Caterpillar CS-653
Caterpillarpaving compactorvibratory compactor

Caterpillar CS-653

Maintenance schedule, common problems & OEM parts breakdown

The Caterpillar CS-653 is a heavy production-class single-drum vibratory soil compactor built in the mid-to-late 1980s, sold alongside its lighter-frame smooth-drum sibling the CS-643 and padfoot-drum counterparts CP-643 and CP-653, all sharing the same 7JD-prefix factory service platform and OMM. Every machine in this family runs the Caterpillar 3304 inline four-cylinder diesel, a mechanically governed engine with no engine ECM, rated around 134 hp (100 kW) gross from 7.0 L (427 cu in) displacement, built naturally aspirated or turbocharged depending on the specific unit. Operating weight for the smooth-drum CS-653 runs about 17,100 kg (37,700 lb), while the padfoot CP-653 lands closer to 18,500 kg (40,800 lb) on the same roughly 2.20 m (86.6-87 in) wide drum. Drive is hydrostatic throughout, with engine, travel drive, and vibratory exciter all fed from a single 130 L (34.4 gal) hydraulic reservoir. Caterpillar offered the platform as either a smooth drum for granular fill and base work or a padfoot drum for cohesive soil, and dealers of the era commonly re-shod or converted drums between configurations.

Within the 7JD family the real differences are drum type and weight class, not engine or drive changes: CS-643/CP-643 carry the lighter frame, CS-653/CP-653 the heavier one, but all four run the same 3304 engine and hydrostatic system under one factory manual. Caterpillar's own lineup continued this weight class afterward as the CS-663E/CP-663E, which carries nearly identical operating weight but moved to a larger turbocharged engine, and the line was later absorbed into the lettered E-series and eventually into Caterpillar's current weight-class-named CS7 family of heavy soil compactors. That makes the CS-653 a dead model number today rather than a supported current product, which is exactly why it still moves in the used and parts market: no ECM, no electronic diagnostics, and a mechanically simple 3304/hydrostatic driveline mean these units keep running well past 10,000 hours with basic mechanical skills, and they remain a common rebuild target for compaction contractors and independent shops who want a heavy roller without paying for electronics.

Below: full specifications, fluids & capacities, the factory service schedule, common service parts, verified fault codes, what owners discuss, attachment guidance, the complete assembly directory, and a serial-number reference. Complete parts lists with full OEM part numbers, exploded diagrams, quantities, and fitment data are available free in Heavy Parts AI.

Caterpillar CS-653 specifications

Engine

Engine modelCat 3304 diesel, inline design used across the CS-643/CS-653/CP-653 vibratory compactor line
Gross power134 hp (100 kW)
Net powerNot published for this model
Displacement7.0 L (427 cu in)
Cylinders4, inline
Emissions tierNot published — this platform predates modern nonroad emissions tiers

Weights

Operating weightApprox. 17,100 kg (37,700 lb) as documented for the base configuration
Shipping weightNot published
Ground pressureNot published

Dimensions

Transport lengthApprox. 6.15 m (20.2 ft) — figure derived from a decimal-foot source value, confirm with dealer
Transport width2.50 m (8.21 ft)
Transport height (to top of cab)3.60 m (11.82 ft)
Drum width2,202 mm (86.7 in)
Drum diameter1,501 mm (59.1 in)
Tire size (rear axle)20.5x25, XRA tread
Wheelbase / ground clearanceNot published

Performance

Max travel speed15.6 km/h (9.7 mph)
Vibration frequency32.5 Hz (approx. 1,950 vpm)
Centrifugal force, high amplitudeApprox. 218 kN (48,990 lbf)
GradeabilityNot published

Service capacities (summary)

Fuel tank230 L (60.8 gal)
Hydraulic system130 L (34.4 gal)
Engine oil22.3 L (5.9 gal)
Cooling systemNot published

Values vary by configuration, region, and serial range — confirm against your machine before planning transport or lifts.

CS-653 fluids & capacities

SystemCapacityRecommended fluid
Engine crankcase (with filter) - Cat 3304 diesel22.3 L (5.9 US gal)Cat DEO (Diesel Engine Oil), multigrade. SAE 15W-40 for ambient -9.5 to 50 degC (15 to 122 degF); SAE 10W-30 acceptable -18 to 40 degC (0 to 104 degF). Meets Cat ECF-1-a/ECF-2 diesel engine oil spec; commercial API CF/CG-4/CH-4 oils acceptable as second choice.
Cooling systemNot published in available spec sheets for this model - confirm with dealer OMM before serviceCat DEAC (Diesel Engine Antifreeze/Coolant) or Cat ELC (Extended Life Coolant), mixed 1:1 with clean water (minimum 30% glycol). 50% glycol gives freeze protection to about -37 degC (-34 degF); do not exceed 60% glycol concentration.
Fuel tank230 L (60.8 US gal)No. 2-D distillate diesel fuel meeting Cat distillate diesel fuel specification, minimum cetane number 40 (35 for precombustion-chamber engines).
Hydraulic system and tank (combined propel/hydrostatic drive and vibratory circuit)130 L (34.4 US gal), total systemCat HYDO (Hydraulic Oil) or Cat TDTO (Transmission/Drive Train Oil) for the hydrostatic drive and vibratory hydraulic circuit. SAE 10W preferred -20 to 40 degC (-4 to 104 degF); heavier grades (SAE 30/50) used in hotter climates.
Final drives / axleNot documented as a separate compartment for this configurationPropulsion is hydrostatic (wheel/drum drive motors) sharing the main hydraulic system on this platform; no distinct final-drive or axle gear-oil fill is listed in available documentation for this model.
Grease (chassis pivot, articulation joint, drum bearings) - specification onlyn/a, service-point application, not a reservoir fillCat Multipurpose Grease (NLGI 2, lithium complex) for general chassis and articulation pivot points in moderate climates; Cat Advanced 3Moly Grease for heavily loaded pin joints and high-impact points.

