOOP PUMP 2 ERP 203 69 35 SPACE 11400 DRY GOOLER 7 NEW NATURAL GAS FIRED aE E COGENERATION UNITS SPICE se ON FOURTH FLOOR SPACE SPACE 75 SPACE 1P SPACE SPACE 1P SPACE SPACE 1p 78 5 a SPACE SPACE 7 SPACE SPACE
26. Compression inch 150 b Flange Compression iting inch 300 b Flange Compression iting 2inch 600 b Flange Packing Gand 2inch Male NPT 50 psig 55 barg maximum process pressure without removable retractor Pacing Gand 2inch Male NPT wih Retractor 600 b pressure rating PMRAE Packing Gand 2nd Male NPT with Retractor 600 pressure rating or LE Packing Gland 2inch 150 Ib Flange 50 psig 55 barg maximum process pressure without removable reactor Packing Gland 2inch 15016 Flange with Retractor Packing Gand 2inch 150 Ib Flange with Retractor For use with Extended probe length see LE option Pacing Gand 2inch 300 b Fange 50 psig 5 5 barg maximum process pressure without removable retractor Packing Gand 2inch 300 b Fange with Retractor PGRAE Packing Gand 2inch 300 1b Flange with Retractor For use with Extended probe length see LE option Packing Gland and 600 b Flange 50 psig 5 5 barg maximum process pressure without removable retractor Packing Gland 2inch 600 b Finge with Retractor PHRAE Packing Gand 2 ind 600 b Fange wih Retractor For use ith tended probe length see LE option 9 DNSO PNT Flange Compression iting DNSO PNAO Flange Compression iting DNSO PNG4 Flange Pading Gand DN50 PN16 Flange 50 psig 55 barg maximum process pressure acing Gand DNSO PNTG Flange with retractor Pading Gand DNSO PNIG Flange with retractor For use with Extende
27. Current 25 of ful scale 0 3 reading of full scale 0 9 reading 0 05 full Scale 14 derivation 0 6 reading 0 05 full scale Power factor 1 0 reading Total harmonic distortion THD 210 Power and energy measurements KW KVAR KWh KVAD KVAR Complies with IEC 60687 Class 0 5 and ANSI 12 20 Class 0 5 0 5 reading Environmental conditions Operating temp 20 C to 70 C 4 F to 158 F Storage 40 C to 85 C 40 F to 185 F Humidity 5 to 95 non condensing Installation and input ra 64 samplesicycle true RMS Autoranging voltage inputs allow direct connection to 400 880Vac systems the meter is calibrated for 60 to 400Vac L N connections Supports Direct 4 Wre Wye amp Wire Wye Wire Delta Direct Delta and single phase configurations S phase voltage and current inputs impedance 2MO phase Burden 0 05VA typical SA RMS 5A nominal 10A full scale 20 overrange full accuracy Current overload rating 120A for 1sec Standard terminal strip covers os Dimensions and shipping Basic unit installed depth 106 7 106 7 x 40 6mm 4 2 x 4 2 x 1 6 Remote display 106 7 x 106 7 x 22 9mm 02 42 Shipping weight 0 68kg 1 5b Software Download free ION Setup configuration software from our web sito Integrate the ION6200 into PowerLogic ION Enterprise cur monitoring analysis and control software 6200
28. Diameter Stainless Steel Proba Use BAPI Wal AXX Custom lengths 77 Diameter Stainless Steel Probe are avallabie Call or Dotals Custom well regurad BE BAPLBox Enclosure IP66 rated UV resistant polycarbonate BAPI Box 2 Enclosure IP66 rated UV resistant polyearbonala EU Weather Tight Enclosure IP66 rated ABS polymer enclosure EUO Weather Tight Enclosure IP66 rated UV resistant enclosure WP Waterproof Enclosure NEMA rated metal enclosure Terminal Sirip Connection BB or BB2 required for units with a Thermistor 7 RTD or Semiconductor EXAMPLE 10 2 T J Part Number BAIOK 2 1 8 EU Part Number Cal BAPI you have questions about the above ordering grid or the configuration af fe product you are ordering Transmitters with matched outputs require a Class A sensor Range is limited to 40 to 185 F 40 to 85 TS option is not available with the 100 3W RTD sensor the 592 10K Semiconductor sensor or the T10K transmitters Building Automation Products Inc 750 North Royal Avenue Gays Mills WI 54631 USA Tel 1 608 735 4800 Fax 1 608 735 4804 E mail sales bapihvac com Web www bapihvac com Badger SDI Series SDI Insert Flow Sensor Technical Brief The Badger SDI Series law sensor offers accurate liquid flow measurement in closed pipe systems in an easy to install economical Package Impeller sensors oar a quick respon
29. IN 96396 mm cutouts Direct connection up to 400 690V or via PT 1 Configurable PT and ratios front panel 1 Optional switchboard case for retroft Contact factory for details SSSATEC Powerful Solutions Accuracy Voltage 026 reading 0 01 F S 10 to 12056 Nominal Range to 1 150 000 Starting Voltage 1 5 FS 0226 reading 0 02 FS 19s to 200 Nominal Range O to 10 000A Starting Current 0 1 FS 1 Neutral 0 6 FS 2 to 150 Nominal Frequency 002 reading 15 to 480 H2 0 2 F S IPF 2 05 THD 18 reading t Va 10 ESV TE ORES 15 5 TOD 2 1 12 10 F S Watts 0 2 reading 0 02 F S rt 20 5 10 000 000 te 10 000 000 kw 0 346 ES PFI 09 3 000 000 to 2 000 000 kVAR Vas 0 2 F S IPF 0 5 O to 2 000 000 kVA Wh Class 0 25 as per IEC 62053 22 2003 999 999 099 to 999 999 999 MWh Class 0 25 as per 62053 22 2003 999 999 999 to 999 999 999 Van Class 0 25 as per IEC 62053 22 2003 999 999 999 van Current VARs INPUT SPECIFICATIONS T BS 265V AC DC universal power supply 265 50 60Hz 88 290VDC 10W 2 Isolation Input to output 3000VAC Input to ground 2000VAC Options P I2VOC 10 16UDC 1 VDC 18 36VDC 2 AVDC Voltage Direct Input Up to 400V In 690v Input impedance 50 Pr Ratio 10 6500 Range 12999 000 Burden AV for 40OVAC 0 0aVA for 120 Overiosd withstand 100
30. K 325K0 25 C T30 type 1K O Nickel 21 C 5 OFC temp coeff 33K 25 1K 1K Platinum 0 C 3 85 QC temp coeff 2K 20 Silicon 20 C BAC temp 10K3 10KN 25 C dok3 HMK 52380 25 C SEMICONDUCTORS mk 20KN 25 C LM334 Semiconductor AK 592 AD592 Semiconductor 273 yA 0 C SK sKnQ25 C 592 10K 592 Semicond wi 10 shunt resistor 273 V 0 C 100k 100K0 25 TEMPERATURE TRANSMITTERS Must include a range figure Requires an enclosure T100frange 100 Platinum RTD 100 0 0 C with 4 to 20 mA Output Ti OM range 100 Platinum RTD 100 0 0 with MATCHED 4 to 20 mA Output TiKlrange 1K Platinum RTD 1 000 Q 0 C with 4 to 20 mA Output TiKMirange 1K Platinum RTD 1 000 Q 0 C with MATCHED 4 to 20 mA Output Ti K range 10K Thermistor 10 000 0 25 C with 4 to 20 mA Output TiOKSlrange 10K Thermistor 10 000 0 25 with 0 5 VDC Output Tt0K10 range 10K Thermistor 10 000 0 25 C with 0 10 VDC TEMPERATURE TRANSMITTER RANGES Custom temperature transmitir ranges are available Common ranges are listed below 30TOMF 1 TO27C 3270 212F 100C 0T0 100F 8TO38C 40 TO 240F 4TO 116 20TO120F 7 TO49C 50 TO 250F 10TO 121 0TOSTC 2 2 length of 7 Diameter Stainless Steel Probe Use 2 BAPI Well kar 4 length of Diameter Stainless Steel Probe Use 47 BAPI Well sk e length of 7
