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REVIEWED DEFSUB 9 BLD2018-1622+GENERATOR_SPECS+1.10.2022_4.08.58_PM+2613174REVIEWED GRE EDMONDS BY SUBSTITUTION REQUEST FORM 23400 HIGHWAY 99 EDMONDS, CITY OF EDMONDS WASHINGTON RECEIVED TO: PROJECT: GRE EDMONDS BLD2018-1622 SPECIFIED ITEM: DEF SUBMITTAL 9 Section Page Paragraph Description The undersigned requests consideration of the following: PROPOSED SUBSTITUTION: Jan 10 2022 CITY OF EDMONDS DEVELOPMENT SERVICES DEPARTMENT Attached data includes product description, specifications, drawings, photographs, performance and test data adequate for evaluation of the request; applicable portions of the data are clearly identified. Attached data also includes description of changes to Contract Documents that the proposed substitution will require for its proper installation. The undersigned certifies that the following paragraphs, unless modified by attachments, are correct: 1. The proposed substitution does not affect dimensions shown on Drawings. 2. The undersigned will pay for changes to the building design, including engineering design, detailing and construction costs caused by the requested substitution. 3. The proposed substitution will have no adverse affect on other trades, the construction schedule, or specified warranty requirements. 4. Maintenance and service parts will be locally available for the proposed substitution. The undersigned further states that the function, appearance and quality of the proposed substitution are equivalent or superior to the specified item. Submitte by: Na i led) For use by the A/E: ign_a(ure lAR 29r Cf�a" a4CIC—lQu, j ce5�_ Accepted Accepted as noted Firm Name Address: In 40 kol < d� City, State, Zip: L.1nAW �� , (.J rC `�go� By: Date:11 Z3 Z Telephone: Z'37Z-ILS 1 Attachments: Not Accepted Received too late Date: Remarks: Page - 1/1 GENERAL` ENERGY SYSTEMS P 0 W E R S Y S T E M S Engineering Submittal for Approval Edmonds 99 Standby Emergency Generator pENERAC' I i �tni. _611 Stationary Emergency Standby Generator 80kW Rating, 120/208V, 3 Phase Architect's Approval Digitally signed by Lucas Branham DN: C=UB, E=1 branham@stud ioms.com, Lucas Branham OU=Studio Meng Stra—ra, CN=Lucas Branham Date: 2021.12.13 09:26:29-08'00' Submitted Equipment signature Date Released for Production By: Lucas Branham Print Name 11/15/21 11/15/21 Page 2 of 100 CONTACTS (==I ENERGY SYSTEMS PROVIDING GREAT SERVICE SINCE 1933 GENERAL" DISTRIBUTOR: West Coast Energy Systems LLC 7100 S. Longe Street #300 Stockton, CA 95206 Office: 209-870-1900 Fax: 209-870-1950 www.espowergen.com 800-845-8519 Kerry Nicolaus Sales Representative knicolaus@espowergen.com 209-479-0413 Kathleen Beresh Project Manager kberesh(a_espowergen.com 415-757-9083 Joey Denning Project Engineer jdenning(a�espowergen.com 209-205-9467 ('nntrartnr Miguel Velazquez North Coast Electric miquel.velzquez(aD_northcoast.com 206-812-3745 11/15/21 Page 3 of 100 11/15/21 Page 4 of 100 t ==1 M �aj ENERGY SYSTEMS Bill of Materials Quantity 1 - Generac Industrial diesel engine -driven generator set with turbocharged 4-cylinder 4.5L engine, consisting of the following features and accessories: • Stationary Emergency -Standby rated • 80 kW Rating, wired for 120/208 VAC three phase, 60 Hz • Brushless Excitation • Level 2 Acoustic Enclosure, Steel o Industrial Grey Baked -On Powder Coat Finish o IBC Certification • UL2200 • EPA Certified • SCAQM D • H-100 Control Panel o Meets NFPA 99 and 110 requirements o Temp Range -40 to 70 degrees C o Digital Microprocessor: ■ Two 4-line x 20 displays, full system status ■ 3 Phase sensing, +/-0.25% digital voltage regulation ■ RS232, RS485 and Canbus remote ports ■ Waterproof connections ■ All engine sensors are 4-20ma for minimal interference ■ Programmable 1/0 ■ Built-in PLC for special applications o Engine function monitoring and control: ■ Full range standby operation; programmable auto crank, Emergency Stop, Auto -Off - Manual switch ■ Isochronous Governor, +/-0.25% frequency regulation ■ Full system status on all AC output and engine function parameters ■ Service reminders, trending, fault history (alarm log) ■ 12T function for full generator protection ■ Selectable low -speed exercise 0 2-wire start controls for any 2-wire transfer switch • 21 Light Annunciator - Surface • Remote Emergency Stop Switch, Surface -Mount, shipped loose • 110 AH, 925 CCA Group 31 Battery, with rack, installed • Air Filter Restriction Ind • Battery Heating Pad 0 Battery Charger, 10 Amp, NFPA 110 compliant, installed • Coolant Heater, 1500W, 120VAC • 24" 285 Gallon Double -Wall UL142 Basetank o External fill and vent 0 5-Gallon Spill/Fill box with locking provision o Mechanical fuel level indicator gauge 11/15/21 Page 5 of 100 o Electronic fuel level sender o Emergency Vent o Florida DEP-DERM, Fuel Drop Tube, Overfill Prevention Valve, Spill/Fill Return Hose • 3 Owner's Manuals • 120V GFCI and 240V Outlet • Crankcase Oil Heater • Engine Run Relay • Flush Mount Annunciator Kit • Primary MLCB, 80% rated thermal -magnetic o 200 Amp • Secondary MLCB, 80% rated thermal -magnetic o 100 Amp • 2-Year Comprehensive Warranty Quantity 1 - TRANSFER SWITCH - TX SERIES • 200 Amp, 3 pole, 120/208 VAC three phase, 60 Hz, with 2-Wire Start Circuit o Utility Voltage Sensing Controls: ■ Adjustable Drop -out and Pick-up ■ Adjustable Utility Interrupt Delay o Adjustable Logic Controls: ■ Minimum Standby Voltage ■ Minimum Standby Frequency ■ Engine Warmup ■ Return to Utility ■ Engine Cooldown ■ Transfer on Exercise • Enclosure Heater • Double Set of Form C Auxiliary Contacts • UL Listed 1008 by ETL • Controller Cover, Padlockable, Black • NEMA 311 Enclosure • 3 Owner's Manuals • 42KA Contactor Withstand and Closing Rating 0 Non Service Entrance Rated • In Phase Only Transfer 0 Two Year Extended Warranty Quantity 1 - TRANSFER SWITCH - TX SERIES 0 100 Amp, 3 pole, 120/208 VAC three phase, 60 Hz, with 2-Wire Start Circuit 11/15/21 Page 6 of 100 o Utility Voltage Sensing Controls: ■ Adjustable Drop -out and Pick-up ■ Adjustable Utility Interrupt Delay o Adjustable Logic Controls: ■ Minimum Standby Voltage ■ Minimum Standby Frequency ■ Engine Warmup ■ Return to Utility ■ Engine Cooldown ■ Transfer on Exercise • Enclosure Heater • Double Set of Form C Auxiliary Contacts • UL Listed 1008 by ETL • Controller Cover, Padlockable, Black • NEMA 3R Enclosure • 3 Owner's Manuals • 35KA Contactor Withstand and Closing Rating • Non Service Entrance Rated • In Phase Only Transfer • Two Year Extended Warranty 11/15/21 Page 7 of 100 11/15/21 Page 8 of 100 Specification Sheets 11/15/21 Page 9 of 100 11/15/21 Page 10 of 100 SDO80 14.5L 180 kW INDUSTRIAL DIESEL GENERATOR SET EPA Certified Stationary Emergency STANDBY POWER RATING 80 kW, 100 kVA, 60 Hz PRIME POWER RATING* 72 kW, 90 kVA, 60 Hz ISO (i1 00Y 2ENGINEERED 008 *EPA Certified Prime ratings are not available in the U.S. or its Territories. **Certain options or customization may not hold certification valid. GENERAC® I INDUSTRIAL POWER r � °❑-G C - v o CODES AND STANDARDS Generac products are designed to the following standards: c UL us n NFPd nec F UL2200, UL508, UL142, UL498 Image used for illustration purposes only POWERING AHEAD For over 50 years, Generac has led the industry with innovative design and superior manufacturing. Generac ensures superior quality by designing and manufacturing most of its generator components, including NFPA70, 99, 110, 37 alternators, enclosures and base tanks, control systems and communicationssoftware. NEC700, 701, 702, 708 IS09001, 8528, 3046, 7637, Pluses #2b, 4 Rig M� NEMA ICS10, MG1, 250, ICS6, AB1 ;in+s► ANSI 062.41 American N.rio l Stdx6 Mvirur° Generac's gensets utilize a wide variety of options, configurations and arrangements, allowing usto meet the standby power needs of practically every application. Generac searched globally to ensure the most reliable engines power our generators. We choose only enginesthat have already been proven in heavy-duty industrial application under adverse conditions. Generac iscommitted to ensuring our customers'service support continues aftertheir generator purchase. 11/15/21 Page 11 of 100 SDO80 14.5L 180 kW INDUSTRIAL DIESEL GENERATOR SET EPA Certified Stationary Emergency STANDARD FEATURES GENERAL®I INDUSTRIAL POWER ENGINE SYSTEM ALTERNATOR SYSTEM General • UL2200 GENprotectTM • Oil Drain Extension • 12 leads (3-phase, non 600 V) • Air Cleaner • Class H insulation material • Fan Guard • Vented rotor • Stainless Steel flexible exhaust connection • 2/3 pitch • Critical Exhaust Silencer (enclosed only) • Skewed stator • Factory Filled Oil • Auxiliary voltage regulator power winding • Radiator Duct Adapter (open set only) • Amortisseur winding Fuel System • Brushless Excitation • Sealed Bearings • Fuel lockoff solenoid • Automated manufacturing (winding, insertion, • Primary fuel filter lacing, varnishing) Cooling System • Rotor dynamically spin balanced • Closed Coolant Recovery System • Full load capacity alternator • UV/Ozone resistant hoses • Protective thermal switch • Factory -Installed Radiator • Radiator Drain Extension GENERATOR SET • 50/50 Ethylene glycol antifreeze • Internal Genset Vibration Isolation • 120 VAC Coolant Heater • Separation of circuits - high/low voltage Engine Electrical System • Separation of circuits - multiple breakers • Battery charging alternator • Silencer Heat Shield • Battery cables • Wrapped Exhaust Piping • Battery tray • Silencer housed in discharge hood (enclosed only) • Solenoid activated starter motor • Standard Factory Testing • Rubber -booted engine electrical • 2 Year Limited Warranty (Standby rated Units) connections • 1 Year Limited Warranty (Prime rated Units) • Silencer mounted in the discharge hood (enclosed only) CONTROL SYSTEM Control Panel • Digital H Control Panel - Dual 420 Display • Programmable Crank Limiter • 7-Day Programmable Exerciser • Special Applications Programmable PLC • RS-232/485 • All -Phase Sensing DVR • Full System Status • Utility Monitoring • Low Fuel Pressure Indication • 2-Wire Start Compatible • Power Output (kW) • Power Factor • kW Hours, Total & Last Run • Real/Reactive/Apparent Power • All Phase AC Voltage • All Phase Currents • Oil Pressure • Coolant Temperature • Coolant Level • Engine Speed • Battery Voltage • Frequency • Date/Time Fault History (Event Log) • Isochronous Governor Control • Waterproof/sealed Connectors • Audible Alarms and Shutdowns • Not in Auto (Flashing Light) • Auto/Off/Manual Switch • E-Stop (Red Mushroom -Type) • NFPA110 Level I and II (Programmable) • Customizable Alarms, Warnings, and Events • Modbus protocol • Predictive Maintenance algorithm • Sealed Boards • Password parameter adjustment protection ENCLOSURE (IF SELECTED) • Rust -proof fasteners with nylon washers to protect finish • High performance sound -absorbing material • Gasketed doors • Stamped air-intake louvers • Air discharge hoods for radiator -upward pointing • Stainless steel lift off door hinges • Stainless steel lockable handles • Rhino CoatTM- Textured polyester powder coat TANKS (IF SELECTED) • UL 142 • Double wall • Vents • Sloped top • Sloped bottom • Factory pressure tested (2 psi) • Rupture basin alarm • Fuel level • Check valve in supply and return lines • Rhino CoatTM- Textured polyester powder coat • Stainless hardware • Single point ground • 15 channel data logging • 0.2 msec high speed data logging • Alarm information automatically comes up on the display Alarms • Oil Pressure (Pre -programmable Low Pressure Shutdown) • Coolant Temperature (Pre-programmed High Temp Shutdown) • Coolant Level (Pre-programmed Low Level Shutdown) • Low Fuel Pressure Alarm • Engine Speed (Pre-programmed Over speed Shutdown) • Battery Voltage Warning • Alarms & warnings time and date stamped • Alarms & warnings for transient and steady state conditions • Snap shots of key operation parameters during alarms & warnings • Alarms and warnings spelled out (no alarm codes) 11/15/21 Page 12 of 100 SDO80 14.5L 180 kW GENERAC®I owSTRIAL INDUSTRIAL DIESEL GENERATOR SET ER EPA Certified Stationary Emergency CONFIGURABLE OPTIONS ENGINE SYSTEM CIRCUIT BREAKER OPTIONS General 0 Main Line Circuit Breaker 0 Oil Heater 0 2nd Main Line Circuit Breaker o Industrial Exhaust Silencer O Shunt Trip and Auxiliary Contact O Electronic Trip Breaker Fuel System GENERATOR SET O Flexible fuel lines 0 Gen -Link Communications Software O Primary fuel filter (English Only) O IBC Seismic Certification Engine Electrical System O 10A UL battery charger 0 8 Position Load Center o 2 Year Extended Warranty 0 2.5A UL battery charger O Battery Warmer o 5 Year Warranty O 5 Year Extended Warranty ALTERNATOR SYSTEM ENCLOSURE 0 Weather Protected O Alternator Upsizing O Anti -Condensation Heater 0 Level 1 Sound Attenuation O Tropical coating O Level 2 Sound Attenuation 0 Permanent Magnet Excitation O Steel Enclosure o Aluminum Enclosure 0 150 MPH Wind Kit 0 12 VDC Enclosure Lighting Kit 0 120 VAC Enclosure Lighting Kit ENGINEERED OPTIONS 0 AC/DC Enclosure Lighting Kit O Door Alarm Switch ENGINE SYSTEM O Coolant heater ball valves 0 oc eaters O Fluid containment pans ALTERNATOR SYSTEM o 3rd Breaker Systems CONTROL SYSTEM 0 Spare inputs (x4) / outputs (x4) - H Panel Only 0 Battery Disconnect Switch RATING DEFINITIONS GENERATOR SET O Special Testing ENCLOSURE 0 Motorized Dampers O Door switched for intrusion alert O Enclosure ambient heaters TANKS (Size on last page) o Electrical Fuel Level 10 Mechanical Fuel Level 0 8" Fill Extension 0 13" Fill Extension 0 19" Fill Extension CONTROL SYSTEM 10 21-Light Remote Annunciator) O Remote Relay Panel (8 or 16) O Oil Temperature Sender with Indication Alarm o Remote E-Stop (Break Glass -Type, Surface Mount O Remote E top (Red Mushroom -Type, Surface Mount) O Remote E-Stop (Red Mushroom -Type, Flush Mount) O Remote Communication - Modem O Remote Communication - Ethernet 0 10A Run Relay O Ground Fault Indication and Protection Functions TANKS 1 0 Overfill Protection Valve 1 O UL2085 Tank 0 ULC S-601 Tank Stainless Steel Tank 0 Special Fuel Tanks (MIDEQ and FL DEP/DERM. etc.) Standby - Applicable for a varying emergency load for the duration of a utility power outage with no overload capability. o Vent Extensions Prime - Applicable for supplying power to a varying load in lieu of utility for an unlimited amount of running time. A 10% overload capacity is available for 1 out of every 12 hours. The Prime Power option is only available on International applications. Power ratings in accordance with ISO 8528-1, Second Edition 11/15/21 Page 13 of 100 SD080 14.5L 180 kW INDUSTRIAL DIESEL GENERATOR SET EPA Certified Stationary Emergency APPLICATION AND ENGINEERING DATA ENGINE SPECIFICATIONS General Cooling System GENERAL®I INDUSTRIAL POWER Make Iveco/FPT Cooling System Type Closed EPA Emissions Compliance Stationary Emergency Water Pump Belt Driven Centrifugal EPA Emissions Reference See Emissions Data Sheet Fan Type Pusher Cylinder # 4 Fan Speed (rpm) 2538 Type In -Line Fan Diameter mm (in) 660.4 (26) Displacement - L (cu In) 4.5 (274.6) Coolant Heater Wattage 1500 Bore - mm (in) 105 (4.1) Coolant Heater Standard Voltage 120 V /240 V Stroke - mm (in) 132 (5.2) Compression Ratio 17.5:1 Intake Air Method Turbocharged/Aftercooled Fuel System Cylinder Head Type 2 Valve Fuel Type Ultra Low Sulfur Diesel Fuel Piston Type Aluminium Fuel Specifications ASTM Crankshaft Type Forged Steel Fuel Filtering (microns) 5 Fuel Injection Stanadyne Engine Governing Fuel Pump Type Engine Driven Gear Governor Electronic Isochronous Injector Type Mechanical Frequency Regulation (Steady State) +/- 0.25% Fuel Supply Line mm (in) 12.7 (0.5) NPT Fuel Return Line mm (in) 12.7 (0.5) NPT Lubrication System Oil Pump Type Gear Oil Filter Type Full Flow Engine Electrical System Crankcase Capacity - L (qts) 13.6 (14.4) System Voltage 12 V ALTERNATOR SPECIFICATIONS Standard Model 390 Poles 4 Field Type Revolving Insulation Class - Rotor H Insulation Class - Stator H Total Harmonic Distortion <3% Telephone Interference Factor (TIF) <50 Battery Charging Alternator 20 A Battery Size See Battery Index 0161970SBY Battery Voltage 12 VDC Ground Polarity Negative Standard Excitation Synchronous Brushless Bearings One -Pre Lubed & Sealed Coupling Direct, Flexible Disc Load Capacity - Standby 100% Prototype Short Circuit Test Yes Voltage Regulator Type Digital Number of Sensed Phases 3 Regulation Accuracy (Steady State) ±0.25% 11/15/21 Page 14 of 100 SD080 14.5L 180 kW INDUSTRIAL DIESEL GENERATOR SET EPA Certified Stationary Emergency OPERATING DATA POWER RATINGS GENERAC®I INDUSTRIAL POWER Standby Single -Phase 120/240 VAC @1.Opf 80 kW Amps: 333 Three -Phase 120/208 VAC @0.8pf 80 kW Amps: 278 Three -Phase 120/240 VAC @0.8pf 80 kW Amps: 241 Three -Phase 277/480 VAC @0.8pf 80 kW Amps: 120 Three -Phase 346/600 VAC @0.8pf 80 kW Amps: 96 STARTING CAPABILITIES (sKVA) 480 VAC sKVA vs. Voltage Dip 208/240 VAC Alternator kW 10% 15% 20% 25% 30% 35% 10% 15% 20% 25% 30% 35% Standard 80 59 88 117 147 176 205 44 66 88 110 132 154 Upsizel 100 79 118 157 197 236 275 59 89 118 148 177 206 Upsizel 130 116 174 232 290 348 406 87 131 174 218 261 305 FUEL CONSUMPTION RATES* COOLING Fuel Pump Lift - ft 3 (1) Total Fuel Pump Flow (Combustion + Return) 13.6 gal/hr Coolant Flow per Minute Diesel - gal/hr (I/hr) Percent Load Standby 25% 2.1 (7.9) 50% 3.7 (14.0) 75% 5.2 (19.7) 100% 6.3 (23.8) x i-uei suppiy instaiiation must accommoaate Tuei consumption rates at i uu io ioao. Standby gal/min (1/min) 32.7 (123.8) Coolant System Capacity gal (L) 4.5 (17.44) Heat Rejection to Coolant BTU/hr 232,270 Inlet Air cfm (m3/hr) 6360 (180) Max. Operating Radiator Air Temp F° (CO) 122 (50) Max. Ambient Temperature (before derate) F° (CO) 104 (40) Maximum Radiator Backpressure in H2O 0.5 COMBUSTION AIR REQUIREMENTS Standby Flow at Rated Power cfm (m3/min) 306 (8.67) ENGINE Standby Rated Engine Speed rpm 1800 Horsepower at Rated kW** hp 131 Piston Speed ft/min (m/min) 1559 (475) EXHAUST Standby Exhaust Flow (Rated Output) cfm (m3/min) 782 (22.14) Max. Backpressure (Post Silencer) inHg (Kpa) 1.5 (5.1) Exhaust Temp (Rated Output) OF (°C) 887 (475) BMEP psi 210 Exhaust Outlet Size (Open Set) mm (in) 76.2 (3.0) **Refer to "Emissions Data Sheet' for maximum bHP for EPA and SCAQMD permitting purposes. Deration — Operational characteristics consider maximum ambient conditions. Derate factors may apply under atypical site conditions. Please corildIY MIrac Power Systems Industrial Dealer for additional details. All performance ratings in accordance with IS03046, BS5514, IFGW815 of 100 and DIN6271 standards. SDO80 14.5L 180 kW INDUSTRIAL DIESEL GENERATOR SET EPA Certified Stationary Emergency H J W H _ W YOUR FACTORY RECOGNIZED GENERAC INDUSTRIAL DEALER GENE RAC® I INDUSTRIAL .anPOWER OPEN SET RUN TIME USABLE HOURS CAPACITY L x W x H in (mm) WT Ibs (kg) -Tank & Open Set GAL (L) NO TANK - 93 (2362.2) x 40 (1016) x 49 (1244.6) 2425 (1100) 13 79 (299) 93 (2362.2) x 40 (1016) x 62 (1574.8) 2947 (1201) 30 189 (715.4) 93 (2362.2) x 40 (1016) x 74 (1879.6) 3183 (1444) 48 300 (1135.6) 93 (2362.2) x 40 (1016) x 86 (2184.4) 3407 (1545) 56 350 (1325) 110 (2794) x 40 (1016) x 86 (2184.4) NA 81 510 (1930.5) 117 (2971.8) x 47 (1193.8) x 86 (2184.4) 3790 (1719) 93 589 (2229.6) 128 (3251.2) x 49 (1244.6) x 86 (2184.4) 4269 (1936) STANDARD ENCLOSURE RUN TIME USABLE WT Ibs (kg) - Enclosure Only HOURS CAPACITY L x W x H in (mm) GAL (L) Steel Aluminum NO TANK - 112 (2844.8) x 41 (1041.4) x 56 (1422.4) 13 79 (299) 112 (2844.8) x 41 (1041.4) x 69 (1752.6) 30 189 (715.4) 112 (2844.8) x 41 (1041.4)x 81 (2057.4) 48 300 (1135.6) 112 (2844.8) x 41 (1041.4) x 93 (2362.2) 425 (193) 155 (70) 56 350 (1325) 112 (2844.8) x 41 (1041.4) x 93 (2362.2) 81 510 (1930.5) 117 (2971.8) x 47 (1193.8) x 93 (2362.2) 93 589 (2229.6) 128 (3251.2) x 49 (1244.6) x 93 (2362.2) LEVEL 1 ACOUSTIC ENCLOSURE RUN TIME USABLE WT Ibs (kg) - Enclosure Only HOURS CAPACITY L x W x H in (mm) GAL (L) Steel Aluminum NO TANK - 130 (3302) x 41 (1041.4) x 56 (1422.4) 13 79 (299) 130 (3302) x 41 (1041.4) x 69 (1752.6) 30 189 (715.4) 130 (3302) x 41 (1041.4) x 81 (2057.4) 48 300 (1135.6) 130 (3302) x 41 (1041.4) x 93 (2362.2) 450 (204) 285 (129) 56 350 (1325) 130 (3302) x 41 (1041.4) x 93 (2362.2) 81 510 (1930.5) 130 (3302) x 47 (1193.8) x 93 (2362.2) 93 589 (2229.6) 130 (3302) x 49 (1244.6) x 93 (2362.2) LEVEL 2 ACOUSTIC ENCLOSURE RUN TIME USABLE WT Ibs (kg) - Enclosure Only HOURS CAPACITY L x W x H in (mm) GAL (L) Steel Aluminum NO TANK IL 112 (2844.8) x 41 (1041.4) x 69 (1752.6) 13 79 9 112 (2844.8) x 41 (1041.4) x 82 (2082.8) 30 189 71 .4 112 2844.8 x 41 (1041.4) x 94 (2387.6) see page 61 for x 41 (1041.4) x 106 (2692.4) 625 (284) tank info x 41 (1041.4) x 106 (2692.4) x 47 (1193.8) x 106 (2692.4) 395 (180) 93 589 (2229.6) 128 (3251.2) x 49 (1244.6) x 106 (2692.4) `AII measurements are approximate and for estimation purposes only. Sound dBA can be found on the sound data sheet. Enclosure Only weight is added to Tank & Open Set weight to determine total weight. Specification characteristics may change without notice. Dimensions and weights are for preliminary purposes only. Please consult a Generac Power Systems Industrial Dealer for detailed installation drawings. Generac Poi, d8tWO, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 16 of 1 O®t No OK5092 P: (262) 544-4811 © 2017 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. F 01/26/17 TX301 Series Transfer Switch 100 — 400 Amps Contactor Type • Open and Delayed Transition 200A, OPEN TRANSITION, 120/208V, 3-POLE, NEMA3R • Automatic Transfer Switch • 100 — 400 A, up to 480 VAC, 50/60 Hz, 100% Current Rated • Single or Three Phase • 2, 3, or 4 Poles • NEMA 1 or 3R • Open and Inphase or Open with Delayed Transition • ETL Listed to UL 1008 • High Withstand and Closing Ratings Codes and Standards ETbcETL Listed �s NFPA 70, 99, 110 NFPA ne'c a NEC 700, 701, 702, 708 OSHPD and Seismic Certified CBC ��-� 2019, CBC 2016, IBC 2018, IBC 2015, OS pd IBC 2012, IBC 2009, ASCE 7-10, e==o ASCE 7-16, ICC-ES AC-156 GENERAC5 INDUSTRIAL Image used for illustration purposes only Description Generac's contactor type transfer switches are double -throw robust switch construction with inherent interlocks to ensure safe positive transfer between power sources. The contacts are silver composite for long life, resisting pitting or burning. The switches are rated for full load transfers in mission critical, emergency, legally required, and optional power systems. The microprocessor based controller provides the customers with the flexibility to program a comprehensive group of set points to match the application needs. The controller has two programmable inputs and one programmable output as standard and is available with an optional expansion board for up to four programmable inputs and outputs. The LCD displays real time and historical information with time -stamped events. The integrated plant exerciser can be configured in off, daily, day of week, biweekly, and monthly intervals with user selectable run time. Standard features of the controller include three phase sensing on both sources, phase unbalance, phase reversal, load shed, emergency inhibit, and communications. 