Cat Patrol Boat Power Guide
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Transcript of Cat Patrol Boat Power Guide
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P A T R O L B O A T E N G I N E
POWER GUIDE
CATERPILLAR M A R i n E P O W E R S y S T E M S
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GLOBAL CUSTOMERSUPPORT
Customer Support for CatMarine EnginesCaterpillarMarine Power Systems has one simple goal: to exceed ourcustomers expectations by providing outstanding sales and service supportin a professional and consistent manner.
Caterpillar Marine Power Systems has regional headquarters coveringEurope, Africa, the Middle East, Asia Pacific, and the Americas to work withour extensive global dealer network. We offer a full range of services from theproject phase through the sales process and product commissioning to partssupply and parts logistics, maintenance, repair, and engine upgrade.
Caterpillar dealers have a variety of solutions to help you minimize yourowning and operating costs. These include:
Customer Service Agreements (CSA)that can be tailored to any level ofmaintenance from simple Preventive Maintenance to Total Maintenanceand Repair.
Extended Service Coverage (ESC)provides repair protection beyond thenormal warranty period.
Scheduled Oil Sampling (SOSSM)for fluid monitoring and conditionassessment.
Engine Repair Optionsinclude new replacements, remanufactured enginesand components, standard overhaul and certified rebuilds, among others.
Contact your nearest Caterpillar dealerfor additional details on these programs.Access dealer locator on www.cat.com
WARRANTYThe standard warranty for new marine generator sets, new propulsionengines, marine auxiliary marine engines, and branded marine transmissionsin revenue producing or governmental applications is 12 months after date of
delivery to the first user. For new C1.5, C2.2, and C4.4 marine generator setsused in revenue producing or governmental applications, the standardwarranty period is 12 months or 2000 hours, whichever occurs first afterdelivery to the first user. For additional information, please refer to theCaterpillar warranty statement for marine products.
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1
RATING DEFINITIONS
Caterpillar marine engines are developed to perform to customerexpectations in various applications. An understanding of the vesselsintended use (load profile) allows the correct engine rating to beselected. The correct engine rating is more likely to provide the customerwith engines that have an acceptable life to overhaul and good engineperformance. Caterpillar marine engine ratings are determined by overallload profile, operational hours per year, and time spent at full throttle.
A Rating (Unrestricted Continuous)Typical applications:For vessels operating at rated load and ratedspeed up to 100% of the time without interruption or load cycling (80%
to 100% load factor). Typical applications could include but are notlimited to vessels such as freighters, tugboats, bottom drag trawlers,or deep river tugboats. Typical operation ranges from 5000 to 8000hours per year.
B Rating (Heavy Duty) Typical applications: For vessels operating at rated load and rated
speed up to 80% of the time, or 10 hours out of 12, with some loadcycling (40% to 80% load factor). Typical applications could include butare not limited to vessels such as mid-water trawlers, purse seiner,crew and supply boats, ferries, or towboats. Typical operation rangesfrom 3000 to 5000 hours per year.
C Rating (Maximum Continuous) Typical applications:For vessels operating at rated load and rated
speed up to 50% of the time, or 6 hours out of 12, with cyclical load andspeed (20% to 80% load factor). Typical applications could include butare not limited to vessels such as ferries, harbor tugs, fishing boats,offshore service boats, displacement hull yachts, or short trip coastalfreighters. Typical operation ranges from 2000 to 4000 hours per year.
D Rating (Intermittent Duty) Typical applications:For vessels operating at rated load and rated
speed up to 16% of the time, or 2 hours out of 12, (up to 50% loadfactor). Typical applications could include but are not limited to vesselssuch as offshore patrol boats, customs boats, police boats, some
fishing boats, fireboats, or harbor tugs. Typical operation ranges from1000 to 3000 hours per year.
E Rating (High Performance) Typical applications:For vessels operating at rated load and rated
speed up to 8% of the time, or 1/2 hour out of 6, (up to 30% load factor).Typical applications could include but are not limited to vessels such
as pleasure craft, harbor patrol boats, harbor master boats, somefishing or patrol boats. Typical operation ranges from 250 to 1000 hoursper year.