31. LLC will supply the instrumentation listed in Table 1 below for use in meeting the NYSERDA CHP program monitoring requirements CDH Energy Corp 1 November 2012 M amp V Plan Draft The New York Hilton Table 1 Instrumentation Supplied By UTS Bid Energy LLC Point Instrument Output Type Sensor Location Notes Generator Power Output _ satec PM174 Modbus TS Bus COG 1 BUS CO amp 3 g2 w345 was we and BUS Parasitic Load Electrical schneider Electric Em lE bugs eder ne EU ARD Consumption Power Logic ton 6200 combined Generator Fuel Input Rosemount Orifice Plate OTA yy Meter located at CHP skid t6 os1crcpcso40Noes o 22 000 cFH Hot Water Heat Recovery Btu calculated in DDC Controller kute from TIS TURF QMUW Hot Water Heat Rejection Btu calculated in DDC Controller Calculated from TLR TLR2 Badger Insertion Meter 4 20 Insertion meter on main heat Neal Loop Flow Rates bi 101N10200 0 400 GPM _ recovery loop insertion meter on main heat Loop Temperatures J8APIBA IOK 34 4 Thermistor Resistance Ths PRAE EE hem Mes vorter towmeter T p eam Flow Meter 0 341vTP 15 E2 DD PV1 0 3600 hsm downstream of al generators Temperature Compensated steam line to building Steam Heat Recovery Stu calculated in database Calculated from TEW FS Feedwater
32. MEASUREMENT AND VERIFICATION PLAN FOR DG CHP SYSTEM AT THE NEW YORK HILTON November 2012 Submitted to New York State Energy Research and Development Authority 17 Columbia Circle Albany NY 12203 6399 Submitted by CDH Energy Corp PO Box 641 2695 Bingley Rd Cazenovia NY 13035 315 655 1063 www cdhenergy com NYS ERDA Project Manager Joanna Moore Energy Efficiency Services NYSERDA 1 866 NYSERDA x 3220 Email jml nyserda org Project Team Developer Applicant UTS Bid Energy LLC 2211 Encinitas Blvd Encinitas CA 92024 CRC Engineering 1261 Broadway 7 Floor New York NY 10001 Broadway Electric 1261 Broadway 6 Floor New York NY 10001 New York Hilton 1335 Avenue of the Americas New York NY NYSERDA QC Contractor Dennis R Landsberg PhD PE CEM L amp S Energy Services Inc Clifton Park NY dlandsberg s energy com Interstate Mechanical 51 Railroad Ave Closter NJ 07642 ENK Solutions 21 Main Street East Brunswick NJ 08816 SET Environmental Inc 43 Houston Place Haworth NJ 07641 NYSERDA amp Contractor Adam Walburger CDH Energy PO Box 641 2695 Bingley Rd Cazenovia NY 13035 315 655 1063 M amp V Plan Draft The New York Hilton 1 Introduction UTS Bid Energy LLC is in the process of installing a combined heat and power CHP system at the New York Hilton at 1335 Avenue of the Americas New York New York with the assistance of several su
33. OFESSIONAL JUDGMENT THESE PLANS AND JOB No FILENAME CHECKED SPECIFICATIONS ARE IN COMPLIANCE WITH THE NEW ENK 2894 YORK CITY ENERGY CONSERVATION CODE THIS PLAN IS APPROVED ONLY FOR WORK INDICATED ON THE APPLICATION SPECIFICATI SHEET ALL OT BE RELIED UPON OR TO BE CONSIDERED AS BEING APPROVED OR IN ACCORDANCE APPLICABLE CODES NYC BUILDING DEPARTMENT APPROVAL NOTE MATTERS SHOWN ARE NOT TO WITH DRAWING NUMBER 400 00 WARNING IT IS VIOLATION OF THE NEW YORK STATE EDUCATION LAW FOR ANY PERSON UNLESS ACTING NDER THE DIRECTION OF A LICENSED PROFESSIONAL ENGINEER TO ALTER ANY ITEM ON THESE PLANS IN ANY WAY IF ALTERATIONS TO THESE PLANS ARE MADE THE ALTERATIONS SHALL BE MADE IN ACCORDANCi WITH ARTICLE 145 SUBSECTION 7209 OF THE NEW YORK STATE EDUCATION LAW EITHER PANES MET 480 277 Vas 4 WEE TANE 100 ANS Lockmo BOLER ROOM MOUNTING MANBRK AMPS TO MAIN aus NEUTRAL 100 x x SWITCHBOARD A FEDFROM SEESNGLEUNEDAGRAM __ x THRUFEEDLUGS MAINLUGS ONLY THE NEW YORK HILTON N mee SEE SINGLE LINE DIAGRAM a GND wE SRR x tor Jem 1335 AVENUE OF THE AMERICAS DESCRIPTION OF LOAD B VA DESCRIPTION OF LOAD NEW YORK NEW YORK 10019 EXISTING DISTRIBUTION PANEL AMES vA 480 38 3W 400A 950 950 188 DWH PUMP 1 2HP 950 950 DWP PUMP 2 2 HP 950 980 500 500 1 FEED WATER PUMP 1 1 HP 600 60
34. ONSIDERED EITHER ANY WAY IF ALTERATIONS THESE PLANS ARE MADE AS BEING APPROVED OR IN ACCORDANCE WITH THE ALTERATIONS SHALL BE MADE IN ACCORDANCE CABE APPLICABLE CODES WITH ARTICLE 145 SUBSECTION 7209 OF THE NEW of 37 YORK STATE EDUCATION LAW 0 DWG M amp V Plan The New York Hilton Data Logger The New York Hilton Cogeneration project is being provided with server based BACnet DDC system Individual data gathering panels will track trend and archive usage at a web based server installed in a secure IT room in the Hotel System graphics and analytic software is als being provided to facilitate monitoring the performance of the new Cogeneration plant SET Environmental is providing the server software graphics programming sensors and meters well as control valves field instrumentation and other devices for this project are being installed by the electrical and mechanical contractors The monitoring system samples specified sensors and calculated values approximately once per every 15 minutes The 15 minute readings of heat recovery temperatures and flows are used to provide an accurate calculation of heat transfer on the heat recovery loops which are all continuous flow loops Based on the number of monitored data points the system has sufficient memory to store data continuously if remote communications with the logger are interrupted Archived data storage capacity will be limited o
35. OR PANEL PPL 1 PANEL 208 120V 30 4W 100A 22KAIC 480 PRI 120 208V SEC TRANSF PUMP 1 30 mO hoy JACKET JACKET COOLER PUMP 2 LER COG 1 800A 39 4W 480 277 100A 20503 53 ELECTRICAL SINGLE LINE DIAGRAM 30 30A 30 30 30A 30A 30 15A 30 50A 60 15 50A COGEN PLANT JACKET JACKET COOLER COOLER PUMP 3 PUMP 4 PUMP Koy JACKET COOLER 15 ro Ry HRSG PUMP 2 Fo ro JACKET JACKET HRSG COOLER COOLER PUMP 1 PUMP 6 PUMP 7 O PUMP 3 PUMP 5 oo 000000000 3p2 amp 126 3 4 C 3 10 amp 10G 3H6 amp 10G 1C 4 2 amp 86 1 1 2 C 3j6 amp 10G 1C 4 600 KCMIL amp 26 4 C 2 SETS 4 600 KCMIL amp 1 0G 4 C 3 SETS 4 600 KCMIL amp 3 0G 4 C SATEC PPA METER 174 60 5 00 00 NYSERDA APPROVED 4 SETS 4 500 KCMIL amp 1 0G 4 C 4 SETS 4 500 KCMIL amp 3 0G 4 C ETHERNET CAT 6 TO ro y HRSG 4 PUMP 7 NEAREST DATA ROOM IDF RACK 3 RS 485 TO HONEYWELL EQUIPMENT O JACKET WATER PUMP 1 Fo JACKET WATER PUMP 2 DRAWNG TITLE ELECTRICAL PLANT NGLE LINE DIAGRAM SHEET 1 OF 2 OR NYC DOB Number DATE 0 28 1 MFA THE BEST OF MY KNOWLEDGE BELIEF AND PR
36. PowerLogic ION6200 meter standard and enhanced measurements Standard and enhanced measurements Software integration PowerLogic ION Enterprise software ION Setup software M Voltage LN average per phase Voltage LL average Safety amp Security Reliability amp Productivity per phase Whatever your need Schneider Electric has Frequency Current average and Square D Brand products goto www squared com to find your nearest per phase authorized distributor or call 1 888 SquareD 1 total per phase KVARIMVAR total per phase KVAMVA total E per phase kmn total p Derec per phase KVARIVMVARI total Delirec impiexp per phase KVARMVAR total per phase demand KVARIMVAR KVAMVA Curent demand Current peak demand Power factor Voltage THD Current THD Schneider Electric North American Operating Division 206 Tech Park Drive LaVergne TN 37086 Tek 615 287 3500 wan PomarLogiecom Document amber 1 00 standards and designs develop from me Always ask cofrmaton of me information given in tie publicaten Square D ION Enterprise and Med are ether remarks or re