Capacities are refill values from factory literature — always fill to the dipstick/sight gauge, not the number.

Caterpillar CS-653 maintenance schedule

Service intervalTasks
Every 50 h
  • Check engine oil level before starting; top off with Cat DEO 15W-40 (10W-30 in cold weather).
  • Drain water and sediment from the fuel tank water separator and primary fuel filter bowl.
  • Check coolant level at the radiator sight glass with the engine cold.
  • Inspect drum scraper bars and edges for wear or cracking; readjust clearance against the drum.
  • Check the hydrostatic/hydraulic reservoir sight gauge with the machine level and drum stationary.
  • Grease drum bearings, the articulation hitch, and steering cylinder pins with Cat Multipurpose grease; use Advanced 3Moly on the heavy-load articulation pin.
Every 250 h
  • Change engine oil and filter (22.3 L/5.9 gal capacity, Cat DEO 15W-40).
  • Replace primary and secondary fuel filter elements; prime the fuel system by hand before restart.
  • Clean battery terminals and check electrolyte level; there is no onboard fault-lamp system on this machine, only analog gauges and warning lights, so a weak battery shows up only as a slow crank.
  • Inspect the alternator and water pump drive belt for glazing or fraying; adjust tension.
  • Clean the radiator core, oil cooler fins, and engine screen of packed debris.
  • Check drum bearing housings and vibratory isolator mounts for oil weep or play.
Every 500 h
  • Replace the hydraulic/hydrostatic system filter element(s).
  • Check hydrostatic charge pressure and travel pump/motor case-drain flow against factory spec.
  • Inspect injector lines and the injection pump for fuel weep, especially after periods of storage; sticking injectors after idle time are common on this engine.
  • Check and adjust engine valve lash on the 3304.
  • Inspect the exciter/vibratory bearing housing for noise, heat, or oil discoloration.
  • Check the mechanical governor linkage for wear or slack that can cause idle surge.
Every 1,000 h
  • Change the hydraulic/hydrostatic system oil (130 L/34.4 gal, Cat HYDO or TDTO).
  • Replace the hydraulic tank breather and suction screen.
  • Test coolant condition and renew the coolant conditioner/SCA element.
  • Replace the air cleaner primary element; inspect the secondary element.
  • Check drum bearing end-play and isolator rubber mounts for cracking or drum walk.
  • Re-torque drum shell and scraper bar hardware.
Every 2,000 h
  • Inspect the vibratory exciter bearings and shaft seals; regrease or replace per wear found.
  • Pull an oil sample from the engine crankcase and check specifically for coolant contamination, the classic early sign of a failing water pump shaft seal on the 3304.
  • Test the hydrostatic pump and drive motor for internal wear via case-drain flow.
  • Check and recalibrate injection pump timing.
  • Inspect drum shell welds and end plates for fatigue cracking from sustained vibratory loading.
  • Replace the water pump seal preventively if the unit has any prior history of coolant-in-oil contamination.
Every 4,000 h
  • Pull and inspect or rebuild the 3304 water pump before a shaft seal failure lets coolant into the crankcase and threatens the main bearings.
  • Overhaul or exchange the hydrostatic drive pump and motor if case-drain wear trends have been climbing.
  • Rebuild drum bearings, seals, and rubber isolator mounts as a matched set rather than piecemeal.
  • Recondition the injection pump and injectors, and recheck governor linkage for surge.
  • Flush and refill engine coolant at the correct concentration.
  • Inspect and rebuild padfoot tips and drum shell wear on the CP-653, or drum surface wear on the CS-653, as the drum configuration requires.

Servicing the CS-653 beyond the schedule

Predictive Maintenance & Fluid Analysis

On a mechanical 3304 with no ECM or fault codes, oil analysis is the main early warning you get. Sample engine oil at every change and watch specifically for coolant contamination, the classic sign of a failing water pump shaft seal before it takes out main bearings. Sample hydraulic/hydrostatic oil from the shared 130 L reservoir to catch pump or drive motor wear before it shows up as a travel or vibration fault. Track injector performance and fuel filter condition closely on units coming out of storage, since sticking injectors after idle periods are common on this platform.