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Consistent with their long history of technological innovation andprogress, Caterpillar is continually investing in research and development.Over $500 million has been invested to meet todays stringent emissionsregulations and to offer the market a reliable product with theperformance that meets the needs of customers worldwide. This latestevolution in the Caterpillar engine line is the introduction of ACERTTechnology. Caterpillar draws on a wide range of product experienceto develop these basic engine system innovations. As new engines aredeveloped, specific ACERT Technology components are incorporated toreduce smoke and noise, provide better performance, and increase fuelefficiency. The four fundamental components are:
Electronics The newest CatADEM electronic control module and proprietary
software, developed specifically for each power rating and emissionslevel, allow ACERT engines to precisely control and shape fuel delivery,air management, and all other engine functions.
Fuel Delivery Multiple fuel injection delivery introduces fuel into the combustion
chamber in a series of precisely timed micro bursts. This providesmaximum power and fuel efficiency with minimum emission levels.
Air Management Air management technologies such as cross flow cylinder heads,wastegate turbochargers, even variable valve timing can beincorporated to control combustion air, burn fuel more efficiently, andenhance performance.
Combustion Combustion system design pulls the maximum amount of energy from
fuel delivery and applies this energy to the propeller or generator.
ACERT Technology combines proven systems with innovative newtechnologies to enhance the combustion process to such a high degreethat it optimizes total engine performance while offering a highly effective
emissions reduction solution. Because ACERT Technology is primarilyfor combustion, there is no external plumbing to clutter cramped enginerooms. And when you specify an engine, components are includedonly as needed, so you get a solution optimized for your application. Inapplications where stringent emissions standards are in force, Caterpillarengines with ACERT Technology deliver excellent performance,
efficiency, and durability.
ACERT TECHNOLOGY
2
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PROPULSION ENGINE Electronic Control System
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 4.33 x 5.0 in 110 x 127 mm
Displacement 442 cu in 7.24 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 1760 lb 798 kg
min. 48.1 in/1221.8 mm 36.1 in/916.9 mm 36.2 in/919.6 mm
max. 48.1 in/1221.8 mm 36.1 in/916.9 mm 36.2 in/919.6 mm
LE H WE
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulationsE 461 455 339 2800 25.1 95.2 T2CR/RCD
H
LE WE
3
C7 ACERT
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C9 ACERT
PROPULSION ENGINE Electronic Control System
D 510 503 375 2500 26.0 98.3 T2CR/RCD & IWE 575 567 423 2500 29.2 110.5 T2R/RCD
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 4.41 x 5.87 in 112 x 149 mmDisplacement 538 cu in 8.8 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 2086 lb 946 kg
LE H WE
min. 47.2 in/1198 mm 38.7 in/983 mm 38.3 in/974 mm
max. 47.2 in/1198 mm 38.7 in/983 mm 38.3 in/974 mm
LE
H
WE
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
4
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C12 ACERT
PROPULSION ENGINE Electronic Control System
C 460 454 339 2100 22.0 83.1 T2C/IWE 669 660 492 2300 34.1 129.0 T2CR/RCD & IWE 715 705 526 2300 36.5 138.1 T2CR/RCD
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 5.1 x 5.9 in 130 x 150 mmDisplacement 732 cu in 12 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 2588 lb 1174 kg
min. 62 in/1574 mm 39.5 in/1005 mm 38.1 in/969 mm
max. 62 in/1574 mm 39.5 in/1005 mm 38.1 in/969 mm
LE H WE
H
LE WE
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
5
Please refer to the Marine Engine Selection Guide (LEDM3457) for completelist of ratings.