11/15/21 Page 17 of 100 TX301 Series Transfer Switch 100 — 400 Amps Contactor Type • Open and Delayed Transition STANDARD FEATURES GENERAL • Small Footprint, Results in Easy Mounting and Installation for Reduced Time and Costs • Cable Entry is Top or Bottom • Double -Throw, Stored Energy Transfer Mechanism • Can be Electrically Isolated while Energized • Graphical LCD-Based Display for Programming, System Diagnostics and Help Menu Display Mimic • Diagram with Source Available and Connected LED Indicator • Method of Transfer: Open with Inphase Transition • Mechanically Interlocked to Prevent Connection of Both Soilrces • Modbus RTU Communications • TXC 100 Controller • Operating Temperature -4 ° to 158 °F (-20 ° to 70 °C) • Removable Top and Bottom Plates for Ease of Entry • Voltage Agnostic* • High Withstand and Closing Ratings • Heater Kit Standard on All 313 Enclosures • Auxiliary Output Includes: Two Wire Start, Signal Before Transfer, Fault, and a Programmable Relay Output • Auxiliary Input Includes: Permissive Inputs (24 VDC) • General Alarm Indication • 2 Year Standard Warranty • IBC 2018, 2015, 2012, 2009 VOLTAGE AND FREQUENCY SENSING • Three Phase Under and Over Voltage Sensing on Normal and Emergency Sources • Under and Over Frequency Sensing on Normal and Emergency • Selectable Settings: Single or Three Phase Voltage • Sensing on Normal, Emergency and Load 50 or 60 Hz • Phase Sequence Sensing for Phase Sensitive Loads Start Circuit • 2-Wire Start • 3-Wire Start From C Contact for Circuit Monitoring Digital Outputs • Signal Before Transfer (Elevator) • General Alarm Digital Inputs • Emergency Inhibit (Permissive & Load Shed) • Go to Emergency • Manual Generator Retransfer * 480 V 3-Wire Systems Must be Specified at Time of Ordering for Transformer Kit to be Included CONFIGURABLE OPTIONS • Chicago Code Kit • 3R Padlockable Cover for Controller (Standard on 3R Enclosure • CTs for Integrated Metering • Heater Option for Temperature and Humidity Control Standard on 3R Enclosure • Time Delay in Neutral Transition (TON), or Inphase with a Default to Time Delay in Neutral Transfer • Expandable Input/Output Board Module Includes: 4 Relay Outputs and 4 Optically Isolated Inputs • IBC Seismic Certified/Seismic Rated •77 2 Year Extended Limited Warranty • 5 Year Basic Limited Warranty • 5 Year Extended Limited Warranty • 7 Year Extended Limited Warranty • 10 Year Extended Limited Warranty GENE RAC® INDUSTRIAL POWER CONTROLS • Front Programmable Control Reduces PPE Needs and Arc Flash Hazard • Built in Battery Backup - Increases Switch Reliability and Reduces Switch Transition Time to Alternate Source • Battery Backup Able to Power the Controller for up to 60 Minutes in the Event of No Source Availability • Generator Battery Backup for Controller • Accessible USB Port for Easy Data Downloads, Firmware Updates without Requiring PPE, Reducing the Risk of Arc Flash • All Amp Nodes Offered with Delayed Transition • Heater Programmable through Control for Desired Temperature and Humidity Settings • Front Accessible Customer Connections • Time -Stamped Event History Log • Programmable Exerciser - Daily, Weekly, Bi-Weekly, Monthly Engineered Options • Transient Voltage Surge Suppressor (TVSS) • NEMA 4X Stainless Steel (304) Enclosure • Manual Generator Retransfer Switch • Go to Emergency Switch Conversion Kits • 480 V Transformer Kit for 3-Wire Systems • NEMA Type 1 to 3R Kit 11/15/21 Page 18 of 100 TX301 Series Transfer Switch 100 - 400 Amps Contactor Type • Open and Delayed Transition UNIT DIMENSIONS* GENE RAC® IINDUSTRIAL -I POWER Non -Service Entrance Rated, Contactor Tula, Open and Delayed Transition, 100 - 400 A in (mm) Cu/AI Ibs (kg) Weight Description A B C D E F G H J K L M N P Normal Standby Load Neutral Ground Source (Height) (Height) (Width) (Depth) (Dim) (Dim) (Dim) (Dim) (Dim) (Dim) (Dim) (Dim) (Dim) (Dim) 75 °C Wire 75 °C Wire Connection Connection 75 °C Wire 100ANON SER 35.6 31.7 21.4 12.0 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)2/0-14 (1)20-14 (1)2/0-14 (5)2/0-14 (2)1/0-14 105.8 NEMA 1 (903) (806) (544) (305) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (48) 100A NON SER 35.6 31.7 21.4 14.1 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1) 2/0 -14 (1) 2/0 -14 (1) 2/0 -14 (5) 2/0 -14 (2)1/0 -14 110.2 NEMA 3R (903) (806) (544) (358) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (50) 150ANON SER 35.6 31.7 21.4 12.0 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)250-6 (1)250-6 (1)250-6 (4)350-6 (2)250-6 116.8 NEMA 1 1 (903) (806) (544) (305) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (53) 150ANON SER 35.6 31.7 21.4 14.1 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)250-6 (1)250-6 (1)250-6 (4)350-6 (2)250-6 121.3 NEMA 314 (903) (806) (544) (358) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (55) 200A NON SER 35.6 31.7 21.4 12.0 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1) 250 - 6 (1) 250 - 6 (1) 250 - 6 (4) 350 - 6 (2) 250 - 6 116.8 NEMA 1 (903) (806) (544) (305) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (53) 200A NON SER 35.6 31.7 21.4 14.1 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)250-6 (1)250-6 (1) 250-6 (4) 350 - 6 (2)250-6 121'3 NEMA 3R (903) (806) (544) (358) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (55) 300ANON SER 51.4 47.5 24.4 12.0 9.8 11.6 20.4 4.6 6.3 2.3 2.3 6.5 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5)600MCM-4or (2)250-6 174'2 NEMA 1 (1,305) (1,206) (621) (305) (249) (295) (519) (116) (161) (59) (59) (166) (166) (84) (2)250-1/0 (2)250-1/0 (2)250-1/0 (10) 250 MCM -1/0 (79) 300ANON SER 51.4 47.5 24.4 14.1 9.8 11.6 20.4 4.6 6.3 2.3 2.3 6.5 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5)600MCM-4or (2)250-6 178.6 NEMA 311 (1,305) (1,206) (621) (358) (249) (295) (519) (116) (161) (59) (59) (166) (166) (84) (2)250-1/0 (2)250-1/0 (2)250-1/0 (10) 250 MCM -1/0 (81) 400ANON SER 51.4 47.5 24.4 12.0 9.8 11.6 20.4 4.6 6.3 2.3 2.3 6.5 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5)600MCM-4or (2)250-6 174'2 NEMA 1 (1,305) (1,206) (621) (305) (249) (295) (519) (116) (161) (59) (59) (166) (166) (84) (2)250-1/0 (2)250-1/0 (2)250-1/0 (10) 250 MCM -1/0 (79) 400ANON SER 51.4 47.5 1 24.4 1 14.1 9.8 11.6 20.4 4.6 6.3 2.3 2.3 6.5 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5)600MCM-4or (2)250-6 178.6 NEMA 3R (1,305) (1,206) (621) (358) (249) (295) (519) (116) (161) 1 (59) (59) (166) (166) (84) (2) 250 -1/0 (2) 250 -1/0 (2)250-1/0 (10) 250 MCM -1/0 (81) UL 1008 Withstand and Closinq Ratings Ampere Rating Specific Breaker (kA)** Fuse Rating (Class J) 100 35 200 kA 150 42 200 kA 200 42 200 kA 300 65 200 kA 400 65 200 kA " All measurements are approximate and for estimation purposes only. Specification characteristics may change without notice. Please contact a Generac Power Systems Industrial Dealer for detailed installation drawings "" See Specific Breaker List available on GENconnect. Generac Pow11`11�1 ffl r Inc. i P.O. Box 8 i Waukesha, WI 53189 Page Rgt&.00354447 P: (262) 544-4811 © 021 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. C 6/02/2021 GENE RAC' I INDUSTRIAL AM POWER SPECIFIC BREAKER LIST TX301 Series Transfer Switch TX301 Series Switches Covered: 200A up to 480V Short -Circuit Withstand and Closing Fuse Ratings When protected by a fuse of the specific fuse class and maximum ampere rating as marked below, this transfer switch is suitable for use in a circuit capable of delivering the short-circuit current at the maximum voltage marked. Switch Ampere Rating Transfer Switch Short -Circuit Current Rating (RMS Symmetrical Amperes x 1,000) Voltage (Volts AC, Maximum) Fuse Class Rating (Amperes) 200 200 480 J 200 Specific Circuit Breaker Manufacturer and Type Listing When protected by a circuit breaker of the specific manufacturer, type, and ampere rating as marked below, this transfer switch is suitable for use in circuits capable of delivering short-circuit current at the maximum voltage marked. Switch Ampere Rating Transfer Switch Short -Circuit Current Rating (RMS Symmetrical Amperes x 1,000) Voltage (Volts AC, Maximum) Manufacturer Type Circuit Breaker Rating (Amperes Maximum) 200 25 480 Square D BJ, BG, BD 125 200 42 480 Square D HD, HG, HJ, HL, HR 150 200 42 480 Square D JG, JJ, JL, JR 200 200 30 480 Eaton FD, FDC, FDCE 200 200 30 480 Eaton FDE, HFD, HFDE 200 200 42 480 Eaton EGE, EGC 125 200 42 480 Eaton EGH, EGS 125 200 35 480 Eaton HJD,JD,JDB 200 200 35 480 Eaton JDC, JGC, JGH 200 200 35 480 Eaton JGS, JGU, JGX 200 200 35 480 Eaton LGC, LGH, LGS 200 200 35 480 Eaton LGU, LGX 200 200 35 480 GE/ABB SGL, SGP 125 200 42 480 GE/ABB SEL, SEP PE N 150 200 42 480 GE/ABB PE H,PE L 150 200 42 480 GE/ABB THLC1 150 200 42 480 Siemens 3VA52 6 200 This transfer switch does not include short -time current ratings. 11/15/21 Page 20 of 100 TX301 Series Transfer Switch 100 — 400 Amps Contactor Type • Open and Delayed Transition 100A, OPEN TRANSITION, 120/208V, 3-POLE, NEMA3R • Automatic Transfer Switch • 100 — 400 A, up to 480 VAC, 50/60 Hz, 100% Current Rated • Single or Three Phase • 2, 3, or 4 Poles • NEMA 1 or 3R • Open and Inphase or Open with Delayed Transition • ETL Listed to UL 1008 • High Withstand and Closing Ratings Codes and Standards ETbcETL Listed �s NFPA 70, 99, 110 NFPA ne'c a NEC 700, 701, 702, 708 OSHPD and Seismic Certified CBC ��-� 2019, CBC 2016, IBC 2018, IBC 2015, OS pd IBC 2012, IBC 2009, ASCE 7-10, e==o ASCE 7-16, ICC-ES AC-156 GENERAC5 INDUSTRIAL Image used for illustration purposes only Description Generac's contactor type transfer switches are double -throw robust switch construction with inherent interlocks to ensure safe positive transfer between power sources. The contacts are silver composite for long life, resisting pitting or burning. The switches are rated for full load transfers in mission critical, emergency, legally required, and optional power systems. The microprocessor based controller provides the customers with the flexibility to program a comprehensive group of set points to match the application needs. The controller has two programmable inputs and one programmable output as standard and is available with an optional expansion board for up to four programmable inputs and outputs. The LCD displays real time and historical information with time -stamped events. The integrated plant exerciser can be configured in off, daily, day of week, biweekly, and monthly intervals with user selectable run time. Standard features of the controller include three phase sensing on both sources, phase unbalance, phase reversal, load shed, emergency inhibit, and communications. 11/15/21 Page 21 of 100 TX301 Series Transfer Switch 100 — 400 Amps Contactor Type • Open and Delayed Transition STANDARD FEATURES GENERAL • Small Footprint, Results in Easy Mounting and Installation for Reduced Time and Costs • Cable Entry is Top or Bottom • Double -Throw, Stored Energy Transfer Mechanism • Can be Electrically Isolated while Energized • Graphical LCD-Based Display for Programming, System Diagnostics and Help Menu Display Mimic • Diagram with Source Available and Connected LED Indicator • Method of Transfer: Open with Inphase Transition • Mechanically Interlocked to Prevent Connection of Both Soilrces • Modbus RTU Communications • TXC 100 Controller • Operating Temperature -4 ° to 158 °F (-20 ° to 70 °C) • Removable Top and Bottom Plates for Ease of Entry • Voltage Agnostic* • High Withstand and Closing Ratings • Heater Kit Standard on All 313 Enclosures • Auxiliary Output Includes: Two Wire Start, Signal Before Transfer, Fault, and a Programmable Relay Output • Auxiliary Input Includes: Permissive Inputs (24 VDC) • General Alarm Indication • 2 Year Standard Warranty • IBC 2018, 2015, 2012, 2009 VOLTAGE AND FREQUENCY SENSING • Three Phase Under and Over Voltage Sensing on Normal and Emergency Sources • Under and Over Frequency Sensing on Normal and Emergency • Selectable Settings: Single or Three Phase Voltage • Sensing on Normal, Emergency and Load 50 or 60 Hz • Phase Sequence Sensing for Phase Sensitive Loads Start Circuit • 2-Wire Start • 3-Wire Start From C Contact for Circuit Monitoring Digital Outputs • Signal Before Transfer (Elevator) • General Alarm Digital Inputs • Emergency Inhibit (Permissive & Load Shed) • Go to Emergency • Manual Generator Retransfer * 480 V 3-Wire Systems Must be Specified at Time of Ordering for Transformer Kit to be Included CONFIGURABLE OPTIONS • Chicago Code Kit • 3R Padlockable Cover for Controller (Standard on 3R Enclosure • CTs for Integrated Metering • Heater Option for Temperature and Humidity Control Standard on 3R Enclosure • Time Delay in Neutral Transition (TON), or Inphase with a Default to Time Delay in Neutral Transfer • Expandable Input/Output Board Module Includes: 4 Relay Outputs and 4 Optically Isolated Inputs • IBC Seismic Certified/Seismic Rated •77 2 Year Extended Limited Warranty • 5 Year Basic Limited Warranty • 5 Year Extended Limited Warranty • 7 Year Extended Limited Warranty • 10 Year Extended Limited Warranty GENE RAC® INDUSTRIAL POWER CONTROLS • Front Programmable Control Reduces PPE Needs and Arc Flash Hazard • Built in Battery Backup - Increases Switch Reliability and Reduces Switch Transition Time to Alternate Source • Battery Backup Able to Power the Controller for up to 60 Minutes in the Event of No Source Availability • Generator Battery Backup for Controller • Accessible USB Port for Easy Data Downloads, Firmware Updates without Requiring PPE, Reducing the Risk of Arc Flash • All Amp Nodes Offered with Delayed Transition • Heater Programmable through Control for Desired Temperature and Humidity Settings • Front Accessible Customer Connections • Time -Stamped Event History Log • Programmable Exerciser - Daily, Weekly, Bi-Weekly, Monthly Engineered Options • Transient Voltage Surge Suppressor (TVSS) • NEMA 4X Stainless Steel (304) Enclosure • Manual Generator Retransfer Switch • Go to Emergency Switch Conversion Kits • 480 V Transformer Kit for 3-Wire Systems • NEMA Type 1 to 3R Kit 11/15/21 Page 22 of 100 TX301 Series Transfer Switch 100 - 400 Amps Contactor Type • Open and Delayed Transition UNIT DIMENSIONS* GENE RAC® IINDUSTRIAL -I POWER Non -Service Entrance Rated, Contactor Tula, Open and Delayed Transition, 100 - 400 A in (mm) Cu/AI Ibs (kg) Weight Description A B C D E F G H J JK L M NP Normal Standby Load Neutral Ground Source (Height) (Height) (Width) (Depth) (Dim) (Dim) (Dim) (Dim) (Dim) ((Dim) (Dim) (Dim) (Dim) 75 °C Wire 75 °C Wire Connection Connection 75 °C Wire 100ANON SER 35.6 31.7 21.4 12.0 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)2/0-14 (1) 2/0 - 14 (1) 210 - 14 (5)2/0-14 (2)1/0-14 105.8 NEMA1 903 806 544 305 236 262 460 93 129 38 44 148 148 122 48 100ANON SER 35.6 31.7 21.4 14.1 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)2/0-14 (1)20-14 (1) (5)2/0-14 (2)1/0-14 110.2 NEMA 3R 903 806 544 358 236 262 460 93 129 38 44 148 148 122 50 150ANON SER 35.6 31.7 21.4 12.0 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)250-6 (1)250-6 (1)250-6 (4)350-6 (2)250-6 116'8 NEMA 1 (903) (806) (544) (305) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (53) 150ANON SER 35.6 31.7 21.4 14.1 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)250-6 (1)250-6 (1)250-6 (4)350-6 (2)250-6 121.3 NEMA 3R (903) (806) (544) (358) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (55) 200A NON SER 35.6 31.7 21.4 12.0 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)250-6 (1)250-6 (1) 250-6 (4) 350 - 6 (2)250-6 116.8 NEMA 1 (903) (806) (544) (305) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (53) 200A NON SER 35.6 31.7 21.4 14.1 9.3 10.3 18.1 3.7 5.1 1.5 1.7 5.8 5.8 4.8 (1)250-6 (1)250- 6 (1) 250-6 (4) 350 - 6 (2)250-6 121.3 NEMA 3R (903) (806) (544) (358) (236) (262) (460) (93) (129) (38) (44) (148) (148) (122) (55) 300ANON SER 51.4 47.5 24.4 12.0 9.8 11.6 20.4 4.6 6.3 2.3 2.3 6.5 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5)600MCM -4or (2)250-6 174'2 NEMA 1 (1,305) (1,206) (621) (305) (249) (295) (519) (116) (161) (59) (59) (166) (166) (84) (2)250-1/0 (2)250-1/0 (2)250-1/0 (10) 250 MCM -1/0 (79) 300ANON SER 51.4 47.5 24.4 14.1 9.8 11.6 20.4 4.6 6.3 2.3 2.3 6.5 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5) 600 MCM - 4 or (2)250-6 178.6 NEMA 3R (1,305) (1,206) (621) (358) (249) (295) (519) (116) (161) (59) (59) (166) (166) (84) (2)250-1/0 (2)250-1/0 (2)250-1/0 (10) 250 MCM -1/0 (81) 400ANON SER 51.4 47.5 24.4 12.0 9.8 11.6 20.4 4.6 6.3 2.3 2.3 6.5 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5) 600 MCM - 4 or (2)250-6 1742 NEMA 1 (1,305) (1,206) (621) (305) (249) (295) (519) (116) (161) (59) (59) (166) (166) (84) (2) 250 -1/0 (2) 250 -1/0 (2) 250 -1/0 (10) 250 MCM -1/0 (79) 400ANONSER 51.4 47.5 24.4 14.1 9.8 11.6 20.4 4.6 6.3 2.3 2.3 1 6.5 1 6.5 3.3 (1)600-4or (1)600-4or (1)600-4or (5) 600 MCM - 4 or (2)250-6 178.6 NEMA 3R (1,305) (1,206) (621) (358) (249) (295) (519) (116) (161) (59) (59) (166) (166) (84) (2) 250 -1/0 (2) 250 -1/0 (2) 250 -1/0 (10) 250 MCM -1/0 (81) UL 1008 Withstand and Closing Ratings Ampere Rating Specific Breaker (kA)** Fuse Rating (Class J) 100 35 200 kA 150 42 200 kA 200 42 200 kA 300 65 200 kA 400 65 200 kA " All measurements are approximate and for estimation purposes only. Specification characteristics may change without notice. Please contact a Generac Power Systems Industrial Dealer for detailed installation drawings "" See Specific Breaker List available on GENconnect. Generac Pow11`11�1 ffl r Inc. i P.O. Box 8 i Waukesha, WI 53189 Page �gtY..C100354447 P: (262) 544-4811 © 021 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. C 6/02/2021 GENERAL I INDUSTRIAL POWER SPECIFIC BREAKER LIST TX301 Series Transfer Switch TX301 Series Switches Covered: 100A up to 480V Short -Circuit Withstand and Closing Fuse Ratings When protected by a fuse of the specific fuse class and maximum ampere rating as marked below, this transfer switch is suitable for use in a circuit capable of delivering the short-circuit current at the maximum voltage marked. Switch Ampere Rating Transfer Switch Short -Circuit Current Rating (RMS Symmetrical Amperes x 1,000) Voltage (Volts AC, Maximum) Fuse Class Rating (Amperes) 100 200 480 J 200 Specific Circuit Breaker Manufacturer and Type Listing When protected by a circuit breaker of the specific manufacturer, type, and ampere rating as marked below, this transfer switch is suitable for use in circuits capable of delivering short-circuit current at the maximum voltage marked. Switch Ampere Rating Transfer Switch Short -Circuit Current Rating (RMS Symmetrical Amperes x 1,000) Voltage (Volts AC, Maximum) Manufacturer Type Circuit Breaker Rating (Amperes Maximum) 100 25 480 Square D BJ, BG, BD 125 100 35 480 Square D HD, HG, HJ, HL, HR 150 100 35 480 Square D JG, JJ, JL, JR 200 100 30 480 Eaton FD, FDC, FDCE 200 100 30 480 Eaton FDE, HFD, HFDE 200 100 35 480 Eaton EGE, EGC 125 100 35 480 Eaton EGH, EGS 125 100 35 480 Eaton HJD,JD,JDB 200 100 35 480 Eaton JDC,JGC,JGH 200 100 35 480 Eaton JGS, JGU, JGX 200 100 35 480 Eaton LGC, LGH, LGS 200 100 35 480 Eaton LGU, LGX 200 100 35 480 GE/ABB SGL, SGP 125 100 35 480 GE/ABB SEL, SEP PE N 125 100 35 480 GE/ABB PE H,PE L 125 100 35 480 Siemens 3VA52 6 200 This transfer switch does not include short -time current ratings. 