Corrective & Common Repairs

Water pump and shaft seal replacement tops the repair list on the 3304; catch it early or risk coolant-diluted oil and bearing damage. Injector sticking after storage is common and usually clears with an injector service rather than a full pump rebuild. Some CS-653/CP-653 units left the factory with idle governor surge, and many in the field were retrofitted with an aftermarket dashpot, so check for one before assuming a stock governor. Exciter bearing wear shows up as vibration or noise change at the drum end housings and is a frequent repair.

Overhaul & Rebuild Points

Rebuild work on this platform centers on the drum end and the driveline. Vibratory exciter bearings and shaft seals wear from sustained high-frequency loading and are a standard mid-life rebuild item, along with drum bearings and rubber isolator mounts, best replaced as a matched set rather than one at a time. Check the hydrostatic pump and drive motor case-drain wear before scheduling engine work, since drive wear often surfaces before the 3304 needs a major overhaul. On CP-653 units budget for padfoot tip and drum shell wear separately from the CS-653's smooth-drum surface wear.

Seasonal & Environment Servicing

Switch engine oil grade with the season: Cat DEO 15W-40 for normal duty, 10W-30 in cold climates for reliable cold-start oil pressure on the 3304. Before extended shutdown or winter storage, run the engine to circulate warm oil, keep the fuel tank full to limit condensation, and check injectors at restart, since sticking injectors after idle periods are a known issue on this engine. In hot, dusty compaction work, clean the radiator core and oil cooler fins ahead of the standard interval, and inspect drum bearing seals for dust ingress in abrasive base-course material.

CS-653 fault codes & troubleshooting

CodeMeaningLikely causeWhat to do
Engine Oil Pressure warning lamp (red)Engine oil pressure below the safe operating threshold, sensed by a pressure switch, not a digital code.Low oil level, plugged oil filter, worn oil pump, or a failed pressure sending unit.Stop the engine at once, check oil level and filter condition, inspect the sending unit before restart.
Coolant Temperature gauge in red zone / temperature warning lampEngine coolant temperature has risen above the safe operating range.Low coolant level, blocked radiator core, failed thermostat, or a loose/broken fan belt.Reduce load and idle down, check coolant level and radiator fins, inspect belt tension and thermostat once cool.
Alternator / Charging system warning lampCharging circuit is not producing adequate voltage to the battery.Worn or broken alternator belt, failed alternator, or loose/corroded battery connections.Check belt tension and battery terminal condition, test alternator output with a multimeter.
Air Cleaner Restriction indicator (flag or lamp)Intake air filter restriction has exceeded the allowable limit.Clogged primary or secondary air filter element from dusty jobsite conditions.Service or replace the air filter element and reset the restriction indicator.
Hydraulic Oil Temperature warning (gauge or lamp)Hydrostatic drive/vibratory circuit oil has exceeded safe operating temperature.Low hydraulic fluid level, clogged oil cooler fins, or a worn pump/drive motor generating excess heat.Shut down, check fluid level, clean the cooler, inspect the drive pump and motor for internal wear.

Codes and remedies are general guidance for this model family — always confirm with diagnostic tooling and your dealer before major repairs.

CS-653 attachments & work tools

Drum family: smooth vs padfoot sibling

CS-653 is the smooth-drum member of a shared chassis and engine platform; CP-653 is the padfoot-drum counterpart in the same series, alongside the smaller CS-643/CP-643. Drum width runs about 2.20 m (86.6-86.7 in) across the smooth and pad versions, with drum diameter varying by shell type.

Padfoot shell-kit convertibility

On this generation of Cat single-drum compactor, pad-type compaction is delivered through the separate CP model rather than a documented bolt-on shell-kit retrofit for the CS unit. Later Cat single-drum compactor lines do offer oval or square padfoot shell kits that bolt through the drum and swap in about an hour with a lifting device, but this is not confirmed as a factory option specifically listed for the CS-653/CP-653 pairing - verify with a dealer before ordering a shell kit for this exact model.

Front push/dozer blade

Factory spec sheets for this compactor family list machine length as "overall length without blade," indicating a front-mounted push/dozer blade was offered as a factory or dealer-fit attachment for site leveling and material pushing ahead of the drum. Exact blade width and lift/tilt data are not documented for this specific model - confirm current availability with a dealer.

Operator protection: ROPS canopy vs enclosed cab

Spec sheets record a "height to top of cab" dimension, consistent with this compactor class being offered with either an open ROPS/FOPS canopy or a fully enclosed ROPS/FOPS cab as a factory configuration choice. Exact standard-vs-optional split for the CS-653 build is not separately documented - treat cab type as a build-specific option to confirm by serial number.

Tire/traction fitment

Standard fitment on this model is a 20.5x25 traction-tread (XRA-type) tire, sized for the roughly 17-18 t class operating weight of this machine. Alternate tread patterns for soft-ground or rocky-site use are common across this compactor class but are not documented specifically for the CS-653.

Drum-shell mounting and swap method

Where padfoot or shell-kit conversions are offered on this class of Cat single-drum compactor, shells are split into bolt-through halves rather than using a hydraulic quick-coupler, and changeover is handled with an overhead lifting device rather than the machine's own hydraulics. No dedicated hydraulic work-tool kit or coupler circuit is documented as required for this model.

