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Cylinder Kit Complete Cummins Engine 6C Engine ISC Engine ISL9
Engine Piston: M-3926961 Liner Kit: M-3802407 Piston Ring Set: M-3802429
Piston Pin: M-3934046 Piston Pin Retainer: M-3920692
Cylinder Kit Complete Cummins Engine 6C Engine ISC Engine ISL9
Engine Piston: M-3917707 Liner Kit: M-3802407 Piston Ring Set: M-3802429
Piston Pin: M-3934046 Piston Pin Retainer: M-3920692
It is installed in the cylinder block and forms the surface against which the piston operates. It provides the piston’s sliding surface, maintains the correct 114 mm bore, transfers heat to the block/cooling system, maintains compression and the correct cylinder geometry, and allows for engine overhaul without having to completely replace the cylinder block. The liner is typically made of high-strength cast iron or a cast iron alloy, properly machined and finished on the inside to withstand wear, pressure, and temperature. The kit consists of a cylinder liner and a cylinder liner seal.
Installed on Cummins C-Series engines such as the 6C 8.3, 6CT 8.3, and CTA 8.3, 6CTAA 8.3; it is also mentioned for the ISC, QSC, ISL, and QSL models, though this has yet to be confirmed.
Always check the ESN (Engine Serial Number), CPL, Cummins QuickServe/OEM catalog, cylinder block number, number stamped on the old liner, flange diameter, liner length, and engine year/configuration. This is particularly important because there are early and late/thick-wall versions of the liner.
It is installed in the cylinder block and forms the surface against which the piston operates. It provides the piston’s sliding surface, maintains the correct 114 mm bore, transfers heat to the block/cooling system, maintains compression and the correct cylinder geometry, and allows for engine overhaul without having to completely replace the cylinder block. The liner is typically made of high-strength cast iron or a cast iron alloy, properly machined and finished on the inside to withstand wear, pressure, and temperature. The kit consists of a cylinder liner and a cylinder liner seal.
Installed on Cummins C-Series engines such as the 6C 8.3, 6CT 8.3, and CTA 8.3, 6CTAA 8.3; it is also mentioned for the ISC, QSC, ISL, and QSL models, though this has yet to be confirmed.
Always check the ESN (Engine Serial Number), CPL, Cummins QuickServe/OEM catalog, cylinder block number, number stamped on the old liner, flange diameter, liner length, and engine year/configuration. This is particularly important because there are early and late/thick-wall versions of the liner.
It is installed in the cylinder block and forms the surface against which the piston operates. It provides the piston’s sliding surface, maintains the correct 114 mm bore, transfers heat to the block/cooling system, maintains compression and the correct cylinder geometry, and allows for engine overhaul without having to completely replace the cylinder block. The liner is typically made of high-strength cast iron or a cast iron alloy, properly machined and finished on the inside to withstand wear, pressure, and temperature. The kit consists of a cylinder liner and a cylinder liner seal.
Installed on Cummins C-Series engines such as the 6C 8.3, 6CT 8.3, and CTA 8.3, 6CTAA 8.3; it is also mentioned for the ISC, QSC, ISL, and QSL models, though this has yet to be confirmed.
Always check the ESN (Engine Serial Number), CPL, Cummins QuickServe/OEM catalog, cylinder block number, number stamped on the old liner, flange diameter, liner length, and engine year/configuration. This is particularly important because there are early and late/thick-wall versions of the liner.
This is a diesel engine piston from the Cummins C-Series 8.3 L family, specifically for 6CTA8.3 turbocharged/aftercooled configurations. It is located in the engine cylinder/cylinder block. Its function is to transfer combustion pressure through the connecting rod to the crankshaft. It is made of an aluminum-alloy diesel piston; it features ALFIN’s reinforced ring-area configuration.
Engine: Cummins 6CTA8.3 / C8.3, selected CPLs
Verification using CPL/ESN is particularly important because, within the C-Series 8.3 family itself, there are pistons that look similar but have different applications and combustion geometries.
Piston Cummins Engine 6C Engine ISC Engine ISL Engine ISL9
Piston Cummins Engine 6C Engine 6CT Engine 6CTA Engine ISC Engine QSC
It connects the piston to the connecting rod. It allows the piston and connecting rod to move relative to each other and transfers the combustion force to the connecting rod.
Confirmed applications: Cummins 6C, 6CT, 6CTA, 6CTAA; it is also documented for engines in the 6C/6C L family.
To ensure exact compatibility, I still recommend checking via ESN/CPL, because not all configurations use the same connector.