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PROPULSION ENGINE Electronic Control System
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 5.1 x 5.9 in 130 x 150 mmDisplacement 732 cu in 12 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 2588 lb 1174 kg
LE H WE
min. 52.4 in/1330 mm 39.7 in/1008.7 mm 38.1 in/968.6 mm
max. 52.4 in/1330 mm 39.7 in/1008.7 mm 38.1 in/968.6 mm
C 460 454 339 2100 22.0 83.1 T2C/IWE 669 660 492 2300 34.1 129.0 T2CR/RCD & IWE 715 705 526 2300 36.5 138.1 T2CR/RCD
LE WE
H
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
6
C12 ACERT COMPACT
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PROPULSION ENGINE Electronic Control System
E 811 800 597 2300 40.6 153.5 E/RCDE 865 853 636 2300 43.3 163.8 E/RCD
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 5.4 x 6.5 in 137 x 165 mmDisplacement 891 cu in 14.6 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 3226 lb 1464 kg
60.7 in/1541 mm 46.4 in/1178 mm 37.5 in/954 mm
LE H WE
LE WE
H
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
7
C15 ACERT
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PROPULSION ENGINE Electronic Control System
C 725 715 533 2100 36.8 139.4 T2C/RCD & IWD 885 873 651 2200 44.2 167.5 T2C/RCD & IWE 1015 1001 747 2300 51.7 195.7 T1/RCD
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TTA
Bore x Stroke 5.7 x 7.2 in 145 x 183 mmDisplacement 1106 cu in 18.1 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 3788 lb 1718 kg
LE H WE
61.3 in/1558 mm 46.4 in/1178 mm 41.6 in/1056 mm
LE WE
H
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
8
C18
Please refer to the Marine Engine Selection Guide (LEDM3457) for completelist of ratings.
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PROPULSION ENGINE Electronic Control System
E 1370 1350 1007 2300 69.3 262.3 E/RCDE 1420 1400 1044 2300 72.4 274.0 E/RCD
Vee 12, 4-Stroke-Cycle Diesel
Aspiration TTA
Bore x Stroke 5.4 x 6.0 in 137 x 152 mm
Displacement 1648 cu in 27.0 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 5585-6257 lb 2533-2838 kg
min. 71.7 in/1822 mm 52.3 in/1328 mm 53.3 in/1354 mm
max. 75.3 in/1913 mm 63.8 in/1621 mm 56.9 in/1444 mm
LE H WE
H
LE WE
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
9
3412E
Please refer to the Marine Engine Selection Guide (LEDM3457) for completelist of ratings.
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PROPULSION ENGINE Electronic Control System
Vee 12, 4-Stroke-Cycle Diesel
Aspiration TTA
Bore x Stroke 5.7 x 6.4 in 145 x 162 mm
Displacement 1959 cu in 32.1 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 5617-5803 lb 2548-2632 kg
LE H WE
78.9 in/2004 mm 54.3 in/1378 mm 55.6 in/1413 mm
H
LE WE
B 1115 1100 820 2100 55.1 208.6 T1/RCDC 1421 1401 1045 2300 73.1 276.7 T1/RCDE 1572 1550 1156 2300 78.7 298.0 T1/RCDE 1676 1652 1232 2300 86.4 327.0 T1/RCD
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
10
C32
Please refer to the Marine Engine Selection Guide (LEDM3457) for complete
list of ratings.
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PROPULSION ENGINE Electronic Control System
C 1318 1300 970 1800 62.5 236.5 T2C/IWC 1470 1450 1081 2300 77.4 292.9 T2C/IWD 1622 1600 1193 2300 82.1 310.6 T2C/IWE 1825 1800 1342 2300 94.2 356.4 T1/RCD
Vee 12, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 5.7 x 6.4 in 145 x 162 mm
Displacement 1959 cu in 32.1 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 6486 lb 2942 kg
78.4 in/1992.5 mm 52.5 in/1333 mm 55.2 in/1402.1 mm
LE H WE
H
LE WE
RATINGS AND FUEL CONSUMPTION
emissions
mhp bhp bkW rpm U.S. g/h l/hr regulations
11
C32 ACERT
Please refer to the Marine Engine Selection Guide (LEDM3457) for complete
list of ratings.