37. T CHARGER in a SHEET m GENERATOR ETT CHIRGER a0 EZ 3 GENERATOR TAT CHARGER 209 E Em 29 see zm NEW 201 SPARE 0 SPARE 20 A CONBINATION 205 SPARE 0 SPARE MOTOR EX SPARE 5 SPARE 201 N SAN WOCTPRCTER TOTAL L6 100 TOTAL BY TOTALDEMAND 5740 x 125 Torat msc 100 PHASE TOTALLOAD 7176 VA 20 AMPS 3 12 126 3 4 C N 3 12 126 3 4 C A 3 12 126 3 4 C 3 12 126 3 4 C TOTAL REC Por NEC key key QY TOTALHVAG 10 DWH DWH FEEDWATER FEEDWATER 0 10 PUMP 1 PUMP 2 PUMP 1 PUMP 2 TRIC uc The Power of Three Generations Scale BASEMENT BOILER ROOM SINGLE LINE DIAGRAM wo SCALE TANE FEH SECTON 1 4801277 VOLTS 3 WE WANBUS 400 APS PANES FAH SECTIONS 4807277 VOLTS 3 wE WANBUS 4X AVES LOCATION FENTHOUSE ELEC ROOM MOUNTING X rush ___ LOCATION PENTHOUSE ELEC ROOM MOUNTING FLUSH MANER AwS suLoNG sus x come ALUM NEUTRAL 100 68 000 Buone 7 aumum NEUTRAL Feo FROM SEESNGLELNEDAGRAM GROUND BUS X FED FROM SEESNGLELNEDAGRAM GROUND BUS THRUFEED LUGS mantues ony FEDRSZE SEE SINGLE LNEDAGRAM 9
38. Temperature BAPIBA IOK MM Thermistor Resistance On feedwater line Tota Facility Energy iu ota Facility Energy Power Lm Ambient Temperature Kele Precon ST R3R Thermistor Resistance TAO CDH Energy Corp 2 November 2012 ELECTRICITY TO HILTON BUS COG 1 GENERATOR 2 250KW BUS COG 3 GENERATOR 3 250KW ELECTRICITY TO HILTON GENERATOR 4 250kw GENERATOR 5 250kw ELECTRICITY FOR NEW COGEN PLANT O 250KW ELECTRICITY TO HILTON FEEDWATER TO PLANT HRSG IL4 ENGINE HRSG 2 ENGINE 2 1 HRSG 3 ENGINE 3 ENGINES HRSG S ENGINES HRSG 6 ENGINE 6 HRSG 7 ENGINES NATURAL GAS TO PLANT HEAT DUMPED TO ATMOSPHERE ELECTRICITY FROM CONED TO PLANT PUMPS IN BASEMENT TO FEEDWATER PUMP 1 TO FEEDWATER PUMP 2 TO KITCHEN DHW PUMP TO LAUNDRY DHW PUMP TO MOTORIZED VALVES ETC STEAM TO HILTON HOT WATER HEAT TO HILTON THE NEW YORK HILTON 1335 AVENUE OF THE AMERICAS NEW YORK NEW YORK 10019
39. able in a variety of flexible configurations including ANSI and Measurement Canada certification for use as a revenue meter This versatile unit is easy to wire and mount It offers an excellent upgrade path allowing you to start with a low cost base madel and add enhanced functionality over the long term The IONG200 is the industry s first basic meter that lets you upgrade functionality in the fied by activating the base unit Rather than a large inventory of pre configured meters genset and electrical equipment manufacturers panel shops EMS manufacturers and energy service providers can each adapt meter functionally to specific applications as required Applications summary Revenue metering and sub metering The low cost and highly accurate 6200 meter with optional revenue certification and simple retrofit installation provides economical power monitoring for commercial and residential tenants The meter easily integrates with existing energy management systems and RTUs and allows you to increase property values by eliminating previously uncontralled expenses Replace multiple analog meters An deal replacement for analog meters the ON6200 meter can be used for stand alone metering in custom panels switchboard switchgear gensets motor control centers and UPS systems 12 0N6200 power and energy meter Basic metering The IONG200 meter offers high accuracy power energy and demand measurements T
40. actual temperature and pressure monitored by the meter Rangeabilty depends on the fuid process connections and pipe size Consult factory for your application Velocity range under ideal conditions iss falows Liquids 301 1 foot per second velacty minimum 30 feet per second vdocty Gases 301 10 feet per second velocity minimum 300 feet per second velo ty maximum Process Fluid Pressure RESETS Process S LI conieco tne a 7 ini LLL abe Frees rg connection mates cote Gomeressan 2 155 m 150b ange 316 55 misrinm or Pen 300 m tange 16 55 istam 600b tange SOLES sewm Pasig Gand 36155 Spip men tango S161 88 Supp 316158 Supp acing Gand wi moneam 2iwhMseleT sibLss misioni PM RR men 160b tango 16158 mision PF RR neh 001b tange SIOLSS PS AR ang Gand wi Retractor 2inch Male sibLss ansieoois neh 150b tange SISLSS ANSI TEO PPR neh 300 M tange 16 55 Mam POR irm 00 b tange 155 Pressure Transducer Ranges PRESSURE SENSOR RANGE gua taa al Seale Operating Pressure Marinum Over Range LJ
41. arbon Steel inch ANSI 150 Ib Flanged Carbon Steel inch ANSI 150 Ib Flanged Carbon Steel inch ANSI 150 Ib Flanged Carbon Steel inch ANSI 150 Ib Flanged Carbon Steel Ab aval C276 Hoa Consul aca Fr Ping Dey gsazzuzus BSRSEREBBEQORORGPER FLOW BODY 316L STAINLESS STEEL CONTINUED Winch ANSI 300 lb Flanged Carbon Steel inch ANSI 300 b Ranged Carbon Steel inch ANSI 300 lb Flanged Carbon Steel Sinch ANSI 300 Ib Flanged Carbon Steel inch ANSI 300 lb Flanged Carbon Steel ind ANSI 300 Ib Flanged Carbon Steel Sinch ANSI 300 Ib Flanged Carbon Steel Hata fary for Inch ANSI 600 b Flanged Carbon Steel inch ANSI 600 Ib Flanged Carbon Steel 2 nch ANSI 600 Ib Flanged Carbon Steel Sinch ANSI 600 Ib Flanged Carbon Steel inch ANSI 600 Ib Flanged Carbon Steel inch ANSI 600 Ib Flanged Carbon Steel inch ANSI 600 Ib Flanged Carbon Steel mole Hata fary for rcg Daley DNIS PNI Flanged 316L DN20 PN16 Flanged 316L DN25 PN16 Flanged 516L DNAO PN16 Flanged 316L DNSO PN16 Flanged 316L DNBO PN16 Flanged 316L DNIGO PNIG Flanged 3161 DNISO PNIS Flanged 316L Foleo DN2OO PNIG Flanged 316L Aso avail Horta for Ping Dey DNIS PNAO Flanged 316L DN20 PN40 Flanged 316L DN25 PN40 Flanged 316L DNAO PNAO Ranged 316L DNSO PN4O Flanged 316L DNEO PNAO Fanged 316L DN1OO PN4O Flanged 3161 DN150 PN40 Flanged 516L DN200 PN40 Flange
42. ard Industrial Environment ENS0082 2 1995 Generic Immunity Standard Industrial Environment ENSSUT1 1994 Class A ENE1000 4 2 1995 Electrostatic Discharge EN61000 4 4 1995 Electrical Fast Transient ENGI00 4 8 1993 Radio Frequency Electromagnetic Field Amplitude Modulated ENVSOI40 1995 20092 Radio Frequency Electromagnetic Field Pulse Modulated ENVS0204 1995 900MHz EWSO141 1993 Radio Frequency Common Mode Amplitude Modulated ANSE C3790 1989 Surge Withstand Capability ANSI 199 Standard Surge MISCELLANEOUS esr limited warranty Environmental Conditions Operating Temp 4 to 140 F 20 to 60 C Storage Temp 13 to 176 25 to 80 C Humidity Oto 95 non condensing construction Case endosure Plastic PC ABS blend Display body Plastic PC ABS blend Front panel Plastic PC FRA LSa VO Terminals PBT UL94 VO Plug in connectors Polyamide PA6 amp UL94 Dimensions Sx5x5 8 127x127x147mm Mounting ANSI 4 round DIN 92x82mm cutout Weight 1299 271 SSSATEC Powerful Solutions RDMA72E LED Remote Display Optional Remote Display Modules RDM312 Remote Display Model PM174 Advanced Power Quality Monitor Multi Window Measurements Voltage L L per phase Voltage L N per phase Current per phase Neutral current Frequency Phase Rotation Relay Status