All CS-653 assemblies by section

Every catalogued assembly group for the Caterpillar CS-653. Open an assembly to preview the parts inside — full OEM part numbers are available in Heavy Parts AI.

Air Inlet And Exhaust System
1w7919 Air Cleaner Gp
1w5832 Air Cleaner Gp
1w3793 Fastener Gp-Exhaust Manifold
1W***93Fastener Group-Exhaust Manifold; Exhaust Manifold Fastener Group1
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1w7742 Lines Gp-Air
1W***42Lines Group-Air; Air Lines Group1
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1w7743 Lines Gp-Air
1W***43Lines Group-Air; Air Lines Group1
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1w0558 Lines Gp-Turbocharger Oil
1W***58Lines Group-Turbocharger Oil; Turbocharger Oil Lines Group1
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2p6571 Manifold Gp-Exhaust
2P***71Manifold Group-Exhaust; Exhaust Manifold Group1
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1w3404 Mounting Gp-Muffler
1W***04Mounting Group-Muffler; Muffler Mounting Group1
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4w1488 Muffler Gp
7n4651 Turbocharger Gp*R
7n4650 Turbocharger Gp
Basic Engine
1w2872 Balancer Gp
1n4436 Camshaft Gp-Single
1N***36Camshaft Group-Single; Single Camshaft Group1
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2w0102 Cover Gp-Cylinder Block
2W***02Cover Group-Cylinder Block; Cylinder Block Cover Group1
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2p6530 Cover Gp-Cylinder Head
2P***30Cover Group-Cylinder Head; Cylinder Head Cover Group1
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2p6528 Cover Gp-Front Housing
2P***28Cover Group-Front Housing; Front Housing Cover Group1
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2p6514 Cover Gp-Valve Mechanism
2P***14Cover Group-Valve Mechanism; Valve Mechansim Cover Group1
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6n8080 Crankshaft Gp
6N***80Crankshaft Group; Crankshaft Group1
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7n6552 Cylinder Block As
7n6553 Cylinder Block Gp
7N***53Cylinder Block Group; Cylinder Block Group1
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7n8874 Cylinder Head Gp
7N***74Cylinder Head Group; Cylinder Head Group1
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1w1393 Drive Gp-Fan
1W***93Drive Group-Fan; Fan Drive Group1
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7n9534 Fastener Gp-Cylinder Head
7N***34Fastener Group-Cylinder Head; Cylinder Head Fastener Group1
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8n0872 Fastener Gp-Front Housing
8N***72Fastener Group-Front Housing; Front Housing Fastener Group1
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7n4824 Fastener Gp-Oil Pan
7N***24Fastener Group-Oil Pan; Oil Pan Fastener Group1
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2p0976 Flywheel Gp
1w5634 Gear Gp-Front Timing
1W***34Gear Group-Front Timing; Front Gear Group--Timing1
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2w5741 Housing Gp-Flywheel
8n0303 Housing Gp-Front
8N***03Housing Group-Front; Front Housing Group1
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6n8336 Lifting Gp-Engine
6N***36Lifting Group; Lifting Eye Gp-Engine1
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2p6175 Pan Gp-Engine Oil
2P***75Pan Group-Oil; Pan Gp-Engine Oil1
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2w1177 Rod & Piston Gp
2W***77Piston & Rod Group; Connecting Rod And Piston Group1
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7n8152 Pulley Gp
7n1142 Pulley Gp-Crankshaft
7N***42Pulley Group-Crankshaft; Crankshaft Pulley Group1
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2p6224 Seal Gp-Crankshaft
2P***24Seal Group-Crankshaft; Crankshaft Seal Group1
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5e6630 Support Gp-Engine
8n4913 Support Gp-Engine
8N***13Support Group-Engine; Engine Support Group1
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4c1764 Support Gp-Engine
8n0107 Trunnion Gp-Engine
8N***07Trunnion Group-Engine; Engine Trunnion Group1
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7n8024 Valve-Mechanism Gp
7N***24Valve Mechanism Group; Valve Mechanism Group1
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Braking System
8r0826 Brake Gp-Hyd Caliper Service
8R***26Brake Group-Hydraulic Caliper Service1
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5e6653 Brake Gp-Parking
5e7570 Brake Gp-Parking
Cooling System
8n4457 Base Gp-Oil Filter
8N***57Base Group-Oil Filter; Base Group-Engine Oil Filter1
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2w6953 Cooler Gp-Filter Base & Engine Oil
2W***53Cooler Group-Filter Base & Eng Oil1
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2w6954 Cooler Gp-Filter Base & Engine Oil
2W***54Cooler Group-Filter Base & Eng Oil1
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6a9622 Cooler Gp-Hydraulic Oil
7n4701 Fan Gp-Blower
4w1340 Regulator & Housing Gp
4W***40Housing & Regulator Group; Housing And Regulator Group1
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5e6643 Lines Gp-Water
5e7566 Lines Gp-Water
2w6779 Lines Gp-Water
8n4112 Lines Gp-Water
8N***12Lines Group-Water; -Bypass Relief1
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7n5909 Pump Gp-Water
7N***09Pump Group-Water; Water Pump Group1
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2w8001 Pump Gp-Water*R
4c1827 Radiator Gp-Part 2 Of 2
4c1827 Radiator Gp-Part 1 Of 2
1w4557 Radiator Gp
Electrical System
9g9813 Alarm Gp
9G***13Alarm Group; -Action-Action, Engine Overspeed1
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4c1825 Battery & Wiring Gp-Part 1 Of 4