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PROPULSION ENGINE Electronic Control System
Vee 8, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 6.7 x 7.5 in 170 x 190 mmDisplacement 2105 cu in 34.5 liter
Rotation (from flywheel end) Counterclockwise or clockwise
Engine dry weight (approx) 10,181-11,499 lb 4618-5261 kg
LE H WE
min. 90.9 in/2310 mm 71.0 in/1803 mm 67.1 in/1703 mm
max. 90.9 in/2310 mm 71.0 in/1803 mm 67.1 in/1703 mm
A 786 775 578 1200 36.9 140.0 T2C/IWA 1015 1000 746 1600 48.9 185.0 T2C/IWB 862 850 634 1200 40.4 152.8 T2C/IWB 1065 1050 783 1600 51.6 195.4 T2C/IWC 913 900 671 1200 42.9 162.4 T2C/IWC 1115 1100 820 1600 54.2 205.2 T2C/IWChp1318 1300 969 1835 64.1 243.0 T1/NC
H
LE WE
RATINGS AND FUEL CONSUMPTION
emissions mhp bhp bkW rpm U.S. g/h l/hr regulations
12
3508B/3508C
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PROPULSION ENGINE Electronic Control System
Vee 12, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 6.7 x 8.5 in 170 x 215 mmDisplacement 3576 cu in 58.6 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 14,830-16,500 lb 6725-7484 kg
LE H WE
min. 124 in/3153 mm 81 in/2065 mm 88 in/2230 mm
max. 124 in/3153 mm 88 in/2240 mm 88 in/2230 mm
H
LE WE
1Ratings are high displacement (HD)
Please refer to the Marine Engine Selection Guide (LEDM3457) for completelist of ratings.
RATINGS AND FUEL CONSUMPTION
emissions mhp bhp bkW rpm U.S. g/h l/hr regulations
13
3512C
A 1522 1501 1119 1800 70.3 266.0 T2C/IWA1 1836 1810 1350 1600 84.7 321.0 T2C/IWB 1597 1574 1174 1800 73.8 279.4 T2C/IWB1 2282 2250 1678 1800 111.0 420.0 T2C/IWC 1673 1650 1230 1800 77.2 292.1 T2C/IWC1 2399 2366 1764 1800 116.5 441.0 T2C/IWD1 2587 2551 1902 1800 93.4 354.0 T2C/IW
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PROPULSION ENGINE Electronic Control System
1Ratings are high displacement (HD)
Please refer to the Marine Engine Selection Guide (LEDM3457) for completelist of ratings.
Vee 16, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 6.7 x 8.5 in 170 x 215 mmDisplacement 4766 cu in 78.1 liter
Rotation (from flywheel end) Counterclockwise
Engine dry weight (approx) 17,370-19,280 lb 7878-8745 kg
min. 147 in/3723 mm 81 in/2065 mm 88 in/2230 mm
max. 148 in/3759 mm 88 in/2240 mm 88 in/2230 mm
LE H WE
A1 2482 2447 1825 1600 113.2 429.0 T2C/IWB 2130 2100 1566 1600 100.4 379.9 T2C/IWB1 3046 3004 2240 1800 148.3 561.3 T2C/IWC 2231 2200 1641 1600 104.5 395.4 T2C/IWC1 3196 3151 2350 1800 154.7 586.0 T2C/IWD1 3434 3386 2525 1800 165.0 624.6 T2C/IW
LE WE
H
RATINGS AND FUEL CONSUMPTION
emissions mhp bhp bkW rpm U.S. g/h l/hr regulations
14
3516C
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60 Hertz 13.5 13.5 1800 1.3 5.0 NRT2/NST50 Hertz 11.0 11.0 1500 1.1 4.2 NRT2/NST
Continuous Rating60 Hertz 12.0 12.0 1800 1.2 4.5 NRT2/NST50 Hertz 10.0 10.0 1500 1.0 3.8 NRT2/NST
L H WE
In-line 3, 4-Stroke-Cycle Diesel
Aspiration NABore x Stroke 3.31 x 3.5 in 84 x 90 mmDisplacement 91 cu in 1.5 literRotation (from flywheel end) CounterclockwiseGenerator set weight (approx) 703/908 lb 319/412 kg
Single PhaseOpen Set 37.4 in/962 mm 27.5 in/699 mm 21 in/533 mm
Enclosed Set 40 in/1021 mm 28 in/710 mm 24 in/608 mm
3 PhaseOpen Set 41.9 in/1065 mm 28.7 in/733 mm 19.8 in/504 mm
Enclosed Set 46 in/1170 mm 30.8 in/783 mm 24 in/608 mm
Maximum Continuous Power: Power available at variable load with the average not exceeding 50%. Nooverload is permitted.