43. bcontractors providing various technical and implementation services The proposed CHP system is configured on seven 7 250 kW reciprocating engine generator sets The system is intended to produce a gross output of 1 75 MW and recovery heat for heat for domestic hot water DHW service as well as supplementing the facility s steam loads via heat recovery steam generator HRSG steam generation The CHP system will run in parallel with the existing utility service Peak operation of the CHP system will result in the following performance Gross electrical output 1 750 kW Parasitic electrical input estimated 70kW Hot water output at 180 F 5 98 MMBtu h Steam output at 15 psig 3 34 MMBtu h Fuel input 17 13 MMBtu h 16 630 Annually the system is anticipated to displace 12 745 525 kWh and 28 MMIbs of utility supplied steam equivalent to 351 552 therms Annual fuel consumption is 1 279 708 2 Instrumentation In order to quantify the performance of the proposed CHP system the CHP system fuel input net electrical output and useful thermal output must be measured To capture these energy flows an instrumentation plan was developed by CDH Energy and presented to the applicant UTS Bid Energy LLC The instrumentation plan covers the location and type of sensors necessary to provide the appropriate measurements of the energy flows of the system In accordance with the instrumentation plan UTS Bid Energy
44. cal Operator Interface LOI offers easy to use configuration capabilities at the transmitter Protocols available include HART 4 20 mA FOUNDATION fieldbus PROFIBUS PA HART 1 5 Vdc Low Power Selectable HART Revision prepares your plant for the latest HART capabilities while ensuring seamless integration with today s systems SIL2 safety certification to IEC 61508 is available with the full 4 20 mA HART offering to simplify compliance Contents Rosemount 2051 Pressure Transmitter Product Offering Ordering Information Rosemount 2051 Coplanar Pressure Transmitter Ordering Information Rosemount 2051T In Line Pressure Transmitter Ordering Information Rosemount 2051 Flowmeter Series Rosemount 2051L Liquid Level Transmitter Ordering Information Specifications Product Certifications Dimensional Drawings ROSEMOUNT page 2 page 3 page 3 10 page 15 page 30 page 35 page 45 page 51 EMERSON Process Management Product Data Sheet 00813 0100 4101 Rev GA August 2012 Rosemount 2051 Specifications PERFORMANCE SPECIFICATIONS This product data sheet covers HART Fouscarion fieldbus and PROFIBUS PA protocols unless speci Conformance To Specification 30 Sigma Technology leadership advanced manufacturing techniques and statistical process control ensure specication conformance to at least 3 Reference Accuracy Stated reference accuracy equa
45. d 316L As aval CS Hata Forcing Dey DNIS PNEA Flanged 316L DN20 PN64 Flanged 316L DN25 PN64 Flanged 316L DNAO PN64 Ranged 316L DNSO PNE4 Flanged 316L DNB0 PN64 Flanged 316L DN100 PN64 Flanged 316L DNISO ENG4 Flanged 516L DN200 PN64 Flanged 316L aval CIS Hot Consult Fr Ping Dey Ordering the Model 240 In Line Continued rom Previous Page ELECTRONICS ENCLOSURE 8 NOMAAY 7 7 Endosure Mounted on Probe Et Remote Hecrorics NEMA 44 7 P65 indodes NEMA 44 7 IP65 on Probe cable length in parentheses maximum 50 feet 17m DISPLAY OPTION NR No Display DD INPUT POWER VIL 12236 VOC LOOP POWERED available with VAL 1236V0C FS 100240 VAC 50 60 Hz Line Powe 25 Wats i One analog output 4 20 mA one pulse HART LOOP POWERED One analog output 420 m4 one alam one pulse and HART Communication NOT LOOP POWERED analog output 420 one alarm one pulse and MODBUS Three analog outputs 4 20 mA three alams one puse MODBUS Three analog outputs 4 20 mA three alarms one pulse HART Protocol Communication PROCESS TEMPERATURE ST Standard temperature Process temperature 330 to 50078 2007 to 260 C MEO High Temperature Process temperate 40 to 750 F 407 to 40
46. d probe length see LE option acing Gand DN50 PN40 Flange 50 psig 3 5 barg maximum process pressure Packing Gland DNSO PNAO Flange with retractor Paing Gand DNSO PNAO Flange with retractor For use with Extended probe length see LE option Pacing Gand DN50 PN64 Flange 50 psig 3 5 barg maximum process pressure Fading Gand DN50 PN64 Flange with retractor Pading Gand DN50 PN64 Flange with retractor For use with Extended probe length see LE opion Sis SIERRA EXPERIENCE OUR PASSION FOR FLOW Ies Norm AMERICA 5 ari Cort ung alana 20 6200 5 75200 E31 37 400 n Sia 2 SR Egmond an den of The 31 72 507400 31 72 Sia stunts gt Rmn s1 Tomson Cote Bg Dung Ying Road P Dong Nen isi Shanghai P China 200122 8621 5879 8621 579 8586 moss Low cost ultra compact meter with power energy and demand measurements PowerLogic ION6200 meters L7 IM m by Schneider Electric PowerLogic 5 40 6 power and energy meter The PowerLogic 200 meter offers outstanding quality versatility and functionality in a low cost ultra compact unit The meter is simple to use and offers a big bright LED display for superior readability in poor lighting conditions Complete with four quadrant power demand energy power factor and frequency measurements the ION6200 meter is avail
47. e of Use TOU Configurable te match any biling profile Energy and Maximum Demand Registers 1 tariffe for each energy register TOU Calendar with Daily Profiles Optional Inputs Outputs Analog Outputs optional 272 Isolated programmable Analog Outputs Fast 1 update time settable to any electrical measurement 1 Programmable HI LO Ranges Analog Inputs optional 272 isolated programmable Analog Inputs 1 Fast Leys scan time 1 For monitoring substation and transformer temperature ol level and pressure ete Software and Integration System Integration Easy Integration with Energy Management or SCADA systems via Modbus RTU ASCII DNP3 0 protocols Remote display and logging of measured parameters Automatic Ramate Alarm amp Control Remote configuration PAS Software Included with every SATEC device 1 Easy to use remote configuration software Supports off line programming to allow easy downloading of a standard configuration to multiple meters Supports scheduled paling viewing of real lime data and automatic retrieval of histoncal and waveform logs Provides the ability to export waveform and data logs to COMTRADE PQDI formats Advanced Power Quality Analysis Installation amp Connections ach model accepts all wiring configurations selectable from the front pane Analog meter replacement Mounting Standard to both ANSI 0391 4 inch round and D
48. er 18 TAO Ambient Temperature deg F CDH Energy Corp 7 November 2012 M amp V Plan The New York Hilton Peak Demand or Peak kW The peak electric output or demand for each power reading will be taken as the average kW in a fixed 15 minute interval 0 00 0 15 0 30 etc defined as Za kWh _ kWh per interv At 0 25h kW The generator power meters will measure the individual gross output of the seven engine generators with four measurements The net power delivered is determined by adding together the four individual generator power measurements and subiracting out the sum of the parasitic power measurements Heat Recovery Rates The heat recovery rates will be calculated offline based on the 15 minute data collected The piping arrangement for this CHP system uses a common circulation header for the engine jacket water with individual secondary loops for the useful hot water delivered to the hotel and for heat rejection through a dump radiator Each of the engine generators are connected to the common header in parallel The piping arrangement at this site requires for the jacket water heat supplied to the building or the heat rejected to atmosphere to be measured using separate flow and temperature difference measurements The rate of useful delivered to the building glycol loop heat recovery in Btu h will be defined ua EIFL x TLS TLR1 QHUW K x The rate of rejected unu