4c1825 Battery & Wiring Gp-Part 2 Of 4
4c1825 Battery & Wiring Gp-Part 3 Of 4
4c1825 Battery & Wiring Gp-Part 4 Of 4
6w5798 Door Gp-Battery
3v0327 Door Gp-Battery
4c1826 Lighting Gp-Part 2 Of 2
4c1826 Lighting Gp-Part 1 Of 2
6w7071 Lighting Gp-Part 2 Of 2
6W***71Lighting Group-2 Lamp; Lighting Gp-Auxiliary Cab1
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6w7071 Lighting Gp-Part 1 Of 2
6W***71Lighting Group-2 Lamp; Lighting Gp-Auxiliary Cab1
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5e6665 Lighting Gp-Road
5e6671 Sensor Gp (Back-Up)
7n0718 Switch As-Disconnect
7N***18Switch As-Disconnect; -Battery-Ground Level1
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8v1182 Wiring Gp-Cab
5e6664 Wiring Gp-Cab
Engine Arrangement
4c1821 Engine Ar-Part 2 Of 2
1W***58Lines Group-Turbocharger Oil; Turbocharger Oil Lines Group1
1W***42Lines Group-Air; Air Lines Group1
2P***84Pump Group-Engine Oil; Engine Oil Pump Group1
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4c1821 Engine Ar-Part 1 Of 2
1N***36Camshaft Group-Single; Single Camshaft Group1
1P***44Breather Group1
1W***72Balancer Group; Balancer Group1
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Frame And Body
5e6667 Canopy Gp
5e6670 Counterweight Gp
4c1742 Fender Gp-Rear
8v1076 Firewall Gp
4c1835 Frame Gp
5e6660 Frame Gp-Front
5e7571 Frame Gp-Front
5e6659 Frame Gp-Front
4c1822 Guard Gp-Radiator
5e6662 Hitch Gp (Osc)
4c1848 Hitch Gp-Articulated
4c1823 Hood & Guard Gp
4c1824 Ladder Gp
5e6661 Scraper Gp-Drum
5e7195 Support Gp-Axle
Fuel System
2w0262 Camshaft As
8v1072 Lines & Fuel Filter Gp
8V***72Filter & Lines Group-Primary Fuel1
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1w9532 Filter Gp-Secondary
1W***32Filter Group-Fuel; Filter Gp-Secondary Fuel1
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8n4123 Gov & Fuel Inj Pump Gp
8N***23Gov & Fuel Inj Pump Group; Governor And Fuel Injection Pump Group1
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7e7301 Gov & Fuel Inj Pump Gp
7E***01Gov & Fuel Inj Pump Group; Governor & Fuel Injection Pump Gp1
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8n4124 Gov & Fuel Inj Pump Gp
2w4107 Governor Gp-Part 2 Of 2
2w2410 Governor Gp-Part 1 Of 2
2w2410 Governor Gp-Part 2 Of 2
2w4107 Governor Gp-Part 1 Of 2
8n8170 Lines Gp-Fuel Injection
7c5160 Lines Gp-Fuel Injection
4p9960 Lines Gp-Fuel Injection
7c5170 Lines Gp-Fuel Injection
8n2772 Lines Gp-Fuel Injection
8N***72Lines Group-Fuel Injection; Fuel Injection Lines Group1
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4p9950 Lines Gp-Fuel Injection
2w0263 Pump Gp-Fuel Injection
1w6539 Pump Gp-Fuel Injection
1w3790 Pump Gp-Fuel Prime & Prim Fltr
1W***90Pump Group-Fuel Prime & Prim Filter; Fuel Priming Pump & Primary Filter Group1
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7n6831 Pump Gp-Fuel Transfer
1w1695 Pump Gp-Fuel Transfer*R
2w4160 Fuel Transfer Pump & Mtg Gp
2W***60Pump Group-Fuel Transfer & Mtg; Fuel Transfer Pump And Mounting Group1
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5e6632 Tank Gp-Fuel (230l)
5e6631 Tank Gp-Fuel (230l)
8n7276 Torque Control Gp
Hydraulic System
4c1859 Cylinder & Mounting Gp
4v1446 Cylinder & Seal Gp
3g5110 Cylinder Gp-Steer
5e6644 Filter Gp-Oil
5e6639 Lines Gp-Vibration
5e7211 Lines Gp
5e6651 Lines Gp (Steering)
5e7564 Lines Gp-Vibration
5e6654 Lines Gp-Brake
8v9945 Lines Gp-Drain
5e7536 Lines Gp-Propel
5e7395 Lines Gp-Propel-Part 2 Of 2
5e7395 Lines Gp-Propel-Part 1 Of 2
5e6634 Lines Gp-Propel
5e7404 Lines Gp-Steering
5e7569 Lines Gp (Steering)
5e6637 Motor Gp-Piston
5e6638 Motor Gp-Piston (Slipper)
5e6641 Motor Gp-Piston (Vibration)
8v1110 Mounting Gp-Hydraulic Tank
5e7561 Pump Gp-Piston-Part 1 Of 2
5e6635 Pump Gp-Piston-Part 1 Of 2
5e7561 Pump Gp-Piston-Part 2 Of 2
5e6635 Pump Gp-Piston-Part 2 Of 2
4t3108 Tank & Filter Gp
5e6642 Valve Gp-Divider
Lubrication System
1p4244 Breather Gp
2p6855 Filler Gp-Oil
1w6399 Fumes Disposal Gp
1W***99Fumes Disposal Group; Fumes Disposal Group1
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2p6491 Gauge Gp-Engine Oil Level
2P***91Gauge Group-Oil Level (Dipstick)1
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2p6512 Lines Gp-Engine Oil
2P***12Lines Group-Engine Oil; Engine Oil Lines Group1
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4p4020 Pump Gp-Engine Oil
4P***20Pump Group-Engine Oil; Pump Group-Engine Oil1
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6i1346 Pump Gp-Engine Oil*R
2p1784 Pump Gp-Engine Oil
2P***84Pump Group-Engine Oil; Engine Oil Pump Group1
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4w2448 Pump Gp-Engine Oil*R
4W***48Pump Group-Engine Oil; Pump Gp-Engine Oil Gear1
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6n2642 Pump Gp-Engine Oil
0S***90Bolt; (3/8-16x2in)(Clip Thru Spacer To Bracket As)1
1P***46Washer-Hard; (10.2x35x6-mm Thk)1
4P***20Pump Group-Engine Oil; Pump Group-Engine Oil1
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5c9434 Screen Gp
5C***34Screen Group; Test Screen Group1
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Operator Station
8v1177 Adjuster Gp-Seat
5e6666 Cab Gp
4c1847 Cab Gp-Part 2 Of 2
4c1847 Cab Gp-Part 1 Of 2
5e6656 Control Gp-Forward & Reverse
5e6657 Control Gp-Forward & Reverse
2w0097 Drive Gp-Tachometer
2W***97Drive Group-Tachometer; Tachometer Drive Group1
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5e6658 Gauge Gp
4c1834 Gauge Gp-Fuel
5e6672 Gauge Gp-Tachograph
5e6668 Heater Gp-Cab
4c1903 Installation Gp-Controls
6c1679 Mirror Gp-Lh
8v1169 Mirror Gp-Rear View
6c1315 Mirror Gp-Rh
8v1184 Mounting Gp-Cab
5e7699 Mounting Gp-Platform