11/15/21 Page 24 of 100 Control Panel & Options 11/15/21 Page 25 of 100 11/15/21 Page 26 of 100 GENERAL I INDUSTRIAL POWER H-100 CONTROL PANEL The Quiet -Test'' H-100 Control Panel is a digital microprocessor electronic controller that integrates all engine and transfer switch functions into a single control system. • Digital Controls for All Saftey Shutdowns • Isochronous Governor Control • Digital 3 Phase Sensing Voltage Regulator • Sealed Digital Circuit Board • Mates with HTS Transfer Switch and Any 2-wire Start ATS • Alarm and Event Logging • Built-in Diagnostics • Internal PLC Features • Two 4-line x 20 Displays Shutdowns • Full System Status Overvoltage • 3 Phase Sensing Digital Voltage Regulator Overspeed • Remote Ports Low Oil Pressure RS232 High Coolant Temperature RS485 Low Coolant Level CANbus Remote Communications • Waterproof Connections Configurable to NFPA 110, Level 1 or 2 • Built -in PLC Programmable Auto Crank • Full Range Standby Operation Emergency Stop • Full System Status On/Off/Manual Switch 3 Phase AC Volts Not in Auto Flashing Light 3 Phase Amps • Audible Alarm for Fault Condition kW • Transfer Switch Logic Communicates with HTS Transfer Switch Power Factor • Selectable Low Speed Exercise Reactive Power • Temperature Range: -401 to +70°C Oil Pressure Water Temperature Water Level The generator set parameters can be manipulated and monitored without Oil Temperature (Optional) standing in front of the control panel with GenLink° software. The Generac Fuel Pressure H-100 control panel also monitors and controls transfer switch functions Engine Speed when used with the HTS transfer switch. Battery Voltage • Monitors Utility Voltage Alternator Frequency • Monitors Generator Voltage Time • Timer for Line Interrupt Delay Date • Timer for Engine Warmup Transfer Switch Status • Timer for Minimum Engine Run Time Run Hours • Timer for Return to Utility Position Service Reminders • Timer for Engine Cooldown Trending • Built-in Exerciser Timer (7 Day) Fault History (Alarm Log) • Additional 2-wire Start Controls for Any 2-wire Transfer Switch 12T Function for Full Generator Protection 11/15/21 Page 27 2&r IQd,00172110SBY Rev. D 10/18/19 GENERAC' a INDUSTRIAL POWER H-100 CONTROL PANEL ical Control Connection 35 - 2-wire h Ground nnection Control Any 2-wire or Start ATS Generac PowIMI&M, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 28 QQr *00172110SBY P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. D 10/18/19 GENE RAC' I INDUSTRIAL AM POWER ENGINE RUN RELAY Contacts Type DPDT Material Silver Rating UL 10A @ 240VAC 10A @ 30VDC Cons Input Voltage 24VDC Resistance 400 Ohms Nominal Power 1.5W Wiring Diagram with Power Zone Pro Sync ✓ 219 TB1-4Y ° ° ° , 1 0 0O COM1 TB5-2X OM2—TB5-5X Q O 0 0 TB1-5Y NO2 TB5-4x NC2 TB5-6X NC1 TB5-3X N01 TB5-1x TB5 ®11 Np1 R-3 iq 2 1 RR-1 r B 3 NC1 — RR-4 B -RR-6 5 e4 CNA2RR-8 N 6 &'—NC2—RR-5 - For use with Generac's Digital Control Platforms -10 Amp Contact Rating - 12 or 24 Volt DC Input - Contact Open or Closure on Engine Run Wiring Diagram with E panel, H-100 Panel FN/C EXISTING TERMINAL STRIP IN CONTROL PNL. (TEI) ENGINE RUN 4,--] O® RELAY 14/2 19 O 14/219 N/O = ENERGIZED WHEN ENGINE IS RUNNING N/C = ENERGIZED WHEN ENGINE IS STOPPED Wiring Diagram with PMDCP 219 / v ° 2P❑ ❑ R Mn�ENGY o ❑ ° xs�� RUN RELAY MAY BE WIRED TO ❑ �C�Y AUX. RELAY I THRU 0 a AS SHOWN AT R DEFAULTi ° ❑ O rU C 1) 0 o =Lz o �Z� I � I [U m ° �rwn Pin Detail Generac Pov4d$rr*IbJ, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 29 dTart06.0161920SBY P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. E 06/12/19 GENERAL I INDUSTRIAL POWER SHIPPED LOOSE 21 LIGHT REMOTE ANNUNCIATOR AND REMOTE RELAY PANEL Model 0054650 Gray Remote Annunciator Panel without Relays iviodel 0054660 Gray Remote Relay Panel without s and Ke7pad (Relays Only) Model 0054640 Gray Remote Annunciator Panel with 8 Relays Model 0056370 Tan Flush Mount Enclosure without Annunciator Model 0066950 Gray Flush Mount Enclosure without Annunciator ® ® ® Q ® m LOw NIGn GEN LINE SYSTEM COMM6 ACEa u - EN Pow£R NEAov GA aAURE VOLTAGE VOLTA(dE �W LOW NIGH I.OM' pvEH wATEf+ E- SPEED SENSOR RUN Pa@66URE TEMP L", EM STOP GV IN ® ■T Description: The Remote Annunciator Panel provides remote monitoring and annunciation of up to 18 generator parameters using LEDs located on the annunciator keypad. It also provides two system level warnings which are System Ready and Communications OK. The Relay Panel has up to 8 selectable functions on form A relays; multiple relay panels can be connected for all 18 generator parameters. Environmental Specifications: I/ y The specific faults can be selected using either the DIP switches located on the annunciator circuit board or through a computer via the RS232 connection on the circuit board. All relays are energized on power up and open during a fault condition. Communication is via a RS485 serial data link and power is supplied by the generator battery (+12 VDC or +24 VDC). The Remote Annunciator Panel complies with NFPA 99 and NFPA 110. OperatingTemperature....................................................................................................................................................................25 °C to 60 °C Humidity.........................................................................................................................................................................0 to 95% Non -Condensing Power Supply........................................................................................................................................... Generator Battery, +12 or +24 Volts DC PowerUsage..................................................................................................................................................................................... 6 WattsTypical Communication Line.................................................................................................................. RS485 Fully Isolated Twisted Pair Cable with Shield MaximumCable Length...............................................................................................................................................................................4,000 ft Relay Output...........................................................................One NO Contact (Energized when Annunciator is Powered and No Faults are Present) RelayContact Rating............................................................................................................................................................................ 30 VDC, 1 A EnclosureRating.........................................................................................................................................................................................NEMA 1 Alarm Horn (Remote Annunciator Panels Only)............................................................................................................................... 90 dB @ 10 cm 11/15/21 Page 30WtM0060416OSSD Rev. E 06/13/19 GENERAC' a INDUSTRIAL POWER 21 LIGHT REMOTE ANNUNCIATOR AND REMOTE RELAY PANEL Function Color Alarm Latched Pre -Low Oil Pressure Yellow Yes Yes Pre -High Water Temperature Yellow Yes Yes Pre -Low Water Temperature Yellow Yes Yes Pre -Low Fuel Yellow Yes Yes Battery Charge AC Fail Yellow Yes No Low Battery Voltage Yellow Yes No High Battery Voltage Yellow No No Not in Auto Red Yes No RPM Sensor Loss Red Yes Yes Overcrank Red Yes Yes Overspeed Red Yes Yes Low Oil Pressure Red Yes Yes High Water Temperature Red Yes Yes Low Water Level Red Yes Yes Emergency Stop Red Yes No Gen Running Yellow No No Gen Power (ATS) Yellow No No Line Power (ATS) Green No No Systems Ready Green Yes No Communications OK Green Yes No Spare Green No No Spare Keypad Switch can be used to implement a remote start function (Model 0054640 only). 9.06 1.64 Surface Mount Annunciator The 21 Light Annunciator can mount to a flat surface with connections through the 0.812 inch diameter knockout on the back surface or through 0.812 inch diameter knockouts on 5.8 sides as shown. 0.86 0 0 0.812 11.42 Diameter Both Sides 10.24 I— 2.32 �4 193-� Flush Mount Annunciator ° 1 —I This Flush Mount Box is recessed into Four Mounting Holes for 1 21 LightAnnunciato the wall opening and the surface mount 7.09 4-mm -0.7 Female Thmad 1 6.49 annunciator mounts to the (4) 4 mm 8.27 I Both .59 Sid screw holes on the back surface. After I 1 57 I Both Sides wire connections are made the front rhru annunciator cover is attached. I o o— � — — — — _I — 1.12 Cut Rough Opening I- -r 0.87 6.75" x 9.88" 9.64 Outside Dimensions are in inches. Generac Powlrllij&;R Inc. P.O. Box 8 Waukesha, WI 53187 Page 31 bft100060416OSSD P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. E 06/13/19 TX Series Transfer Switch TXC-100 Automatic Transfer Switch Controller • Automatic Transfer Switch Controller • Up to 480 VAC, 50/60 Hz • Single and Three Phase • cETLus Recognized Component • Tested to UL 1008 Codes and Standards Not all codes and standards apply to all configurations. Contact factory for details. ETI 5 cETLus Recognized per UL 1008 MNFPA 37, 70, 99, 110 NFPA nec NEC 700, 701, 702, 708 GENERAC5 INDUSTRIAL Image used for illustration purposes only Description Generac's TXC-100 microprocessor based controller provides customers with the flexibility to program a comprehensive group of set points to match the application needs. The controller has 2 programmable inputs and 1 programmable output as standard and is available with an optional expansion board for up to 4 programmable inputs and outputs. The LCD displays real time and historical information with time -stamped events. The integrated plant exerciser can be configured in off, daily, day of week, biweekly, and monthly intervals with user selectable run time. Standard features of the controller include three phase sensing on both sources, phase unbalance, phase reversal, emergency inhibit, and communications. 11/15/21 Page 32 of 100 TX Series Transfer Switch TXC-100 Automatic Transfer Switch Controller STANDARD FEATURES GENERAL • Graphical LCD-Based Display for Programming, System Diagnostics and Help Menu Display Mimic Diagram with Source Available and Connected LED Indicator • Time -Stamped Event History Log • Programmable Exerciser - Daily, Weekly, Bi-Weekly, Monthly • Methods of Transfer Include: Open with Inphase Transition Only, Time Delay in Neutral Transition, or Inphase with a Default to Time Delay in Neutral Tdansfer • Modbus" RTU Communications • Operating Temperature -4 ° to 158 OF (-20 ° to 70 °C) • Voltage Agnostic* • Integrated Anti -condensation Heater Control • Auxiliary Output Includes: 2WS, S64T, Fault, and a Programmable Relay Output • Auxiliary Input Includes: Permissive and Loadshed Inputs (24 VDC) • Expandable Input/Output Board Module Includes: 4 Relay Outputs and 4 Optically Isolated Inputs • Front Programmable Control Reduces PPE Needs and Arc Flash Hazard • Built in Battery Backup - Increases Switch Reliability and Reduces Switch Transition Time to Alternate Source • Rechargeable Lithium -ion Battery Backup Able to Power the Controller for up to 60 Minutes in the Event of No Source Availability • Accessible USB Port for Easy Data Downloads, Firmware Updates without Requiring PPE, Reducing the Risk of Arc Flash • All Amp Nodes Offered with Delayed Transition • General Alarm Indication • Heater Programmable through Control for Desired Temperature and Humidity Settings • Front Accessible Customer Connections and Battery without Arc Flash Exposure • Auxiliary Generator Battery Backup for Controller VOLTAGE AND FREQUENCY SENSING • Three Phase Under and Over Voltage Sensing on Normal and Emergency Sources • Under and Over Frequency Sensing on Normal and Emergency • Selectable Settings: Single or Three Phase Voltage • Sensing on Normal, Emergency and Load 50 or 60 Hz • Phase Sequence Sensing for Phase Sensitive Loads * 480 V Delta Must be Specified at Time of Ordering for Transformer Kit to be Included AVAILABLE OPTIONS • Chicago Code Kit • 3R Padlockable Cover for Controller (Standard on 3R Enclosure • Emergency Inhibit • Selectable Retransfer • Manual Generator Retransfer • Type 1 to 3R Conversion Kit ** When Equipped with Current Transformers • Heater Option for Temperature and Humidity Control (Standard on 313 Enclosure) • npu utput (VU) Module • Current Measurements** • Power in kW** • Power Factor** GENE RAC® INDUSTRIAL POWER PROGRAMMABLE 1/0 PARAMETERS Outputs: • Source 1 — Two Wire Start • Source 2 — Two Wire Start • Engine Exercising • Engine Warmup • Signal Before Transfer (Elevator Contact) • General Alarm • Source 1 Good • Source 2 Good Inputs: • Permissive (Emergency Inhibit) • Remote Engine Fast Test • Remote Engine Normal Test • ATS Timer • Initiate Demand Response Generac Pow19r 1 ft Inc. I P.O. Box 8 1 Waukesha, WI 53189 Page §S14,.�Q,Q00354456 P: (262) 544-4811 © 020 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. A' �j6/18/2020 11/15/21 Page 34 of 100 Alternator & Options 11/15/21 Page 35 of 100 11/15/21 Page 36 of 100 GENERAC I INDUSTRIAL POWER ALTERNATOR DATA SHEET K0080124Y21 General Characteristics Voltages (V) 208/240 and 480 Number of Leads 12 Frequency (Hz) 60 Winding Type Reconnectable Phases 3 Air Flow (CFM) 597 Speed (RPM) 1,800 Total Harmonic Distortion (%) <5 Excitation System PMG/Brushless Largest Single Harmonic Value (%) <3.5 Insulation Class H Telephone Interference Factor (TIF) <50 Winding Pitch 2/3 Reference Part Number 0J1382D01 R, OL4173EOl R Ratings @ 0.8 pf Based on 40°C Ambient Voltage (V) 80°C Rise 105°C Rise 120°C Rise 150°C Rise kW kVA kW kVA kW kVA kW kVA 208/240 61 76 73 91 80 100 87 109 480 61 76 73 91 80 100 87 109 Base Data at 48OV,100 kVA,1,800 RPM, 60 Hz, 30 Description Value Stator Resistance, Line to Neutral, High Wye Connection (0) 0.0605 Rotor Resistance (Q) 1.3900 Exciter Stator Resistance - PMG/Brushless (0) 5.500/6.000 Exciter Rotor Resistance - PMG/Brushless (Q) 0.5155/0.4565 Excitation Winding Resistance - PMG/Brushless (0) 1.5606/0.5108 Xd, Direct Axis Synchronous Reactance (p.u.) 2.730 X2, Negative Sequence Reactance (p.u.) 0.260 XO, Zero Sequence Reactance (p.u.) 0.050 X'd, Direct Axis Transient Reactance (p.u.) 0.210 X"d, Direct Axis Subtransient Reactance (p.u.) 0.170 Xq, Quadrature Axis Synchronous Reactance (p.u.) 1.190 T'd, Direct Axis Transient Short Circuit Time Constant (s) 0.054 Description Value T"d, Direct Axis Subtransient Short Circuit Time 0.008 Constant (s) T'do, Direct Axis Transient Open Circuit Time 1.090 Constant (s) Ta, Short Circuit Time Constant of Armature Winding 0.018 (s) Phase Sequence CCW-NDE T1, T2, T3 Voltage Balance, L-L or L-N (%) 2.5 Deviation Factor (%) 7 High Wye Connection, Sustained 30 Short Circuit 300 Current (%) - PMG only X/R 7 Short Circuit Ratio 0.49 Heat Rejection (BTU/hr) -100% Rated Load, 480V, 45,548 0.8pf, 1201C Temperature Rise Reference: Mil-STD-70513 All Ratings are Nominal Generac Pov4rj$J&MJ, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page WlbJnJP000182590SSD P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. G 9/6/19 GENE RAC' I INDUSTRIAL AM POWER ALTERNATOR DATA SHEET K0080124Y21 skVA 10% 15% 20% 25% 30% 35% 480 V 9 0.3PF 41 63 88 119 155 190 480 V @ 0.6PF 48 31 72 102 133 172 210 208/240 V @ 0.3PF 47 68 90 117 141 208/240 V @ 0.6PF 36 1 55 1 76 1 100 1 132 1 161 :J Efficiencies 480 @ 0.8 PF E7 480 @ 1.0 PF 208/240 @ 0.8PF 208/240 @ 1.0 PF 20% Rated Power* 83.7 I 85.3 85.7 87.2 40% Rated Power* 87.8 90.0 87.9 90.5 60% Rated Power* 87.9 I 90.8 87.1 90.5 80% Rated Power* 87.0 I 90.5 85.4 89.6 100% Rated Power* 85.7 I 89.9 83.7 88.4 *Rated Power value is rating kW at 1200C Winding Temperature Rise and 0.8pf LOG LOG Decrement Curve 100000 10000 a 1000 c w 3 V a 100 10 1 0.001 Balanced 3-Phase Short Circuit Decrement & Thermal Damage Current Limit Curves 0.010 0.100 1.000 10.000 Time (s) 208V Decrement Curve -480V Decrement Curve -240V Decrement Curve -208V Thermal Damage Curve -480V Thermal Damage Curve -240V Thermal Damage Curve • • • 208V Control System Shutdown 480V Control System Shutdown .240V Control System Shutdown Generac Pov4rj$1629, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 3Ilb1rr1'QD00182590SSD P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. G 9/6/19 GENERAC` INDUSTRIAL ruvvcrc GENprotect TM Seamless Protection for Industrial Power Generators GENprotect Operation The design choice of an onsite power system using a Generac Industrial Power Generator assures your emergency power source is protected from unexpected power distribution faults. Typically, a generator will include some type of over -current device, such as a circuit breaker, or be protected by inherent design with the controller protecting the alternator through a protection algorithm. Generac's GENprotect generator protection system monitors the system current output and protects the alternator with extended security against fault scenarios that could occur within the site's downstream distribution system. It is a common misconception that the alternator's main circuit breaker protects the alternator from a short circuit event. The main output breaker protects the cabling and provides a convenient disconnect. The characteristic trip curve for the industry standard thermal magnetic breaker (MCCB, molded case thermal magnetic or solid state) does not coordinate with the thermal damage limitation for an on -site generator. If circuit breakers are used for generator protection, a solid-state circuit breaker with full adjustments (Long Time, Short Time and Instantaneous, LSI) is required to coordinate the breaker protection curve within the generator thermal damage curve. Historically, this limitation was often accepted in system design since failures of the main generator feeder are extremely rare. Most short circuit events happen at a branch circuit, equipment level, where the fault is easily cleared by the smaller down stream breakers. Given the mission critical nature of today's back-up power applications, it is more desirable to protect the system against even relatively rare failure modes. As generator controllers have become more powerful it is feasible for manufactures to supply coordinated short circuit protection integral to the generator control system, negating the need for a main -line circuit breaker. Generac's GENprotect alternator protection algorithm monitors the generator output. If this monitoring senses short circuit current in excess of rated amps, GENprotect steps in to provide a controlled and safe approach to breaker coordination and alternator protection. GENprotect first limits the alternator short circuit current level to 300%. By limiting the available fault current, GENprotect extends the time the alternator can maintain fault current resulting in consistent breaker coordination. Without this functionality a line to neutral fault may be at 800% of rated current and need to be cleared within 1.4 seconds. The second function GENprotect performs is 12T thermal protection for the alternator. Since a short circuit event can heat the alternator so rapidly, it is not possible to protect the alternator by monitoring temperature. Instead GENprotect calculates the heat energy of the fault current. When this energy reaches the limits of NEMA MG1, GENprotect trips the generator off-line. This configuration ensures the alternator is protected and the power system is ensured 10 seconds of 300% fault current for breaker coordination. DESCRIPTION • GENprotect is an alternator protection algorithm approved by UL. • Protects alternator from damage due to shorts and electrical faults. • Provides breaker coordination and alternator protection. • Allows for use of multiple circuit breaker choices, including "no" breaker. 