49. gistred trademarks of Schneider Bacto ort aliter thar marks used herein may be he property ofthe respective owners y the solution To find genuine Schneider Electric M Aesthetics amp Comfort Efficiency amp Sustainability 2000 Schneider Electi A reserved SSSATEC Powerful Solutions Model PM174 PQ Monitor The Model PMIT4 Advanced Power Quality Monitor is SATECS new generation of power instrumentation that fully complies with the IEEE ISO power quality category to define phase magnitude and duration of events The Extensive features of the Model 174 Series make it ideal for applications such as feeder Switchgear monitoring revenue biling Pd monitoring SCADA It is also ideal for substation automation because of its support for the industry standard DNP3 0 and Modbus RTU protocols The PQ monitor fits the ANSI 39 1 4inch round cutout for easy analog meter replacement Its galvanicaly isolated voltage current and power supply inputs make it extremely durable and reliable even in the harshest substation environment STANDARD FEATURES Measurements lass 0 25 revenue accuracy 118 sampes per tue RMS Fast realtime by measurements averaging values of 8 16 or 32 cycles selectable via the front panel Four Quadrant measurements 7 Min Max values instantaneous amp demands Wiring configurations Each model accepts wiring configuratio
50. hese revenue accurate values can be used for bill verification monitoring backup power for critical systems and cost affective energy solutions Cost allocation Perfect for monitoring right down to the tool level the IONG200 meter can help monitor cost centers identify opportunities for demand contral and check energy consumption patterns Revenue certification is available if required Substation monitoring megawatt and kilovolt readings option ls available for high voltage applications Features gt Modularity Simple retrofit Low initial investment that can stil meat future needs Retrofitable upgrades add functionality as required gt East Fast setup via display or software Free configuration software Bright easy to read LED display gt Re certification ANSI and Measurement Canada options Factory sealed version available in Canada gt Communications RS 485 port Modbus RTU for integration with energy management systems gt Management systems ION compatible protocol for use with PowerLogic ION Enterprise software gt Pulse outputs 2 outputs for kWh KVAR or pulsing Patented ION technology modular flexible architecture that offers extensive user programmability Uniquely addresses complex monitoring and control applications Adapts to changing needs avoiding obsolescence Base unit gt Physical configurations Integ
51. ical Report Writer Export to PQDIF amp COMTRADE format Model PM174 Advanced Power ll Til il E Statistical Compliance Report Powerful Solutions SSSATEC Waveform Logs Tw independent simultaneous waveform recorders each recording the complete 3 phase voltage and current waveforms Recording resolution at 32 64 and 128 samples eycie Up ta 20 pre faut cycles Any number of cycles limited only by avaliable memory Supports Wrap Around Stop on Full recording modes Model PM174 Advanced Power Quality Monitor Log Profile Data Trend Advanced Harmonic Measurements Individual Harmonics up to 63 Amplitude amp Phase Harmonic Power Direction Load Source 7 Total Harmonic Power and Energies cst alal abl ttt tate Harmonics Spectrum SOURCE q Setup Tab IMB of non volatile log memory with battery backup Up to 140 days of trending amp load profile 16 measurements 15 minute Interval Userparttionable for Event Log Data Logs amd Waveform Log Files Event Log T Event Log of programmable depth Data Logs 16 Data Logs of 16 parameters each Configurable depth 7 Recording intervals from 1 to 9999 seconds 1 supports wrap around and Stop on Full recording modes SATEC PM174 July 2010 Data Log Setup Tim
52. icer a SET Environmental Fon 201 601 8001 lav Lad lav BA Gs Multivariable Mass Vortex Flow Meter rs Volumetric or mass flow monitoring of gases liquids and steam Smart electronics extends range down to a Reynolds number of 5000 Ideal for steam applications Selectable outputs for five process parameters in one integrated meter mass flow rate volumetric rate temperature pressure density Field configurable ranges alarms outputs and displays Field configurable via six push buttons magnet through explosion root window Rangeability up to 30 1 Temperature 330 F up to 750 F s Pressure up to 1500 psig In line 1 2 to 8 and insertion into pipes gt 27 configurations FMC and ATEX approval Flow computer integrates AGA equations for natural gas Full implementation of HART protocol Optional MODBUS protocol SIERRA www sierrainstruments com Innova Mass Model 240 amp 241 ierra Instruments Innova Mess Multivariable mass vortex flow meter provides a reading af up to five process parameters from a single entry point in the pipeline The meter can measure the veloc temperature and pressure and calculate mass flow rate volumetric low rate and density Sensing all process parameters at a single location in one integrated meter greatly improves measurement accuracy and reduces total installed cost The nove Mass Model 240 ii
53. id tight fittings For more on the enclosure styles please see the App Notes section BAPI Thermowells d Immersion Unit Probes are designed tobe inserted into a gapigox2 d Tharmowel Fee mats info Themowells ses page ee All Passive Thermistors 10K Q and smaller are CE compliant For detailed specs on the individual Sensors amp Transmitters turn to the Sensors Section Encl Material J Box Model Galv Steel WP Model Cast Aluminum EU Model ABS Plastic 94 V 0 BB amp BB2 UV resistant polycarbonate UL94 V 0 Encl Rating J Box NEMA 1 WP Model NEMA 3R EU BB amp BB2 Models IP66 NEMA 4 Environmental Operation Range Sy Temperature Sensor 40 C to 85 C Weathertight EU Temperature Transmitter 20 C to 70 Humidity 0 to 100 non condensing Weather Proof WP BAPI Box 2 BB2 Building Automation Products Inc 750 North Royal Avenue Gays Mills WI 54631 USA Tel 1 608 735 4800 Fax 1 608 735 4804 E mail sales bapihvac com Web www bapihvac com Immersion Probes w nylon fitting Temperature Sensors THERMISTORS RTDs 18K 4 18K0Q257C 100 100 0 Platinum 0 C 385 QFC temp 22K 2 k0Q25 C 100 3W 3 Wire 100 0 Piat 0 385 OFC temp 3 0Q25c 11375 1K Q Platinum 0 C 3 75 QC temp coeff 328