8v1173 Panel Gp-Instrument-Part 1 Of 2
8V***73Panel Group-Instrument; Instrument Panel Group1
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8v1174 Panel Gp-Instrument
8v1173 Panel Gp-Instrument-Part 2 Of 2
8V***73Panel Group-Instrument; Instrument Panel Group1
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6v6561 Wiper Pivot Gp-Sensor
6V***61Pivot Group-Wiper Arm; (Wiper Arm)1
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4c1745 Platform Gp
6c1239 Rops Gp-Part 2 Of 2
6c1239 Rops Gp-Part 1 Of 2
8v1176 Seat Gp
5e6663 Seat Gp
8v1175 Seat Gp-Adjustable
8v1181 Support Gp-Seat
7n8001 Switch As
7N***01Switch As-Toggle; -Prelubrication Override-Crank Override1
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9g7641 Switch Gp-Start
9G***41Switch Group-Start; -Engine, Key-Vims Service1
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5e6655 Throttle Gp
9v9849 Visor Gp-Cab
9c1518 Washer Gp
9c1519 Washer Gp
9C***17Washer Group1
9C***18Washer Group1
9C***19Washer Group1
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9c1517 Washer Gp
9c1520 Washer Gp
9c1521 Washer Gp
9C***21Washer Group-Windshield; Washer Gp-Nippondenso1
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9c1522 Washer Gp
9C***20Washer Group-Windshield1
9C***21Washer Group-Windshield; Washer Gp-Nippondenso1
9C***22Washer Group-Windshield1
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6w7332 Washer & Wiper Gp
6w7333 Washer & Wiper Gp-Rear
7x1982 Wiper Gp
7X***82Wiper Group; Wiper Group (Robert Bosch)1
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7x1983 Wiper Gp
7X***83Wiper Group; Wiper Group (Nippondenso)1
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3t7064 Wiper Gp-Sensor
3T***64Wiper Group-Sensor1
7X***82Wiper Group; Wiper Group (Robert Bosch)1
7X***83Wiper Group; Wiper Group (Nippondenso)1
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Power Train
4c1739 Axle Gp
5e6633 Coupling Gp-Pump
6s6342 Differential Gp
6S***42Differential Group; Differential Group-No Spin--------------1
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4c1920 Differential Gp
4c1678 Differential Gp
5e6647 Drum Gp-Front
5e6646 Reducer Gp-Speed
5e7567 Reducer Gp-Speed
5e6929 Reducer Gp-Speed
4c1740 Wheel & Final Drive Gp
4v7927 Wheel & Final Drive Gp
4V***27Wheel & Final Drive Group; Final Drive And Brake Wheel Group1
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5e7212 Wheel Gp (2 Required)
8v6939 Wheel Gp-Final Drive & Brake
8V***39Wheel Group-Final Drive & Brake1
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Service Equipment And Supplies
Starting System
3t4586 Starting Motor Gp-Electric
3T***86Starting Motor Group-Electric1
8C***50Starting Motor Group-Electric1
8N***45Starting Motor Group-Electric; Electric Starting Motor Group--24 Volt1
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1w3851 Starting Motor Gp-Electric
8c3650 Starting Motor Gp-Electric
3t6305 Starting Motor Gp-Electric
3T***05Starting Motor Group-Electric; Starting Motor Group (Robert Bosch)1
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8n2145 Starting Motor Gp-Electric
8N***45Starting Motor Group-Electric; Electric Starting Motor Group--24 Volt1
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9x4447 Starting Motor Gp-Electric-24 Volt
9X***47Starting Motor Group-Electric; Electric Starting Motor Group (Nippondenso)1
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4n3181 Starting Motor Gp-Electric*R
3T***05Starting Motor Group-Electric; Starting Motor Group (Robert Bosch)1
4N***81Starting Motor Group-Electric1
8C***51Starting Motor Group-Electric; Starting Motor Gp-Electric-Delco-Remy1
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9x4453 Starting Motor Gp-Electric-24 Volt
8c3651 Starting Motor Gp-Electric
8C***51Starting Motor Group-Electric; Starting Motor Gp-Electric-Delco-Remy1
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5s9088 Alternator Gp-Charging*R
3E***78Alternator Group-Charging; Charging Alternator Group (Delco Remy)1
3T***88Alternator Group-Charging; Alternator Group Delco-Remy 24 Volt, 50 Ampere1
5S***88Alternator Group-Charging1
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9g9538 Alternator Gp-Charging
1005046 Alternator Gp-Charging-24 Volt, 50 Ampere
10***46Alternator Group-Charging; -24-Volt, 50-Ampere1
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4w1489 Alternator Gp-Charging
3e7578 Alternator Gp-Charging*R
3E***78Alternator Group-Charging; Charging Alternator Group (Delco Remy)1
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6t7223 Alternator Gp-Charging
6T***23Alternator Group-Charging; Alternator Group-Nippondenso -- 24 Volt, 50 Ampere1
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3t1888 Alternator Gp-Charging
3T***88Alternator Group-Charging; Alternator Group Delco-Remy 24 Volt, 50 Ampere1
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1005045 Alternator Gp-Charging-24 Volt, 50 Ampere
10***45Alternator Group-Charging; (Nippondenso)1
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1005047 Alternator Gp-Charging-24 Volt, 50 Ampere*R
10***45Alternator Group-Charging; (Nippondenso)1
10***46Alternator Group-Charging; -24-Volt, 50-Ampere1
10***47Alternator Group-Charging; -24-Volt, 50-Ampere1
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Steering System
4c1828 Column Gp-Steering-Adjustable
4C***28Column Group-Steering-Adjustable1
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4c1744 Control Gp-Steering
5e6652 Valve Gp-Steering
Vibratory System
5e6640 Pump Gp-Piston (Vibration)
5e7565 Pump Gp-Piston (Vibration)
5e6649 Vibrator Gp
5e6650 Vibrator Gp
5e6648 Vibrator Gp