Identifies a piston pin retaining ring. It is a small but essential component of the piston-connecting rod assembly and is typically installed in pairs per piston, one on each side of the pin. Its function is to axially secure the piston pin within the piston seats. Spring-steel retaining ring.
It has a wide range of applications in the Cummins C / ISC / QSC / ISL / QSL / L family.
Check the Engine Serial Number (ESN) and CPL.
Piston Ring Set Cummins Engine 6C Engine ISC Engine ISL
Ring Piston Top Keystone: M-3901749 Ring Piston Intermediate: M-3919918 Ring Piston Oil Control: M-3901752
The kit is installed inside the engine block. The cylinder liner fits into the block’s bore; inside the liner, the piston, piston pin, connecting rod, and crankshaft operate. It forms the thermal assembly of the individual cylinder and must contain combustion pressure, guide the piston, ensure compression sealing, control the oil film via the piston rings, and maintain the correct piston-to-liner clearance. The complete Cummins cylinder kit for engines in the C Series 8.3 L family, or industrial/on-highway/off-highway applications using the correct 8.3 L block configuration, with STD configuration, for the late thick-walled cylinder block #3934899, effective 01/05/1998.
It is used in Cummins 6C 8.3 L, 6CT 8.3 L, 6CTA 8.3 L, ISC 8.3, QSC 8.3, ISL 8.9/9, and QSL 8.9/9 engines.
Compatibility varies by engine CPL, ESN, piston configuration, and cylinder block. Verify the engine serial number before ordering. This wording allows you to correctly include QSL, ISL, QSC, and ISC without incorrectly stating that it fits all of these engines. Cummins itself recommends identifying parts by ESN/CPL and piston configuration.
It is fitted to the front end of the crankshaft and serves to absorb and dampen the torsional vibrations of the crankshaft generated by combustion pulses. It normally consists of a heavy metal structure with an internal damping element; it is also marketed as a viscous vibration damper.
Used on C / 6C 8.3 – ISC – QSC – ISL – QSL engines.
Before making a purchase, I always recommend checking the ESN and CPL, or the Cummins OEM catalogue, as the same 8.3 L engine may use different dampers depending on its configuration, power output, year of manufacture and accessory layout.
It is not just a simple pulley. It is installed at the front end of the crankshaft and functions as a harmonic balancer mounted on the front end of the crankshaft. It serves to reduce torsional vibrations and oscillations of the crankshaft generated during diesel engine operation. It features a metal construction with an elastomeric/rubber damping element.
Viene aplicato su motori: 6C 8.3 /L, 6CT 8.3 /L, 6CTA 8.3 /L, ISC 8.3, QSC 8.3, ISL 8.9, L10, QSL 8.9.
Always verify the ESN/CPL before placing an order, especially for ISC and QSL/L8.9 applications.
It is fitted to the front end of the crankshaft and serves to absorb and dampen the torsional vibrations of the crankshaft generated by combustion pulses. It normally consists of a heavy metal structure with an internal damping element; it is also marketed as a viscous vibration damper.
Used on C / 6C 8.3 – ISC – QSC – ISL – QSL engines.
Before making a purchase, I always recommend checking the ESN and CPL, or the Cummins OEM catalogue, as the same 8.3 L engine may use different dampers depending on its configuration, power output, year of manufacture and accessory layout.
It is not just a simple pulley. It is installed at the front end of the crankshaft and functions as a harmonic balancer mounted on the front end of the crankshaft. It serves to reduce torsional vibrations and oscillations of the crankshaft generated during diesel engine operation. It features a metal construction with an elastomeric/rubber damping element.
Viene aplicato su motori: 6C 8.3 /L, 6CT 8.3 /L, 6CTA 8.3 /L, ISC 8.3, QSC 8.3, ISL 8.9, L10, QSL 8.9.
Always verify the ESN/CPL before placing an order, especially for ISC and QSL/L8.9 applications.
Installed in the EGR (Exhaust Gas Recirculation) circuit. It serves to create a seal between the EGR valve and the corresponding manifold/duct, preventing exhaust gas leaks during recirculation. A proper seal allows the EGR system to correctly route a portion of the exhaust gases back into the intake and contributes to the proper functioning of the emissions control system.
It is used on Cummins 6C 8.3, 6CT 8.3, 6CTA 8.3, ISC, QSC, ISL 8.9, and QSL 8.9 / 9 engines.
I wouldn’t automatically consider all ISC/ISL/QSC/QSL units to be compatible. To ensure a proper sale, you need to verify the ESN/CPL and EGR configuration, because specifications can vary depending on the model year, emissions certification, and engine build.