Continuous Power: Overload of 10% is permitted for one hour in twelve hours operational. The remainingoperational time should be at varying loads with the average not exceeding 80% ofcontinuous power in one day.
RATINGS AND FUEL CONSUMPTION Gen Set emissions ekW @.8pf kVA rpm U.S. g/h l/h regulations
Maximum Continuous Rating60 Hertz 14.5 18.0 1800 1.3 5.0 NRT2/NST50 Hertz 12.0 15.0 1500 1.1 4.2 NRT2/NST
Continuous Rating60 Hertz 13.0 16.5 1800 1.2 4.5 NRT2/NST50 Hertz 11.0 13.5 1500 1.0 3.8 NRT2/NST
Gen Set emissions
ekW @1.0pf kVA rpm U.S. g/h l/h regulationsMaximum Continuous Rating
15
C1.5
GENERATOR SET Mechanical Control System
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60 Hertz 21.0 21.5 1800 1.98 7.5 NRT2/NST50 Hertz 18.0 18.0 1500 1.66 6.3 NRT2/NST60 Hertz 29.5 29.5 1800 2.48 9.4 NRT2/NST
50 Hertz 24.5 24.5 1500 2.09 7.9 NRT2/NSTContinuous Rating60 Hertz 19.0 19.0 1800 1.63 6.2 NRT2/NST50 Hertz 16.0 16.0 1500 1.37 5.2 NRT2/NST60 Hertz 27.0 27.0 1800 2.24 8.5 NRT2/NST50 Hertz 22.5 22.5 1500 1.88 7.1 NRT2/NST
In-line 4, 4-Stroke-Cycle Diesel
Aspiration NA, TBore x Stroke 3.31 x 3.94 in 84 x 100 mmDisplacement 135 cu in 2.2 literRotation (from flywheel end) CounterclockwiseGenerator set weight (approx) 857/1027 lb 389/466 kg
L H WEOpen Set 45 in/1147 mm 32 in/825 mm 20.5 in/521 mmEnclosed Set 46 in/1170 mm 31 in/775 mm 24 in/608 mm
Maximum Continuous Power: Power available at variable load with the average not exceeding 50%. Nooverload is permitted.
Continuous Power:Overload of 10% is permitted for one hour in twelve hours operational. The remainingoperational time should be at varying loads with the average not exceeding 80% ofcontinuous power in one day.
60 Hertz 21.0 26.5 1800 1.98 7.5 NRT2/NST50 Hertz 17.5 22.0 1500 1.66 6.3 NRT2/NST60 Hertz 30.0 37.5 1800 2.48 9.4 NRT2/NST50 Hertz 24.5 30.5 1500 2.09 7.9 NRT2/NST
Continuous Rating60 Hertz 19.5 24.0 1800 1.63 6.2 NRT2/NST50 Hertz 16.0 20.0 1500 1.37 5.2 NRT2/NST60 Hertz 27.0 34.0 1800 2.24 8.5 NRT2/NST
50 Hertz 22.5 28.0 1500 1.88 7.1 NRT2/NST
RATINGS AND FUEL CONSUMPTION Gen Set emissions ekW @.8pf kVA rpm U.S. g/h l/h regulations
Maximum Continuous Rating
Gen Set emissions ekW @1.0pf kVA rpm U.S. g/h l/h regulations
Maximum Continuous Rating
16
C2.2
GENERATOR SET Mechanical Control System
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R Radiator cooled only.