11/15/21 Page 39 Ddcl W0187980SBY Rev. D 06/13/19 GENERAL`" I INDUSTRIAL ruvvcrc GENprotect TM Seamless Protection for Industrial Power Generators Generac I2T Trip Curve 100 See 90 See 80 See 70 Sec 60 See 50 See 40 See 30 Sec 0 20 See r. N E E~ 10 Sec 9 Sec 8 Sec 7 See 6 Sec 5 Sec 4 See 100% 200% 300% 400% Current in Multiplier of Genset Rating The above Figure shows the Generac GENprotect thermal protection curve for use in protection and coordination studies. The alternator Thermal Damage Curve is shown just to the right of the GENprotect protection curve. If the alternator load is greater than the thermal damage protection curve for the alternator, the generator set will trip off-line. For example, an overload current of 110% for 75 seconds causes an overload alarm and will trip the generator off-line, shutting down the engine. GENprotect will provide generator protection over a full range of time and current, from instantaneous faults to overloads lasting several minutes. An advantage of GENprotect over a MCCB is that GENprotect allows for downstream breakers to clear faults without tripping the generator off-line, providing selective coordination with the first level of downstream breakers. Generac Pow1;UI&A W, Inc. I P.O. Box 8 I Waukesha, WI 53187 Page 40 Ddcl W0187980SBY P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. D 06/13/19 Enclosure & Options 11/15/21 Page 41 of 100 11/15/21 Page 42 of 100 GENE RAC' I INDUSTRIAL AM POWER GENERATOR ENCLOSURES DESCRIPTION GENERAC POWER SYSTEMS' generator enclosures provide year-round weather protection for your power equipment. Engineered with functionality and value in mind, the enclosure design benefits are unique in that the enclosures utilize dimensionally matched components for either a weather protective configuration or a sound attenuated/acoustic configuration. With common components used between design, modification and on -site upgrades can be accomplished with ease. The enclosure design offers several benefits over the "standard enclosures" of other manufacturers. Generac's enclosures have been created with the goal of maximizing the customer's product performance satisfaction while maintaining the functionality of reducing exterior noise levels and discouraging product tampering. Although others may require a "premium" for a self -enclosed exhaust system, rugged steel panel construction or protective polyethylene washers under all exterior panel fasteners, Generac includes these and several other features on every enclosure configuration. Be sure to compare. Generac Enclosures offer additional design enhancement extras that other "standard enclosures" do not. 11/15/21 Page 43 of 100 Doc No.0163180SBY Rev. E 06/10/19 GENERAC' INDUSTRIAL POWER GENERATOR ENCLOSURES Twc Sys Ens Pre, and Heavy Gauge, Stainless with 11/15/21 Page 44 of 100 Doc No. 0163180SBY Rev. E 06/10/19 GENE RAC' I INDUSTRIAL AM POWER GENERATOR ENCLOSURES FEATURES: BENEFITS: Dimensional matching of acoustic and non -acoustic enclosure designs Reduces variation in fuel tank pricing, inventory; removes need to change out fuel tank or retrofit Standardized enclosure components * Ease of retrofit or upgrade to acoustic system; reduced parts inventory, costs Enclosure mounted directly to unit baseframe Electrostatically painted panels Simplified delivery and installation with enclosure and unit in single component design Maximum protection from weather elements 12 or 14 gauge steel based on kW rating Maximum sound attenuation, protection and product life Aluminum Enclosure optional Prevents corrosion in coastal regions Stainless steel door latch and hinge hardware Provides extended component life; maximum protection against rusting Stainless steel door latch strike plate Maximum protection against enclosure paint damage from door latch pin Door hinges utilize slip -pin design Provides quick door removal for full -unit access Polyethylene gasketing under door hinges Additional protection for enclosure paint finish Keyed door latches Protection for equipment and personnel Large removable access doors Ease of maintenance Relocation of access doors Provides improved access to MLCB on all units Redesigned door gasketing Improved sealing quality from sound and weather elements Weather resistant aluminum roof design with drip ledge Provides optimum moisture/rain runoff from unit Cabled and gasketed radiator access cover Provides improved radiator access and additional protection from weather elements Acoustic roof panels manufactured with mechanical retention pins Increased acoustic foam retention within unit Polyethylene washers under all panel fasteners Additional paint finish protection from stainless steel fastener Internally fastened enclosure panels (where possible) Provides streamlined unit appearance Additional roof panel stiffener Added overall compartment rigidity and acoustic foam panel retention Self -enclosed exhaust system Provides safe unit operation; no enclosure hot spots; streamlined unit appearance Discharge air duct has been designed with minimal fasteners Ease of removal and access to exhaust system Stainless steel exhaust band clamps Provides extended component life; ensures proper exhaust seal Drain holes within air ducts Enables maximum water run-off Rodent -proof, tamper proof enclosure design Safety and security for personnel and equipment Redesigned baseframe lifting lugs Up to 200 MPH wind kit options (Contact Factory for Availability) Ease of unit relocation; prevents compartment damage from lifting straps Meets locally enforced wind requirements * Consult Generac Power Systems, Inc. for installation drawings for specific configurations and dimensions. Generac Pov4d$J&MJ, Inc. I P0. Box 8 1 Waukesha, WI 53187 Page 45 dUc1W0163180SBY P: (262) 544-4811 © 2016 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. E 06/10/19 GENERAC I INDUSTRIAL POWER RhinoCoatTM ' h i 0�* 0 iff Coay., Generac's RhinoCoatT" finish system provides superior durability as a standard for all Generac Industrial enclosures, tanks and frames.* Testing Standards Generac's RhinoCoat— finished surfaces are subjected to numerous tests. These include: • ASTM D - 1186 - 87..............................................................................................................2.5+ MIL Paint Thickness • ASTM D - 3363 - 92a............................................................................................................Adequate Material Hardness • ASTM D 522 - B....................................................................................................................Resistant to Cracking • ASTM D 3359 - B..................................................................................................................Exceptional Adhesion • ASTM 13117 D 1654..............................................................................................................Resistant to Salt Water Corrosion • ASTM D1735 D 1654............................................................................................................Resistant to Humidity • ASTM 2794 93(2004)..........................................................................................................Exceptional Impact Resistance • SAEJ1690 - UV Specifications...............................................................................................UV Protection In addition to the testing standards above, Generac adds the following test requirements more specific to generator applications: • Resistant to Typical Oils • Resistant to Typical Fuels • Resistant to Typical Antifreeze • Resistant to Distilled Water Primary Codes and Standards 6 .. ,.�ut , *RhinoCoat'" powder coat paint is durable and corrosion resistant however it is not a rust preventative. Generac pretreats all powder coated parts to assist with resistance to corrosion. Generac Pow11$4&21, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 46 eirtllQD0180230SBY P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subjectto change without notice. Rev. F 11/16/19 GENE RAC® I INDUSTRIAL POWER EATON CIRCUIT BREAKER DATA Standard (80% Rated) Thermal -Magnetic -Primary MLCB, 80% rated thermal -magnetic ' o200 Amp -Secondary MLCB, 80% rated thermal -magnetic 0100 Amp AMPS VOLTS ACCESSORIES EATON PART NUMBER SERIES FRAME GENERAC PART NUMBER 15 No Accessories FG3015 OH9294TA00 Shunt Trip and Aux. Contacts FG3015Al2S03 OH9294TAB0 20 No Accessories FG3020 OH9295TA00 Shunt Trip and Aux. Contacts FG3020Al2S03 OH9295TAB0 25 No Accessories FG3025 OJ0248TA00 Shunt Trip and Aux. Contacts FG3025Al2S03 OJ0248TAB0 30 No Accessories FG3030 OH9296TA00 Shunt Trip and Aux. Contacts FG3030Al2S03 OH9296TAB0 35 No Accessories FG3035 OH9297TA00 Shunt Trip and Aux. Contacts FG3035Al2S03 OH9297TAB0 40 No Accessories FG3040 OH9298TA00 Shunt Trip and Aux. Contacts FG3040Al2S03 OH9298TAB0 45 No Accessories FG3045 OH9299TA00 Shunt Trip and Aux. Contacts FG3045Al2S03 OH9299TAB0 50 No Accessories FG3050 OH9300TA00 Shunt Trip and Aux. Contacts FG3050Al2S03 OH9300TAB0 60 No Accessories FG3060 OH9301TA00 Shunt Trip and Aux. Contacts FG3060Al2S03 OH9301TAB0 70 No Accessories FG3070 OH9302TA00 Shunt Trip and Aux. Contacts FG3070Al2S03 OH9302TAB0 80 No Accessories FG3080 OJ0841TA00 Shunt Trip and Aux. Contacts FG3080Al2S03 OJ0841TAB0 90 No Accessories FG3090 OJ0837TA00 Shunt Trip and Aux. Contacts FG3090Al2S03 OJ0837TAB0 100 600 No Accessories FG30100 C F-Frame OH9314TA00 Shunt Trip and Aux. Contacts FG3100Al2S03 OH9314TAB0 125 No Accessories FG30125 OJ0231TA00 Shunt Trip and Aux. Contacts FG3125Al2S03 OJ0231TAB0 150 No Accessories FG30150 OH9315TA00 Shunt Trip and Aux. Contacts FG3150Al2S03 OH9315TAB0 175 No Accessories FG30175 OH9316TA00 Shunt Trip and Aux. Contacts FG3175Al2S03 OH9316TAB0 200 600 No Accessories FG30200 C F-Frame OJ0232TA00 Shunt Trip and Aux. Contacts FG3200Al2S03 OJ0232TAB0 225 No Accessories FG3225 OH9317TA00 Shunt Trip and Aux. Contacts FG3225Al2S03 OH9317TAB0 250 No Accessories JG3250 J-Frame K-Frame OH9318TA00 Shunt Trip and Aux. Contacts JG3250Al2S43 OH9318TAB0 300 No Accessories KG3300 OH93191A00 Shunt Trip and Aux. Contacts KG3300Al2S43 OH9319TAB0 11/15/21 Page 47 Of t1Q001 89370SSD Rev. F 4/3/20 GENERAC' a INDUSTRIAL POWER EATON CIRCUIT BREAKER DATA LUG INFORMATION Eaton Series C Circuit Breaker Lugs Standard Lug Amps Series Frame Eaton Part # Wire (QT`) Size 15-70 C G - (1) #10-1/0 15-100 C F 3T100FB (1) #14-1/0 125-200 225 250 300 C F 3TA225FD (1) #4-4/0 C F 3TA225FDK TA250KB TA350K (1) #6-300MCM C J (1) #4-350MCM C K (1) 250-500MCM 350-400 C K 3TA400K (2) 3/0-250MCM 450-500 C L TA602LD (2) 3/0-350MCM 600 C L 3TA603LDK (2) 400-500MCM 700-800 C M TA800MA2 (3) 3/0-400MCM 900-1,000 C N T1200NB3 (4) 3/0-400MCM 1,200 C N TA1201NB1 (3) 500-750MCM Eaton Series 6 Circuit Breaker Lugs Amps Series Frame Standard Lug Eaton Part # Wire (Qty) Size 50-250 G JG TA250FJ (1) #8-350MCM 300-600 G LG 3TA632LK (2) #2-500MCM 900-1,200 G NG TA1201NB1 (3) 500-750MCM 1,400-1,600 G RG T160ORD (4) 1-600MCM 2,000 G RG Lugs Not Included 2,500 G RG Lugs Not Included Generac Pov4d$J&MJ, Inc. I P0. Box 8 1 Waukesha, WI 53187 Page 48 lb"I'000192390SSD P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. K 10/21/19 GENE RAC' I INDUSTRIAL AM POWER BATTERY CHARGER 2.5 amp and 10 amp Battery charger shown from inside of control panel enclosure. Connections are made via an attached harness. The Generac 2.5 amp 12 volt and 10 amp 12/24 volt battery chargers are designed to work with Generac Industrial Controls to provide the ultimate in automatic battery voltage maintenance. The 2.5 amp charger is self-regulating and produces instantaneous output current adjustments to keep the battery charged to an optimum level. Battery voltage is read on the control panel digital display. The 10 amp charger has automatic float and equalize control. It precisely monitors the battery's voltage and automatically activates the correct charging mode. The charge rate is limited and controlled to efficiently and safely maintain ideal battery levels under varying conditions. The equalize system uses a control circuit to limit charging current to 10 amps. When battery voltage drops below a preset level, charging current increases to 5 amps and then to the 10 amp charge rate if needed. When the battery reaches maximum charge, the charger switches to float mode to supply just enough current to maintain the battery at or above 13/26 volts. Battery voltage and charging current are read at the control panel digital display. pecifications Nomin711nput 120 VAC OA 120 VAC Operate Voltage Range 108 to 132 VAC 108 to 132 VAC Input AC Line Frequency 50/60 Hz 50/60 Hz Battery Fuse N/A 15 A Nominal Charge Rate Equalize Voltage Float Voltage 2.5 A 10 A 13.8/27.6 V 13.0/26.0 V N/A 13.4 V Current @ Equalize to Float Transition N/A 5 A Battery Under -voltage shutdown N/A 11/22 V LED Indicators No Yes AC Line Voltage Battery Connected and Charging N/A Green LED N/A Yellow LED Battery Current Drain 30 mA 30 mA AC Line Connection Connector Plug Connector Plug Battery Connection Connector Plug Connector Plug Control Connection AC Power Fail Form Relay Form C 2 A Rating Yes Yes CUL Recognized Yes NFPA 110 Compliant No AGM Compatible No Yes UL1236 No Yes GSA 22.2 No. 107 No Yes Generac PoAf O&M, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 49 AdOG0191900SBY P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. E 08/12/19 GENERAC" I INDUSTRIAL AM POWER INDUSTRIAL GENSET - BATTERY INDEX • Warranty by Exide Corp. • Exide e-mail: tbgna@exide.com • 800-782-7848 National Hot line INDUSTRIAL SPARK -IGNITED GENSETS - AVAILABLE BATTERIES GENERAC PART # Engine System Battery 058208 077483 058665 061119 061104 BT0015A02 Voltage Quantity (Group 24F) (Group 26) (Group 27F) (Group 31) (Group 8D) (Group 8D) G2.4 12 1 X G4.5 12 1 X X G9.0 12 1 X X G14.2 24 2 X G21.9 24 2 X G25.8 24 2 X G33.9 24 4 X G49.0 24 4 X X INDUSTRIAL DIESEL GENSETS - AVAILABLE BATTERIES GENERAC PART # Engine System Battery 058665 061119 061104/BT0015A00 BT0015AO2 Voltage Quantity (Group 27F) (Group 31) (Group 81)) (Group 8D) D2.2 Perkins 12 1 X X D2.4 Generac 12 1 X X D3.4 Generac 12 1 X X D4.5 FPT 12 1 X D6.7 FpTi00,1 30kW 121 or 21 D6.7 FPT 150, 175kW 12 2t X D8.7 FPT 24 2 X D10.3 FPT 24 2 X X D12.9 FPT 24 2 X X D12.5 Perkins 24 2 X D15.2 Perkins 24 2 X D16.0 Volvo 24 2 X X D18.1 Perkins 24 2 X D33.9 MHI 24 2 X X D37.1 MHI 24 4 X X D49.0 MHI 24 4 X X D65.4 MHI 24 4 X X DIMENSIONS (in) NOMINAL Part Number Group Number* Nominal CCA @ 0° F L W H 058208 24F 525 6.75 10.63 9.00 077483 26 525 6.75 8.25 7.75 058665 27F 700 6.75 12.50 9.00 061119 31 925 6.75 13.00 9.40 061104/BT0015A00 8D 1,155 11.00 20.80 10.00 BT0015A02 8D 1,300 11.00 20.80 10.00 All batteries are 12V, 6 cell construction, lead calcium type. For 24V systems, batteries are wired in series. X Battery available with electrolyte and installed in genset. t Single or dual -paralleled battery options are available on 100 and 130kW. Single -battery option not available on 150 and 175kW. * BCI Group Size reference. Generac Pow1;rMI&M, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 50 W*00161970SBY P: (262) 544-4811 @ 2020 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. L 8/24/20 GENE RAC® I INDUSTRIAL POWER BATTERY PAD WARMER DESCRIPTION Battery warmers are designed to keep batteries warm and ensure maximum engine cranking speed in cold climate installations. Warming pads are thermostatically controlled, UL listed and factory -wired. 120 VAC is supplied to the warming pad junction box via power cord plugged into a GFCI receptacle or hard -wired to a circuit breaker in a genset-mounted load panel (if equipped). SPECIFICATIONS • Power: 75W @ 120 VAC • Current: 0.625A @ 120 VAC • Heating Element Type: Wire -Wound • Pad Material: Silicone Rubber/Fiberglass • Thermostatic Control • Open: 40°F, Close: 20°F • Factory Installed and Wired • UL Listed • All Dimensions and Specification are Nominal • Battery Warmer • Dimensions: 254 X 152 MM (10 X 6 IN) Battery Warmer Pad Junction Box Typical 12V System Typical 24V System Generac PowthWAI, Inc. I P.O. Box 1 Waukesha, WI 53187 Page 51 1Qft WQ0197620SSD P: (262) 544-4811 ©2020 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. E 5/11/2020 GENERAL I INDUSTRIAL POWER ELECTRONIC GOVERNOR Diesel Engines Generac's electronic isochronous governor systems are standard on all diesel gensets utilizing Generac's Digital Control Platforms. • Isochronous Speed Regulation • ±0.25% Steady State Regulation • Factory Installed and Adjusted • Fully Adjustable • Fast Response • High Reliability • Environmentally Sealed ACTUATOR Die cast enclosure housing the throttle plate and the gear -driven rotary actuator with the interior components sealed against dust, dirt and moisture. The gear drive is directly connected to the throttle plate for fast and precise control. Safety spring -return to a closed position upon loss of power. Design.......................................................................................................................................................................................................................... Bosch Type.................................................................................................................................................................................Electronically Actuated Throttle Valve OperatingVoltage.....................................................................................................................................................................................................12/24VDC ResponseTime........................................................................................................................................................................................................ <100 ms OperatingTemperature Range...........................................................................................................................................................................-40°F to 284°F Output.......................................................................................................................................................................................... Rotary (internal - no linkage) CONTROLLER The governor driver module is located in the generator control panel. A sealed unit with waterproof connections and a feedback circuit from the actuator for throttle plate position. Generac software controls speed governing, and is fully adjustable. The Generac electronic governor system applies to all diesel gensets with Generac's Digital Control Platforms. Generac PowWJ&A'M, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 52 WtM00604410SSD P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. C 10/14/19 GENE RAC' I INDUSTRIAL AM POWER COOLANT HEATER OPTION 1,500 WATT,120 VAC SPECIFICATIONS 127 [5.0] 06.35 [0.25] • Voltage: 120 VAC (4) PLACES 108 [4.25] • Heat Power: 1,500 WATT • Fixed Thermostat: 801-1001F • Heating Element: Incoloy 800 38.1 [1.50] • Maximum Pressure: 90 PSI (620 kPa) 76.2 • Plug NEMA Standard: 5-15P 116.8 [3.0] "n* [4.6] HOSE BARB TO FIT 5/8" I.D. HOSE (2) PLACE 170.2 [6.7] 200.7 [7.9] 45.7 [1.8] i DS CE DIMENSIONS: mm [INCHES] LISTED Generac Pov4d90&25, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 58aafl$00849181- SBM P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. R 06/14/19 GENERAL I INDUSTRIAL POWER OIL HEATER 200 WATT, Magnetic The engine lube oil heater is designed for applications where the engine oil must be kept warm at all times. The heating element is magnetically adhered to the oil sump and is maintenance -free. A junction box houses the thermostat and is factory -installed and pre -wired to the genset's 120 VAC connection panel, the oil heater is connected to the junction box by the installer. SPECIFICATIONS • Electrical Rating: 120 VAC, 200 WATT (+5,-10) • Heating Surface Range: 300' - 400°F (149' - 204°C) • Thermostat Control: Open 40°F, Close 20°F 55.1 99.2 [3.901 40.9 R tic Surface DIMENSIONS: mm [INCHES] �Junction Box with Thermostat Generac Pow11$4&@1, Inc. I PO. Box 8 1 Waukesha, WI 53187 Page 54Raft4J6.CbH5230 SBM P: (262) 544-4811 ©2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. F 11/16/19 SHIPPED LOOSE GENE RAC' I INDUSTRIAL AM POWER REMOTE EMERGENCY STOP SWITCH Surface Mount, H-Panel 101.6 [4.00] 50.8 8 2X [2.00] � 4.8 [0.32] [0.19] EMERGENCY Y GENERATOR STOP PI �L TO RESET PUSH RUI 101.6 Dimensions: mm [in] [4.00] Specifications Generac Part Number: 061129E Surface Mount, NEMA 4X Nonmetalic Back Box Contact Rating: 10A at 120V 117.6 [4.63] 5 [1.2] [2.44] I.6 '6] 11/15/21 Page 55 of 1 tit No. OL6260 Rev. B 07/10/19 GENE RAC' I INDUSTRIAL AM POWER REMOTE EMERGENCY STOP SWITCH Surface Mount, H-Panel Wiring - H-Panel a�dd0 H-PANEL REMOTE EXISTING H-PANEL •Q�.QQ•�� E-STOP HARNESS INTEGRATED SWITCH CONNECTORS HARNESS CONNECTOR A4""/220A i5AIN 2i PIN 2 � PIN 2 NOTES: 1) THE H-PANEL REMOTE E-STOP HARNESS IS SHOWN IN POSITION BETWEEN EXISTING INTEGRATED SWITCH CONNECTOR AND ENGINE HARNESS CONNECTOR. CONNECTION POINT IS LOCATED BEHIND THE H-PANEL HINGED COVER 2) SEE WIRING OR SCHEMATIC DIAGRAM(S) SPECIFIC TO UNIT FOR INFORMATION ON OTHER WIRES 3) FACTORY RUNS WIRING OUT OF H-PANEL ALONG ENGINE HARNESS THAT ENTERS LOW VOLTAGE CUSTOMER CONNECTION BOX. TIE WRAP ALONG HARNESS AS NEEDED. 