CS-653 serial number reference

The PIN/serial plate on a CS-653 is a riveted metal tag on the machine frame near the left rear of the drum/frame area, the same general placement used across Cat single-drum compactors of this era. Pre-2001 units like the CS-653 carry an eight-character serial (three-letter prefix plus five-digit sequence, e.g. 7JD00123) rather than the later 17-character PIN. The three-letter prefix identifies the model and build series; only the trailing digits are unit-specific. For the CS-653, the prefix run starts at 7JD00001.

PrefixIdentifies
7JDCS-653 vibratory smooth-drum soil compactor (same serial prefix covers the CP-653 padfoot variant and the smaller CS-643/CP-643 pair)

Frequently asked questions

What engine does the Caterpillar CS-653 use?

The CS-653 runs the Caterpillar 3304, an inline four-cylinder diesel of 7.0 L (427 cu in) displacement rated around 134 hp (100 kW) gross. It is mechanically governed with no engine ECM, built naturally aspirated or turbocharged depending on the specific unit, and shared across the CS-643, CP-643, and CP-653 platform.

What is the operating weight of the CS-653?

The smooth-drum CS-653 operates at about 17,100 kg (37,700 lb). Its padfoot sibling, the CP-653, runs heavier at roughly 18,500 kg (40,800 lb) on the same 2.20 m (86.6-87 in) drum width. Exact figures vary slightly by configuration and options, so verify against the machine's own data plate.

What replaced the CS-653 in Caterpillar's lineup?