60 Hertz 42.0R 53.0 1800 3.4 13.0 T2C/NC60 Hertz 44.0 55.0 1800 3.4 13.0 T2C/NC60 Hertz 56.0R 70.0 1800 4.5 16.9 T2C/NC60 Hertz 58.5 73.0 1800 4.2 15.8 T2C/NC60 Hertz 72.0R 90.0 1800 5.8 22.0 T2C/NC60 Hertz 76.0 95.0 1800 5.8 22.0 T2C/NC60 Hertz 95.0R 119.0 1800 7.3 27.7 T2C/NC
60 Hertz 99.0 123.0 1800 7.3 27.5 T2C/NC50 Hertz 36.0R 45.0 1500 2.9 11.0 NC/NC50 Hertz 38.0 47.5 1500 2.9 11.0 NC/NC50 Hertz 49.0R 61.0 1500 3.9 14.8 NC/IW50 Hertz 51.5 64.5 1500 3.9 14.8 NC/IW50 Hertz 65.0R 81.0 1500 4.9 18.6 NC/IW50 Hertz 69.0 86.0 1500 4.9 18.6 NC/IW50 Hertz 82.0R 103.0 1500 6.5 24.6 NC/IW50 Hertz 86.0 107.0 1500 6.5 24.6 NC/IW
In-line 4, 4-Stroke-Cycle Diesel
Aspiration NA, T, TA
Bore x Stroke 4.13 x 5.0 in 105 x 127 mmDisplacement 269 cu in 4.4 literRotation (from flywheel end) CounterclockwiseGenerator set weight (approx) 1775-2238 lb 805-1015 kg
Dimensions are for open sets
L H WEOpen Min. 55.5 in/1409 mm 51.9 in/1318 mm 28.5 in/724 mm
Open Max. 62.6 in/1590 mm 55.3 in/1405 mm 28.5 in/724 mm
Enclosed 68.9 in/1750 mm 39.4 in/1000 mm 47.8 in/1215 mm
RATINGS AND FUEL CONSUMPTION Gen Set emissions ekW @.8pf kVA rpm U.S. g/h l/h regulations
17
C4.4
GENERATOR SET Mechanical Control System
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60 Hertz 175 219 1800 13.7 51.8 T2C/NC60 Hertz 215 269 1800 16.9 63.8 T2C/CC260 Hertz 250 313 1800 17.9 68.1 T2C/CC250 Hertz 150 188 1500 10.9 41.6 T2C/NC50 Hertz 175 219 1500 12.9 47.7 T2C/NC50 Hertz 200 250 1500 14.2 53.7 T2C/NC
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TA
Bore x Stroke 4.41 x 5.87 in 112 x 149 mmDisplacement 538 cu in 8.8 literRotation (from flywheel end) CounterclockwiseGenerator set weight (approx) 3865-4195 lb 1753-1903 kg
LG H WE
min. 82.9 in/2106 mm 46.0 in/1169 mm 39.2 in/996.8 mm
max. 87.2 in/2216 mm 46.0 in/1169 mm 39.2 in/996.8 mm
RATINGS AND FUEL CONSUMPTION Gen Set emissions
ekW @.8pf kVA rpm U.S. g/h l/h regulations
18
C9
GENERATOR SET Electronic Control System
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19
In-line 6, 4-Stroke-Cycle Diesel
Aspiration TA, TTA
Bore x Stroke 5.7 x 7.2 in 145 x 183 mmDisplacement 1106 cu in 18.1 literRotation (from flywheel end) CounterclockwiseGenerator set weight (approx) 8375-10,064 lb 3799-4565 kg
L H WE
min. 119.7 in/3040 mm 61.3 in/1557.5 mm 45.3 in/1150.9 mm
max. 119.7 in/3040 mm 61.3 in/1557.5 mm 45.3 in/1150.9 mm
60 Hertz 340 425 1800 23.6 89.3 T1/NC60 Hertz 425 531 1800 29.5 111.7 T1/NC60 Hertz 500 625 1800 34.3 129.8 T1/NC60 Hertz 550 688 1800 38.1 144.2 T1/NC50 Hertz 275 344 1500 18.9 71.5 T1/NC50 Hertz 350 438 1500 23.3 88.2 T1/NC50 Hertz 400 500 1500 27.0 102.2 T1/NC50 Hertz 450 563 1500 31.1 117.7 T1/NC
RATINGS AND FUEL CONSUMPTION Gen Set emissions
ekW @.8pf kVA rpm U.S. g/h l/h regulations
C18
GENERATOR SET Electronic Control System
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For optimum performance and reliability, these exclusive engine control andmonitoring systems are specifically designed for Caterpillar electronic marinepropulsion engines.