54. ight pipe upstream ol the sensor and 5 diameters of straight Pipe downstream accuracies af of rale may be achieved Output Configurations Standard Frequency Sensor output a pulse proportional to flow The signal is similar to all 200 Sarias Badger Meter sensors and wil interface with all existing Data Industrial transmitters and monitors The power supply to the sensor and the output signal trom the sensor is cared on the same two wires Wire connections are made at screw terminals on removable headers inside the NEMA 4X housing Analog Output The sensor is also available with a two wire loop powered 4 20 mA output The analog output is produced by an on board micro controller for precise dri ee signals The unit is programmed from a computer using Windows based oftware and a connection cable Unis may be pre programmed at the factory or field programmed Al information is stored in non volatile memory in the low sensor Scaled Pulse Output The scaled puise is produced by an on board miero controller for precise accurate outputs This option may be programmed lo produce an isolated sold state contact closure scaled to any number ff engineering units of measure Sensors may be pre programmed at the factory or field programmed using a Data Industrial connection cable and a Windows based software program All information is stored in non volatile memory in the flow sensor This four wire option Display Options All
55. mp total kVAh per phase and total TOU parameters 16 Data Logs 3 Event Log 2 Waveform Logs Individual T Harmonies to 63 Individual V Harmonics to EZ Total harmonic KW and Total harmonic kWh Import Export Total harmonic Total Waveform Capability 32 64 128 samples cycle Up to 20 pre cycles event Categories 1159 Flicker 61000 Compliance Report via PAS Immersion Probes w nylon fitting Temperature Sensors Probe Lengths 2 4 amp 8 fit standard BAP Thermowell lengths Series 304 Stainless Steel Probes and Five Enclosure Styles Double Encapsulated Sensors amp Etched Teflon Leadwires Wide Selection of Temperature Sensing Elements Immersion Units are available in 2 4 and 8 probe lengths The sensor is potted inside a 1 4 stainless steel probe with thermally conductive Weatherproof compound All Immersion Units have etched Teflon leadwires and double Weather encapsulated sensors to create a watertight package that can withstand Tight EU high humidity and condensation Immersion Units come standard with a 2 x4 steel J Box JB but are also available with four styles of watertight enclosure Weatherproof BAPI Box WP Weather Tight EU BAPI Box or BAPI Box 2 BB2 BAP BB g also offers optional liqu
56. mp Release Time Delays Logical AND OR conditions Fast 10 ms update 1 Choice of actions Open relay 7 Increment Clear counters wo button Demands Configurable demand calculation to match ty settings Demand period from 1 to 60 minutes 2 Number of demand periods from 1 to 15 Extemal synchronization for demand interval with Status Input or via communications Communications Two independent communication ports COMI optically isolated RS232 422 485 selectable the front panel f Optional 108aseT Ethernet Modbus TCP DNP3 TOP protocols lt Optional 56K modem 2 Optional Profibus DP optically Isolated RS422 485 port Supports industry standard Modbus RTU amp ASCI Unique Assignable Register Map allows users to assign registers from different fanges inta single contiguous Modbus address space or a DNP Class 0 1 2 of 3 limiting the amount of data passed over ihe communications le and therefore making efficient use of the avaiable Bandwidth Supports up te 2 Analog Expanders for additional 16 analog output channels Firmware upgrade via communications eliminating chip replacement Advanced Power Quality Functions Transient recording minimum width 130us HE Sag SWel detection as per IEEE 1159 PQ Categories detailed description of event phase magnitude and duration Ficker 61000 TII curves CREMA Statist
57. nciaars fr rata total input output Accuracy Accessories Maximum Pressure Rating for SST Stem ASDH20 Programming Kit Tole PPS or PEEK Ti contains sofware and A301 programming cable PSIG Pressure vs Temp non shock 1000 00 SDI Series Direct Insert Ordering Matrix _ EIEIO 2 700 Sunless Sissi PPS Tp o 00 4 FEET 400 Diet net or Pipe 14 biet D1 300 rac hoe or Pi 5 200 PPS rec UF mr 100 lo 160 140 180 220 260 us TEMP F Sarda Pe Max Pressure Temp Ratings for Brass as Pslup to 1800F Power a une ata ES 3 y zr Eza LSS L3 and Dat ir dears ad Hee e 2 Please see our website at www badgermeter com for specific contacts Das to continuous research product improvements and enhancements Badger Maleraservas iha igh iochange productorsysam spocrcatonswihoutnoiee cept to o etant an oustanding corratua obligation exists BadgerMeter Inc FO Box 381390 Tulsa Oklahoma 74158 918 836 6411 Fax 918 832 9962 badgermetaccom Product Data Sheet 00813 0100 4101 Rev GA August 2012 Rosemount 2051 Rosemount 2051 Pressure Transmitter Coplanar platform enables integration of primary elements manifolds and remote seal solutions Best in Class performance with up to 0 065 high accuracy option Lo
58. ne meters are av lablein 05 075 1 15 2 3 4 6 and Sinch sizes with ANSI or DN16 fanges or wafer flow bodies The Series 241 insertion meters can be used on pipe sizes from two inches and greater Optional hardware including packing gland probe seal retractor and isolation valves is also available TET LS oO 200 Flanged Iine Side View Cate Valve Compression Fange Torten eser ome Wem e do do m Sor M em ore i n Am v9 om a me 1 Fees Te ume om ir Jm om core esr fame ce cm wawoo em ra e ar mme o oon sale Tam cm mee 09 Packing Gland Male NPT Retractor Tae waon om Sum pome em ore mm om ore Ame oo wis 5 Sm m om om em om ore Am cm om om E wm cm m Sore cs fame o do re
59. neous connections Optically isolated R5 232 422 485 port 7 Isolation 2000V RMS Selectable baud rate to maximum 7 8 bit even party or 8 bit no parity Protocols supported Modbus RTU amp ASCII and DNPV3 0 Optional ethernet Transformer isolated 10 1008aseT Connector RS Protocols supported DNP3 TCP 2 simultaneous connections Optional Dial up Modem F ranstormer isolated 56KB modem Connector ii Protocols supported Modbus RTU Satec ASCII and DNPV3 0 Optional Profibus DP 61158 115 200 Modbus TCP RS 485 optically isolated Profibus interface Connector DBS Baud rate 9600 12Mbps auto detscton 32 bytes input 32 bytes output Protocol supported Profibus Optically isolated RS 422 RS 485 port Isolation 2000V RMS Connector 5 removable connector Selectable baud rate to 115 200 maximum 7 8 bit even parity or 8 bit no parity Protocole supported Modbus RTU amp ASCII and DNPV3 0 Wire size up to 14 AWG 1 5mm Real time clock 7 Accuracy 15 seconds per month 25 Model PM174 Advanced Power Quality Monitor Standards of Compliance 5101081 CE EMC 89 336 EEC as amended by 92 31 EEC and 93 68 EEC LVD 7S 2NEEC as amended by 93 68 EEC and 93 465 EEC Harmonized standards to which conformity is decore EN ENSSOL1 1991 EN 50082 1 1992 EN 1010 1 1993 42 1095 ENSOUSI2 1994 Genenc Emission Stand