Caterpillar never issued a formal 1:1 replacement notice for the CS-653. In its own product line the same operating-weight class continued as the CS-663E/CP-663E with a larger turbocharged engine, then was folded into the lettered E-series generation and eventually into Caterpillar's current weight-class-named CS7 heavy soil compactors. The CS-653 itself is long out of production and supported now mainly through parts stock rather than factory sale.

What CS-653 owners discuss

How does the hydrostatic drive on the CS-653 typically behave when it starts acting up, and what do owners report?
Owners of this compactor line report that hydrostatic drive complaints are rarely traced to the pump or motor itself. Most sluggish or creeping travel, momentary loss of speed control, or a machine that suddenly drops to a crawl trace back to charge pressure, contaminated hydrostat oil, or a sticking speed-control linkage rather than a failed pump. A bubbly, aerated look in the hydrostat oil sight glass at idle is treated as an early warning sign of a suction-side leak or low fluid, not normal operation. Because loss of drive control can put an operator in an unsafe position on a grade, have your dealer verify charge pressure and linkage adjustment before returning the machine to service.
What engine quirks show up specifically on the Cat 3304 used in this compactor?
The 3304 that powers this platform is discussed less for outright failures and more for a handful of recurring quirks. Coolant finding its way into the crankcase is most often pinned on the water pump, and because the oil pump on these engines has a fine mesh screen that clogs easily, water-diluted oil can take out the main bearings fast if it is not caught early. Long-stored engines commonly refuse to start due to injector needle valves sticking or gumming shut even when the injectors look fine externally, with no fuel showing in the return line as the tell. A minority of these engines are reported to hunt or surge at steady throttle, a governor-wear symptom that Cat addressed on that generation of 3304 with a dashpot-style governor conversion. Because a surging or unpredictable engine speed can affect vibratory drum control and travel response, have your dealer verify governor condition before signing off on the fix.
What is the typical wear or failure pattern on the vibratory (exciter) system?
The exciter/eccentric-weight housing is treated as a scheduled oil-change item on this class of Cat compactor, commonly serviced on a roughly 3-year/3000-hour interval alongside the drum bearing service. When vibration cuts out intermittently or will not engage, the community splits the diagnosis two ways: an electrical fault such as a blown fuse, corroded connector, or worn vibratory switch/solenoid, versus a hydraulic fault such as a worn pump or motor, or low oil in the vibratory circuit. A shorted switch or wiring fault is also called out as a cause of vibration engaging even with the control switched off, so wiring gets checked before parts get replaced.
What undercarriage or drum wear patterns are typical for this type of single-drum compactor?
Drum carrier bearings and their seals are called out repeatedly as the wear item to expect on a used single-drum roller of this size and age; leakage or play at the bearing housing is treated as near-universal on higher-hour machines rather than an exception. Drum isolator/mounting bushings are another wear point, since they absorb vibration between the drum and frame, and going soft shows up as vibration transmitted into the operator station. On padfoot-equipped versions of this platform, the pad tips wear and pack with clay-type soils, which is treated as a normal consumable rather than a defect.
What electrical or sensor issues come up, given how mechanical this machine is?
This generation of compactor carries very little onboard electronics; the electrical side is mostly switches, relays, solenoids, and a safety interlock circuit (seat and lap-bar type switches) rather than sensors or a diagnostic system. Reported complaints are almost all connector- and wiring-related: corrosion or damage at connector pins in the safety interlock circuit, blown fuses, or a chafed harness are the first things checked when vibration, start, or drive functions act erratically, well before anyone suspects a solenoid or switch itself. Because a faulty safety interlock can mask an unsafe condition, such as vibration engaging with the operator out of the seat, have your dealer verify the interlock circuit after any repair.
Does sharing a factory platform with the CS-643, CP-643 and CP-653 mean anything for owners?
Yes. Since the CS-653 shares its factory manual and core chassis/drivetrain layout with the CS-643, CP-643 and CP-653 under the same serial-prefix family, service and troubleshooting information for any one of these models is treated by owners and mechanics as applicable to the whole group. In practice this means the same 3304 engine quirks, the same hydrostatic drive behavior, and the same exciter/bearing service pattern apply regardless of which of the four model designations is on the plate. The real differences between them come down to drum width and weight, and smooth-drum versus padfoot configuration.
What should a buyer check when looking at a used CS-653?
Buyers are steered toward the same short list every time. Pull the exciter/vibratory housing oil and look for metal or water contamination, check drum bearing seals for leakage or play, and cycle the vibratory system through its full range to confirm both amplitude and frequency settings engage cleanly. On the engine side, check for coolant-in-oil (a milky dipstick or sweet smell) given the 3304's known water pump/oil contamination path, and confirm it starts cleanly from cold since injector sticking after storage is a known issue on this engine. Walk the hydrostatic drive through low and high range looking for creeping, delayed response, or aerated oil in the sight glass, and inspect isolator mounts and articulation/pivot points for play. Given the safety and cost stakes of drivetrain and exciter faults, have your dealer verify any borderline finding with a full inspection before purchase.

Compiled from owner and technician discussions across the industry — experiences vary by serial range and machine history.

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