Installed in the EGR (Exhaust Gas Recirculation) circuit. It serves to create a seal between the EGR valve and the corresponding manifold/duct, preventing exhaust gas leaks during recirculation. A proper seal allows the EGR system to correctly route a portion of the exhaust gases back into the intake and contributes to the proper functioning of the emissions control system.
It is used on Cummins 6C 8.3, 6CT 8.3, 6CTA 8.3, ISC, QSC, ISL 8.9, and QSL 8.9 / 9 engines.
I wouldn’t automatically consider all ISC/ISL/QSC/QSL units to be compatible. To ensure a proper sale, you need to verify the ESN/CPL and EGR configuration, because specifications can vary depending on the model year, emissions certification, and engine build.
Exhaust Manifold Gasket Cummins Engine 6C.83-Cummins Engine 6CT 8.3-Cummins Engine 6CTA 8.3
Bolt Marine Exhaust Manifold Engine Cummins
M10 X 1.50 X 125.
Screw Exhaust Manifold Engine Cummins
Screw exhaust manifold: Industrial & vehicle
Size: 10mm X 1.50 Long
Fuel Injection Pump Cummins Engine ISC 8.3L / ISL 8.9L
Fuel Injector Assembly Cummins Engine ISL-Cummins Engine ISC
Fuel Pump Cummins Engine ISL-Cummins Engine ISC
The CORE charge is only a 30 day hold and that I will not be charged as long as
This is a Returnable Fuel Pump 4954907 RX Core Charge $1200 In Hold For 30 Days
If I do not have CORE or fail to return the CORE within 30 days that I will be charged for the CORE amount.
Fuel Spin-on Cummins Engine 6CB 8.3-Engine 6CBT 8.3-Engine 6CBTA 8.3
| ThreadO | O.D | Length | I. Gskt | O. Ring: |
| 13/16-18 | 3 11/16 (93.7) | 5 13/32 (137.3) | G401 | [1] Included |
Fuel Spin-on Cummins Engine ISC-Engine QSC
| ThreadO | O.D | Length | I. Gskt | O. Ring: |
| 13/16-18 | 3 11/16 (93.7) | 5 13/32 (137.3) | G401 | [1] Included |
The pump is mounted on the engine using a two-hole flange. A push rod driven by the cam profile sets the internal impeller in motion; this alternately draws in and delivers fuel. Its function is to draw diesel fuel from the fuel supply system and deliver it to the injection pump at an appropriate pressure and flow rate.
Fuel ShutOff Solenoid Valve 12 Volts Cummins Engine
Fuel ShutOff Solenoid Valve 24 Volts Cummins Engine
Fuel/Water Separator Spin-on with Drain Cummins Engine 6CB 8.3-Engine 6CBT 8.3-Engine 6CBTA 8.3
| Thread | O.D | Length | I. Gskt | O. Ring |
| M16 x 1.5 | 3 1/32 (77.0) | 5 11/16 (144.5) | G449-B | Included |
To be 100% certain, check the engine serial number (ESN), the return line and turbocharger may vary depending on the CPL, year, and turbo configuration.
The ESN remains the most important check,
because the same engine model can be fitted with different
parts depending on the year of manufacture or the CPL
It is an individual gasket installed between the cylinder head and the exhaust manifold. Its function is to seal high-temperature exhaust gases, preventing leaks between the cylinder head and the multilayer metal exhaust manifold.
Used on Cummins 6C 8.3, 6CT 8.3, 6CTA 8.3, ISC 8.3, QSC 8.3, ISL 8.9 / 9, ISLe, ISL G, and QSL 8.9 / 9 engines.
Before purchasing, I recommend contacting the distributor to verify the product using the Engine Serial Number (ESN) and CPL, especially for the ISL G, because some configurations require the updated gasket.
It is an individual gasket installed between the cylinder head and the exhaust manifold. Its function is to seal high-temperature exhaust gases, preventing leaks between the cylinder head and the multilayer metal exhaust manifold.
Used on Cummins 6C 8.3, 6CT 8.3, 6CTA 8.3, ISC 8.3, QSC 8.3, ISL 8.9 / 9, ISLe, ISL G, and QSL 8.9 / 9 engines.
Before purchasing, I recommend contacting the distributor to verify the product using the Engine Serial Number (ESN) and CPL, especially for the ISL G, because some configurations require the updated gasket.
Gasket – Front Gear Cover Cummins Engine 6CT 8.3-Cummins Engine 6CT 8.3
Gasket Connection Cummins Engine 6CT 8.3-Cummins Engine 6CT 8.3