4) THE H-PANEL WILL NOT RECOGNIZE THAT REMOTE E-STOP WAS ACTIVATED, BUT WILL STOP UNIT FROM RUNNING ddb®d SWC1 E_ FACTORY WIRED JUMPER FOR TESTING PURPOSES ONLYOR IF REMOTE E-STOP NOT PRESENT. CUSTOMER TO REMOVE WHEN INSTALLING REMOTE E-STOP REMOTE E-STOP SHIPPED LOOSE 0 ® EMERGENCY GENERATOR STOP i\\'u. /� 15A RE ET 15A1 o PUSH BUTTON o V®QQ2 (' EXISTING ENGINE 014d0 HARNESS CONNECTOR RELAY SOCKET 0 ®7 O 6 ® 15EI/220E1 15E/220E ®a 0 �OJ�JO 0 5 R15B ®1 0 v O O O 15A1/220A1 ®2 O 3 ® R1561— Y X 2 -15A1 FACTORY WIRED VIA H-PANEL REMOTE E-STOP HARNESS I- - -\— LOCATED IN LOW VOLTAGE CUSTOMER CONNECTION BOX NEAR TB2 CUSTOMER INSTALLED & WIRED WIRE TO NORMALLYCLOSED PART OF SWITCH 3 15A/220A v 15A/220A 2 174 4 5 75 4 5 6 15/ 20 0 6 8 15E/220E 15E1/220E1 8 10 R15B ' n FF R15B1 10 RS Y X O O , ® i5A/220A 2 15A1/220A1 F1 O O RELAY SOCKET 0 ® 7 O 6[ i5E/220E ® 8 00 �) 0 5[ OC 0 .r 5E1/220E1 R15B1 Qq Q �Obdd SWC2 Generac Powtrllij&;M, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 56 of 1 ft No. OL6260 P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. B 07/10/19 Installation Drawings 11/15/21 Page 57 of 100 11/15/21 Page 58 of 100 4 32 SH 1.REV NOSES LOAD CENTER PANEL, (OPTIONAL BATTERY CHARGER INSIDE). 2 12OV,CONTROL 2. 120V, GF & 250V, 15ACON OUTLET (DUAL CONNECTION O 3. CONNECTION POINTS FOR CONTROL WIRES PROVIDED IN THE LOW BOX) (OPTIONAL) TI ES PROVIDED BOX (USE LOW VOLTAGE STUB -UP AREA). LOAD CENTER VOLTAGE 2 VOLT 4. BATTERY VOLT NEGATIVE GROUND SYSTEM). 5. MAIN LINE CIRCUIT BREAKER (MLCB), AC LOAD LEADS. (SINGLE CONNECTION C (DIMENSIONS MAY VARY DUE TO UNIT CONFIGURATION) BOX) (OPTIONAU 6. CENTER OF GRAVITY AND WEIGHT MAY CHANGE DUE TO UNIT OPTIONS. 7. ENGINE SERVICE CONNECTIONS NOTE 4 OPTIONAL SECONDARY INLET NATURAL GAS = N/A HIGH VOLTAGE INLET DIESEL = 1/2' NPT COUPLING CONNECTION BOX RETURN DIESEL = 1/2' NPT COUPLING OIL DRAIN = 1/2' NPT COUPLING RADIATOR DRAIN = N/A FLEX PIPE OUTLET = 3' I.D. EXHAUST OUTLET = N/A ■..M. SEE GENERATOR SIZING GUIDE FOR FUEL PIPE SIZING TO SUIT APPLICATION ■xo.M 8. AUXILARY AC CONNECTION FOR UNIT OPTIONS ARE LOCATED IN HIGH VOLTAGE 756 CONNECTION BOX, UNLESS AN OPTIONAL LOAD CENTER IS INSTALLED. [29771 B 9. EXHAUST PIPES MAY BE ROTATED TO ALLOW MUFFLER TO POINT OUT TO THE OPEN SET RIGHT OR LEFT SIDE OF GENERATOR. (MAY NOT APPLY TO ALL UNITS) B 10. GENERATOR SET MUST BE INSTALLED SUCH THAT FRESH COOLING AIR IS EXHAUST AVAILABLE DISCHARGE AIR FROM THE RADIATOR IS NOT RECIRCULATED. AND ll. BOTTOM OF GENERATOR SET MUST BE ENCLOSED TO PREVENT PEST INTRUSION I TANK AND AND RECIRCULATION OF DISCHARGE AIR AND/OR IMPROPER COOLING AIR FLOW. a L 12. INSTALL EXHAUST BLANKETS ALONG THIS LINE. ENCLOSURE 14, CONNECT THE OPEN SET EXHAUST PER NFPA 37 14. BOLTS OR STUDS USED TO MOUNT UNIT PAT, BASE TANK, SHALL BE 5/8'-11 GRADE 5. R L USE STANDARD SAE TORQUE SPECS. (FOR INSTALLATION OF FUEL TANK NOT SHOWN TO PAD REFER TO INSTALL DRAWING OF THE BASE TANK) OIL DRAIN ADDITIONAL NOTES FOR WEIGHT AND CENTER OF GRAVITY DATA SEE NOTE 6, AND SHEET 3. FUEL INLET & RETURN 499.7 [19,671 OPEN SET EXHAUST NOTE 1 142 [5.6] 732 [2821 NOTE LOW VOLTAGE AIR DUCT CONNECTION BOX 17.6 10.691— (NOTE 3) HIGH VOLTAGE CONNECTION BOX (NOTE 8) ' o 1185.8 C32.0'7 1250 I49.2'7 [46.691 7 AI AIR DUCT OVERALL EXHAUST ...a' HEIGHT HEIGHT 888.4 [34.98] 1035.5 C4877] MLCB CONNBOX 649 [25.5'7 677 C26.6'I HEIGHT HEIID DIM Y HEIGHTT COG MLCB HEIGHT LOW VOLTAGE (NOTE 5) NOTE 6, SHEET 3 (NOTE 5) STUB UP 317 C12.5'] _ �O. DIM Z 750 [29,53] NOTES 7 69.6 C2.741 OIL DRAIN FUEL INLET COG 129.6 [5.107 PLUG NOTES 7 OUTLET LOCATION L94al C37.01] NOTE 6, SHEET 3 C35.43] FUEL RETURN NOTE 2 FU900 EL INLET NOTE 7 1015.9 140.001 & OUTLET OIL DRAIN PLUG LIFTING EYE OVERALL WIDTH DIM X (4-PLACES) COG 40X60 SLOT A NOTE 6, SHEET 3 C1.57X2.361 ^ 2360 [92.91] Yi OVERALL LENGTH GENERAC' DIMENSIONS ARE IN MILLIMETERS [INCHES[ TITLE DRAWING CREATED FROM PRO/ENGINE[-, OPEN SET GO FILE ECO MODIFICATION TO BE APPLIE➢ TO SOLI➢ MODEL ONLY, 1)4.5L, 60HZ: SDO80, PD072 SDO60, PD054 LRQ7u9)m DNS ° WenmD� ��ERP�P�uERn=rEMER -11 =zo,z�o�C�E�ERa�PowER „ -�C_ O ❑ SIZE CAGE NO DWG NO L � � n REV 11 /15/21 ELECTRONICAL_Y APPREVED B N/A _ INS—wiNoalu :- F 0.0: WT-KG ISHEET 1 of 3 4 3 2 1 2 4 RECOOENDED ELECTRICAL STUB -LP OBCNI VOLTAGE STU"PI AC LOAD LEAD CONDUIT FOR PEWl41EUT RAGIET EXCITATION COfECTION BOX (LIN VOLTAGE STUB-W) rzz DRAWING CREATED FROM PRO/ENGINEER SO FILE ECO MODIFICATION TO BE APPLIED TO SOLID MODEL ONLY. C La 1 SEE TANK DRAWING FOR AVAILABLE STUB -UP AREA DIMENSIONS I OENERAC" o =T �LIaRR�a�oo� 4 DRAWING I DIMENSIONS ARE IN MILLIMETERS [INCHES] a ELECTRONI-ALLY APPROVED INSIDE W_NOCRILL TITLE STUD -UP VIEW D45L, 60HZ: SD080, PD072 SD060, PD054 'SUE DATE 62/L4 SIZE I CAGE NO DWG NO B N/A I Page 0,120 1 WT-KG ISHEET 1 1] I 4 3 SH 1/1 REV A WINDCHILLVERSION A.2 ITEM # 3065 [120.7 330 [13.01 1 365 [14.4] STUB UP 2 264 [10.4 2075 [81.7 242 [9.5 13 6 7 141 [5.5] 13 11 3 4 5 0 10 - 0 0 0 0 6 100A MLCB 940 [37.01 7 B 773 [30.41 631 [24 8] 0 0 _ SLOPED TOP 0 \�� 0 0 0 0 o 0 0 0 200A MLCB STUB3UP] g 9 10 715 [28 1] 565 [22,2] 451 [17.7 �21 0 0 321 [12.61 0 0 0 300 [11.8 11 12 13 [8.7] c 119 [4.7] 264 [10.4 2 12 3 017 [.691 153 [6.0] 297 [11.7 MOUNTING HOLES 524 [20.6] (12 PLACES) 50 [2.0] 1 4 MOUNTING HOLES 1 7.5 [00.691 1867 [73.5] (14 PLACES) 369 [14.51 REF r . OPTIONAL 90 % ALARM �m REMOVABLE STUB UP Lam-= COVER PLATE TANK FITTING PROVIDING FUNCTION 3/8" NPT COUPLING FUEL RETURN 2" NPT WELD FLANGE FUEL FILL ELEC. FUEL LEVEL 3/8" NPT COUPLING FUEL SUPPLY 4" NPT WELD FLANGE OUTER EMERGENCY VENT 2" NPT WELD FLANGE VENT 4" NPT WELD FLANGE EMERGENCY VENT 3/4" NPT COUPLING CONTAINMENT DRAIN 1/2 NPT COUPLING LEAK DETECTOR B 2" NPT WELD FLANGE RUPTURE BASIN ALARM 2" NPT WELD FLANGE 90 % FUEL SWITCH 3/8" NPT COUPLING 5 GALLON SPILUFULL DRAIN 2" NPT WELD FLANGE CUSTOMER USE TANK P/N - REVISION 10000026971 TOTAL TANK CAPACITY 1117L [295gal] USABLE TANK CAPACITY 1078L [285gal] DRY WEIGHT 670kg [1475lbs] 181 e 711 [7.11 [28.0] 76 41 38 [1.5 [3.0] [1.6] TYP 97 541 [21.3Y---1 r465 135 16 [.6] 9N [G H [3.8] 1081 [42.6] [5.3] TYP 9 MOUNTING HOLES [18.3] W/O RISERS __ L1622 [63.8] OPTIONA 988 13 [.5] 2162 [85.1 MOU CLES W/RISERS TYP 2703 [106.4 TANK RISERS 3438 [135.4 NOTE: DRAWING CREATED FROM PRO/ENGINEER MOUNTING BOLTS OR STUDS TO MOUNT BASETANK TO CONCRETE 3D FILE. ECO MODIFICATION TO BE PAD SHALL BE 5/8-11 GRADE 5. (USE STANDARD SAE TORQUE SPECS) APPLIED TO SOLID MODEL ONLY. ODDD�TZ1 LL D�DOD DK WdHD11115121 C� 4 3 Cfnimm C' CAPACITY SHOWN: LITER [GALLONS] WEIGHT SHOWN: KILOGRAMS [POUND TITLE LENGTH SHOWN: MM [INCH] INSTALL BASETANK NOTE: UL 142 / ULC-S601 LISTED B-GROUP EXTENDED 285G (USEABLE) / 295G (TOTAL) WHICH IS SUPPLIED IN CONFIDENCE AND - NOT BE USED FOR @.eEizRA°s-R sir�i A 3"rc e"NCI AAC Paves ZY.P.s. ISSUE DATE: 12/19/17 SIZE B I CAGE NO N/A DWG NO 10000026875 ELECTRONICALLY APPROVED INSIDEWINDCHILL SCALE 0.060 WT-KG 802.054 2 1 A i I OPEN SET MODEL VOLTAGE WEIGHT CENTER OF GRAVITY DIM X CENTER OF GRAVI-" DIM Y -.--- - GRAVITY DIM Z SD060, PDO54 240V, 01 1,128 kq 12,486 Ibs] 1370 153,91 549 12161 PD072 240V, 01 1,161 k 12,561 lbs] 1348 153,11 546 121-- _S4/SDO80, PD072 240V, 0 1 (100kw U.`.,__. 1,40E k 13,098 Hs] 1225 148,21 527 12G.-_ SD080, PD072 240V, 0 1 (132kw UPSIZ-. 1,50B k E3,326 lbs] "46,41 521 120,51 ED060, PDO54 208V, 240V, 480V, 600V 1,120 kg 12,429 Ibs] 5391 549 121.61 -1 118.31 SDO80, PD072 208V, 240V, 48OV, 600V 1,161 k [2,561 Ibs] 546 121. >D060, PDO54/SD08O, PD072 208V, 240V, 48OV, 600V (100kw UPSIZE) L213 k C2,675 Ibs1 :.1 563 12c SDO60, PDO54 PD054 600V (130kw UPSIZE) 1,508 k C3,326 Ibs] 1244 C49,0] 553 C21 SDO80, PD072 208V, 240V, 480V, 600V (130kw UPSIZE) 1,508 k 13,326 Ibs] STD ENCLOSURE, STEEL MODEL VOLTAGE WEIGHT CENTER OF GRAVITY DIM X CENTER OF GRAB DIM Y .-.-NTER OF GRAVIT° DIM Z SDO60, PDO54 240V, 01 1,368 kq 13,017 Ibs] 1397 [55,01 607 [23,91 - SDO80, PD072 240V, 01 1,401 k [3,090 Ibs] '.379 [5431 602 [23.71 44' 1" ,E060, PDO54/SDO80, PD072 240V, 1 (100kw UPSIZE) 1,645 k [3,628 lbs] -271 [50.01 577 [22.71 4`1 COOK, PD072 240V, 1 (130kw UPSIZE) 1,748 kq [3,855 Ibs] -29 [48.41 568 [22.41 438 [17.21 SD060, PDO54 208V, 240V, 48OV, 600V 1,368 k [3,017 Ibs] "397 C55.0] 607 C23.91 441 C17.41 SDO80, PD072 208V, 240V, 48OV, 600V L,40L k [3,090 lbs] _s79 [54,3] 602 [23,7] -D060, PD054/SD080, PD072 208V, 240 V, 480V, 600V C100kw UPSIZE) L,453 k C3,204 Ibs] 386 [54,6] 614 124,21 440 117,31 SD060, ED054 600V (130kw UPSIZE) 1,748 k 13Y-- -- 284 150,51 595 123,41 437 C17P] 8 SD0, RD072 0 208V, 240V, 48OV, 600V (130kw UPSIZE) 1.742 kg F I LIA ENCLOSURE, STEEL I MODEL VOLTAGE - ,7r 1 =' ^F GRAVITY X CENTER OF GRAVITY DIM Y CENTER OF GRAVIT. DIM Z SDO60, PD054 240V, 01 1,44" .178 Ibs] r- ,52,51 619 [24,41 SDO80, PD072 240V, E1 1,47, :),,5l Ibs] 319 CSL91 614 C24,21 443 [17.41 111060, PD054/SD080, PD072 240V, 0 1 (100kw UPSIZE- 1,718 •_. 3,789 Ibs] EYE [48,21 588 [23,21 440 [1731 COOK, PD072 240V, 0 1 (130kw UPSIZE; 1,821 kq [4,016 Ibs] - 46.81 579 [22.81 439 [17.31 SD060, PDO54 208V, 240V, 48OV, 600V 1,441 kq 13,178 Ibs] 52.51 619 [24,41 SDO80, PD072 208V, 240V, 48OV, 600V 1,474 k [3,251 Ibs] -318 15I91 614 124,21 443 [17,41 '.D060, PD054/SD080, PD072 208V, 240V, 48OV, 600V (100kw UPSIZE) 1 1,526 k C30365 lbsl 327 152.3] 624 [24.6] 442 [17.4] SDO60, PD054 600V (130kw UPSIZE) 1,821 k Cl 016 lbs] 241 C48,W 6D5 123,81 439 [173] SDO80, PD072 208V, 240V, 480V, 600V (130kw UPSIZE) 1,821 k C4,016 lbs7 Ann 1 A7r, I RC Gr)p nPV TAKILI 11 L2A ENCLOSURE. STEEL MODEL VOLTAGE WEIGHT CENTER OF GRAVITY DIM x CENTER OF GRAVITY DIM Y CENTER" F-. -- SDO60, PD054 240V, 01 I'99 k [3,306 IbsJ 1414 155,71 691 127,21 4�" SDO80, PD072 1 -- k 13,378 Ibs] 1398 155,01 685 127,01 4� - SDO60, PDO54/SDO80, PD072 240V, 0 1 (100kw - kq 13,916 Ibs] 1296 151,01 649 125,A] 4> '2] ROOK PD072 240V, 0 1 (130kw UPSIZE) - k C4,143 Ibs] 1256 149,41 637 125,11 437 117,21 SD060 PDO54 208V 240V 480V 600V - k C3 306 lbsJ C3,378 lbs] 1414 155,71 691 127,21 441 117,3] SD080, P0072 208V, 24DV, 48OV, 600V 1398 [55,D] 6B5 127.01 440 H7,3] �D060, PD054/SD080, PD072 208V, 240V, 48OV, 600V (100kw UPSIZE) a [3,493 Es] 1 1403 [55.3] 1 692 [27.31 SDO60, PD054 60OV (130kw UPSIZE) i,821 kQ [4,143 Ibs] 1306 151,41 662 126,11 417711P] SDO80, PD072 208V, 240V, 48OV, 600V (130kw UPSIZE) 1,879 kq [4,143 Ibs] DRAWING CREATED FROM PRO/ENGINE 3D FILE, ECO MODIFICATION TO PE APPLIED TO SOLID MODEL OHL' OMOVLr-IU=u= IV DH 11/15/21 NOTE, CENTER OF GRAVITY AND WEIGHT MAY CHANGE DUE TO OPTIONS STD ENCLOSURE, ALUMINUM LIA ENCLOSURE, ALUMINUM I L2A ENCLOSURE, ALUMINUM WEIGHT & CENTER OF GRAVITY D4.5L 60HZ' SDO80, PD072 SD060, PDO54 ISSUE DATE 6/2/14 0 2 0 r_i mm AIR INTAKE AIR INTAKE ®DTH SIDES) 2839.7 1111.803 IVERALL LENGTH 135.4" OVERALL LENGTH WITH TANK E DRAWING CREATED FROM PRO/ENGINEER 3D FILE. ECO MODIFICATION TO BE APPLIED TO SOLID MODEL ONLY. ANK NOT SHOWN iRl INSTALLATION �RAWIN ri nrarrn5 FOR ALL STUB -UP, WEIGHT, AND COG DETAILS, SEE CORRESPONDING OPEN SET DRAWING PER UNIT CONFIGURATION. Fes--- 910.1 [37.01] DIMENSIONS ARE IN MILLIMETERS [INCHES] ELECTRONICALLY APPROVED INSIDE WI-LL add 25" for tank height IT � GENERAL' IIIIIIIIIIM TITLE L2A ENCLOSURE D4,5L, 60HZ: SD080, PDO72 SD060, PD054 ISSUE DATE: 6/2/14 SIZE I CAGE NO I DWG NO N/A O J 4 1 8 C $ SCALE 0.025 1 WT-KG aA€5'k- 1:3 A .C.' 350 [13.78] 014 [00.55] 08 [00.31] 0 O o O 0 0 0 0 ALL DIMENSION ARE: mm finchesl m 20 [0.79] 3R COVERS ON 3R UNITS ONLY 20 [0.79] „G„ iON W'. „N„ DESCRIPTION HEIGHT ^q" HEIGHT "g" WIDTH "C" DEPTH "D" DIM "E" DIM "F" DIM "G" DIM "H" DIM "J" DIM "K" DIM "L" DIM "M" DIM "N" DIM "P" WEIGHT 903 806 538 305 226 252 471 348 315 44 44 149 149 79 48kg 100A NON SER NEMA 1 [35.551 [31.711 [21.161 [12.001 [8.89] [9.91] [18.541 [13.701 [12.401 [1.73] [1.73] [5.88] [5.88] [3.11] 105.6lbs 903 806 538 355 226 252 471 348 315 44 44 149 149 79 50kg 100A NON SER NEMA 3R [35.551 [31.711 [21.161 [13.991 [8.89] [9.91] [18.541 [13.701 [12.401 [1.73] [1.73] [5.88] [5.88] [3.11] 110.OIbs 903 806 538 305 237 263 460 1 348 315 1 44 44 153 153 83 53kg 150A NON SER NEMA 1 [35.551 [31.711 [21.161 [12.001 [9.31] [10.341 (18.121 [13.701 [12.401 [1.73] [1.73] [6.04] [6.04] [3.26] 116.6lbs 150A NON SER NEMA 3R 903 806 538 355 237 263 460 348 315 44 44 153 153 83 55kg [35.551 [31.711 [21.161 [13.991 [9.31] [10.341 [18.121 [13.701 [12.401 [1.73] [1.73] [6.04] [6.04] [3.26] 121.OIbs 903 806 538 305 237 263 460 348 315 44 44 153 153 83 53kg 200A NON SER NEMA 1 [35.551 [31.711 [21.161 [12.001 [9.31] [10.341 [18.121 [13.701 [12.401 [1.73] [1.73] [6.04] [6.04] [3.26] 116.6lbs 903 806 538 355 237 263 460 348 315 44 44 153 153 83 55kg 200A NON SER NEMA 3R [35.55] [31.71] [21.161 [13.991 [9.31] [10.34] [18,12] [13.70] [12.40] 1 [1.73] [1.73] [6.04] [6.04] [3.26] 121.OIbs KEVISIUN: U REVISION DATE: 10/06/2020 11/15/21 IU I X SWI I UH NUN StKVIUL EN I KANUE 3-1`ULE 1 VUA-LUUA A0000430682(DRAWING: A0000561085) NOT TO SCALE Page 64 of 100 Generator Electrical Drawings 11/15/21 Page 65 of 100 11/15/21 Page 66 of 100 GROUP G --------------------------------------------------------------- LEGEND NOTE: ALL WIRES 18 AWG A - ALARM HORN IP - INJECTOR PUMP 300V ILL LISTED UNLESS A - DC CHARGE ALTERNATOR J_ - ENGINE CONTROL MODULE CONN. SHOWN OTHERWISE AVR - AUTO VOLTAGE REGULATOR LD - LEAK DETECTOR BCC - BATTERY CHARGER CONNECTOR MLCB - MAIN LINE CIRCUIT BREAKER AWG SIZE BC H - BATTERY CHARGER MOD - MODEM CONNECTOR CB - CIRCUIT BREAKER DPE MEW - MAGNETIC PICKUP CO - CROSSOVER CONNECTOR NB - NEUTRAL BLOCK COM - COMMUNICATION CONNECTOR OPS1 - OIL PRESSURE SENDER IT - CURRENT TRANSFORMER OTS_ - OIL TEMPERATURE SENDER IDS - DIODE BRIDGE R_ -RESISTOR ECM -ELECTRONIC CONTROL MODULE RB_ - RELAY BOARD ES1 - EMERGENCY STOP SWITCH RB-A - RELAY BOARD CONNECTOR EXC - EXCITER SC - STARTER CONTACTOR F_ - FUSE SM - STARTER MOTOR FLS- - FUEL LEVEL SEDER SW, - OFF/AUTO/MANUAL SWITCH GA_ - GOVERNOR ACTUATOR SWC - SWITCH CONNECTOR GO - GOVERNOR DRIVER TB_ - TERMINAL BLOCK GFCI - GROUND FAULT CIRCUIT INTERRUPT WLS_ - COOLANT LEVEL SENDER GND -GROUND BAR CONNECTION WTS_ - COOLANT TEMPERATURE SENDER IFT - INTERFACE TRANSFORMER I I COMPONENTS LOCATED IN ALTERNATOR CONNECTION BOX I WHITE 3981, 12-,2 399A J2-11 I I WHITE 2 398BJ2-35 EXC PERMANENT 1 3 399E J2-34 AVR-3 6 2 MAGNET CB 2 AVR-S 4 EXCITER 4 H EXCITER rWHITE 1 398C J2-10 1 1 FIELD 399C J2-9 1 :�f TB2-7X AVR-1 1 I �FOR 30 I UNITS ONLY I I I I CT1 CT2 �CT3 -- --� SEE DRAWING OH9846 FOR IT WIRING. COMPONENTS LOCATED IN HIGH VOLTAGE CUSTOMER CONNECTION MODULE I I CONNECTIONS NOTE: ALL WIRES IN THIS CONNECTIONS I FOR 10 UNIT SECTION ARE 600V RATED FOR 30 UNIT I I TO GENERATOR TO GENERATOR A0 B0 A0 B0 CO S1 S1 1 S1 S1 1 s2 S2 2 sz s2 2 — S3 S3 S3 3 00 4 j Do—Go-5 5 IFT 5 IFT L1 L2 N J2-6 224 L1 L2 L3 N J2-6 224 J2-2 225 6 J2-29 —225 6 MLCB O J 17 226 7 MLCB O J2-17 226 7 0 0 0 NS J2-7-227 8 O NS J2-7-227 8 00 9 9 jE1 �N :E1 :E2 :E3 �N A0 DO ' AO 60 10 4STOMER CUSTOMER ONNECTIONS CONNECTIONS I PAGE 1 OF 6 1 1 / 15/21 WIRING - DIAGRAM REVISION: H-9136-D D4.5L/D6.7L G17 12V DATE: 6/8/11 DRAWING #: OH9862 GROUP G ----------------------- - COMPONENTS LOCATED IN HIGH VOLTAGE CUSTOMER CONNECTION MODULE I I NOTE: ALL WIRES ON THIS TB4 X Y PAGE ARE 600V RATED O O 120/240 VAC ND UTILITY SUPP 2 ® IT (BY CUSTO ) 3 ® 12 4 ® �R LOA ENTER BCC-2— N 5 ® L1 GND VER COMPONENT RA GS FOR PROPER ? 3 L2 PPLY VOLTAGE 6 ® 7 ® o'' TO BE PROVIDED. I 8Is �9® �oo I 10® �< GND o 0 0 0 0 I O O I I BCC-3—GND Eo _. omU0 o o N12(9 W L, TO LINE L1 o F GFCI O 6 LOAD N O W NOTE GND FOR FIELD WIRING TO CUSTOMER CONNECTIONS OH =0 0 (TERMINAL STRIP) MAXIMUM WIRE SIZE: #1C AWG 0 RECOMMENDED TIGHTENING TORQUE: 14 LB -IN O o O RUN RELAY O I L2 I I I 0 0 2 14 T82-4Y I I OPTIONAL p ^ 0 00 , COM, TB5-2X 00 8 OM2TB5-5% - -------- O 7 0 TB2-6Y T34 ORr LOAD CENTER STATOR CAN H I NO2 TB5-4X I I � T14 OR EA LOCK HTER NC2 TB5-6X LOAD CENTER[ ORIZONTAL MOUN i) NC1 TB5-3X I I I TB5-iX SUPPLIED WITH BLOCK HEATER (VERTICAL MOUNT) N01 x GROU WED O O I PLUG TO BE CONN BLACK WHITE ❑ I ® 1 N01 RR-3 BY GREEN I ® 2 COM1 RR-1 I THERMOSTAT FOR I I ® 3 NC1 RR-4 C CONUSTNOMECERTIONS N (BATTERY ® 4 NO2 RR-6 SUPPLIED WITH GND WARMER AND (9 5 OM2 RR-8 3-W1RE GROUNDED JUNCTION BOX OIL HEATER) ® 6 NC2 RR-5 PLUG. BATTERY WARMER TYPICALLY (SHIPPED LOOSE) O O PLUG IS REMOVED NOTE: BY THE FOR FIELD WIRING TO CUSTOMER CONNECTIONS INSTALLER OIL HEATER (TERMINAL STRIPS AND RELAY BOARD) AND WIRES(SHIPPED LOOSE) MAXIMUM WIRE SIZE: #14 AWG RECOMMENDED TIGHTENING TORQUE: 12 LB -IN I I ARE I TERMINATED IN OPTIONAL JUNCTION BOxL COMMON OPTIONS PAGE 2 017211 Page 67 of 100 WIRING - DIAGRAM REVISION: H-9136-D D4.5L/D6.7L G17 12V DATE: 5/8/11 DRAWING #: OH9862 GROUP G ---------------------------- ------------------------------ I COMPONENTS LOCATED ON LOW VOLTAGE CUSTOMER CONNECTION PANEL I I GRN--@ GROUND STUD —15A— TB2-1X I e1 s®®3 ® ®+ COM iQ e ® 2—OCS— J2-23 `. 3—OC6— 12-22 4-15A— TB2-iX NC 11 5 —007— J2-33 6—OC8— J2-21 II < No to � RB3A I COM EE 9 4 NC K3 � NO O 7 w CO® RB3 `a NC Qs NC u I <� NO ® K2 C0M O3FF NC Q2 RELAY PCB K1 I I N0 � I I I TB7 Y X I O p r 0 ® 1 0 — TB2-8X i 183 ® 2 L 0 183 J2-4 o w I o R S485+ ® 4 390 J2-13 Up RS485- ® 5 391 J2-1 SHLD ® 6 & SHLD - J2-24 07® r zlr-�F- 8 D13J2-3 a 9 L 0 S1 0 r F- 11 w 3 DI4 J2-26 12 0 I I O O I TB2 Y X O O ® 1 15A RB3A-1 w o ® 2 15A RB3A-4 15A CO-7 ® 3 14 CO-8 w ®4 * *NOTE: ENSURE LINE OF DIODE 1 ® 5 ® (CATHODE) IS CLOSEST To TB2-4X FOR CORRECT F ® 6 POLARIZATION. Z IIIIL ® 7 1 EXC-1 NOTE: ® 8 0 FOR FIELD WIRING TO CUSTOMER CONNECTIONS (TERMINAL STRIPS AND RELAY BOARD) O CO-6 0 CO-6 MAXIMUM WIRE SIZE: 114 AWG RECOMMENDED TIGHTENING TORQUE: 12 LB -IN PAGE 3 OF 6 --------------------------------------------------------- 1 1 /15/21 WIRING - DIAGRAM REVISION: H-9136-D D4.5L/D6.7L G17 12V DATE: 6/8/11 DRAWING #: OH9862 GROUP G --- ------------------------ COMPONENTS LOCATED IN CONTROL PANEL CO MOD 0. J1-32-809 812 J2-14 387 3 �o J1-3 —810 811 J2-2 388 0 J2-25 389 5 0o J1-14-811 J1-26 —812 O� iv + ALT 4s as R2 4D TB3-8X 14 144 B jR1 29 A,1 1 1 — T82-4X 2 194 194—J2-31 3 6 6 PME 4 4 PME 6 403 403—J2-8 � AVR 7 404 404—J2-20 8 9 1 10 406 4116—J2-30 11 1 112 405 405—J2-19 13 162� 2 — PME-2 14 O CB 0 56A-6 256-5 RB1A 15-4 J1-23 56A R15B-3 ---- J1-34 445 445-2 12-5 3 174 3 SWC 15B-1 J2-28 175 54 0 7 �15A 12 HIS._ ® 11 1 + B1 -2 AH1 229 10 SC-56 10 SW1 2 IC 9 ❑ 15A � ® 8 I ES1 � GD-a — 14 7 I 14 6 R131 CC SWC i5A 5 J2-16 �5 5 R15 2 1 R758 9 6 15 2 1 i5E 8 i5E 4 RPCBY TB3X 0 3 GND 0 ® 2 ❑ co 0 1 0 229 1 TB2-8X 6 0 GD-1 0 2 0 GD-10 0 BCC-7 0 3 0 0 — 11-12 it-10 R15B 4 R156 R15B J1-11 256 5 256 Co 15 6 15 1B2-3XEal 14 1 14 IP Cow 14 8 14 14 —DB II El 15A 9 15A 5A ®10 15AFM I 11 13 13 F1 i5A 151 SCE13 12 13IT 6 13 F2 10A 156 ... 