60. nly to hard drive space on the server The server provided with this system has a 350 GB drive which could store data for many years The data are downloaded from the monitoring system once per day via FTP connection over the Owner s secured internet connection provided by the Hilton An FTP script transfers calculated formatted data to the NYSERDA verification server The data are then loaded into a database checked for validity and posted on the NYSERDA web site Ons installation The system architecture is described on SET drawing SET 012 004 02 Communications Riser Monitoring panels will be installed by the electrical contractor in Owner approved locations These panels are in general proximity to the systems they monitor Sensors and meters are installed by the mechanical contractor Electric meters electronic sensors and current transducers are installed be the electrical contractor Communications The monitoring system will be connected to the Internet over an owner provided connection A dedicated static IP address is being provided by the owner Refer to SET drawing SET 12 004 02 for architecture and connection detail CDH Energy Corp 6 November 2012 M amp V Plan The New York Hilton On Site Support The system being furnished by SET Environmental is web based and will be accessible to remote users through the owner s secured connection with a static IP address and will be password protected
61. ns selectable via the front pane Supports Wye and Delta in 2 element 20 element and 3 element wiring configurations Digital Inputs 2 Dry Contact Digital Inputs 1 Status or breaker monitoring 7 Time stamp operation to ims Pulse counting and accumulation with user configurable weighting factors Relay Outputs 2 programmable Form A relays Energy pulsing output Wh VAR VAh Alarming via programmable setpoint triggers such as phase oss low volts demands ete Manual Control via communication commands Fall Safe mode Integrated Remote Display Module Display module be integrated with the baze unt mounted remotely 3 ine Ngh vsibity 7 segment LED display fully vele under bright sunight Two J digt and one window Simultaneous display of 3 phase parameters Tor quick phase balance assessment S digt Energy readings Configurable S segment LED Load Bar mimics analog meter needle Energy pulse LED SATEC PM174 July 2010 Quality Monitor Communications activity LEDs Kilo and Mega LEDs for scaling Indicators driven selection with password Atomatic soling with adjustable scroll ime or fixed display User configurable simple Demand RESET operation Adjustable update time from 0 1 to 10 Seconds Supports second remote display module Setpoints 16 user programmable set points with actions 7 Independent Operate amp Release Limits 7 Independent Operate a
62. r ouput VI Meter Energy meter Package VIPEMS VIP Meters plus Energy meter package FLOW BODY 316L STAINLESS STEEL V 2 ndh ANSI 150 b Ranged 316L ANSI 150 Ib Flanged 316L Tinch ANSI 150 b Flanged 316L inch ANSI 150 b Flanged 316L 2inch ANSI 150 lb Flanged 316L Sch ANSI 150 lb Flanged 516L neh ANSI 150 Ib Flanged 516L Sinch ANSI 150 lb Flanged 316L inch ANSI 150 lb Flanged 316L CS stay Consul aca Pricing Dey 1 2 nch ANSI 300 b Flanged 3161 S inch ANSI 300 lb Flanged 316L Tinch ANSI 300 Ib Flanged 316L inch ANSI 300 lb Ranged 316L inch ANSI 300 b Ranged 516L Sich ANSI 300 Fanged 316L inch ANSI 300 Flanged 316L Sinch ANSI 300 lb Flanged 316L inch ANSI 300 lb Flanged 316L i Mig 1 2 nch ANSI 600 Ib Flanged 316L 3 inch ANSI 600 lb Flanged 3161 Tinch ANSI 600 Ib Flanged 3161 inch ANSI 600 Ib Flanged 516L ANSI 600 b Flanged 316L inch ANSI 600 b Flanged 516L inch ANSI 600 b Flanged 316L inch ANSI 600 b Flanged 516 inch ANSI 600 b Flanged 516L ooh nay Grad aio Mig Dir 05 inch Wafer connection 316 Wafer connedton 3161 Tinch Wafer connection 316L inch Wafer connection 516L inch Wafer connecion 316L inch Wafer connection 316L inch Wafer connection 316L avaiable in Hasty for rcg Dalry Linch ANSI 150 b Flanged Carbon Steel 1 5inch ANSI 150 lb Flanged Carbon Steel 2inch ANSI 150 Ib Flanged C
63. rated models have a builtin display and fit in an ANSI 10om 47 and DIN 96 cutout Transducer TRAN models have no display and be fastened to lat surface with a 10cm 4 ANSI bot or mounted to DIN A remote display module AMD can be ordered for ta TRAN mounted through an ANSI 10cm and DIN 96 Cutout 43m 141 cable is standard wih this option gt Front panel display Bright LED display with twelve 19mm 3 4 high digits Displays all basic power parameters Easy setup for common configuration parameters Password protection on setup parameters Password protection for demand reset gt Pulse outputs Optional KWh and or kVAh pulsing via two Form A outputs Communications Optional RS 485 port with standard Modbus RTU and ION compatible protocol Baud rates from 1 200bps to 19 200bps gt Plug in power supplies 100 to 240Vac 60 to 60Hz 110 to 300Vde Optional 20 to 60DC 10 Optional 480Vac 60Hz Measurements gt Metering 64 samples cycle IEC 80687 class 0 5 accuracy ANSI C1220 05 compliant Four quadrant energy and demand 48 realtime true RMS electrical parameters Per phase voltage current peak current demand watts VARS kWh and more Neutral current THD frequency power factor and more Megawatt option measures in MW and kV Specifications Accuracy Voltage LN 0 3 reading LL 0 5 reading Frequency 0 1Hz
64. re 005 of full scale oan of reading Stability Over 12 Months Mass Flow ae 0206 reading madum Fow Negigbleeror Temperate 01 F o 05 O maximum Pressure 44 0108 of ful scale maximum Density f 010 of reading maximum Response Time Adjustable from 10 seconds Material Compatibility Any gas guido steam compatible with stainless steel C276 Hastaloy or A105 carbon steel Not recommended for multiphase ids Any gas qid or steam compatible wih 316L stainless steel Not recommended for mut phase ids Flow Rates Typical mass low ranges are given in the following table Precise low ranges depend on the fuid and pipe size 241 insertion meters are applicable to pipe sizes from 2 inch and greater Consul factory for sizing program WATER MIM AND MAXIMUM FLOW RATES en ach och nc os 22 ss for m o at z e w 27 oer oz o7 s o as a 2 om eh ane ech inh ms ts a s a a we o0 2n sen a258 soe oro yaa s pw e zo om 2 ms ara zero eur raza posez asas poo 7 us sz vs 255 eos arao s389 12067
65. re exhaust heat transfer The assumption is made that system pressure will remain constant and periodic readings of the pressure will be made for verification Any of the above heat recovery measurements in Btu can be calculated for an interval by the following S Qm XS where Heat recovery rate N Number of intervals in 1 hour 1 h e g to determine the total heat recovery for one minute N 60 h Calculated Quant The net power output from the CHP system will be defined as the sum of gross power from each engine WG12 WG345 WG6 and WG7 minus the sum of the parasitic power WPARI WPAR2 WGI2 WG345 WG6 WG7 WPARI WPAR2 CDH Energy Corp 9 November 2012 M amp V Plan The New York Hilton The instantaneous fuel conversion efficiency of the CHP system based on the lower heating value of the fuel will be defined as 3 413 WG FC 0 9 HAV F where QHU Useful heat recovery Btu QHUW QHUS Engine generator net output kWh WG12 WG345 WG6 WG7 WPARI WPAR2 Generator gas consumption Std CF Higher heating value for natural gas 1030 Btu CF Where 0 9 is the conversion factor between and LHV FG HHV The average can be calculated for any time interval When converting to daily monthly annual values the each value is summed and then the formula is applied You 3413 FCE 0 9 HHV