Messenger
Messenger is a compact engine monitoring displaythat provides real-time performance and operatinginformation. Messenger can display current engineand transmission data, trip data, historical data, anddiagnostic information. All information is displayed onan LCD screen. The illumination is excellent in all lighting conditions, adjustableby user, and constant over the operating voltage range.
Marine Power Display (MPD)Cat Marine Power Display is aninnovative self-contained enginemonitoring and display system thatprovides the operator with engine and
transmission information. The screen
layouts can be easily configured to suitindividual format preferences. In the
event of an engine or transmission problem, an audible alarm alerts the operatorand a text window with diagnostic information appears on the screen. The high-resolution transflective screen improves readability as ambient light conditionschange.
Marine Analog Power Display (MAPD)MAPD is an innovative system of electronicallycontrolled analog gauges that monitorengine operation, offering accuracyand dependability with visualsimplicity. Two sizes of gauges are
available with choices of gauge face colors and bezel finishes. All gauges areLED backlighted and automatically calibrated. Up to 12 individual gauges or theconvenient MAPD panel with up to seven gauges can be easily installed.
Multi-Station Control System (MSCS)MSCS provides engine and transmission controlfor single or dual engine applications with up to
eight control stations installed throughout thevessel. Control of the engine and transmissioncan be easily transferred from one station toanother. A fully redundant backup system isincluded to ensure propulsion system operationin the event of a failure to the primary controlsystem. In addition to the eight primary control
stations, eight backup stations per vessel can also be installed. Transmissionshift logic contains anti-stall strategy to prevent stalling the engine during quickshifting maneuvers. Several control head options are available for convenienceand to coordinate with the vessels interior design.
ENGINE CONTROL ANDMONITORING SYSTEMS
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RecreationalMarineEngines
CommercialMarine Engines
Tier 2 Regulations
Tier 1 Regulations
U.S. EPA RegulationsCalling for IMO Levels
All MarineEngines > 2.5 L/cyl
All RecreationalMarineEngines > 2.5 L/cyl
All MarineEngines > 30 L/cyl
> 30 L/cylonly(Tier 2TBD)
Voluntary IMO regulations apply for all marine engines where EPA regulations do not exist
00 01 02 03 04 05 06 07 08 09
0.9-2.5L/cyl
< 0.9 L/cyland > 37 kW
2.5-5.0L/cyl0.9-2.5
L/cyl
< 0.9 L/cyl
and > 37 kW
2.5-30L/cyl
T1 Complies with U.S. EPA Marine Tier 1 Commercial Regulations
T2C Complies with U.S. EPA Marine Tier 2 Commercial Regulations
T2R Complies with U.S. EPA Marine Tier 2 Recreational Regulations
T2CR Complies with U.S. EPA Marine Tier 2 Commercial and RecreationalRegulations
NRT2Complies with U.S. EPA Non-Road Mobile Tier 2 Regulations(Small generator sets are often included as portable auxiliary enginesunder this regulation. Small generator sets can be certified as a marineengine if permanently installed in a vessel.)
E Exempt U.S. EPA Marine Certification is not required
NC Not U.S. EPA Marine Certified for Use in the U.S. or Canada
EU REGULATIONSRCD Recreational Craft
Directive EU 94/25/EC
This directive applies to new propulsion engines installed in recreational craft from2.5 to 24 m hull lengths and became effective 1 January 2006. The following Caterpillarpropulsion engines are certified: 3126B, C7, C9, 3196 and C12, 3400C, 3406E, 3412E, C15,C18, and C32.
IW Inland WaterwayComplies with EU 97/68/EC Stage IIIA Inland Waterway Directive for
Commercial Craft
CC2 CCNR Stage 2
NSTEngines < 37 kW are Not Subject To CCNR legislation
U.S. EPA REGULATIONS
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