15B —J1-35 � O F3 - I F4 - I IL PAGE 4 OE 61 Page 68 of 100` WRING - DIAGRAM REVISION: H-9136-D D4.5L/D6.7L G17 12V DATE: 6/8/11 DRAWING #: OH9862 GROUP G COMPONENTS LOCATED ON ENGINE I I I I _ OPTIONAL _ BCH BCC 1GA 1 L1 L1 (HOT) iCHARGER 2 Fm ONLY BCC CO 3 N N (NEUT) u,105 8 1 J2-27 FM GND GND =� 0 7 TB3-3Y 5 13 + (POS) 4 0 - (NEG) I U J1-16 6 803 CHARGE CURRENT I LOCATED IN CONTROL PANEL I I I I I I co IT 41 L1 T84 OR LOAD CENTER FM N TB4 OR LOAD CENTER FM GND 12 TB4 OR LOAD CENTER EEI 0 I 13 13 — T83-12Y LOCATED BACK OF CONTROL PANEL SC 13 16 1 3 I I 56 56 R137-10 FEE 0 I I I I O I I 13 I I ALT 2 49 49 R2 I 1 I I o I I I I I SM FM LD-1— 0 13 3 13 41 FTM13 WIRE LOCATIONS MAY CHANGE ON GROUND BAR. GND I I I OTS-3— 0 o 0o SWC WTS-3— 0 1 ECM 1 + WLS-3— 0 CHASSIS - GA-3— 0 1 12V TB3-1Y— 0 FLS-3 — 0 BATTERY I I I I I I I I I I I I (PAGE 5 OF 6 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 11 /15/21WIRING-DIAGRAM REVISION: H-9136-D D4.5L/D6.7L GI 12V DATE: 6/8/11 DRAWING #: OH9862 GROUP G COMPONENTS LOCATED ON ENGINE TB3-2Y 0 0 is O 770 771 ° RBl-7 14 14 E3 GO TB3-2Y 0 0 J1-33-769 769 ® O GNO— 0 LOCATED IN J1-17 — 766R CONTROL PANEL 11-18 — 766V GA I a I o GA7 0 —GND 523V - J1-9 FLS 523R - J7-8 68V— J1-15 68R— J7 -31 I GND— 0 0 —GND J1-6 — 575R J1-7 — 575V 573V - 11-30 573R - J7 -29 Co 0 —GND 12-15 —567 2 69V— J7 -20 GND— 0 > 69R—JI-19 OT I > WTS WLS 0 —Jl-24 79 — J7 -25 ECM CHASSIS 1 N 2 3N 1 I � 123 1 W2 3 1 FI A�NB 1 Z e3 0 I 2 1 2 1 I I I I M1 a I 11 LD FLS1 OTS1 wrS1 WLS1 OPS1 MPD1 PAGE 6 OF 61 Page 69 of 100 WIRING -DIAGRAM REVISION: H-9136-D D4.5L/D6.7L G17 12V DATE: 6/8/11 DRAWING #: OH9862 GROUP G Ir ALTERNATOR � ALTERNATOR MAIN TERMINALS STATOR MAIN TERMINALS STATOR T1 L1 K CT1 L T1 L1 K CT1 L L7 L7 kI or kI T2 L2 K CM L L2 T3 L3 PME + OR FIELD DPE 00 K C k l L 3 I T3 L3 PME + OR FIELD DPE 00 kl K CT3 L L3 k l I 00 I N I 00 I I I I II q IFT 225 ALTERNATOR CONNECTIONS FOR 10 UNITS I I I 1 I I 224 IFT I 221 26 J2 � � I 227 I ALTERNATOR CONNECTIONS FOR 30 UNITS I I I I I I I I I I I I I ^ I I I I I I I I � I I o I I I I I I I o a am o I I I I I •OI I I " M - -- - " N.C. > --- 321 TS1 WTS1 WLS1 FLS1 LD I IP OPS7 MPU7 r ryGA1 ° n OPTIONAL OPTIONAL I I 1 OF 4 ,All — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — - SCHEMATIC - DIAGRAM REVISION: -A- 11/15/21 D4.5L/D6.7L G1712V DATE: 7/12/10 DRAWING #: OH9863 GROUP G F MLCB �\ � _El I I I i 30 ONLY 30 ONLY -- -- L3 'J E3 O Eill ------------- AUX CO T __________ OPTIONAL MLCB ACCESSORIES a ST T TRIP FOR CUSTOMER USE. GROUNDED NEUTRAL r (IF SO EQUIPPED)--- RB3 GND No -p 005 J2 0 z r INC z - K1 J2 183183 N� F <LCOM °Lc -' 15A NOTE 5 r 390 �-0 R5485+ [N0 J2I 391 RS485— LSHLD� SHLDNC ° -3 OC6 J2COM ° J2rL 0� DI3 a d DI3COM ] �o oz y NO _a OC7 J2 J2L r D14 � D14 NO e - K3 0� COM r a p W aLCOM ° -0 15A NOTE 5 NOTE 5 15A� FUSED DOo NO 10 F-- K4 NOTE 3 14 11Lc ENGINE RUNNING NO " -° I'll 12 SUPPRESSION DIODE a [GoM 12 Th] wacc nreecs*°a GIN �+ I L1 a > BCH N N F GND GND — 0 �o 13 I I BATTERY WARMER (1 OR 2)� I I OIL HEATER I 1 ST 1 I 13 13 1 1 I SC ----T DLOCK HEATER 16 1 cFc1 1 I I 240V RECEPTACLE 1 1 SM ALT UTILITY POWERED + BAT-- OPTIONAL I II - 12v0c I 0 0 I I I I I NOTE: FOR FIELD WIRING TO CUSTOMER CONNECTIONS (TERMINAL STRIPS AND RELAY BOARDS) MAXIMUM WIRE SIZE: #14 AWG RECOMMENDED TIGHTENING TORQUE: 12 LB —IN L_— — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — —PAGE 2 OF 4J SCHEMATIC - DIAGRAM REVISION: -A- Page 70 of 100 D4.5L/D6.7L G1712V DATE: 7/12/10 DRAWING #: OH9863 GROUP G T--------------------------------------------------------------- I I I I I I RBI AUTO OFF MAN AH1 229 "-� 445 J1 175 SW1 MAN 0 NOTE 1 OOX K1 FJ2 [174 AUTO NOTE1 0 � X00 ", 15B NOTE 6 1 E51 i5E ° ALARM __ K2 RB1 229 AH1 15A NOTE 5 NOTE 5 15A a "-'R166 J1 /E51 1 NOTE 3 14 "-B 256 11 E-STOP J7 R15B ESQ_ R15 J2 K3 R81 15E 15 NOTE 4 NOTE 5 15A ° "-415 NOTE 4 SC 561° F __ K4 NOTE 2 13 F�15A NOTE 5 NOTE 5 15A 56A J1 NOTE 2 13 FiSB NOTE 6 I I BCH 9 PIN D-SUB L1 L1 (HOT) iHHARGER COM �aNLY 5 38911 UTILITY N N (NEUT) 505 J2 3 388JJ2 GND GND -, 0 NOTE 1 2 387 NOTE 2 13 + (POS) NOTE 1 0 - (NEG) U NOTE 3 14 DB CHARGE CURRENT 803 J1 R1 4 R2 29 ALT 49 49A I I I I I I I I I I I I DPE-CB -162 I I I 92 4 LD- J2 6 DPE 4 FIELD+ AVR 404 J2 40J2 4055 J2 Lj I I I I I I LEGEND 00 - NEUTRAL DIE- DIODE BRIDGE IP - INJECTION PUMP RB_ - RELAY BOARD AH1 - ALARM HORN DPE - EXCITER J_ - ENGINE CONTROL MODULE CONN. SC - STARTER CONTACTOR A - DC CHARGE ALTERNATOR AVR - AUTO VOLTAGE REGULATOR E51 - EMERGENCY STOP SWITCH F_ -FUSE LD - LEAK DETECTOR MLCB- MAIN LINE CIRCUIT BREAKER SM - STARTER MOTOR SW7 - OFF/AUTO/MANUAL SWITCH BAT - BATTERY FLS_ - FUEL LEVEL SENDER MPU1- MAGNETIC PICKUP WLS_- COOLANT LEVEL SENSOR BCH - BATTERY CHARGER GA_ - GOVERNOR ACTUATOR OPS1 - OIL PRESSURE SENDER WTS_- COOLANT TEMPERATURE SENDER CB - CIRCUIT BREAKER GD - GOVERNOR DRIVER OTS_- OIL TEMPERATURE SENDER COM - COMMUNICATION CONNECTOR GFCI - GROUND FAULT CIRCUIT INTERRUPT PME - PERMANENT MAGNET EXCITER CT_ - CURRENT TRANSFORMER IFT - INTERFACE TRANSFORMER R_ - RESISTOR I I PAGE 3 OF 4 I I 1 SCHEMATIC - DIAGRAM REVISION: -A- 11/15/21 D4.5L/D6.7L 61712V DATE: 7n2/10 DRAWING #: OH9863 GROUP G GROUP G T--------------------------------------------------------------- 'I I AVR CONNECTOR I I PIN WIRE TO FUNCTION GD CONNECTOR PIN WIRE TO FUNCTION I I I ENGINE CONTROL MODULE CONNECTIONS I I J1 J2 I PIN WIRE TO FUNCTION PIN WIRE TO FUNCTION NOTES: ORE# 0 IS CHASSIS GROUND (BATTERY-) UNLESS NOTED OTHERWISE. NOT USED IN 10 UNITS. 2) "REI 13 IS UNFUSED +12VDC (BATTERY+).CONNECTIONS 3) ORE 14 IS FUSED +12VDC WHEN GENERATOR IS CRANKING OR RUNNING. 4) WIRE# 15 IS FUSED +12VDC WHEN E-STOP IS MU ACTIVATED. 5) WIRE# 15A IS FUSED +12VDC FOR 1 GENERAL USE. 6) W1RE� 15B IS FUSED +12VDC FOR THE I I I I I I I I ENGINE CONTROL MODULE. I I I I I I I I I I I I I I I I L........... . .............. . ............ . .............. I I I I I I I I . ..PAGE 4 OF 4J SCHEMATIC - DIAGRAM REVISION: -A- Page 71 of 100 D4.5L/D6.7L G1712V DATE: 7/12/10 DRAWING #: OH9863 1 1 FIELD -FIELD 2 194 J2-31 +12VDC 3 6 DPE DPE OUTPUT 4 0. R1 FIELD FIELD 5 6 4 403 R1 FIELD J2-8 +FIELD GATE TRIGGER B 7 404 J2-20 GATE TRIGGER A 10 406 J2-30 ZERO CROSSING I P 11 405 J2-19 GROUND ISO 13 162 CB DPE OUTPUT AFTER CB 3 6 810 575R MOD-2 FLS-2 MODEM SIGNAL RETURN FUEL LEVEL RTN 7 575V FLS-1 FUEL LEVEL + 8 523R OTS-2 OIL TEMPERATURE RTN 9 523V OTS-1 OIL TEMPERATURE + 10 11 R15B 256 R81A-3 ES1 RB1A-5 OVER SPEED WATCHDOG FUEL RELAY 12 0 GND NOTE 1 14 811 MOD-3 MODEM DATA CARRIER DETECT 15 68V WTS-1 COOLANT TEMP + 16 17 803 766R BCH GA-2 BAT CHARGER CURRENT THROTTLE POS RTN 18 766V GA-1 hiROTTLE POS + 19 69R OPS1-3 OIL PRESS RTN 20 69V OPS1-2 OIL PRESS + 23 S6A RB1A-6 STARTER RELAY 24 0 MPU1-2 MPU1 SIGNAL - 25 79 MPU1-3 MPU1 SIGNAL + 26 29 812 573R MOD-4 WLS-2 MODEM ENABLE COOLANT LVL RTN 30 573V WLS-1 COOLANT LVL + 31 68R WTS-2 COOLANT TEMP RTN 32 809 MOD-1 MODEM 12V POWER 33 34 769 445 GD-12 RB1A-2 hiROTTLE PWM ALARM RELAY 35 i5B F2 NOTE 6 1 4 0 14 GND R81-7 NOTE 1 NOTE 3 8 771 GA1-1 THROTTLE DRIVE LO 9 770 GAi-4 THROTTLE DRIVE HI 10 12 0 769 GND J1-33 NOTE 1 THROTTLE PWM 1 2 391 388 CUST CON COM-3 RS485- XFER SW RS232 TX GENLINK 3 4 D13 183 CUST CON CUST CON SPARE IN 3 LINE PWR REMOTE START 5 174 SW1 AUTO START 6 7 224 227 IFT IFT V SENSE GEN A PH V SENSE RTN 8 403 AVR-6 AVR GATE TRIGGER B 9 10 399C 398C ITS ITS GEN C PH CURRENT GEN C PH CURRENT - + 11 12 399A 398A CT1 CT1 GEN A PH CURRENT GEN A PH CURRENT - + 13 390 CUST CON RS485+ XFER SW 14 387 COM-2 RS232 RX GENLINK 15 56] LID LEAK DETECTOR 16 R15 ES1 EMERGENCY STOP 1] 19 226 405 IFT AVR-11 V SENSE GEN C PH AVR GROUND 20 404 AVR-7 AVR GATE TRIGGER A 21 OCS RB3A-6 SPARE OUTPUT 4 22 OC6 RB3A-3 SPARE OUTPUT 2 23 24 005 SHLD RB3A-2 CUST CON SPARE OUTPUT 1 RS485 DRAIN %FER SW 25 389 COM-5 RS232 COM GENLINK 26 D14 CUST CON SPARE IN 4 GEN PWR 27 505 BCH BAT CHARGER FAIL 28 175 SW7 MANUAL START 29 225 IFT V SENSE GEN B PH 30 31 406 194 AVR-10 AVR-2 AVR ZERO CROSSING I P AVR +12VDC 33 OC7 RB3A-5 SPARE OUTPUT 3 34 399B ITS GEN B PH GROUP G --------------------------------------------------------------- OPTIONAL HEATER I CUSTOMER WIRING INTERFACE DETAILS L INCLUDED ON ALL 3R ENCLOSURES SEE PAGE 3 HR1 s726 I ' 1. sK 2 I HR2 N^' Vf�IN^"00�mM011]vC9N�" I 7C�N- CICU- I I I 873E ' I .y.a I I I I I M-) I I I I I ODODmODODOD06060D I I I I I I I I o nLoLn ........ 1. SK 7� 0DOD000DOD.+.+...........-- NNNN ....... B74B 1+ 7�7�7111111t11 III oxafozUofoUzzoEzzoOUfU� I+-- gQln------------- aaaf z I I I QQ zozoz Ut- U MM U U to mot- Uz wwaa ..• I-t- xxww I I I v to Cu 399d n n n fU 0:900mHJJI- FN1--gat-s o»>w V woo. IAtn as i CDOD CD 0D CD I 398C� I v1-vt-t- r_o oaQ� aavwa ou omom WC30 QQ Inva L.Ll< oo CDOW w ww Vmm I I 399BI I 0 0 aaa a a r I 398BI I ERRITE BEAD ASSY TX SWITCH CONTROL _ — — — — — — J 399A� PN.A0000347311 HTR PWR L1 J23-1 873 398A1 HTR PWR L2 J23-2 HTHTRWCOIL+ I J23-4 875 I HTR COIL- J23-5 876 I J5-1-PS JUMPER 1-A Pgg11IJ2-4 HTR PWR L1 J24-1 HTR PWR L2 J24-2 QQPU PODU uo% m rao) Cl) r�i ri I PS2J5-2-PS JUMPER 2-A J5-3-N/C HTR PWR NEU J24-3cr) HTR COIL+ J24-4 OA J5-4-N/C PS3J5-5-PS JUMPER 1-B HTR COIL- J24-5 1471 1481 PS4J5-6-PS JUMPER 2-B CURRENT XFMR A+ J7-1 398A I I J6-1-PS JUMPER 1-A J6-2-PS JUMPER 2-A CURRENT XFMR B+ J7-3 CURRENT XFRR B- J7-4 398B 339gg SIC SIBI EiSIA1 I J6-4-N/C CURRENT XFMR C+ J7-5 CURRENT XFMR C- J7-6 398C 399C 1 J6-5-PS JUMPER 1-B J6-6-PS JUMPER 2-B CURRENT XFMR N+ J7-7 n ao a as L) I Q a I CURRENT XFMR N- J7-8 v v c c y y y 1 I I PSlJI-1 PS JUMPER I -A SRC 1 NEUTRAL J4-1 SRC 1 PHASE A J4-2 SIN S1A I PS2J1-2 PS JUMPER 2-A PS3J1-3 PS JUMPER 1-B SRC 1 PHASE B J4-3 SIB S4J1-4 PS JUMPER 2-B SRC 1 PHASE C J4-4 SRC 2 NEUTRAL J4-5 SIC S2N I J1-5 SRC 2 PHASE A J4-6 S2A J1-7 SRC 2 PHASE B J4-7 S2B J1-8 SRC 2 PHASE C J4-8 S2C J2-1 LOAD PHASE A J22-1 868J2-3 CONTR MTR 1+ LOAD PHASE B J22-3 LIA 16 8681 CONTR MTR 2+ J22-4 1 869 J2-5 CONTR MTR I- J2-6 HORN+ J26-1 I I J2-7 CONTR MTR 2- HORN- J26-2 J2-8 148 J20-2 J20-3 8691 J20-4 I 1 1 J20-6 0A ,11 J 19-2 CiOD OD 1 cvlovlrnonaD I J 19-4 i.I yyyl �.I wwcuwwwww nnnnnnnn J19-5 z z N N N Cb 0 N to J J 00N CD OD I I s69 I I 1 868 I S2AI ----------------- S2B1 OPTIONAL S2C1 I I/O MODULE OUT4 NC J1-12 L1A� OOUT4CNO JI-10 LIB I J2-8 CUT3 NC J1-9 J2-70UT3 COM J1-8 J2-6 OUT3 NO J1-7 I J2-5 OUT2 NC J1-6 J2-40UT2 COM J1-5 SIN J2-3 OUT2 NO JI-4 J2-2 OUTI NC J1-3 S2N1 cam JI-1 1 I HARNESS TX J3-6 IN 1 > J3-5 IN 2 J4-1 MAIN TO OPTI❑N J3-4 IN 3 J4-3 J3-3 IN 4 PN.A0000415674 J3-1 12V PSM J4-5 J4-6 PAGE 1 1 ------------------ —j WIRING - DIAGRAM REVISION: A TX CONTROL TRANSFER SW DATE: 1/29/20 11 /15/21 PAGE 1 OF 2 DRAWL?3kt66&347534 GROUP G -----------------------------------------------------------_---, f FP CIR UITI BREAKER 11 SERVICE ENTRANCE Y II I I II o II I I ti � I 11 1 �— -----— — — — 399C 399C OPT- 398C 398C CT3 — I III cur III I� I I I 1399B 399B 1 CT2 I I II 1398B 39BB 1399A 399A I I II 398A 398A 1 CTI I I II BOA OA OA I 1 I BOA OA OA I 1 I 1 147 147 147 II 1 148 146 148- - - - - - - - - - - - - — — S1C S1C SIB SIB 1 S1A S1A N I S1A S1B S1C x X I O O O Q Q j NC NC j N❑ N❑ j s6s-< A T S C❑M C❑M I I M1 I I 1 869� I I I F70 0 0 NC NC I N❑ N❑ I 1 0 NO � c� SH S2Cz�z C❑MC❑M 1 O O O CUST❑MER L1A LIB L1C AUXILIARY CONTACTS S2A S2A S2B S2B S2C S2C L1A L1A JUMPER I L1B LIB SERVICE ENTRANCEONLY I I I I SIN SIN S2N S2N I I I I 00 0 0000 I i I NEUTRAL BAR GND PAGE 2 L--------------------------------------------------------------- WIRING - DIAGRAM REVISION: A TX CONTROL TRANSFER SW DATE:1/29/20 11 /15/21 PAGE2 OF 2 DRAW000347534 GROUP G F---------------------------------------------------------------1 1 I SIGNAL BEFORE TRANSFER 2 I I I I I SIGNAL I BEFORE TRANSFER 1 I I I I I 2-WIRE I START I I I I I PROGRAM I OUT 1 I I I I I I I I FAULT 1 1 I I I I I I I I 11 Ii I I CU B' 11111wi AA I I 1A I I I m 0i I ";I- ('') 01 0 ()N OO I�- �D U) d CY) cu —1 CY) 0i I I I ��•--��''� I I I I I I I I I I I I I I I I I I M I I I I 1 00 co OD OD OD OD co co co LnLnLnU7 CbCbC000oc) CUCUCUCU I I 1 I — I I I I I uZEDUzoUzU I+ I+ AQA I 1 �I- ozozozozzozzo"-, AAzz z I I I 1 QQ zozoz U�-- u UZ LL1LL1Q� Q� L3 I 1 mPCI u u DI— 1-- I-- ==wW I I I I I N ooF--JJH 0(/)o-0- .--,LnLn 1 oDDDJ AA I C00 I 1 Pq-tP4q- oLD LL-LL.Q oo 000 1 I CAW(%oA cl�OL3 LL- I 1 1 I I � 1 I 1 1 I 1 I 1 ASSY TX SWITCH CONTROL 1 1 I 1 I 1 1 1 1 I 1 PAGE 3 1 L-------------------------------------------------------------- J WIRING - DIAGRAM REVISION: A TX CONTROL TRANSFER SW DATE: Ing 20 11 /15/21 PAGE 1 OF 2 DRAWN1W.4,0000347534 GROUP G --------------------------------------------------------------- CUSTOMER CONNECTION 1 1 - UTILITY - 1 _ _ _ _ --------------- OPTIONAL I ICIRCUIT BREAKER 1 1 ISERVICE ENTRANCE (ONLY I I I 1 2 N3 1 I 1 I I — — — — — — — — — — — -- --- I I I I I I NOTE: I I I I ALL CONTACTS SHOWN WITH I I TRANSFER SWITCH IN UTILITY I I P❑SITI❑N. I I I 1 1 147 1 148 1 I OA I I OA I S1A 1 s1B 1 s1C 1 I TN ❑ N❑ SW3 SW4 s1A s16 s1c I 1 I ZZ ZZ I Ll SW2 SW 11 I 31 I 31 I L16 I I C❑M I I C❑M I I I I t—� I SlAl s1B1 AUTOMATIC I I I I I —sic, S2N TRANSFER I I I I I S2B1 SWITCH I I I I I I I — s2cl I r------� L J L J ------ -- I I I L191 I M1 I C I I I I S2 S26 S2C I I I I I I NC OM NO NC COM NO ¢ Q 00 rl 1 00 rl I TDN I , P L41m4�_j 1471 I rn 1 ONLY 1 s1 S2 I 148 Co 11---- Co 00J NB CUSTOMER AUXILIARY I I I SAI CONTACTS I I S1N S1N I S2NL S2N_ I S2A I I I 1 ® TS2B F-—— — — — — — — r �X1. S2C -- 1 1 399C l® G N D IOPTIONAL CT IX 398C1 I CTs ITO BE WIRED TO I I ® (LOAD SIDE CT2 I 399B1 I 1 I 398B1 ® l X1• I 399AI SIN AND S2N ® VJUMPER I CT1 I 398A1 CONNECTION ----------------� I FOR 2 AND ® 1 3 POLE I SWITCH ONLY 1 I SEE SHEET 4 I 1 FOR 4 POLE SERVICE I CONNECTION ENTRANCE I ONLY I I 8711 I 8701 1 8691 1 8681 1 PAGE 1 1 SCHEMATIC - DIAGRAM REVISION: CN-0040082D TX CONTROL TRANSFER SW DATE: 8i17i18/15/21 PAGE I of 4 DRAWU 9! �144b00347533 GROUP G ---------------------------------------------------------------1 IF AN EXTERNAL 12/24V POWER SUPPLY IS PROVIDED, THE JUMPER BETWEEN J29 AND J3-2 IS TO BE REMOVED AND DISCARDED.I THIS EXTERNAL POWER SUPPLY MUST BE CHASSIS GROUNDED. I I THE LOCAL CHASSIS GROUND WIRE MUST BE RE -ATTACHED TO J29. I I I I -"fUM I I I -I NI MI 't -I NMtf1'01'CID0I'0----"N-M--a N 1) I I NNNIN000I00I00I00I00I00I00000 CC0o000OOCO I I I I I I I POaI q + I+ I UmUOfUOfOI I I I I I 17!7!M + I I I I I �H I I Z ffgq �OZZOZZOZUfOfO -"-�to QY�WW ZU �H U HU ZOZOZ QQ I I I WWmm HH H7 0 U U POW on-0-0_VIVi HJJHDOVI3Vi Woo I qq J»:)O -+ (U 3N3 _CuF__ vvin QQ 7000 N0CD OO QL-I- 0' ON N=_v 00 P4vP4 G N D v L wMOM_v 000C V)0040 a a J29 I ASSY TX SWITCH CONTROL I Ir----------------- --------7 ------- I I OPTIONAL HEATER J23-1 I r FOR PROPER �I INCLUDED ON ALL J23-3480V HEATER I I VOLTAGE I I 3R ENCLOSURES J23-4 CONTROL I I CONNECTION I I I I J23-5 I i SEE SHEET 3 FOR PROPER VOLTAGE J24-1 I 240V HEATER I J5-1 I I I CONNECTION J24-3 I CONTROL J5-2 I 480V GRD-Y J5-3 I I I SEE SHEET 3 J24-4 J24-5 I CONTROL J5-5 I -------- -----_J I I J7-1 CURRENT XFMR D- I J5-6 II J7-2 CURRENT XFMR D+ I J6-2 I 399C J7-3 CURRENT XFMR C- I 480V DELTA II I 398C 399E J7-4 CURRENT XFMR C+ J7-5 CURRENT XFMR B- I 208/240V J6-3 398E J7-6 CURRENT XFMR B+ CONTROL J6-4 I I II I 399A J7-7 CURRENT XFMR A- - J65 398A J7-8 CURRENT XFMR A+ I II I I II S1N IS1A S1N J4-1 SRC 1 NEUTRAL I _ II S1A S16 J4-2 SRC 1 PHASE A J4-3 SRC 1 PHASE B I J1-2 II IS1B S1C IS2N S1C J4-4 SRC 1 PHASE C JI-3 I J1-4 II IS2A S2N S2A J4-5 SRC 2 NEUTRAL J4-7 SRC 2 PHASE A L - - - - - - - - -------J I IS2C I S2C J4-8 SRC 2 PHASE C III L1A 11A J22-1 LOAD PHASE A J2-1 L16 J22-2 LOAD PHASE B CONTR MTR 1+ 868 IL1B J2-3 I TDN SOLENOID J2-4 870 J26-1 HORN + CONTR MTR 1- J2-5 869I I J26-2 HORN - TDN SOLENOID J2-7 871 IIIIIII I147 147 J20-1 J2-8 14 J20-2 CONTACTOR I148 J20-4POSITIONI J20- IOA OA J206INPUTS - J19-1 J19-2 U 0) 00 U m O1 m a a 00 01 00 FACTORY USE ONLY J19-3 CNOIN�NOINn J19 M(UMMMMMM III OP—— I— -----1 III IIII - NNNNi 399C J1-12 I/O MODULE I398C Ji-11 J1-10 I 3996 J1-9 J2-8 7 J2I J1--6 I399A J14 -J2-3 J1-2 I I398A I I J22-1 J1-I I r"��ARNESS J4-1 J3-6J4-2 J3-4 TX MAIN TO ❑PTI❑N j J4-4 J3-2 I PN.A0000415674 I I J4-4-5 6 J3-1 I I I IL I I - - - - - - - - - - - - - - - - - I 1871 871 I 1870 87o I 1869 869 I 1868 868 I PAGE-2 I SCHEMATIC - DIAGRAM REVISION: CN-0040082D TX CONTROL TRANSFER SW DATE: 8/17/16/15/21 PAGE 2 OF 4 DRAF%W?§ 9! XWO0347533 GROUP G r 480V I GRD-Y CONTROL I I F I I PN,A000 7311 J5-1 PS1 PS2 480V GRD—Y J5-2 CONTROL J _5 PS3 J5-6 PS4 I J6-1 J6-2 08 V I CROLL J6-4 J6-5 J6-6 I JI-2 PS2 I J1-3 PS3 I JI-4 PS4 208/240V CONTROL I I I J5-1 J5-2 480V GRD—Y J5-3 I CONTROL J5-4 FFERRITE BEAD J5-5 PN,A0000347311 J6-1 PS1 J6-2 PS2 I 208/240V J6-3 CONTROL J6-5 PS3 I J6-6 PS4 I I I JI-2 PS2 J1-3f� PS3 JI-4 PS4—5 I 480V 3 WIRE C❑NNECTI❑N WITH TRANSFORMERS F4 J5-1 PS1A 480V GRD—Y J5-3 — — PS2 — —' — — CONTROL J5-5 I L:AJII J5-6 I XMFR 1 480V 3 WIRE J6-2 PS2 FI I OR 208/240V J6-3 I I CONTROL J6-4 J6-5 PS3 I X2 NSA N//A 1 J6-6 PS4 F5 I, kq I r TlUIIIIRI: fLc3 i I 480V HEATER CONTROL OPTIONAL HEATER INCLUDED ON ALL 3R ENCLOSURES HR1 ,\/v�1872B� HR F1 �872A 1. 5K R 480V HR2 8 872 J23-1 L1 �A/-873B� L-873 873 J23-2 L2 ,/ 1. SK 1 5 874 J23-3 NEU R F3 875 J23-4 COIL 9 876 J23-5 COIL 8746 874A 6 208/240V J24-1 L1 J24-2 L2 A B 4 J24-3 NEU HR J24-4 COIL J24-5 COIL 1 N%A H2 H3 8 I XMFR 2 277V 2 N/A N/A 1 • e — — — — — — — — --J 208/240V HEATER CONTROL OPTIONAL HEATER INCLUDED ON ALL 3R ENCLOSURES HR1 7 R FI 2 1 872B� �872A 480V 1HR2 HR J23-1 L1 F2 J23-2 L2 873B� �873A J23-3 NEU I 21. 5K 1 5 J23-4 COIL + I HR F3 J23-5 COIL — J 208/240V 8748 16 874A 872 J24-1 L1 873 J24-2 L2 I 874 J24-3 NEU 875 J24-4 COIL + I r876 J24-5 COIL — I A HR B I I PAGE -------------------------3� SCHEMATIC - DIAGRAM REVISION: CN-0040082D TX CONTROL TRANSFER SW DATE: 8/17/16/15/21 PAGE 3 OF 4 DRAF%W?fr 9! XC6%00347533 GENERAC I INDUSTRIAL POWER ENERGY SYSTEMS H-PANEL CONTROL INTERCONNECTIONS Notes: TB4 Note 2 1. Spare Outputs are Standard on Industrial Product Only. o 0 GenLink Required for Programming. Contacts Rated at 1 5A at 30VAC/3OVDC 2 3® i 2. TB4 Max Wire Size: #10 AWG, 4 ® a Recommended Tightening Torque: 14 LB -IN 5® Uti (® 3. TB1, TB2, TB9 & RB3 Max Wire Size: #14 AWG, N�a Recommended Tightening Torque: 12 LB -IN e® �o U W N 4. Connect the RS-485 Overall Shield at Genset 9 ® �10® J � U o� W Connection Terminal Only �u¢ 11® E o 5. 2 Wire Start Terminals (J-18-8 & J-18-9) Located Behind I2® A Front of ATS Controller Cover I 13® I l a® o — 40 ❑ RB3a ❑ a o � m n . Vl Y � N z W p a W p z W p a W p Note 3 IW IIW IIW IIW I T131[ AUX 4 AUX 3 AUX 2 AUX I Spare Outputs Notes 1 & 3 Low Voltage Connection Panel AUX CONTACTS NI N2 N3 TI T2 T3 E1 E2 E3 Note 5 L--J�-J START TX Series Transfer Switch FROM Comm REMOTE ATS PORT START GE�-LINE POWER POWER = m m 120/240 VAC GND Utility Supply u ter L1 Ratings /mponent GND L2d oltage High Voltage Connection Panel e ■MEEME RS485+ Q RS485- B RS485 (SHLD) B B Note 4 DC SUPPLY + B DC SUPPLY - B 21 Light Remote Annunciator or Remote Relay Panel ENGINE FUSED GND RUN DC N D N N NO O N - 000000m m V N N A W N REMOTE E-STOP I Remote Emergency Stop Switch Generac PoAr I&AW, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 78 Ra tM00191120SSD P: (262) 544-4811 © 2019 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. E 11/19/19 Emissions Data 11/15/21 Page 79 of 100 11/15/21 Page 80 of 100 GENERAC' I INDUSTRIAL ruvv=rc LEVEL 2 ACOUSTIC ENCLOSURE SD80 4.5L IVECO 90 88 86 84 82 80 aJ 78 76 74 72 70 68 66 64 62 60 Right Pos 4 Back Pos 1 Pos 3 Front Measured Sound Levels - 60 Hz Left Pos 2 74.2 Avg. 71.7 dBA 71.0 71.2 70.4 1 2 Position Number 3 Actual Average 4 Notes: 1. All positions 23 ft (7M) from side faces of generator set. 2. Generator operating at full load. 3. Test conducted on a 100 foot diameter asphault surface. 