66. se to changes in low ale and are well suited contol and batch applications in dition to low monitoring The new four bladod impeller design is rugged nan fuling and does not require custom calibration Coupled withthe proprietary patented digital detection circu he sensor measures rom under 0 3 sec to over 20 We regardless a the conductivity or turbidity of the liquid The standard frequency output produces a low impedance square wave signal proportional to ow rate that may be transmitted up to 2000 feet without amplification Insert Sensors SDI insert style low sensors are intended for general llow measure ment applications Thay are avaliable in either brass or stainless steel construction The insert style sensors are intended tor direct installation into pipelines through a 1 tap The pipeline must be out of service and not under pressure at the time of installation For any pipeline that is in service at the time ol installation or cannot be de pressurized and drained lor service Data Industrial recommends the use of cur SDI hot tap models that are equipped with isolation valves Standardsensorstemlangths accommodate pipe sizes from 1 through 10 indlameleror 12 through 36 depending on pipe materialandtapping methods Larger sizes usually require the use hot tap models When the flow sensor is installed at the corect insertion depth and properly aligned in pipe sections with at least 10 diameters ff stra
67. sed heat recovery in Btu h will be defined as XIFL TLR1 TLR2 QHD K x where K 480 Btu h gpm F for 20 glycol n Number of scan intervals included in each recording interval unitless e g with 1 sec scans and 1 minute data n 60 The loop fluid for both useful glycol heat recovery and rejected heat recovery is expected to be glycol The factor K will be determined based on a periodic reading of the fluid properties with refractometer to determine the glycol concentration CDH Energy Corp 8 November 2012 M amp V Plan The New York Hilton Heat is also recovered from the engine exhaust to produce 15 psig steam using exhaust gas heat recovery steam generators HRSGs The steam is injected directly into the building steam system and displaces Con Ed Steam purchases therefore all steam production is considered useful heat recovery The rate of useful steam heat recovery in Btu h will be defined as EIFS x hg hl QHUS z where n Number of scan intervals included in each recording interval unitless e g with 1 sec scans and 1 minute data n 60 _Enthalpy of steam f 15 psig saturated 1 164 Btullb hy Enthalpy of feedwater Btu lb The enthalpy of gaseous steam h is stipulated to be 1 164 Btu lb corresponding to dry saturated steam at 15 psig Temperature of the feedwater will be used to calculate the entering feedwater enthalpy to determine the enti
68. tions include terminal based linearity hysteresis and repeatabilty For FOUNDATION fieldbus and PROFIBUS PA devices use calibrated range in place of span Woda Standard igh Perfomance Option PE aic 5 20075 spam Ranges 25 Accuracy Option PB For spans loss than 10 1 accuracy 400651 of span SER For spans less than 10 1 accuracy 0 025 000282 span UB par oos 0 005 HRE Jos ot span Range 20 10 of span For span less than 15 1 accuracy aL LAL o span EU Ranges 1 4 20 075 of span Ranges 1 4 High Accuracy Option PB For spans es than 10 1 accuracy 20 0655 o span s For spans less than 10 1 accuracy oor r LBL or span Tags 300755 For span es than 10 1 accuracy BE ot Span E Ranges 24 20 075 of span For spans less than 10 1 accuracy 35 Rosemount 2051 Product Data Sheet 00813 0100 4101 Rev GA August 2012 Flow Performance Flow Reference Accuracy 2051 Annubar Flowmeter Ranges 2 3 I 38 999 af Flow Rate at 5 1 low tundown 2051 Compact Flowmeter Conditioning Option ol Flaw Rate al Taw Ranges 2 3 324556 of Flow Rate al 5 1 turndown 20516 Compact Orifice Flowmeter Orifice Type Option LEZI ESO of Flow Rate ai 5 Tow turndown Ranges 2 3 32 805
69. tive Any sensor element surrounded by insulating media will not perform propery at temperatures or with the proper temperature Fesponse times An accurate room sensor must have good ventilation and a high thermal conducting metal which in direct contact with the sensor The enclosure must be insulated from the building mounting surface to limit wall temperature influence on the sensor Aluminum Mounting Clip Accessory PN 46 Rear View DIMENSIONS h aft 24 AWG 24m lead wire cm 2 m 043 bes P m shi m STR ORDERING INFORMATION MODEL DESCRIPTION SERS 10 0000 encapsulated Thermistor 77 F GEC Type W gray endo SERI 22520 encapsulated thermistor 77 F 25 Type il green leads STR22_ 30000 encapsulated thermistor 77 F 25 C 1 ue lads SER24 10000 encapsulated thermistor 77 F 25 C Type I yellow lead SERZI 100 0000 encapsulated thermistor 77 25 C Type gay loads SERA 202000 encapsulated thermistor 77 F 25 C Typo IV green leads STRES 10000 nickel encapsulated FTD 70 F ZTE yelow leads SERF 1000 ua High accurate encapsulated FTD 22 F 0C 385 um curve iue eade SEAST 1000 encapsulated TD 37 70 385 platinum curve yew leads SERES 70000 encapsulated FTD 32 F 385 platinum cune Teads SERS 10000 encapsulated 32 F 37
70. with multiple levels of access available SET s programmers engineers and technicians will have access to multiple levels of the system for remote support The site will be responsible for providing access to all areas necessary for verification of sensors 3 Data Analysis The collected data will be used to determine the net power output of the system as well as the fuel conversion efficiency FCE Table 2 Summary of Monitored Data Points No Data Point Description Units i wGi2 Generator 1 amp 2 Electrical Output kw kWh 2 WG345__ Generator 3 4 amp 5 Electrical Output kw kwh Generator 6 Electrical Output W kWh Generator 7 Electrical Output kw kwh S WPARI Parasitic Load Electrical Consumption Panel PPH kw kwh G WPAR2 Parasitic Load Electrical Consumption Panel 1 kw kwh 7 6 Combined Generator Fuel Input CFH CE Hot Water Heat Recovery Calculated Btu h Btu sr Glycol Main HR Loop Flow Rate GPM 1o ris Glycol Loop Supply Temperature F Glycol Loop Return Temperature downstream of loads deg F Dumped Heat Calculated Btu h Btu 13 TLR2 Glycol Loop Return Temperature downstream of Dry Cooler deg F Tals HRSG Steam Flow Meter 70 1s rew Feedwater to Steam Generator Temperature deg F Steam Heat Recovery Calculated Btu h Btu 17 wT Total Facility Energy Pow

M&V Plan - NYSERDA DG/CHP Integrated Data System

Contents

Download Pdf Manuals

Related Search

Related Contents

M&amp;V Plan - NYSERDA DG/CHP Integrated Data System

Contents

Download Pdf Manuals

Related Search

Related Contents

M&V Plan - NYSERDA DG/CHP Integrated Data System