4. Non -enclosed sets do not include exhaust sound during testing. Generac PovAf19J` a4, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 81 ®firIOD0184830SSD P: (262) 544-4811 © 2015 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. B 05/18/15 GENERAC'° INDUSTRIAL POWER STATEMENT OF EXHAUST EMISSIONS 2021 FPT Diesel Fueled Generator The measured emissions values provided here are proprietary to Generac and it's authorized dealers. This information may only be disseminated upon request to regulatory governmental bodies for emissions permitting purposes or to specifying organizations as submittal data when expressly required by project specifications, and shall remain confidential and not open to public viewing. This information is not intended for compilation or sales purposes and may not be used as such, nor may it be reproduced without the expressed written permission of Generac Power Systems, Inc.. The data provided shall not be meant to include information made public by Generac. Generator Model: kW, Rating: Engine Family: Engine Model: Rated Engine Power (BHP)* Fuel Consumption (gal/hr)*: Aspiration: Rated RPM: SDO80 80 MFPXL06.7DGB F4GE9485A*J 131 6.84 Turbocharged/Aftercooler 1,800 EPA Certificate Number: CARB Certificate Number: SCAQMD CEP Number: Emission Standard Category: Certification Type: *Engine power and fuel consumption are declared by the engine manufacturer of record and the U.S EPA. MFPXL06.7DGB-003 Not Applicable 511714 Tier 3 Stationary Emergency CI (40 CFR Part 60 Subpart IIII) EMISSIONS BASED ON ENGINE POWER OF SPECIFIC ENGINE MODEL These Values Are Actual Composite Weighted Exhaust Emissions Results Over the EPA 5-Mode Test Cycle CO NOx + NMHC PM 0.8 � 3.78 � LO.12 0.16 Grams/kW-hr 0.6 2.82 Grams/bhp-hr • The stated values are actual exhaust emission test measurements obtained from an engine representative of the type described above. • Values based on 5-Mode testing are official data of record as submitted to regulatory agencies for certification purposes. Testing was conducted in accordance with prevailing EPA protocol, which is typically accepted by SCAQMD and other regional authorities. • No emissions values provided above are to be construed as guarantees of emission levels for any given Generac generator unit. • Generac Power Systems, Inc. reserves the right to revise this information without prior notice. • Consult state and local regulatory agencies for specific permitting requirements. • The emission performance data supplied by the equipment manufacturer is only one element required toward completion of the permitting and installation process. State and local regulations may vary on a case -by -case basis and local agencies must be consulted by the permit application/ equipment owner prior to equipment purchase or installation. The data supplied herein by Generac Power Systems Inc. cannot be construed as a guarantee of installability of the generating set. Generac Pov4d$J&(bJ, Inc. I P0. Box 8 1 Waukesha, WI 53187 Page 82Potft M(DaO001316722 P: (262) 544-4811 © 2021 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. B 4/9/21 Certifications 11/15/21 Page 83 of 100 11/15/21 Page 84 of 100 GENE RAC®I INDUSTRIAL AM POWER Certification of Quality Generac Power Systems certifies that the products we manufacture have been built and tested in accordance with strict internal and external standards for quality. Our quality management system has been registered with the internationally recognized ISO 9001:2008 standard and our products comply with external standards that include, but are not limited to, 0SA, NEMA, EGSA, ISO, and UL. The Generac Quality Management System (GQMS) ensures the highest standards of quality at every level of production, from raw materials to the finished product. This includes receiving inspection, in -process checks, product and process audits, testing, final inspections, and shipping standards. Tests of our products are performed in accordance with our internal procedures and controlled through the GQMS to ensure accuracy and effectiveness. The testing process and product designs comply with external standards which may include, but are not limited to: ISO 8528-5, ISO 3046, NFPA 99, NFPA 110, BS 5514, SAE J1349, and DIN 6271. Generac Power Systems has over one million square feet of manufacturing space and over 2000 employees dedicated to designing and manufacturing power generation equipment in our multiple State of Wisconsin, USA factories. All of our installed and mobile generators are built with pride by our skilled American workforce to ensure our customers receive the quality that they expect from Generac. We are committed to producing quality products for both our internal and external customers. We will continuously improve our processes and diligently measure all aspects of our business. Daniel Waschow Vice President of Quality Generac Power Systems, Inc. Waukesha, Wisconsin USA Generac PovAI'flSgM24, Inc. I P.O. Box 8 1 Waukesha, WI 53187 Page 85 Edrd*00184520SSD P: (262) 544-4811 © 2015 Generac Power Systems, Inc. All rights reserved. All specifications are subject to change without notice. Rev. B 03/01/12 Generac Power Systems 2 Year (2C) Extended Limited Warranty for Industrial Standby Generators For the period of warranty noted below, which begins upon the successful start-up and/or on-line activation of the unit, Generac Power Systems, Inc. "Generac" warrants that its Generator will be free from defects in material and workmanship for the items and period set forth below. Generac will, at its discretion, repair or replace any part(s) which, upon evaluation, inspection and testing by Generac or an Independent Authorized Service Dealer, is found to be defective. Any equipment that the purchaser/owner claims to be defective must be evaluated by the nearest Independent Authorized Service Dealer. Emissions components are excluded from coverage under this extended warranty. Emissions warranty coverage is detailed in a separate emissions warranty. Warranty Coverage: Warranty coverage period is for Two (2) years or two -thousand (2,000) hours, whichever occurs first. Warranty Coverage in Year(s) 1-2 Parts, Labor and Limited Travel Limited Gearbox Coverage: Year(s): 1-5 Coverage Year(s): 6-10 Coverage Limited Parts and Labor Limited Parts Only Guidelines: 1. Unit must be registered and proof of purchase available. 7. Warranty only applies to permanently wired and mounted units. 2. Any and all warranty repairs and/or concerns must be performed 8. Damage to any covered components or consequential damages and/or addressed by an Independent Authorized Service caused by the use of a non -OEM part will not be covered by the Dealer, or branch thereof. Repairs or diagnostics performed by warranty. individuals other than an Independent Authorized Service 9. Proof of performance of all required maintenance must be Dealer not authorized in writing by Generac will not be covered. available. 3. This Warranty is transferable between ownership of original 10. Travel allowance is limited to 300 miles maximum and seven install site. and one half (7.5) hours maximum (per occurrence, whichever 4. Generac supplied engine coolant heaters (block -heaters), is less) round trip from the nearest Independent Authorized heater controls and circulating pumps are only covered during Service Dealer. Any additional travel required will not be the first year of the warranty provision. covered. 5. Generac may choose to repair, replace or refund a piece of 11. Engines, driven components and fuel tanks used in Generac's equipment in its sole discretion. standby power products system can carry a separate 6. Enclosures are warranted against rust for the first year of manufacturer's (OEM) warranty (the "OEM Warranties'), unless ownership only. Damage caused after receipt of generator is the otherwise expressly stated. OEM Warranties are in addition to responsibility of the owner and is not covered by this warranty. this Warranty. All warranty claims for defects in material and/or Nicks, scrapes, dents or scratches to the painted enclosure workmanship on Generac product OEM components, may be should be repaired promptly by the owner. directed through the OEM distributor/dealer network. OEM Warranties may vary and are subject to change. Generac shall have no liability under OEM warranties. The following will NOT be covered by this warranty: 1. Costs of normal maintenance (i.e. tune-ups, associated part(s), 8. Products that are modified or altered in a manner not authorized adjustments, loose/leaking clamps, installation and start-up). by Generac in writing. 2. Damage/failures to the generator caused by accidents, 9. Starting batteries, fuses, light bulbs, engine fluids and any shipping, handling, or improper storage. related labor. 3. Damage/failures caused by operation with improper fuels, 10. Steel enclosures that rust as a result of improper installation, speeds, loads or installations other than what's recommended location in a harsh or salt water environment, or are scratched or specified by Generac Power Systems. where the integrity of applied paint is compromised. 4. Damage to the generator due to the use of non-Generac parts 11. Units sold, rated or used for "Prime Power", "Trailer Mounted" or and/or equipment, contaminated fuels, oils, coolants/antifreeze "Rental Unit" applications as defined by Generac. Contact an or lack of proper fuels, oil or coolants/antifreeze. Independent Authorized Service Dealer for definitions. 5. Failures due to normal wear and tear, accident, misuse, abuse, 12. Shipping costs associated with expedited shipping. neglect, improper installation, improper sizing, or rodent, reptile, 13. Additional costs for overtime, holiday or emergency labor costs and/or insect infestation. for repairs outside of normal business hours. 6. Rental equipment used while warranty repairs are being 14. Any incidental, consequential or indirect damages caused by performed and/or any extraordinary equipment used for removal defects in materials or workmanship, or any delay in repair or and/or reinstallation of generator (i.e. cranes, hoists, lifts, et. al.). replacement of the defective part(s). 7. Planes, ferries, railroad, buses, helicopters, snowmobiles, snow- 15. Failures caused by any act of God or external cause including cats, off -road vehicles or any other mode of transport deemed without limitation, fire, theft, freezing, war, lightning, earthquake, not standard by Generac. windstorm, hail, water, tornado, hurricane, or any other matters which are reasonably beyond the manufacturer's control. THIS WARRANTY SUPERSEDES ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED. SPECIFICALLY, GENERAC MAKES NO OTHER WARRANTIES AS TO THE MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. ANY IMPLIED WARRANTIES WHICH ARE ALLOWED BY LAW, SHALL BE LIMITED IN DURATION TO THE TERMS OF THE EXPRESS WARRANTY PROVIDED HEREIN. SOME JURISDICTIONS DO NOT ALLOW LIMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS, SO THE ABOVE LIMITATION MAY NOT APPLY TO YOU. GENERAC'S ONLY LIABILITY SHALL BE THE REPAIR OR REPLACEMENT OF PART(S) AS STATED ABOVE. IN NO EVENT SHALL GENERAC BE LIABLE FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES, EVEN IF SUCH DAMAGES ARE A DIRECT RESULT OF GENERAC'S NEGLIGENCE. SOME JURISDICTIONS DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, SO THE ABOVE LIMITATION MAY NOT APPLY TO YOU. THIS WARRANTY GIVES YOU SPECIFIC LEGAL RIGHTS. YOU ALSO HAVE OTHER RIGHTS UNDER APPLICABLE LAW. FOR AUSTRALIA ONLY: Our goods come with guarantees that cannot be excluded under the Australian Consumer Law. You are entitled to a replacement or refund for a major failure and for compensation for any other reasonably foreseeable loss or damage. You are also entitled to have the goods repaired or replaced if the goods fail to be of acceptable quality and the failure does not amount to a major failure. FOR NEW ZEALAND ONLY: Nothing in this warranty statement excludes, restricts or modifies any condition, warranty right or remedy which pursuant to the New Zealand Legislation (Commonwealth or State) including the Fair Trading Practices Act of 1986 or the Consumer Guarantees Act 1993 ("CGA") applies to this limited warranty and may not be so excluded, restricted or modified. Nothing in this statement is intended to have the effect of contracting out of the provisions of the CGA, except to the extent permitted by that Act, and these terms are to be modified to the extent necessary to give effect to that intention. If you acquire goods from Generac Power Systems or any of its authorized resellers and distributors for the purposes of a business, then pursuant to section 43(2) of the CGA, it is agreed that the provisions of the CGA do not apply. GENERAC POWER SYSTEMS, INC. • P.O. BOX 8 • Waukesha, WI, USA 53187 Ph: (888) GENERAC (436-3722) • Fax: (262) 544-4851 To locate the nearest Independent Authorized Service Dealer and to download schematics, exploded views and parts lists visit our website: www.generac.com Part No. OJ4299 Revision J (2/16) 11/15/21 Page 86 of 100 Generac Power Systems 2 Year (2C) Extended Limited Warranty for Industrial Transfer Switch Systems For the period of warranty noted below, which begins upon the successful start-up and/or on-line activation/registration of the unit, Generac Power Systems, Inc. "Generac" warrants that its transfer switch will be free from defects in material and workmanship for the items and period set forth below. Generac will, at its discretion, repair or replace any part(s) which, upon evaluation, inspection and testing by Generac or an Independent Authorized Service Dealer, is found to be defective. Any equipment that the purchaser/owner claims to be defective must be evaluated by the nearest Independent Authorized Service Dealer. Warranty Coverage in Year(s) 1-2 Parts, Labor and Limited Travel Guidelines: 1. Unit must be registered and proof of purchase available. 6. Enclosures are warranted for the first year of ownership only. 2. Any and all warranty repairs and/or concerns must be performed Damage caused after receipt of generator is the responsibility of and/or addressed by an Independent Authorized Service the owner and is not covered by this warranty. Nicks, scrapes, Dealer, or branch thereof. Repairs or diagnostics performed by dents or scratches to the painted enclosure should be repaired individuals other than Independent Authorized Service Dealers promptly by the owner. not authorized in writing by Generac will not be covered. 7. Proof of performance of all required maintenance must be 3. Warranty is transferable between ownership of original available. installation site. 8. Travel allowance is limited to 300 miles maximum or seven and 4. Generac may choose to repair, replace or refund a piece of one half (7.5) hours maximum (per occurrence, whichever is equipment in its sole discretion. less) round trip from the nearest Independent Authorized 5. Warranty only applies to permanently wired and mounted units. Service Dealer. Any additional travel required will not be covered. The following will NOT be covered by this warranty: 1. Costs of normal maintenance (i.e. associated part(s), 10. Steel enclosures that rust as a result of improper installation, adjustments, installation or start-up). location in a harsh or salt water environment, or are scratched 2. Damage to the transfer switch system caused by accidents, where the integrity of applied paint is compromised. shipping, handling or improper storage. 11. Fuses, light bulbs and any related labor. 3. Damage/failures caused by operation with loads or installations 12. Units sold, rated or used for "Prime Power," "Trailer Mounted" or other than what's recommended or specified by Generac. "Rental Unit" applications as defined by Generac. Contact an Unauthorized modification/misapplication will not be warranted Independent Authorized Service Dealer for definitions. unless authorized by Generac in writing. 13. Failures caused by any act of God or external cause including 4. Rental equipment used while warranty repairs are being without limitation, fire, theft, freezing, war, lightning, earthquake, performed and/or any extraordinary equipment used for removal windstorm, hail, water, tornado, hurricane, or any other matters and/or reinstallation of transfer switch (i.e. cranes, hoists, lifts, which are reasonably beyond the manufacturer's control. et. al.). 14. Shipping costs associated with expedited shipping. 5. Planes, ferries, railroad, buses, helicopters, snowmobiles, snow- 15. Any incidental, consequential or indirect damages caused by cats, off -road vehicles or any other mode of transport deemed defects in materials or workmanship, or any delay in repair or not standard by Generac. replacement of the defective part(s). 6. Failures due to normal wear and tear, accident, misuse, abuse, 16. Any unit built/manufactured prior to 2014 models. neglect, improper installation, or improper sizing. 17.Overtime, holiday or emergency labor. 7. Damage to any covered components or consequential damages 18. Living or travel expenses of person(s) performing service, caused by the use of a non -OEM part will not be covered by this except as specifically included within the terms of a specific unit warranty. warranty period. 8. Damage related to rodent, reptile, and/or insect infestation. 9. Repairs or diagnostics performed by individuals other than Independent Authorized Service Dealers not authorized in writing by Generac. THIS WARRANTY SUPERSEDES ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED. SPECIFICALLY, GENERAC MAKES NO OTHER WARRANTIES AS TO MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. ANY IMPLIED WARRANTIES WHICH ARE ALLOWED BY LAW, SHALL BE LIMITED IN DURATION TO THE TERMS OF THE EXPRESS LIMITED WARRANTY PROVIDED HEREIN. SOME JURISDICTIONS DO NOT ALLOW LIMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS, SO THE ABOVE LIMITATION MAY NOT APPLY TO YOU. GENERAC'S ONLY LIABILITY SHALL BE THE REPAIR OR REPLACEMENT OF PART(S) AS STATED ABOVE. IN NO EVENT SHALL GENERAC BE LIABLE FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES, EVEN IF SUCH DAMAGES ARE A DIRECT RESULT OF GENERAC'S NEGLIGENCE. SOME JURISDICTIONS DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, SO THE ABOVE LIMITATION MAY NOT APPLY TO YOU. THIS WARRANTY GIVES YOU SPECIFIC LEGAL RIGHTS. YOU COULD ALSO HAVE OTHER RIGHTS UNDER APPLICABLE LAW. FOR AUSTRALIA ONLY: Our goods come with guarantees that cannot be excluded under the Australian Consumer Law. You are entitled to a replacement or refund for a major failure and for compensation for any other reasonably foreseeable loss or damage. You are also entitled to have the goods repaired or replaced if the goods fail to be of acceptable quality and the failure does not amount to a major failure. FOR NEW ZEALAND ONLY: Nothing in this warranty statement excludes, restricts or modifies any condition, warranty right or remedy which pursuant to the New Zealand Legislation (Commonwealth or State) including the Fair Trading Practices Act of 1986 or the Consumer Guarantees Act 1993 ("CGA") applies to this limited warranty and may not be so excluded, restricted or modified. Nothing in this statement is intended to have the effect of contracting out of the provisions of the CGA, except to the extent permitted by that Act, and these terms are to be modified to the extent necessary to give effect to that intention. If you acquire goods from Generac Power Systems or any of its authorized resellers and distributors for the purposes of a business, then pursuant to section 43(2) of the CGA, it is agreed that the provisions of the CGA do not apply. GENERAC POWER SYSTEMS, INC. • P.O. BOX 8 • Waukesha, WI, USA 53187 Ph: (888) GENERAC (436-3722) • Fax: (262) 544-4851 To locate the nearest Independent Authorized Service Dealer and to download schematics, exploded views and parts lists visit our website: www.generac.com Part No. OJ4303 Revision E (4/21) 11/15/21 Page 87 of 100 CERTIFICATE This is to certify that Generac Power Systems, Inc. S45 W29290 Hwy. 59 Waukesha, WI 53189 United States of America with the organizational units/sites as listed in the annex has implemented and maintains a Quality Management System. Scope: Design, Manufacture, and Distribution of Power Products and Solutions. Through an audit, documented in a report, it was verified that the management system fulfills the requirements of the following standard: ISO 9001 : 2015 Certificate registration no. 10012920 QM15 Date of original certification 2013-12-09 Date of revision 2021-06-25 Date of certification 2021-07-16 Valid until 2024-07-15 DQS Inc. Brad McGuire Managing Director � a�u os MUGrri-0r � a � FBI AF:�$ ra�krr�QN A�0.AA� �� Accredited Body: DQS Inc., 1500 McConnor Parkway, Suite 400, Schaumburg, IL 60173 USA 1 / 3 Page 88 of 100 Annex to certificate Registration No. 10012920 QM15 Generac Power Systems, Inc. S45 W29290 Hwy. 59 Waukesha, WI 53189 United States of America Location Scope 10012920 Generac Power Systems, Inc. Design and Support of Power Products and S45 W29290 Hwy. 59 Solutions. Waukesha, WI 53189 United States of America 10012922 Generac Power Systems, Inc. Manufacture and Distribution of Power Products 211 Murphy Dr. and Solutions. Eagle, WI 53119 United States of America 10012923 Generac Power Systems, Inc. Manufacture and Distribution of Power Products 757 N. Newcomb St. and Solutions. Whitewater, WI 53190 United States of America 10012924 Generac Power Systems, Inc. Manufacture of Power Products and Solutions. 900 N. Parkway Jefferson, WI 53549 United States of America 10013528 Generac Power Systems Manufacture and Distribution of Power Products. 3815 Oregon St. Oshkosh, WI 54902 United States of America 10017103 Generac Mobile Manufacture and Distribution of Power Products. 215 Power Drive Berlin, WI 54923 United States of America This annex (edition: 2021-06-25) is only valid in connection with the above -mentioned certificate. 2/3 Page 89 of 100 Annex to certificate Registration No. 10012920 QM15 Generac Power Systems, Inc. S45 W29290 Hwy. 59 Waukesha, WI 53189 United States of America Remote Location 10014175 Generac Power Systems, Inc. 351 Collins Road Jefferson, WI 53549 United States of America 10017439 Generac Mobile 745 E. Knopf St. Berlin, WI 54923 United States of America 10018422 Generac Power Systems, Inc. 303 Venture Court Janesville, WI 53546 United States of America Scope The remote location at Jefferson, WI performs the following primary functions: Parts and Components Receiving, Inventory, Return and Reconditioning of Product, and Distribution to Generac Locations. The remote location at Berlin, WI performs the following primary functions: Warehousing and Shipping. The remote location at Janesville, WI performs the following primary functions: Parts and Components Receiving, Kitting, Warehousing, Inventory, and Distribution to Generac locations. This annex (edition: 2021-06-25) is only valid in connection with the above -mentioned certificate. 3/3 Page 90 of 100 Ja��c srgTFs Q ;z UNITED STATES ENVIRONMENTAL PROTECTION AGENCY OFFICE OF TRANSPORTATION 2021 MODEL YEAR AND AIR QUALITY ao= CERTIFICATE OF CONFORMITY ANN ARBOR, MICHIGAN 48105 qc PR WITH THE CLEAN AIR ACT Certificate Issued To: FPT Industrial S.p.A. Effective Date: Issue Date: (U.S. Manufacturer or Importer) 05/26/2020 . 05/26/2020 Certificate Number: MFPXL06.7DGB-003 Expiration Date: Revision Date: Byron d unker, Division Director 12/31/2021 ompliance Division N/A Model Year: 2021 Mobile/Stationary Indicator: Stationary Manufacturer Type: Original Engine Manufacturer Emissions Power Category: 75<=kW<130 Engine Family: MFPXL06.7DGB Fuel Type: Diesel After Treatment Devices: No After Treatment Devices Installed Non -after Treatment Devices: No Non -After Treatment Devices Installed Pursuant to Section I I I and Section 213 of the Clean Air Act (42 U.S.C. sections 7411 and 7547) and 40 CFR Part 60, and subject to the terms and conditions prescribed in those provisions, this certificate of conformity is hereby issued with respect to the test engines which have been found to conform to applicable requirements and which represent the following engines, by engine family, more fully described in the documentation required by 40 CFR Part 60 and produced in the stated model year. This certificate of conformity covers only those new compression -ignition engines which cohform in all material respects to the design specifications that applied to those engines described in the documentation required by 40 CFR Part 60 and which are produced during the model year stated on this certificate of the said manufacturer, as defined in 40 CFR Part 60. It is a term of this certificate that the manufacturer shall consent to all inspections described in 40 CFR 1068 and authorized in a warrant or court order. Failure to comply with the requirements of such a warrant or court order may lead to revocation or suspension of this certificate for reasons specified in 40 CFR Part 60. It is also a term of this certificate that this certificate may be revoked or suspended or rendered void ab initio for other reasons specified in 40 CFR Part 60. This certificate does not cover engines sold, offered for sale, or introduced, or delivered for introduction, into commerce in the U.S. prior to the effective date of the certificate. The actual engine power may lie outside the limits of the Emissions Power Category shown above. See the certificate application for details. 11/15/21 Page 91 of 100 United States Environmental Protection Agency Warranty Statement (Stationary Emergency Compression -Ignition Generators) Warranty Rights, Obligations and Coverage Your emission -related warranty covers only components whose failure would increase an engine's emissions of any regulated pollutant where they are designed, built, and equipped to be free from defects in materials and workmanship under applicable regulations of sec- tion 213 of the clean air act. To receive information about how to make an emission -related warranty claim, and how to make arrange- ments for authorized repairs call 1-800-333-1322 or www.generac.com. Emission- related warranty claims may be denied without proof of proper maintenance or use, accidents beyond the control of the manufacturer, or act of God. Proper maintenance is specified in the Owner's Manual. Usage is limited to stationary emergency operations and 100 hours per year for maintenance and readiness testing. The warranty period begins when the engine is placed into service. Warranty periods for compression ignition engines greater than 25 horsepower is five years. This warranty is applicable to compression -ignition generator models; equal to and larger than an SD80 starting 1/1/2011, equal to and larger than an SD35 starting 1/1/2012, and all compression -ignition generator models starting 1 /1 /2013. Important Note This warranty statement explains your rights and obligations under the Emission Control System Warranty, which is provided to you by Generac pursuant to federal law. Note that this warranty shall not apply to any incidental, consequential or indirect damages caused by defects in materials or workmanship or any delay in repair or replacement of the defective part(s). This warranty is in place of all other warranties, expressed or implied. Specifically, Generac makes no other warranties as to the merchantability or fitness for a particular purpose. Any implied warranties which are allowed by law, shall be limited in duration to the terms of the express warranty provided herein. Some states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. GENERAL` GENERAC DIESEL & BI-FUEL GENERATORS GENERAC / OLYMPIAN GAS GENERATORS SPECIAL SEISMIC CERTIFICATION Buehler Project No. 2017-0460.00 April 20, 2020 Generac and Olympian Gas Generators and Generac Diesel and Bi-Fuel Generators (listed in Table 1) are seismically certified in accordance with the 2018 International Building Code (IBC), 2019 California Building Code (CBC), and American Society of Civil Engineers (ASCE) Minimum Design Loads for Buildings and Other Structures, ASCE 7-16. This product line is also preapproved in accordance with PIN 55: Office of Statewide Health Planning and Development (OSHPD) Special Seismic Certification Preapproval (OSP-0282-10), dated 04/08/2020. The basis of this seismic certification is through successful tri-axial shake table testing at the US Army Construction Engineering Research Laboratory (Report 2012-0211.00), Curtiss-Wright QualTech NP testing lab (Report Q1218.0 — Rev 2 and amendment dated 09/12/2019), and University of Buffalo testing lab, SEESL (Report No: UB CSEE/SEESL-2019-05 Rev2), and the analytic evaluation by Buehler Engineering, Inc. The shake table testing and operability tests were conducted in accordance with ICC-ES AC 156 (2018). Units are qualified for seismic applications when properly installed utilizing a rigid base mounted configuration, used as intended and located in the United States where the "design 5 percent damped spectral response acceleration at short periods adjusted for site class effects", Sos, is less than or equal to values in Table 1. Below grade, at grade, or above grade installations are permitted and included in this certification. This certification may be valid for additional Sos levels where the height factor, z/h, is less than listed in Table 1. This certification is valid for a component importance factor, IP, of 1.0 or 1.5. For anchorage requirements, refer to the manufacturer supplied installation instructions for seismic applications. Anchorage requirement details such as brand, type, embedment, edge spacing, anchor spacing, support structure strength, special inspection, and attachment to building and non -building structures must be outlined and approved by the Structural Engineer of Record (SEOR) for the project or building. Structural floors and housekeeping pads must also be designed to resist seismic forces and approved by SEOR. The installing contractor is responsible for the proper installation of units, observing and complying with the mounting requirements, and any additional requirements outlined by the SEOR. This certification applies only to the manufacture model numbers noted herein, and further limited to the internal components certified by qualified shake table testing. For additional information, refer to the supplemental analysis report. Submitted: rNo.3937 mScott R. Hooker �"President For Buehler Engineering, Inc. L,•��\� ideas engineered visions realized 11/15/21 Page 93 of 100 GENERAL` Table 1A. Diesel and Bi-Fuel Generator Certified Product Matrix Model Number Kw Rating OPEN SET Unit Dimensions (mm) Operating Weight (Ibs) H W L SD35 35 1147 950 1930 1,850 SD40 40 1147 950 1930 1,850 SD50 50 1147 950 1930 1,850 SD60 60 1250 1016 2360 2,425 SD80 80 1250 1016 2360 2,425 SD100 100 1313 1016 2795 3,545 SD125/130 130 1313 1016 2795 3,545 SD150 1 150 1453 1262 2960 3,980 SD175 175 1453 1262 2960 3,980 SD200 200 1467 1357 3250 4,465 SD230 230 1467 1357 3250 4,465 SD250 250 1467 1357 1 3250 4,465 SD275' 275 1723 1463 3455 5,816 SD300' 1 300 1723 1463 3455 5,816 SD350' 1 350 1723 1463 3455 6,400 1. Available in Prime Modular (MPS) configuration (MD vs SD). See Nomenclature. 2. Available in Bi-Fuel configuration (SIB vs SD). See Nomenclature. SDs=1.50g@z/h=1.0 Fp/Wp=3.38 Sps = 1.60g @ z/h = 0.68 Fp / Wp = 2.83 Sps=1.60g@z/h=0.0 Fp/Wp=1.20 Model STD Enclosure Level 1A Enclosure Level 2A Enclosure Number Kw Rating Unit Dimensions Operating Weight (Ibs) Unit Dimensions Operating Weight (Ibs) Unit Dimensions Operating Weight (Ibs) H I W L H W I L H I W I L SD35 35 1258 965 2409 2,312 1258 965 2857 2,413 1574 965 2409 2,498 SD40 40 1258 965 2409 2,312 1258 965 2857 2,413 1574 965 2409 2,498 SD50 50 1258 965 2409 2,312 1258 965 2857 2,413 1574 965 2409 2,498 SD60 60 1427 1028 2840 2,850 1427 1028 3287 2,875 1742 1028 2840 3,050 SD80 80 1427 1028 2840 2,850 1427 1028 3287 2,875 1742I 1028I 2840I 3,050 SD100 100 1627 1028 3371 4,054 1627 1028 3915 4,295 2054 1028 3671 4,545 SD125/130 130 1627 1028 3371 4,054 1627 1028 3915 4,295 2054 1028 3671 4,545 SD150 150 1732 1280 3633 4,845 1732 1280 4279 5,230 2330 1280 3633 5,430 SD175 175 1732 1280 3633 4,845 1732 1280 4279 5,230 2330 1280 3633 5,430 SD200 200 1770 1371 3923 5,416 1770 1371 4569 5,720 2372 1371 3923 7,200 SD230 230 1770 1371 3923 5,416 1770 1371 4569 5,720 2372 1371 3923 7,200 SD250 250 1770 1371 3923 5,416 1770 1371 4569 5,720 2372 1371 3923 7,200 SD275' 275 1 1977 1463 4439 6,430 1 1977 1463 5084 7,405 2726 1463 4588 8,380 SD300' 300 1977 1463 4439 6,430 1977 1463 5084 1 7,405 2726 1463 4588 8,380 SD350' 1 350 1977 1463 4439 7,109 1977 1463 5084 1 8,084 2726 1463 4588 9,050 1. Available in Prime Modular (MPS) configuration (MD vs SD). See Nomenclature. 2. Available in Bi-Fuel configuration (SB vs SD). See Nomenclature. Operating weight does not include weight of tank and tank contents. 11/15/21 Page 94 of 100 Site Contact: Serial No: Phone: ATS Model: Email: Tank Capacity: Test shall be performed during regular business hours Monday - Friday ❑ Yes Load Bank testing may require an additional 2 to 4 ❑ No UTILITY POWER weeks based upon equipment availibility. ❑ N/A ❑ Yes Verify all connections between Generator/ATS, Generator/Annunciator, ❑ No Generator/Fuel System Stranded wire must be used on all Generator ❑ N/A Installations. No ❑ Yes If applicable - Please verify that you have received & INSTALLED ❑ No ANNUNCIATOR the Remote Annunciator. LABEL ALL CONNECTIONS, ❑ N/A LEAVE CONNECTIONS LOOSE, DO NOT TERMINATE ❑ Yes AC ACCECORIES Provide required power (AC) single 240V 30 amp circuit from the building Battery charger/ load on the emergency side of the of transfer switch. Please label wires. ❑ No DO NOT ENERGIZE CIRCUITS UNITL THE START-UP TECHNICIAN HAS El N/A Block header/Etc COMPLETED START-UP ❑ Yes Lead Acid Batteries only: Batteries will ship with Generator. Unless noted ❑ No on quote. Please verify that you have received all. Ni-Cad Batteries if ❑ N/A applicable, will be shipped to job -site. DO NOT CONNECT EITHER ❑ YesDIESEL FUEL Please verify that the fuel system is correctly installed, operational & ❑ No SYSTEMS compliant with local codes (We are not responsible for testing of fuel tank(s) ❑ N/A provided by any other party unless approved on proposal or scope of work.) ❑ Yes Diesel Fuel, Natural Gas or Propane MUST be available for the duration ❑ Na FUEL AVAILABLE of the start-up and testing (We are not responsible for damages or cost incurred by ❑ N/A any party, when a fuel tank is filled before tank testing) 11/15/21 Page 95 of 100 ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A ❑ Yes ❑ No ❑ N/A Indoor/Outdoor: Please verify that all air intakes, louvers & ducting are installed & operational Please verify that you have received & INSTALLED all the required parts for the exhaust system Please coordinate and contact all parties required to Witness the emergency system test. Energy Systems - Generac will NOT be responsible for coordinatinating with owner/engineer/inspector and contractors. 1 hour included at time of startup. Return trip for training is not included unless agreed to at time of order Please Select when load bank is required by specifications Load Bank testing may require an additional 2 to 4 weeks based upon equipment availibility. If applicable, please verify whether a tank pressure test is a requirement for startup. If a tank pressure test is required, please specify the local AHJ/hazmat requirements. Plan check comments must be provided: APPROVED SERVICE DATE: TIME: We will NOT be able to schedule a technician until we receive this form signed back in our office. If upon arrival for scheduled startup, the system is not installed correctly (or completely) as per these guidelines, the startup technician will document and review the needed corrections with the site contact before leaving the jobsite. A $500 trip charge per occurrence will be assessed and the startup will be re -scheduled Please return the signed form to our Service Dept. for review and scheduling. For technical support prior to start up, please call our Service Dept. at 209-870- 1900 Option 1 or service@espowergen.com Labor Rate: $160 hr Overtime Rate: $240 hr Double Time Rate: $320 hr Sudays & Holidays: $320 hr Date: 11/15/21 Contractors Signature Page 96 of 100 Diesel fuel supplied in the sub base tank. All fueling is the responsibility of the installing contractor or owner. The diesel engine runs on ultra low sulfur diesel fuel. The tank should only be filled approximately 80-85% to allow for fuel expansion in warmer weather. Note: Fuel must be delivered to the start-up service. Diesel fuel tank pressure testing: We are not responsible for pressure testing of fuel tank(s) provide by any other party unless approved on proposal or scope of work. We are not responsible for damages or costs incurred by any party, when a fuel tank is filled before field pressure testing. AC Load conductors between generator output breakers, neutral and automatic transfer switch(s) are properly sized, installed & terminated Remote start & Position indication wiring is run between the generator set and the transfer switch(s) Power conductors (AC wiring) and stranded control wiring (DC and RS485) are in separate conduits Normal Utility power is available and building loads are connected to the automatic transfer switch. If ATS is a 2-wire start ATS (i.e. Generac TX, GTS or PSTS, ASCO, Cutler Hammer, etc.) run qty (5) 14 AWG stranded wires between automatic transfer switch and generator for remote auto start and transfer switch position indication. For TX series only, (2) additional 14 AWG can be provided for back-up power in the event its on -board rechargeable battery is depleted. Clearly label but DO NOT TERMINATE wires. If ATS is a Generac HTS ATS run a 2 conductor twisted shielded pair (18 AWG max Belden 3105A or 8760) and run qty (2) 16 AWG conductors for DC voltage from the generator to the ATS. All wire to be stranded. Clearly label but DO NOT TERMINATE wires. Verify with specifications /submittals if any additional ATS communications wiring is necessary. This is usually only needed if ATS has a separate remote annunciator or ATS metering and monitoring is specified or if elevator controls need switch position monitoring. If the generator includes a unit mounted load center a single AC circuit must be run to this AC load panel sized appropriately for the amperage and voltage as required (consult your bill of material and submittal documents). If the generator does not include the unit mounted load center: Provide required power (AC) single 240V 30 amp circuit from the building load on the emergency side of the transfer switch to TB4 located in the generator's high voltage connection panel. Please label wires. DO NOT ENERGIZE CIRCUITS UNITL THE START-UP TECHNICIAN HAS COMPLETED START-UP. For additional accessories, such as battery heaters, remote emergency stop stations, condensation heaters, etc., consult the submittal documentation or contact Energy Systems for installation details. Generator set is grounded in compliance of local codes. Generator is anchored to pad and shipping bolts removed from isolator springs (if applicable). 11/15/21 Page 97 of 100 Between generator control console and remote annunciator, run a 2 conductor shielded pair (18 AWG max Belden 3105A or 8760) and run Qty (2) 14 or 16 AWG conductors for DC voltage. All wires to be stranded. Note: Clearly Label but DO NOT TERMINATE wires. Generator Mounting: Generator set is securely mounted and anchored onto a concrete pad. For unit dimensions, weight, conduit stub up locations and fuel connection locations, please refer to the detailed installation drawing for the specific unit being installed. The concrete pad should be a minimum of 12" longer and wider than the generator mounting skid or sub -base fuel tank to provide at least a 6" apron around the unit. Starting battery has been set in the battery tray. Caution: Do not connect battery cables until startup. If the generator set is being installed indoors, consult submittal documentation and Installation manual. If any questions, contact Energy Systems. Location: Location of generator (inside or outside): (If in parking garage, include height of garage) Location of transfer switch(s) (inside or outside): Access or gate codes if applicable: Distance from Service Vehicle/Available Parking to Generator: Special site access directions or instructions: Please note: We do request at least two weeks' notice for scheduling. We will do our best to meet your requested date and will call or email to confirm technician availability. Please do not assume your date is scheduled until you have confirmation from Energy Systems personnel. I niliUh Hage Page 98 of 100 Warranty Registration Request Form Name: Company Name: Address: Email: Phone: Name: Company Name: Address: Email: Phone: Name: Company Name: Address: Email: Phone: CANCELLATION REQUEST For Orders <_ $100,000 in Total Price: 8 weeks prior to ship date ..................................... 10% of Selling Price 6 weeks prior to ship date ...................................... 20% of Selling Price 4 weeks prior to ship date ..................................... 30% of Selling Price 3 weeks prior to the ship date or less .............................. 40% of Selling Price Discontinued Product (Engine) ................................ No Cancellations Accepted Non -Standard Tanks Special Engineering (Upon Generac SEQ Approval) .............. Incremental 10% of Selling Price For Orders > $100,000 in Total Price: 8 Weeks Prior to Ship Date ...................................... 10% of Selling Price 6 Weeks Prior to Ship Date ...................................... 15% of Selling Price 5 Weeks Prior to Ship Date ...................................... 20% of Selling Price 4 Weeks Prior to Ship Date ...................................... 30% of Selling Price 3 Weeks Prior to Ship Date ...................................... 40% of Selling Price 2 Weeks Prior to Ship Date ...................................... 50% of Selling Price At Scheduled Ship Date ............................. ........... 60% of Selling Price Discontinued Product (Engine) ............................ ....No Cancellations Accepted Special Engineering (Upon Generac SEQ Approval) .......................10% of Selling Price Cancellation For PSTS Transfer Switch Orders: PSTS Products <_ 1000 Amps: > 8 Weeks Prior to Ship Date ...................................... 0% of Selling Price 4-8 Weeks Prior to Ship Date ....................... .............. 25% of Selling Price Less than 4 Weeks Prior to Ship Date ............................... 100% of Selling Price PSTS Products > 1000 Amps: > 3 Weeks Prior to Ship Date ...................................... 0% of Selling Price 2-3 Weeks Prior to Ship Date ....................... ............. 25% of Selling Price Less than 2 Weeks Prior to Ship Date ............................... 100% of Selling Price Residential Products: Cancellation of stock item products is permitted provided the cancellation request is executed by Generac sales and order entry prior to shipment. Cancellations are subject to the following fees: 2 — 4 Weeks Prior to Ship Date ..................................... 2% of Selling Price 1 Day — 2 Weeks Prior to Ship Date .................................. 5% of Selling Price Page 2 of 2 Updated February 5`h, 2018 11 /15/21 Page 100 of 100